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bilities,1002,1","ability,22,2,28,1,34,2,44,3,443,1,775,1,774,1,1076,1,1077,1,1081,2,1082,1,1133,1","able,31,1,43,1,61,1,443,1,1005,1,1006,1,1007,1,1008,2,1011,1,1191,1","abnormal,1194,1,1197,1","abrasion,29,1","abrasives,7,1","abs,541,1","absence,443,1","absolute,40,3,46,2,47,2,51,2,439,10,443,3,541,1,1194,1,1375,1","abundant,19,1","abuse,45,1","ac±10,56,1","acad,1010,1","accelerated,19,1,1192,1","acceleration,1191,1","accept,61,1,550,3,552,1,554,3,719,2","acceptable,29,1,57,1,58,1,59,1,1197,1","acceptance,7,1,1078,1","accepted,57,1,58,1,59,1","accepting,59,1","accepts,28,1,550,2,748,1","access,4,2,11,1,775,1,771,2,772,2,773,3,774,1,1008,2,1078,1","accessibility,4,1,1133,1,1134,1","accessing,4,1","accessories,6,1,19,4,29,1,30,1,542,1,543,1,545,5,552,2,775,2,771,4,772,3,773,2,774,2,779,2,780,2,776,2,781,2","accessoriesand,552,1","accidental,43,1","accidents,1197,1","accommodate,27,1,39,1,59,1,550,3,556,1,557,1,779,1,780,1,1191,3","accommodated,556,1,557,1,779,1,780,1,1191,1","accommodates,554,1,573,1","accomplish,1006,1","accomplished,46,1,1188,1","accordance,4,1,1079,1","accordingly,1194,1","accountability,4,1","accreditation,539,1,546,1,548,1,549,8,540,1,541,1,542,1,543,1,544,1,545,1,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,1","accredited,548,1,541,2,771,1,772,1,773,1","accrediting,549,1","accuracies,544,1,773,1","accuracy,4,1,13,1,40,1,41,2,36,1,39,1,47,3,48,1,54,1,546,3,59,1,541,2,542,3,543,3,544,4,545,8,552,6,554,2,555,3,558,1,775,3,559,1,560,1,561,1,562,2,563,3,564,3,565,3,566,3,567,2,568,1,569,3,570,1,572,1,573,1,574,1,717,1,719,1,771,4,772,4,773,5,774,3,776,1,777,1,778,1,781,1,1077,1,1188,1","accurate,12,2,19,1,23,1,38,4,39,1,43,1,46,1,47,1,48,1,52,2,54,1,57,1,58,1,59,3,544,1,550,1,552,1,558,1,749,2,771,1,772,1,773,2,1005,1,1076,2,1191,1,1133,2,1134,2","accurately,23,1,36,1,37,1,38,1,59,1,775,1,774,1","accustat,1193,1","achieve,443,2","achieved,19,1,59,1,545,1,568,1,570,1,574,1","acquire,748,1","acquisition,3,1,10,1,56,1,564,1,574,1,771,1,1076,2,1077,1,1078,1,1079,1,1080,1,1081,2,1082,2,1083,1,1133,1,1134,1,1195,1","across,59,1,549,1","act,28,1,1005,1,1191,1","acting,992,1","action,4,2,19,1,42,1,57,1,58,1,556,2,557,2,779,2,780,2,1083,1,1193,1","actions,50,1","activate,26,2,44,1,1191,1,1131,1","activated,54,1","activates,48,1","activating,40,1,57,1,58,1","activation,13,1","active,28,1,45,1,61,1,1357,5,1360,1","activities,1008,1","actual,13,1,50,1,51,1,57,2,58,2,59,1,775,1,747,1,750,2,773,1,774,1,1005,1,1008,1,1079,1,1083,1,1131,6,1197,1","actually,61,2","actuate,43,1","actuated,779,3,780,3","actuation,44,1,542,1,543,1,544,1,555,1,771,1,772,1,773,1,774,1","actuator,779,3,780,3","ada,775,2,774,2","adapt,1197,1","adaptable,50,1","adapted,44,1","adapter,546,1,542,1,543,1,544,1,545,16,555,1,556,1,557,1,775,17,564,1,565,2,566,2,567,3,568,2,569,2,570,2,572,1,574,2,575,1,721,1,771,6,772,3,773,3,774,12,779,3,780,2,776,6,781,6,992,1","adapters,545,1,556,1,557,1,574,6,771,2,772,2,773,2,779,1,780,1","adaptive,48,1,54,4","adaptors,992,1","add,19,1,23,1,572,1,776,1,781,1,1008,1","added,46,1,57,1,58,1,1188,1","addition,4,1,23,1,26,1,45,1,56,1,57,1,58,1,567,1,1078,1,1191,1,1131,1,1188,1","additional,4,1,13,1,18,1,19,1,41,2,38,1,44,1,45,1,48,2,61,2,573,1,750,1,1191,1","additionally,443,1,1193,1","adds,47,2","adduction,775,1,774,1","adhering,1192,1","adjacent,23,1","adjust,13,2,43,3,50,1,61,1,554,6","adjustable,16,1,46,1,52,1,56,1,59,1,550,1,554,5,775,1,561,1,562,2,567,1,771,1,772,1,773,1,774,1,776,2,781,1,992,3","adjusted,19,1,27,1,50,1,61,2,554,6,1082,1,1188,1","adjustment,13,2,19,2,29,3,43,1,48,2,61,1,562,1,573,2,776,1,1078,1,1079,1","adjustments,56,1,61,1,775,1,771,1,772,1,773,1,774,1,1008,1","adjusts,54,1","administration,555,1,775,1,774,2","adminstration,546,1,775,1","adt,779,1,780,1","advanc,40,1","advance,7,1,550,1,992,1,1008,2","advanced,13,2,30,1,44,1,50,2,56,1,546,1,443,1,542,1,543,1,544,1,555,1,775,1,749,1,750,2,771,2,772,1,773,1,774,1,1009,1,1079,1,1081,2,1082,2,1132,1,1133,1,1134,1","advancement,37,1","advantage,41,2,42,1,44,1,1007,1,1012,1,1013,1,1130,1","advantages,19,1,550,1,1134,1","advised,4,1","aerospace,565,1,566,1,567,1,569,1","affect,13,1,27,1","afford,23,1","affordable,50,1,545,2,1081,2","affording,39,1,59,1","affords,23,1,1134,1","afs,749,9","against,4,2,12,1,17,1,23,2,27,1,28,1,40,1,32,1,43,1,1014,1,1081,1,1197,1","agents,1130,1","ago,29,1","agree,4,7","agreement,6,2,7,1","ah,439,2","air,13,2,26,5,29,1,1076,1,1191,2,1193,6,1197,2","airports,6,1","alarm,13,2,23,2,37,1,48,1,50,1,52,1,54,3,56,2,57,2,58,2,60,3,61,12,545,5,775,1,568,1,570,1,771,1,772,1,773,1,774,1,1076,1,1082,1,1188,1","alarming,54,5,55,1","alarms,23,1,50,1,54,3,56,2,57,2,58,2,59,1,61,8","alert,775,1,771,1,772,1,773,1,774,1","alerted,1197,1","alerts,59,1","alg,52,7,53,1","alg1100,52,8","aligned,1005,1,1007,1,1081,1,1082,1","aligning,28,1","alignment,22,2,30,1,34,2,38,1,44,1,59,1,556,1,557,1,561,1,772,1,773,1,779,1,780,1,781,1,1005,3,1006,1,1014,1,1007,5,1008,1,1009,1,1010,1,1011,1,1012,1,1013,1,1130,1","alike,42,1","allen,40,1,46,2,50,3,1009,1,1131,1","alliance,7,1","allocate,1008,1","allow,4,1,16,1,19,1,26,1,24,1,27,2,40,1,41,2,38,2,545,2,775,1,562,1,771,1,772,1,773,1,774,1,776,1,1006,1,1008,2,1078,1,1081,1","allowable,1197,1","allowed,4,1","allowing,29,1,37,1,558,1,775,1,771,2,772,1,773,2,774,1,1076,1","allows,11,1,13,3,23,1,28,3,29,3,40,5,41,2,33,1,37,1,38,1,42,1,44,4,52,1,54,1,56,1,57,1,58,1,550,3,552,2,775,3,573,2,771,1,772,4,773,4,774,4,1076,2,1079,1,1081,2,1082,2,1131,1,1188,1,1193,2,1197,3","alloy,42,1","almost,1191,1","alone,1133,1,1134,1,1197,3","along,13,1,30,1,561,1,781,1,1012,1","alpha,44,2,1131,1","alphabetic,1131,1","alphanumeric,44,1,575,1,721,1,1131,2","already,41,2","alter,61,1","altered,50,1","alternatively,772,1,773,1","although,556,1,557,1,779,1,780,1,1005,1,1191,1","alumaglas,45,2","aluminum,45,1,572,1,750,1,1131,3","always,13,2,1193,1","amber,61,2","ambient,44,4","ambitech,1002,1","america,549,1","american,1131,1","ametek,46,1,47,1,775,2,771,3,772,3,773,3,774,2,779,2,780,2,776,2,777,2,778,2,781,2","among,565,1,566,1,717,1,1188,1","amount,443,1","amp,7,1,18,4,26,1,24,1,27,1,28,2,29,2,40,1,43,2,45,1,54,1,57,1,58,1,546,1,441,4,443,1,541,2,542,1,543,2,544,1,552,1,553,1,555,1,556,1,557,1,558,2,1002,1,559,1,560,1,561,1,562,1,720,2,1077,1,1081,1,1130,1,1131,1,1194,1","amphenol,38,1,51,1","amplified,1083,2","amplifier,52,1,539,6,1077,1","amplifiers,539,10,551,1,1076,1","amplifies,1083,1","amps,13,2,56,1,57,1,58,1","ams,1081,2,1082,8","analog,40,2,41,1,46,2,47,3,55,1,56,1,57,1,58,1,539,1,59,2,542,2,543,1,544,1,545,7,775,1,568,1,570,1,573,1,717,1,720,1,771,6,772,3,773,3,774,1,1375,1","analogue,55,1","analysis,17,1,24,1,32,5,54,1,55,2,56,3,57,2,58,2,60,1,61,1,554,1,555,1,775,8,561,1,564,1,747,1,748,2,749,1,750,2,771,3,772,1,773,1,774,6,781,1,1003,1,1006,1,1014,6,1007,1,1008,1,1009,1,1010,1,1011,1,1012,1,1013,1,1076,2,1077,1,1078,1,1079,1,1080,1,1081,1,1082,2,1083,1,1132,1,1133,2","analytical,57,1,58,1,61,1","analyzed,32,1,1014,1","analyzer,17,1","analyzing,32,1,1014,1","ancillary,1191,2","andon,1131,3","andthe,1371,1","angle,19,1,41,1,50,4,51,1,56,2,57,1,58,1,575,2,720,2,721,2,747,1,749,2,750,8,1078,2","angled,19,1","angles,26,1","angular,43,1","announce,6,1,45,1","annual,32,1,1014,1,1007,1,1008,1,1013,2","another,19,1,23,1,27,1,28,1,32,2,1014,2,1082,1","ansi,13,3,44,1,50,2,1375,1","answer,540,1,772,1,773,1","anti,38,1,42,1,50,1","anwest,1193,1","anyone,61,1,558,1,1009,1","anything,40,1,1013,1,1188,1","anywhere,57,1,58,1,59,1,1193,1","ap,441,1","apart,28,2","appearing,4,1","appendages,1191,1","appliance,27,1,565,1,566,1,567,1,569,1","applicable,1078,1,1375,1","application,19,3,23,1,26,1,27,1,29,2,40,1,35,1,44,1,50,1,55,1,56,1,1076,1,1077,1,1078,1,1130,1,1131,3,1188,4,1189,1,1190,1,1193,1","applications,7,1,16,3,23,2,26,1,27,1,29,2,40,2,33,1,37,1,38,3,43,2,47,8,51,2,52,2,54,1,55,3,56,1,546,1,59,1,443,3,542,2,543,2,544,1,550,2,554,3,555,1,556,1,557,1,775,1,565,1,566,1,567,1,569,1,573,3,719,4,720,1,771,2,772,3,773,2,774,1,779,1,780,1,1076,2,1079,2,1081,9,1082,7,1083,2,1130,1,1188,1,1195,1","applied,13,1,775,1,573,3,771,2,772,1,773,2,774,1,1077,1,1079,1,1083,1,1197,3","apply,4,1,1197,1","approach,33,1,50,1,1191,1,1193,2","appropriate,1083,1","approval,1189,1","approvals,441,4,443,1","approx,556,1,557,1,561,1,562,1,779,1,780,1,776,1,781,1","approximate,1005,2","approximately,561,1,562,1,776,1,781,1","apr,1372,6","april,6,1,11,1","arc,29,1,1191,2","archive,1008,1","archiving,771,1,772,1,773,1","area,7,1,19,1,28,1,29,1,36,1,42,2,44,1,47,2,54,4,57,1,58,1,441,2,443,1,540,1,550,1,556,1,557,1,779,1,780,1,1013,1,1197,2","areas,26,1,38,1,56,1,443,1","arenas,7,1","arial,5,1","arise,1197,1","arising,4,1","arm,21,2,24,1,42,3,775,1,1129,1,1194,1","arms,19,1,1076,1","around,13,1,56,1,57,1,58,1,1009,1,1076,1,1081,1,1082,1","arrange,41,1","arranged,1012,1","array,748,1","arrow,1371,1","art,7,1,37,1,545,1,554,1,1007,1,1082,1,1191,1,1375,1","ascii,1008,1,1131,1","ask,1002,1,564,1,1008,1,1188,1","asked,1009,1","assemble,1076,1","assembled,45,1,1076,3,1082,1","assemblies,13,1,30,6,39,1,43,1,59,1,565,1,566,1,567,1,569,1,747,1,748,1,749,1,750,3,751,1,1076,1,1081,1","assembling,1079,1","assembly,17,1,19,1,23,2,24,1,29,2,40,7,30,1,33,6,38,1,52,2,55,1,56,1,775,2,567,2,747,1,748,1,749,1,771,3,772,1,773,1,779,6,780,5,1076,12,1077,3,1078,2,1079,3,1080,2,1081,9,1082,9,1083,2,1193,1","assemblypress,1076,8","assess,775,1,774,1","assessing,549,1","assessment,546,1,555,1,775,1,774,1","assign,1008,2","assigned,1008,1,1357,1,1358,1","assist,1078,1","assistance,31,1,540,1,1002,1,1011,1,1081,2,1194,1","assisting,1078,1","associated,773,1,1007,1,1008,1,1190,1","association,6,1,1191,1","association”,1191,1","assume,4,1,775,1,774,1","assurance,3,1,10,1,23,2,24,1,539,1,546,1,547,2,548,1,549,1,540,1,541,1,542,1,543,1,544,1,545,1,718,2,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,1,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,1,571,2,572,1,573,1,574,1,575,1,717,1,719,1,720,1,721,1,747,1,748,1,749,1,750,1,751,2,1003,1,1197,1","assure,23,1,36,1,38,1,39,1,44,3,59,1,60,1,575,1,717,1,721,1","assured,7,1,59,1","assures,38,1,47,2,61,1,1133,1,1134,1","astm,45,1,559,1,560,1,777,1,778,1","athlete,775,2,774,2","atlas,1002,1","atomizer,1193,1","attach,12,2","attached,13,1,1008,1,1197,1","attaching,1188,2","attachments,545,3,550,2,552,5,554,1,1197,2","attempts,1076,1","attitude,42,1","audible,775,1,565,1,566,1,567,2,569,1,771,1,772,1,773,1,774,1,1131,1","audit,575,2,721,2","auditing,575,1,721,1","augular,748,1","august,6,1","author,1357,1,1358,1,1370,1","authority,992,1","authorization,1003,1,1078,1","authorized,6,1,45,1","auto,55,1,59,1,61,2,544,1,554,15,567,2,773,3,1191,1,1131,2,1187,1,1188,1,1189,1,1190,1,1192,1,1193,1,1194,1,1195,1,1196,4,1197,1,1375,1","autocad,1195,1","autograph,53,1,56,9","automate,772,1,773,1","automated,26,1,27,1,28,1,29,1,443,1,775,1,748,1,749,1,750,1,771,1,772,1,773,1,774,1,1078,1,1131,1,1193,1","automatic,13,1,23,3,28,2,40,1,30,1,37,1,48,1,54,1,56,3,57,1,58,1,59,2,60,1,61,2,556,1,557,1,775,1,572,1,574,1,749,1,750,2,771,1,772,1,773,1,774,1,779,1,780,1,1079,1,1191,1,1131,2,1187,1,1188,2,1189,4,1190,1,1192,1,1193,2,1194,1,1195,1,1196,1,1197,1","automatically,13,1,28,3,30,1,42,1,48,1,54,1,56,1,57,1,58,1,59,2,61,2,554,3,559,1,560,1,772,1,773,2,777,1,778,1,1008,1,1188,2","automating,27,1","automation,7,9,3,3,10,1,40,3,43,3,50,1,775,1,771,1,772,1,773,1,774,1,779,1,780,1,776,1,777,1,778,1,781,1,1128,1,1129,7,1130,1,1191,3,1131,2,1132,1,1133,1,1134,1,1187,3,1188,4,1189,3,1190,11,1192,3,1193,3,1194,3,1195,8,1196,3,1197,3,1375,2","automotive,27,1,750,1,992,1,1130,1","automtically,773,1","auxiliary,41,1","availability,4,1,55,1","available,6,1,4,1,11,1,16,3,19,6,22,3,26,1,28,3,40,2,41,1,30,1,33,1,34,2,38,10,39,2,42,2,43,4,44,2,45,3,47,1,50,3,55,2,56,3,57,1,58,1,546,2,59,2,60,3,540,1,541,2,542,2,543,2,544,1,545,1,552,5,554,6,555,2,556,2,557,2,775,2,1002,1,564,1,567,3,569,1,570,1,717,1,749,1,771,3,772,3,773,2,774,2,779,2,780,2,1005,1,1008,1,1078,3,1079,1,1191,2,1131,4,1188,1,1195,1,1197,1","average,54,1,60,1,61,1,548,1,541,2,775,4,772,4,773,4,774,4,1083,1,1130,1","averaging,543,2,544,2,555,1,775,2,772,7,773,7,774,3","avoid,1007,2","away,1076,1","awg,13,1,45,1","awry,1078,1","ax,441,1","axes,47,1","axial,13,1,1005,1,1083,1","axis,11,1,38,1,47,1,1076,1,1078,2,1188,5,1190,1,1194,2","axt,545,11","b001,1005,2","b002,1005,2","b003,1005,2","b004,1005,2","b005,1005,2","b010,1005,2","b015,1005,2","b020,1005,2","b025,1005,2","b050,1005,2","b075,1005,2","b1,40,1","b100,1005,2","b11,13,1,50,1","b125,1005,2","b456,1372,1","backed,42,1,50,1,54,1","backlash,550,2,1191,2","backlinkinfo,1360,1,1361,1,1370,1","backlit,17,1","backplate,772,1,773,1","backup,13,2,26,3","bad,57,1,58,1,59,1,1081,1,1082,1","badge,57,1,58,1","balance,13,1,38,1,50,1,55,1,59,2,61,1,559,1,560,1,575,1,717,1,721,1,777,1,778,1","balances,19,1","balancing,1004,1,1005,4","baldor,1002,1","ball,18,1,22,6,34,6,554,2,561,2,562,2,776,2,781,2,1130,1,1197,1","balldriver,1005,1","band,61,5,775,1,771,1,772,1,773,1,774,1","bandwidth,54,1,61,1,775,1,771,1,772,1,773,1,774,1,1134,1","bar,26,1,35,1,39,7,56,1,59,9,1076,1","bargraph,775,1,771,2,772,2,773,2,774,1","barriers,47,1","bars,39,3,59,4,540,1","base,19,1,28,1,33,1,48,3,60,1,550,1,575,1,721,1,779,1,780,1,1193,1,1194,1,1197,3","based,7,5,3,1,13,1,19,1,29,1,40,5,37,1,43,1,50,2,54,1,546,4,775,8,771,2,772,5,773,6,774,4,1079,2,1191,1,1134,1,1194,1,1375,1","bases,33,1","basic,29,1,543,1,554,10,747,11,748,1,749,1,750,1,751,1,772,1,1008,1,1009,1,1078,1","basis,4,1,44,1,1010,1,1133,1,1194,1","batch,40,1,56,1,57,1,58,1","batter,775,1,771,1,772,1,773,1,774,1","batteries,545,11,552,3,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,2,574,1,1194,1,1197,1","battery,13,2,26,3,40,1,539,1,546,1,548,1,541,4,542,1,543,1,544,1,545,5,555,1,775,8,568,1,570,1,572,2,573,3,575,1,721,1,771,14,772,9,773,11,774,8,1076,1","bcd,40,1,41,1","beacon,50,1","beam,44,2","beams,26,1","bearing,22,4,32,1,34,4,42,1,747,1,748,1,750,1,1014,1,1083,1,1130,1","bearings,60,1,719,2,1013,1,1191,1,1194,1,1195,1","because,443,2,775,1,771,1,772,1,773,1,774,1,1191,2,1196,1,1197,1","become,56,1,1002,1,1076,1,1077,1,1192,1","becomes,6,2,20,1,41,1,559,1,560,1,777,1,778,1","bed,48,1,60,2,992,1","beep,565,1,566,1,567,2,569,1","begin,61,1,775,2,772,2,773,2,774,2","begins,19,1,54,1","belts,30,1","bench,556,2,557,2,779,5,780,5","benchmark,54,1,57,2,58,2,59,2,61,2","bend,19,2","bending,27,1,33,1","bendix,717,2,719,2","beneficial,41,1","benefit,26,1,27,1,61,1,1009,1","benefiting,7,1","benefits,26,1,28,1,1193,1","best,19,1,55,1,543,1,545,4,772,1,1003,1,1079,1,1081,1","best—data,1133,1","better,19,1,39,1,57,1,58,1,546,1,59,1,542,1,543,1,544,4,555,1,558,1,775,1,771,1,772,1,773,5,774,1,1191,1","between,7,1,12,2,19,1,29,1,44,1,48,1,56,1,57,1,58,1,59,1,60,1,61,1,545,1,550,1,558,1,775,1,562,1,568,1,570,1,573,1,771,1,772,1,773,1,774,1,776,1,1078,3,1130,1,1191,2","beyond,13,1,57,1,58,1,59,1,1189,1","bh,575,1,721,1","bi,550,2,561,1,781,1","billion,1133,1,1134,1","binary,40,1,30,1,439,5,441,2","binding,573,1","bit,40,1,54,1,55,1,1008,1,1197,1","bits,439,5,441,2,717,1,1196,1","black,45,1,50,1,558,7,717,1,1131,3","blade,773,1,1188,3","blank,17,5,24,1,27,1,28,2","blanketed,45,1","blanking,28,4,1131,3","blanks,27,3,28,2","blind,29,1,1002,1","blob,1133,2","block,19,22,30,1,42,3,1188,2","blocks,19,19,24,1,1191,1","blow,47,1","blowers,32,1,1014,1","blown,7,1,1190,1","blows,563,2","blue,42,2,717,1,1079,1","blueox,47,9","bm,13,8","board,44,1,51,4,539,1,59,1,1002,4,1004,1,1078,1,1188,2,1195,2","boards,1002,1,1131,1,1188,1,1194,1,1195,1","body,39,1,59,1","bolster,6,1,12,13,19,1,24,1,992,2","bolt,35,1,36,2,42,3","bolted,1076,1","bolting,1078,1","bolts,42,1,552,1,566,1,569,1,1194,1","bonded,719,2","boost,57,1,58,1,59,1","booth,1193,4","borderaggregate,1372,1","bore,540,1","bores,439,1,442,3","bos,36,8","both,7,2,13,2,14,1,19,1,22,2,28,1,40,1,41,1,31,1,33,1,34,2,38,2,44,1,50,1,57,2,58,2,546,1,61,3,443,1,540,1,545,1,550,8,554,3,555,1,775,1,563,1,564,1,565,2,566,2,567,3,568,1,569,2,570,1,574,1,774,2,1005,1,1011,1,1012,2,1079,1,1083,1,1191,2,1131,1","bottle,1130,1","bottom,28,1,41,1,30,1,552,1,554,12,1193,1","bounce,45,1","bowl,11,1,1130,3","box,29,3,44,1,50,1,54,1,1077,1,1191,3,1197,3","boxes,41,1,43,1,1191,2,1194,1","br,1360,4,1361,4,1372,4","bracket,54,4,1130,1","brackets,12,2,42,1,1193,1","brad,45,1","bradley,40,1,46,2,50,3,1009,1,1131,1","brake,13,36,14,4,24,2,40,2,50,11,51,3,1191,3,1375,4","brakemonitor,13,8","brakes,1194,1","braking,561,2,781,2","brand,31,1,1002,1,1011,1,1012,1","brands,47,1","break,543,2,544,2,772,14,773,14,1076,1,1131,1","breakage,1083,1","breakaway,565,1,566,1,569,1","breakdown,1012,1","breakpoint,772,1,773,1","breaks,772,1,773,1,1083,1,1131,1","breakthrough,28,1","bridge,15,2,24,1,36,1,38,1,39,1,59,1,60,1,559,1,560,1,573,2,575,1,717,1,719,5,720,1,721,1,777,1,778,1","bright,13,2,558,1","brik,40,1,47,5","bring,1079,1,1081,1","brings,7,1,1076,1","brown,717,2","browse,1006,1","browsing,4,1","brush,719,1","brushless,554,2","bs,559,1,560,1,777,1,778,1","buckling,30,2","buffer,539,1","build,43,1,57,1,58,1,59,1,60,1,1002,1,1193,1","builder,50,1,56,1,57,1,58,1,59,1,1373,4","buildup,23,2","built,13,2,23,1,29,2,40,1,33,1,38,1,52,1,54,1,56,1,57,1,58,1,59,2,60,3,545,3,775,1,568,1,570,1,771,2,772,1,773,2,774,1,1078,1,1083,1,1195,1,1197,1","bulbs,13,1","bureau,38,1,539,1,546,1,548,1,549,7,540,1,541,1,542,1,543,1,544,1,545,1,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,1","burn,13,1,44,3","burst,47,1","bushing,39,1,59,1","bushings,18,1","business,4,1","buss,40,1","button,13,1,38,4,50,2,59,1,545,5,775,1,561,1,562,2,565,1,566,1,568,1,569,1,572,1,771,1,772,1,773,1,774,1,776,2,781,1,1079,1","buttons,13,1,18,3,772,1,773,1,1008,1","buy,41,2,50,1","buzz,775,5,771,2,772,6,773,6,774,6","bypass,51,2","c001,1005,2","c002,1005,2","c003,1005,2","c004,1005,2","c005,1005,2","c010,1005,2","c015,1005,2","c020,1005,2","c025,1005,2","c050,1005,2","c075,1005,2","c1,40,1","c100,1005,2","c125,1005,2","cabinet,50,2","cable,13,2,29,1,40,1,30,13,44,1,60,1,543,1,544,1,545,1,565,1,566,1,570,1,717,1,747,3,748,2,771,6,772,7,773,7,776,3,781,3,1079,1,1191,1","cables,17,1,30,1,54,1,771,1,772,1,773,1,1191,1,1194,1","cabling,1076,1","cacheddtm,1370,1","cachedhasborder,1360,1,1361,1,1372,1","cachedhasbots,1360,1,1361,1,1372,1","cachedhastheme,1360,1,1361,1,1372,1","cachedneedsrewrite,1360,1,1361,1,1372,1","cad,1005,8,1191,1,1189,1","cadmium,573,1","cage,1005,1","calculate,19,2,558,1,775,3,748,1,771,3,772,4,773,4,774,4","calculated,19,1,775,2,771,2,772,2,773,2,774,3","calculating,13,1","calculation,775,1,771,1,772,1,773,1,774,1","calculations,546,1,542,1,543,1,544,1,555,1,775,1,747,1,750,1,771,2,772,2,773,2,774,1","calibrate,41,1,558,1,775,1,563,1,571,1,771,3,772,2,773,3,774,1,1077,1","calibrated,11,1,31,1,61,3,773,1,1011,1","calibrates,41,1,564,1,573,1","calibrating,38,1,574,1","calibration,24,1,29,2,41,1,31,2,38,2,39,1,48,2,56,1,539,3,546,3,59,1,60,2,547,1,548,2,549,2,540,13,541,3,542,3,543,3,544,3,545,1,550,1,551,1,552,2,553,1,554,2,555,3,556,1,557,1,558,1,775,5,559,2,560,2,561,1,562,1,563,1,572,1,573,5,575,3,717,2,720,1,721,3,771,9,772,8,773,9,774,5,777,1,778,1,1011,2,1076,1,1077,7,1078,2,1079,1,1080,1,1081,2,1082,1,1083,2","calibrationmeter,1077,8","calibrations,31,2,540,1,1006,1,1014,1,1007,1,1008,1,1009,1,1010,1,1011,3,1012,1,1013,1","california,7,2","caliper,541,2","calipers,539,1,546,1,548,1,549,1,540,3,541,12,542,1,543,1,544,1,545,1,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,1","call,14,1,1131,3","calling,26,1","cam,24,1,43,16,50,3,51,1,54,1,1129,1,1375,1","camera,5,1,7,1,1133,2,1134,2,1188,1","camera’s,1133,1","cameras,1133,1","cams,43,1,50,1,51,2,1375,4","camshaft,43,1","canada,6,1,3,1,7,4","canadian,5,1,6,1,549,1,1130,1","cannot,4,2,13,1,44,3,50,1,1076,1","cap,568,4,571,1,1193,15","capabilities,23,1,26,2,545,1,554,1,749,1,750,1,1003,1,1081,1,1131,1,1197,1","capability,19,1,27,1,28,1,29,1,40,1,44,1,775,1,563,1,564,1,565,1,566,1,567,1,569,1,575,1,721,1,771,1,772,1,773,1,774,1,1008,2,1079,1,1081,1,1082,2,1131,2","capable,13,1,59,1,554,1,556,1,557,1,779,1,780,1,1007,1","capacities,38,4,59,1,542,2,543,1,545,2,552,1,556,1,557,1,775,2,572,1,717,1,719,2,747,1,748,1,749,1,750,2,771,4,772,3,773,2,774,2,779,1,780,1","capacitor,1192,1","capacity,19,5,20,1,22,2,34,2,36,1,38,17,42,2,54,2,56,2,546,4,60,2,545,11,550,5,552,6,554,2,555,1,556,1,557,1,775,16,559,1,560,1,561,1,562,1,568,1,570,1,572,2,575,1,717,1,719,7,720,1,721,1,748,1,771,6,772,7,773,9,774,15,779,1,780,1,776,2,777,2,778,1,781,2,992,1,1188,2,1193,1","capacitythere,773,1","capital,41,1","caps,1193,2","capsule,780,1","captive,13,4,44,9,549,1","capture,545,3,552,1,775,1,568,1,570,1,571,1,574,2,771,1,772,1,773,1,774,1,1077,1","captured,56,1,57,1,58,1,60,1","capturing,23,1","carbide,18,1","card,40,1,47,5,57,2,58,2,60,1,1188,1,1197,1","cards,40,1,41,1,57,1,58,1","carries,6,1,14,1","carry,22,2,28,1,34,2","carrying,22,2,34,2,546,1,542,1,543,1,544,1,545,9,552,6,555,1,775,4,565,2,566,2,567,2,568,1,569,2,572,1,574,1,771,3,772,2,773,2,774,3","cart,575,1,721,1,748,1","case,4,1,546,1,542,1,543,1,544,1,545,9,552,6,555,1,775,4,565,2,566,2,567,2,568,1,569,2,572,1,574,1,771,3,772,2,773,2,774,3,1077,1","cases,1009,1","cast,19,1,39,1,53,1,55,1,56,1,539,1,59,2","casting,26,1,47,1,59,4","castings,1195,1","catalog,6,1,43,1","catalogue,29,4","catching,1188,1","category,10,1","caulking,1078,1","cause,13,1,44,3,61,1,1009,1","caused,30,1,44,3,56,1","causing,19,2","caution,29,1","cbv,14,8","cc,1193,5","ccd,1188,1","ccw,13,1","cdr,1131,4","cell,38,4,548,1,545,1,573,1,747,3,748,4","cells,35,1,38,16,55,1,540,1,554,1,573,2,748,1,1081,1,1191,1,1195,1","cenelec,441,6","center,19,1,38,1,39,1,57,1,58,1,59,2,61,1,1191,1","centers,28,1,775,1,1002,1,771,2,772,2,773,2,774,1","central,57,1,58,1,1191,1","cer,773,1","cert,546,1,542,1,543,1,544,1,555,1,775,1,771,1,772,1,774,1","certain,4,1","certificate,546,2,548,1,541,2,542,2,543,2,544,2,555,2,558,1,775,1,572,1,771,4,772,3,773,3,774,1,1003,1","certificates,771,1,772,1,773,1","certification,443,1,775,1,575,1,721,1,771,1,772,1,774,1,1077,1,1082,1","certifications,7,1","certified,548,1,541,2,775,1,771,3,772,2,773,3,774,1,992,1","certify,575,1,721,1,1077,1","certifying,575,1,721,1,1077,1","cfc,45,1","chain,19,2,43,1","challenges,29,1","change,6,1,13,1,42,1,44,3,45,1,56,2,57,1,58,1,59,1,61,1,550,1,775,1,771,2,772,2,773,2,774,1,1083,1,1191,2,1193,1,1194,2,1197,1","changed,40,1,43,1,1188,1","changeover,12,2,20,1,28,1,42,1,60,1","changeovers,59,1","changes,23,1,29,1,41,1,48,1,54,2,56,2,57,1,58,1,59,2,61,1,552,1,1076,1,1078,1,1188,1","changing,40,1,57,1,58,1,1006,1,1193,1","channel,23,1,29,3,50,1,52,2,53,8,54,1,55,3,56,9,57,9,58,9,59,4,60,3,61,2,573,1,747,2,1079,1,1375,1","channels,23,1,48,3,51,1,54,2,55,2,56,3","character,51,1,779,4,780,4","characteristic,19,1","characteristically,772,1,773,1","characteristics,38,1,554,1,775,1,575,1,721,1,747,1,750,2,771,1,772,3,773,3,774,1,1078,2","characters,775,1,771,1,772,1,773,1,774,1,779,1,780,1,1131,1","charge,4,1,573,1,1008,1","charged,1194,1","charger,546,1,542,1,543,1,544,1,545,11,555,1,775,6,563,1,564,1,565,2,566,2,567,2,568,2,569,2,570,1,574,1,771,9,772,5,773,6,774,6","charging,1192,1","charset,1360,2,1361,2,1372,2","chart,19,1,23,1,61,3,573,1","charts,56,1,573,1","chassis,40,1,46,1","chatillon,553,1,775,6,559,1,560,1,561,1,562,1,771,6,772,8,773,8,774,6,779,5,780,5,776,4,777,3,778,2,781,4","chatillon®,546,1,542,1,543,1,544,1,555,1,775,1,559,1,560,1,771,1,772,1,773,1,774,1,777,1,778,1","check,13,1,40,4,44,2,50,1,57,1,58,1,558,1,1078,1,1188,1,1193,1,1194,6","checked,29,1","checking,13,2,44,9,61,1,574,1","checks,40,1,44,2","chemicals,45,1","chisel,545,1,552,3,775,2,771,4,772,2,773,2,774,2","choice,16,2,50,1,550,1,573,1","choose,19,2,33,1,547,1,545,2,1129,1,1190,1","chuck,570,2,572,1,717,1","cincinnati,11,1","circuit,13,1,19,1,27,1,28,2,40,1,36,1,39,1,43,3,44,5,48,1,52,1,57,1,58,1,59,2,60,1","circuitry,13,1,29,1,43,1,44,6,47,1,52,1,56,1,59,2,60,1","circuits,40,2,43,2,55,1,61,1,1002,1","circular,774,2","city,5,1","clamp,16,9,42,4,59,1,747,2,748,1,749,1,750,2","clamping,16,10,33,1,42,4,59,2","clamps,6,1,16,3,24,2,42,6,568,1,1005,3","clasp,775,3,771,2,774,3","class,47,3,546,2,555,2,558,1,775,5,774,5,1009,3","classes,1009,3,1012,1","classification,775,1,774,1,1133,1","classified,4,1,443,1,775,1,774,1","clean,1193,2,1194,5,1197,1","cleaner,1191,1,1187,1,1188,1,1189,1,1190,1,1192,5,1193,5,1194,1,1195,1,1196,1,1197,1","cleaners,1193,4","cleaning,1191,1,1187,1,1188,1,1189,1,1190,1,1192,1,1193,7,1194,1,1195,1,1196,1,1197,1","clear,13,1,19,2,545,3,558,1","clearance,38,1,550,5","clearances,556,1,557,1,779,1,780,1","cleared,771,1","climatech,6,3","climatechcanada,6,1,3,1","clinicians,546,1,555,1,775,1,774,1","clip,19,1,1130,1","clockwise,29,4,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,1,572,2,573,1,574,1","clogged,1193,1","clogging,1193,1","clone,1076,1","cloning,1081,1","close,13,1,29,1,40,1,43,1,56,1,61,1,1008,1,1130,1","closed,1008,1,1076,1,1191,1","closer,50,1,1133,1","closing,1008,1","closure,543,1,544,1,772,3,773,3","clutch,13,3,14,4,24,1,50,4,51,1,565,2,566,2,567,3,571,3,1375,2","cm,544,2,564,2,565,2,566,2,567,2,568,4,569,1,570,4,574,2,773,6,778,2","cmm,540,1","cmms,1008,5","cnc,547,1,1002,1,1128,10,1129,1","co,11,1,39,1,59,1","coatings,7,1,38,1,747,1,748,1","code,13,2,40,3,44,3,51,1,439,10,441,4,717,1,1008,1,1076,1","coded,545,4,568,1,570,1","codes,13,2,44,3,1078,1","coefficent,546,1,542,1,543,1,544,1,555,1,775,1,771,1,772,1,773,1,774,1","coefficient,775,1,771,1,772,1,773,1,774,2","coefficients,748,1","coil,15,2,24,1","coilbridge,15,8","coiled,717,1","coining,33,1,61,1","cold,23,1,37,1","coldforming,23,3","collect,45,1,575,1,721,1,1079,1","collected,41,1","collectors,717,2,720,1","colons,1131,1","color,45,1,50,1,56,2,545,4,568,1,570,1,717,1,750,2,1076,1,1077,1,1078,1,1079,21,1080,1,1081,1,1082,1,1083,1,1131,2,1193,1","colored,61,1","colors,1079,4","column,61,2,556,3,557,3,561,1,779,4,780,4,781,1,1191,1,1375,1","columns,36,1,57,2,58,2,59,1,61,3,562,1,776,1","com,6,1,1,1,3,1,7,4,549,1,775,2,771,2,772,2,773,2,774,2,779,2,780,2,776,2,777,2,778,1,781,2,1131,2,1370,2,1372,8","combination,43,1,55,1,554,2,573,1,749,1,750,2,1133,1,1197,1","combinations,750,1","combine,38,1,545,1","combined,19,3","combines,37,1,43,1,46,1,47,2,50,1,56,1,1008,1","combining,443,1,1134,1","come,13,1,28,1,29,1,32,1,542,1,545,1,771,2,772,1,773,1,1014,1,1009,1,1133,1","comes,57,1,58,1,546,1,543,1,544,1,555,1,775,1,771,1,772,2,773,2,774,1,1010,1,1077,2,1081,1,1197,1","comfortable,717,1","coming,553,1","comma,1008,1","command,772,2,773,2","commands,1131,1","comments,1008,2","commercial,4,1,18,1","commitment,443,1","common,27,1,29,1,44,1,45,1,50,2,443,1,544,1,775,1,773,1,774,1","commonly,27,1,47,1,443,1","communicates,44,2","communication,44,1,55,1,56,2,60,1,542,1,771,1,1078,1,1131,1,1375,1","communications,4,1,40,1,47,2,775,1,561,3,774,2,781,3","commutation,440,14,443,5","compact,13,1,17,1,26,1,44,1,55,1,440,2,546,1,59,1,442,2,542,1,543,1,555,1,775,1,771,1,772,1,774,1,1133,1,1134,1,1193,2","compaction,52,1,56,1","companies,443,1","company,6,1,4,1,3,2,7,3,57,1,58,1,1008,1","comparable,1130,1","comparative,565,1,566,1,569,1","comparator,17,1,555,1,775,1,774,3","comparators,540,1","compare,37,1,56,1,774,3","compared,57,1,58,1,60,1,61,1,1079,1","compares,1082,1,1083,1","comparing,56,1","comparison,555,1,772,1,773,1,774,1","comparisons,543,2,544,2,555,2,775,1,772,3,773,3,774,4","compatibility,46,1,719,2,772,1,773,1,1079,1,1134,1","compatible,40,1,37,1,50,1,55,1,439,1,59,1,441,2,442,13,573,1,717,2,720,1,771,1,772,4,773,5","compensate,19,1,552,1","compensated,719,3,720,1","compensating,19,1","compensation,40,3,51,1,1076,1","competent,1010,1","competition,1079,1","competitive,47,1,540,1,719,1,1076,1","competitively,31,2,1009,1,1010,1,1011,2,1012,1","complete,13,1,14,1,19,1,29,2,41,1,33,1,38,1,44,1,45,1,46,1,50,1,55,1,56,1,60,1,443,1,545,3,552,3,1002,1,559,1,560,1,573,1,574,1,719,2,747,1,748,13,749,2,750,4,751,1,777,1,778,1,1005,1,1008,2,1013,1,1076,2,1191,2,1131,2,1133,1,1134,2,1189,1,1190,1,1194,2,1197,1","completed,747,1,748,1,774,1,1357,1,1358,1","completely,40,4,39,1,45,1,50,1,59,1,717,1","completing,554,3","complex,61,3,543,1,772,1,1133,1,1134,1","compliance,13,1,775,2,774,2,1193,3","complicated,11,1","complies,13,1,50,1","comply,1191,1","component,29,1,44,6,48,1,775,2,774,2,1012,1,1076,1,1082,2,1130,1,1371,6,1372,1","components,18,3,19,1,29,1,40,1,44,6,50,1,54,1,1002,1,747,1,748,1,749,1,771,1,772,1,773,1,779,1,780,1,776,1,777,1,778,1,781,1,1079,1,1191,1,1194,2","comprehensive,56,1,60,1,561,1,748,1,771,1,772,2,773,2,781,1,1008,1,1078,1,1133,1,1134,1","compress,19,1","compression,36,1,38,2,542,1,543,1,544,1,545,4,550,8,552,4,554,3,555,1,556,1,557,1,775,1,573,2,771,1,772,2,773,2,774,2,779,1,780,1","comprised,443,1,749,1","compromising,542,1,771,2,772,1,773,1","computer,4,1,11,1,40,4,57,2,58,2,60,1,545,3,561,1,568,1,570,1,747,1,771,1,772,3,773,3,776,1,781,2","computerized,1008,1","computers,57,1,58,1,60,1","computes,1078,1","concept,44,6,443,1","concepts,4,1","concerns,44,1,1013,1","condition,19,2,23,1,44,4,57,2,58,2,59,1,61,1,1076,1,1077,1,1078,1,1079,1,1080,1,1081,1,1082,1,1083,5,1194,1,1197,1","conditioned,554,1","conditioner,55,2,56,1","conditioning,41,1,55,1,56,1,59,3,775,1,774,1,1078,1,1083,1","conditions,5,2,19,1,23,1,27,1,36,1,39,1,44,3,59,2,60,3,550,1,771,3,772,2,773,3,774,1,775,1","conduct,774,1,775,1","conducting,750,2","cone,552,1","confident,31,1,1009,1,1010,1,1011,1,1012,1","configurable,539,2,771,1,772,1,773,1,774,1,775,1,1375,1","configuration,13,1,28,1,44,1,572,1,717,1,1078,1,1191,1,1131,2","configurations,26,2,33,1,43,2,50,1,749,1,1191,1,1131,2","configured,43,1,56,1,771,1,772,1,773,1,774,1,775,1,1375,1","configuring,50,1","confined,38,1,545,1,552,1","confirm,1189,1","confirmation,51,1","conformance,771,1,772,1,773,1","conforms,549,1","confusing,1008,1","conical,545,1,552,2","conjunction,22,1,27,1,29,1,45,1,57,1,58,1,59,2","connect,54,1,1131,1","connect”,1191,1","connected,17,1,539,1,559,2,560,2,777,2,778,2,1131,1","connection,38,1,539,2,1193,2","connector,30,1,38,2,51,1,717,3,1197,1","connectors,13,1,45,1,47,1,51,2,54,1","connects,545,1","consecutive,51,1,52,1,771,1,772,1,773,1,774,1,775,1","consent,4,1","consented,4,1","consents,4,1","consequential,4,1","conservation,51,1","consideration,27,1","considered,29,1","consist,40,1,1188,1","consistency,60,1,1079,1","consistent,550,6,554,3","consists,29,1,44,1","console,50,2","constant,44,2,550,1,1078,1","constantly,57,1,58,1","constructed,567,1","construction,28,1,44,3,47,4,439,3,440,3,59,1,441,4,442,8,545,4,552,4,561,1,562,2,563,1,564,1,565,1,566,1,569,1,570,1,574,1,776,2,781,1","construed,4,1","consult,38,1,43,1","consulting,1002,1,1195,1","consumes,1193,1","consuming,47,1,1191,1","consumption,48,1","cont,47,1","contact,6,1,1,8,13,5,26,1,28,2,29,1,40,1,41,2,42,1,44,9,45,4,47,2,51,2,54,1,56,2,439,1,440,1,441,1,442,1,543,1,544,1,569,1,772,4,773,4,1003,1,1013,1,1192,1,1373,1","contacts,13,1,23,1,44,12,48,1","contain,4,1,26,1","contained,40,3,52,1,992,1,1193,2","container,1193,2","containers,568,1","contains,17,1,772,1,773,1,774,1,775,1","content,4,6,1360,1,1361,1,1372,1","contents,4,4","continual,44,2","continually,30,1,44,1","continue,772,2,773,2,774,2,775,2","continuous,23,1,26,1,46,2,47,6,57,2,58,2,59,1,60,1,548,1,541,2,550,1,562,1,572,1,573,1,771,1,772,1,773,1,774,1,775,1,776,1,1133,1,1134,1,1193,1,1375,2","continuously,7,1,54,2,573,1,1191,1,1193,1","contracted,1008,1","contractors,1008,1","contracts,1008,1","contrast,771,2,772,2,773,2,774,2,775,2,1132,2,1133,1,1134,1","contribute,19,1","contributes,1193,1","control,4,1,3,2,7,3,10,1,13,7,19,1,23,3,26,1,24,1,27,1,40,3,29,3,33,1,39,1,43,4,44,7,47,2,49,4,50,15,51,10,52,2,54,1,56,5,57,3,58,3,59,6,60,4,61,1,443,1,550,3,554,1,561,2,562,2,563,1,565,1,566,1,569,1,571,1,573,1,574,1,748,1,749,1,771,1,772,1,773,1,776,2,781,2,992,2,1076,5,1077,1,1078,4,1079,1,1080,1,1081,2,1082,3,1083,2,1191,1,1131,10,1188,3,1194,1,1197,4,1375,3","controllable,1131,1","controlled,13,2,28,1,38,1,57,1,58,1,539,1,565,1,566,1,569,1,1078,2,1191,1,1188,1,1193,1,1197,2","controller,11,2,13,3,17,1,40,4,44,6,45,1,50,1,56,1,747,2,748,1,749,10,750,2,1076,1,1191,1,1194,3","controllers,45,2","controlling,60,1,556,1,557,1,779,1,780,1,1008,1","controlnet,1131,1","controls,13,2,24,1,33,2,44,1,50,2,59,1,1078,2,1131,1,1194,1,1375,2","convenience,4,1","convenient,28,1,40,1,550,1,567,1,1191,1,1188,1,1197,1","conventional,41,1,574,1,717,1","conversely,1191,1","conversion,40,1,1008,1","conversions,550,1","converted,550,1","converter,29,2","converters,29,1","converts,40,1,29,3","conveyed,19,1,27,1","conveying,24,1,27,5","conveyor,27,2,1189,1","conveyors,17,1,27,3,32,1,1013,1,1014,1","coolants,44,3","cooling,6,1,3,1,29,1,59,1","copco,1002,1","copies,4,1","copy,4,1","copyright,4,1,1373,1","cord,559,1,560,1,777,1,778,1","corner,20,1,61,9","corners,61,1","corporation,7,2,549,1","correct,1076,1,1079,1","corrected,44,1,1133,1","correcting,61,1","correction,1005,1,1133,1","correctly,1076,1,1188,1,1371,1","correspond,771,2,772,2,773,2,774,1,775,1","corrosion,558,3","cosine,55,4","cosmetics,1130,1","cost,23,3,32,1,48,1,1002,2,572,1,575,1,721,1,1014,1,1012,1,1082,1,1130,1,1134,1,1188,1,1195,1,1196,1","costing,1003,1","costly,23,1,29,1,57,1,58,1,59,1,60,1,1007,1,1191,2","costs,772,1,565,1,566,1,567,1,569,1,750,1,771,1,773,1,1007,1,1008,1,1009,1","could,29,1,45,1","count,40,2,33,1,1131,2,1375,1","counter,13,1,29,2,47,1,50,2,51,2,52,1,57,1,58,1,60,1,567,2,572,1,573,1,1131,4,1375,1","counterbalance,13,1","counterclockwise,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,1,574,1","counterparts,44,3","counters,40,1,56,2,57,1,58,1,1131,3,1375,1","countersunk,1196,1","counting,29,1,1131,1","counts,40,1,60,1","couple,1131,1","coupled,41,1,443,1","coupling,30,1,779,1,780,1","couplings,1007,1","courses,1009,3,1012,5","cov,772,2,771,1,773,2,774,2,775,1","cover,45,1,54,1,552,1","covers,44,1","cpu,56,1,1197,2","cracking,45,1","cralc,16,8","crank,40,1,50,1,51,1,56,2,57,1,58,1","crankshaft,13,1,51,1","crash,1191,1,1187,4,1188,1,1189,1,1190,1,1192,1,1193,1,1194,1,1195,1,1196,1,1197,1","crashprotect,1187,8","crazy,1130,1","create,39,1,59,1,772,1,573,1,773,1,1008,1","created,4,1,28,1,41,1,1357,2,1358,2","creates,41,1","creation,1008,1","creative,26,2","crimping,33,1,1081,1,1082,1","criteria,29,1,546,1,555,1,774,1,775,1","critical,44,6,57,2,58,2,59,2,772,2,574,1,771,2,773,2,774,1,775,1,1193,1","cross,554,15,1002,1,1008,1","crosshead,556,2,557,2,561,1,562,2,779,2,780,2,776,2,781,1","crown,60,1","crush,780,1","crystal,17,1,1193,4","csa,44,1,50,2,992,1,1375,1","csdk100,775,1","csdk500,775,1","css,1079,9","cumfornatic,1078,1","cups,21,2,24,1,1129,1","cure,13,1,61,1","current,5,1,7,1,17,1,26,1,56,1,539,5","currently,6,1,1193,1","curtain,13,1,44,7","curtains,44,5,50,1,992,1","curve,41,1,54,4,55,1,56,1,57,1,58,1,774,1,1078,3","curves,1078,4","cushioned,572,1","custom,26,1,28,2,33,1,35,1,38,3,43,2,55,1,61,1,443,1,992,1,1081,1,1082,1,1131,2,1195,1","customer,7,1,17,1,26,1,40,1,1006,1,1009,1,1082,1,1131,6","customer’s,1009,1","customers,6,1,29,1,32,1,46,1,562,1,776,1,1014,1,1009,1,1131,2,1193,1","customize,1008,1","customized,1008,1,1193,3","cut,45,1,47,1,1188,4","cutter,1188,1","cutting,19,1,1083,1,1188,2","cw,13,1","cycle,13,5,17,1,26,1,40,1,30,1,33,1,45,1,55,1,56,1,59,2,554,30,1002,1,562,2,776,2,1131,2,1193,1","cycles,52,1,561,1,573,1,781,1,1191,1","cycling,51,1,561,3,562,2,776,2,781,3,1131,1","cyclone,1191,12","cylinder,11,1,16,4,26,1,24,1,33,3,992,2","cylinders,33,1,47,2,54,1,1191,1","cylindrical,22,7,34,6","d001,1005,2","d002,1005,2","d003,1005,2","d004,1005,2","d005,1005,2","d010,1005,2","d015,1005,2","d020,1005,2","d025,1005,2","d050,1005,2","d075,1005,2","d100,1005,2","d125,1005,2","dac,1080,4","daily,5,1,1009,1","damage,19,2,23,2,26,1,30,1,43,1,45,1,57,2,58,2,59,2,1194,1","damaged,29,1","damages,4,2","damaging,19,1,28,1","danfoss,1002,1","data,3,1,10,1,13,1,17,1,41,3,42,1,46,2,47,1,56,2,439,1,440,1,546,2,59,1,60,3,441,1,442,1,443,1,542,3,543,3,544,3,545,5,554,1,555,2,772,8,561,4,563,1,564,2,565,2,566,2,567,2,568,1,569,2,570,1,571,1,574,1,717,2,720,1,747,2,748,3,749,3,750,6,771,8,773,8,774,7,775,6,781,4,1008,3,1076,2,1077,1,1078,4,1079,1,1080,1,1081,2,1082,3,1083,1,1131,2,1133,2,1134,2,1188,1,1195,1,1197,6","database,56,1,1008,3","date,45,1,56,1,772,2,771,2,773,2,774,1,775,1,1008,2,1082,1","day,1002,1,1131,1","days,45,1,1009,1,1131,1","db,57,2,58,2","dbase,1008,1","dbd,17,8","dbs,54,1","dc,36,2,43,1,45,1,53,1,54,3,55,2,440,3,539,2,59,3,1002,1,573,3,719,2,720,1,747,3,748,3,749,1,750,2","dcs,1195,1","de7fc1fd3361,1370,1","deactivate,26,1","dead,19,1,45,1","debug,61,1","deceleration,1191,1","decided,7,1","decimal,573,1","decompression,554,1","decrease,61,1","decreasing,37,1","decrement,1131,2","dedicated,40,1,56,1,546,1,544,3,552,2,555,1,772,2,562,1,771,2,773,8,774,2,775,2,776,1","deep,39,2,54,1,57,1,58,1,59,2,558,1,573,1","default,772,2,572,1,771,1,773,3,774,1,775,1","defaults,772,1,771,1,773,1,774,1,775,1","defaultvti,1372,2","defect,7,1,29,1,1132,1,1134,1","defective,23,1,45,1,567,2","defects,1133,1,1134,1,1193,1","define,13,1,772,3,773,4,774,1,775,1","defined,19,1,29,1,1078,1","defines,772,1,773,1,774,1,775,1","definition,13,1","deflection,57,1,58,1,550,1,561,4,562,1,776,1,781,4,1076,1","deflections,39,1,59,1","degating,33,1","degree,13,1,19,1,41,1,44,3,55,2,550,2,552,2,1188,1","degrees,50,1,51,2,720,1,1188,1","delays,29,1","delimited,1008,1","deliver,545,1,772,1,771,1,773,1,1133,1","delivers,46,1,772,1,771,1,773,1,1133,1,1134,1","delta,55,1,56,1","demanding,47,2,443,2,1082,1","demands,1077,1","demo,1130,1","demonstrated,1078,1","denki,1002,1","dent,45,1","dents,45,1","department,1013,2,1189,1","departments,6,1,41,1","dependable,772,1,749,2,771,1,773,1","dependent,772,1,561,1,562,1,771,1,773,1,774,1,775,1,776,1,781,1","depending,61,1,749,1,1191,2,1194,1","deposition,1192,1","deposits,1192,1","depressing,13,1","depth,13,2,22,6,34,6,750,1,1081,1,1082,1","derated,561,1,562,1,776,1,781,1","described,4,1,19,1,1131,1","description,13,1,575,1,721,1,747,1,748,1,749,1,750,2,779,3,780,3,776,2,781,2,1005,2,1193,1,1357,1,1358,1","descriptions,1008,1","descriptive,17,1","design,13,4,26,1,28,1,36,1,38,4,39,1,42,1,44,20,45,1,539,2,546,1,59,1,443,1,550,5,552,3,555,1,556,3,557,3,772,1,1002,1,561,1,562,1,570,1,717,1,719,1,750,1,773,1,774,1,779,3,780,3,775,1,776,1,781,1,1003,2,1078,1,1081,1,1130,1,1191,3,1189,1,1193,5","designated,546,1,555,1,774,1,775,1","designed,13,1,19,2,23,3,26,1,28,2,40,4,41,1,30,1,33,2,39,1,44,2,46,1,47,2,48,1,50,1,57,3,58,3,546,1,59,3,60,1,443,1,542,1,543,1,545,1,550,2,552,3,554,1,555,1,556,1,557,1,772,1,565,1,566,1,567,1,569,1,573,3,717,1,749,1,750,2,771,1,774,1,779,1,780,1,775,1,1008,1,1076,1,1077,1,1079,2,1083,1,1191,2,1131,2,1134,1,1193,1,1195,1,1197,1","designer,33,1","designing,27,1,1195,1","designs,28,1,717,1","desirable,19,1,59,1,573,1","desired,13,2,22,1,40,1,43,1,52,1,554,3,1076,1","desk,11,1","desktop,747,1,1191,1,1187,1,1188,13,1189,1,1190,2,1192,1,1193,1,1194,1,1195,1,1196,1,1197,1","destackers,17,1","destacking,27,1","destructive,4,1","detachable,1197,1","detail,1008,2,1193,1","detailed,13,1,56,2,57,1,58,1,60,1,1132,1,1194,1","details,6,1,11,1,18,1","detect,41,1,29,3,44,1,56,1,57,2,58,2,59,1,772,1,773,1","detected,13,2,57,1,58,1,59,2,61,1,1188,1","detecting,17,2,57,2,58,2,59,1","detection,7,1,13,2,23,1,24,1,29,6,30,1,47,1,48,3,56,2,543,2,544,2,772,4,773,4,1132,1,1133,3,1134,2,1375,2","detector,13,1,17,2,40,1,30,2,51,2,772,2,773,2","detectors,17,2,24,1,29,1,30,1,1189,1","detects,23,1,30,1,36,1,773,1,1081,1,1082,1,1132,1,1188,1","deteriorates,13,1","determination,44,1,748,2","determine,774,2,775,2,1081,1","determined,19,1,45,1,59,1,443,1","determines,61,1,550,1,772,1,773,1,774,1,775,1","determining,7,1,19,4,60,2,772,1,773,1,774,1,775,1,1078,1","deterministic,1133,1,1134,1","detrimental,59,1","dev,772,1,771,1,773,1,774,1,775,1","develop,37,1","developed,7,1,39,1,54,1,55,1,59,3,1082,1","developing,41,1,32,1,57,1,58,1,1014,1","development,1078,1,1191,3","develops,29,1","deviation,23,5,48,1,57,5,58,5,546,2,59,4,61,5,542,2,543,2,544,2,555,2,772,5,771,4,773,5,774,5,775,4,1131,1","deviations,57,2,58,2,59,3","device,19,1,26,1,40,1,43,2,46,1,47,2,546,2,555,2,772,2,1002,1,773,3,774,7,775,6,1131,1","devicenet,47,5","devices,6,1,40,2,39,1,43,1,46,1,59,1,772,1,1002,1,771,1,773,1,779,1,780,1,776,1,777,1,778,1,781,1,1192,1","df,54,1,772,13,771,16,773,12,774,3,779,2,780,1,775,3,776,1,781,1","df1crc,1131,1","dfa,779,2,780,1,776,1,781,1","dfe,542,19,553,2,772,2,771,51,773,2,779,9,776,2,781,1","dfgs,779,2,780,1,776,2,781,2","dfis,779,2,780,2","dfm,779,2,780,1,776,1,781,1","dfs,543,14,544,6,553,2,772,31,559,3,560,4,773,38,780,9,777,4,778,5,781,9","dfsr,559,1,777,1","dfsrnd,544,8","dft,779,2,780,2,776,1,781,1","dg,779,1,780,3,776,2,781,2","di,441,1,563,10,564,11,565,13,566,13,571,4","dia,719,2,750,1","diagnosed,1188,1,1197,1","diagnosis,1188,1","diagnostic,13,4,44,11,47,1,772,1,771,2,773,2,774,1,775,1,1083,1","diagnostics,13,3,44,1,50,1,51,1,771,1,773,1,774,1,775,1,1078,3,1375,2","diagonally,19,1","diagram,45,1","dial,39,1,59,1,540,1,552,2,554,2,1195,1","dialog,1188,1,1197,1","dials,562,2,776,2","diameter,11,1,39,2,45,1,59,2,568,1,779,1,780,1,1130,1,1191,2,1188,1","diameters,38,1,39,1,59,1","diamond,45,1","die,6,3,12,6,16,1,18,15,19,14,20,7,22,2,23,12,25,2,26,1,24,10,28,1,40,2,41,3,29,1,30,2,34,2,35,3,36,1,37,9,38,1,39,2,42,8,43,2,47,1,48,3,50,5,51,2,52,1,53,1,54,1,55,1,56,4,57,2,58,2,539,1,59,9,60,5,61,3,1375,7","die’s,41,1","dieblocks,19,8","diego,7,2","dies,12,2,16,1,19,1,22,4,29,1,34,4,42,1,57,1,58,1,59,1,60,1","diesetter,42,2","diff,772,1,771,1,773,1,774,1,775,1","difference,772,2,720,1,771,1,773,2,774,2,775,1","different,27,1,43,1,44,9,61,1,541,2,573,1,1076,1,1077,1,1081,1,1188,1","differential,1081,2,1082,2","differentiation,546,1,542,1,543,1,544,1,555,1,772,1,771,1,773,1,774,1,775,1","difficult,545,1,565,1,566,1","digiforce,1076,1,1077,1,1078,11,1079,1,1080,1,1081,1,1082,1,1083,1","digiforce®,1078,7","digimatic,542,1,543,1,544,1,545,9,772,3,568,1,570,1,771,3,773,3,774,1,775,1","digit,60,1,61,1,545,2,572,1,1131,6,1375,1","digital,11,1,23,1,40,1,36,1,37,1,46,1,52,1,55,2,57,2,58,2,539,2,546,3,59,2,61,2,548,6,549,2,540,5,541,4,542,5,543,4,544,3,545,21,550,4,551,2,552,2,553,3,554,3,555,3,556,3,557,3,558,2,772,6,559,3,560,3,561,4,562,3,563,3,564,3,565,2,566,2,567,3,569,3,570,3,571,6,574,2,771,5,773,5,774,1,779,5,780,5,775,1,776,2,777,1,778,1,781,3,1132,1","digitally,554,1","digitized,56,1,1079,1","digits,573,1,1131,7,1375,1","dimensional,13,1,42,1,59,1","dimensions,13,2,38,4,539,1,552,1,772,1,572,1,573,1,771,1,773,1,774,1,775,1,777,1,778,1,1005,1,1133,1","din,44,1,51,2","diode,13,1","direct,4,1,19,2,28,1,29,3,38,1,52,1,539,2,772,2,573,1,771,2,773,2,774,1,775,1,1193,1","direction,22,3,27,1,34,2,440,1,542,1,543,1,544,1,550,2,554,14,555,1,558,1,772,3,563,1,573,1,771,4,773,3,774,2,775,1,1191,1,1193,1,1197,1","directional,550,2,561,1,781,1","directly,28,1,29,1,36,1,39,2,43,1,57,1,58,1,539,1,59,3,1193,1","directs,1193,1","dirt,44,3,1193,1","disabled,772,1,771,1,773,1,774,1,775,1","disabling,1131,4","disappear,13,1","disarmingly,1083,1","disc,443,1,775,4","discharge,1192,1","disconnected,19,1,1191,1","discrete,29,2,52,2,55,1","discretion,4,1","discuss,55,1,1131,2","discussing,1193,1","disks,1375,1","dispense,1192,1","displacement,40,3,554,3,1078,5","display,13,8,17,3,23,3,24,1,40,1,41,1,44,15,46,2,50,2,51,1,52,1,54,1,56,8,57,3,58,3,539,3,546,2,59,2,61,2,542,3,543,3,544,1,545,17,555,2,772,18,565,1,566,1,567,1,568,1,570,1,571,1,573,2,574,2,748,1,749,1,750,2,771,17,773,19,774,13,775,12,1078,1,1083,2,1131,7,1197,1,1375,3","displayed,13,6,36,1,44,4,50,1,51,1,52,1,57,1,58,1,546,2,59,1,542,2,543,2,544,1,545,2,555,2,772,9,568,1,771,7,773,8,774,8,775,7,1079,1,1193,2","displaying,552,1,556,1,557,1,779,1,780,1","displays,13,1,37,2,50,4,55,1,546,1,59,1,60,2,561,1,563,1,573,1,748,1,775,1,781,1,1078,2,1129,1,1131,5,1195,1,1375,1","disruption,1009,1","distance,19,1,40,1,33,1,48,1,51,1,550,13,554,6,1076,1,1081,1","distances,558,1","distant,7,1","distinct,19,1","distributed,59,1,1134,1","distribution,4,1,50,1,59,1,61,1","distributor,6,1","distributors,50,1","ditial,771,1","diverse,44,6","diverter,52,1","divide,29,1","docking,1193,1","document,774,2,775,2","documentation,1007,1,1008,1","documents,4,3,1008,1","doing,29,1,550,1","domestic,1002,1","dominant,7,1,555,2,774,5","don’t,41,2","door,61,1","dorsi,774,1,775,1","dot,546,2,542,1,543,1,544,2,555,2,772,3,771,3,773,4,774,4,775,4","double,17,4,24,1,28,1,43,1,57,2,58,2,550,1,1193,2","down,13,1,28,2,32,1,44,1,57,1,58,1,59,1,554,18,772,1,562,1,563,1,574,1,771,1,773,1,774,1,775,1,776,1,1014,1,1009,1,1079,1,1131,1","download,56,1,545,3,564,1,565,1,566,1,567,2,568,1,569,1,570,1,571,1,1009,1,1130,1","downloaded,60,1","downstroke,13,1","downtime,13,2,30,1,37,1,56,1,57,2,58,2,59,1,60,1,1008,1,1193,2","downward,550,1,1197,1","dpdt,43,1","dphx,545,2","dpp,780,1","dpph,779,2,780,2","dps,545,6","dpsh,545,5","dpu,545,4","dpxh,545,5","dr,575,6,721,6","drafting,1195,1","drain,13,1,1193,2","draw,54,1,57,1,58,1","drawings,1008,1,1189,1","drawn,61,1","drift,55,1,59,1,573,1,1375,1","drill,36,1,54,2,57,1,58,1","drilled,39,4,57,2,58,2,59,4","drilling,39,6,59,6","drive,1,1,7,1,11,1,13,5,57,1,58,1,443,1,554,1,1002,1,561,2,562,1,569,1,571,2,574,2,575,1,717,2,720,2,721,1,747,4,748,4,749,13,750,4,751,1,773,3,776,1,781,2,1191,2,1193,1","drivemotors,749,8","driven,13,1,40,1,50,1,772,1,773,1,1077,1,1079,1,1083,1","driver,565,1,566,1,569,1,574,7","drivers,563,1,571,1,574,1","drivertype,717,1","drives,1002,2,720,2,1197,1","driving,1130,1","drop,26,1,27,1,29,1,772,1,1002,1,773,1,1188,1","dropped,13,1","dropping,26,1","drops,13,1,772,1,773,1","drtt,20,8","drug,546,1,555,1,774,2,775,2","dry,13,1,54,1,56,1,1193,1","ds,567,14,571,1","dtb,568,12,571,1","dtg,773,4","dual,13,4,28,1,50,1,554,2,561,1,562,1,776,1,781,1,992,1,1193,1","ductility,748,1","due,26,2,41,2,50,1,56,1,443,1,1130,2,1193,3","duplicate,1076,1","duplicated,44,3,60,1","durability,717,1","durable,28,1,545,2","duration,40,1,546,2,772,3,773,3,774,3,775,5","during,13,3,19,1,27,1,40,1,29,1,42,1,50,1,54,1,56,2,57,2,58,2,546,1,59,3,60,1,61,1,545,1,550,1,555,1,772,3,568,1,570,1,573,1,574,1,771,2,773,4,774,3,775,3,1078,2,1191,1,1131,1","durometers,540,1","dust,43,1","duty,11,1,30,4,43,2,45,1,47,5,439,3,440,1,441,4,442,6,545,5,552,4,563,1,564,1,570,1,574,1,749,1,992,1,1191,1","dw,569,13,571,1","dynamatic,1002,1","dynamic,38,1,60,1,554,4,772,3,561,2,573,2,771,3,773,3,774,1,775,1,781,2","e4,559,1,560,1,777,1,778,1","e5a7,1370,1","e9,772,1,771,1,774,1,775,1","earliest,30,1","early,29,1","earth,26,2,28,1","easier,12,2,19,2,40,1,774,1,775,1","easily,13,3,19,1,27,1,37,2,44,3,47,1,50,1,56,1,59,1,550,1,1082,1,1130,1,1188,3,1193,1,1197,1","easy,4,1,13,1,17,1,20,1,23,3,28,2,41,1,37,3,38,1,44,4,48,1,51,2,54,1,539,1,546,3,60,2,542,3,543,3,544,2,545,3,550,2,555,3,556,1,557,1,772,7,561,2,562,3,563,1,565,1,566,1,567,1,569,1,575,1,717,1,721,1,771,6,773,6,774,5,779,1,775,5,776,3,780,1,781,2,1077,1,1078,1,1079,1,1133,1,1134,1,1188,3,1193,1,1197,3","eatsc,21,8","ebmr,1002,8","economical,47,1,443,1","economy,542,1,771,1","edge,27,1,40,1,57,1,58,1,443,1,1133,1","edges,45,1","edit,1008,1","edited,1197,1","eeprom,13,3","eex,441,2","efc,1193,1","efc®,1193,2","effect,719,4","effective,6,1,23,1,48,1,1002,2,575,1,721,1,1193,1","effectively,558,1","effectiveness,50,1,774,1,775,1,1193,1","effects,19,1,748,1","efficiency,57,1,58,1,554,1,1002,1,1131,1,1133,2,1134,1","efficient,40,3,1005,1,1076,2,1191,1,1189,1","effort,1007,1,1009,1","effortless,1193,1","efforts,4,1","eight,56,5,61,5,543,1,772,1,573,1,1077,1,1375,4","either,4,2,12,2,13,1,26,3,28,1,40,1,29,1,36,1,42,1,43,1,50,1,52,1,57,2,58,2,59,1,61,2,443,1,550,1,554,3,563,1,719,2,748,1,749,1,1078,1,1191,3,1131,9,1188,1,1189,1","elastic,550,2,772,1,773,1,1076,1","electric,26,1,573,1,575,1,721,1,747,1,748,2,749,1,750,2,992,2","electrical,19,4,33,1,45,2,540,2,772,1,773,1,1013,1,1191,4,1194,2,1195,1","electrician,1009,1,1010,1","electricity,26,2","electro,27,2,1076,7,1077,1,1078,1,1079,1,1080,1,1081,1,1082,1,1083,1,1191,3,1197,4","electromagnet,26,3","electromagnetic,27,1,28,3","electromagnets,27,1","electronic,6,1,47,2,1002,6,565,1,566,1,567,1,569,1,717,1,992,1,1004,1,1188,1,1195,1","electronically,44,3","electronics,41,1,539,3,546,1,548,1,549,1,540,1,541,1,542,1,543,1,544,1,545,2,550,1,551,4,552,1,553,1,554,1,555,1,556,1,557,1,558,1,772,1,1002,1,559,1,560,1,561,1,562,1,771,2,773,2,774,1,775,1,1081,1","elegant,1191,1","elements,36,1,38,1,45,3","eliminate,19,1,26,1,27,1,29,1,41,1,47,1,57,1,58,1,59,1","eliminated,28,1","eliminates,50,1,1188,1,1193,1","eliminating,40,1,45,1,50,1,565,1,566,1,567,1,569,1,574,1","elimination,1193,1","email,1,1","emap,1076,2","embedded,56,1","emergency,554,11,561,1,562,1,776,1,781,1,1007,1,1191,2","emf®,1193,2","emi,44,3","emitting,13,1","emp,51,2","employee,57,1,58,1","employs,1191,1","enable,40,2","enables,59,1,443,1,1188,1","enabling,45,1","enc0125,772,1,771,1,773,1,776,1,781,1","enc0157,776,1,781,1","encapsulation,38,1","enclosure,13,2,17,1,43,3,48,1,50,4,51,1,52,1,54,2,57,2,58,2,59,1,60,2,61,2,1076,1,1077,1,1189,1","enclosures,43,1","encoder,13,9,40,1,30,7,47,1,51,2,439,1,440,2,441,1,442,1,443,6,720,1,1375,2","encoders,6,1,24,1,40,1,30,1,41,1,439,3,440,3,441,3,442,3,443,15,1002,1,1129,1,1194,1","encoding,1133,1,1370,1","encourage,1007,1","end,7,1,19,1,21,2,24,1,38,1,43,1,779,1,780,1,1082,1,1129,1,1189,1","ended,43,1","endorses,4,1","energize,13,1","energized,13,2,40,3","energizes,40,1","energy,26,1,51,1,54,1,1076,1","engage,41,1","engine,1373,4","engineer,29,1,1002,1","engineered,29,1,47,1,1003,1","engineering,7,4,573,2,1003,11,1004,1,1013,1,1009,1,1077,1,1189,1","engineers,38,1,55,1,1189,1","english,40,1,44,1,717,1,1077,1","enhance,13,1","enhanced,443,1","enhances,44,3,1132,1","enhancing,13,1,44,1","enjoying,1130,1","enormous,443,1","enough,19,1,41,1,56,1,545,2,550,1,562,2,776,2","ensure,23,1,26,2,28,1,552,1,772,1,773,1,774,2,775,2","ensured,28,1","ensures,44,2,1197,1","ensuring,59,1,1005,1","enter,13,1,57,2,58,2,1131,1","entering,1197,1","entire,30,1,41,1,45,1,56,1,57,1,58,1,545,1,554,2,774,2,775,2,1193,1","entries,1193,1","entry,17,1,56,1,1008,1,1131,3","environment,3,1,29,1,37,1,552,1,747,1,750,1,1078,1,1193,1","environmentally,45,1,1193,1","environments,6,1,46,1,47,2,48,1,545,2,550,1,552,4,717,1,1077,1","epicyclical,1191,1","equal,772,1,773,1","equally,19,1","equipment,3,1,11,1,19,3,23,1,28,1,32,6,37,1,41,2,43,2,57,3,58,3,443,2,540,2,552,1,1002,1,1004,1,1013,1,1014,6,1007,5,1008,7,1009,1,1077,3,1129,1,1130,1,1191,2,1131,2,1194,1,1196,1","equipped,19,1,23,1,26,1,47,1,57,1,58,1,541,1,543,1,544,1,550,1,556,1,557,1,772,1,773,3,779,1,780,1,1189,1","equitable,539,2","equiv,1360,1,1361,1,1372,1","ergonomic,545,3,552,4,555,1,563,1,565,1,566,1,567,1,569,1,570,1,717,1,774,2,775,1,992,1","ergonomically,545,1,565,1,566,1,569,1","ergonomics,717,1","erify,29,1","error,4,1,13,1,51,1,1375,1","errors,13,1,567,2","escapement,1189,1","esh,552,5","essence,41,1,1193,1","essential,1079,1","establish,7,1,19,1,44,3,61,1,772,3,771,1,773,4,774,3,775,3","established,56,1,57,1,58,1,59,1,61,2,549,1","establishes,7,1,59,1","establishing,57,1,58,1","estalbish,772,1,773,1","estimated,772,1,771,2,773,2,774,1,775,1","estoppel,4,1","ethernet,56,2,1131,3","ethernetip,1131,1","eu,55,5,56,1,772,6,771,12,773,10,774,6,775,6","eu1,55,1","eu2,55,1","eu4,53,1,55,13","evaluate,573,1,774,3,775,3","evaluated,565,1,566,1,569,1,1197,1","evaluating,1195,1","evaluation,44,1,539,5,551,1,555,1,774,2,775,1,1083,1","evaluations,546,1,60,1,555,1,774,1,775,1","evaluator,546,1,775,1","evalute,774,1,775,1","even,4,1,13,1,26,2,29,1,57,1,58,1,772,3,771,3,773,3,774,2,775,2,1079,1,1191,1,1133,1,1134,1,1188,2,1196,1,1197,1","event,19,1,56,1,443,1,1191,1","everything,13,1,552,1","evidence,45,1","exact,41,2,44,1,748,1,1005,1","exacting,23,1,1197,1","examination,61,1","example,4,1,13,1,61,1,772,2,572,1,771,4,773,4,774,2,775,2,776,1,781,1,1078,1,1191,2","examples,1131,1","exceed,19,1,29,1,50,1","exceeded,13,2,40,1,48,1,1081,1,1082,1","exceeds,13,1,56,1,61,1,772,1,771,1,773,1,774,1,775,1,1375,1","excel,41,1,772,1,773,1","excellent,13,1,16,2,38,1,44,3,50,1,717,1,719,1","except,4,1,717,1,554,3","excess,41,1,61,2,1134,1","excessive,19,1","exchange,561,1,781,1,1195,1","exchanged,772,1,773,1","exchanges,1194,1,1195,1","excitation,36,2,38,4,717,1,573,1,575,1,719,4,720,1,721,1","exclusion,4,1","exclusions,4,1","exclusive,42,2,59,1,1197,1","exclusively,39,1,59,1,559,1,560,1,777,1,778,1","exercises,1009,1","exerted,59,1,774,1,775,1","exhaust,13,1","exist,1078,1","existent,1130,1","existing,13,2,39,2,41,2,43,1,50,1,57,1,58,1,59,5,540,1,1083,1,1130,1,1193,1","expandable,48,1,539,1","expanded,29,1","expanding,39,1,59,1","expansion,1134,1","expect,772,2,771,2,773,2,774,1,775,1","expectations,29,1","expected,443,1","expedited,1002,1","expenditure,41,1","expensive,1005,1","experience,3,1,7,2,50,1,54,1,1013,1,1009,1","experienced,1002,1,1189,1","expertise,3,1,443,1,1002,1,1003,1","expired,772,1,773,1,774,1,775,1","export,1008,1","exported,41,1","exposed,1193,1","express,4,1","expressed,43,2,1197,1","expressly,4,1","extend,29,1,558,1,749,1,1189,1","extended,552,2,556,1,557,1,779,2,780,2,1192,1","extender,550,3","extenderversion,1360,1,1361,1,1370,1","extends,717,1,559,1,560,1,777,1,778,1","extension,545,4,552,3,772,2,771,4,773,2,774,4,775,4","extensions,6,1,12,4,24,1,1371,2","extensive,3,1,7,1,28,1,44,6,1078,1","extent,4,1","external,13,2,40,1,44,3,48,1,51,1,545,3,772,1,573,2,773,1,774,3,775,2,1076,1,1131,1","externally,772,1,773,1","extinguishing,45,1","extra,23,1,28,2,44,3,569,1,992,1,1193,1,1375,2","extract,1008,1","extracts,4,1","extreme,60,1,443,1","extremely,16,1,31,1,56,1,59,1,554,2,565,1,566,1,569,1,1011,1","extruded,7,1,19,1,45,1,1131,3","extrusion,47,1","eye,43,1,779,1,780,1","fabricated,992,1","fabrics,7,1","facilitate,571,1","facilities,1077,1","facility,32,1,1014,1","facing,1191,1","fact,46,1","factor,19,1,40,4","factors,13,1,559,1,560,1,777,1,778,1","factory,40,1,43,1,45,2,61,2,717,1,1131,1,1133,1,1134,1","fail,44,11,546,1,542,2,543,2,544,2,555,1,772,8,771,8,773,8,774,7,775,7,1191,2,1375,1","failure,13,10,26,2,32,2,44,3,1014,2,1007,2,1008,1","failures,26,1","falls,772,1,773,1,774,1,775,1","falsevti,1360,4,1361,4,1372,1","fame,5,1","families,1076,1","family,546,1,555,1,774,1,775,1,1009,1,1191,1","fan,28,2","fanner,28,7","fanners,24,1,28,15","fanning,28,2","fanny,774,1","fans,28,1,1005,2","fanuc,1002,1,1012,1,1194,1,1195,1","faq,41,1","far,1009,1","fast,26,1,42,1,539,1,772,1,562,1,771,1,773,1,774,1,775,1,776,1,1191,1,1133,2,1134,2","fastened,19,1","fastener,539,1,546,1,548,1,549,1,540,1,541,1,542,1,543,1,544,1,545,1,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,1,565,1,566,1,569,1,573,1,720,2,747,5,748,6,749,6,750,13,751,2","fasteners,573,1,747,3,748,1,749,1,750,3","fastening,1078,2","faster,7,1,28,1,59,2,60,2,1196,3","fastlab,748,2,749,2,750,6","fatigue,554,3","fault,13,5,17,1,40,3,30,1,44,5,50,2,51,1,52,1","fault”,44,1","faults,13,2,4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4,1","import,41,1","important,19,1,41,1,47,1,1079,1","importantly,59,1,772,1,771,1,773,1","impossible,443,1","improper,30,2,59,1,61,1","improve,12,2,23,1,57,2,58,2,59,1,1077,1","improved,46,1,57,1,58,1,59,1,1193,1","improvement,1003,1","improves,23,1,30,1,46,1,50,1","impurities,1192,1","in2,719,1","inability,4,1","inadvertant,44,1","inc,4,24,6,9,1,1,2,4,7,3,14,1,19,1,24,1,31,3,32,1,39,1,45,2,59,1,547,1,540,1,549,1,772,2,1002,2,771,2,773,2,774,2,779,2,775,2,776,2,777,2,778,2,780,2,781,2,1004,1,1006,1,1014,1,1007,1,1009,2,1010,2,1011,3,1012,2,1129,1,1131,2,1188,1,1189,2,1190,1,1193,1,1194,1,1195,1,1373,1","incandescent,13,1","inch,11,2,38,1,39,1,48,1,51,1,59,1,717,11,552,1,556,6,557,6,558,1,772,2,573,1,575,6,719,20,720,16,721,6,771,4,773,6,774,2,779,10,775,2,776,5,780,9,781,5,992,1,1131,1,1375,4","inches,38,4,46,1,47,1,48,3,556,2,557,2,561,2,562,1,779,2,776,1,780,2,781,2,1197,1","incidental,4,1","include,4,1,29,1,32,2,47,1,50,1,52,2,54,1,56,1,545,1,556,1,557,1,772,1,568,1,570,1,719,1,773,1,774,1,779,1,775,1,780,1,1014,2,1076,1,1077,1,1081,1,1082,1,1083,1,1134,1,1189,1,1197,1","included,41,1,50,1,55,1,545,2,552,4,554,8,558,1,772,3,563,1,564,1,567,1,574,2,771,4,773,3,774,4,775,4,1131,1,1133,1","includes,30,7,60,1,545,1,550,1,552,3,554,1,556,1,557,1,567,1,575,1,721,1,747,1,748,1,749,1,750,2,779,1,780,1,1008,1,1076,1,1131,3,1197,2","including,4,1,19,1,37,1,42,1,55,1,56,2,546,1,542,1,543,1,544,1,554,1,555,1,772,5,565,3,566,3,567,1,569,3,720,1,771,7,773,7,774,5,775,4,1191,1,1195,2","inconsistent,41,1,56,1","incorporate,4,1,38,2,44,4,1191,1,1189,1,1375,1","incorporated,1191,2","incorporates,40,4,37,1,46,1,47,1,443,1,772,1,771,2,773,2,774,1,775,1,1191,2,1193,1","incorporation,1197,1","incorrectly,29,2,1188,2","increase,61,1,772,1,773,1","increased,42,1,57,1,58,1,59,1,443,1,774,1,775,1","increases,23,1","increment,554,1,772,1,771,1,773,1,774,1,775,1,1131,2","incremental,30,1,442,10,443,5,1375,1","increments,54,1,554,1,558,2,1197,1","indefinitely,13,1","indemnify,4,1","independent,40,5,41,1,43,1,55,1,539,2,59,1,549,1","independently,54,1","index,3,4,10,4,24,4,53,4,443,4,547,4,718,4,571,4,751,4,992,4,1004,4,1006,4,1080,4,1129,4,1191,3,1190,4","indexers,1195,1","indexes,28,1,1191,1","indexing,28,1,1191,6,1187,1,1188,1,1189,1,1190,1,1192,1,1193,1,1194,1,1195,1,1196,1,1197,1","indexingtable,1191,8","indicate,56,1,57,1,58,1,59,1,554,1,561,1,563,1,771,1,781,1,1191,1","indicated,4,1,57,1,58,1,59,1,772,1,773,1","indicates,50,1,772,1,771,1,773,1,774,2,775,2","indicating,57,1,58,1,59,1","indication,17,1,23,2,57,1,58,1,59,2,60,1,558,1,772,1,771,1,773,1,774,1,775,1,1375,1","indicator,13,2,40,1,39,1,47,1,59,2,548,1,544,1,545,5,556,1,557,1,559,2,560,2,567,2,568,1,570,1,573,3,773,1,779,4,777,2,778,2,780,4","indicators,13,4,23,1,24,1,46,1,539,1,546,1,548,12,540,2,541,1,542,1,543,1,544,1,545,5,549,1,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,2,562,1,568,1,570,1,781,1","indiesensing,25,8","indirect,4,1","indispensable,41,1","individual,4,1,13,1,48,1,50,1,59,2,61,1,774,4,775,3,1375,1","individually,1005,2","indramat,1002,1","induction,1191,3","inductive,29,1","industrial,3,3,7,4,11,1,17,1,23,1,37,1,41,1,43,1,47,2,539,2,443,1,545,2,717,1,552,1,719,1,720,1,749,1,750,1,1004,1,1013,1,1129,1,1191,1,1131,8,1195,1","industries,7,1,27,1,1076,1,1130,1,1191,2","industry,6,1,13,1,40,1,36,1,37,1,38,1,42,2,44,1,50,1,53,2,439,2,59,1,442,3,443,2,717,1,747,1,748,1,1006,1","inertia,719,1","inexpensive,23,2,37,1","infinite,1076,1","info,1,1,7,1,553,1,569,1,1008,1","information,4,1,7,1,13,2,30,1,38,1,41,2,45,1,49,1,53,1,54,1,55,1,56,2,57,3,58,3,61,1,443,1,772,7,571,1,572,1,771,5,773,7,774,4,775,4,1008,3,1080,1","infrared,30,1,44,7,1013,1","infringement,4,1","inherent,19,1,44,1,50,1,1134,1","inherently,1191,1","initial,50,1","initiate,40,1,44,1,47,1","initiated,54,1,56,1","initiates,13,1,44,3","injection,47,1,52,1,56,1","injector,1076,1","injury,19,1,774,2,775,2","inline,1129,1,1130,10,1189,2","innovative,57,1,58,1,556,1,557,1,772,3,771,3,773,3,774,1,779,1,775,1,780,1,1133,1","input,13,1,40,6,29,1,30,2,43,1,46,3,47,10,51,1,54,5,55,5,57,5,539,1,58,5,59,1,559,1,560,1,573,2,777,1,778,1,1076,1,1191,1,1131,1,1188,3,1192,1,1197,1,1375,1","inputs,13,1,17,1,40,1,29,1,54,1,717,1,575,2,720,1,721,2,748,1,1076,1,1131,4,1375,5","inquiry,1008,2","insensitive,539,1","insert,29,2,1076,1","inserts,13,1","inside,61,1,1192,2","inspect,1133,1,1194,2","inspecting,1133,1,1134,1","inspection,7,5,23,1,29,1,547,1,1129,1,1132,2,1133,5,1134,5,1188,2,1189,1","inspector,558,1","install,13,1,23,3,41,2,44,1,60,1","installation,13,3,31,1,36,1,37,1,39,3,41,2,52,1,55,1,57,3,58,3,59,5,60,4,552,3,575,1,721,1,1011,1,1191,1,1193,1","installations,29,1,30,1,1195,1","installed,36,1,37,2,39,1,57,2,58,2,59,2,61,1,1083,1,1188,1,1197,1,1371,1","installing,37,1,41,1","installs,13,1","instance,573,1","instances,40,1","instruct,773,1","instruction,44,3,1191,1","instrument,39,1,50,1,54,1,57,2,58,2,59,1,61,15,545,2,772,3,559,3,560,3,573,2,749,1,771,1,773,4,774,3,775,3,776,1,777,3,778,3,781,1","instrumentation,719,1","instruments,717,3,552,1,772,2,563,1,572,1,719,2,720,2,771,1,773,2","insurance,23,1","integrable,539,1","integral,43,1,546,1,542,2,543,3,544,1,555,1,772,6,567,1,720,1,771,4,773,2,774,1,775,1,1130,1,1191,2","integrated,1076,1,1078,1,1191,1,1193,1","integrates,56,1","integrating,50,1,57,1,58,1","integration,50,1,56,1,59,2,772,1,771,2,773,1,1081,1","intelligent,772,1,572,1,771,1,773,1,774,1,775,1","intended,1191,1","intensity,1079,2","inter,54,1","interaction,61,1","interactive,57,3,58,3,1195,1","interchangeability,717,1,720,1","interchangeable,544,2,773,3,1191,1","interchanged,36,1,39,1,59,1","interface,23,1,24,1,26,1,40,2,29,2,30,6,41,2,42,2,44,1,46,7,47,1,50,3,51,1,55,1,56,1,57,3,539,2,546,1,58,3,60,2,542,1,543,1,544,1,555,1,772,4,771,4,773,4,774,1,775,1,776,2,781,2,1131,2,1188,1,1190,1,1193,1,1197,1","interfaced,36,1,46,3,56,1,772,1,773,1","interfaces,13,1,36,1,48,1,51,1,52,1,55,1,57,1,58,1,60,2","interference,539,1","interlock,30,2","interlocks,19,2","intermediate,43,1,1009,1","internal,13,2,26,1,38,1,44,3,51,1,545,8,563,1,564,1,565,1,566,1,567,2,569,1,570,1,574,1,575,1,721,1,774,1,775,1,1197,1,1375,1","internally,40,1","international,7,1,443,1,775,1","internet,4,1","interruption,4,1","intrinsically,47,4,552,3","introduces,1131,1","introducing,44,1,553,1","introduction,28,1,29,1,1191,1","intruder,44,2","intrusive,41,1","intuitive,774,1,775,1,1076,1","invaluable,1013,1","inventory,29,1,1008,3","invert,772,1,771,1,773,1,774,1,775,1","inverted,546,1,542,1,543,1,555,1,772,2,771,2,773,1,774,2,775,2","investment,1193,1","invisible,41,1","involves,1190,1","involving,573,1,1078,1,1079,1","ip,441,5,442,1,1131,1","ip54,440,1","ip65,439,2,440,1,442,4","ipm,572,1","iron,1188,1","isn,772,1,771,1,773,1","iso,7,1,548,1,540,1,541,2,549,2,558,1,559,1,560,1,777,1,778,1,1372,1","iso17025,546,1,542,1,543,1,544,1,555,1,772,3,771,3,773,3,774,2,775,2","isolated,13,1,17,1","issues,1008,1,1130,1","it’s,1007,1","item,4,1,43,1,772,3,771,4,773,3,774,4,775,4,1008,1","items,26,3,43,1","its,4,3,19,1,23,3,26,1,40,3,29,3,44,3,573,1,575,1,721,1,1078,1,1079,2,1082,1,1191,2,1131,1,1133,1","itself,23,3,44,1,773,1,1006,1,1191,1","iv,40,1,44,1","iwata®,1193,1","ix,441,1","jack,23,1,573,1","jacks,61,2","jacobs,570,2","jammed,1188,1,1196,1","jamming,19,1,41,1,1130,1","january,6,2,553,1","japan,11,1","jay,7,2","jdc,59,3,60,1","jerk,1191,1","jerry,7,1","jic,57,1,58,1","jit,49,1,51,12","job,40,1,41,1,56,2,57,1,58,1,59,2,60,2,61,2,555,1,774,5,775,6,992,1,1375,4","jobs,56,1,57,1,58,1,59,2,60,1","jog,554,2,1188,1","joining,45,1","joint,749,1,750,2","journal,1008,1","jr500,1188,1","jr750,1188,1","judge,1197,1","judicious,61,1","jumper,1131,1","junction,1191,5","jurisdictions,4,1","justify,1193,1","k10p,57,1,58,1","k80,43,2","kb,1002,1","keeping,1193,1","keeps,1196,2","key,13,7,19,1,33,1,38,1,50,1,51,1,539,1,546,1,61,5,440,1,555,1,772,5,572,1,719,2,771,5,773,8,774,5,779,1,775,5,780,1,1079,1,1195,1","keyboard,56,1,57,1,58,1","keyboards,554,1","keyed,13,3,575,1,721,1","keylock,57,1,58,1","keypad,17,2,40,3,51,1,772,4,561,2,562,1,771,4,773,5,774,3,775,3,776,1,781,2,1077,1,1131,2","keys,41,1,546,1,61,1,542,1,543,1,544,1,555,1,772,6,562,1,771,6,773,6,774,4,775,4,776,1,1188,1","keyswitch,61,1","kg,545,9,717,1,550,5,552,1,556,1,557,1,772,1,561,1,562,1,563,1,564,2,565,1,566,1,567,1,568,2,569,1,572,1,574,1,771,1,773,3,774,1,779,1,776,1,778,1,780,1,781,1","kgf,546,1,542,1,543,1,544,1,555,1,772,6,570,2,771,7,773,8,774,5,775,5,777,1","kgfmm,572,6","khz,48,1,539,1,440,4,441,2,442,13,573,1","kilograms,1197,1","kind,4,1,37,1","kinds,57,1,58,1","kit,54,1,60,3,545,2,552,3,565,2,566,2,569,2,574,1,774,6,779,9,775,6,780,9","kits,30,1,41,1,54,3,57,2,58,2,60,1,545,1,552,2,565,1,567,1,570,1","kn,557,2,772,5,747,1,748,1,750,2,771,16,773,5,774,9,775,9,776,12,780,2,781,4","knives,1193,1","knob,550,1,554,3","know,1013,1,1009,2","knowledge,3,1,7,1","knowledgeable,3,1,1002,2","knows,544,1,773,1","knurled,545,1,774,1,775,1","kpd,40,3","kva,11,1","l–,43,1","l1,38,1","l10,38,1","l150,779,1","l2,38,1,54,2,57,2,58,2","l4,38,1,57,2,58,2,60,2","l500,780,1","l6,38,1","l8,38,1","l8w,1,1,7,1","lab,549,9,1077,1","labels,772,1,773,1,774,1,775,1","labmaster,748,2,749,2,750,4","labor,1008,4","laboratories,549,2","laboratory,36,1,37,1,39,1,546,1,59,1,548,2,539,1,540,1,541,3,542,1,543,1,544,1,545,1,549,8,550,1,551,1,552,2,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,2,747,1,750,1,776,1","laborious,27,1","labs,1077,1","lacking,1197,1","ladder,50,1","laid,1188,1","lamps,1194,1","language,40,1,1008,1","languages,1077,1","lap,57,1,58,1","laptop,41,4,747,1","large,11,1,16,2,24,1,32,2,41,1,546,1,539,1,542,1,543,1,544,1,545,1,550,1,552,2,555,1,556,3,557,3,772,2,771,2,773,2,774,3,779,3,775,2,780,3,992,1,1014,2,1007,1,1077,2,1129,1,1191,2,1131,1,1188,2,1196,1,1197,1","larger,11,1","laser,1006,1,1013,1,1014,1,1007,3,1008,1,1009,1,1010,1,1011,1,1012,1,1191,1","last,13,2,47,1,51,1,56,1,772,2,771,2,773,2,774,1,775,1","lasting,1197,1","latch,40,1","latching,44,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,1","months,1192,1","montior,61,1","mope,1370,2","motion,13,3,40,1,43,3,47,1,51,2,561,1,562,1,776,1,781,1,1076,1,1191,2,1193,1,1375,1","motoman,1012,1,1194,1,1195,1","motor,19,1,440,4,443,4,554,2,1002,3,561,1,562,1,747,2,748,2,749,10,776,1,781,1,1004,1,1188,1,1191,8,1194,1,1195,2","motorized,546,1,548,1,539,1,540,1,541,1,542,1,543,1,544,1,545,1,549,1,550,1,551,1,552,1,553,1,554,18,555,1,556,1,557,1,772,1,558,1,559,1,560,1,561,1,562,3,773,1,776,2","motors,32,1,1002,1,747,1,748,1,749,3,750,1,751,1,1005,2,1014,1,1007,1,1076,1,1195,1","mount,12,3,13,1,29,2,56,2,57,1,58,1,59,1,750,1,1193,1","mounted,13,1,16,1,23,1,28,1,30,1,39,1,41,1,44,1,47,2,48,1,50,2,51,1,57,1,439,1,58,1,59,2,60,1,440,3,442,7,539,2,552,1,556,3,557,3,779,3,780,3,992,1,1077,1,1189,1,1193,1,1197,2","mounting,12,2,16,1,28,2,36,1,38,1,51,2,54,7,57,5,439,2,58,5,60,2,442,2,539,4,550,1,552,2,556,1,557,1,747,2,748,2,749,1,750,1,779,14,780,14,1191,2,1193,2,1194,1","mounts,29,1,1191,2,1375,1","move,22,2,27,1,34,2,554,3,1076,1,1130,1","moved,13,1","movement,22,4,34,2,51,1,550,5,554,8","moves,550,1,554,9","moving,19,1,27,1,1193,1","ms,561,1,562,3,776,3,781,1","msc,553,1,555,14,774,23,775,3","msck,774,1","msecs,13,1","mt,772,2,771,2,773,3,779,13,780,13","mt150,553,1,556,15,772,1,771,1,773,1,779,14","mt150h,779,1","mt150l,779,3","mt150ls5b1,779,1","mt500,553,1,557,15,772,1,771,1,773,1,780,14","mt500h,780,1","mt500l,780,3","mt500ls5b1,780,1","multi,23,1,26,1,47,2,546,3,548,1,539,1,540,1,541,1,542,3,543,3,544,3,545,1,549,1,550,1,551,1,552,1,553,4,554,1,555,3,556,3,557,3,558,1,559,3,560,3,561,4,562,3,749,1,750,2,781,1,1076,1,1077,1,1082,2,1083,1,1131,4,1133,1","multicamera,1133,1,1134,1","multiline,1131,1","multiple,19,1,26,3,28,5,40,1,50,1,55,1,556,1,557,1,779,1,780,1,1008,2,1076,2,1077,1,1079,4","multiples,19,1","multiplexing,40,1","multipliers,749,1","multiply,19,1","muscle,555,3,774,14,775,6","musculoskeletal,774,2,775,2","mushroom,774,1,775,1","mv,36,1,717,2,554,18,559,1,560,1,573,2,575,1,719,2,720,1,721,1,777,1,778,1","mvs,554,6","na,747,7,748,7,750,6","naat,4,24,6,8,1,1,2,4,14,1,24,1,31,3,32,1,45,2,547,1,540,1,549,1,1002,2,1004,1,1006,1,1014,1,1007,1,1009,2,1010,2,1011,3,1012,2,1129,1,1188,1,1189,2,1190,1,1194,1,1195,1,1373,1","naatinc,1,1,7,2,772,1,771,1,773,1,774,1,779,1,775,1,776,1,777,1,778,1,780,1,781,1,1131,10,1370,2,1372,8","name,31,1,1011,1,1012,1","names,4,3,1002,1","nas,11,1","national,7,5,38,1,772,1,771,1,773,1,774,1,779,1,775,1,776,1,777,1,778,1,780,1,781,1,1131,2","nats,29,8","navigate,772,2,771,2,773,2,774,1,775,1","navigation,546,1,544,1,555,1,772,3,771,3,773,4,774,3,775,3","nc,48,1","nc000300,773,3,776,1,781,1","nc000477,776,1,781,1","nc000647,772,1,771,1,773,1","nc000654,772,1,771,1,773,1","nc000697,772,1,771,1,773,1","nc000714,779,1,780,1","nc000721,774,1,775,2","nc000725,774,1,775,2","nc000730,774,1,775,2","nc000737,775,1","nc000738,774,1,775,2","nc000741,775,1","nc000743,774,1,775,1","nc000751,775,4","nc000756,774,1,775,1","nc000793,774,1,775,2","nc000850,772,2,771,2,773,2","nc000857,774,1,775,1","nc000985,776,1,781,1","nc002500,771,2,774,2,775,2","nc002582,772,1,771,1","nc002660,779,1,780,1","nc002686,779,1,780,1","nc002774,771,1","ncm,572,8","near,1081,1","nearly,559,1,560,1,777,1,778,1","necessary,23,1,28,1,41,1,55,1,61,2,1002,2,1189,1","needed,47,1,552,3,573,1,1194,1","needs,19,2,57,1,58,1,59,1,545,2,552,2,569,1,1006,1,1010,1,1188,1,1189,2,1195,2","neighbor,1133,1","nema,13,1,43,7,44,1,51,1,52,1,57,1,58,1,1131,2","nema1,1131,3","nema12,1131,4","neoprene,27,1","net,29,1","network,50,1,55,1,1008,1,1133,1,1134,1","networking,56,1","networks,1131,1","neurological,546,1,555,1,774,1,775,1","never,1133,1,1197,1","new,13,1,28,2,29,2,37,1,44,1,56,1,546,2,60,1,61,2,443,2,548,2,539,2,540,3,541,2,542,3,543,2,544,2,545,2,549,2,550,2,551,2,552,2,553,3,554,2,555,2,556,2,557,2,772,1,1002,1,558,2,559,2,560,2,561,2,562,2,771,2,773,1,1005,1,1008,2,1083,1,1129,1,1130,2,1195,1","newly,443,1","news,6,8","newspaper,5,1","newton,545,2,552,1","newtons,545,4,552,1,1197,1","next,3,1,19,1,24,1,1191,1","nexttolasttimemodified,1370,1","nexygen,772,5,561,1,771,3,773,5,776,1,781,2","nexygentm,772,1,771,2,773,1,774,1,775,1","nicad,545,11,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,2,574,1","nickel,772,1,573,1,771,1,773,1,774,1,775,1","nights,1194,1","nist,546,2,548,1,540,1,541,2,542,2,543,2,544,2,555,2,772,4,558,1,572,1,771,4,773,4,774,3,775,3","nitrogen,54,1","nm,717,1,575,6,719,16,721,6,747,2,748,3,749,9,750,6","nogo,558,1","noise,44,1,46,1","noises,1194,1","noisy,772,1,773,1","nominal,11,1,38,1,717,1,772,3,573,1,575,2,719,2,721,2,771,3,773,3,774,3,775,3,1005,1","non,4,3,13,4,19,1,45,1,47,2,59,1,555,1,559,1,560,1,567,1,570,1,575,1,774,2,777,1,778,1,1076,1,1082,1,1130,1,1188,1","nondominant,774,1","none,45,1","nonlinearity,717,1,719,2,720,1,721,1","nonwoven,7,1","nor,774,1,775,1","normal,40,1,39,1,45,1,56,1,546,2,59,1,548,1,541,2,542,2,543,2,544,2,555,2,772,4,771,3,773,4,774,3,775,2","normally,13,1,57,1,58,1,1191,2","nortbots,1371,4,1372,8","north,549,1","nose,992,1","nosourcecontrol,1370,1","notch,772,2,771,4,773,2,774,5,775,6","notched,545,1,552,3","note,4,1,29,1,54,2,60,1,545,6,772,2,1002,1,561,1,562,1,771,3,773,3,774,4,775,4,776,2,781,2,1005,1,1191,1,1194,1","notes,1009,1","notice,1373,1","november,6,1,11,1","novice,1197,1","nozzle,1187,1,1188,1,1189,1,1190,1,1191,1,1192,9,1193,1,1194,1,1195,1,1196,1,1197,1","nozzlecleaner,1192,8","nozzles,1076,1,1193,3","npn,29,4,51,1","npt,1193,1","nrc,540,1","nuisance,44,3,54,1","number,17,1,24,1,29,5,43,1,52,1,54,1,56,1,61,2,443,2,717,1,772,1,563,2,572,1,575,1,719,2,721,1,747,1,748,1,749,1,750,2,771,4,773,2,774,1,779,2,775,1,776,1,780,2,781,1,992,1,1004,1,1008,2,1129,1,1193,1,1357,1,1358,1","numbering,1008,1","numbers,50,2,1131,1","numeric,44,2,747,1,1083,1,1129,1,1131,3,1375,1","numerous,1197,1","nut,11,2,24,1,29,16,42,1,750,6,774,1,775,1","nutrunners,573,2","nuts,29,3,750,1","nylon,774,1","obi,36,1,57,4,58,3","object,1079,1","objective,1130,9,1191,2","objectively,774,1,775,1","objects,27,1","observe,552,1","obsolete,1002,1","obtain,60,1,748,1","occupational,546,1,555,1,774,2,775,2","occur,13,1,30,1,60,1","occurred,13,1,61,1","occurring,1197,1","occurs,30,1,41,2,47,1,57,1,58,1,59,1","odd,26,1","oem,13,1,552,1,747,1,748,1","off,12,2,19,1,23,6,26,2,27,1,28,3,40,3,29,1,43,1,50,2,52,1,57,1,58,1,59,1,60,1,61,1,554,3,567,1,992,1,1009,1,1010,1,1012,2,1076,1,1190,1,1191,1,1195,1","offer,19,1,22,2,28,1,31,1,34,2,57,1,58,1,59,1,443,3,540,1,545,1,554,3,772,1,1002,1,562,1,771,1,773,1,776,1,1013,1,1007,1,1009,1,1010,1,1011,1,1012,2,1076,1,1131,9,1195,2","offered,47,1,1009,2,1010,1,1131,6,1193,1","offering,1006,1","offers,19,1,26,1,40,2,29,1,543,1,545,1,772,1,565,1,566,1,568,1,569,1,570,1,573,2,1008,1,1076,1,1081,2,1082,1,1131,10,1134,1,1191,2,1193,1","office,27,1","offices,50,1","offset,40,1,772,1,771,2,773,2,774,1,775,1","offsite,540,1","ohm,36,1,39,1,54,1,55,3,59,1,60,1,717,1,573,1","ohms,38,1,717,1,559,2,560,2,575,1,719,2,720,1,721,1,777,2,778,2","oil,17,1,43,1,992,1,1194,1","oils,44,3,45,1","oily,28,1","old,7,1","ole2,772,1,773,1","omd,30,1","omm,30,8","omron,1002,1","onboard,51,3","once,28,1,40,1,37,1,54,1,61,1,550,1,554,1,772,1,773,1,774,2,775,1","ones,61,1","ongoing,1076,1","online,1079,1","onsite,540,2","ontario,1,1,3,1,7,3","onto,26,2,57,1,58,1","open,13,1,19,2,40,1,43,1,1008,1,1191,1","opened,443,1","opening,19,5","operate,7,1,13,1,28,1,40,2,33,1,54,1,60,1,443,3,550,2,772,1,562,3,573,1,771,1,773,1,774,1,775,1,776,4,781,1","operated,4,1,61,1,550,1,772,1,575,1,721,1,771,1,773,1","operates,771,1,1079,1","operating,13,3,19,1,40,1,44,5,48,2,50,2,52,1,54,1,57,2,546,1,58,2,61,2,548,1,541,2,542,1,543,1,544,1,555,1,772,2,559,1,560,1,561,1,562,1,573,1,720,1,771,2,773,2,774,2,775,2,776,1,777,1,778,1,781,1,1133,1,1134,1,1194,1","operation,13,3,27,1,40,4,29,1,44,3,46,1,50,1,51,1,57,1,58,1,59,1,60,1,61,3,548,1,550,2,554,2,556,2,557,2,772,4,561,1,562,1,563,1,564,1,565,2,566,2,567,2,568,1,569,2,570,1,572,3,573,2,575,1,721,1,771,5,773,4,774,4,779,2,775,4,776,1,780,2,781,1,992,1,1078,1,1079,1,1131,2,1193,1,1194,1,1197,5,1375,2","operational,44,1,1188,1","operations,17,1,19,1,23,2,26,2,38,1,43,2,50,1,52,2,54,2,57,1,58,1,60,1,1076,1,1078,2,1133,1,1134,1,1197,2","operator,11,1,13,2,17,1,19,1,44,4,50,4,52,1,55,1,56,1,57,6,546,1,58,6,59,2,60,1,61,2,542,2,543,2,544,1,555,1,772,3,771,2,773,2,774,1,775,1,1191,1","operators,19,1,28,1,37,1,43,1,44,1,717,1,1197,1","opposed,443,1,1191,1","opposite,19,1,1005,1","optic,1076,1,1077,1,1078,1,1079,4,1080,1,1081,1,1082,1,1083,1","optical,7,2,24,1,30,2,443,1,540,1,1375,1","optically,17,1,43,1","optimis,30,7","optimum,60,1,61,3","option,16,3,54,2,1131,1,1188,1","optional,13,2,16,1,40,2,29,1,43,2,45,1,57,2,439,2,58,2,60,1,440,1,442,1,548,1,541,2,542,1,550,2,552,1,554,5,772,16,567,2,570,1,574,1,748,1,771,37,773,33,774,22,779,4,775,22,776,1,780,2,781,1,992,1,1008,1,1079,2,1188,1,1191,1,1197,1,1375,1","optional220,56,1","optionally,546,1,555,1,774,1,775,1,1008,1","options,19,1,26,1,28,1,33,1,50,1,51,1,54,1,56,2,554,1,556,1,557,1,772,3,719,1,771,3,773,4,774,2,779,2,775,2,780,2","opto,43,4","orange,545,1,717,1,568,1,570,1","order,43,1,57,1,58,1,556,1,557,1,558,2,748,1,773,2,774,2,779,4,775,2,776,2,780,5,781,2,1008,8,1131,1","ordered,47,1,57,1,58,1,779,2,780,2","ordering,30,1,54,1,55,1,56,1,57,1,58,1,717,1,554,3,772,1,567,1,569,1,572,1,771,2,773,3,774,1,779,1,775,1,776,1,780,1,781,1","orders,1008,7","ordinated,11,1","organization,1008,1","organizations,7,2","organize,42,1","orient,1130,9","oriented,1130,1","origin,23,1","original,1002,1,1076,1","orthopedic,546,1,555,1,774,1,775,1","oscillates,1191,1","oscillating,1191,4","oscilloscopes,61,1","osha,13,3,44,1,50,2,1375,1","osptmc,31,8","osvas,32,8","othercontaminating,4,1","otherwise,4,2,1188,1","ounce,1005,28","outages,26,1","outdated,50,1","outer,45,1,719,2","outlook,772,1,773,1","output,13,4,23,2,40,3,29,6,36,3,37,1,38,1,41,2,44,3,46,1,47,1,48,1,51,4,54,1,55,1,56,3,57,4,58,4,59,1,60,1,61,3,440,1,539,10,545,2,717,3,554,1,772,2,559,2,560,2,563,1,564,2,565,1,566,1,567,1,568,1,569,1,570,3,573,4,574,1,575,1,719,4,720,3,721,1,771,2,773,2,774,2,775,2,777,2,778,2,1079,1,1131,6,1375,2","outputs,17,1,40,5,29,5,37,1,43,6,46,1,47,4,55,2,542,3,543,1,544,1,545,9,772,4,561,1,568,1,569,1,570,1,573,1,771,8,773,4,774,1,775,1,781,1,1078,1,1131,1","outside,27,1,54,1,1076,1,1082,1","outsourced,1077,1","outstanding,443,1,545,3","overall,19,1,20,1,50,2,54,1,59,1,717,1,750,2","overlay,56,2","overload,23,1,36,1,38,1,57,2,546,1,58,2,59,1,61,6,542,1,543,1,544,1,545,10,552,2,555,1,772,6,559,1,560,1,568,2,570,2,572,1,719,2,771,6,773,5,774,4,775,4,777,1,778,1,992,1,1375,1","overloads,50,1,60,1,772,2,771,3,773,3,774,2,775,2","override,772,1,773,1","overshoot,51,1","overshoots,51,1","oversize,550,1","oversized,1191,1","overview,50,1,1012,1","own,4,1,41,1,59,1,563,1","owned,4,1","owner,4,1","owners,4,1","oxide,548,1,541,2,558,2","oz,544,1,567,1,773,3,778,1","ozf,546,1,542,1,543,1,544,1,555,1,772,3,771,4,773,5,774,2,775,2,777,1","ozin,572,4","p8,57,1,58,1","pace,1131,4","pacers,1131,1","pacing,1131,1","pack,774,1","package,13,1,40,1,33,1,43,2,47,1,50,1,550,1,772,1,773,1,1005,1,1008,1,1076,2,1131,1","packages,33,2,1131,3,1193,1","packaging,43,1,47,2,1079,1,1130,1","packard,11,1","packed,545,2","pad,36,1,54,2,57,3,58,3","padding,1131,1","pads,1191,2","paf,33,8","page,1371,7","pages,4,9","pagevti,1372,1","paint,1079,1,1187,1,1188,1,1189,1,1190,1,1191,1,1192,1,1193,15,1194,1,1195,1,1196,1,1197,1","painted,1131,4","paintgun,1193,8","painting,1195,1","pair,12,2,50,1","pak,49,1,50,21","pallet,28,5","pallets,28,1","palm,13,1,774,1,775,1","panasonic,1002,1,1012,1,1195,1","panel,13,6,17,1,57,1,58,1,61,1,554,1,563,1,992,1,1076,1,1077,1,1078,1,1079,1,1080,1,1081,5,1082,1,1083,1,1131,1","panelview,50,4","pans,1130,1","paper,7,1,1008,1","par,772,3,771,4,773,3,774,4,775,4","parallel,27,1,44,3,56,1","parallelism,38,1,48,1,59,1,60,1","parameter,1082,1","parameters,56,1,57,1,58,1,59,2,554,1,772,2,771,2,773,2,774,1,775,1,1076,2,1078,1,1082,1","park,42,1","parking,42,1","part,4,1,6,1,13,1,23,4,26,1,29,6,30,1,32,1,33,1,50,1,54,1,56,3,57,3,546,1,58,3,59,5,60,3,61,1,443,1,542,1,543,1,544,1,555,1,556,1,557,1,559,2,560,2,561,1,562,1,575,1,719,2,720,1,721,1,747,1,748,1,749,1,750,2,779,2,777,1,778,1,780,2,1005,16,1013,1,1014,1,1007,1,1076,6,1078,1,1079,3,1081,6,1082,6,1130,9,1131,1,1191,2,1193,1","partgard,23,10","particular,4,1,41,1,554,1,1131,2","particularly,1191,1","parties,4,1","parting,59,1","partner,3,1,24,1","parts,11,1,17,2,23,3,26,3,27,2,28,1,29,2,37,1,50,1,52,1,56,1,57,2,58,2,59,1,60,1,61,5,1002,2,992,1,1008,2,1076,2,1077,1,1081,1,1082,1,1130,13,1188,1,1189,4,1195,2,1197,1","party,4,5","pass,546,1,542,2,543,2,544,2,555,1,772,9,771,9,773,9,774,8,775,8,1375,1","passerby,44,1","passive,539,1","password,51,1,1008,1","past,1009,1","patent,28,1,1130,2","patented,30,1,39,1,47,1,55,1,59,1,61,1,1130,1,1191,2,1193,1","patient,546,2,555,2,774,2,775,2","patriot,46,1,47,1","patterns,558,1","paxs,539,1","pay,23,1,772,1,771,1,773,1","paybacks,1193,1","payload,11,1,1191,2","payloads,1191,2","pays,23,1","pc,40,1,41,3,47,1,56,2,748,1,1076,2,1077,1,1078,1,1079,2,1080,1,1081,3,1082,12,1083,1,1131,1,1133,1,1134,2,1188,5,1197,1","pcb,1194,1","pcdmis,11,1","pcs,11,2","pdf,546,1,542,1,543,1,544,1,555,1,556,1,557,1,772,4,559,1,560,1,561,1,562,1,771,4,773,4,774,4,779,4,775,4,776,4,777,4,778,4,780,4,781,4,1131,4","pdl,34,8","pds,35,8,36,8,37,8,38,8,39,8","peak,41,1,56,1,546,2,61,2,542,2,543,2,544,2,545,11,552,6,555,2,772,6,563,4,564,4,565,2,566,2,567,4,568,3,569,2,570,3,571,2,572,1,573,10,574,6,771,6,773,6,774,7,775,7,1077,1,1083,1","peaks,552,1","peal,56,1","pedal,992,1","pedestal,11,1,33,1","pee,6,1","peel,550,2","pendant,26,1,1188,1,1195,1,1197,2","pendants,1002,1","pending,28,1,772,1,771,1,773,1,1130,2","penetrates,44,1,558,1","penetration,44,1","pentium,56,2","peo,1003,1","people,26,1","per,18,1,19,1,20,1,40,3,30,1,38,2,39,1,45,1,48,2,50,1,51,2,52,1,54,1,56,1,57,1,58,1,59,1,550,1,556,2,557,2,719,4,779,2,780,2,1078,1,1082,1,1130,9,1133,4,1134,3,1191,1,1196,1","percent,39,1,59,1,1133,1,1134,1","percentage,61,2,772,2,773,2","perform,26,1,41,1,44,1,554,1,772,1,748,1,749,1,750,2,773,1,774,2,775,1,1007,1,1194,2,1197,1","performance,28,1,55,1,59,1,443,2,543,1,545,2,554,1,772,1,573,1,575,1,721,1,1133,1,1134,1,1188,1","performed,13,1,31,1,561,1,565,1,566,1,569,1,781,1,1010,1,1011,1,1194,2,1197,1","performing,54,1,550,1,780,1","performs,19,1","perimeter,44,6","period,772,1,563,2,773,1,774,1,775,1,1008,1,1010,1","periodically,61,1","periods,552,2,772,1,773,1","peripheral,51,1","permanent,26,5,28,5,60,1,545,2,552,3,1005,1","permanently,13,2,39,1,41,1,59,1","permatrol,26,4","permission,4,1","permitted,4,3","perpendicular,22,1","person,26,1,774,1,775,1","personal,4,1,6,1,3,1,772,3,561,1,771,1,773,3,776,1,781,2","personnel,44,3,57,1,58,1,59,1,1008,1,1010,1","pesd,51,1","petrochemical,47,1","ph,7,2","pharmaceutical,1079,1","pharmaceuticals,772,1,771,1,773,1,779,1,776,1,777,1,778,1,780,1,781,1,1130,1","phase,720,1,1078,2,1191,4","phenomenal,1133,1,1134,1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,1003,1,1012,1,1083,1,1191,3","preamplifier,1081,1","precaution,19,1","precise,40,1,30,1,37,1,57,1,58,1,59,2,61,1,443,1,550,6,552,1,554,7,561,1,562,2,749,2,776,2,781,1,1188,2","precisely,1076,1,1077,1,1078,1,1197,1","precision,22,1,23,1,39,1,43,1,57,2,58,2,59,1,443,1,717,1,550,3,552,1,554,1,556,1,557,1,561,1,562,1,779,1,776,1,780,1,781,1,1077,1,1081,1,1191,1","preconfigured,50,1","predictable,44,3","predictive,13,2,32,1,56,1,1014,1,1007,1","prefixes,772,1,774,1,771,2,773,2,775,1","prelubricated,719,2","premature,23,1,32,2,1014,2,1007,1","premium,1189,1","premiums,1194,1","prepared,39,1,59,1","presence,17,1,29,3","present,29,6,41,1,45,1,1079,1,1081,1,1082,1","presentations,1003,1","presented,772,1,774,1,771,1,773,1,775,1","preset,17,3,40,1,554,2","presettable,554,3","president,7,1","press,4,1,6,1,3,1,7,9,10,1,12,1,13,13,14,2,15,1,16,1,17,1,18,1,19,17,20,1,21,1,22,1,23,2,25,1,24,9,26,1,27,3,28,4,40,6,29,1,30,5,31,4,32,2,33,6,34,1,35,3,36,3,37,2,38,3,39,3,41,11,42,1,43,4,44,1,45,1,46,1,47,2,48,2,49,5,50,12,51,6,52,2,53,4,54,3,55,3,56,3,57,15,439,1,58,15,59,8,60,11,61,15,440,1,441,1,442,1,443,2,772,2,774,2,573,1,771,2,773,2,775,2,992,10,1006,1,1013,1,1014,2,1007,1,1008,1,1009,1,1010,1,1011,4,1012,1,1076,8,1077,1,1078,1,1079,1,1080,1,1081,2,1082,2,1083,1,1197,8,1375,7","pressanddiecontrols,1375,8","presses,3,1,10,1,12,1,36,3,38,1,41,1,43,1,47,3,50,1,52,1,54,1,57,9,58,9,60,4,992,6,1076,1,1187,1,1188,1,1189,1,1190,1,1191,1,1192,1,1193,1,1194,1,1195,1,1196,1,1197,3","pressfit,18,1","pressing,52,1,1078,2,1197,1","pressroom,19,1,50,1","pressure,40,1,33,2,573,1,992,2,1197,8","prevailing,748,1","prevent,13,2,19,2,23,1,30,1,772,1,774,1,558,1,771,1,773,1,775,1,1197,1","preventative,1194,1","prevented,61,1","preventing,32,1,1014,1","preventive,61,1,1008,3","prevents,19,1,558,2","previous,41,1,54,1,60,2,1371,1","previously,26,1,39,1,59,1","prewired,51,1","pri,1357,1,1358,1","price,543,1,772,1,558,2,1005,16","priced,31,2,41,1,1005,2,1009,1,1010,1,1011,2,1012,1","prices,443,1,1194,1","pricing,719,1,1131,3","prides,1006,1","primarily,43,2,1191,1","primary,43,1,1078,1,1192,1","prime,1191,1","principle,19,1","print,18,1,772,1,748,1,771,1,773,1,1008,1","printed,1197,1","printer,56,1,749,1,750,4,1079,1","printing,4,1,749,1,750,2","printouts,60,1","prints”,41,1","prior,4,2,1008,1,1009,1","private,4,1","probe,29,13,54,1","probes,47,1","problem,23,1,1078,2,1082,1,1083,1,1133,1,1134,1,1196,1","problems,23,1,28,1,30,1,37,1,44,1,57,2,58,2,59,2,61,1","procedure,19,1,29,1,772,1,774,1,771,2,773,2,775,1,1193,1","procedures,19,3","process,7,2,40,1,29,1,39,1,52,2,54,2,56,3,57,1,58,1,59,4,60,1,61,2,772,1,774,1,1002,1,563,1,565,1,566,1,569,1,571,1,771,1,773,1,775,1,1003,1,1076,2,1078,3,1079,2,1081,5,1082,1","process–,1191,1","processed,7,1","processes,17,1,47,1,57,1,58,1,1078,1,1131,1,1191,1","processing,1133,5,1134,4","processor,46,1,51,2,56,1","processors,50,3","produce,443,1,772,1,773,1,1008,1,1076,1","produced,7,1,52,1,56,1,1008,1","produces,39,1,59,1","product,4,2,14,1,18,1,27,1,29,2,44,3,45,1,47,2,49,1,53,1,61,2,443,4,718,1,751,1,992,1,1003,3,1079,2,1080,1,1129,1,1131,1,1193,1","production,7,1,11,1,23,2,33,1,37,1,39,1,56,3,57,2,58,2,59,2,60,4,562,1,565,1,566,1,569,1,571,1,776,1,1076,1,1078,5,1131,9,1197,2","productivity,13,1,57,2,58,2,59,1","products,4,2,6,1,3,4,10,7,12,2,13,2,14,2,15,2,16,2,17,2,18,2,19,2,20,2,21,2,22,2,23,2,25,2,24,1,26,2,27,2,28,2,40,2,29,3,30,2,31,2,32,2,33,2,34,2,35,2,36,2,37,2,38,3,39,2,41,2,42,2,43,2,44,2,45,2,46,2,47,2,48,2,49,2,50,2,51,2,52,2,53,3,54,2,55,2,56,2,57,2,439,2,546,3,58,2,59,2,60,2,61,2,440,2,441,2,442,2,443,4,547,3,548,3,539,3,540,4,541,3,542,3,543,3,544,3,545,3,717,1,718,1,549,3,550,3,551,3,552,3,553,3,554,3,555,3,556,3,557,3,1002,2,558,3,559,3,560,3,561,3,562,3,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,1,571,1,572,1,573,1,574,1,575,1,719,1,720,1,721,1,747,1,748,1,749,1,750,1,751,1,992,2,1003,1,1004,1,1005,1,1013,1,1014,1,1006,1,1007,1,1008,1,1009,1,1010,1,1011,1,1012,1,1076,1,1077,2,1078,1,1079,1,1080,2,1081,1,1082,1,1083,1,1128,1,1129,2,1130,1,1131,2,1132,1,1133,1,1134,1,1187,1,1188,1,1189,1,1190,1,1191,2,1192,1,1193,2,1194,1,1195,1,1196,1,1197,1,1373,1,1375,2","professional,41,1,1013,1,1014,1,1006,1,1007,1,1008,1,1009,1,1010,5,1011,1,1012,1","professionals,1002,1","profile,16,2,38,3,41,1,44,3,47,1,550,1,573,1","profiler,24,1,41,14","profiling,41,2,1130,1","profits,4,1","program,13,3,32,1,50,1,56,1,748,1,1014,1,1007,1,1008,1,1078,1,1131,1,1188,1,1194,1,1195,1","programmability,1197,1","programmable,17,1,24,1,40,10,43,1,50,2,51,2,539,1,545,8,554,1,561,1,565,2,566,2,567,5,568,2,569,2,570,3,572,2,574,1,781,1,1131,2,1375,3","programmed,13,1,40,1,30,1,47,1,50,1,561,1,781,1,1083,1","programmer,47,1,1010,4","programmers,44,3","programming,13,8,40,2,50,1,54,1,554,1,561,1,781,1,1010,1,1012,1,1188,1,1190,1,1195,3,1197,1","programs,44,3,50,1,60,1,61,1,1008,1,1009,2,1076,1,1188,1,1197,1","progress,774,1,775,1","progression,30,1","progressive,29,1","prohibited,4,1","project,3,1,24,1,1003,2,1010,3,1190,1","projects,13,1","prompt,31,1,50,1,1011,1","prompted,1076,1","prompts,50,3,546,1,542,1,543,1,544,1,555,1,772,3,774,2,771,2,773,3,775,2","prong,19,4","propelled,1193,1","proper,13,1,19,7,30,1,38,1,42,1,59,1,60,1,772,1,773,1","properly,40,1,29,1,44,3,1005,1,1371,1","proprietary,39,1,59,1,1133,1","protanium,1005,1","protect,30,1,38,1,43,1,44,1,60,2","protected,51,1,1008,1","protecting,44,1","protection,23,1,40,2,41,1,50,1,51,1,54,1,56,1,57,1,439,2,546,1,58,1,59,1,61,3,440,1,442,4,542,1,543,1,544,1,555,1,772,3,774,3,771,3,773,2,775,3,1187,4,1188,1,1189,1,1190,1,1191,1,1192,1,1193,1,1194,1,1195,1,1196,1,1197,1,1375,4","protective,19,1,38,1","protects,61,2","protocol,1131,1","prototype,1190,1","protractors,540,1","protrade,1010,8","proud,6,1,2,4,24,1,45,1,547,1,1004,1,1129,1","proven,26,1,36,1,37,1,47,3,717,1,1191,1","provide,4,1,7,1,14,1,19,1,22,3,40,2,29,2,34,2,38,1,39,1,42,1,44,1,45,1,47,1,52,1,57,2,58,2,59,2,60,1,61,1,549,1,550,1,772,2,774,2,562,1,563,1,567,1,748,1,749,2,750,2,771,2,773,3,775,2,776,1,1076,1,1078,1,1081,1,1083,1,1134,1,1189,2,1191,2,1194,1","provided,4,2,50,1,54,1,772,2,774,1,561,1,562,1,771,1,773,2,775,1,776,1,781,1,1007,1,1082,1,1131,2,1188,1,1191,3,1193,1,1194,1","provides,19,1,23,1,40,1,29,1,30,2,42,1,43,2,44,3,50,1,54,1,55,1,56,2,57,2,58,2,61,1,550,3,554,2,561,1,565,1,566,1,569,1,747,2,748,1,749,1,750,1,781,1,1008,2,1076,1,1078,1,1079,1,1082,1,1083,1,1133,3,1134,1,1191,1,1193,1","providing,7,1,38,1,56,1,57,1,58,1,59,2,550,1,1007,1","provisions,56,1","prox,54,1","proximity,29,1,47,1,48,1,1191,4","prying,28,1","ps,552,8","psh,552,5","psi,16,3","pst,1006,4","pt02h,717,1,719,1","pt06a,717,1,719,1","ptm,53,4","ptmcal,1011,8","ptmg,558,8","ptp,41,8","public,4,2","publication,4,1","publish,4,1,1371,1","published,4,1","pull,545,7,550,5,552,4,554,2,774,1,775,1","pully,1002,1","pulse,41,1,720,1,1194,1","pulsed,47,1","pulses,13,1,441,2,443,1,720,1","pumps,1007,1","punches,6,1,18,13,24,1,41,1","purchase,41,2,540,2,1008,4,1130,1","purchased,1131,5","purge,1193,1","purpose,4,1,43,2,772,1,749,1,750,2,771,1,773,1,779,1,776,1,777,1,778,1,780,1,781,1,1131,1","push,50,2,545,12,550,5,552,4,554,2,774,1,568,1,572,1,775,1","pushbuttons,13,2,1079,1","pushed,554,3","pushing,554,3","pvc,45,1","pylons,44,2","qa,41,1,547,4","qdc,42,8","quadrature,47,4,720,1","quality,3,1,7,1,10,1,17,1,23,6,24,1,30,1,37,1,38,1,54,1,56,1,57,2,546,1,58,2,59,4,60,5,547,2,548,1,539,1,540,1,541,1,542,1,543,1,544,1,545,1,717,1,718,2,549,1,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,772,1,1002,1,558,1,559,1,560,1,561,1,562,1,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,1,571,2,572,1,573,1,574,1,575,1,719,1,720,1,721,1,747,1,748,1,749,1,750,1,751,2,771,1,773,1,1003,1,1076,1,1077,1,1133,1,1188,3,1189,1,1197,1","quantify,774,1,775,1","quantitatively,774,1,775,1","quantities,1194,1","quantity,546,1,542,1,543,1,544,1,555,1,556,1,557,1,559,1,560,1,561,1,562,1,1196,1","queries,772,1,773,1,1133,1,1134,1","question,41,1,61,1,540,1","questions,772,2,773,2","quick,6,1,20,1,23,1,24,1,42,3,44,1,57,2,58,2,59,2,61,1,545,1,554,8,556,2,557,2,772,1,774,1,558,1,568,1,570,1,771,1,773,1,779,2,775,1,780,2,1008,3,1078,1,1188,1,1191,3","quicker,57,1,58,1,59,1","quickly,40,1,54,1,60,1,61,2,554,1,772,2,774,1,771,2,773,2,775,1,1197,1","quickview,44,2","quiet,1197,1","quik,40,4,47,4","quills,18,1","quote,41,1","quoted,1194,1","r–,43,1","r1994,13,1","rad,719,1","radial,13,1,29,1,1083,1","radio,772,1,773,1","radius,1191,2","rail,27,5,44,1,51,2,539,3,1193,1,1196,6","rails,22,2,539,1","raiser,992,1","ram,19,7,41,2,48,1,56,1,60,1,992,4,1082,2,1197,3","range,16,4,23,1,37,1,38,5,45,1,46,1,54,2,439,1,442,3,443,2,548,1,545,3,550,4,554,11,772,3,774,3,558,1,565,1,566,2,573,1,574,1,719,4,720,3,748,1,749,1,771,3,773,3,775,3,1005,2,1006,1,1009,1,1076,1,1188,1,1195,1,1197,2","ranger,7,1,1133,6,1134,5","ranger®,1132,2","ranger™,7,3","ranges,545,7,552,8,554,1,563,1,564,1,565,1,567,1,568,1,569,1,570,1,574,1,1008,1,1197,1","ranty,772,1,774,1,771,1,773,1,775,1","rare,26,2,28,1","rate,54,1,55,2,772,3,774,3,572,1,771,3,773,3,775,3,1130,9,1131,1,1133,1,1134,1","rated,11,2,19,1,38,2,43,2,54,1,56,1,57,1,58,1,559,1,560,1,719,5,720,2,777,1,778,1,1191,1,1192,1","rates,40,1,39,1,59,1,60,1,540,1,556,1,557,1,1002,1,779,1,780,1,1010,1,1130,1","rather,19,1,41,1,1008,1","rating,13,2,19,1,48,1,51,1","ratio,13,1,19,1,51,1","ratios,1191,1","rc,558,1","rcls,43,8","reach,30,1,61,1,545,1,565,1,566,1","reached,772,2,774,2,773,2,775,2","reaches,554,3","reaction,573,2","read,13,1,40,1,29,1,37,1,47,1,546,1,542,1,543,1,544,1,545,2,555,1,772,3,774,2,563,1,573,1,771,3,773,3,775,2,1008,1","readily,19,1,1002,1","reading,41,1,443,2,719,2,771,1","readings,41,1,57,1,546,1,58,1,542,1,543,1,544,1,555,1,772,6,774,5,567,1,572,2,573,3,771,1,773,6,775,5,1008,1,1197,1","readout,717,1,563,1,719,2","reads,57,1,58,1,59,1,1083,1,1197,1","ready,13,4,42,1,774,1,775,1,1008,1,1076,1,1077,1,1189,1","real,56,2,57,1,58,1,59,1,545,7,550,1,552,5,563,2,564,2,565,1,566,1,567,2,568,2,569,1,570,2,571,1,574,2,748,1,749,1,750,2,1077,1,1081,1,1131,2","reality,1195,1","realize,41,1,1193,1","realtime,1131,1,1133,3,1134,3","reamed,1191,1","rear,1191,1","reason,51,1,1076,1","reasonable,4,1","reasonably,41,1","reasons,57,1,58,1","rebuild,13,1","recalibration,36,1,39,1,59,1","recall,60,1,545,3,772,1,774,1,564,1,565,1,566,1,567,2,568,1,569,1,573,1,773,1,775,1,1008,1","recalling,573,1","recalls,57,1,58,1,59,2","receipt,1131,1","receive,1002,1,1131,1","receiver,1079,1","receives,40,1","receiving,26,1,1008,2,1009,1,1078,1","recent,443,1","receptacle,573,1,719,3","receptacles,19,1","recess,60,1","recharge,573,1","rechargeable,545,1,772,1,774,1,568,1,570,1,573,1,771,1,773,1,775,1","recharger,573,1","recipe,56,1","recirculations,46,1","recognition,544,1,773,2,1079,3","recognized,7,1,559,1,560,1,777,1,778,1,1079,1","recognizes,44,3","recommend,32,1,1014,1","recommendations,27,1","recommended,19,2,26,1,29,1,36,1,45,1,717,1,720,2","record,29,1,56,1,61,1,545,2,772,1,575,1,721,1,747,1,750,2,771,1,773,1,1008,4,1197,1","recorded,13,1","recorder,23,1,55,1,56,1,57,1,58,1,60,1,61,1,575,2,721,2,747,2,748,1,749,1,750,1","recorders,61,1,573,1,748,1,750,2","recording,61,1,573,1","recordings,61,1","records,747,1","recovery,1008,1,1193,3","rectangular,774,2,775,4,1191,1","red,13,16,42,1,47,1,51,1,61,5,545,1,717,2,567,2,568,1,570,1,1079,1","redistribution,4,1","reduce,23,1,29,1,57,1,58,1,59,1","reduced,60,1,550,1,1002,1,1082,1,1193,3","reducer,1191,2","reducers,1194,1","reduces,20,1,30,1,565,1,566,1,567,1,569,1,1188,1,1193,1","reducing,42,1,44,1,57,1,58,1,59,1,1130,1,1196,1","reduction,1134,1","redundancy,44,9","redundant,44,10,50,2","reese,19,1","reestablish,772,1,771,1,773,1","ref,20,4","refer,1009,1","reference,17,1,41,1,61,1,563,1,1078,1","referenced,4,1","reflected,1079,1","regiment,774,1,775,1","region,7,2","register,1197,1","registered,4,1,772,1,774,1,558,1,771,1,773,1,779,1,775,1,776,1,777,1,778,1,780,1,781,1,1188,1","regularly,1188,1","regulated,55,1,59,1","regulator,992,1","reject,29,1,1133,1","rejected,1197,1","rejects,29,1","related,1076,1","relating,1197,1","relation,4,3","relationship,7,1","relationships,772,2,773,2,1078,2","relative,443,2","relatively,550,4","relay,13,5,40,3,29,2,44,3,52,2,54,1,56,1,57,2,58,2,539,1,1131,2","relaying,57,1,58,1","relays,13,8,23,1,44,16,50,1,51,5,54,3,56,1","relcon,1002,1","release,6,1,7,10,26,7,30,1,1191,1","released,13,1,550,5,554,3","releases,4,1,26,1","reliability,4,1,13,1,16,2,26,1,43,1,44,10,47,4,443,2,772,1,771,1,773,1,1191,2","reliable,13,1,44,4,45,1,550,1,552,1,554,3,1191,1,1375,1","relieved,1191,1","rely,1197,1","relying,26,2","remain,43,1,550,1,1079,1","remaining,772,1,774,1,771,2,773,2,775,1","remains,13,1,40,1,550,4,1197,1","remote,47,1,50,2,51,1,56,2,57,2,58,2,60,1,543,1,545,2,772,1,561,1,563,1,564,2,571,2,572,1,773,4,779,2,777,1,778,1,780,2,781,1","remotely,40,1","removable,556,1,557,1,779,1,780,1,1191,1","removal,28,1","remove,4,2","removed,12,1,13,1,19,1,1191,1,1193,2","renewable,1008,1","renishaw,11,1","rep,6,1","repair,6,1,14,1,31,1,540,2,1002,9,1004,1,1008,1,1011,1,1195,1","repaired,19,1,1002,1","repairs,23,1,1002,2,1194,1,1195,3","repeat,50,1","repeatability,38,2,39,1,48,1,59,1,548,1,541,2,554,1,1191,2","repeatable,52,1,59,2,550,3,772,1,771,1,773,1","repeatedly,554,1","repeating,554,3","repetitive,43,1","replace,45,1,47,1,558,1,1194,1","replaced,44,1","replacement,23,1,47,1,51,2,552,1,558,1,1005,3","replacements,45,1","replacing,1196,2","report,32,1,57,1,58,1,1013,1,1014,1,1007,1,1008,6,1194,2","reporting,56,2,771,1,1008,2","reports,772,1,749,1,750,2,773,1,1008,7","represent,6,1,24,1,61,2,547,1,545,2,1004,1,1129,1","representation,6,1,57,1,58,1,1083,1","representative,6,1,38,1,45,1,549,1","represents,61,1","reproduction,4,1","request,28,1,1008,2","requested,561,1,781,1","requests,1008,3","require,13,2,26,3,28,1,41,1,43,1,550,1,772,2,774,1,569,1,771,2,773,3,775,1,1131,1","required,12,2,13,2,19,5,26,1,40,2,29,1,30,1,33,1,38,1,41,3,43,1,45,1,48,2,51,1,55,1,56,1,57,3,58,3,59,1,60,1,61,1,443,1,544,1,717,1,550,3,772,2,774,2,574,1,720,1,749,2,750,1,771,3,773,3,779,2,775,2,776,1,780,2,781,1,1008,1,1076,2,1078,1,1194,1","requirement,19,1,48,1,57,1,58,1,1076,1,1077,1,1131,1,1189,1,1191,1","requirements,7,1,19,2,26,1,38,1,45,1,50,2,54,1,55,1,56,1,443,1,540,1,772,1,774,1,562,1,747,1,748,1,749,1,773,1,775,1,776,1,1008,2,1076,1,1131,5,1189,1,1191,1,1193,1,1197,1","requires,19,1,23,1,43,1,44,1,51,1,1191,1,1371,1","requiring,16,2,30,1,43,1,550,1,573,1,1191,1","research,750,3,1191,1","reserved,4,1,1373,1","reserves,4,1","reservoir,992,1","reset,13,4,40,1,44,1,439,2,61,1,772,1,774,1,565,1,566,1,569,1,574,1,771,1,773,1,775,1,1131,4","resets,567,1,1131,1","resetting,57,1,58,1","resist,45,1","resistance,11,1,38,1,45,1,717,1,559,2,560,2,575,1,719,2,720,1,721,1,777,2,778,2,1012,1","resistant,45,3","resistive,13,2","resistor,717,1","resistors,573,2","resists,29,2","resolution,13,1,40,1,44,1,46,1,47,2,54,1,55,2,56,1,546,2,548,1,541,2,542,2,543,2,544,2,545,5,552,5,554,2,555,2,772,6,774,5,568,1,570,1,572,1,720,1,771,6,773,6,775,5","resolver,40,12,41,6,43,5,50,1,54,1,55,5,56,1,57,1,58,1,443,1","resolvers,1002,1,1195,1","respective,4,1","respond,57,1,58,1","response,28,1,40,1,46,1,48,1,573,1","responsibility,4,1","responsible,4,1","resposive,992,1","resting,12,2,19,2","restoration,1002,1","restrictions,13,1,19,1","result,29,1,39,1,59,1,772,3,774,4,773,3,775,2,1191,1","resultant,1083,1","resulting,1083,1","results,17,1,546,3,542,3,543,3,544,2,550,2,552,1,555,3,772,22,774,16,771,13,773,21,775,11,1079,1,1133,2,1134,1","retain,443,1,545,1,552,3","retained,13,1,1010,1","retainer,45,1","retainers,6,1,18,11,24,1","retains,552,1","retard,40,1","retract,29,2","retractable,559,1,560,1,777,1,778,1","retrieves,59,1","retrofit,13,1,57,2,58,2,59,1,1081,1,1082,1","retrofitted,1083,1,1130,1","return,548,1,554,9,562,1,776,1,1130,1,1371,1","rev,441,2,720,1","reveal,558,1","reverse,50,1,56,1,57,1,58,1,545,6,554,4,1002,1","reversing,28,1,573,1,574,1","review,4,2,774,1,1002,1","revise,4,1","revolution,40,1,556,2,557,2,779,2,780,2","revolutionary,44,1","revolutionized,1082,1","rewiring,29,1","rework,565,1,566,1,567,1,569,1","rfi,44,3","rgb,1079,2","ria,44,1,1191,2","ribbed,45,1","right,4,3,16,1,22,1,28,1,31,1,43,1,57,1,58,1,60,1,550,4,552,1,565,1,1011,1,1077,1,1130,1","rights,4,1,1373,1","rigid,45,1","rigorous,13,1","rim,750,1","ring,38,1,540,1,552,4,1193,1","rings,19,1,1191,1,1193,1","riser,38,1","rising,37,1","rivet,52,1,573,1","riveting,33,1,38,1,52,1,56,1,1078,1,1081,1,1082,1","rl,565,13,571,1","rle,1133,1","rlg,53,1,54,9","rlg2,54,8","rms,717,1,575,1,719,2,720,1,721,1","robot,1013,2,1014,1,1006,1,1007,1,1008,1,1009,1,1010,2,1011,1,1012,13,1187,4,1188,4,1189,1,1190,3,1191,3,1192,1,1193,2,1194,5,1195,2,1196,1,1197,1","robotic,7,1,1187,2,1188,2,1189,2,1190,2,1191,4,1192,2,1193,4,1194,4,1195,4,1196,2,1197,2","robotics,1187,1,1188,1,1189,1,1190,1,1191,1,1192,1,1193,1,1194,1,1195,11,1196,1,1197,1","robots,1002,1,1012,2,1129,1,1187,2,1188,5,1189,2,1190,7,1191,3,1192,2,1193,2,1194,3,1195,4,1196,2,1197,2","robust,539,1","rocker,16,2,24,1","rod,28,1,60,1,545,3,552,1,772,2,774,3,771,4,773,2,775,3","rods,60,1","roi,1003,2","roll,27,1","roller,6,1,20,3,24,1,43,1,47,1,1191,1","rollers,27,1","rolls,1189,1","roofing,7,1","ross,14,1","rotary,13,1,24,1,40,3,43,7,717,2,718,2,562,2,573,1,719,9,720,4,721,2,747,3,748,3,749,1,750,5,776,2,1078,1,1129,1,1188,1,1189,2,1193,1","rotaryshaft,719,8","rotarytorque,720,8","rotate,20,1,29,4,1191,1","rotating,29,2,32,1,43,6,573,1,719,1,1014,1,1007,1,1191,3,1193,2","rotation,13,1,38,1,43,2,550,1,774,1,775,1,1078,1,1191,1","rotational,748,1","rotations,29,3","round,26,1,28,1,558,1,1191,1,1193,1","rounds,26,1","route,32,1,1014,1","routine,41,1","routing,1191,1","rpm,13,6,40,1,43,1,719,2,720,1,747,1,748,1,749,8,750,2","rpm264,749,1","rs232,40,1,542,2,543,1,544,1,772,6,774,1,561,1,563,1,565,1,566,1,569,1,771,7,773,6,781,1,1078,1,1131,2","rs232c,561,1,781,1,1188,1,1197,1","rs485,40,1,1078,1,1131,2","rubber,550,2,772,2,774,1,570,1,771,2,773,2,775,1,1076,1,1130,1","rugged,37,1,38,1,46,1,47,3,52,1,54,1,56,1,60,1,545,3,550,1,552,6,561,1,562,2,565,1,566,1,569,1,572,1,747,1,749,1,750,2,776,2,781,1,1131,3,1191,1,1375,1","ruggedly,567,1","ruler,556,1,557,1,779,5,780,4","rulers,540,1","rules,4,1","run,13,4,41,2,44,3,50,2,51,2,56,2,57,1,58,1,545,2,1081,1,1082,1,1131,4,1190,1,1197,1,1371,5,1372,1","rundowns,575,1,721,1","running,41,2,61,1,748,1,1078,1,1131,1","runs,41,1,60,1,545,5,554,3,563,1,564,1,565,1,566,1,567,1,569,1,570,1,574,1","rust,45,1,558,2","s2,30,6","sab30403,29,1","safe,19,1,40,3,44,13,47,5,61,1,552,3,772,1,774,1,559,1,560,1,572,1,771,1,773,1,775,1,777,1,778,1,1191,1","safeguarding,45,1","safer,19,2,1191,1","safeties,19,1,24,1","safety,6,2,13,11,16,2,19,31,24,2,26,2,43,2,44,40,45,2,50,2,51,6,992,3,1191,2,1193,1,1197,1","safetylights,44,8","safetymats,45,8","saftronics,1002,1","sales,7,3,50,1,1003,3","same,28,2,29,1,47,3,61,2,545,1,550,1,1002,1,1005,1,1076,1,1079,2,1082,1","sames,1193,1","sames®,1193,3","sample,37,1,41,1,54,1,61,2,550,2,772,2,774,1,771,1,773,2,775,1,1078,1,1130,10,1131,2","samples,550,2,554,1,772,2,773,2,1079,1,1130,1","sampling,48,1,55,2,56,1,772,1,774,1,572,1,771,1,773,1,775,1,1078,1,1081,1","san,7,2","sanyo,1002,1","sata®,1193,1","satisfactory,61,1","save,30,1,44,1,772,8,774,9,563,1,771,1,773,8,775,8,1130,1","saved,13,2","saves,23,2,59,1","saving,558,1,750,1","savings,32,1,41,1,1014,1,1012,1,1195,1","sawmills,47,1","sb,1193,5","sbw,1005,8","sc,1005,25","scada,1010,1","scalability,1134,1","scalable,539,2","scale,40,4,30,1,54,2,546,4,542,4,543,4,544,6,717,3,555,4,772,7,774,7,559,4,560,4,561,1,562,2,572,1,575,3,719,4,721,3,771,7,773,8,775,7,776,1,777,4,778,4,781,1","scales,540,1,773,1","scaling,773,1","scan,4,1","scanning,57,1,58,1","schedule,32,1,1014,1,1008,2,1131,2","scheduled,13,1,32,1,1014,1,1008,1","scl,544,1,773,1","sclc,38,8","scm,53,2,55,20,56,16,59,4","scmautograph,56,8","scotch,1191,1","scrap,57,1,58,1,565,1,566,1,567,1,569,1","scratch,1008,1","screen,41,1,50,2,56,4,554,1,1008,1,1077,1,1079,1,1197,1","screens,50,2,554,1,1078,1","screw,38,13,539,2,717,1,554,2,561,2,562,2,567,2,574,1,779,2,776,2,780,1,781,2,1005,1,1187,1,1188,5,1189,1,1190,1,1191,1,1192,1,1193,1,1194,1,1195,1,1196,6,1197,2","screwdriver,717,1,565,3,567,3,571,2,1196,1","screwdrivers,565,1,571,1,574,1","screwdriving,1188,2","screwfeeders,1196,8","screws,565,1,567,2,1005,1,1188,1,1196,12","scroll,772,2,774,1,771,2,773,2,775,1","scrolling,44,1,1131,1","sealed,45,1,1193,1","seamless,1133,1,1134,1","search,1373,12","seatback,1078,1","sec,541,4,554,2,772,1,774,1,563,1,572,1,773,1,775,1,992,1","second,13,1,28,1,545,2,772,1,773,1,1005,1,1078,1,1133,2,1134,2,1196,1,1375,1","secondary,38,1","seconds,40,1,1191,4,1192,1","section,19,1,43,1,547,1,1002,1,1006,1,1190,1","sector,443,1","secure,45,1,575,1,721,1","secured,19,1,39,1,59,1","securely,19,1,27,1","security,13,2,26,1,61,2,1008,1","see,3,2,13,1,37,1,1082,1","seeker,28,2","seen,1133,1","sees,1193,1","select,10,1,29,1,30,1,35,1,49,1,52,1,53,1,54,1,443,1,718,1,772,1,774,1,559,1,560,1,561,1,562,1,751,1,771,1,773,1,775,1,1130,1","selectable,54,4,545,12,563,2,564,3,565,3,566,3,567,2,568,3,569,1,570,3,572,1,573,1,574,2","selected,40,1,29,3,56,1,61,2,554,3,563,2,1188,1","selecting,19,1,54,1,774,1,773,1,775,1","selection,13,1,17,1,19,2,29,1,1008,1,1078,1,1131,1,1190,1","selections,13,1","selector,13,3,61,2,552,1,562,1,776,1","selectors,61,4","semi,1013,1","send,57,1,58,1,554,3","sends,1131,1","sense,29,1,1197,1","senses,23,1","sensing,23,2,25,2,24,1,29,6,36,3,44,3,46,1,47,2,48,1,57,1,58,1,565,1,566,1,1076,1","sensitive,23,1,37,1,38,1,41,1,45,1,56,1,1197,1","sensitivity,29,4,37,1,45,1,539,1,559,1,560,1,573,1,773,1,777,1,778,1","sensor,17,1,23,4,29,14,30,16,35,1,36,1,37,3,39,2,46,1,47,9,48,3,54,6,55,1,57,5,58,5,59,2,60,2,61,3,539,6,544,2,545,4,772,2,559,2,560,3,563,1,564,2,570,1,571,2,572,1,719,1,747,3,748,3,750,3,771,1,773,16,777,3,778,4,1079,2,1083,1,1197,1","sensor®,23,1","sensorinterface,539,1","sensors,17,1,23,1,24,3,40,1,29,6,30,7,35,5,36,4,37,5,38,4,39,4,43,1,46,1,47,4,50,1,52,1,54,2,57,3,58,3,59,1,60,2,61,1,546,1,548,1,539,3,540,1,541,1,542,1,543,2,544,6,545,2,717,5,718,5,549,1,550,1,551,1,552,1,553,2,554,1,555,1,556,1,557,1,772,1,774,1,558,1,559,2,560,6,561,1,562,1,571,1,573,2,575,2,719,12,720,7,721,7,748,1,773,10,775,1,777,2,778,6,1076,2,1078,2,1081,3,1082,1,1188,1","sent,1083,1","separate,28,2,50,1,545,1,1131,1,1197,1","separated,1079,1","separately,550,4,554,3,773,2,779,1,1131,1,1194,1","separates,28,1,1079,1","separation,28,1,48,1","september,6,3,7,1,772,1,774,1,771,1,773,1,779,1,775,1,776,1,777,1,778,1,780,1,781,1","sequence,19,1,772,1,773,1,1079,1","sequential,43,1","serial,40,1,46,1,56,1,57,1,58,1,542,2,543,1,544,1,545,2,772,1,774,2,561,2,568,1,570,1,771,2,773,1,775,1,781,2,1008,1,1079,1,1131,9","serially,772,1,773,1","series,13,1,18,3,27,1,40,25,29,4,37,1,38,7,42,1,43,11,46,25,47,32,51,1,53,1,56,2,59,3,61,1,546,4,542,7,543,4,544,4,545,7,552,9,553,12,555,4,556,6,557,6,772,17,774,4,559,7,560,7,561,5,562,4,571,2,572,2,574,11,575,2,719,3,720,1,721,2,771,23,773,17,779,13,775,4,776,4,777,5,778,6,780,13,781,5,1009,2,1079,2,1131,16","serrated,1005,1","server,1371,4","servers,4,1","service,4,1,6,2,7,1,31,1,32,3,60,2,772,4,774,2,1002,4,771,4,773,4,775,2,1003,1,1013,3,1014,3,1006,1,1007,2,1008,2,1009,1,1011,1,1191,2,1194,1,1197,1","serviced,1002,1","services,4,1,3,3,10,2,12,1,13,1,14,2,15,1,16,1,17,1,18,1,19,1,20,1,21,1,22,1,23,1,25,1,24,1,26,1,27,1,28,1,40,1,29,1,30,1,31,3,32,3,33,1,34,1,35,1,36,1,37,1,38,2,39,1,41,2,42,1,43,1,44,1,45,1,46,1,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,56,1,57,1,439,1,58,1,59,1,60,1,61,1,440,1,441,1,442,1,443,1,546,2,547,2,548,2,539,2,540,4,541,2,542,2,543,2,544,2,545,2,717,1,718,1,549,3,550,2,551,2,552,2,553,2,554,2,555,2,556,2,557,2,1002,1,558,2,559,2,560,2,561,2,562,2,563,1,564,1,565,1,566,1,567,1,568,1,569,1,570,1,571,1,572,1,573,1,574,1,575,1,719,1,720,1,721,1,747,1,748,1,749,1,750,1,751,1,992,2,1003,3,1004,3,1005,1,1013,9,1014,9,1006,8,1007,9,1008,9,1009,7,1010,12,1011,9,1012,7,1076,1,1077,1,1078,1,1079,1,1080,2,1081,1,1082,1,1083,1,1128,1,1129,1,1130,1,1132,1,1133,1,1134,1,1187,2,1188,2,1189,2,1190,2,1191,2,1192,2,1193,4,1194,5,1195,4,1196,2,1197,2,1373,1,1375,1","servo,1002,2,749,1,1187,1,1188,1,1189,1,1190,1,1191,1,1192,1,1193,1,1194,1,1195,2,1196,1,1197,4","servomotor,1197,2","servomotors,1191,1","servopresses,1197,8","set,13,14,19,1,23,2,28,2,40,12,30,1,37,1,38,13,41,1,42,1,44,3,46,1,48,2,50,2,54,2,56,3,57,5,58,5,59,10,60,2,61,6,545,7,550,1,552,3,554,7,772,5,774,2,558,1,747,1,748,1,771,3,773,6,779,2,775,2,780,1,1005,2,1010,1,1077,1,1081,1,1082,1,1083,1,1197,1,1375,1","setpoint,13,3,545,3,772,1,774,1,565,4,566,4,568,3,569,2,570,3,771,1,773,1,775,1,1078,1","setpoints,50,1,542,1,543,1,544,1,545,5,772,2,774,1,561,1,567,2,568,2,570,3,571,1,771,2,773,2,775,1,781,1","sets,19,1,20,1,29,1,44,3,772,1,774,2,558,1,773,1,1005,3,1078,2","setting,13,1,50,1,51,2,57,1,58,1,59,1,61,1,1076,1","settings,40,1,43,1,50,3,554,1,772,1,774,1,771,1,773,1,775,1,1077,1","settle,1130,1","setup,61,1,772,13,774,6,561,1,575,1,721,1,771,8,773,14,775,6,781,1,1133,1,1134,1","seven,542,1,771,1,1375,1","several,11,1,27,1,38,1,39,1,43,1,50,1,59,1,573,1","sh,550,3","shaft,13,1,43,7,439,2,440,3,442,10,443,1,545,1,717,1,718,1,552,4,719,10,720,1,721,1,1013,1,1014,1,1006,1,1007,4,1008,1,1009,1,1010,1,1011,1,1012,1,1188,1","shafts,51,1","shall,4,2","shampoo,1130,1","shape,19,1,61,1","shaped,26,2,28,2","shared,12,1","sharp,543,2,544,2,772,5,773,5","shdim,46,8","shear,19,2","shearing,19,1","sheet,17,1,24,1,26,1,27,4,28,16,29,2,772,1,774,1,771,1,773,1,779,1,775,1,776,1,777,1,778,1,780,1,781,1","sheets,26,1,27,1,28,4,439,1,440,1,441,1,442,1","shelf,50,1,992,1,1191,1","shift,39,1,59,1,1131,1","shim,1005,3","shims,1004,1,1005,5","shingles,7,1","ship,1002,1,1131,1","shipment,29,1,45,1","shipped,45,1","shipping,26,1,1078,1","shock,47,1,51,1,1375,1","shooters,11,1","shooting,41,1","shop,26,2,31,1,56,1,57,1,58,1,575,1,721,1,1011,1","shop”,1002,1","short,19,1,1188,2,1196,1,1197,1","shorter,19,1","shorting,19,5","shot,41,1,59,2,1191,2","should,4,1,19,5,44,6,61,1,1009,1,1188,1,1191,1,1197,1","shoulder,18,2","show,17,1,61,3,772,1,774,1,771,1,773,1,775,1","shown,13,1,38,4,42,1,43,1,59,1,550,4,772,2,565,1,771,2,773,1,779,1,778,1,1197,1","shows,17,1,44,3,57,1,58,1,772,1,558,1,771,1,773,1","shps,47,8","shunt,717,2,573,1,720,1","shut,23,2,24,3,32,1,46,2,47,3,772,1,774,1,567,1,771,1,773,1,775,1,1014,1,1375,1","shutdown,13,1,54,2,56,1","shutdowns,44,3,54,1","shutoff,572,1","shuts,57,1,58,1,59,1","si,539,2","side,36,1,57,4,58,5,60,1,1191,3","sided,1131,1","sides,57,2,58,2","siemens,1002,1,1009,1","sight,992,1","signal,13,1,40,3,29,1,41,2,43,1,44,1,55,4,56,3,57,1,58,1,59,3,440,1,443,1,570,2,573,1,1078,1,1083,3","signals,41,3,46,1,59,1,61,2,440,3,443,4,1083,1","signature,23,1,41,1,54,2,55,2,56,6,57,3,58,3,1076,2,1077,1,1078,1,1079,1,1080,1,1081,3,1082,2,1083,1","signatures,56,4,60,1","signs,6,2","silicone,45,1","silver,548,1,541,2","similar,26,1,554,3,1130,1,1196,2","similarly,19,1","simple,36,1,44,1,46,1,52,1,59,1,546,1,542,1,543,1,544,1,552,2,555,1,772,1,774,1,561,1,562,1,771,1,773,1,775,1,776,1,781,1,1079,1,1083,1","simplicity,443,1,546,1,555,1,774,1,775,1,1191,1","simplified,26,1,772,1,774,1,771,1,773,1,775,1","simplifies,556,1,557,1,779,1,780,1","simply,28,1,32,1,41,1,772,1,774,1,771,1,773,1,775,1,1013,1,1014,1,1193,1","simulate,574,1","simulation,1195,2","simultaneously,28,1,552,1,554,1,774,1","since,28,1,40,1,29,1,36,1,772,2,771,1,773,2,1005,1,1197,1","sine,55,4","single,13,1,19,1,26,1,40,2,29,1,44,3,47,2,50,1,53,1,54,1,59,1,443,2,550,1,554,6,556,1,557,1,772,2,774,1,562,2,573,1,771,2,773,2,779,1,775,1,776,2,780,1,1083,1,1131,1,1193,2,1197,1,1375,1","sister,6,1,3,1","site,4,13,7,2,24,2,1002,1,1008,1,1009,2,1010,2,1012,4,1373,4","sites,4,2","situation,44,3,1191,1","situations,23,1","six,11,1,40,1,51,1,545,1,570,1,1131,1","sixteen,1375,1","size,11,1,19,1,22,2,23,1,27,2,29,2,34,2,37,1,38,1,39,1,42,3,48,1,55,1,57,1,439,2,58,1,59,1,60,3,442,5,717,1,772,1,774,1,558,2,719,2,720,1,749,1,773,2,775,1,1005,8,1008,1","sized,28,2,1196,2","sizes,16,2,22,2,34,2,38,1,44,1,541,2,558,2,750,2,992,1,1076,1,1196,1","skate,27,3","skid,45,1","skilled,1008,1","skirts,1191,2","slave,1131,7","slc,46,1,50,3,553,1,559,22,773,12,777,20","slc500,1009,1","slide,19,1,48,1,50,1,61,9,747,1,748,1,750,1,1188,1","sliders,1130,1","slides,47,1,61,3","sliding,28,1","slightest,1083,1","slip,570,1,1191,1","slippage,30,2","slope,1078,1","slot,22,4,28,1,34,4,42,3,558,1,1005,1","slots,12,2,22,3,34,2","slotted,16,1","slower,40,1","slowly,29,1","slp,11,1","slug,23,2,24,1,48,3,56,2,57,1,58,1","slugdetect,48,8","slugs,41,1,56,1","small,23,1,37,1,38,1,39,1,54,1,55,1,57,1,58,1,59,2,60,1,545,1,550,2,552,3,1005,1,1009,1,1188,2,1197,1","smallest,539,1,717,1","smart,44,2,543,1,544,2,772,1,574,5,773,2,1131,1","smith,1370,2","smooth,42,1,554,2,992,1","smoothly,1196,1","smt,47,2","snap,44,1,50,1,56,1,558,1","snp,29,3","socket,573,1,574,1,720,1,773,3","soft,1079,1","software,11,1,40,1,41,4,50,1,51,1,56,3,57,2,58,2,60,2,772,8,774,1,561,1,564,1,771,6,773,8,775,1,776,1,781,2,1013,1,1014,1,1006,1,1007,1,1008,5,1009,1,1010,1,1011,1,1012,1,1076,1,1077,1,1079,1,1081,3,1082,1,1083,1,1133,1,1197,2,1375,1","sold,545,3,550,4,552,3,554,3,565,2,566,2,567,1,569,2,570,1,574,1,1130,1","soldering,1188,3","solely,45,1","solenoid,13,1,51,1,992,1","solid,13,2,29,1,38,1,44,2,50,1,59,2,60,1,1191,1","solution,26,1,48,1,556,1,557,1,779,1,780,1,1008,1,1076,1,1081,2,1082,2,1130,1,1133,1,1134,1,1188,1,1189,1,1197,1","solutions,29,1,50,1,443,1,1003,2,1193,1","solvent,1193,7","solver,1083,1","solves,1196,1","solving,1078,1","someone,61,1","something,1009,1","sonic,1189,1","sophisticated,545,2,1008,1","sorbara,7,1","sort,1079,1","sorting,17,1,1008,1","sounded,1188,1","source,4,1,23,1,44,6,772,1,771,1,773,1,1008,1,1079,1","sources,44,4","south,3,1","southern,7,1","space,12,2,19,3,38,1,556,1,557,1,750,1,779,1,780,1,1131,1,1188,3,1189,1,1197,1","spaces,44,3,545,1,552,2","spacing,44,2","span,573,1","spare,1008,1,1195,2","spatter,1192,2","spc,56,1,554,1,563,2,564,2,565,3,566,3,567,3,569,4,574,1","spdt,40,1,43,1","spec,1081,1","special,4,1,18,5,40,1,38,1,41,1,50,1,550,2,554,1,556,2,557,2,779,2,780,2,1079,1,1131,1","specialized,443,1,1197,1","specializes,7,1","specially,552,2,554,1","specialty,26,1,39,1,59,1","specific,19,2,55,1,56,2,57,1,58,1,61,2,552,1,1008,1,1078,1,1083,1","specifically,13,1,59,1,573,1,1079,1,1197,1","specification,546,1,542,1,543,1,544,1,555,1,556,1,557,1,772,1,774,1,1002,1,559,1,560,1,561,1,562,1,771,1,773,1,779,1,775,1,776,1,777,1,778,1,780,1,781,1","specifications,13,1,33,1,36,1,38,1,45,1,48,1,54,1,55,1,56,1,57,2,58,2,59,1,545,5,717,1,550,3,556,1,557,1,772,1,774,1,559,1,560,1,561,1,562,1,572,1,573,1,574,1,575,1,719,2,720,1,721,1,748,1,750,3,771,1,773,1,779,1,775,1,776,1,777,1,778,1,780,1,781,1,992,2,1194,1","specified,42,7,542,1,544,1,717,1,562,1,771,1,773,1,776,1","specify,717,1,554,3,562,1,567,1,569,1,771,1,776,1","specifying,562,1,776,1","specimens,556,2,557,2,779,2,780,2","spectator,5,1","speed,12,2,13,2,40,5,33,1,43,1,47,2,48,1,51,1,54,1,55,2,56,1,443,2,541,2,550,5,554,29,556,1,557,1,561,6,562,5,719,4,720,1,749,2,779,1,776,6,780,1,781,7,992,2,1076,1,1077,1,1133,3,1134,1,1188,1,1196,2,1197,2","speeds,40,1,48,2,52,1,443,1,554,1,1191,3","spending,443,1","spf,773,1","spindle,1082,1,1083,3","spits,1193,1","spk,772,24,774,18,771,42,773,25,779,12,775,18,776,4,780,12,781,4","splatter,29,1","splits,41,1,56,1","spm,13,3,48,1,55,1","sponsor,6,1,2,4","spor,774,1,775,1","sports,546,1,555,1,774,1,775,1","spot,563,1,1007,1","spout,1130,1","spreader,26,1","spreadsheet,41,1","spring,29,3,1076,1,1196,1","springloaded,717,1","springs,18,1,552,2,772,1,771,1,773,1,779,1,776,1,777,1,778,1,780,1,781,1","spur,43,1","sq,20,1,717,9,575,6,720,2,721,6","sql,1133,1,1134,1","square,7,1,20,1,42,1,575,1,720,4,721,1","squirrel,1005,1","sr,717,1,719,1,1360,3,1361,3,1370,6,1372,6","sr44,548,1,541,2","ss,772,1,774,1,561,1,562,3,771,1,773,1,779,1,775,1,776,4,777,1,778,1,780,1,781,2,1131,3","ssc24110,29,1","ssc24112,29,1","stability,36,1,39,1,59,1,60,1","stable,37,1","stack,28,5,48,1,1129,1,1131,1","stacking,26,2,27,1","staff,3,1,7,1,38,1,1002,1,1008,1","stage,23,1,59,1,60,1,1190,1","staging,20,2","stain,1375,1","stainless,28,1,29,2,47,2,1005,2,1193,1","staking,38,1,52,2,56,1,1081,1,1082,1","stamina,774,1,775,1","stamped,1005,1","stamping,6,1,3,1,10,1,12,1,13,2,14,1,15,1,16,1,17,1,18,1,19,1,20,1,21,1,22,1,23,5,25,1,24,2,26,1,27,1,28,1,40,1,29,1,30,1,31,1,32,1,33,1,34,1,35,1,36,2,37,2,38,1,39,1,41,1,42,2,43,1,44,1,45,1,46,1,47,3,48,1,49,1,50,3,51,1,52,1,53,2,54,1,55,2,56,2,57,2,439,1,58,2,59,1,60,1,61,1,440,1,441,1,442,1,443,2,1130,1,1375,1","stampingpress,24,4","stand,50,2,542,1,543,1,544,1,545,1,550,17,552,3,554,3,556,3,557,3,772,3,561,1,747,4,748,3,750,8,771,3,773,3,779,5,780,5,781,1,1133,1,1134,1,1197,3","standard,13,2,16,3,18,3,22,2,28,3,40,1,29,1,30,2,34,2,35,1,38,4,43,4,44,3,45,1,47,1,50,1,55,1,56,3,439,2,59,1,61,2,442,3,443,1,546,3,540,1,542,4,543,5,544,5,545,3,550,7,552,1,554,4,555,3,556,2,557,2,772,15,774,11,1002,2,564,1,574,2,771,20,773,17,779,5,775,9,776,1,780,5,781,1,992,2,1008,2,1076,1,1078,2,1082,1,1083,1,1131,1,1133,1,1134,1,1191,2,1196,1,1197,1,1373,4","standard1,772,15,774,1,771,18,773,3,775,2","standardized,50,1","standards,13,2,19,1,38,1,44,1,55,1,60,1,772,1,774,1,747,1,748,1,771,2,773,2,775,1,1009,1,1012,1,1191,1,1193,1,1375,1","standby,61,2","stands,546,1,548,1,539,1,540,1,541,1,542,1,543,1,544,1,545,6,549,1,550,6,551,1,552,1,553,1,554,12,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,3,750,1,776,2","start,13,1,17,1,50,1,57,1,58,1,59,1,772,1,774,1,773,1,775,1,1131,1,1191,1","starting,50,1","startup,1191,1","state,7,1,13,2,29,1,37,1,44,5,50,1,545,1,554,1,1007,1,1082,1,1191,1,1375,1","stated,4,1","static,19,5,554,4,573,1,1131,1","station,23,1,29,1,50,4,57,1,58,1,1013,1,1076,1,1189,1,1191,1,1193,1","stationary,48,1,717,1,718,1,772,3,774,3,571,1,573,1,575,4,719,1,720,1,721,5,771,6,773,3,779,1,775,3,780,1,1191,1","stations,1082,1,1187,1,1188,1,1189,4,1190,1,1191,2,1192,1,1193,1,1194,1,1195,1,1196,1,1197,1","statistical,56,1,546,1,542,2,543,2,544,2,555,2,772,6,774,6,563,1,565,1,566,1,569,1,571,1,573,1,771,2,773,6,775,5,1078,1","statistically,774,1","statistics,546,1,771,2,775,1,1008,1,1133,1","stattorque,721,8","status,13,5,44,8,51,1,60,1,772,2,774,1,561,1,771,3,773,3,775,1,781,1,1078,1","stay,28,1","steel,13,1,26,4,27,4,28,3,29,2,38,1,47,3,60,1,545,1,558,1,992,1,1005,4,1131,4,1189,1,1193,1","steels,42,1","steer,443,1","step,539,1,772,2,774,2,567,2,771,4,773,4,775,2","stepless,565,2,566,2,567,1,571,3","stepper,1002,1","stepping,1188,1","steps,29,1,1076,2","sticky,28,1","stiffness,719,1","stik,40,1,47,11","still,13,1,61,1","stock,11,3,23,1,26,2,28,2,30,1,37,1,1002,1,1131,2","stocked,1131,1","stop,13,11,29,2,44,4,48,1,50,1,51,1,52,2,61,1,554,8,1002,1,561,1,562,3,776,3,781,1,1191,2","stop”,1191,1","stoppage,40,1","stopped,61,1","stopping,13,6,19,1,40,4,50,1,57,1,58,1,59,1,61,1","stops,554,6","storage,4,1,40,1,56,2,548,1,541,2,772,2,774,2,749,1,750,2,771,2,773,2,775,2,1077,1","store,60,1,545,2,772,2,774,1,568,1,570,1,573,2,771,2,773,2,775,1","stored,13,1,56,2,57,2,58,2,59,1,60,1,546,1,774,1,559,1,560,1,771,1,775,2,777,1,778,1,1077,1,1078,1,1079,1,1197,2","stores,56,1,57,1,58,1,59,2,60,1","storing,19,1,573,1","straight,36,1,45,1,57,3,58,4","strain,36,6,38,2,39,1,41,3,52,1,54,2,55,3,57,7,58,7,59,2,60,3,61,1,539,3,717,2,559,1,560,1,573,2,719,2,720,1,777,1,778,1,1078,1,1197,1,1375,1","strategy,1082,1","stream,47,1","strength,19,2,28,1,42,1,546,1,717,1,555,3,774,20,775,16,1197,1","stress,38,1,1191,1","stresses,19,1","stretch,54,1,57,1,58,1","strictly,4,1","strike,23,1","striking,1193,1","strip,30,4,54,1,61,3,1191,2","stripped,1188,1","stripper,48,1","strips,45,1","strobe,44,3","stroke,13,2,16,1,19,1,40,3,30,1,33,1,41,3,48,1,54,2,55,1,56,3,57,3,58,3,60,1,61,1,550,7,554,4,556,2,557,2,779,2,780,2,992,3","strokes,48,2,50,1,51,2,54,2,56,1,57,1,58,1,61,2,556,2,557,2,779,2,780,2","stromag,1002,1","strongest,19,1","strongly,32,1,1014,1","struck,23,1","structural,992,1,1189,1","sts,553,1,560,18,575,8,719,1,773,6,778,17","sts2220,719,1","stuck,1196,2","stud,1130,1","students,1009,4","style,19,2,43,1,50,4,772,2,561,1,771,4,773,4,779,2,780,2,781,1,1131,3,1188,1,1197,1","style”,47,2","styles,19,2,28,1,42,1,43,2","sub,1013,1,1190,1","subject,4,1,13,1,45,1,774,3,775,3","subjected,19,1","submit,4,2,1194,1","submitted,1371,1","submitting,4,2","subsequent,61,1","substandard,1197,1","substantially,565,1,566,1,567,1,569,1","subtle,41,1,56,1,1132,1","subtract,19,1","success,1193,1","successive,13,1","suction,21,2,24,1,1129,1","suffix,545,6,572,1,776,1,781,1","suit,19,1,545,2","suitable,57,2,58,2,59,1,443,1,550,1,1008,1","suited,55,1,552,1,1081,1,1082,1,1191,1","summary,1008,1","summer,32,1,1014,1","super,56,1","superior,7,1,42,1,443,1","superlight,44,12","supervisor,56,2,1131,1","supervisory,13,2","supplemented,749,1","supplied,13,4,26,1,32,1,33,1,38,1,41,1,54,5,772,2,774,3,572,1,771,3,773,3,779,1,775,3,780,1,1013,1,1014,1,1009,1,1081,1,1191,1,1195,1","supplier,7,1","suppliers,7,1","supplies,28,1,43,1,51,1,540,1,544,1,1002,1,773,1,1196,1","supply,11,1,13,2,26,1,40,3,31,3,41,1,46,1,52,1,55,1,59,1,561,1,562,1,569,1,771,1,776,1,781,1,1011,3,1012,1,1189,2,1193,2,1194,2","support,7,1,19,1,561,1,562,1,776,1,781,1,1008,3","supported,772,2,773,2","supports,546,1,542,1,543,1,544,1,555,1,772,1,774,1,771,1,773,1,775,1","suppression,51,1","sure,3,1,19,1,1081,1","surface,7,3,26,1,27,1,42,3,45,3,56,1,57,1,58,1,547,1,540,1,1005,1,1129,1,1132,10,1133,13,1134,12,1192,1","surfaces,26,1,42,1","surround,45,1","surrounds,29,1","survival,47,1","suspect,32,1,1013,2,1014,1","sv,550,16","svcb,51,2","svga,56,2","sw,11,1,564,1","swamping,1008,1","switch,13,3,40,6,43,11,50,1,54,1,61,2,539,1,545,3,552,1,554,21,562,1,573,1,776,1,1188,1,1191,4","switches,13,1,24,2,40,2,43,7,47,1,61,4,550,2,554,5,1078,1,1129,1,1191,6,1194,1","switching,28,1","swivel,774,3,771,6,775,3","synchronization,1078,1","synchronous,1082,1","syncofs,1370,1,1372,4","syncro,439,2,442,2","syncwith,1370,1,1372,4","synergy,7,1","syron,29,5","system,7,3,11,1,13,13,23,1,26,3,27,1,40,1,29,3,30,2,36,1,37,2,39,3,41,1,44,20,45,1,46,1,47,3,50,1,54,8,56,4,57,3,58,3,59,6,60,1,61,1,443,4,554,2,772,1,774,1,562,1,720,1,747,2,748,4,749,1,750,7,771,1,773,1,775,1,776,1,1003,1,1008,1,1012,1,1076,8,1077,2,1078,3,1079,10,1080,2,1081,5,1082,7,1083,5,1131,2,1133,5,1134,6,1189,2,1191,1,1193,5,1375,2","system’s,1133,2","systems,7,1,13,2,26,1,27,1,28,1,40,1,36,1,38,2,44,3,54,1,56,1,57,4,58,4,59,4,546,1,548,1,539,1,540,1,541,1,542,1,543,1,544,1,545,1,549,1,550,1,551,1,552,1,553,1,554,1,555,1,556,1,557,1,558,1,559,1,560,1,561,1,562,1,747,6,748,7,749,6,750,6,751,4,1003,1,1076,2,1077,2,1078,2,1079,5,1080,2,1081,3,1082,3,1083,4,1189,1,1193,1","t6,441,2","table,6,1,11,1,20,3,33,1,43,1,539,1,747,2,748,1,750,3,1187,1,1188,1,1189,2,1190,1,1191,9,1192,1,1193,1,1194,1,1195,1,1196,1,1197,1,24,1","tables,1195,1","tabletop,747,2,1191,2","tabs,1005,1","tabular,772,1,773,1","tabulate,1008,1","tachogenerators,1195,1","tachometers,540,1","tail,717,1","tailor,61,1,1009,1,1193,1","take,4,1,41,1,772,2,774,2,773,2,775,2,1013,1,1006,1,1007,1,1009,1,1012,1","taken,27,1,1197,1","takeover,50,1","takes,4,1,1082,2","taking,772,2,774,2,773,2,775,2","takt,1131,4","talk,1010,1","tamb,441,2","tampering,61,1","tanks,47,1","tap,36,1,54,1,57,1,58,1","tapered,39,1,59,1,1191,1,1193,1","tapped,1191,1","tapping,29,1","tare,545,5,552,4,772,1,774,1,568,1,570,1,771,1,773,1,775,1","target,1079,1,1130,1,1197,1","task,555,1,774,4,775,5,1008,1,1357,1,1358,1","tasks,774,1,775,1,1078,1","taught,1009,2,1012,1,1079,2,1083,1","tb,772,1,773,1","tbd,748,1","tbs,39,8","tcd,772,3,771,2,773,3,776,1,781,1","tcd200,553,1,772,3,561,18,771,2,773,2,781,18","tcm,772,2,773,2,776,9,781,1,1083,6","tcm201,553,1,772,2,562,26,771,2,773,2,776,19","tcp,1131,1","tdc,51,1","teach,1002,1,1079,1,1081,1,1195,1","teaching,1079,1,1082,1,1083,1,1188,5,1197,2","team,6,1,1002,1","teamed,57,1,58,1,575,1,721,1,750,1","team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arrFiles=new Array();arrFiles[0]=new Array(1,"contact.php","2004-06-03","contact.php","","","Mail Phone NAAT Inc. 768 Templemead Drive Hamilton, Ontario L8W 2V7 Email: info@naatinc.com Local 905.388.2066 Toll-free 1.866.866.2888 Fax 905.388.0795",1);arrFiles[1]=new Array(2,"hockey.html","2004-06-03","NAAT Inc. is a proud sponsor of the Hamilton Hawks","","","",1);arrFiles[2]=new Array(3,"index.php","2005-01-28","index.php","","","Our knowledgeable staff possess many years of industrial automation and technical expertise. As a South Western Ontario based company, we also have extensive experience in, and knowledge of, the industrial marketplace in Canada and the U.S. Let us partner with you on your next automation or industrial control project. Please click on Products and Services to see how we may help. If you work in a hot environment be sure to visit our sister company at www.ClimaTechCanada.com and see the latest in personal cooling equipment. Stamping Press Products Automation Quality Assurance Products and Services Data Acquisition and Control Maintenance Products and Services Hydraulic Presses",5);arrFiles[3]=new Array(4,"legal.php","2005-01-27","legal.php","","","By accessing NAAT Inc. World Wide Web pages you agree to the followingterms. If you do not agree to the following terms, please note that you are not allowed to use the site. The contents of NAAT Inc. World Wide Web pages are Copyright © NAAT Inc.2005. Any rights not expressly granted herein are reserved. Reproduction, transfer, distribution or storage of part or all of the contents in any form without the prior written permission of NAAT Inc. is strictly prohibited except in accordance with the following terms. NAAT Inc. consents to you browsing NAAT Inc. World Wide Web pages on your computer or printing copies of extracts from these pages for your personal use only and not for redistribution unless consented to in writing by NAAT Inc. Individual documents in our World Wide Web pages may be subject to additional terms indicated in those documents. The use of this site and the content therein, is permitted to private, non-commercial use. The use of press releases and other documents classified as public is permitted in public communications if the source for the information has been stated. This site and the contents herein are provided as a convenience to you. The contents of NAAT Inc. World Wide Web pages are provided on as is and as available basis. NAAT Inc. does not warrant that its Web pages will be uninterrupted or error-free. NAAT Inc. reserves the right to revise thepages or withdraw access to them at any time. NO WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO WARRANTIES OF TITLE OR NON-INFRINGEMENT OR IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, IS MADE IN RELATION TO THE AVAILABILITY, ACCURACY, RELIABILITY OR CONTENT OF THESE PAGES. NAAT Inc. SHALL NOT BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL OR CONSEQUENTIAL DAMAGES, LOST PROFITS OR FOR BUSINESS INTERRUPTION ARISING OUT OF THE USE OF OR INABILITY TO USE THIS SERVICE, EVEN IF NAAT Inc. HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. SOME JURISDICTIONS DO NOT ALLOW EXCLUSION OF CERTAIN WARRANTIES OR LIMITATIONS OF LIABILITY, SO THE ABOVE LIMITATIONS OR EXCLUSIONS MAY NOT APPLY TO YOU. THE LIABILITY OF NAAT Inc. WOULD IN SUCH CASE BE LIMITED TO THE GREATEST EXTENT PERMITTED BY LAW. For your easy accessibility NAAT Inc. may include links to sites on the Internet that are owned or operated by third parties. By linking to such third-party site, you shall review and agree to that site \'s rules of use before using such site. You also agree that NAAT Inc. has no control over the content of that site and cannot assume any responsibility for material created or published by such third-party sites. In addition, a link to a non-NAAT Inc. site does not imply that NAAT Inc. endorses the site or the products or services referenced in such third party site. By submitting material to any of our servers, for example, by e-mail or via the NAAT Inc. World Wide Web pages, you agree that: (a) the material willnot contain any item that is unlawful or otherwise unfit for publication; (b) you will use reasonable efforts to scan and remove any viruses or othercontaminating or destructive features before submitting any material; and (c) you own the material or have the unlimited right to provide it to us and NAAT Inc. may publish the material free of charge and/or incorporate it or any concepts described in it in our products without accountability or liability (d) you agree not to take action against us in relation to material that you submit and you agree to indemnify us if any third party takes action against us in relation to the material you submit. NAAT Inc. does not and cannot review the content posted by users on its site and is not responsible for such content. NAAT Inc. may at any time at its discretion remove any content posted by users. NAAT Inc. product names are either trademarks or registered trademarks of NAAT Inc. Other product and company names mentioned herein may be trademarks or trade names of their respective owners. Your access to this site should not be construed as granting, by implication, estoppel or otherwise, any license or right to use any marks appearing on the site without the prior written consent of NAAT Inc. or the third party owner thereof.",4);arrFiles[4]=new Array(5,"links.php","2004-06-03","links.php","","","Arial View of Hamilton \'s Harbour City of Hamilton The Canadian Football Hall of Fame Current Weather Conditions in Hamilton Live Camera Traffic Conditions on the Q.E.W. Highway The Hamilton Spectator Daily Newspaper",1);arrFiles[5]=new Array(6,"news.html","2004-10-02","news.html","","","September 2004 Effective September 2004, NAAT Inc. is pleased to announce it now has available to it \'s customers a full line of stamping punches, retainers and other die accessories. Click HERE to view. Please feel free to contact us today for your free catalog. April 2004 NAAT Inc. now carries a full line of Quick Die Change Products such as Clamps, Manual, Pneumatic and Hydraulic , as well as Bolster Extensions and Die Roller Table Tops . January 2003 NAAT Inc. signs representation agreement with Climatech Safety Inc. USA. Climatech Safety is an industry leader in personal cooling devices that are being currently used by Fire Departments, Military, Airports and many other users who work in hot environments. Click here to visit our sister company Climatech Canada at www.climatechcanada.com for more details. January 2002 NAAT Inc. becomes Canadian representative for Lorenz - Messtechnik of Germany. November 2001 NAAT Inc. becomes authorized distributor for I.E.C. Encoders, a part of the GES group. September 2001 NAAT Inc. signs agreement with Wintriss to represent and service the WebRanger. Click here for the full Press Release. August 2001 NAAT Inc. launches full Electronic Repair Service. NAAT Inc. is a proud sponsor of the Hamilton Hawks, Pee Wee Rep Hockey Team, members of the HGHA (Hamilton Girls Hockey Association) Click here for photos",2);arrFiles[6]=new Array(7,"press_release.php","2004-06-03","press_release.php","","","Press Release (for immediate release) California High-Tech Company Establishes Relationship With Ontario Based Automation Firm Hamilton, ON – September 17, 2001 – National Automation & Technologies, Inc., a Hamilton, Ontario based supplier of Material Handling, Robotic, and Automation Control Systems, has finalized an agreement with Wintriss Engineering Corporation of San Diego, California to market the Wintriss Web Ranger™ Surface Inspection System in Canada. Wintriss Engineering is a 12-year old machine vision company that specializes in optical inspection of continuously processed materials (web) for both Process Control and Quality Control requirements. By providing state-of-the-art defect detection, less waste material is produced, production lines can operate faster, and greater end-user acceptance of materials is assured. The flagship Web Ranger™ Surface Inspection System is based upon the Wintriss developed “Smart Camera,” and is used in a wide variety of industries. National Automation & Technologies Inc.’s staff brings over 20 years of both industrial automation and sales experience in the automation and technical inspection arenas. As a Hamilton based company it also possesses extensive experience in, and knowledge of, the industrial marketplace in Canada. Some of the current applications that are benefiting from the Web Ranger™ are Extruded Plastic, Blown Film, Vinyl, Fiberglass, Roofing Shingles, Industrial Fabrics, Nonwoven Materials, Paper, Metals, Coatings and Abrasives. Organizations working towards ISO Certifications can advance the process by implementing optical surface inspection. The management teams at Wintriss Engineering and National Automation decided to establish this international sales alliance after determining that there was great synergy between the markets of the two organizations. Wintriss recognized that the Southern Ontario region is the dominant industrial area in Canada. National Automation, based within this region, will provide superior customer service and support, at a level unsurpassed by more distant suppliers. For further Information: Jerry Sorbara President National Automation & Technologies, Inc. 768 Templemead Drive Hamilton, ON L8W 2V7 Canada Ph: 905-388-2066 or 866-866-2888 E-Mail: info@naatinc.com Web-site: www.naatinc.com Jay L. Gottfried Web Ranger System Sales Wintriss Engineering Corporation 6344 Ferris Square San Diego, CA 92121 USA Ph: 800-550-7302 x150 E-Mail: jay@weco.com Web-site: www.weco.com",3);arrFiles[7]=new Array(10,"products/index.php","2004-06-03","index.php","","","Select a category below: Stamping Press Products Automation Quality Assurance Products and Services Data Acquisition and Control Maintenance Products and Services Hydraulic Presses",2);arrFiles[8]=new Array(11,"products/used.php","2004-06-03","used.php","","","Go Back Used Industrial Equipment Co-ordinated Measuring Machine manufactured by LK - Cincinnati Milicron. Table size 12ft. X 4ft, 25,000 lbs payload Vertical travel 6ft. 36 heavy duty fourth axis, allows access to large and very complicated parts Renishaw digital head Hewlett Packard drive system/controller IBM computer Operator desk Manufactured in 1990 PCDMIS software updated in 2001 Machine was calibrated in April 2002 and used in production until mid November 2002 Used Pedestal Resistance Welders, Made In Japan By Nas Toa, (Manuf. 1993-1996), Several In Stock Details: Six inch and four inch diameter cylinder Miyachi Weldtouch Weld controller, 460V, 53 kvA nominal Nut bowl feeders, nut shooters also available Model SW-605 / 460V, 60 Hz ( 2 pcs. In stock) Model SLP-75A5 , manufact.1996 ( 3 pcs in stock) Rated freq: 60Hz Max weld power 196KVA Rated supply voltage 440V Click thumbnail for larger image:",4);arrFiles[9]=new Array(12,"products/stampingpress/bolster.php","2004-08-10","bolster.php","","","Home / Products and Services / Stamping Press Products / Bolster Extensions Bolster Extensions Folding Type Folding extensions may be folded flat against the bolster when not in use. Unique mounting brackets will attach either between or in line with T-Slots. Easier die handling and more accurate location of dies will improve the speed of die changeover. Model	No. Die Resting	Space Mount	height Bolster	Thickness	Required Load	lbs / pair 549F-19	550F-19 19 6 4.0 6,000	10,000 549F-23	550F-23 23 6 4.0 6,000	10,000 549F-27	550F-27 27 6 4.0 6,000	10,000 549F-31	550F-31 31 6 4.5 6,000	10.000 549F-35	550F-35 35 8 4.5 6,000	10,000 549F-36	550F-36	552F-36 36 10 6.0 6,000	10,000	16,000 549F-42	550F-42	552F-42 42 10 6.0 6,000	10,000	16,000 549F-48	550F-48	552F-48 48 10 6.0 6,000	10,000	16,000 Lift Off Type Lift off extensions may be removed from the mount and shared with other presses. Unique mounting brackets will attach either between or in line with T-Slots. Easier die handling and more accurate location of dies will improve the speed of die changeover. Model	No. Die Resting	Space Mount	height Bolster	Thickness	Required Load	lbs / pair 549L-15	550L-15 15 6 4.5 6,000	10,000 549L-19	550L-19 19 6 4.5 6,000	10,000 549L-23	550L-23 23 6 4.5 6,000	10,000 549L-27	550L-27 27 8 6.5 6,000	10.000 549L-31	550L-31	552L-31 31 8	8	10 6.5 6,000	10,000	16,000 549L-37	550L-37	552L-37 37 10 7.8 6,000	10,000	16,000 549L-43	550L-43	552L-43 43 10 7.8 6,000	10,000	16,000 549L-48	550L-48	552L-48 48 10 7.8 6,000	10,000	16,000",18);arrFiles[10]=new Array(13,"products/stampingpress/brakemonitor.php","2004-06-03","brakemonitor.php","","","Home / Products and Services / Stamping Press Products / Brake Monitor Brake Monitor Model BM-1600 Description The BM-1600 is a time-based brake monitor that utilizes a high resolution encoder and controller to measure the brake stopping time in milliseconds and also the RPM/SPM of the press. The rotary encoder is attached to the subject machine and is driven on a 1:1 ratio by the power press crankshaft. The brake stopping time of the machine will be displayed on every stop and can be easily read on the bright red light emitting diode (LED) display on the front panel of the unit. The RPM/SPM of the machine will be displayed during the machine cycle. Individual LED indicators are visible and easily define the existing status of the unit during the press cycle (shown above). All system programming and diagnostics are front panel mounted and controlled which will minimize downtime while enhancing operator safety and press maintenance. All operating mode selections are supervisory controlled by a keyed selector switch which meets all OSHA and ANSI standards for mode selection supervisory control. To program the Brake Warning Time and the Brake Limit Time set points, the user inserts the programming key into the lock and turns to the desired position (status LED illuminates). By depressing the +/- buttons to the desired time setting and turning the key back to the Run position, the new warning/failure time set points are saved. All errors and time value set points are permanently stored in the EEPROM memory which does not require a battery backup. The user cannot change or re-program the Brake Warning or Brake Limit set points while the encoder is in motion, which is an additional safety feature. The dual force-guided captive contact safety output relays of the BM-1600 are always de-energized when the programming key is not in the Run position. When the key is in the Run position, the safety output relays are always energized as long as there are no internal or external faults detected. When a fault is detected, it is recorded within the system in non-volatile memory along with the last stopping time. If the power to the Brake Monitor System is removed and re-applied, the last error to occur will come back up and prevent any further use until the programming key is used. Only the key turned to the reset position can clear a fault. If no fault occurred but the programming key is moved into the reset position, the output relays will de-energize as a safety feature. Motion Detection will still be monitored while in the Reset position even if the encoder is turning. OSHA/ANSI Compliance The BM-1600 system complies with OSHA code 1910.217 and ANSI Code B11.1-1988 (R1994) for brake monitoring and control reliability standards. The unit will automatically prevent the activation of a successive stroke if the stopping time deteriorates beyond the brake limit set point. Required on any press that has a single stroke mode and uses either a two hand control, light curtain or type B gate system. Non-volatile EEPROM Memory All diagnostic faults and brake set points are permanently saved in non-volatile memory which does not require battery backup. Information is retained indefinitely after a power loss or machine shutdown. Advanced Design The advanced circuitry and user friendly design on the BM-1600 allows both programming and status monitoring to be performed from the front of the compact panel. There is no need to enter the control panel to adjust switches or thumbwheels which will enhance both safety and productivity. System Self Diagnostics Control displays status and system fault codes on the LED display. A detailed definition, cause and cure listing is supplied within each installation and operation manual. Predictive Maintenance Diagnostic Tool The unique brake warning feature on the BM-1600 allows for predictive maintenance to be scheduled on the machine, which will minimize downtime. Factors which will be monitored and affect stopping time: machine cycle speed, counterbalance air supply, tooling weight, clutch air supply, exhaust restrictions, brake wear adjustment and clutch wear adjustment. 90-degree Stop Built-in The built-in 90° press stop feature initiates a stop signal at the 90° position in the downstroke. This is required information when calculating the location of point of operation guarding systems or palm button assemblies. 270° Down from Top Stop Test Allows the press to travel 630° which is 1-3/4 times around. The press will start to stop at the 270º mark. This is used to check for proper counter balance. Complete Package Supplied Everything you need to install and operate the BM-1600 is supplied. BM-1600 Brake Monitor Controller Model E-160 Encoder 20 \' of encoder cable Dimensional and technical data Installation and operation manual Features Control reliable design Dual captive contact safety relays Bright red LED display Non-volatile EEPROM memory Flat unobtrusive design Drive failure detection Motion detector Automatic 90° press stop Programming security with keyed selector switch Very easy to program and to adjust limits System self-diagnostics with display codes External diagnostic display System status indicators (LED \'s) Solid state indicators - No incandescent bulbs to burn out Designed specifically for the rigorous metal stamping/metal forming industry Interfaces easily with all types of press controls; solid state or relay logic Installs with ease on OEM, Retrofit, or Rebuild projects Front panel mount for installation into an existing control panel Made in USA Specifications Controller Power: Standard: Optional: Optional: 120 +/- 10% VAC, 50-60hz, 8 Watts 240 +/- 10% VAC, 50-60hz, 8 Watts 24 +/- 10% VDC, 8 Watts Relay Configuration: Dual self-checking force-guided captive contact safety relays Relay Contact Rating: 8 amps @ 250VAC resistive for safety relays 4 amps @ 250VAC resistive for alarm relay System Accuracy: +/- 1 millisecond Set Points: Drive failure: Brake warning: Brake failure: 1 to 25 tenths of a second 1 to 999 milliseconds 1 to 999 milliseconds Display: Speed: Stop time: 0 to 290 +/- 1 RPM 291 to 999 +/- 4 RPM 0 to 999 +/- 1 msecs. Indicators: Brake Fault – Red LED Brake Warning – Yellow LED Drive Failure – Red LED Brake ON – Yellow LED Ready – Green LED Not Ready – Red LED Stop Time Display – Red LED RPM – Red LED Brake Warning Setpoint – Red LED Brake Limit Setpoint – Red LED Inputs: Encoder: Clutch: see below 120 +/- 10% VAC Output Circuit: Two captive contact self-checking N.O. relays in series. Isolated (DRY) Normally open contacts --||--||-- Alarm relay will close when a warning or failure setpoint is exceeded. Operating Temperature: 0° to 50° C Enclosure: Lockable NEMA 12 steel Enclosure Dimensions: 8” (203mm) Height x 7” (178mm) Width x 4” (127mm) Depth Encoder (Part #E-160 — CW or CCW Rotation Capable) Cable: 20’ (6m) is supplied standard; 100’ (2540mm) maximum length. Gauge: 20 AWG – 3 connectors plus drain Rating: 300 VAC @ 60 C Shaft Loading: Radial: 35 lbs. Axial: 40 lbs. Operating Temp.: 0° to 50° C Dimensions: 5.5 (140mm) Height x 3.75 (95mm) Width x 3-9/16 (90mm) Depth Warranty: 1 year Diagnostic Display Brake Warning Indicator Yellow light illuminates when the set point is exceeded. Excellent input for the press operator and for maintenance. Drive Failure Red LED illuminates when the pulses from the encoder disappear while the brake remains released. Brake on Yellow light illuminates when power to the dual solenoid valve drops out. Ready Green LED illuminates when all systems are go. Not Ready Red LED illuminates when the brake monitor safety relays have dropped out. Example: drive failure, internal failure, etc. +/- Pushbuttons The +/- pushbuttons are used to set the time values in milliseconds for the brake warning and the brake limit set points. System Programming Security and Safety Keyed selector switch controls: Brake Warning Time Set point Brake Limit Time Set point System Reset System Run Brake Failure Indicator Red light illuminates when the actual brake stopping time exceeds the programmed brake limit set point. Stop Time Displayed in milliseconds after every stop in machine cycle and the red LED is illuminated. RPM/SPM Displayed during each press cycle when the red LED is illuminated. Brake Warning Time Displayed in milliseconds when the red LED is illuminated. Brake Limit Time Set point is displayed in milliseconds when the red LED is illuminated.",18);arrFiles[11]=new Array(14,"products/stampingpress/cbv.php","2004-06-03","cbv.php","","","Home / Products and Services / Stamping Press Products / Clutch Brake Valves Clutch Brake Valves NAAT Inc. carries full product lines of both Herion and Ross Press Clutch Brake Valves. We also provide complete repair services for your Clutch Brake Valves. Just give us a call, we are here to help!",1);arrFiles[12]=new Array(15,"products/stampingpress/coilbridge.php","2004-08-15","coilbridge.php","","","Home / Products and Services / Stamping Press Products / Coil Bridge Coil Bridge",1);arrFiles[13]=new Array(16,"products/stampingpress/cralc.php","2004-06-03","cralc.php","","","Home / Products and Services / Stamping Press Products / Cylinder, Rocker, and Ledge Clamps Cylinder, Rocker, and Ledge Clamps A versatile clamp for general die clamping applications. High reliability, large grip range and safety locks make this clamp an excellent choice. Available in three sizes with clamping forces up to 15,000 lbs. Model No. Clamping Force @ 6,000 PSI Width Height Grip Range Length 210 4,000 lbs. 2.00 3.34 .75 - 1.75 6.40 220 10,000 lbs. 2.50 5.00 .75 - 2.25 8.84 230 15,000 lbs. 3.00 6.10 1.00 - 3.00 11.14 A low profile clamp for applications requiring high clamping force and a minimum clamp height. Available in three sizes with clamping forces up to 20,000 lbs. Model No. Clamping Force @ 6,000 PSI Width Height Grip Range Length 351 5,000 lbs. 2.00 2.27 .75 - 1.25 4.40 352 10,000 lbs. 3.00 2.27 .75 - 1.25 4.40 353 20,000 lbs. 4.79 2.87 1.00 - 1.50 5.60 A low profile clamp for applications requiring extremely high clamping force and allow clamps to be mounted in a fixed position. Grip height is adjustable from .88 to 1.25 max. Total height of clamp is 3.25 in. Clamping force is 40,000 lbs. Model 360 at right. A high force clamp for use with pocketed or slotted dies. High reliability, large grip range with optional safety locks and mounting types make this clamp an excellent choice. Available in three models with clamping forces up to 22,000 lbs. Model No. Clamping Force @ 6,000 PSI Cylinder Width Cylinder Height Clamp Stroke Mechanical Lock 240 9,000 lbs. 2.00 2.62 .25 Standard 241 9,000 lbs. 2.00 2.00 .25 N/A 245 9,000 lbs. 2.00 2.85 / 3.47 .25 Option 260 12,000 lbs 2.50 2.73 .31 Standard 261 12,000 lbs. 2.50 2.06 .31 N/A 265 12,000 lbs. 2.50 2.96 / 3.63 .31 Option 280 22,000 lbs. 3.00 3.81 .38 Standard 281 22,000 lbs. 3.00 2.88 .38 N/A 285 22,000 lbs. 3.00 4.04 / 4.97 .38 Option",16);arrFiles[14]=new Array(17,"products/stampingpress/dbd.php","2004-06-03","dbd.php","","","Home / Products and Services / Stamping Press Products / Double Blank Detectors Double Blank Detectors The Double Blank Detector is a comparator which measures material thickness against preset reference values. This analyzer is used in sheet metal processes such as blank destackers, feeders, conveyors. It is also used in detecting hidden metal parts in assembly operations and for parts sorting. The Double Blank Detector is housed in a compact, oil-tight enclosure. The front panel contains an easy to use 8-position keypad and a backlit Liquid Crystal Display (LCD). Thickness sensors are connected to the unit by industrial quality cables and plugs. The operator inputs preset thickness values through the keypad. After the start of the measuring cycle, the display shows the current preset thickness, material presence indication, material thickness, and the number of pieces the sensor is detecting. This display will also show menus for function selection and data entry, as well as descriptive fault messages. The results of the analysis are fed to the customer \'s Programmable Logic Controller (PLC) through optically isolated outputs.",2);arrFiles[15]=new Array(18,"products/stampingpress/die_punches_retainers.php","2004-09-14","die_punches_retainers.php","","","Home / Products and Services / Stamping Press Products / Die Punches and Retainers Die Punches and Retainers Ball-Lock Series	Standard & Special:	Punches	Die Buttons	Retainers Commercial Series	Standard & Special:	Shoulder Punches	Pressfit & Shoulder Die Buttons Ultimate Series:	Standard & Special:	Punches	Guides	Buttons	Quills Special Per Print Die	Details Fin Die	Components Additional Product Lines:	Mold Components	Die Springs	Wear Components, Pins, Bushings	Special Carbide Tooling",6);arrFiles[16]=new Array(19,"products/stampingpress/dieblocks.php","2004-06-03","dieblocks.php","","","Home / Products and Services / Stamping Press Products / Die Blocks and Safeties Pressroom safety begins with MAGLINER ® Why magnesium safety blocks? Magliner Safety Blocks are extruded from Magnesium, the lightest and strongest material readily available for this type of application. Magnesium safety blocks are designed to block the ram and die of a press whenever dies are being repaired or adjusted, and they offer distinct advantages over blocks manufactured of other materials. A favorable strength-to-weight ratio gives the metal abundant strength to meet the direct static load requirements of the of the ram and upper die, yet is lightweight enough to allow the block to be easily handled. Another desirable characteristic of magnesium is its inherent tendency to shear off at a 45 degree angle, rather than bend, if subjected to an accelerated or impact load condition. Unlike other materials which bend or compress under load, causing excessive equipment stresses, this shearing action minimizes damaging effects to die components and equipment. In principle, a magnesium safety block performs similarly to a calculated safety shear pin. Selecting the proper safety block Safety blocks are rated to withstand a direct static load. This is conveyed as the capability of the block to support the combined weight of both the upper ram and upper die halves in an open position. Static load is defined as a non-moving or resting load of the upper ram and die halves. Proper selection of the style and size of the safety block for the specific press application must be based on three conditions: Static load requirements for each press. The required safety block length. Options or accessories that contribute to safer operations. Determining Capacity The most accurate method for determining the combined weight of the ram and die is to calculate the weight of the upper ram, slide assembly including adjustment device, pitman arms of the press, and maximum weight of the upper die halves being used. Multiply the combined weight by a minimum safety factor of two to establish the safety block capacity requirement. Determining proper length Proper length is determined by the die block opening space in which the safety block is to be used. The block opening die space is usually described as the total clear opening of the press. To calculate the proper length of the block, measure the distance from the top of the bolster to the underside of the press with stroke up and adjustment up and subtract 1 ½ to 2 for variations in stopping at top dead center. It is important to make sure that the overall block length be no more than 2 shorter than the clear opening. Hardwood wedges are recommended for use in compensating for the open variation. This precaution will prevent the possibility of an impact load condition, which would exceed the static load capacity of the safety block. Determining what safety block to use Magliner offers 9 styles of safety blocks to choose from. Use the safety block selection chart to find the length required. Next, match the required length with the required capacity. If two or more styles fit your needs, choose the shape that will best fit a specific press application. If the required capacity is not met with a single set of blocks, add multiple sets of blocks until proper rating is achieved. Safe Operating Procedures All die handling and maintenance procedures should be available in writing. Safety blocks should be used in a vertical position with the upper ram and die resting on the top of the safety block. Safety blocks should be used in multiples of 2, (2, 4, 6 blocks). Use hardwood wedges to compensate for any variations between the safety block length and the press opening. The wedges will also eliminate pinch points within the press and help prevent the safety blocks from tipping over. It is recommended that when two or more safety blocks are used per press the blocks should be positioned diagonally opposite from each other in the die area. This method balances the load equally and minimizes any possible damage to the press in the event of unintentional jamming. Using Electrical Interlocks Electrical interlocks provide additional safety during die maintenance procedures for equipment and operators. Shorting plugs are securely fastened with a short chain to the safety block. When the safety block is used the shorting plug is disconnected from the electrical circuit, cutting all control and motor power to the press. Proper sequence of use requires safety blocks with shorting plugs to be placed into the press first before any other work is done and removed only when the procedure is complete. All safety blocks placed in a press should be equipped with a shorting plug. This practice prevents a block from being left in the press causing damage to the press or injury to the operator. Accessories Magline, Inc. provides a variety of accessories designed to make safety blocks easier and safer to use. Electrical shorting plugs are available in 2 prong, 3 prong, 4 prong twist lock, and reese key for all your needs and standards. Two prong female receptacles are also available in an angled style or cast base. Wood wedges are available in 4x4, 4x8 and 5x5 to better suit space restrictions. Protective end plates are available for Section 1, 2, 3, MO344 and MO4610. Handles and hanging rings make placing and storing the safety blocks easier. All hanging accessories are secured to the safety block with a chain clip.",9);arrFiles[17]=new Array(20,"products/stampingpress/drtt.php","2004-08-10","drtt.php","","","Home / Products and Services / Stamping Press Products / Die Roller Table Tops Die Roller Table Tops Reduces die changeover time by Pre and Post staging of die sets. Die staging becomes quick and easy with Die Roller Table Tops. Die weights up to 1800 lbs. per square foot will handle, rotate, and corner with ease. Model	No. Length Width Overall	Height	Capacity	lbs / Sq. Ft. 520-2 24 2 1.25	(ref) 3,600 520-8 24 8 1.25	(ref) 1,800 520-12 24 12 1.25	(ref) 1,800 520-36 24 36 1.25	(ref) 1,800",6);arrFiles[18]=new Array(21,"products/stampingpress/eatsc.php","2004-06-03","eatsc.php","","","Home / Products and Services / Stamping Press Products / End of Arm Tooling and Suction Cups End of Arm Tooling and Suction Cups",1);arrFiles[19]=new Array(22,"products/stampingpress/hdl.php","2004-06-03","hdl.php","","","Home / Products and Services / Stamping Press Products / Hydraulic Die Lifters Hydraulic Die Lifters Available in both BALL or CYLINDRICAL types in sizes made to fit all standard T-Slots. Ball type lifters carry moderate loads and have the ability to move dies in any direction for ease of location and alignment. Cylindrical type lifters offer maximum load carrying capacity and provide in-and-out movement of the heaviest dies. Model No. T-Slot Size Ball Bearing Max Load lbs. / ft. Cylindrical Bearing Max Load lbs. / ft. Throat Width Headspace Width Headspace Depth Throat Depth Slot Depth 400-5/8 5/8 800 N/A .688 min 1.22 min .48 .75 1.23 min 400-3/4 3/4 800 2,000 .812 min 1.38 min .63 .88 1.50 min 400-1 1 1,000 2,000 1.062 min 1.80 .80 1.00 1.50 min 400-1-HD 1 N/A 2,600 1.062 min 1.80 .80 1.00 1.75 min 400-1-1/8 1-1/8 1,000 2,600 1.10 min 1.80 .80 1.18 1.92 min 400-1-1 1/4 1-1/4 1,000 2,600 1.312 min 1.80 1.03 1.28 2.03 min Available in both BALL or CYLINDRICAL types in sizes made to fit all standard T-Slots. Ball type lifters carry moderate loads and have the ability to move dies in any direction for ease of location and alignment. Cylindrical type lifters offer maximum load carrying capacity and provide in-and-out movement of the heaviest dies. TRANSVERSE CYLINDRICAL type lifters are also available. Transverse rails can be used in conjunction with in line rails to provide left-to-right movement for precision location or when U-Slots are perpendicular to desired movement direction. Model No. T-Slot Size Ball Bearing Max Load lbs. / ft. Cylindrical Bearing Max Load lbs. / ft. Throat Width (+-.010) Headspace Width Headspace Depth Throat Depth Slot Depth (+-.010) 401-3/4 3/4 800 2,000 .780 N/A N/A N/A 1.50 401-1 1 1,000 2,600 1.030 N/A N/A N/A 1.80 401-1-3/4 1-3/4 1,400 2,800 1.780 N/A N/A N/A 2.00 401-2 2 1,400 2,800 2.030 N/A N/A N/A 2.17",22);arrFiles[20]=new Array(23,"products/stampingpress/idqam.php","2004-06-03","idqam.php","","","Home / Products and Services / Stamping Press Products / In-Die Quality Assurance Monitor In-Die Quality Assurance Monitor PARTGARD TPG-2200 PARTGARD Monitors: Are designed for a wide variety of stamping, cold forming and assembly operations. Assure highest quality parts with point of strike inspection. Improve production by identifying a defective part at it \'s point of origin. Ensure against costly tooling replacement and machine repairs by identifying misfeeds and slug buildup. Reduce material waste by sensing deviation in material thickness. Prevent press overload. Are cost-effective - a PARTGARD will pay for itself in the protection it affords. PARTGARD Improves your part quality, while it saves you money. The TPG-2200 PARTGARD is a highly accurate in-die monitor that pays for itself the first time its automatic alarm goes off. It saves the cost of premature die wear and tooling and machine damage. And PARTGARD is inexpensive and easy to install and use. By monitoring the load deviation as each part is struck, PARTGARD detects such problems as slug buildup, misfeeds, tooling wear and material deviation. Its automatic high-low alarm set points (from 5% to 45%) and built-in control relays shut the machine off at the first detection of a problem. The TREND display - an at a glance visual indication of load deviation - is another valuable feature of your monitoring system. It \'s immediate visual indicators of off-tolerance conditions further add to your control capabilities. TPG-2200 Features: Two continuous part monitoring channels. Automatic high/low set point alarms at each sensing location. Digital display of forming force for each channel. TPL-312 Die Plug Sensor® , used with PARTGARD, senses changes in materials, off-quality parts and tool wear at its source. TREND display provides load deviation at a glance - a quick visual indication of an off-tolerance condition. Equipped with shut-off contacts for machine control interface. Output jack allows hook-up of chart recorder when capturing the forming signature. PARTGARD is designed for stamping, coldforming, and assembly operations. Stamping Applications Coldforming Applications The easy to install die implant sensor that you can \'t afford to miss. The highly sensitive TPL-312 Die Plug Sensor, a necessary addition to a PARTGARD, pinpoints monitoring within the die itself. With exacting precision, the TPL-312 accurately monitors tooling, lubricants and stock variances within a wide working load range. Small in size, but designed for high-output industrial use, the Die-Plug Sensor increases your high-quality parts production. In multi-stage tooling situations, die implant sensors are mounted within or adjacent to each tooling station. VERY easy to install, the Die Plug requires NO extra tools for application to your stamping or coldforming equipment. The inexpensive Die Implant Sensor is your low cost insurance to guard against tool and machine damage.",5);arrFiles[21]=new Array(24,"products/stampingpress/index.php","2005-02-03","index.php","","","NAAT Inc . is proud to represent a large number of Stamping Press Products! Allow us to be a partner with you on your next stamping press project. Magnetic Sheet Fanners Press Tonnage Profiler Press Tonnage Monitors Slug Detection Clutch Brake Valves Magnetic Conveying Total Press Control Optical Misfeed Monitor Die Blocks & Safeties Double Blank Detectors Safety Lights Safety Mats Press / Die Sensors In-Die Sensing Press Assembly Frames Brake Monitor Programmable Limit Switches ( PLS) Nut and Thread Sensors Shut Height Indicators Shut Height Position Sensors Shut Height Display Interface Modules In-Die Quality Assurance Monitor Quick Die Clamps Cylinder, Rocker and Ledge Clamps Pneumatic Die Lifters Rotary Cam Limit Switches Hydraulic Die Lifters Encoders Bolster	Extensions Lifting Magnets Die Roller Table	Tops End of Arm Tooling and Suction Cups Die Punches and Retainers Coil	Bridge Press and Die Controls On-site Vibration Analysis Services On-site Press Tonnage Monitor Calibration",8);arrFiles[22]=new Array(25,"products/stampingpress/indiesensing.php","2004-06-03","indiesensing.php","","","Home / Products and Services / Stamping Press Products / In-Die Sensing In-Die Sensing",1);arrFiles[23]=new Array(26,"products/stampingpress/lifting_magnets.php","2004-06-03","lifting_magnets.php","","","Home / Products and Services / Stamping Press Products / Lifting Magnets Lifting Magnets Air Release Permanent Magnetic Lifts Air release permanent lift magnets require shop air to activate cylinder(s), which allow the magnet to either lift or release items. These custom magnets are designed to your application requirements and will hold onto their load, even if there is a power failure or air loss, to ensure safety without relying on a battery backup system. Benefits: Releases parts using shop air Reliability of a permanent magnetic lift with release capabilities of an electromagnet No electricity required to cycle the magnet on & off Won \'t drop load due to power outages Options: Pendant control systems Spreader beams for multiple magnet applications Multi-Zone release or pick-up capabilities Specialty shaped poles for odd shaped parts Permatrol Lift Magnet Ideal for handling heavy, thick steel sheet stock or plate, the Permatrol offers the security of a permanent magnet with the on/off benefit of an electromagnet, without the need of a high maintenance battery backup system. Permatrol magnets require only a momentary flow of electric current to either activate or deactivate the holding power of the magnet. The unique magnet design does not require a continuous flow of electricity to hold or release parts, and uses less energy than an electromagnet. In addition, the magnet will hold onto its load even if there is a power failure, to ensure safety without relying on a battery backup system. The Permatrol is available in either single magnet or multiple magnet configurations. Multiple magnet configurations are recommended for use with a power supply, which can be equipped with an interface to work with a customer supplied PLC in automated operations. Creative Lift Magnets Ideal for lifting steel plate, forgings, die casting and similar items! Creative Lift Magnets are the proven solution to simplified machine loading and unloading, for handling steel items in receiving and shipping areas and for the fast stacking, de-stacking and transfer of steel sheets, plates, bar stock, angles and rounds. One person can perform operations previously calling for two or more people. Rare Earth Powerlift Magnets These compact, PowerLift rare earth lift magnets can be used on flat or round surfaces and contain an internal release device that does not contact or damage the surface of the part being lifted. Permanent magnetic lifts eliminate the fear of dropping the load being lifted due to power failures.",4);arrFiles[24]=new Array(27,"products/stampingpress/magcon.php","2004-06-03","magcon.php","","","Home / Products and Services / Stamping Press Products / Magnetic Conveying Magnetic Conveying Magnetic Transfer Conveyors are ideal for automating metal sheet handling in a variety of industries, such as Automotive, Office Furniture and Appliance.Common applications are stacking, destacking, press feeding and moving parts from one place to another. Magnetic Transfer Conveyors are often used to eliminate laborious hand feeding. Several things are taken into consideration when designing a transfer conveyor for an application. Maximum sheet size, sheet thickness & weight, surface conditions, length and direction of transfers, and type of operation all affect product recommendations. Magnetic Skate Rail Magnetic Skate Rail is ideal for use in conjunction with Magnetic Transfer Conveyors. Magnetic Skate Rail is typically positioned on the outside edge of a steel blank and parallel to the magnetic transfer conveyor. The powerful magnets hold steel blanks securely up against it \'s long series of rollers, minimizing flexing or bending of the sheet as it is conveyed. The neoprene wheels allow blanks to roll easily into the press. The magnet can be adjusted to accommodate the size and thickness of different blanks. Electromagnetic Conveying Rail Magnetic Electro-Rail is commonly used in automated systems for conveying, transferring and lifting steel sheets and parts. Using a powerful electro-magnetic circuit to move and hold steel objects during conveying, electromagnets have the benefit of on/off capability and allow the user to control drop points throughout the system.",2);arrFiles[25]=new Array(28,"products/stampingpress/magsheetfan.php","2004-06-03","magsheetfan.php","","","Home / Products and Services / Stamping Press Products / Magnetic Sheet Fanners New! Sheet Seeker Permanent Magnetic Sheet Fanner Patent Pending The new Sheet Seeker is a breakthrough in magnetic sheet separation technology. First, the magnetic circuit is lifted and locked into place for introduction to a stack of steel sheets. Then, once the materials are in place, the sliding magnet is unlocked and automatically centers on the top of the stack and fans the sheet stock. As each sheet is lifted off the stack, the magnet indexes down automatically and will fan to the bottom of the stack. Features & Benefits Features a powerful rare-earth, automatic indexing, permanent magnetic circuit - Up to 60% lighter than standard sheet fanners with the same strength - Durable stainless steel construction - Light-weight design and convenient carry handle allows for easy transport - Minimum height of 9. Custom designs and options available upon request Permanent Magnetic and Electromagnetic Sheet Fanners Permanent and Electromagnetic Sheet Fanners are designed to separate steel sheet stock. As sheets are placed against the sheet fanner, the powerful magnetic field automatically forces the sheets apart and separates them from one another. Manually prying apart sticky, oily sheets is no longer necessary and die damaging double blanking problems are eliminated. Standard permanent fanners are available. Electromagnetic sheet fanners offer on/off capability and can be controlled to operate simultaneously with other equipment in automated systems. Power supplies are also available for use with these fanners. Magnetic Pallet Pin Fanners Magnetic Pallet Pin Fanners have dual functionality! Not only do they act as guides for aligning parts as they come off the blanking lines, but also as magnetic sheet fanners that fan or separate multiple sized or shaped blanks for the manual or automatic loading of a press. Pin Fanners stay right on the pallet, from the blanking line to the press, without any extra set up! Multiple magnet positions ensure direct contact with the blank for maximum fanning ability, and since they are mounted directly to the pallet, there’s less down time and maintenance on the line. - Pin fanners function as both pallet pins & sheet fanners all in one unit - Go from blanking line to press line with no extra sheet fanner set-up - Multiple fanning positions - Pin fanners require less maintenance time on the line - Ensured contact with blank to maximize fanner performance - Works with multiple sized or shaped blanks - Reversing active fanner area allows for easy removal of the fanner from the stack and faster changeover of materials In response to extensive field use, we have created a second-generation, modularized unit, where the base of the Pin Fanner now has a standard, threaded rod that accepts either a Hex, Round, T-Slot or custom designed mounting configuration. This allows operators to use the same magnetic Pin Fanners on multiple styles of pallets, by simply switching out the threaded mounting piece.",4);arrFiles[26]=new Array(29,"products/stampingpress/nats.php","2004-06-03","nats.php","","","Home / Products and Services / Stamping Press Products / Nut and Thread Sensors Reduce costly product rejects Detect missing nuts at the weld station Nut and Thread Sensors Syron Series SNP Nut Sensor Today \'s world of just-in-time inventory and zero defect expectations present new challenges to the manufacturing engineer. Final inspection is no longer considered an acceptable place to detect incorrectly built products , and many customers reject a complete shipment if even a single net is missing. Syron Series SNP nut detectors use inductive proximity detection technology to sense the presence of a welded nut through a blind hole in sheet metal parts. This unique sensing probe develops a radial detection field to v erify that the nut totally surrounds the probe and is properly positioned in its defined sensing area. The all stainless steel probe resists weld splatter, and the sensing circuitry will not be damaged by the weld field environment. This allows the sensor to be used very close to the welding operation for detection of an incorrectly built part early in the assembly process . The stainless steel probe tip resists abrasion allowing its use as a fixture gauge pin when used in conjunction with an optional sensor spring mount. Syron offers a complete line of sensor spring mounts and output converter modules. We don \'t just provide a product; Syron provides engineered solutions . System Components A basic nut detection system consists of a sensor probe selected for the nut size being monitored, a cable assembly and a monitor module matched to the sensor probe and selected for either an NPN or PNP output. Accessories Sensor probe spring mount allows probe to retract when nut is out of place or hole is missing. Recommended for most applications . Catalogue No. SAB30403 Signal Converters Catalogue No. SSC24112 6 channel sensor interface box. Converts up to 6 NPN or PNP outputs to discrete 10 amp. 115VAC mechanical relay outputs for direct control of high power loads. Catalogue No. SSC24110 4 channel sensor interface box. Converts up to 4 PNP outputs to discrete 2 amp. 110VAC solid state relay outputs for direct control of high power loads. Catalogue No. 04392 5 channel AND gate converter box. Converts up to 5 NPN outputs to one NPN control logic output that only turns on when all used sensor inputs detect the presence of nuts. Eliminate power-up delays series select voltage drop sensors and it allows changes to the number of input sensors without rewiring. Caution : The sensor probe temperature must not exceed 100ºC and it must not come into direct contact with the welding arc. Mechanical or pneumatic sensors can be used to extend the sensor probe to read and retract it during welding, or cooling air can be used. Application Note Thread Detection Using Series SNP Nut Sensor Since its introduction in 1994, hundreds of installations have used Syron Nut Sensors to verify the presence of weld nuts in automated welding applications. Two years ago, we found that the standard nut sensor system could be tuned to only provide an output when threads are present in the weld nut. This thread sensing capability has been expanded through field trial to include threads machined directly into sheet metal parts. One common new application is thread verification in progressive dies doing in-die tapping. Component selection follows the same criteria that is used for nut detection. The probe and monitor are selected based on the thread size being checked. Calibration follows these steps: Insert probe into part that has threads. Rotate sensitivity adjustment potentiometer counter-clockwise until the load on/nut present light turns off. Slowly rotate clockwise until light turns on and stop rotating. Insert probe into part that does not have threads. Rotate sensitivity adjustment clockwise counting the number of rotations. Stop rotating when the load on/nut present light turns on. Record the number of rotations required. Divide the number of rotations by 2 and rotate the sensitivity adjustment counter-clockwise that number of turns This calibration procedure sets the sensitivity halfway between sensing the part with threads and sensing the part without threads. The result will be an output that turns on when threads are present in the part and no output if the threads are not present.",7);arrFiles[27]=new Array(30,"products/stampingpress/omm.php","2004-06-03","omm.php","","","Home / Products and Services / Stamping Press Products / Optical Misfeed Monitor OPTIMIS Optical Misfeed Monitor Automatically detects misfeeds caused by: Feed Slippage Material Buckling Pilot Release Timing Improper Strip Alignment Optimis TM is the most advanced and automatic press misfeed detector available. Unlike other monitors that utilize mechanical pilots and pre- programmed timing windows, the Optimis uses infrared sensors located along the strip and an encoder input to continually monitor feed progression throughout the entire machine cycle. This patented monitoring technique provides the earliest detection of an improper strip feed and helps prevent tooling damage. The Optimis system reduces set-up time, improves part quality and minimizes downtime by identifying feed slippage, stock buckling and other problems that occur when the strip is not in proper position. A machine mounted encoder provides precise position input from the press of feed. The Optimis was designed to interface with Incremental, Grey Scale, or Binary type encoders. Pilot misfeed detectors only identify the fault at the bottom of the stroke - Optimis identifies the misfeed when it occurs... and that \'s going to protect your tooling and save you money! Ordering Information Optimis Monitor Model OMD-200 misfeed detector includes (1) press interlock cable and (2) sensor/monitor interface cables. Encoder One encoder is required per system. Select standard duty for coupling to feed mechanism or heavy duty for installations requiring timing belts. Model 67003 Standard Duty Encoder with interface cable. Model 67004 Heavy Duty Encoder with interface cable. Die Sensor Kits Model S2-3010 includes (2) 30mm x 10mm sensors and (2) sensor cable assemblies Model S2-3020 includes (2) 30mm x 20mm sensors and (2) sensor cable assemblies Model S2-3030 includes (2) 30mm x 30mm sensors and (2) sensor cable assemblies Model S2-5030 includes (2) 50mm x 20mm sensors and (2) sensor cable assemblies Model S2-5050 includes (2) 50mm x 50mm sensors and (2) sensor cable assemblies Model S2-5080 includes (2) 50mm x 80mm sensors and (2) sensor cable assemblies Accessories Reach Gap Model 67010 30mm 10mm sensor Model 67011 30mm 20mm sensor Model 67012 30mm 30mm sensor Model 67013 50mm 20mm sensor Model 67014 50mm 50mm sensor Model 67015 50mm 80mm sensor Model 67020 Encoder interface cable Model 67023 Sensor/Monitor interface cable Model 67031 Press interlock cable Model 67024 Die sensor cable assembly with connector block",5);arrFiles[28]=new Array(31,"products/stampingpress/osptmc.php","2004-06-03","osptmc.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitor Calibrations Press Tonnage Monitor Calibrations NAAT Inc. is pleased to be able to offer this extremely competitively priced service. Not only can we supply you with tonnage monitors, but also supply assistance in installation as well as the yearly calibration. Typical brand name tonnage monitors calibrated are HELM, TOLEDO, IMCO and others. NAAT Inc. can also supply you with repair services for the above mentioned tonnage monitors, often performed right on your shop floor. Again NAAT Inc. is confident you will find our Press Tonnage Monitor Calibration Services both competitively priced and prompt.",1);arrFiles[29]=new Array(32,"products/stampingpress/osvas.php","2004-06-03","osvas.php","","","Home / Products and Services / Stamping Press Products / Vibration Analysis Services Vibration Analysis Services Vibration Analysis Service is another service which translates into large cost savings on preventing premature equipment failure. This is a service where NAAT Inc. will be happy to come and visit your facility and work with you on developing a route or simply analyzing a piece of equipment. We strongly recommend to our customers they include Vibration Analysis in their scheduled annual predictive maintenance program or include it as part of your summer plant shut down schedule. You will be supplied with a full report on the findings which will point out all suspect equipment. Typical equipment analyzed: Motors Blowers Conveyors Press Fly Wheels Large rotating equipment Any type of bearing Again in the fight against premature equipment failure feel Vibration Analysis is another valuable tool.",2);arrFiles[30]=new Array(33,"products/stampingpress/paf.php","2004-06-03","paf.php","","","Home / Products and Services / Stamping Press Products / Press Assembly Frames Press Assembly Frames HyperCyl® Press/Assembly frames and packages are designed for the the full line of 1 through 50 ton HyperCyl® cylinders. A modular approach allows the machine designer to choose from both C and H frames, and table top or pedestal base configurations. Custom frames and bases can also be designed and built to your specifications. All Press/Assembly frames can be supplied as a turn-key package complete with all controls required to operate the cylinder. Various pneumatic/electrical controls options are available to monitor and control cylinder pressure/force, high pressure and total stroke distance, part count, cylinder speed, and cycle time. HyperCyl® Press/Assembly frames and packages are ideal for a wide variety of production applications: Piercing Crimping Trimming Welding Forming Assembly Flaring Degating Clamping Bending Coining Marking Riveting",2);arrFiles[31]=new Array(34,"products/stampingpress/pdl.php","2004-12-10","pdl.php","","","Home / Products and Services / Stamping Press Products / Pneumatic Die Lifters Pneumatic Die Lifters Available in	both BALL or CYLINDRICAL types in sizes made to fit all	standard T-Slots. Ball type lifters carry moderate loads and have the	ability to move dies in any direction for ease of location and	alignment. Cylindrical type lifters offer maximum load carrying	capacity and provide in-and-out movement of the heaviest dies. Model	No. T-Slot	Size Ball	Bearing	Max Load	lbs. / ft.	Cylindrical Bearing	Max Load	lbs. / ft. Throat	Width	Headspace	Width	Headspace	Depth Throat	Depth Slot	Depth 515-5/8 5/8 800 N/A .688	min 1.22	min .48 .75 1.23	min 515-3/4 3/4 800 1,000 .812	min 1.38	min .61 .78 1.39 min 515-1 1 1,000 1,000 1.062	min 1.80	min .80 .80 1.63 min Available in	both BALL or CYLINDRICAL types in sizes made to fit all	standard T-Slots. Ball type lifters carry moderate loads and have the	ability to move dies in any direction for ease of location and	alignment. Cylindrical type lifters offer maximum load carrying	capacity and provide in-and-out movement of the heaviest dies. Model	No. T-Slot	Size Ball	Bearing	Max Load	lbs. / ft.	Cylindrical Bearing	Max Load	lbs. / ft. Throat	Width	(+-.010)	Headspace	Width	Headspace	Depth Throat	Depth Slot	Depth	(+-.010)	516-1-1/4 1-1/4 800 N/A 1.280 N/A N/A N/A 1.437	516-1-3/8 1-3/8 1,000 1,000 1.380 N/A N/A N/A 1.562",15);arrFiles[32]=new Array(35,"products/stampingpress/pds.php","2004-06-03","pds.php","","","Home / Products and Services / Stamping Press Products / Press | Die Sensors Press / Die Sensors Select the sensor type for your application below: Bolt On Sensors In-Die Sensors Standard / Custom Load Cells Tie-Bar Sensors",2);arrFiles[33]=new Array(36,"products/stampingpress/pds_bos.php","2004-06-03","pds_bos.php","","","Home / Products and Services / Stamping Press Products / Press | Die Sensors / Bolt On Sensors Bolt On Sensors HT-400 Strain Gain Helm HT-400 Features: Measures Tension or Compression Industry proven since 1968 Simple, trouble free installation Interfaces with any Helm monitoring system High output strain gage design Lifetime guarantee The Helm HT-400 Strain Gain load sensing transducer accurately detects strain levels on all types of metal stamping presses. Using either drill/tap or weld/pad mounting method, the sensor is installed directly to upright columns of straight side presses or throat area of OBI and Gap Frame presses. When interfaced with Helm monitoring systems, linear output of strain levels at each sensing location is displayed on digital meters. Strain gages in a 350 ohm full Wheatstone bridge circuit are used as load sensing elements to assure long term stability and accuracy. Manufactured under laboratory conditions, all HT-400 sensors are matched within 1% and may be interchanged without recalibration of the press. Specifications Capacity................................................................400 Microstrain Overload................................................................600 Microstrain maximum Recommended Excitation.......................................8 volts AC or DC Maximum Excitation..............................................15 volts AC or DC Output..................................................................1 mv/v @ 400 Microstrain",3);arrFiles[34]=new Array(37,"products/stampingpress/pds_ids.php","2004-06-03","pds_ids.php","","","Home / Products and Services / Stamping Press Products / Press | Die Sensors / In-Die Sensors In-Die Sensors Die-Plug TM Finally... An Inexpensive Die Implant Sensor that Combines Easy Installation with very High Sensitivity. The Helm Die Plug Sensor Allows: Pinpointed Die Monitoring Easily read trend Displays Precise Tooling and Equipment Monitoring Accurately Monitored Tooling, Lubricants and Stock High Quality Parts Production Helm In-The-Die Sensors for Metal Stamping and Cold Forming Applications Small Size - High Output Wide Working Load Range Easily installed - Minimum Downtime Ultra-Sensitive Yet Industrial Grade Once installed, the plug sensors are compatible with any HELM monitoring unit, including the proven TREND series, the monitoring system that incorporates digital metering and automatic alarm set with unique TREND displays. It gives operators easy to follow rising, decreasing, or stable load outputs allowing them to see problems - many before they develop. Based on one-of-a-kind sample-and-compare microprocessor logic, this new monitoring system is a major advancement, merging state-of-the-art laboratory technology with the rugged, often harsh, environment of the metal forming industry. Installing The Die Plug Sensor Is As Easy As 1-2-3",4);arrFiles[35]=new Array(38,"products/stampingpress/pds_sclc.php","2004-06-03","pds_sclc.php","","","Home / Products and Services / Stamping Press Products / Press | Die Sensors / Standard | Custom Load Cells Standard/Custom Load Cells Helm force measurement sensors and systems are widely used in both standard and custom applications throughout the metalworking industry. Many secondary operations such as staking, riveting, welding and assembly are sensitive to variations in force and can be monitored and controlled using Helm force measurement systems. Our staff of transducer engineers are available to design force sensors in measurement capacities from a few pounds to several thousand pounds. Consult your HELM representative for additional information on our products and services. Low Profile Solid Load Cell Helm LPS Series load cells are built from high quality steel to accurately measure compression forces from .5 to 5000 tons. The low profile design allows for easy mounting in confined areas. Special protective coatings protect the strain gage elements and an anti-rotation pin is supplied with each load cell to assure proper alignment. LCS Series available in .5, 1, 2, 4, 6 and 8 tons. Dimensions are shown in inches. Model Capacity(Tons) A B C D E LCS-1K .5 .625 .615 .312 .14 .150 LCS-2K 1 .625 .615 .312 .14 .150 LCS-4K 2 .750 .990 .500 .14 .250 LCS-8K 4 .750 .990 .492 .14 .250 LCS-12K 6 .875 1.240 .603 .14 .312 LCS-16K 8 .875 1.240 .696 .14 .312 HCS Series available in 10, 15, 20, 25, 50, 75, 100, 200, 300, 400 and 500 tons. Dimensions are shown in inches. Model Capacity(Tons) A B C D E HCS-10T 10 1.250 1.990 .778 .25 .500 HCS-15T 15 1.990 2.115 .953 .25 .500 HCS-20T 20 1.250 1.990 1.100 .25 .500 HCS-25T 25 1.750 2.490 1.230 .25 .625 HCS-50T 50 1.750 2.490 1.740 .31 .625 HCS-75T 75 2.250 3.490 2.130 .31 .875 HCS-100T 100 2.250 3.490 2.460 .31 .875 HCS-200T 200 3.500 5.230 3.480 .44 1.313 HCS-300T 300 3.500 5.230 4.260 .44 1.313 HCS-400T 400 4.000 6.480 4.920 .50 1.625 HCS-500T 500 4.000 6.480 5.500 .50 1.625 LOW PROFILE RING LOAD CELLS Model LPR Series load cells feature a thru-hole design for applications where clearance is required through the center of the cell. Internal hole diameters range from .250 to 1.75. All cells incorporate a machined stress riser to allow accurate measurement in a wide range of applications. LCR Series available in .5, 1, 2, 4, 6 and 8 tons. Dimensions are shown in inches. Model Capacity(Tons) A B C D E F LCR-1K .5 .625 .865 .250 .351 .14 .278 LCR-2K 1 .625 .865 .375 .512 .14 .310 LCR-4K 2 .750 1.115 .500 .609 .14 .404 LCR-8K 4 .750 1.115 .500 .702 .14 .404 LCR-12K 6 .875 1.365 .500 .783 .14 .466 LCR-16K 8 .875 1.365 .500 .857 .14 .466 HCR Series available in 10, 15, 20, 25, 50, 75, 100, 200, 300, 400 and 500 tons. Dimensions are shown in inches. Model Capacity(Tons) A B C D E F HCR-10T 10 1.250 2.115 .875 1.171 .25 .750 HCR-15T 15 1.250 2.115 .875 1.294 .25 .750 HCR-20T 20 1.250 2.490 1.000 1.487 .25 .875 HCR-25T 25 1.750 2.490 1.000 1.586 .25 .875 HCR-50T 50 1.750 3.240 1.250 2.143 .31 1.125 HCR-75T 75 2.250 3.240 1.250 2.471 .31 1.125 HCR-100T 100 2.250 4.740 1.500 2.882 .31 1.563 HCR-200T 200 3.500 4.740 1.500 3.790 .44 1.563 HCR-300T 300 3.500 6.240 1.750 4.608 .44 2.000 HCR-400T 400 4.000 6.240 1.750 5.224 .50 2.000 HCR-500T 500 4.000 6.740 1.750 5.775 .50 2.125 IN-LINE SERIES Helm In-line load cells incorporate strain gages for direct measurement of any force transmitted though the longitudinal axis. The male and female threads at each end allow connection and measurement for both tension and compression forces. Capacities range from 1,000 to 30,000 pounds. Low capacity in-line load cells available in 1,000, 2,000, 4,000, 6,000, 8,000 and 10,000 pounds. Model Capacity (Pounds) A B C D E F G ILS-L1 1,000 3.50 3.00 .50 1/2-13 x.50 1/2-13 x.50 7/8 Hex Flats 1/4-20 Set Screw ILS-L2 2,000 3.50 3.00 .50 1/2-13 x.50 1/2-13 x.50 7/8 Hex Flats 1/4-20 Set Screw ILS-L4 4,000 3.50 3.00 .50 1/2-13 x.50 1/2-13 x.50 7/8 Hex Flats 1/4-20 Set Screw ILS-L6 6,000 3.50 3.00 .50 1/2-13 x.50 1/2-13 x.50 7/8 Hex Flats 1/4-20 Set Screw ILS-L8 8,000 3.50 3.00 .50 1/2-13 x.50 1/2-13 x.50 7/8 Hex Flats 1/4-20 Set Screw ILS-L10 10,000 3.50 3.00 .50 1/2-13 x.50 1/2-13 x.50 7/8 Hex Flats 1/4-20 Set Screw High capacity in-line load cells available in 2,000, 5,000, 10,000, 20,000, 25,000 and 30,000 pounds. Model Capacity (Pounds) A B C D E F G ILS-H2 2,000 5.00 4.00 .60 1-14 x 1.00 1-14 x 1.00 1 1/4 Hex Flats 1/4-20 Set Screw ILS-H5 5,000 5.00 4.00 .60 1-14 x 1.00 1-14 x 1.00 1 1/4 Hex Flats 1/4-20 Set Screw ILS-H10 10,000 5.00 4.00 .60 1-14 x 1.00 1-14 x 1.00 1 1/4 Hex Flats 1/4-20 Set Screw ILS-H15 15,000 5.00 4.00 .60 1-14 x 1.00 1-14 x 1.00 1 1/4 Hex Flats 1/4-20 Set Screw ILS-H20 20,000 5.00 4.00 .60 1-14 x 1.00 1-14 x 1.00 1 1/4 Hex Flats 1/4-20 Set Screw ILS-H25 25,000 5.00 4.00 .60 1-14 x 1.00 1-14 x 1.00 1 1/4 Hex Flats 1/4-20 Set Screw ILS-H30 30,000 5.00 4.00 .60 1-14 x 1.00 1-14 x 1.00 1 1/4 Hex Flats 1/4-20 Set Screw BUTTON LOAD CELLS High capacity in a small size are key features in Helm button load cells. these unique force sensors combine excellent linearity and repeatability characteristics in providing accurate measurements with minimal space requirements. Capacities range from 250 to 8,000 pounds. Low capacity button load cells available in 250, 500, 1000, 1500, 2000, 2500, 3000, 3500 and 4000 pounds. Model Capacity (Pounds) LCB-250 250 LCB-500 500 LCB-1000 1,000 LCB-1500 1,500 LCB-2000 2,000 LCB-3000 3,000 LCB-4000 4,000 High capacity button load cells available in 250, 500, 1000, 1500, 2000, 3000, 4000, 5000, 6000, 7000 and 8000 pounds. Model Capacity (Pounds) HCB-250 250 HCB-500 500 HCB-1000 1,000 HCB-1500 1,500 HCB-2000 2,000 HCB-3000 3,000 HCB-4000 4,000 HCB-5000 5,000 HCB-6000 6,000 HCB-7000 7,000 HCB-8000 8,000 CALIBRATION LOAD CELLS Helm load cells provide a accurate method of measuring load when calibrating presses. Rugged design and complete encapsulation assures an accurate and long term standard of calibration. All Helm load cells are traceable to the National Bureau of Standards and are available in 5, 10, 25, 50, 100, 250, 500, 1000, 1500 and 2000 ton capacities. They may be grouped for full capacity and uniform loading for a wide range of press sizes. Load Cell Specifications: Nominal output at full capacity: 2 millivolts per volt of excitation Repeatability Within 0.1% of rated capacity Maximum dynamic overload 150% of rated capacity Zero balance 0.01 millivolt per volt of excitation Bridge resistance 700 ohms Maximum excitation voltage 15 volts D.C. Typical excitation voltage 8 volts D.C. Connector Amphenol 7 pin connector (#97-3102A-16S-1P) Flatness and Parallelism Within 0.0002 inch",33);arrFiles[36]=new Array(39,"products/stampingpress/pds_tbs.php","2004-06-03","pds_tbs.php","","","Home / Products and Services / Stamping Press Products / Press | Die Sensors / Tie-Bar Sensors Tie-Bar Sensors Precision measurement for better process control. The model T-2640 tie bar force transducer, patented by and proprietary to Helm Instrument Co., Inc., is designed for installation within a drilled hole on the tie bar center line. Tie bar deflections as small as one-millionth of an inch (.000001) can be measured with linear and repeatability within one-half of one percent (.05%). Strain gages in a full 350 ohm Wheatstone bridge circuit are used to assure long term stability and accuracy. Manufactured under laboratory conditions, all T-2640 force sensors are matched within 1% and may be interchanged without recalibration. The model T-2640 transducer is installed directly within a drilled hole and permanently mounted by expanding the sensor body with front and back tapered bushing assemblies to create a press fit. As a result of it \'s unique design, the sensor is secured without pre-load, affording accurate calibration mathematically. On-machine Drilling The model T-2640 transducer is available in several diameters for installation within existing holes drilled previously to accommodate dial indicator type devices. For machines where existing holes are not available, Helm field machining technicians can provide on-machine tie-bar drilling with Helm \'s portable gun drilling system. This specialty gun drilling system, developed exclusively for deep hole tie bar drilling, is fixtured directly to the machines tie bars and produces drilled holes to 96 deep at production rates of 1.5 per minute. the drilling system can be used on any size machine with tie bars from 2.0 diameter to 15.0 diameter. Typically, all four tie bars of a die cast machine can be completely prepared for transducer installation within one normal working shift.",3);arrFiles[37]=new Array(40,"products/stampingpress/pls.php","2004-06-03","pls.php","","","Home / Products and Services / Stamping Press Products / Programmable Limit Switches Programmable Limit Switches Series KPD KPD Press Automation Controller The KPD system consist of three components. Controller, resolver to controller cable assembly, resolver package. Features: 6 Programmable limit switch outputs, 4 die protection inputs, Brake wear indicator, Motion Detector, Speed compensation and timed outputs, 50 job storage, Stroke, batch, and total counters, .6 AMP power supply for die protection sensors, 4 line English language vacuum fluorescent display. Series 1988 Quik-Set II Micro-Computer P.L.S. The Series 1988 Quik-Set II Micro-Computer PLS is a Micro-Computer based Programmable Limit Switch with a convenient keypad for programming each independent circuit to open or close at the desired settings. Can be used with our Series 1986 Resolver Assembly. Series 1989 Absolute PLC Interface The Series 1989 Absolute PLC Interface receives a signal from either a single turn or multiple turn resolver, linear displacement transducer, or an analog input and converts this signal to a digital code. In most instances this code would be BCD but it can also be Binary, Gray, or any special code which is required. No battery back up is required, since this conversion is absolute.The scale factor can be anything from 2 to 99,999 per turn or per stroke.The scale factor is set at the factory but can be changed in the field with an optional keypad.A Buss enable feature allows multiplexing many encoders to a single programmable controller input card, while memory latch allows the quickly changing encoder microprocessor to be read by the slower PLC Optional offset and reset features allow for easier machine set-up and operation. Can be used with our Series 1986 Resolver Assembly. Series 1991 PLS Quik-Set IV Ultra High Speed PLS The Series 1991 PLS is an ultra high-speed programmable limit switch designed to provide set point control in high-speed machine applications.Its hardware driven logic circuits operate at a through put time of 10 microseconds (.00001 seconds) on the first 16 output circuits.This allows one count accuracy on systems with 3600 counts per revolution scale factor at speeds over 1600 RPM. Speed compensation software allows independent rates of advanc or retard on the leading and trailing edge of a programmed set point. This allows full compensation for both the on and off response time of the machine function being manipulated for precise control of its location and duration within the machine cycle. Operation programming can be done through its keypad or remotely via RS232 or RS485 from a PLC, PC or any computer device with two-way serial communications capability.Can be used with our Series 1986 Resolver Assembly. Series 1995A Micro-Set PLS The Series 1995A PLS was designed for use in rotary and linear application.It incorporates many features for safe, efficient operation.The completely self-contained unit can operate up to 30 independent outputs (six standard) based on the rotary position of the resolver.It offers an on-line fault check that provide an automatic, in process mechanism to verify that all major programmable limit switch functions are operating properly. The fault check output can be energized by activating the fault-check enable input.The output is a mechanical relay that is energized during normal operation, having 1 N.O. and 1 N.C. contact.Can be used with our Series 1986 Resolver Assembly. Series 1995B Micro-Set PLS The Series 1995B Micro-Set PLS was designed for use in the mechanical press industry. It incorporates many features for safe, efficient press automation.This completely self-contained unit can turn up to 30 independent outputs on or off based on the rotary position of the press crank. On-line brake monitoring checks the stopping time of the press against a customer-selected preset stopping time.It can also be used to check the stopping distance at any point in the stroke. A dedicated mechanical SPDT relay remains energized when stopping time is within tolerance.Once exceeded, the mechanical relay de-energizes to initiate a stoppage or warning signal. Can be used with our Series 1986 Resolver Assembly. Series 1995L Micro-Set PLS The Series 1995L Micro-Set PLS was designed for use in linear machine control applications. It incorporates many features for safe, efficient machine automation. This completely self-contained unit can turn up to 30 independent outputs on or off based on the position of a linear displacement transducer or feedback from other analog devices such as pressure transducers, potentiometers, etc. It offers 0-10 VDC input with a built-in +/- 15 VDC power supply for feed to a linear displacement transducer. Other input voltages are available for use with other devices.Can be used with our Series 955 Brik Linear Transducer and our Series 951 Quik Stik II Linear Transducer. Series 1771 Programmable limit switch The Series 1771 Programmable Limit Switch (PLS) is a resolver-based unit that incorporates Allen-Bradley technology and is completely compatible with the A-B Series 1771 I/O chassis.The Gemco 1771-PLS Series cards are internally powered from the PLC back plane, eliminating the need for an external power supply.The resolver input provides 14 bit (16,384 count) resolution and field programmable scale factor.There are two models available, the 1771 PLS-B1 and the 1771 PLS-C1. Can be used with our Series 1986 Resolver Assembly.",12);arrFiles[38]=new Array(41,"products/stampingpress/ptp.php","2004-06-03","ptp.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Profiler Press Tonnage Profiler TONNAGE PROFILER 3000 Take advantage of your press Tonnage and Resolver signals, which are already, present and allow us to graphically display on your laptop or PC the unique signature that is created when you graph Tonnage vs. Position . Why would the Tonnage Profiler 3000 be beneficial to me? By profiling the tonnage, using press ram position data from the Resolver and Tonnage from the strain gauges, you can pinpoint with great accuracy the tonnage at the exact angle the tonnage in question happens. The advantage you gain from this feature is that it is sensitive enough to detect the subtle variations due to changes in material thickness or hardness, inconsistent die lube, worn tooling, slugs, splits and wrinkles. In other words this becomes an indispensable trouble-shooting tool for both the maintenance and QA departments in your plant. By profiling the die’s running load, using press ram position data and tonnage information you can pinpoint with great accuracy the load at the exact point in the stroke in which it occurs. This allows toolmakers to identify when punches engage the material or when forming occurs. In other words this creates a fingerprint for that die which can be used as a reference each time that particular die runs. This technology also allows for a higher degree of machine protection by monitoring the load through out the entire stroke. High tonnage limits can be set to follow the tonnage profile rather than just the peak as with conventional load monitors. This helps to eliminate the possibility of jamming the machine on bottom due to developing excess load to high up in the stroke. By using your EXISTING Resolver and Strain gauge signals you realize a large savings in capital expenditure. The data or “foot prints” collected can be exported to a spreadsheet such as Excel. The unit or software has a “Job Memory” feature where one can import the curve from the previous time the job was run TONNAGE PROFILER 3000 FAQ Q: Will the Tonnage Profiler 3000 upset my resolver or tonnage readings on the equipment I am already running? A: NO. For the Tonnage measurement, the Tonnage Profiler 3000 uses a high impedance electronics making it in essence invisible to your tonnage monitor. For the resolver reading most PLS output BCD, Graycode or some type of analog signal that is used with auxiliary feeding equipment where Press Position is important. Q: What if we don’t have a PLS or Resolver available for the Tonnage Profiler 3000? A: We have reasonably priced industrial encoders, that when coupled to your press will output the pulse train required. Q: What if we don’t have a Tonnage monitor on our press. A: We can supply 2 or 4 piece strain gauge kits required to generate Tonnage signals required. Q: Do I need to re-calibrate my tonnage monitor after installing the Tonnage Profiler 3000? A: NO. You simply run a calibration routine in our software, which calibrates the Tonnage Profiler 3000, independent of any existing hardware. Q: Can I install my own the Tonnage Profiler 3000? A: YES, the Tonnage Profiler 3000 is very easy to install. The system was designed to be very un-intrusive. If you feel you do not wish to perform the installation, feel free to contact us as we can arrange for professional installation services. Q: If I want to use my laptop but have more than one (1) press I want to use the Tonnage Profiler 3000 on do I need to buy additional Licenses? A: NO. We will, via software keys, allow you to use the software on as many presses you require in your plant. The only purchase will be the Interface or Signal conditioning boxes which are mounted permanently at each press. Q: Do I need to buy any special cards for my PC or laptop? A: NO. Included with the purchase you are supplied the hardware necessary to interface with your laptop or PC. TONNAGE PROFILER 3000 Sample Screen Shot For your complete quote or any additional information please contact us.",6);arrFiles[39]=new Array(42,"products/stampingpress/qdc.php","2004-06-03","qdc.php","","","Home / Products and Services / Stamping Press Products / Quick Die Clamps Quick Die Clamps Quick Die Change Clamps for the Metal Stamping Industry Model 70 (Without Heel Block) Model 71 (With Heel Block) Two styles available for clamping, either U-Flange or Ledge type dies. Load and Dimensional Data Model No. T-Slot Bolt Size Load Capacity Series Load A T-Slot Bolt Length B Grip Length - Total Including T-Slot Throat Height Min Max Hex Nut Size ( Thread Size) Torque Ft. Lbs. C Clamp Arm Length D (Mod 71 only) Height of Die Clamping Ledge 70 5/8 5/8 Gold 10 Tons * 3 1/2 4 5 0.9 1.4 2.3 1.9 2.4 3.4 1 1/4 Hex (5/8-11 Thd.) 80 2 1/2 Specified by User 70 3/4 3/4 Blue 6 1/2 Tons * 4 5 6 7 0.5 0.5 1.4 2.4 1.75 2.75 3.75 4.75 1 1/4 Hex (3/4-10 Thd.) 125 3 1/2 Specified by User 70 3/4 3/4 Gold 15 Tons * 4 5 6 7 0.5 0.5 1.4 2.4 1.75 2.75 3.75 4.75 1 1/4 Hex (3/4-10 Thd.) 125 3 1/2 Specified by User 70 1 1 Blue 8 1/2 Tons * 4 5 6 7 0.5 0.5 1.4 2.4 1.75 2.75 3.75 4.75 1 5/8 Hex (7/8-9 Thd.) 150 3 1/2 Specified by User 70 1 1 Red 10 1/2 Tons * 4 5 6 7 0.5 0.5 1.4 2.4 1.75 2.75 3.75 4.75 1 5/8 Hex (1 \'-8 Thd.) 150 3 1/2 Specified by User 70 1 1 Gold 18 Tons * 4 5 6 7 0.5 0.5 1.4 2.4 1.75 2.75 3.75 4.75 1 5/8 Hex (7/8 \'-9 Thd.) 150 3 1/2 Specified by User 70 1 1 Green 22 Tons * 4 5 6 7 0.5 0.5 1.4 2.4 1.75 2.75 3.75 4.75 1 5/8 Hex (1 \'-8 Thd.) 150 3 1/2 Specified by User * Load capacity of of model 71 (with heel block) is 60% of that shown above. The Diesetter Advantage Clamping action twice as fast as others - Only 1/8 turn Ease of clamping with exclusive torque reducing anti-friction thrust bearing Clamp arm that is automatically positioned in a ready to use attitude for proper interface with die set Parking brackets available to park and organize clamps during die changeover Design allows higher die loads than other Look-alike clamps in the industry High surface area T-Bolt provides 1/3 greater surface area than square head bolts Alloy steels used for high strength and long life Smooth machined clamp arm surfaces provide superior die to clamp interface and increased contact surface All Diesetter clamps are backed by our exclusive 4 year warranty",22);arrFiles[40]=new Array(43,"products/stampingpress/rcls.php","2004-06-03","rcls.php","","","Home / Products and Services / Stamping Press Products / Rotary Cam Limit Switches Rotary Cam Limit Switches Series 2000 Rotary Limit Switches The Series 2000 Rotary Limit Switches are primarily used for machine tools, handling devices, and rotary operators where motion is expressed in shaft rotation.The primary purpose of the switch is to control the intermediate or end limits of a linear or rotary motion. The switch is often used as a safety device to protect against accidental damage to equipment. Available in several different versions such as the Worm Gear Type, Spur Gear Type, Heavy Duty Type, 2 Circuit Worm Gear Type, and the 4 Circuit Worm Gear type. Series K80 Rotating Cam Limit Switches K80 units are available in many configurations and styles. The following is a list of the standard features that can be configured: Enclosure Style Nema 1 – General purpose enclosure or Nema 12– Oil tight and dust tight enclosure. Number of Cam Limits Available up to 12 limits standard (8 limits when used in cam / resolver package). Switch Type SPDT 15Amp rated or DPDT 10Amp rated Switches. Shaft Location D – Double Ended Shaft (standard) R– Right Hand Shaft L– Left Hand Shaft. Optional Consult the factory for optional items such as integral sensors, gear boxes, custom shaft styles, custom switch configurations or any other item not shown in our standard order build catalog section. Series 1980 Rotating Cam Limit Switches The Series 1980 Micro-Adjust Rotating Cam Limit Switch is a pilot device used for heavy duty material handling mechanisms, mechanical presses, packaging machines, rotary table, and in many other applications where accurate, repetitive, and sequential operations are required in control circuitry. When motion is expressed in shaft rotation, either through a roller chain, gear train, or directly, the Rotating Cam Limit Switch makes it possible to open or close independent circuits at any desired angular positions. Available in NEMA 1, NEMA 4 & 5, NEMA 7, and NEMA 12. Series 1980R Micro-Adjust Cam/Resolver Combination The Series 1980R combines a resolver based signal off of the existing camshaft. Many press operations are now being fitted with automation equipment that requires limit switch outputs. While most press control outputs remain unchanged from die to die, the automation outputs frequently require adjustment. The Series 1980R Cam/Resolver package provides the safety and reliability of mechanical cams for press control circuits. The industrial grade resolver supplies the input to a programmable limit switch that provides the automation other frequently changed outputs. Series 1983 Opto-Cam The Series 1983 Opto-Cam is a rotating cam limit switch that uses a photo eye to optically actuate. Used primarily for applications requiring high speed positioning, up to 3600 RPM, where a mechanical switch would not be able to function. The Series 1983 Opto-Cam has 2-40 circuit rotating cam limit switch assemblies with NEMA, 4, 7 and 12 enclosures. It has an AC and DC outputs with 3-amp plug-in opto 22 outputs. Also a 3” micro-adjust cam for precision settings from 1 ° to 359°.",6);arrFiles[41]=new Array(44,"products/stampingpress/safetylights.php","2004-06-03","safetylights.php","","","Home / Products and Services / Stamping Press Products / Safety Lights Safety Lights SuperLight VI Diverse Redundancy Design Concept TRIAD safety light curtains utilize the diverse redundancy design concept. This gives the safety light system a higher level of redundancy and control reliability. The two microprocessors are of different design, and the microprocessor or parallel programs are run and made up from different instruction sets written by different programmers. Self-Checking Circuitry TRIAD safety light curtains self-check every 20 milliseconds. Self-checking is the ability to electronically verify that all of the systems critical internal circuit components and their redundant counterparts or back-ups are operating properly. Redundant Captive Contact Safety Relays Redundant relays assure safety if an output relay should fail. SuperLight VI utilizes safety relays which have force-guided contacts. The contacts are mechanically locked together so that if one set of contacts weld, the other contacts cannot change state. If one should fail, code 5-6 will be displayed on the diagnostic display. Extra Safe Design Provides two methods of fail-safe design. One utilizes two microprocessors and two captive contact relays, and one uses four watchdog timers monitoring the system and the captive contact relays. External Diagnostic Display Standard on all TRIAD safety lights is the Quickview Diagnostic Display. Alpha-numeric display shows status and fault codes of the unit. This is an excellent safety and maintenance feature. Control Reliable System Critical components of the SuperLight VI are duplicated so that a single component failure will not cause an unsafe condition. If a component does fail, the units self-checking circuitry recognizes the situation and initiates a safe stop of the machine. Powerful Infrared Light Source TRIAD safety lights utilize powerful, safe, and predictable infrared light as its sensing source. This gives the system greater reliability and enhances machine utilization by minimizing nuisance trips and shutdowns caused by dirt, coolants, lubrication mists and machine oils. TRIAD safety lights are highly immune to EMI, RFI, and ambient light conditions and are unaffected by strobe lights and weld flash generated light sources. Extensive Testing TRIAD safety lights incorporate extensive testing and burn-in to establish a high degree of product reliability and safety. SuperLight VII Diverse Redundancy Design Concept The SuperLight VII safety light curtain utilizes the diverse redundancy design concept. This gives the safety light system a higher level of redundancy and control reliability. The two microprocessors are of different design, and the microprocessor or parallel programs are run and made up from different instruction sets written by different programmers. Self-Checking Circuitry The SuperLight VII safety light curtain self-checks every 20 milliseconds. Self-checking is the ability to electronically verify that all of the systems critical internal circuit components and their redundant counterparts or back-ups are operating properly. Extra Safe Design Provides two methods of fail-safe design. One utilizes two microprocessors and two captive contact relays, and one uses four watchdog timers monitoring the system and the captive contact relays. Redundant Captive Contact Safety Relays Redundant relays assure safety if an output relay should fail. SuperLight VII utilizes safety relays which have force-guided contacts. The contacts are mechanically locked together so that if one set of contacts weld, the other contacts cannot change state. If one should fault, code 5-6 will be displayed on the diagnostic display. External Diagnostic Display Standard on the SuperLight VII safety light curtain is the Quickview Diagnostic Display. Alphanumeric display shows status and fault codes of the unit. This is an excellent safety and maintenance feature. Control Reliable System Critical components of the SuperLight VII are duplicated so that a single component failure will not cause an unsafe condition. If a component does fail, the units self-checking circuitry recognizes the situation and initiates a safe stop of the machine. Powerful Infrared Light Source The SuperLight VII utilizes powerful, safe, and predictable infrared light as its sensing source. This gives the system greater reliability and enhances machine utilization by minimizing nuisance trips and shutdowns caused by dirt, coolants, lubrication mists and machine oils. The SuperLight VII is highly immune to EMI, RFI, and ambient light conditions and are unaffected by strobe lights and weld flash generated light sources. Extensive Testing The SuperLight VII incorporate extensive testing and burn-in to establish a high degree of product reliability and safety. MicroGuard The Thin Profile Light Curtain with a Smart Controller More safety features -- fits in tight spaces -- continual message display communicates system status -- high reliability -- meets OSHA-ANSI-CSA-RIA standards. Introducing MicroGuard, the revolutionary new light curtain from TRIAD Controls. MicroGuard is thin in design, fits into tight spaces, uses reliable infrared technology, solid state construction, is easy to install and continually visually communicates the system status with operators and plant personnel. The MicroGuard advantage is the Advanced Smart Controller Design that allows the operator and plant personnel to perform immediate visual checks on the system status. There are 50 diagnostic messages which provide an exact determination of MicroGuard’s operational status on a continual basis. Messages are easily viewed from the message display on the front of the controller. The operator can verify the condition of operation and status of the system at all times. For the first time, MicroGuard’s design allows a quick and easy resolution to system faults and maintenance concerns. Constant communication between the operator and MicroGuard will save valuable operating time by reducing machine down time. The self-diagnostic capability allows MicroGuard to troubleshoot itself by identifying system faults. This constant operating evaluation allows problems to be immediately corrected. This ensures that each MicroGuard user will get maximum machine utilization. MicroGuard is user friendly . Simple cable hook-ups are used to activate MicroGuard. Power is common 110VAC, 240VAC, or 24VDC. The thin profile is easily mounted in tight spaces and is available in 30 sizes that can be adapted to any application need. The thin profile pylons feature 1/2” or 1 beam spacing with an easy alignment feature. Solid state modular Nema IV construction is easy to maintain with snap-in circuit board construction. Lens covers are high impact plastic and are easily replaced. The redundant circuit and microprocessor design of MicroGuard ensures safe, uninterrupted operation. MicroGuard is also designed for immunity to noise, light, weld flash and other ambient light sources. The MicroGuard light curtain is available in both a Metal Box Controller Module or a compact 35 mm DIN-rail Controller Module. Inherent Design Features: Diverse Redundancy Design Concept Triad safety light curtains utilize the diverse redundancy design concept. This gives the safety light system a higher level of redundancy and control reliability. The two microprocessors are of different design, and the microprocessor or parallel programs are run and made up from different instruction sets written by different programmers. Self-Checking Circuitry Triad safety light curtains self-check every 20 milliseconds. Self-checking is the ability to electronically verify that all of the systems critical internal circuit components and their redundant counterparts or back-ups are operating properly. Extra Safe Design Provides two methods of fail-safe design. One utilizes two microprocessors and two captive contact relays, and one uses four watchdog timers monitoring the system and the captive contact relays. Redundant Captive Contact Safety Relays Redundant relays assure safety if an output relay should fail. MicroGuard utilizes safety relays which have force-guided contacts. This is a configuration where the contacts are mechanically locked together so that if one set of contacts weld, the other contacts cannot change state. If one should fail, code “Relay Fault” will be displayed on the diagnostic message display. The complete guarding system consists of two miniature pylons with a controller for system diagnostics and wiring interface. External Diagnostic Message Display Standard on all Triad MicroGuard safety lights is the “External Diagnostic Display.” Alpha-numeric Plain English Messages Scrolling message display shows status and fault codes of the unit. This is an excellent safety and maintenance feature, which is unparalleled in the machine guarding industry for enhancing machine utilization. Control Reliable System Critical components of the MicroGuard are duplicated so that a single component failure will not cause an unsafe condition. If a component does fail, the units self-checking circuitry recognizes the situation and initiates a safe stop of the machine. The fault is then displayed on the message display. Powerful Infrared Light Source Triad safety lights utilize powerful, safe, and predictable infrared light as its sensing source. This gives the system greater reliability and enhances machine utilization by minimizing nuisance trips and shutdowns caused by dirt, coolants, lubrication mists and machine oils. Triad safety lights are highly immune to EMI, RFI, and ambient light conditions and are unaffected by strobe lights and weld flash generated light sources. Extensive Testing Triad safety lights incorporate extensive testing and burn-in to establish a high degree of product reliability and safety. Perimeter Guarding Perimeter Guards utilize wider beam spacing than safety light curtains protecting personnel from pinch point or point of operation hazard zones. Perimeter Guards are designed to detect when an operator or passerby penetrates the perimeter of a hazardous zone. The Perimeter Guard safety light curtain will then initiate a stop signal to the machine control. Triad Perimeter Guards also incorporate latching safety relays. This requires a manual reset after each penetration into the guarded zone. This is an additional safety feature to protect the intruder from an inadvertant machine actuation while the intruder is within the work area.",14);arrFiles[42]=new Array(45,"products/stampingpress/safetymats.php","2004-06-03","safetymats.php","","","Home / Products and Services / Stamping Press Products / Safety Mats Safety Mats NAAT Inc. is proud to announce the latest addition to our product line... the ME151 Impact-Resist, Heavy Duty Mat . Design Features: Available with Diamond Top or Ribbed non-skid surface No Joining Strips Required Sensitive Edges Flame Resistant No Silicone Resistant to common oils and chemicals Water Resistant Hermetically Sealed Electrical Diagram: 4 wire N.O. Electrical Requirements: 24 volt, ½ amp AC or DC Environmentally friendly: CFC Free Specifications Outer Materials: PVC. Assembled Mat Thickness: 5/8 Color: Black, Yellow. Lead Wire: 16 AWG, 10ft. long (3m). Connectors: Brad-Harrison ® available. Sensitivity: 66 lbs. (30kg) per 3 1/8 (80mm) diameter. Cycle Test: 1 million. Maximum Width: 36 x 48 standard; up to 55 optional. Temperature Range: +5°C to -40°C (+41°F to + 104°F). Fire Resistance: Self Extinguishing. Weathering: 7 days - No visual change. Cracking: None - @ ¼ Mandrel at -40°F. Hardness : 93 +/- 6 ASTM-D-2240. Controllers: Use in conjunction with any reliable controller to provide a complete safeguarding system. For additional information on our controllers please contact us. Alumaglas ® Contact Elements Blanketed contact elements cover the entire surface virtually eliminating any dead zones in the active surface. Alumaglas ® will not rust or Dent. It is completely flexible enabling it to bounce back from impacts without dents which could damage other rigid contact elements. Retainer Extruded aluminum is highly recommended to surround the mat(s) and secure them in place. It \'s available in straight or mitered cut. Warranty NAAT Inc. will replace within 2 years from date of shipment from our factory, any ME151 mat subject to normal use which is found to have defective materials or workmanship, as determined solely by our authorized factory representative. Replacements will be shipped to you freight collect. This guarantee is void where evidence of misuse or abuse is present.",8);arrFiles[43]=new Array(46,"products/stampingpress/shdim.php","2004-06-03","shdim.php","","","Home / Products and Services / Stamping Press Products / Shut Height Display Interface Modules Shut Height Display Interface Modules Series 1994L Transducer Input Module The Series 1994L Transducer Input Module that incorporates Allen-Bradley licensed technology for complete compatibility and Allen-Bradley Series 1746 I/O chassis. The unit monitors machine position from linear transducers and delivers continuous absolute position data to the SLC processor in inches to 0.001” or in millimeter and velocity data. This high resolution is accomplished without the need for recirculations for improved system response time. The Series 1994L Transducer Input Module can be interfaced with a Series 951, Series 952, Series 955 and a Series 925. Series 2120 PLC Interface Module The Series 2120 PLC Interface Module is an accurate, absolute position sensing device for use with rugged, noise immune transducers in harsh environments. They can be used as simple indicators of position or as a PLC Interface Module generating digital signals, as well as serial and analog outputs to feed PLC’s. The Series 2120 PLC Interface Module improves on our popular Series 1994R and 1994L PLC Interface modules. In fact, the Series 2120 combines all the features of the Series 1994 in one unit with many added features our customers wanted. The Series 2110 and 2120 can be interfaced with a Series 951, Series 952, Series 955, and a Series 925. Series 948 Limit Module The Series 948 Limit Module is designed for use with AMETEK Patriot continuous linear position sensors or other analog output devices, to supply four adjustable set point limits within the operation range of the sensor. The Series 948 Limit Module can be interfaced with a Series 940, Series 951, and a Series 955.",4);arrFiles[44]=new Array(47,"products/stampingpress/shps.php","2004-06-03","shps.php","","","Home / Products and Services / Stamping Press Products / Shut Height Position Sensors Shut Height Position Sensors Series 940 Linear Position Sensor The Series 940 Linear Position Sensor is a “rod style” transducer designed to provide accurate and absolute machine positioning. The LPS is offered in pre-engineered lengths with a variety of analog outputs. The LPS is ideal for applications where continuous machine position is needed and is commonly used as a replacement for limit and proximity switches or used in hydraulic cylinders. Can be used with our Series 948 Limit Module and Series 950MD Mill Duty Housing. Series 951 Quik-Stik II The Series 951 Quik-Stik II is a high accuracy, high-speed “rod style” non-contact linear transducer. The Quik-Stik II is highly featured with a variety of analog, velocity and pulsed outputs. The Quik-Stik II can be programmed via a hand held programmer or a PC. This product is ideal for measurement applications, cut to length, multi-axes control, and many others. The 951 can be used in hydraulic cylinders as well. Can be used with our Series 1746 Transducer Input Card, Series 2120 PLC Input Module, Series 948 Limit Module and Series 950MD Mill-Duty Housing. Series 952 The BlueOx The Series 952 BlueOx is designed for applications where high accuracy, high speed, and survival are important. The BlueOx has patented technology to withstand high shock and vibration applications. This product is proven to out-last other transducers in sawmills, steel mills, stamping presses, and die-casting. The BlueOx has standard outputs and connectors that can easily replace competitive brands of transducers. The BlueOx can be used with our Series 1746 Transducer Input Card, Series 2120 PLC Input Module, and Series 950MD Mill-Duty Housing. Series 952QD The BlueOx Quadrature The Series 952QD is the same rugged BlueOx with quadrature output. The 952QD can interface to virtually any encoder or counter input card. The quadrature BlueOX is a high accuracy ID=Cont sensor and is absolute. The burst mode input can initiate a stream of position data, which can be used to eliminate time-consuming “homing” processes. This unique sensor can be used in multi-axis motion control applications, lumber, presses, and plastics machinery. The BlueOx quadrature can be used with our Series 950MD Mill-Duty Housing. Series 955 The Brik The Series 955 Brik Linear Transducer is an economical, non-contact sensor housed in a headless, low profile package. The position is read from a magnet that slides on the top of the unit, The Brik is equipped with a diagnostic L.E.D. indicator that turns green when all is well and red when a loss of magnet occurs. The Brik is available with a variety of outputs and can be ordered to lengths up to 140 inches. Applications include extrusion lines, roller positioning, injection molding, blow molding and presses. The Brik can be used with our Series 1746 Transducer Input Card, Series 2120 PLC Input Module and Series 948 Limit Module. Series 950IS Intrinsically Safe Transducer The 950IS is an intrinsically safe analog system. The system uses a remote transmitter mounted in a safe area wired through intrinsically safe barriers to the L.D.T., which may be mounted in a hazardous area. This system incorporates circuitry that is U.L. listed for use in Class I, Groups C and D, Class II, Groups E, F and G, and Class III hazardous locations. The Intrinsically Safe Transducer can be used with Series 1746 Transducer Input Card, and Series 2120 PLC Input Module. Series 960DN DeviceNet Stik continuous Linear Position Sensors The Series 960DN Stik Level Continuous LPS combines the reliability and resolution of magnetostrictive continuous position sensing with unique Stik sensor packaging, and adds the flexibility of DeviceNet communications, all a in single device. The magnetostrictive technology is the same as used in our Gemco LDT’s, proven in such demanding applications as stamping press shut height monitors. The rugged, all welded stainless steel construction is ideal for harsh industrial environments. The all SMT electronic construction assures the ultimate in reliability. The Series 960 DeviceNet Stik Continuous Linear Position Sensors can be used with our Series 950MD Mill- Duty Housing. Series 7260DN DeviceNet Stik Level Sensor The Series 7260DN Stik Level Sensor combines the reliability and resolution of magnetostrictive continuous level sensing with the unique Stik sensor packaging, and adds the flexibility of DeviceNet communications, all in a single device. The magnetostrictive technology is the same as used in other AMETEK Patriot level probes, proven in such demanding applications as leak detection in underground petrochemical tanks. The rugged all welded stainless steel construction is ideal for harsh industrial environments. The all SMT electronic construction assures the ultimate in reliability.",10);arrFiles[45]=new Array(48,"products/stampingpress/slugdetect.php","2004-06-03","slugdetect.php","","","Home / Products and Services / Stamping Press Products / Slug Detection Slug Detection MICRON A Cost Effective Solution for: Slug Detection Stroke Deviation Changes in Material Thickness Bed to Ram Parallelism Micron base unit with 2 additional channels Features: Easy to use, limits are set automatically Accuracy to .00004 inches Monitoring speeds to 2500 strokes per minute Expandable to 8 individual channels No machine calibration or adjustment required Designed for use in harsh environments Utilizing automatic sampling and adaptive learn techniques, the Micron monitors the separation gap between the press slide and die. Micron interfaces with the MIC-R high frequency sensor mounted on the stripper plate, lower die or other stationary die component. accurate to .00004 inches at speeds up to 2500 strokes per minute, Micron activates your machine stop circuit if pre-set high or low limit is exceeded. No machine calibration or external timing sensor is required. Specifications Power Requirement: 115 vac ±10%. Power Consumption: 30 watts. Output Contacts: NO-NC, 250 vac 5A rating. Response Time: Less than 10Msec. Operating Speed: Up to 2500 SPM. Repeatability: To .00004 inches. Operating Temperature: -10 ° to 50 ° C. Alarm Adjustment: ±99 Microns. Sensor Type: Proximity 200 KHz. Maximum Sensing Distance: .1 inch (2.5mm). Enclosure Size : Base 8.25w x 9.50d x 3.25h. Stack 8.25w x 9.50d x 4.75h. HMIC-B Base with 3 additional channels",7);arrFiles[46]=new Array(49,"products/stampingpress/tpc.php","2004-06-03","tpc.php","","","Home / Products and Services / Stamping Press Products / Total Press Control Total Press Control Select a product below for more information: Helm-Pak Press Control JIT Press Control",1);arrFiles[47]=new Array(50,"products/stampingpress/tpc_helm-pak.php","2004-06-03","tpc_helm-pak.php","","","Home / Products and Services / Stamping Press Products / Total Press Control / Helm-Pak Press Control Helm-Pak Press Control Helm-Pak Press Control features: Clutch/Brake control Load monitoring Programmable limit switch Die monitoring Brake monitoring Control Solutions That Fit The Helm-Pak press control combines advanced technology from two industry leaders, Helm Instrument and Allen-Bradley. Like the PLC-5 control, the SLC-5 based Helm-Pak uses a pair of redundant processors for control of mechanical stamping presses. This clutch/brake package uses two (2) SLC-5/03 processors and Application Builder software for configuring special options and user-written programs. Helm-Pak is an excellent and affordable choice for upgrading your existing press controls. This advanced approach to machine control eliminates relays and outdated black box technology. Due to the redundant SLC-5/03 processors, Helm-Pak is designed to meet or exceed ANSI and OSHA requirements. The system is adaptable for integrating other programmable controller based operating functions. Why Buy a Helm-Pak Press Control? Backed by over 35 years of Helm experience in stamping operations with worldwide distribution plus the complete Allen-Bradley network of over 400 sales offices and 300 distributors. Improves overall machine effectiveness using solid state technology with inherent control diagnostics. Provides closer integration and common control of other press functions such as tonnage monitoring, die monitoring, lube control, counter balance, and slide adjust. Uses off-the-shelf components and ladder-logic programming that is easily understood for standardized maintenance training and troubleshooting. Complies with ANSI B11.1, OSHA 1910.217 and CSA-CAN/CSA-Z142-M90 safety requirements. Clutch/brake program is locked in memory and cannot be altered. Flexible Automation For The Pressroom Helm-Pak features a variety of menu driven prompts for setting overall machine operation and the PLS/die monitoring look windows. All machine operating functions are displayed on one common screen thus eliminating the need to look at multiple controls during machine set-up. Operator interface is provided by a fully-programmed operator interface. Preconfigured display screens include: Start up check list - prompts the operator with a list of single-key-actions for starting the press. Clutch brake overview - displays machine position from 0 to 360 degrees, cam settings and fault prompt numbers. Resolver monitor - indicates position of crank angle for set-up of (3) standard cams - brake cam, brake cam takeover and anti repeat. Brake monitor - displays initial angle of brake, actual angle, brake stopping time and brake fault time in milliseconds. Faults and prompts - displays machine stop faults, alarm history, and location of die protection alarms and tonnage overloads. PLS/Die Monitoring - up to 14 separate screens are used to display part numbers, (up to 100) press positions and PLS setpoints. All settings can be adjusted on or off-line. Load monitoring - displays individual channel tonnage and loads at angle. Reverse (snap thru) tonnage, strokes per minute and parts counter settings are included on this valuable screen. The Helm-Pak is available in several configurations. The Helm-Pak can be mounted into a console style enclosure with an Allen-Bradley PanelView 900 (either color or monochrome; pictured above) operator interface. The Helm-Pak is also available with a PanelView 550 mounted in a console style enclosure or in a cabinet style enclosure with a t-stand run station (both pictured below). A remote push button station is also available with all models. PanelView 550 Cabinet Style Enclosure PanelView 550 T-Stand Run Station Remote Push Button Station The Helm-Pak Press Control is completely compatible with all Helm Sensors, Herion Dual Safety Valves, and Beacon Light Curtains",8);arrFiles[48]=new Array(51,"products/stampingpress/tpc_jit.php","2004-06-03","tpc_jit.php","","","Home / Products and Services / Stamping Press Products / Total Press Control / JIT Press Control JIT Press Control Series 1 Hardware JIT Control Module 15 Key Keypad Absolute Encoder 2 Filtered Power Supplies 4 Line x 20 Character Display SVCB - Safety Valve Control Board for Clutch/Brake Solenoid Control 6 Input Interface Relays 2 Output Relays for Programmable Cams EMP - Module for TDC confirmation and Safety Light Bypass Software Die Memory Inch Monitoring Motion Detector Last Stop Reason Totalizing Counter Strokes Per Minute Actual Crank Angle Safety Light Distance Setting Displayed Mode of Operation Internal Maintenance Counter Error Messages for Diagnostics Brake Monitoring with Degrees and Time Safety Light Upstroke Bypass Monitoring Options Peripheral Interfaces Energy Conservation Remote Press Monitoring Lube Monitoring/Control PESD Control and Monitoring Output Relays up to Six Cams Variable Speed Cam Compensation Die Protection 4 to 8 Channels NPN or PNP JIT Control Board EMP Board ( External Micro Processor) Onboard Micro Processor Two 6amp Output Safety Relays Mounting for din rail applications Onboard status LEDs (red + green) Plug-in Connectors for easy replacement SVCB - Safety Valve Control Board Relays 10amp contact rating Onboard Contact Suppression Mounting for din rail applications Plug-in Connectors for easy replacement Brake Monitor Password protected Programmable to 150 degrees Maximum overshoot 20% of setting Two consecutive overshoots required Motion Detector Run Mode - No movement: 500 milliseconds fault Run Mode - Press Cycling: Below five Strokes per Minute Encoder Requires a 1:1 Crankshaft ratio Prewired to an Amphenol connector Absolute Gray Code, Shock mounted NEMA 12 enclosure, 3/4 output shafts",7);arrFiles[49]=new Array(52,"products/stampingpress/ptm/alg1100.php","2004-06-03","alg1100.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / ALG-1100 LoadGard ALG-1100 Model ALG-1100 - One Channel Force Monitor Applications for the ALG-1100 include: Assembly Machines Rivet and Staking Operations Compaction Presses Injection Molding Hole Pierce Verification In-Die Tonnage Monitoring Features of the ALG-1100: Digital meter display in tons or pounds Discrete high and low alarm limits Operating speeds to 1000 cycles per minute Interfaces with strain gage sensors Consecutive fault counter with stop relay Simple, trouble-free installation Accurate Force Measurement The ALG-1100 features one channel of accurate force measurement and control. Adjustable and discrete high and low limits provide a repeatable process window displayed in either pounds or tons. All power supply and amplifier circuitry is self contained in a rugged NEMA-12 enclosure. A diverter control circuit with built in stop relay allows the operator to select the number of off-tolerance parts produced before the process is halted. Applications for the ALG-1100 include assembly, staking, riveting, molding, pressing, or other forming operations where direct force measurement is desired.",3);arrFiles[50]=new Array(53,"products/stampingpress/ptm/index.php","2004-06-03","index.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors Press Tonnage Monitors Select a product below for more information: SCM Autograph Series LoadGard ALG-1100 (Single channel) LoadGard RLG-2 (2 channel) LoadGard TLG-2300 (2 channel) LoadGard TLG-4500 (4 channel) LoadGard TLG-4500-DC (4 channel for die cast industry) LoadGard TLG-4500-F (4 channel for forge industry) LoadGard TLG-8000 (8 channel) SCM-EU4 Load Module (2 channel) Go back to Stamping Press Products",3);arrFiles[51]=new Array(54,"products/stampingpress/ptm/rlg2.php","2004-06-03","rlg2.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / LoadGard RLG-2 LoadGard RLG-2 Two Channel Force Monitor Automatic Load Monitor with Selectable Alarm Functions Features of the RLG-2: Two channels, Strain Gage input 24 volt DC or 110 volt AC power input Three selectable alarming methods: -High - Low Trend -Adaptive Learn -Area Under the Curve Built-in press capacity alarms Easy to use, no programming Small, rugged enclosure Backed by over 35 years of Helm experience Adaptive Learn Adaptive learn alarming is ideal for high speed forming operations where changes in material thickness, hardness or temper happens very quickly. This alarming option continuously adjusts the upper and lower control limits based on the average tonnage developed during the previous 100 machine strokes. Selecting this Adaptive learning technique will guarantee you the tightest alarm bandwidth without nuisance shutdowns. Area Under the Curve Utilizing Helm signature analysis techniques, this alarming method continuously monitors the energy curve that is generated as each part is formed. If any area of the forming signature changes, machine shutdown is initiated. Applications for area under the curve alarming include presses performing deep draw or stretch forming operations and machines using nitrogen die cylinders. This feature provides accurate thru-the-stroke tonnage monitoring without the need of a resolver. Trend The Trend alarm option allows you to select the quality window the process must operate within. These limits are selectable from plus or minus 5% to 45%, in 5% increments. Once the forming process begins, the Trend alarms are automatically set above and below the benchmark tonnage value. Machine shutdown is activated if the forming force varies outside the monitoring range. Model RLG-2 24 volt system supplied with mounting bracket Model RLG-2FL 24 volt system supplied with mounting flange Model RLG-2AC 115 volt system supplied with mounting bracket Specifications Number of Channels: Two Power Requirements: 24 volts DC or 110 volts AC Sensor Inputs: Two Helm 350 ohm Strain Gage sensors Timing Input: 24 volt DC (via cam switch prox probe or PLC Input Connectors: Two 5-pin Turck for sensors One 4-pin Turck for power One 3-pin Turck for timing Operating Range: Single stroke to 1000 strokes per minute Output Relays: Two independently wired relays provided for capacity and Trend alarms. Each relay rated at 24 VDC, 0.5 Amp. Note: 110 VAC system supplied with two 24 volt dry contact relays. Instrument Gain: Selectable from 50 - 7000 A to D: 12 bit A to D Sample Rate: 100 microseconds Display Resolution: Up to 0.1% full scale Overall Accuracy: 1% full scale Ordering Information System Options RLG-2 24 volt system with mounting bracket RLG-2FL 24 volt system with flange enclosure RLG-2AC 110 volt system with mounting bracket Note: All systems supplied with five inter-connect cables as follows. (1) 24 VDC or 80-250 VAC power (2) 24 VDC I/O (2) HT-400 sensor input Sensor Kits L2-DBS Two sensor kits for drill/tap mounting OR L2-WBS Two sensor kits for weld/pad mounting Sensor Kit Components DF-400 Drill guide WP-400 Weld pad (set) WTS-1 Cover with terminal strip WF-400 Weld fixture T-21 Protection box",10);arrFiles[52]=new Array(55,"products/stampingpress/ptm/scm-eu4.php","2004-06-03","scm-eu4.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / SCM-EU4 SCM-EU4 Load Module Universal Strain Gage Signal Conditioner Module The Helm SCM-EU is a combination high speed strain gage signal conditioner and sine-cosine resolver input module. This universal module is best suited for applications where the monitoring of forces developed throughout the machine cycle is required. With high speed analog to digital sampling rate and resolver resolution of 0.1 degree, the SCM-EU provides high level signature analysis functionality. Availability in one, two or four channels, the SCM-EU module is compatible with most PLC \'s and operator interface displays. SCM-EU4 applications: Metal Stamping Plastic Molding Die Cast Assembly Forging SCM-EU4 features: One, two or four channels Sine-cosine resolver input Signature Analysis Multiple Applications Small compact size All necessary force measurement functions including signal conditioning, a regulated power supply and Helm \'s patented AUTO-ZERO™ no drift balance circuits are included in the SCM-EU module. The module meets worldwide low voltage network standards for installation and performance. The HR-1101 Sine-cosine resolver interfaces with the SCM-EU module for thru the stroke monitoring. Press curve and delta track alarming techniques are also available. Helm manufactures complete line of standard and custom load cells. Our transducer engineers are available to discuss your specific force measurement application. Specifications Power Requirements: 24 volts DC @ 660mA Analogue Digital Sampling Rate : 200 microseconds Communication Port: 0 to 600 SPM Sensor Input: 422 Resolver Input: 175 ohm, 350 ohm, or 700 ohm strain gage Timing Input: Sine-cosine 12 bit, 0.1 degree resolution Discrete Outputs: Two independent outputs, 10-30 volts DC each Recorder Output : Track signal from 0 to 4 volts Ordering Information SCM-EU1 One Channel SCM-EU2 Two Channel SCM-EU4 Four Channel",8);arrFiles[53]=new Array(56,"products/stampingpress/ptm/scmautograph.php","2004-06-03","scmautograph.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / SCM Autograph Series SCM Autograph Series Process Control Monitor With Touch Screen Display Applications for SCM Autograph Include: Stamping Die Cast Staking Forging Powdered Metal Riveting Assembly Compaction Injection Molding Flexible Tonnage Monitoring Pentium Processor SVGA touch screen display Ethernet and serial communication Pop-up keyboard for data entry Signature display with overlay Automatic storage of last 200 signatures Stores set-up parameters for 250 jobs History library with date and time record Parallel printer port Upper and lower control limits for SPC Adjustable machine capacity alarms Strokes per minute display Part and batch counters Reverse (snap-thru) tonnage display with alarm Options for slug detection, line supervisor and automatic die change The Autograph system features the powerful SCM-EU signal conditioner module. Up to eight channels of peal or thru-the-stroke force monitoring is available. 2 channel 4 channel 8 channel The SCM Autograph is an extremely versatile controller that combines Helm force monitoring circuitry and the latest in embedded PC technology. Powered by our new SCM signal conditioning module, this advanced process control system features real time signature analysis, unlimited job recipe storage and complete load monitoring functionality. Tonnage Monitoring Signature Analysis Plant-wide Networking With built-in provisions for housing two to eight channels of monitoring, the system is easily configured to fit your specific application. All operator adjustments including machine capacity limits, tooling protection alarms, parts counters and job download are made thru the rugged, full color touch screen display. When interfaced with the HR-1101 resolver, the SCM Autograph integrates force with crank angle for detailed thru-the-stroke monitoring. Upper and lower control limits are set around the entire or pre-selected areas of the forming signature for verifying the quality of each part produced. In addition to the upper and lower control limits, the press curve as established by the machine builder is digitized to become an alarm set-point. Machine shutdown is initiated if the tonnage exceeds these limits at any time during the machine cycle. The SCM Autograph also features our unique DELTA-TRACK sampling technique that automatically ignores the variations in force caused by normal process changes. This allows the system to be sensitive enough to detect the subtle variations in tonnage due to changes in material thickness or hardness, inconsistent die lube, worn tooling, slugs, splits and wrinkles. With the touch of a finger, you get a detailed picture of each forming signature. Up to 200 signatures can be stored in the wave history file. Signatures captured during the production run will indicate tool wear as part of your Predictive Maintenance program. Use the overlay function to compare current signatures with stored masters. The zoom feature provides a close-up view of the signature for comparing tonnage with crank angle position. Plant-wide Manufacturing Software Specifications Number of Channels: Two - Eight Power Requirements: 115 volts AC±10% at 50 or 60 Hz. Optional220 volt systems available. Output Relay: Two 24 volt dry contact mechanical relays. Maximum rated output 10 AMPS CPU: Pentium 266 MHz RAM: 32 MB standard Display: TFT - Full color super SVGA 800 x 600 x 256 standard. Touch Screen: High resolution analog with floating point calibration Recorder Output: Track signal from 0-4 volts Helm Firstmate 2000 production reporting software provides two way interface between the SCM Autograph on the shop floor and remote PC \'s via dedicated or Ethernet communication. This user friendly software generates the high speed statistical data acquisition and real time graphical waveforms required for providing measured feedback on a specific production run. Comprehensive database integration variables including x bar analysis charts, histograms and downtime event reporting are standard features or Firstmate. Ordering Information Peak Monitoring Two Channel SCM-2800-208 Four Channel SCM-4800-408 Eight Channel SCM-8800-808 Thru-The-Stroke Monitoring Two Channel SCM-2800-TSM Four Channel SCM-4800-TSM Eight Channel SCM-8800-TSM The following options are available in the SCM Autograph.Contact Helm for further information. Line Supervisor Slug Detection Automatic Die Change Flange Mount Remote Display Surface Mount",12);arrFiles[54]=new Array(57,"products/stampingpress/ptm/tlg2300.php","2004-06-03","tlg2300.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / LoadGard TLG-2300 LoadGard TLG-2300 Two Channel Monitor HELM 2 channel LOADGARD monitors: Improve your part quality and hit-to-hit time Reduce tooling damage by detecting material changes Detect misfeeds, slug build-up and scrap in die Eliminate guesswork by indicating actual tonnage required to make part Boost productivity by reducing costly downtime Are suitable to all types of OBI, GAP frame presses HELM LOADGARD features: Digital meters display specific tonnage on each side of press Center meter reads total tonnage, reverse load and strokes per minute Automatic high/low set point alarms on each channel Built-in press overload limits TREND display shows load deviation at a glance – a quick visual indication of an off- tolerance condition Job memory circuit stores and recalls critical set-up parameters for up to 100 dies Minimal installation by your personnel or a Helm technician Designed to be added by the press builder or as a retrofit Designed to meet your needs Helm LOADGARD monitors, both 2 and 4 channel, offer precise force measurement to monitor your stamping and tooling equipment. Our systems help your systems by providing overload protection, improved part quality, quicker set up, increased tooling life and real-time feedback for continuous process control. The 2 channel Helm LOADGARD is designed for monitoring both sides of OBI and gap frame presses, while the 4 channel LOADGARD is used on typical straight side presses. With the 4 channel system, not only are the left and right sides of the press monitored, but so are the front and the back. Stopping problems before they start Using either a drill/tap or weld/pad mounting, STRAIN GAIN load sensors are installed directly to upright columns of straight side presses or the throat area of OBI and gap frame presses. Operating as a transducer detecting any deflection of the surface to which it is mounted, STRAIN GAIN readings are an accurate representation of press tonnage. Linear output of strain levels at each sensing location is displayed on the TREND LOADGARD’s digital meters. TREND monitors provide a quick visual means of relaying deviations to the press operator. Columns of light indicate the load deviation, either above or below the benchmark level. As this benchmark level is established at set-up, so is the limit of acceptable deviation. Deviation can be set anywhere between 5% to 40%. During press operation, small deviations in tonnage are indicated by a change in lights; a deviation beyond the maximum or minimum accepted level shuts down the press. So problems can be detected and handled before bad parts are made or press or tooling damage occurs. HPC-7800 for a fully interactive system Signature Analysis with tracking alarms The HPC-7800 is an interactive operator interface that works in conjunction with Helm load monitors to provide a visual display of operating information. The keyboard provides an input to the load monitor for activating jobs, setting batch counters or resetting parts counter. It even allows the operator to enter an Employee ID or Badge # and to enter reasons for downtime. When teamed with FirstMate Software, the HPC-7800 can report information from the shop floor to a central or remote computer. With the FirstMate Waveform Analysis, the computer operator can detect and send messages to the machine operator to check material, lube, or a critical station in the tooling during a production run. When ordered with your Helm Load Monitor, the HPC-7800 comes installed onto the monitor. Or you can order it as a retrofit to your existing Helm system Through-The-Stroke Load Monitoring, the ultimate in precision. Equipped with analog input cards, the TSM LOADGARD provides continuous alarm tracking around the entire load signature by establishing upper and lower control limits. Actual press curve alarm values are stored in the LOADGARD for integrating crank angle to tonnage. Through-the-stroke monitoring is ideal for deep-draw or stretch- form operations on double action, link drive, transfer and toggle presses. Used as an analytical tool, Helm LOADGARD interfaces with remote or lap-top computers to generate a detailed picture of the condition of your press and tooling. With the addition of Helm FirstMate Production Scanning Software, the forming signature of each die is captured and compared to stored masters. Precision monitoring for better press control. For over 35 years, Helm Instrument Company has been on the leading edge in developing measuring and sensor equipment suitable to all kinds of presses – from metalworking to plastics. We respond to ever-changing manufacturing processes with innovative systems to constantly improve your press efficiency and productivity. TLG-2300 & -4500 Specifications TLG-2300 Sensor Input: Two Helm HT-400 STRAIN GAIN load sensors required. TLG-4500 Sensor Input: Four Helm HT-400 STRAIN GAIN load sensors required. Output Relay: One P8 B K10P-11A15-120 double pole mechanical relay. Maximum rated output 10 AMPS. Power Requirement: Normally wired for 117 volts AC+-10% at 50 or 60 HZ. Optional 220 volt systems available. Instrument Gain: Automatically controlled from .266 volts to 4 volts. Recorder Output: Track signal from 0-4 volts. Enclosure: 14 gauge JIC specifications NEMA 12 with keylock. Weight 33 pounds. Size: 14 x 12 x 6 Ordering Information OBI/Gap Presses: TLG-2300 two channel LoadGard STRAIN GAIN Sensor Installation Kits: Model L2-DB Drilled Hole Mounting Model L2-WB Weld Pad Mounting Straight Side Presses: TLG-4500 four channel LoadGard STRAIN GAIN Sensor Installation Kits: Model L4-DB Drilled Hole Mounting Model L4-WB Weld Pad Mounting Optional Equipment Serial Interface Card HPC-7800 Interactive Operator Interface Resolver Input Card for through-the-stroke monitoring Flange Enclosure for panel mount",12);arrFiles[55]=new Array(58,"products/stampingpress/ptm/tlg4500.php","2004-06-03","tlg4500.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / LoadGard TLG-4500 LoadGard TLG-4500 Four Channel Monitor HELM 4 channel LOADGARD monitors: Improve your part quality and hit-to-hit time Reduce tooling damage by detecting material changes Detect misfeeds, slug build-up and scrap in die Eliminate guesswork by indicating actual tonnage required to make part Boost productivity by reducing costly downtime Are suitable to all types of straight-side presses HELM LOADGARD features: Digital meters display specific tonnage on each side of press Center meter reads total tonnage, reverse load and strokes per minute Automatic high/low set point alarms on each channel Built-in press overload limits TREND display shows load deviation at a glance – a quick visual indication of an off- tolerance condition Job memory circuit stores and recalls critical set-up parameters for up to 100 dies Minimal installation by your personnel or a Helm technician Designed to be added by the press builder or as a retrofit Designed to meet your needs Helm LOADGARD monitors, both 2 and 4 channel, offer precise force measurement to monitor your stamping and tooling equipment. Our systems help your systems by providing overload protection, improved part quality, quicker set up, increased tooling life and real-time feedback for continuous process control. The 2 channel Helm LOADGARD is designed for monitoring both sides of OBI and gap frame presses, while the 4 channel LOADGARD is used on typical straight side presses. With the 4 channel system, not only are the left and right sides of the press monitored, but so are the front and the back. Stopping problems before they start Using either a drill/tap or weld/pad mounting, STRAIN GAIN load sensors are installed directly to upright columns of straight side presses or the throat area of OBI and gap frame presses. Operating as a transducer detecting any deflection of the surface to which it is mounted, STRAIN GAIN readings are an accurate representation of press tonnage. Linear output of strain levels at each sensing location is displayed on the TREND LOADGARD’s digital meters. TREND monitors provide a quick visual means of relaying deviations to the press operator. Columns of light indicate the load deviation, either above or below the benchmark level. As this benchmark level is established at set-up, so is the limit of acceptable deviation. Deviation can be set anywhere between 5% to 40%. During press operation, small deviations in tonnage are indicated by a change in lights; a deviation beyond the maximum or minimum accepted level shuts down the press. So problems can be detected and handled before bad parts are made or press or tooling damage occurs. HPC-7800 for a fully interactive system Signature Analysis with tracking alarms The HPC-7800 is an interactive operator interface that works in conjunction with Helm load monitors to provide a visual display of operating information. The keyboard provides an input to the load monitor for activating jobs, setting batch counters or resetting parts counter. It even allows the operator to enter an Employee ID or Badge # and to enter reasons for downtime. When teamed with FirstMate Software, the HPC-7800 can report information from the shop floor to a central or remote computer. With the FirstMate Waveform Analysis, the computer operator can detect and send messages to the machine operator to check material, lube, or a critical station in the tooling during a production run. When ordered with your Helm Load Monitor, the HPC-7800 comes installed onto the monitor. Or you can order it as a retrofit to your existing Helm system Through-The-Stroke Load Monitoring, the ultimate in precision. Equipped with analog input cards, the TSM LOADGARD provides continuous alarm tracking around the entire load signature by establishing upper and lower control limits. Actual press curve alarm values are stored in the LOADGARD for integrating crank angle to tonnage. Through-the-stroke monitoring is ideal for deep-draw or stretch- form operations on double action, link drive, transfer and toggle presses. Used as an analytical tool, Helm LOADGARD interfaces with remote or lap-top computers to generate a detailed picture of the condition of your press and tooling. With the addition of Helm FirstMate Production Scanning Software, the forming signature of each die is captured and compared to stored masters. Precision monitoring for better press control. For over 35 years, Helm Instrument Company has been on the leading edge in developing measuring and sensor equipment suitable to all kinds of presses – from metalworking to plastics. We respond to ever-changing manufacturing processes with innovative systems to constantly improve your press efficiency and productivity. TLG-2300 & -4500 Specifications TLG-2300 Sensor Input: Two Helm HT-400 STRAIN GAIN load sensors required. TLG-4500 Sensor Input: Four Helm HT-400 STRAIN GAIN load sensors required. Output Relay: One P8 B K10P-11A15-120 double pole mechanical relay. Maximum rated output 10 AMPS. Power Requirement: Normally wired for 117 volts AC+-10% at 50 or 60 HZ. Optional 220 volt systems available. Instrument Gain: Automatically controlled from .266 volts to 4 volts. Recorder Output: Track signal from 0-4 volts. Enclosure: 14 gauge JIC specifications NEMA 12 with keylock. Weight 33 pounds. Size: 14 x 12 x 6 Ordering Information OBI/Gap Presses: TLG-2300 two channel LoadGard STRAIN GAIN Sensor Installation Kits: Model L2-DB Drilled Hole Mounting Model L2-WB Weld Pad Mounting Straight Side Presses: TLG-4500 four channel LoadGard STRAIN GAIN Sensor Installation Kits: Model L4-DB Drilled Hole Mounting Model L4-WB Weld Pad Mounting Optional Equipment Serial Interface Card HPC-7800 Interactive Operator Interface Resolver Input Card for through-the-stroke monitoring Flange Enclosure for panel mount",12);arrFiles[56]=new Array(59,"products/stampingpress/ptm/tlg4500dc.php","2004-06-03","tlg4500dc.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / LoadGard TLG-4500-DC LoadGard TLG-4500-DC Four Channel Monitor for Die Cast Industry HELM LOADGARD monitors: Improve your part quality and up-time Reduce die damage by detecting non-uniform loading conditions Detect flash, material build-up, improper cooling and other process variations Are suitable to all types and capacities of mechanical or hydraulic die casting machines of tie bar or solid frame construction Control dimensional uniformity of the part at the parting line Eliminate guesswork by indicating actual tonnage required to make a part Boost productivity by reducing costly downtime HELM LOADGARD features: Digital display of individual channel loads Center meter reads total machine tonnage Automatic high/low set point alarms on each channel Built-in overload limits Trend display shown load deviation at a glance - a quick visual indication of an off-tolerance condition Job memory circuit stores and recalls critical set-up parameters for up to 100 dies Ideal for installation by your press builder, re manufacturer or as a retrofit on existing machines in your plant Simple installation by your personnel or a Helm technician Designed to meet your needs Helm LoadGard monitoring systems offer precise force measurement to monitor your die casting machinery. Our systems help your systems - by providing overall protection, improved part quality, quicker set up, increased tooling life and real-time feedback for continuous process control. The model TLG-4500-DC Trend LoadGard is designed specifically for monitoring forces developed on die casting machines. During clamping, the machine forces exerted to hold the die halves together are transferred directly through the individual tie bars on tie bar machines or through the frame on solid frame machines. These forces can be easily measured and are an accurate indication of the clamping force being developed by the machine and distributed across the tooling. Stopping problems before they start Used in conjunction with model T-2640 tie bar force transducers or model HT-400 frame mount transducers, extremely accurate and repeatable measurements of strain levels are achieved, which are displayed as tonnage on the Trend LoadGard digital meters. By monitoring tonnage and more importantly, the distribution of load on the machine, proper alignment and parallelism of tooling and platens can be determined. As a set-up tool, the Trend LoadGard enables faster, more precise and repeatable die changeovers while ensuring uniform load. During casting, process changes which are detrimental to the machine, die and part quality are immediately detected. TREND displays provide a quick visual indicator of deviations to the press operator. Columns of light indicate the load deviation, either above or below a benchmark level. As this benchmark level is established at set-up, so is the limit of acceptable deviation. Deviations can be set anywhere between 5% to 45%. During press operation, small deviations in tonnage are indicated by a change in lights; a deviation beyond the maximum or minimum accepted levels alerts the operator and/or shuts down the press. So problems can be detected and handled before bad parts are made or press or tooling damage occurs. JDC Memory saves set-up time The built-in Job Data Control (JDC) memory automatically stores and retrieves set-up specifications of up to 100 jobs. With the touch of a button, the Helm system recalls and establishes the critical set-up parameters of any one of a hundred jobs stored in it \'s memory. Upper and lower control limits are automatically set and quality control assured from cycle-to-cycle. tool changes can be made faster and more accurately. the JDC setting can be used at any stage of production. SCM series signal conditioning modules for PLC Integration. SCM series signal conditioning modules are ideal for applications where integration of clamp force monitoring on machines with existing PLC or shot monitoring systems is desirable. Providing it \'s own regulated power supply, signal conditioning, transducer input and analog output circuitry, the compact single board SCM can be installed within virtually any existing system enclosure. Independent and adjustable zero balance and gain controls for each channel, as well as Helm \'s exclusive Auto Zero™ automatic zero balance circuitry for no-drift performance are standard features. The SCM series is fully compatible with any PLC or shot monitor system capable of accepting 0-10v analog signals and is used in conjunction with Helm model T-2640 tie bar force transducer or model HT-400 frame mounted transducers. Precision measurement for better process control. The model T-2640 tie bar force transducer, patented by and proprietary to Helm Instrument Co., Inc., is designed for installation within a drilled hole on the tie bar center line. Tie bar deflections as small as one-millionth of an inch (.000001) can be measured with linear and repeatability within one-half of one percent (.05%). Strain gages in a full 350 ohm Wheatstone bridge circuit are used to assure long term stability and accuracy. Manufactured under laboratory conditions, all T-2640 force sensors are matched within 1% and may be interchanged without recalibration. The model T-2640 transducer is installed directly within a drilled hole and permanently mounted by expanding the sensor body with front and back tapered bushing assemblies to create a press fit. As a result of it \'s unique design, the sensor is secured without pre-load, affording accurate calibration mathematically. On-machine Drilling The model T-2640 transducer is available in several diameters for installation within existing holes drilled previously to accommodate dial indicator type devices. For machines where existing holes are not available, Helm field machining technicians can provide on-machine tie-bar drilling with Helm \'s portable gun drilling system. This specialty gun drilling system, developed exclusively for deep hole tie bar drilling, is fixtured directly to the machines tie bars and produces drilled holes to 96 deep at production rates of 1.5 per minute. the drilling system can be used on any size machine with tie bars from 2.0 diameter to 15.0 diameter. Typically, all four tie bars of a die cast machine can be completely prepared for transducer installation within one normal working shift.",10);arrFiles[57]=new Array(60,"products/stampingpress/ptm/tlg4500f.php","2004-06-03","tlg4500f.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / LoadGard TLG-4500-F LoadGard TLG-4500-F Quality Control Monitor for Forging Presses LOADGARD TLG-4500-F features: Displays tonnage on every press stroke Built in limits protect press and tooling Stores 100 jobs in memory for faster die set-ups Interfaces with helm first mate software Recorder output for press and die analysis Easy to install on any size or capacity press Available in two or four channel models Part Quality Control Controlling the quality and consistency of every forged part is now available with the TLG-4500-F LOADGARD. As a permanent quality control system you get continuous tonnage monitoring and immediate indication of off- tolerance conditions that may occur during the forging process. The TLG-4500-F features built-in alarm limits that protect your press and dies from costly overloads. The LOADGARD is housed in a rugged steel enclosure for easy installation on any size or capacity forging press. Faster Die Set-up Quality standards are duplicated with the automatic Job Data Control circuitry. Optimum tonnage values and alarm limits for 100 previous production runs are stored in memory and downloaded to the Loadgard. This feature can be used at any stage of production to recall previous conditions or store new job data. Die changeover time is greatly reduced with this built-in JDC feature. Plant-wide Production Monitoring Using Helm FirstMate software, the Loadgard interfaces with remote computers for two-way communication on alarm status, production counts and machine downtime rates. Load signatures from each forged part are quickly captured and compared while detailed printouts help you build a comprehensive data base for tooling and maintenance programs. Strain Gain Transducers To obtain the tonnage measurement, one HT-400 load is mounted to each upright for measuring vertical strain between the press crown and bed. A full Wheatstone 350 ohm bridge circuit of strain gages is used to assure linear operation and stability at any tonnage. The HT-400 sensor is designed to operate under extreme temperatures typically found in forging operations. All sensors are manufactured to within 1% and have a lifetime guarantee. Installation and Calibration Service Helm field technicians provide complete turnkey installation and calibration service on any size forging machine. Dynamic press and die evaluations for determining proper machine tonnage and identifying conditions such as loose tie rods, ram parallelism, and worn bearings are also available. Model TLG-4500-F Four Channel LoadGard With each LoadGard, one of the following sensor kits is required. Each kit includes four HT-400 load sensors, cable and mounting hardware. Tie Rod Presses: Use kit Model L4-WBF Solid Frame Presses: Use kit Model L4-WHT-350 NOTE: On small bed presses, the Model TLG-2300-F Two Channel LoadGard can be used. With this type installation, the LoadGard displays average tonnage on left and right side of press. Optional Features Computer Interface Card 6 Digit pre-determining parts counter HPC-7800 Operator Interface Flange enclosure for recess mounting",6);arrFiles[58]=new Array(61,"products/stampingpress/ptm/tlg8000.php","2004-06-03","tlg8000.php","","","Home / Products and Services / Stamping Press Products / Press Tonnage Monitors / LoadGard TLG-8000 LoadGard TLG-8000 Eight Channel Monitor TLG-8000 Standard Features: Sensors The Model TLG-8000 will accept the output from eight HELM Model HT-400 STRAIN GAIN transducers. There is one sensor channel to monitor each corner of both slides. Digital Meters The instrument has ten four-digit meters. Eight meters show the tonnage on the individual corners of both slides. There are two additional digital meters that show the total tonnage on each slide. The meters can display the following information, depending on what operating mode the instrument is in. No-load sensor zero balance Total peak tonnage on each slide Peak tonnage on each slide corner Overload alarm trip points for each slide corner Trend Columns There is a vertical column of colored lights for each slide corner. By just glancing at these lighted columns you can immediately tell how a job is running. The TREND columns are calibrated so each light represents a specific percentage of deviation in tonnage (load). For example, if the instrument was monitoring a tolerance bandwidth of plus (minus 20%, each TREND light would represent a 5% deviation from the optimum tonnage. The center green GOOD lights of each column will be the only ones lit when the press is forming parts at the optimum tonnage. One of the red HIGH ALARM lights will turn on if the tonnage exceeds the high tolerance limit you selected for that corner of the slide. One of the red LOW ALARM lights will turn on if the tonnage does not reach the minimum tolerance level you selected for that corner of the slide. Any green or amber lights that are lit between the GOOD light and an ALARM light show you that the forming process is not optimum but is still safe. If any amber light is on, the forming process is getting marginal. You should think about stopping the press to look for potential problems. Any time a red light turns on it means an off-tolerance or overload condition occurred. The press will be stopped. The red ALARM lights are tied to factory calibrated TOLERANCE band selectors inside the instrument. This gives each red HIGH or LOW alarm light a specific percentage value. Alarm Levels Eight alarms monitor for an overload on any corner of either slide and are manually adjusted when the instrument is installed. The additional TREND alarms are for die and product protection. There is one HIGH alarm and one LOW alarm for each slide corner. They are tripped by excess deviation in tonnage. These TREND alarms will be adjusted automatically whenever the instrument is put into a MONITOR PARTS mode. The trip points of these TREND alarms are established by the TOLERANCE control selectors. No operator interaction is required to set these TREND alarms once a satisfactory tolerance band has been established. Tolerance Selectors There are two 10-position TOLERANCE switches for each corner of both slides. The setting of these switches determines the tolerance band to 5% then any tonnage deviation in excess of plus/minus 5% would trip an alarm and stop the press. All TOLERANCE switches may be set to the same number. Or, each switch may be set to a different number to custom tailor the tolerance band for complex forming operation. It is generally not necessary to alter the tolerance band or change the switches every time a new job is set up. Operating Modes There is a key-operated function selector on the front panel of the instrument. It has one STANDBY mode for use during press setup and two MONITOR PARTS modes for automatic monitoring. STANDBY MODE This is the position for press set-up and instrument adjustments. In this position the instrument functions as a standard load monitor. The meters display the tonnage of each press stroke. There is press overload protection. The press overload alarms are active. MONTIOR PARTS MODE When the keyswitch is put to either MONITOR position the instrument goes into automatic monitoring operation. It will begin by measuring the forming tonnage of a series of press strokes to establish an average-tonnage benchmark. All eight TREND alarm trip points will then automatically be set. The forming tonnage of all subsequent press strokes will be compared to this sample load level benchmark. Any increase or decrease in forming tonnage deviation will cause one or more die protection TREND alarms to trip. Auto Zero Our patented AUTO ZERO circuits are checking and correcting the no-load zero whenever the press is not actually forming a part. This assures that all measurements are made from a true-zero reference point. It is no longer necessary for the operator to periodically adjust the instrument zero. System Security A TREND instrument can provide three levels of security. The enclosure door key and the function switch key are not the same. The enclosure key protects the TOLERANCE selectors, the press overload alarms and factory-calibrated portions of the instrument. The function selector key protects the sample memory and alarm-reset function. By judicious distribution of the instrument keys, tampering and unauthorized adjustment can be prevented. Recorder Output Jacks For preventive maintenance programs the analytical portion of the instrument provides signals that may be used with strip chart recorders and oscilloscopes. The signals at the output jacks represent the precise tonnage changes that are detected by each load sensor. There is no question about the value of someone being able to actually record variations in forming tonnage for close examination. With strip chart recordings you can quickly cure such things as improper coining force, tears or wrinkles in drawn parts or loss of lubrication. The more complex the forming operation is, the more benefit you can get from strip chart analysis. A quick recording of the tonnage wave shape of a new complex die can quickly help you debug the product. We at HELM are very willing to work with anyone who wants to learn this very valuable technique.",9);arrFiles[59]=new Array(439,"products/stampingpress/encoders/absolute.php","2004-06-03","absolute.php","","","Home / Products and Services / Stamping Press Products / Encoders / Absolute Encoders Absolute Encoders For Full Data Sheets on each encoder, please contact us. AH 740 Heavy Duty Construction Shaft Mounted Range of shaft bores (6 - 14 mm) Up to 13 Bits (8192) Maximum 5 Volt TTL or 8 to 30 Volts Gray Code or Binary Code AH 950 Industry Standard Size 25 Syncro Flange Mounting Up to 13 Bits (8192) Maximum 5 Volt TTL or 8 to 30 Volts Gray Code or Binary Code AS 580 Industry Standard Size 25 Syncro Flange Mounting Up to 13 Bits (8192) Maximum 5 Volt TTL or 8 to 30 Volts Gray Code or Binary Code Optional Reset AS 700 Heavy Duty Construction IP65 Protection Up to 13 Bits (8192) Maximum 8 to 30 Volts or RS 422A Compatible Gray Code or Binary Code Optional Reset AS 900 Heavy Duty Construction IP65 Protection Up to 13 Bits (8192) Maximum Gray Code or Binary Code",3);arrFiles[60]=new Array(440,"products/stampingpress/encoders/commutation.php","2004-06-03","commutation.php","","","Home / Products and Services / Stamping Press Products / Encoders / Commutation Encoders Commutation Encoders For Full Data Sheets on each encoder, please contact us. XS 410 Compact Construction IP54 (Optional IP65 Protection) Direction Output Signal 4096 PPR Maximum 100 kHz Maximum Frequency CH 410 Commutation Motor Encoder Shaft Mounted 1024 PPR Maximum DC Motor Commutation Signals 200 kHz Maximum Frequency CH 580 Compact Construction Shaft Mounted 3600 PPR Maximum DC Motor Commutation Signals 300 kHz Maximum Frequency CH 840 Heavy Duty Construction Shaft Mounted (with Key Way) 4096 PPR Maximum DC Motor Commutation Signals 200 kHz Maximum Frequency",2);arrFiles[61]=new Array(441,"products/stampingpress/encoders/harsh_hazardous.php","2004-06-03","harsh_hazardous.php","","","Home / Products and Services / Stamping Press Products / Encoders / Harsh and Hazardous Area Encoders Harsh and Hazardous Area Encoders For Full Data Sheets on each encoder, please contact us. IX 700 CENELEC – EEx dI / IIC T6 (Tamb 60°C) IP 66/67 – M/S CENELEC & IEC Approvals Heavy Duty Construction 5000 Pulses/Rev., 300 kHz max. 4,75 – 30 Volts, RS 422 Compatible IP 700 IP 66/67 – M/S CENELEC & IEC Approvals Heavy Duty Construction 5000 Pulses/Rev., 300 kHz max. 4,75 – 30 Volts, RS 422 Compatible AX 700 CENELEC – EEx d I/IIC T6 (Tamb 60°C) IP 66/67 – M/S CENELEC & IEC Approvals Heavy Duty Construction Up to 12 Bits (4096) 5 Volt TTL or 8 to 30 Volts Gray Code or Binary Code AP 700 IP 66/67 – M/S CENELEC & IEC Approvals Heavy Duty Construction Up to 12 Bits (4096) 5 Volt TTL or 8 to 30 Volts Gray Code or Binary Code",2);arrFiles[62]=new Array(442,"products/stampingpress/encoders/incremental.php","2004-06-03","incremental.php","","","Home / Products and Services / Stamping Press Products / Encoders / Incremental Encoders Incremental Encoders For Full Data Sheets on each encoder, please contact us. IH 490 Compact Construction Shaft Mounted 1250 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 100 kHz Maximum Frequency IH 510 Compact Construction Shaft Mounted 1250 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 200 kHz Maximum Frequency IH 580 Industry Standard Size 25 Shaft Mounted 3000 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 200 kHz Maximum Frequency IH 740 Heavy Duty Construction Shaft Mounted Range of shaft bores (6-18 mm) 3000 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency IH 840 Very Heavy Duty Construction Shaft Mounted 3600 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency IH 950 Very Heavy Duty Construction Shaft Mounted Range of shaft bores (12-26 mm) 3600 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency IH 103 Very Heavy Duty Construction Shaft Mounted Range of shaft bores (26 - 44 mm) 3600 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency IS 280 Micro Miniature Size 512 PPR Maximum 4.75 to 30 Volts, RS 422A Compatible 100 kHz Maximum Frequency IS 410 Miniature Size IP65 Protection Syncro Flange Mounting 1024 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 100 kHz Maximum Frequency IS 580 Industry Standard Size 25 Syncro Flange Mounting 5000 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency IS 581 Industry Standard Size 25 IP65 Protection 5000 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency IS 700 Heavy Duty Construction IP65 Protection 10,000 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency IS 900 Heavy Duty Construction IP65 Protection (Optional IP 66) 5000 PPR Maximum 4.75 to 30 Volts, RS 422 Compatible 300 kHz Maximum Frequency",6);arrFiles[63]=new Array(443,"products/stampingpress/encoders/index.php","2004-06-03","index.php","","","Home / Products and Services / Stamping Press Products / Encoders Encoders Select a product below for more information: Incremental Encoders Incremental Encoders are the most common types used in the industry due to the simplicity of their use. Each encoder is comprised of an optical disc with the required number of lines together with an (HRS) reading system coupled with a single L.E.D. for longer life, reliability and enhanced performance. Either speed or relative position can be determined by monitoring the frequency or the number of pulses generated by the encoder. Absolute Encoders Absolute encoders are commonly used within the industry to measure the precise position as opposed to the relative position measured by incremental encoders. The main feature of absolute encoders is the ability to retain positional data in the event of the absence of power. The GES group also incorporates the (HRS) and single L.E.D. reading system to achieve outstanding performance and reliability. Because of this technology we are able to produce a superior product at economical prices. Harsh & Hazardous Area Encoders The Global requirements for automated equipment to operate in hazardous areas have increased over recent years. By combining the advanced technology from our standard product range with our expertise in international approvals, we are the first encoder manufacturer to offer a complete range of products suitable for use in all classified hazardous locations. Additionally our unique modular certification method enables us to offer custom solutions to companies who design & operate equipment in this very specialized field. Commutation Encoders New applications have opened up for motor and drive system manufacturers, thanks to our newly designed Commutation Signal Encoders. Motor manufacturers no longer need to use a Resolver, they can use our Commutation Encoder which has both Incremental Signals and Commutation Signals as part of a mixed system. The concept is to use the Commutation Signals to steer the motor and the Incremental Signals for precision speed control feedback. Motor applications are the most demanding type of applications for any encoder. The encoder is expected to operate at high frequencies under extreme temperatures, high shaft speeds and high vibration. To achieve this would have been impossible without spending an enormous amount of time and money on our new product. Because of our commitment we can now offer our leading edge technology to this highly demanding industrial sector. Go back to Stamping Press Products",4);arrFiles[64]=new Array(539,"products/qa/amplifiers.php","2004-11-26","amplifiers.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Measurement Electronics / Evaluation Amplifiers Measurement Electronics Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Evaluation Amplifiers Sensor-Interface Type LCV Design-independent Direct connection to PLC Long feedline from sensor to evaluation possible Voltage output or current output Mounting rail measuring amplifier GM-60 Mounted on mounting rail Freely configurable Industrial equitable screw type terminal technique Voltage output or voltage and current output Sensor-Interface Type SI-U, SI-I Design-independent Direct connection to PLC Long feedline from sensor to evaluation possible Robust die cast housing Voltage output or voltage and current output DC Strain Gauge Amplifier GM-70 Battery powered Large display User-friendly Programmable amplifier, microprocessor controlled PAXS-TG In 29 table housing Display free scalable Expandable up to 3 output modules: -Voltage or current output -Limit value relay -RS 485 or RS 232 Minimum-/maximum value display 16-step linearity DC Strain Gauge Amplifier GMV-1000TG Fast analog buffer Free scalable Limit frequency 1 kHz Input sensitivity 0,5 ... 2mV Easy calibration of sensors by calibration key With limit value switch Sensorinterface LMV Amplifier board with smallest dimensions integrable in sensor Passive strain gauge sensors can be connected directly to a PLC Long interference insensitive feedline from sensor to evaluation unit possible Amplifier for mounting rails GM-40 Mounted on mounting rail Freely configurable Industrial equitable screw type terminal technique Voltage output or voltage and current output",8);arrFiles[65]=new Array(540,"products/qa/calibration.php","2004-11-26","calibration.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services Calibration Products and Services Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! NIST/NRC Traceable Calibration and Repair Services We offer very competitive rates in the area of calibrations helping you meet your ISO and Guide 25 requirements. Below are listed only a few of the electrical and mechanical equipment that are both available for purchase and / or calibration: Electrical Digital Protractors Load Cells (Offsite / Onsite) Micrometers Durometers Power Supplies Scales Optical Comparators Force Gauges CMM (Onsite) Digital Tachometers Digital Calipers Mechanical Pin Gauges Rulers Thread Gauges Surface Plates Height Gauges Standard Bars Weights Bore Gauges Calipers Dial Indicators Ring Gauges Torque Wrenches Be it calibration , repair of existing equipment or the need to purchase new, NAAT Inc. can be of assistance and answer any question(s) you may have.",5);arrFiles[66]=new Array(541,"products/qa/calipers.php","2004-11-26","calipers.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Calipers Calipers Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Calipers Digital Caliper (Abs) Models: 111-113 & 111-123 Resolution: 0.01mm / 0.0005 Accuracy: ± 0.02mm / ± 0.001 Repeatability: 0.01mm / 0.0005 Maximum Measurement Speed: 1.5m/sec. or 60/sec. Operating Temperature: 0° C ~ 40°C Storage Temperature: -10°C ~ 60°C Power: 1.5 v SR44 (1 silver oxide battery) Average Battery Life: Continuous use for 1 year, normal use 3 years Equipped with Absolute functionality OPTIONAL : Calibration Certificate traceable to NIST. Certified by an ISO 17025 Accredited Laboratory. Available in different sizes : 111-113 (6/150mm) 111-123 (8/200mm) Digital Caliper Models: 111-311 & 111-321 Resolution: 0.01mm / 0.0005 Accuracy: ± 0.02mm / ± 0.001 Repeatability: 0.01mm / 0.0005 Maximum Measurement Speed: 1.5m/sec. or 60/sec. Operating Temperature: 0° C ~ 40°C Storage Temperature: -10°C ~ 60°C Power: 1.5 v SR44 (1 silver oxide battery) Average Battery Life: Continuous use for 1 year, normal use 3 years OPTIONAL : Calibration Certificate traceable to NIST. Certified by an ISO 17025 Accredited Laboratory. Available in different sizes : 111-311 (6/150mm) 111-321 (8/200mm)",5);arrFiles[67]=new Array(542,"products/qa/dfe.php","2004-11-26","dfe.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / DFE Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! DFE Series DFE	Series	Digital Force Gauge	The CHATILLON® DFE Series marks	a new era in digital force	measurement. This compact,	easy-to-use force gauge is	designed for economy	applications without	compromising functionality.	Ideal for handheld or test stand	applications. The DFE is	available with capacities from 2	lbf (10 N) to 500 lbf (2500 N).	The DFE features an integral	loadcell with a measurement	accuracy of better than 0.25%	full scale. A large,	easy-to-read, high resolution	dot matrix LCD display supports	a variety of standard gauge	functions including normal and	peak readings, high/low limits,	setpoints, pass/fail results,	statistical results, loadcell	actuation and direction. Loads	are displayed in ozf, gf, lbf,	kgf and N units. The display can	be inverted and displayed	results may be “hidden” from the	operator. The DFE gauge may be	specified with or without RS232	serial communication. All DFE	Series force gauges come with a	carrying case, battery	adapter/charger, testing	accessories and NIST Certificate	of Calibration with data.	Accuracy	±0.25% of full scale	Features	Up to 500 lbf (2500 N)	Two Models and	Seven Capacities	Each	- DFE Series (No	Outputs)	- E-DFE Series	(With Digital	and Analog	Outputs)	Advanced	Operating Modes	- Normal	- Peak Tension	and Compression	- Load Limits	- Pass-Fail	Limits	Statistical	Calculations	- Mean with	Maximum and	Minimum Values	- Coefficent of	Variation with	Mean and	Standard	Deviation	- Standard	Deviation with	Variance and	Mean	- %	Differentiation	Integral	Loadcells	- Accuracy	± 0.25%	Full Scale	- Mechanical	Overload	Protection to	150% Full Scale	Simple Operator	Interface	- High	Resolution	Display	- Menus, Prompts	and Function	Keys for Easy	Use	Optional Outputs	(Standard on E-DFE	Models)	- RS232 Serial	Data	- Mitutoyo	Digimatic	-	± 2Vdc	Analog	NIST Calibration	Certificate with	Data	- Available IEC/ISO17025	Cert with	Uncertainty	2 Year Warranty Quantity: View Specification Literature &	Part List (pdf)",16);arrFiles[68]=new Array(543,"products/qa/dfs.php","2004-11-26","dfs.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / DFS Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! DFS Series DFS	Series	Digital Force Gauge With Integral Loadcell	The CHATILLON® DFS Series offers	the best price performance of	any digital force gauge	available today. This compact,	easy-to-use force gauge is	designed for basic and complex	applications. Ideal for handheld	or test stand applications, the	DFS may be equipped with	integral loadcells or smart	remote sensors for load	measurement or torque	measurement. Measurement	accuracy is better than 0.1%	full scale. A large,	easy-to-read, high resolution	dot matrix LCD display supports	a variety of standard gauge	functions including normal and	peak readings, high/low limits,	setpoints, pass/fail results,	statistical results, load	averaging, load comparisons, %	and sharp break detection,	loadcell actuation and	direction. Loads are displayed	in ozf, gf, lbf, kgf and N	units. The display can be	inverted and displayed results	may be “hidden” from the	operator. The DFS gauge comes	standard with an RS-232 cable,	carrying case, battery adapter/	charger, testing accessories and	NIST Certificate of Calibration	with data.	Accuracy	±0.1% of full scale	Features	Eight Models and	Capacities	Advanced	Operating Modes	- Normal	- Peak Tension	and Compression	- % or Sharp	Break Detection	- Load	Comparisons &	Load Averaging	- Contact	Closure	- Load Limits	- Pass-Fail	Limits	Statistical	Calculations	- Mean with	Maximum and	Minimum Values	- Coefficent of	Variation with	Mean and	Standard	Deviation	- Standard	Deviation with	Variance and	Mean	- %	Differentiation	Integral	Loadcells	- Accuracy	± 0.1%	Full Scale	- Mechanical	Overload	Protection to	150% Full Scale	Simple Operator	Interface	- High	Resolution	Display	- Menus, Prompts	and Function	Keys for Easy	Use	Standard Outputs	- RS232 Serial	Data, Mitutoyo	Digimatic, +2Vdc	Analog	NIST Calibration	Certificate with	Data	- Available IEC/ISO17025	Cert with	Uncertainty	2 Year Warranty Quantity:	View Specification Literature &	Part List (pdf)",16);arrFiles[69]=new Array(544,"products/qa/dfsrnd.php","2004-11-26","dfsrnd.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / DFS-R-ND Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! DFS-R-ND Series DFS-R-ND	Series	Digital Indicator For Smart Load and Torque	Sensors	The CHATILLON® DFS-R-ND Series	supplies accurate load and	torque measurement in a common	gauge. Ideal for handheld or	test stand applications, the DFS-R-ND	may be equipped with smart	loadcells or torque sensors. The	auto-recognition feature knows	whether a load or torque	measurement is required.	Measurement accuracy is better	than 0.25% full scale when used	with interchangeable sensors.	Accuracy is better than 0.1%	full scale when specified with a	dedicated SCL load sensor. A	large, easy-to-read, high	resolution dot matrix LCD	display supports a variety of	standard gauge functions	including normal and peak	readings, high/low limits,	setpoints, pass/fail results,	statistical results, load	averaging, load comparisons, %	and sharp break detection,	sensor actuation and direction.	Measurements are displayed in	ozf, gf, lbf, kgf and N units or	oz-in, g-cm, lb-in, N-cm and N-m	units. The DFS-R-ND gauge comes	standard with an RS-232 cable,	carrying case, battery	adapter/charger, and NIST	Certificate of Calibration with	data.	Accuracy	better than 0.1% full scale	Features	Dedicated or	Interchangeable	Sensors	- Load and	Torque Sensors	- Accuracies to	better than 0.1%	Full Scale	Advanced	Operating Modes	- Normal	- Peak Tension,	Compression and	Torque	- % or Sharp	Break Detection	- Load	Comparisons	- Load Averaging	- Contact	Closure	- Load Limits	- Pass-Fail	Limits	Statistical	Calculations	- Mean with	Maximum and	Minimum Values	- Coefficent of	Variation with	Mean and	Standard	Deviation	- Standard	Deviation with	Variance and	Mean	- %	Differentiation	Integral	Loadcells	- Accuracy	± 0.25%	Full Scale	- Mechanical	Overload	Protection to	150% Full Scale	Simple Operator	Interface	- High	Resolution	Dot-Matrix	- Menus with	Prompts for Easy	Use	- Dedicated and	Function Keys	with Navigation	Pod	Standard Outputs	- RS232 Serial	Data, Mitutoyo	Digimatic,	± 2Vdc	Analog	NIST Calibration	Certificate with	Data	- Available IEC/ISO17025	Cert with	Uncertainty	2 Year Warranty Quantity:	View Specification Literature &	Part List (pdf)",16);arrFiles[70]=new Array(545,"products/qa/digital.php","2004-11-26","digital.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Force Gauges - Digital Force Gauges - Digital Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Force Gauges - Digital Series DPS Push/Pull Digital Force Gauge with Outputs Best value digital force gauge with capacities up to 220 lbs (push/pull) RS-232C, Digimatic and analog outputs Ergonomic, heavy-duty metal construction lb, kg, and Newton units are push-button selectable Overload alarm, low battery display indicator Outstanding display update of 20 times/second Runs on internal NiCad batteries or AC adapter Real time and peak mode (selectable) Tare function Full set of accessories, AC charger/adapter and carrying case Overload capacity 200% F.S. The DPS series represent the latest technology in an affordable, feature packed instrument. The rugged metal housing is ergonomically designed to fit your hand, yet durable enough to withstand harsh industrial environments. The easy to read display tells you at a glance the unit of force measurement (lb, kg, or Newtons), tension or compression, if you are in Peak Mode, and whether the built-in NiCad batteries are low. The standard outputs (RS-232C, Digimatic, and ±1VDC analog) allow you to capture data for permanent record. Choose the range or ranges that best suit your needs. All DPS gauges are sold complete in kit form with gauge, hard plastic carrying case, full set of measuring attachments, extension rod, and AC adapter/charger. All DPS gauges can be run on the internal NiCad batteries or the AC adapter/charger. Note: Use an R suffix for reverse display units (for use on vertical test stand) DPS Specifications DPS Ranges (Resolution) Accuracy: ±0.2% F.S. ±1 LSD Note: Use an R suffix for reverse display units (for use on vertical test stands) Series AXT High Performance Programmable Digital Force Gauge with Outputs Programmable high/low setpoints with color-coded indicators for quick go/no go testing 256 Data memory for recall and computer download External switch display hold and clear lb, kg, and N units are push button selectable RS-232C, Digimatic and Analog outputs Runs on internal NiCad batteries or AC adapter Ergonomic, heavy duty metal construction Capacity up to 220 lbs (push/pull) Overload capacity 200% of F.S. Real time and peak mode (selectable) Tare function Overload alarm, low battery indicator Full set of accessories, AC adapter/charger and carrying case The AXT are highly sophisticated, digital force gauges which offer programmable high/low setpoints for go/no-go testing. ORANGE lights up for force measurements less than Low setpoint, GREEN for between High and Low setpoint, and RED for over High setpoint. Store up to 256 values in memory, which can be displayed or transmitted using the digimatic or serial output ports. Use the real time mode to display load transients, or the peak mode to capture the peak force achieved during a test. Selectable force measuring units of lb, kg, or Newtons. All AXT force gauges are sold in kits which include the gauge, hard plastic carrying case, AC adapter/charger, and attachments (flat head, conical, chisel, notched, small hook, large hook, Y-fork, and extension rod). Built-in NiCad rechargeable batteries. AXT Specifications AXT Ranges (Resolution) Accuracy: ±0.2% F.S. ±1 LSD Note: Use an R suffix for reverse display units (for use on vertical test stands) Series AXT-DPU Remote Sensor Programmable high/low setpoints with color-coded indicators 256 Data memory for recall and computer download External switch display freeze and zero clear RS-232C, Digimatic and Analog outputs Capacity up to 4400 lbs (push and pull) Accuracy ±0.2% F.S. ±1 digit Overload capacity 200% of F.S. Ergonomic, heavy duty metal construction Real time and peak mode (selectable) Lb, Kg, and N units are push button selectable Tare function Overload alarm, low battery indicator Runs on internal NiCad batteries or AC adapter Full set of accessories, AC adapter/charger and carrying case included The AXT-DPU remote sensor has the same sophisticated features as our AXT force gauge and includes a separate sensor that is ideal for confined spaces or difficult to reach force measurements. All sensors are good for both compression and tension. A standard six foot cable connects the force gauge to the sensor. AXT-DPU Specifications AXT-DPU Ranges (Resolution) Accuracy: ±0.2% FS ±1 LSD Note: Use an R suffix for reverse display units (for use on vertical test stands) Series DPSH Push/Pull High Capacity Digital Force Gauge Best value high capacity digital force gauge with capacity up to 1100 lbs (push/pull) RS-232C, Digimatic and analog outputs Heavy-duty metal construction Lb, kg, and Newton units are push-button selectable Overload alarm, low battery display indicator Outstanding display update of 20 times/second Runs on internal NiCad batteries or AC adapter Real time and peak mode (selectable) Tare function Full set of accessories, AC charger/adapter and carrying case Overload capacity 200% F.S. Programmable capabilities available in model DPXH The DPSH digital force gauges represent the latest technology in an affordable, feature packed instrument. The rugged metal housing is durable enough to withstand harsh industrial environments. The easy to read display tells you at a glance the unit of force measurement (lb, kg, or Newtons), tension or compression, if you are in Peak Mode, and whether the built-in NiCad batteries are low. The standard outputs (RS-232C, Digimatic, and ±1VDC analog) allow you to capture data for permanent record. Choose the range or ranges that best suit your needs. All DPSH force gauges are sold complete in kit form with gauge, hard plastic carrying case, full set of measuring adapters, extension rod, and AC adapter/charger. All DPSH gauges can be run on the internal NiCad batteries or the AC adapter/charger. DPSH Specifications AXT Ranges (Resolution) Accuracy: ±0.2% F.S. ±1 LSD Note: Use an R suffix for reverse display units (for use on vertical test stands) Series DPXH High Performance Programmable High Capacity Digital Force Gauge Capacities up to 1100 lbs (push/pull) Programmable high/low setpoints with color-coded indicators for easy go/no go testing 256 Data memory for recall and computer download External switch display hold and clear Tare function RS-232C, Digimatic and Analog outputs Accuracy ±0.2% F.S. ±1 digit Overload capacity 200% of F.S. Real time and peak mode (selectable) Lb, kg, and N units are push button selectable Overload alarm, low battery indicator Runs on internal NiCad batteries or AC adapter Full set of accessories, AC adapter/charger and carrying case included The DPXH series force gauges combine a rugged metal housing and heavy-duty load cell with state of the art electronics which deliver an outstanding accuracy of ±0.2% F.S. over entire range. Use the real time mode to display load transients, or the peak mode to retain the peak force. The DPXH offers programmable high/low setpoints for go/no-go testing with color-coded indicators. Store up to 256 values into memory, which can be displayed or transmitted using the digimatic or serial output ports. Selectable force measuring units of lb, kg or Newtons. Powered by internal NiCad batteries, the DPXH force gauges come complete with hard carrying case, AC adapter/charger, tension hook, four compression attachments, extension shaft and knurled steel handles. DPHX Specifications DPHX Ranges (Resolution) Accuracy: ±0.2% FS ±1 LSD Note: Use an R suffix for reverse display units (for use on vertical test stands)",16);arrFiles[71]=new Array(546,"products/qa/fce.php","2004-11-27","fce.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / FCE Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! FCE Series FCE	Series	Digital Functional Capacity Evaluator	The CHATILLON® FCE Series is	ideal for functional capacity	evaluations. This compact,	easy-to-use force gauge is	designed for physical medicine,	occupational medicine and sports	medicine applications and	general patient assessment in	family, neurological and	orthopedic practices. Simplicity	was a key design criteria for	both clinicians and technicians.	Measurement accuracy is better	than 0.1% full scale. A large,	easy-to-read, high resolution	dot matrix LCD display supports	a variety of measurements	including functional capacity	based on a force or a time	duration. The gauge also	displays normal and peak	readings, pass/fail results and	statistics based on up to 10	stored results. Measurements are	displayed in ozf, gf, lbf, kgf	and N units. The display can be	inverted and displayed results	may be “hidden” from the patient	during testing. The FCE gauge	comes standard with carrying	case, battery adapter/charger	and NIST Certificate of	Calibration with data. A variety	of testing fixtures are	optionally available. The FCE	has been designated by the Food	and Drug Adminstration (FDA) to	be a Class 2 Medical Device.	Accuracy	±0.25% of full scale	Features	FDA Class II	Medical Device	Advanced	Operating Modes	- Functional	Capacity	- Force-Based	- Time	Duration-Based	- Normal	- Peak Strength	Statistical	Calculations	- Mean with	Maximum and	Minimum Values	- Coefficent of	Variation with	Mean and	Standard	Deviation	- Standard	Deviation with	Variance and	Mean	- %	Differentiation	Integral	Loadcells	- Accuracy	± 0.25%	Full Scale	- Mechanical	Overload	Protection to	150% Full Scale	Simple Operator	Interface	- High	Resolution	Dot-Matrix	- Menus with	Prompts for Easy	Use	- Dedicated and	Function Keys	with Navigation	Pod	NIST Calibration	Certificate with	Data	- Available IEC/ISO17025	Cert with	Uncertainty	2 Year Warranty Quantity:	View Specification Literature &	Part List (pdf)",15);arrFiles[72]=new Array(547,"products/qa/index.php","2004-11-26","index.php","","","Home / Products and Services / Quality Assurance NAAT Inc . is proud to represent Quality Assurance Products! Choose a section below: Surface Inspection Calibration Products and Services CNC and Machine Tool Monitoring",1);arrFiles[73]=new Array(548,"products/qa/indicators.php","2004-11-26","indicators.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Digital Indicators Digital Indicators Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Digital Indicators Digital Indicator Model: 611-141 Range: 0 ~ 12.5mm / 0 ~ 0.5 in Resolution: 0.01mm / 0.0005 in Total Tolerance: 0.03mm Return Tolerance: 0.01mm Repeatability: 0.01mm Operating Temperature: 0°C ~+ 40°C Storage Temperature: -10°C ~+ 60°C Power: 1.5 v SR44 (1 silver oxide cell) Average Battery Life: 1 year continuous use/3 years under normal operation OPTIONAL : Calibration Certificate traceable to NIST. Certified by an ISO 17025 Accredited Laboratory.",4);arrFiles[74]=new Array(549,"products/qa/lab.php","2004-11-26","lab.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Laboratory Accreditation Bureau Laboratory Accreditation Bureau Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Laboratory Accreditation Bureau NAAT Inc. is a Canadian Representative for Laboratory Accreditation Bureau or LAB . Laboratory Accreditation Bureau , a Michigan corporation, was established to provide laboratory accreditation services to independent and captive, testing and calibration laboratories across North America. Laboratory Accreditation Bureau conforms to ISO/IEC Guide 58 in assessing and accrediting laboratories to ISO/IEC 17025 www.L-A-B.com",4);arrFiles[75]=new Array(550,"products/qa/manual.php","2004-11-26","manual.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Test Stands - Manual Test Stands - Manual Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Test Stands - Manual LV-220 Manual Lever Test Stand LV-220 without distance meter (pictured at left) LV-220S with distance meter (pictured at right) Standard Compression and Tension models both operate with a single downward lever stroke Maximum load 220 lbs (100 kg) Stroke 4 Maximum clearance 5 (or 10 with optional extender plate) The LV-220 test stands will accept any of the standard capacity Imada force gauges while providing a convenient, reliable, and easy to use means of performing consistent force measurements. The LV-220S model is equipped with a digital distance meter. The standard compression model can be converted to tension, and the unique modular design of this stand allows the force gauge mounting plate to be located on either the front of the stand or on the back for virtually unlimited clearance. The optional extender plate will double the front clearance. (LV-220 shown at left; LV-220S with extender plate shown at right) Distance Meter Specifications Force Gauge Sold Separately SV-05S Micro-Movement Test Stand with Distance Meter One stand does both compression (push) and tension (pull) tests Reduced backlash and fine movement for highly precise measurements Stroke 2.75 (travel distance per knob rotation 0.9”/22.5mm) Maximum Load 4.4 lbs (2 kg) The SV-05S Micro-Movement Test Stand is designed for small deflection measurements such as membrane switches and other small micro switches. The minimal backlash is ideal for bi-directional testing where both the compression and tension measurements are made during the same test. The standard model SV-05S includes a highly accurate digital distance meter. Both models accept any Imada force gauge with a maximum capacity of 4.4 lbs (2 kg). Distance Meter Specifications SV-2 Precision Wheel Test Stand SV-2 without distance meter (pictured at left) SV-2S with distance meter (pictured at right) One stand for both tension (pull) and compression (push) measurements Generous work area can accommodate a wide variety of samples Hand wheel operation provides relatively consistent speed from test to test Suitable for precise tests where a higher degree of fine control is required Force gauge remains in position when hand wheel is released. Ideal for “creep” testing rubber and other elastic materials Maximum load 220 lbs (100 kg) Stroke 2 at each fixed position Maximum clearance is fully adjustable from 0 to 11 The SV-2/S Precision Wheel operated Test Stand is a highly precise and versatile fixture for your force gauge. It is designed to give you consistent conditions for repeatable results yet it is rugged enough to withstand real world environments. The easy to operate hand wheel design allows you to position the gauge, hold it in place, or advance it at a constant speed. The force gauge will remain in place once the hand wheel is released, making it ideal for “creep” testing rubber or other elastic materials. The direction that the hand wheel is turned determines the direction the gauge moves in, so the stand is set up to do both compression and tension testing without any conversions. The large platform base will accept the special attachments required to do your force measurements. The SV-2/S stand accepts any of the standard range Imada force gauges. (SV-2 without distance meter shown at left; SV-2S with distance meter shown at right) Distance Meter Specifications Force Gauge Sold Separately SH-220 Horizontal Hand Wheel Test Stand Horizontal design is ideal for peel testing and other applications Hand wheel provides relatively consistent speed for repeatable tests Gauge remains in place when hand wheel is released One stand for both compression (push) and tension (pull) tests Continuous stroke 7.5 Maximum Load 220 lbs (100 kg) For doing peel tests and other force measurements where a horizontal test stand is required, the SH-220 Manual Horizontal Hand Wheel Test Stand is an ideal choice. With all of the advantages of the hand wheel design (relatively consistent speed, precise gauge positioning, bi-directional movement) in a low-profile horizontal package, the SH-220 accepts any of the standard range Imada force gauges and special attachments. Force Gauge Sold Separately SV-300/500 High Capacity Precision Hand Wheel Test Stand SV-300 (capacity 300 lbs) SV-500 (capacity 500 lbs) Hand wheel design provides a high degree of precise control One stand for both compression (push) and tension (pull) tests Gauge remains in place when hand wheel is released Stroke 15 Models SV-300/500 have greater clearance to accommodate oversize materials and a long stroke to test materials that require a greater range of movement. SV-300/500 are precise push/pull test stands that are ideal for force applications requiring relatively consistent speed and maximum gauge control. The force gauge remains in position when the wheel is released which allows the user to easily change samples between tests. The hand wheel operation will provide repeatable test results from sample to sample. The SV-300/500 will accommodate any of the standard range Imada force gauges. Force Gauge Sold Separately",11);arrFiles[76]=new Array(551,"products/qa/measurement.php","2004-11-26","measurement.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Measurement Electronics Measurement Electronics Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Measurement Electronics Evaluation Amplifiers",3);arrFiles[77]=new Array(552,"products/qa/mechanical.php","2004-11-26","mechanical.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Force Gauges - Mechanical Force Gauges - Mechanical Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Force Gauges - Mechanical Series FB Push / Pull Mechanical Force Gauge Simple, rugged, virtually maintenance free Retains a high degree of accuracy for extended periods Ergonomic, heavy-duty metal construction No batteries needed Intrinsically safe in hazardous environments Capacity up to 100 lbs. (push and pull) Overload capacity 165 lbs on all ranges Tare ring Real time and peak mode Full set of accessoriesand carrying case included The rugged construction of the FB/PS force gauges will withstand industrial environments and yet retain calibration for extended periods. Ergonomic design makes it ideal for hand held use, or it can be mounted to a test stand. The Zero-Tare ring allows you to zero the gauge to compensate for measuring attachments and changes in measuring position. The real time/peak hold selector switch allows you to observe transients or capture peaks. Many ranges are available to cover all of your measurement needs (also available in Newtons). The FB series is sold in kits complete with force gauge, hard carrying case, five measuring attachments (flat head, conical, chisel, notched, and small hook) as well as a 3 inch extension shaft. PS resolution is 2 times greater than FB and the kit includes everything in the FB kit plus a large hook and Y-hook. FB Ranges (Resolution) Accuracy: FB ±0.3% F.S. Series PS Precise Mechanical Force Gauges Push/Pull Ergonomic, heavy-duty metal construction No batteries needed Intrinsically safe Capacity up to 100 lbs. Accuracy ±0.1% F.S. Overload capacity 165 lbs on all ranges Tare ring Real time and peak mode Full set of accessories and carrying case included The PS series force gauges are the highest accuracy mechanical gauges available, making them ideal for precision tension and compression measurements in laboratory environments. The PS series is sold in kits, complete with gauge, hard plastic carrying case, measuring attachments (flat head, cone, chisel, notched, small hook, large hook, and Y-hook), and extension rod. The ergonomic design is well suited for hand held testing, and the gauges have four threaded holes for mounting to a test stand, or the optional handle. PS Ranges (Resolution) PS ±0.1% F.S.; MF ±0.3% F.S. Series UK UKK Compression Force Gauge UKT Tension Force Gauge Dimensions: 41/2 L x 21/2 W x 2 D Ideal for OEM or permanent installation Can be used in tight spaces where other gauges will not fit Specially designed dial will retain peak values The UK series mechanical force gauges are dedicated compression only or tension only instruments for use in confined spaces, or for permanent installation into a piece of equipment or machinery. The specially designed dial will retain peak values while simultaneously displaying real time measurements. The threaded shaft will accept any of the standard FB/PS replacement measuring attachments. Dedicated compression and tension ranges are available for your specific needs. Newton gauges are available. UK Ranges (Resolution UKT & UKK Models) Series ESH/PSH High Capacity Mechanical Force Gauge Simple, rugged, virtually maintenance free High degree of accuracy Capacities up to 500 lbs (push and pull) No batteries needed Intrinsically safe in hazardous environments Rugged design for heavy usage Heavy duty metal construction Tare ring Real time and peak mode Full set of accessories and carrying case included The ESH/PSH series mechanical force gauges are designed for high capacity measurements to 500 lbs (300 kg). The rugged metal housing and heavy duty springs will withstand the harsh rugged environment of a manufacturing plant, yet the highly accurate, matched springs will ensure reliable results. Sold complete in kit form with force gauge, hard plastic carrying case, handles, measuring attachments (ESH includes hook and flat head- PSH includes flat head, conical, chisel, notched, and small hook), and extension shaft. Four installation bolts are also included for mounting the gauge to a test stand or other permanent location. (M10p1.5 Threaded measuring shaft (top and bottom) pictured at right) ESH / PSH Ranges (Resolution) Accuracy: ESH ±0.7% F.S.; PSH ±0.5% F.S.",12);arrFiles[78]=new Array(553,"products/qa/mftg.php","2004-11-26","mftg.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Multi Force and Torque Gauges	Introducing the New Chatillon Digital Force Gauges & Sensors	coming January 1 st 2005 Click below for more info on each	Series DFE Series DFS Series DFS-R-ND Series MSC Series FCE Series TCM201 Series SLC Series STS Series MT150 - DFE Series MT500 Series TCD200 Series",6);arrFiles[79]=new Array(554,"products/qa/motorized.php","2004-11-26","motorized.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Test Stands - Motorized Test Stands - Motorized Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Test Stands - Motorized MV-220 Motorized Vertical Test Stand MV-220BA (Basic Type) MV-220AC (Auto Cycle Type) Max Load : 220 lbs One stand for both compression (push) and tension (pull) tests Stroke: 16 Auto cycle feature Optional dynamic and static distance meter available These motorized test stands offer consistent and reliable testing. It features dual speed mode: fixed speed (presettable) and adjustable speed. They accept any of the standard range Imada force gauges. Quick return and Emergency Stop features are also included. Basic Models: MV-220BA, MV-500BA Basic Models have top and bottom travel limits that can be adjusted for a precise range of movement. Set the travel limits, flip the direction switch up to move the cross head up to the top travel limit at the selected speed. Flip the direction switch down to send the cross head down to the bottom travel limit. The speed is set by a Speed Adjust knob. Quick Return and Emergency Stop features are also included. Auto Cycle Models: MV-220AC, MV-500AC, MV-1100AC Auto cycle models have top and bottom travel limits that can be adjusted for a precise range of movement. Speed Adjust, Quick Return and Emergency Stop features are also included. These stands have three function modes. Manual Mode : While the Direction switch is held up, the head moves up. Holding the switch down moves the cross head down. When the switch is released the head stops. This mode is ideal for positioning. Single Cycle Mode : When the Direction switch is pushed up, the cross head moves up at the desired speed, and when it reaches the top travel limit, it automatically goes back and stops at the bottom travel limit, completing one cycle. Pushing the switch down runs the cycle in reverse. Auto Cycle Mode : This mode is similar to Single Cycle mode, except that the cross head travels up and down repeating the cycle until either the Power or Emergency switches is turned off. This mode is ideal for applications such as fatigue testing. Specify speed when ordering Force Gauge Sold Separately MV-1100/500 High Capacity Motorized Vertical Test Stands MV-500BA (Basic Type) MV-1100AC (Auto Cycle Type) Max Load : MV-500/500 lbs, MV-1100/1100 lbs One stand for both compression (push) and tension (pull) tests Stroke: 16 Combination of ball screw drive system and high performance brushless motor provides extremely smooth and powerful operation over the entire speed range. Test speed mode: fixed (presettable) or adjustable Return speed: fixed max. or adjustable Auto cycle feature Optional dynamic and static distance meter available These motorized test stands offer consistent and reliable testing. The combination of ball screw system and state of the art brushless motor provides extremely smooth and powerful operation over the entire speed range. It features dual speed mode: fixed speed (presettable) and adjustable speed. They accept any of the standard range Imada force gauges. Quick return and Emergency Stop features are also included. Basic Models: MV-220BA, MV-500BA Basic Models have top and bottom travel limits that can be adjusted for a precise range of movement. Set the travel limits, flip the direction switch up to move the cross head up to the top travel limit at the selected speed. Flip the direction switch down to send the cross head down to the bottom travel limit. The speed is set by a Speed Adjust knob. Quick Return and Emergency Stop features are also included. Auto Cycle Models: MV-220AC, MV-500AC, MV-1100AC Auto cycle models have top and bottom travel limits that can be adjusted for a precise range of movement. Speed Adjust, Quick Return and Emergency Stop features are also included. These stands have three function modes. Manual Mode : While the Direction switch is held up, the head moves up. Holding the switch down moves the cross head down. When the switch is released the head stops. This mode is ideal for positioning. Single Cycle Mode : When the Direction switch is pushed up, the cross head moves up at the desired speed, and when it reaches the top travel limit, it automatically goes back and stops at the bottom travel limit, completing one cycle. Pushing the switch down runs the cycle in reverse. Auto Cycle Mode : This mode is similar to Single Cycle mode, except that the cross head travels up and down repeating the cycle until either the Power or Emergency switches is turned off. This mode is ideal for applications such as fatigue testing. Specify speed when ordering Force Gauge Sold Separately MH-220 Motorized Horizontal Test Stands MH-220BA (Basic Type) MH-220AC (Auto Cycle Type) Max Load: 220 lbs Stroke: 16 Optional dynamic and static distance meter available Imada motorized test stands offer consistent and reliable testing. Our Basic or Auto Cycle models are available in Standard, High, and Low speeds. They accept any of the standard range Imada force gauges and special attachments. Optional dynamic and static distance meters are also available. Basic Model: MH-220BA Basic Models have top and bottom travel limits that can be adjusted for a precise range of movement. Set the travel limits, flip the direction switch up to move the cross head up to the top travel limit at the selected speed. Flip the direction switch down to send the cross head down to the bottom travel limit. The speed is set by a Speed Adjust knob. Quick Return and Emergency Stop features are also included. Auto Cycle Model: MH-220AC Auto cycle models have top and bottom travel limits that can be adjusted for a precise range of movement. Speed Adjust, Quick Return and Emergency Stop features are also included. These stands have three function modes. Manual Mode : While the Direction switch is held up, the head moves up. Holding the switch down moves the cross head down. When the switch is released the head stops. This mode is ideal for positioning. Single Cycle Mode : When the Direction switch is pushed up, the cross head moves up at the desired speed, and when it reaches the top travel limit, it automatically goes back and stops at the bottom travel limit, completing one cycle. Pushing the switch down runs the cycle in reverse. Auto Cycle Mode : This mode is similar to Single Cycle mode, except that the cross head travels up and down repeating the cycle until either the Power or Emergency switches is turned off. This mode is ideal for applications such as fatigue testing. Specify speed when ordering Force Gauge Sold Separately MVS Ultra Precision Fully Programmable Force/Distance Touch Panel Tester Capacity: up to 220 lbs. Force Accuracy: 0.2% F.S. Stroke: 100 mm (Optional: 200 or 300 mm) Speed: 0.001 mm/sec to 9.999 mm/sec (digitally adjustable) Movement Resolution: 0.001 mm increment (by JOG dial) Position Repeatability: 0.03 mm (0.015 mm one direction) The MVS features both force and displacement testing. It accommodates load cells up to 220 lbs and has very precise digital positioning capabilities and a manual JOG dial capable of 0.001 mm increments. The touch screen is the ultimate in programming efficiency. Five screens control Testing, Options, Utility, Settings and Calibration. The MVS is specially designed to test force vs. displacement characteristics including hysteresis analysis of micro-movement test samples such as membrane switches, micro switches, keyboards, etc. It will quickly measure not only compression direction, but also the reverse, decompression, simultaneously. Also, if it is preset, it will indicate the particular force value at the preset distance. Once all of the testing parameters are set, the MVS will perform the uniformly conditioned testing repeatedly. The force and displacement data output in the RS-232C format is available for SPC. (MVS teststand includes loadcell) MVS Ranges (Resolution) Accuracy : ±0.2% F.S. ±1 LSD",15);arrFiles[80]=new Array(555,"products/qa/msc.php","2004-11-27","msc.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / MSC Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! MSC Series MSC	Series	Digital Muscle Strength Comparator	The CHATILLON® MSC Series is	ideal for muscle strength	testing, job task analysis and	ergonomic evaluations. This	compact, easy-to-use force gauge	is designed for physical	medicine, occupational medicine	and sports medicine applications	and general patient assessment	in family, neurological and	orthopedic practices. Simplicity	was a key design criteria for	both clinicians and technicians.	Measurement accuracy is better	than 0.1% full scale. A large,	easy-to-read, high resolution	dot matrix LCD display supports	a variety of measurements	including normal and peak	readings, dominant v.	non-dominant comparisons, pass/	fail results, statistical	results, load averaging, load	comparisons, measurement	actuation and direction.	Measurements are displayed in	ozf, gf, lbf, kgf and N units.	The display can be inverted and	displayed results may be	“hidden” from the patient during	testing. The MSC gauge comes	standard with carrying case,	battery adapter/charger and NIST	Certificate of Calibration with	data. A variety of testing	fixtures are optionally	available. The MSC is designated	by the Food and Drug	Administration (FDA) as a Class	2 medical device.	Accuracy	±0.1% of full scale	Features	FDA Class II	Medical Device	Advanced	Operating Modes	- Normal	- Peak Tension	and Compression	- Muscle	Strength	Comparison	- Functional	Capacity	Evaluation	Statistical	Calculations	- Mean with	Maximum and	Minimum Values	- Coefficent of	Variation with	Mean and	Standard	Deviation	- Standard	Deviation with	Variance and	Mean	- %	Differentiation	Integral	Loadcells	- Accuracy	± 0.1%	Full Scale	- Mechanical	Overload	Protection to	150% Full Scale	Simple Operator	Interface	- High	Resolution	Dot-Matrix	- Menus with	Prompts for Easy	Use	- Dedicated and	Function Keys	with Navigation	Pod	NIST Calibration	Certificate with	Data	- Available IEC/ISO17025	Cert with	Uncertainty	2 Year Warranty Quantity:	View Specification Literature &	Part List (pdf)",15);arrFiles[81]=new Array(556,"products/qa/mt150.php","2004-11-27","mt150.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / MT150 Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! MT150 Series MT150	Series	Mechanical Tester (150 lbf, 660 N)	The MT150 Series mechanical test	stand is an easy-to-use solution	for force measurement	applications up to 150 lbf	(660N) capacities. The test	stand may be equipped with a	quick-action lever or precision	handwheel for controlling	crosshead speed and travel. The	MT150 test stand can be bench	mounted, wall mounted or	positioned horizontally.	Vertical clearances are	available from 750mm (29.5 inch)	up to 1500mm ( 60 inch).	Standard stroke is 6 inches (150	mm), although longer strokes can	be accommodated as a special	order. The MT150 Series features	an innovative design that	maximizes working space and	simplifies operation and	maintenance. The single column	design with 150mm (6 in) throat	is ideal for large specimens.	The removable platen is designed	to accommodate metric and	imperial threaded fixtures.	Special gauge adapter make gauge	alignment automatic. Options	include a digital travel	indicator, capable of displaying	travel up to 0.01mm (0.0005	inch) and column ruler which is	graduated in millimeters and	inches. The MT150 Series	includes hook, compression	plate, adapters and gauge	mounting hardware.	Features	Large Working	Area	- 150mm (6 in)	Throat for Large	Specimens	- Universal	Fixturing	(Metric or	Imperial)	- 150mm (6 in)	Full Crosshead	Travel	Modular Design	- Bench,	Horizontal or	Wall Mounted	- Lever or	Handwheel	Operation	- Multiple	Travel Lengths	2 Year Warranty	Specifications	Capacity:	150 lbf (660	N)	Loading	Method:	Quick-Action	Lever or	Handwheel	Travel	Rates:	Lever	Handwhee l	75mm (3 in)	per	Revolution	12mm (0.5	in) per	Revolution	Column	Height:	Standard	Extended	Ultra	750mm (29.5	inch)	1000mm (39.4	inch)	1500mm (59	inch)	Maximum	Stroke:	150mm (6 in)	*Longer	Strokes	available	Weight:	Approx. 20	lbs (9 kg) Quantity:	View Specification Literature &	Part List (pdf)",17);arrFiles[82]=new Array(557,"products/qa/mt500.php","2004-11-27","mt500.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / MT500 Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! MT500 Series MT500	Series	Mechanical Tester (562 lbf, 2500 N)	The MT500 Series mechanical test	stand is an easy-to-use solution	for force measurement	applications up to 562 lbf (2.5	kN) capacities. The test stand	may be equipped with a	quick-action lever or precision	handwheel for controlling	crosshead speed and travel. The	MT500 test stand can be bench	mounted, wall mounted or	positioned horizontally.	Vertical clearances are	available from 750mm (29.5 inch)	up to 1500mm ( 60 inch).	Standard stroke is 6 inches (150	mm), although longer strokes can	be accommodated as a special	order.	The MT500 Series features an	innovative design that maximizes	working space and simplifies	operation and maintenance. The	single column design with 150mm	(6 in) throat is ideal for large	specimens. The removable platen	is designed to accommodate	metric and imperial threaded	fixtures. Special gauge adapter	make gauge alignment automatic.	Options include a digital travel	indicator, capable of displaying	travel up to 0.01mm (0.0005	inch) and column ruler which is	graduated in millimeters and	inches. The MT500 Series	includes hook, compression	plate, adapters and gauge	mounting hardware.	Features	Large Working	Area	- 150mm (6 in)	Throat for Large	Specimens	- Universal	Fixturing	(Metric or	Imperial)	- 150mm (6 in)	Full Crosshead	Travel	Modular Design	- Bench,	Horizontal or	Wall Mounted	- Lever or	Handwheel	Operation	- Multiple	Travel Lengths	2 Year Warranty	Specifications	Capacity:	562 lbf (2.5	kN)	Loading	Method:	Quick-Action	Lever or	Handwheel	Travel	Rates:	Lever	Handwhee l	75mm (3 in)	per	Revolution	12mm (0.5	in) per	Revolution	Column	Height:	Standard	Extended	Ultra	750mm (29.5	inch)	1000mm (39.4	inch)	1500mm (59	inch)	Maximum	Stroke:	150mm (6 in)	*Longer	Strokes	available	Weight:	Approx. 22	lbs (10 kg) Quantity:	View Specification Literature &	Part List (pdf)",17);arrFiles[83]=new Array(558,"products/qa/ptmg.php","2004-11-26","ptmg.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Pin, Thread and Other Mechanical Gauges Pin, Thread and Other Mechanical Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! Pin, Thread and Other Mechanical Gauges Black Guard Gages Black oxide treatment prevents corrosion and shows gage wear… saving money and time. Make quick and accurate measurements with Black Guard Pin Gages. Measure hole sizes. Calculate distances between holes. Gage slot widths. Check locations. Use for Go / No-Go gaging. Size in micrometers and snap gages. These gages are a must for anyone making frequent and varied measurements. Black Guard Prevents Rust & Corrosion Visible Wear Indication Bright Clear Marking Longer Gage Life Black Guard black oxide treatment typically penetrates .00004 to .00006 deep, which will visually reveal wear patterns allowing the inspector to calibrate or replace gage pins more effectively. Black Guard treatment will help prevent rust and corrosion which will extend the useful life of the gage. Inch Sets (.001 Increments) Range No. of Wt. Order No. Order No. Price Replacement Gages lbs. (Plus) (Minus) Pin Price .0060 to .0600 55 2 901100100 901200100 75.00 2.50 .0110 to .0600 50 2 901100200 901200200 60.00 2.50 .0110 to .2500 240 6 901100300 901200300 190.00 2.25 .0610 to .2500 190 6 901100400 901200400 135.00 2.25 .2510 to .5000 250 20 901100500 901200500 200.00 2.25 .5010 to .6250 125 21 901100600 901200600 235.00 3.00 .6260 to .7500 125 31 901100700 901200700 260.00 4.50 .7510 to .8320 82 27 901100800 901200800 450.00 6.75 .8330 to .9160 84 33 901100900 901200900 525.00 7.75 .9170 to 1.0000 84 38 901101000 901201000 550.00 8.25 Class ZZ ( .0002 or .005 mm tolerance) Go (Plus) or NoGo (Minus) NIST traceable .0005, or .02mm sizes .001 or .02mm set increments 52100 tool steel; 60/62 Rc 2 long 10 microinch finish or better Within .0001 round Marked with size & direction of tolerance on gages over .060 Certificate of Accuracy included Registered ISO 9002",20);arrFiles[84]=new Array(559,"products/qa/slc.php","2004-11-27","slc.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / SLC Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! SLC Series SLC	Series	Loadcells for DFS-R-ND Series	The CHATILLON® SLC Series	loadcells are full-bridge strain	gauge sensors complete with	15-pin plug. These loadcells are	used exclusively with the	Chatillon DFS-R-ND Series	digital indicator. The loadcell	values and sensitivity factors	are stored in memory within the	sensor plug. When connected to a	DFS-R-ND indicator, the capacity	and calibration points are	automatically recognized by the	instrument. The instrument then	becomes a full-featured load	measurement instrument. The SLC	Series loadcells meet ASTM E4	and BS EN ISO 7500 part 1 for a	±0.25% accuracy sensor. The	loadcells are connected to the	DFSR- ND with a retractable cord	that extends fully to nearly 9	ft. (3 m).	Specifications	Input	Resistance:	1000 ohms	± 100	Output	Resistance:	1000 ohms	± 100	Rated	Output:	2.0 mV/V	Safe	Overload:	150% Full	Scale)	Non-Linearity:	± 0.05%	Full Scale	Hysteresis:	± 0.05%	Full Scale Zero	Balance:	± 1.0%	Full Scale	Operating	Temp:	30° to 120°F	(-40° to	82°C) Quantity: Select a model: SLC-250G SLC-0002 SLC-0010 SLC-0025 SLC-0050 SLC-0100 SLC-0200 SLC-0500 SLC-1000	View Specification Literature &	Part List (pdf)",16);arrFiles[85]=new Array(560,"products/qa/sts.php","2004-11-27","sts.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / STS Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! STS Series STS	Series	Torque Sensors for DFS-R-ND Series	The CHATILLON® STS Series torque	sensors are full-bridge strain	gauge sensors complete with	15-pin plug. These sensors are	used exclusively with the	Chatillon DFS-R-ND Series	digital indicator. Thesensor’s	torque values and sensitivity	factors are stored in memory	within the sensor plug. When	connected to a DFS-R-ND	indicator, the capacity and	calibration points are	automatically recognized by the	instrument. The instrument then	becomes a full-featured torque	measurement instrument. The STS	Series torque sensor meets ASTM	E4 and BS EN ISO 7500 part 1 for	a ±0.25% accuracy sensor. The	sensors are connected to the DFS-R-ND	with a retractable cord that	extends fully to nearly 9 ft. (3	m).	Specifications	Input	Resistance:	1000 ohms	± 100	Output	Resistance:	1000 ohms	± 100	Rated	Output:	2.0 mV/V	Safe	Overload:	150% Full	Scale)	Non-Linearity:	± 0.1%	Full Scale	Hysteresis:	± 0.1%	Full Scale Zero	Balance:	± 1.0%	Full Scale	Operating	Temp:	30° to 120°F	(-40° to	82°C) Quantity: Select a model: STS-0003 STS-0012 STS-0050 STS-0100 STS-0200	View Specification Literature &	Part List (pdf)",16);arrFiles[86]=new Array(561,"products/qa/tcd200.php","2004-11-27","tcd200.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / TCD200 Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! TCD200 Series	TCD200 Series	Digital Force Tester (225 lbf, 1000 N)	The TCD200 Series digital test	stand features bi-directional	RS232 communications that	support data exchange and remote	control using a personal	computer. Force and deflection	data may be transmitted or	requested and used with our	NEXYGEN FM Series software for	comprehensive force measurement	and material testing analysis.	The TCD200 features a ball screw	drive with dual column alignment	for precise linear motion.	Dynamic braking provides	positive control of the motor.	Programming of test speed, high	and low deflection setpoints and	cycling are performed using the	membrane- style keypad. “MIN”	and “MAX” speed functions are	also provided for easy setup.	Two LCD displays indicate speed	and deflection values along with	status indicators of the	programmed functions and units	of measurement (inches or	millimeters).	Features	Easy to Use,	Rugged	Construction	Membrane	Multi-function	Keypad for	Simple Operation	Serial Data	Communications	Precision Ball	Screw Drive	Mechanism	Programmable	Cycling Up to	1000 Cycles	Limit Cycling on	Force and	Deflection	Dynamic Braking	Emergency Stop	Button	Adjustable High	and Low Limits	Maintenance-free	Design	2 Year Warranty	Specifications	Capacity:	225 lbf	(1000 N) Note:	Higher speed	testers	derated to	112 lbf (500	N)	Crosshead	Speed:	Model	Dependent	Speed	Accuracy::	±5% Full	Scale	Travel:	Approximately	18-inches	(457 mm)	Load	Measuring:	Chatillon	Force Gauge	Outputs:	RS232C	Serial Data	Communications	Supply	Voltage:	115Vdc or	220Vdc	Operating	Temp:	40 to 95F (5	to 35C)	Weight:	Approx. 22	lbs (10 kg)	Warranty:	1 year Quantity: Select a model: TCD200 TCD200-SS TCD200-MS TCD200-MH TCD200-HS	View Specification Literature &	Part List (pdf)",22);arrFiles[87]=new Array(562,"products/qa/tcm201.php","2004-11-27","tcm201.php","","","Home / Products and Services / Quality Assurance / Calibration Products and Services / Multi Force and Torque Gauges / TCM201 Series Multi Force and Torque Gauges Products: Force Gauges - click for Mechanical or Digital Torque Testers Test Stands - click for Manual or Motorized Calipers Digital Indicators Pin, Thread and Other Mechanical Gauges Laboratory Accreditation Bureau Torque Sensors Fastener Test Systems Measurement Electronics ! New ! Multi Force and Torque Gauges ! New ! TCM201 Series	TCM201 Series	Digital Force Tester (225 lbf, 1000 N)	The TCM201 Series of motorized	test stands offer customers an	easy-to-operate motorized	testing system that is precise	enough for the laboratory and	rugged enough for the production	floor. Stands feature an	all-metal construction with ball	screw and dual support columns	for positive motor control and	minimal deflection. Manually	adjustable limits stop crosshead	travel at precise user specified	locations. Rotary dials are easy	to operate and allow the user to	specify speed requirements and	test mode. Dedicated function	keys provide fast motion control	adjustment (up, down, stop).	Units operate in four modes:	single cycle at upper limit,	single cycle at lower limit,	continuous cycling between	limits, and manual. A selector	switch is provided for	specifying return speed after	testing.	Accuracy	±0.1% of full scale	Features	Easy to Use,	Rugged	Construction	Twin Rotary	Dials and	3-Button Keypad	for Simple	Operation	Precision Ball	Screw Drive	Mechanism	Four Mode	Cycling	Emergency Stop	Button	Adjustable High	and Low Limits	Maintenance-free	Design	2 Year Warranty	Specifications	Capacity:	225 lbf	(1000 N) Note:	Higher speed	testers	derated to	112 lbf (500	N)	Crosshead	Speed:	Model	Dependent	Speed	Accuracy:	± 5%	Full Scale	Travel:	Approximately	18-inches	(457 mm) Load	Measuring:	Chatillon	Force Gauge	Supply	Voltage:	115Vdc or	220Vdc	Operating	Temp:	40° to 95°F	(5° to 35°C)	Weight :	Approx. 22	lbs (10 kg)	Warranty:	1 year Quantity: Select a model: TCM201-M TCM201-220V TCM201-SS TCM201-SS-M TCM201--SS-220V TCM201-MS TCM201-MS-M TCM201-MS-220V TCM201-MH TCM201-MH-M TCM201-MH-220V TCM201-HS TCM201-HS-M TCM201-HS-220V	View Specification Literature &	Part List (pdf)",22);arrFiles[88]=new Array(563,"products/qa/torquetesters/di-1m.php","2004-06-03","di-1m.php","","","Home / Products and Services / Quality Assurance / Torque Testers / DI-1M DI-1M Digital Torque Tester for Impact Wrenches with Remote Sensor Ergonomic Light Weight, yet heavy duty metal construction Easy to read LED panel displays reference torque value in lb-ft, kg-m and N-m (selectable); and number of blows for selected period (0.1 - 9.9 sec) First peak, Peak and Real Time measuring mode (selectable) Accuracy: ±0.5% F.S. ±1 LSD ( 32° to 100°F) Both clockwise and counterclockwise operation RS-232 output for SPC capability Runs on internal NiCad batteries (8 hour use) AC charger included Use these portable testers for on-the-spot calibration. Torque testers give digital readout of peak value in either direction and also indicate number of blows for selected time period. These instruments have an accuracy of ±0.5%, have first peak and real time modes, and provide data for SPC (statistical process control) via the RS232 port. Calibrate your own impact drivers and save down time. Digital Torque Tester Ranges Accuracy ± 0.5% F.S., ±1 LSD",2);arrFiles[89]=new Array(564,"products/qa/torquetesters/di-3-1p.php","2004-06-03","di-3-1p.php","","","Home / Products and Services / Quality Assurance / Torque Testers / DI-3-1P DI-3-1P Digital Torque Tester with Remote Sensor Heavy duty metal construction Lb-in, Kg-cm, Kg-m, N-cm and N-m (selectable) First peak, Peak and Real Time measuring mode (selectable) Accuracy: ±0.5% F.S. ±1 LSD ( 32° to 100°F) 400 data memory for recall or for SPC download Both clockwise and counterclockwise operation RS-232 output for SPC capability Runs on internal NiCad batteries (8 hour use) AC adapter/charger included Digital Torque Tester with flanged remote sensor calibrates torque tools up to 362 lb-ft. It has an accuracy of ± .5% F.S., ± 1 LSD and measures torque in first peak, peak and real time modes (selectable). Do not use with impact tools (Ask for DI-1M impact wrench torque tester). Standard RS-232 output is available for analysis by Imada data acquisition software SW-1S. Digital Torque Tester Ranges Accuracy ± 0.5% F.S., ±1 LSD",2);arrFiles[90]=new Array(565,"products/qa/torquetesters/di-5-rl.php","2004-06-03","di-5-rl.php","","","Home / Products and Services / Quality Assurance / Torque Testers / DI-5-RL DI-5-RL Light Weight Digital Torque Tester / Screwdriver With Stepless One Way Clutch (up to 90 lb-in.) Ergonomic, light weight, rugged metal construction Lb-in, Kg-cm and N-cm (selectable) First peak, Peak and Real Time measuring mode (selectable) Accuracy: ±0.5% F.S. ±1 LSD ( 32° to 100°F) 400 data memory for recall or for SPC download Programmable setpoint with audible beep for uniform tightening or Go/No Go testing. Setpoint sensing range is selectable among ±3%, ±5% and ±10% of setpoint. Zero reset button on the driver for easy operation Both clockwise and counterclockwise operation RS-232 output for SPC capability Runs on internal NiCad batteries (8 hour use) Sold as kits including carrying case, Phillips tips and AC adapter/charger The Imada Digital Torque Tester / Screwdriver is ergonomically designed, extremely lightweight and good for use as a production tool. It tightens or loosens screws up to 90 lb-in., yet can be used in difficult to reach places. Torque controlled screwdrivers can also be evaluated by comparative tests on a given fastener. Both breakaway and loosen tests can be performed. (DI-5-RL kit shown at lower-right) This torque tester has an accuracy of ±0.5%, ± 1 LSD. It offers a programmable setpoint for uniform tightening or Go/No Go testing and also provides data for SPC (statistical process control) via the RS232 port. DI-5-RL torque tester substantially reduces scrap and rework costs by eliminating over and under-tightening. It is ideal for use in a wide variety of applications including the manufacture of electronic, appliance and aerospace assemblies. Sold in kit form including display unit, screwdriver with cable, stepless one way clutch, AC adapter/charger and carrying case. DI-5-RL Ranges Accuracy: ±0.5% F.S.",4);arrFiles[91]=new Array(566,"products/qa/torquetesters/di-5-tw20.php","2004-06-03","di-5-tw20.php","","","Home / Products and Services / Quality Assurance / Torque Testers / DI-5-TW20 DI-5-TW20 Light Weight Digital Torque Tester / Wrench With Stepless One Way Clutch Ergonomic, light weight, rugged metal construction Lb-in, Kg-cm and N-cm (selectable) First peak, Peak and Real Time measuring mode (selectable) Accuracy: ±0.5% F.S. ±1 LSD ( 32° - 100°F) 400 data memory for recall or for SPC download Programmable setpoint with audible beep for uniform tightening or Go/No Go testing. Setpoint sensing range is selectable among ±3%, ±5% and ±10% of setpoint. Zero reset button on the driver for easy operation Both clockwise and counterclockwise operation RS-232 output for SPC capability Runs on internal NiCad batteries (8 hour use) DI-5-TW20 is sold as a kit including carrying case and AC adapter/charger The Imada Digital Torque Tester / Wrench is ergonomically designed, extremely lightweight and good for use as a production tool. It tightens or loosens bolts up to 180 lb-in., yet can be used in difficult to reach places. Torque controlled wrenches can also be evaluated by comparative tests on a given fastener. Both breakaway and loosen tests can be performed. This torque tester has an accuracy of ±0.5%, ± 1 LSD. It offers a programmable setpoint for uniform tightening or Go/No Go testing and also provides data for SPC (statistical process control) via the RS232 port. DI-5-TW20 torque tester substantially reduces scrap and rework costs by eliminating over and under-tightening. It is ideal for use in a wide variety of applications including the manufacture of electronic, appliance and aerospace assemblies. Sold in kit form including display unit, wrench with cable, stepless one way clutch, AC adapter/charger and carrying case. DI-5-TW20 Range Accuracy:±0.5% F.S. ±1 LSD ( 32° to 100°F)",3);arrFiles[92]=new Array(567,"products/qa/torquetesters/ds-4.php","2004-06-03","ds-4.php","","","Home / Products and Services / Quality Assurance / Torque Testers / DS-4 DS-4 Light Weight Digital Torque Tester/Screwdriver With Stepless One Way Clutch (up to 35.00 lbf-in) Ergonomic and light weight, yet ruggedly constructed Available in: lb-in, oz-in, kg-cm and N-cm (specify units when ordering) First Peak, Peak and Real Time measuring mode (selectable) 400 data memory for recall or for SPC download Programmable High and Low setpoints with both audible beep and Green/Red LED indicator for uniform torque tightening or GO/NO GO testing Programmable screw tightening counter minimizes assembly errors by identifying units with defective screws Programmable Auto Zero function resets unit to zero for easy operation Both clockwise and counterclockwise operation RS-232 output for SPC capability Runs on internal NiCad batteries (for 8 hours) Auto shut-off after 10 min. of non-use AC charger and step less one-way clutch adapter included (1/4” female hex) Optional carrying case available The DS-4 Light Weight Digital Torque Tester / Screwdriver features an integral/adjustable LCD display for more convenient torque readings. The unit is designed for screw tightening torque verification and measures in Real Time, First Peak and Peak measuring modes (selectable). The DS-4 has an accuracy of ± 0.5% F.S., ±1 LSD and has programmable setpoints that provide both an audible beep and green/red LED indicator for uniform tightening or GO/NO GO testing. In addition, it features a programmable counter that minimizes assembly errors by identifying mis-tightening and/or defective screws. Use the 400 internal memory for data recall or RS-232 download for SPC. The DS-4 torque tester substantially reduces scrap and rework costs by eliminating over and under-tightening and is ideal for use in a wide variety of applications including the manufacture of electronic, appliance and aerospace assemblies. Model DS-4 is sold in kits which includes the torque tester / screwdriver, step less one-way clutch adapter, Phillips tip and AC adapter/charger. Optional carrying case available. Digital Torque Tester Ranges Accuracy ± 0.5% F.S., ±1 LSD",4);arrFiles[93]=new Array(568,"products/qa/torquetesters/dtb.php","2004-06-03","dtb.php","","","Home / Products and Services / Quality Assurance / Torque Testers / DTB DTB Cap Torque Tester(up to 86.8 in-lb) Programmable high/low setpoints with color-coded indicators for quick go/no go testing 256 Data memory for recall and computer download Clamps containers from 1/2~ 8 in diameter Lb-in, kg-cm, and N-cm units are push button selectable RS-232C, Digimatic and Analog outputs Both clockwise and counterclockwise operation Overload capacity 200% of F.S. Real time and peak mode (selectable) Tare function Overload alarm, low battery indicator AC adapter/ charger and carrying case Imada’s cap torque tester offers programmable high/low setpoints for go/no-go testing. ORANGE lights up for torque measurements less than Low setpoint, GREEN for between High and Low setpoint, and RED for over High setpoint. Store up to 256 values in memory, which can be displayed or transmitted using the serial output. Use the real time mode to display torque transients, or the peak mode to capture the peak torque achieved during a test. Selectable measuring units of lb-in, kg-cm, or N-cm. DTB cap torque testers include AC adapter/charger and built-in NiCad rechargeable batteries. DTB Cap Torque Tester Ranges (Resolution) Accuracy: ±0.4% F.S.",3);arrFiles[94]=new Array(569,"products/qa/torquetesters/dw-75.php","2004-06-03","dw-75.php","","","Home / Products and Services / Quality Assurance / Torque Testers / DW-75 DW-75 Lightweight Digital Torque Tester / Wrench with 3/8 drive Ergonomic, light weight, rugged metal construction Available in lb-in, Kg-cm and N-m (specify when ordering) First peak, Peak and Real Time measuring mode (selectable) Accuracy: ±0.5% F.S. ±1 LSD 400 data memory for recall or for SPC download Programmable setpoint with audible beep for uniform tightening or Go/No Go testing Zero reset button on the driver for easy operation Both clockwise and counterclockwise operation RS-232 output for SPC capability Runs on internal NiCad batteries (8 hour use) DW-75 is sold as a kit including carrying case and AC adapter/charger DW-75 Digital Torque Tester is ergonomically designed, extremely lightweight and good for use as a production tool. It tightens or loosens bolts up to 650 lb-in. Torque controlled wrenches can also be evaluated by comparative tests on a given fastener. Both breakaway and loosen tests can be performed. This tester has an accuracy of ±0.5%, ± 1 LSD. It offers a programmable setpoint for uniform tightening or Go/No Go testing and also provides data for SPC (statistical process control) via the RS232 port. DW-75 substantially reduces scrap and rework costs by eliminating over and under- tightening. It is ideal for use in a wide variety of applications including the manufacture of electronic, appliance and aerospace assemblies. Sold in kit form including AC adapter/charger and carrying case. Digital Torque Tester Ranges Accuracy ± 0.5% F.S., ±1 LSD Torque Wrenches We also supply a wide variety of torque wrenches for all your needs. As well if you require torque wrenches with SPC outputs, please do not hesitate to contact us for extra info!",4);arrFiles[95]=new Array(570,"products/qa/torquetesters/htg.php","2004-06-03","htg.php","","","Home / Products and Services / Quality Assurance / Torque Testers / HTG HTG Digital Torque Gauge With Programmable Setpoints (up to 85.0 in-lb) Programmable high/low setpoints with color-coded LED indicators and output signal for quick go/no go testing 960 Data memory for computer download Lbf-in, kgf-cm, and N-cm units are selectable RS-232C, Digimatic and Analog outputs Runs on internal NiCad batteries or AC adapter Ergonomic design with non-slip rubber grip, heavy duty metal construction Both clockwise and counterclockwise operation Overload capacity 200% of F.S. Real time and peak mode (selectable) Tare function Overload alarm and output signal Low battery indicator 6.5mm Jacobs Chuck (optional 13mm Jacobs Chuck available) Model HTG digital torque gauge offers programmable high/low setpoints for go/no-go testing. ORANGE lights up for torque measurements less than Low setpoint, GREEN for between High and Low setpoint, and RED for over High setpoint. Store up to 960 values in memory, which can be transmitted using serial output. Use the real time mode to display torque transients, or the peak mode to capture the peak torque achieved during a test. Selectable measuring units of lbf-in, kgf-cm, or N-cm. HTG torque gauges are sold in kits which include the torque gauge, sensor, six foot cable, and AC adapter/charger. Built-in NiCad rechargeable batteries. HTG Digital Torque Gauge Ranges (Resolution) Accuracy: ±0.5% F.S. ±1 LSD",3);arrFiles[96]=new Array(571,"products/qa/torquetesters/index.php","2004-06-03","index.php","","","Home / Products and Services / Quality Assurance / Torque Testers Torque Testers Imada torque testers capture peak torque or display torque transients in real time mode. High and low setpoints facilitate Go/No Go testing. Calibrate power screwdrivers and wrenches or use as production tools. Download data for statistical process control. Click on model of Torque Tester below for more information: HTG Torque Gauge (up to 85.0 in-lb) DS-4 Light Weight Digital Torque Tester / Screwdriver with stepless one way clutch (up to 35.00 lbf-in) DTB Cap Torque Tester (up to 86.8 in-lb) DI-5-RL Light Weight Digital Torque Tester / Screwdriver with stepless one way clutch (up to 90 lb-in.) Series- i Torque Tester for Power Drivers / Wrenches (up to 70.00) DI-5-TW20 Light Weight Digital Torque Tester / Wrench with 3/8 drive and stepless one way clutch (up to 180) DI-3-1P Digital Torque Tester with Remote Sensor (up to 362.0 lb-ft) DI-1M Digital Torque Tester for Impact Wrenches with Remote Sensor (up to 362.0 lb-ft.) DW-75 Digital Torque Tester / Wrench with 3/8 drive (up to 650 lb-in) Stationary Torque Sensors Model 910 Portable Peak Meter Series MG Go back to Quality Assurance",10);arrFiles[97]=new Array(572,"products/qa/torquetesters/mg.php","2004-06-03","mg.php","","","Home / Products and Services / Quality Assurance / Torque Testers / Series MG Series MG Features : Low cost Programmable automatic shutoff Programmable default configuration Selectable units of measurement Rugged aluminum housing Remote sensor Peak memory for clockwise and counter clockwise readings IPM - Intelligent Power Management Push-button calibration Capacities from 10 ozin (7 Ncm) to 100 lbin (1150 Ncm) Battery or AC operation Ordering Information Specifications Accuracy: ± 0.5% of full scale ±1 digit Sampling rate: 30 readings/sec Safe overload: 150% of capacity Battery life: 30 hours of continuous operation Weight: 1.8 lbs (0.8 kg) Warranty: 1 year Model Capacity x resolution MGT10Z 10 x 0.01 ozin, 7 x 0.005 kgFmm, 7 x 0.005 Ncm, 110V MGT20Z 20 x 0.02 ozin, 14 x 0.01 kgFmm, 14 x 0.01 Ncm, 110V MGT50Z 50 x 0.05 ozin, 36 x 0.05 kgFmm, 35 x 0.05 Ncm, 110V MGT12 12 x 0.01 lbin, 140 x 0.1 kgFmm, 135 x 0.1 Ncm, 110V MGT50 50 x 0.05 lbin, 580 x 0.5 kgFmm, 570 x 0.5 Ncm, 110V MGT100 100 x 0.1 lbin, 1150 x 1 kgFmm, 1150 x 1 Ncm, 110V TFor 220v operation add suffix E to model number. Example: MGT50E All instruments are supplied in a cushioned carrying case with AC adapter, chuck key, user \'s manual and NIST certificate. Dimensions",7);arrFiles[98]=new Array(573,"products/qa/torquetesters/ppm.php","2004-06-03","ppm.php","","","Home / Products and Services / Quality Assurance / Torque Testers / Model 910 Portable Peak Meter Model 910 Portable Peak Meter This versatile battery-powered indicator is designed to monitor and store peak readings from torque or force transducers. It is the ideal instrument for the following: Monitoring dynamic or static torque applied to threaded fasteners Monitoring compression or tension force Recording peak values from rotary torque transducers or reaction torque transducers on DC electric or pneumatic tools to evaluate tool performance Storing and recalling up to five readings to create statistical control charts Portable Indicator The Model 910 is a single-channel, portable transducer indicator. It has five peak memories to store and recall the peak or maximum torque or force on five cycles. The track mode is used when peak hold is not needed, such as during calibration or when it is desirable to view the transducer output continuously. The span adjustment allows the peak or track readings to be in direct engineering units. The unit offers manual zero adjustment. A nickel-cadmium rechargeable battery offers eight hours continuous operation before requiring a charge. The Model 910 is designed with the following additional features: Specifications Instrument Accuracy: ±0.5% FS Linearity: ±0.25% FS Temperature Range: 0 to 60°C Battery: 8 hour life Recharger: 120 vac, 8-14 hour for complete recharge Input Sensitivity: 350 to 1000 Ohm, full bridge Input Signal: 0.8 to 5.0 mv/v Display: 0.6-inch high LED, 3½-digits, 1999 maximum display Operating Modes: Peak, Track Bridge Excitation: 10 vdc Frequency Response: DC to 3.2 kHz Peak Memory Drift: Less than 1.0% FS in 15 minutes Calibration: Binding posts for external resistors Output Jack: 0 to 1 volt dc nominal output Dimensions: 9.50 high, 4.20 wide, x 2.75 deep Weight: 1.4 lbs. Accommodates most transducers with outputs of between 0.8 and 5.0 mV/V Calibrates using external shunt calibration resistors Allows the measurement of torque in counter-clockwise direction using a reversing switch Three selectable decimal point positions Analog output receptacle for use with chart recorders Typical Applications This versatile measurement tool can be used for several different applications involving physical measurement: torque, tension, compression, force, strain, and pressure. Below are some typical applications for which the Model 910 can be used in the field. Power Tool Nutrunners The Model 910 is specifically designed to operate with RS Technologies rotating socket wrench torque sensors and other reaction torque sensors used to measure dynamic torque applied to a fastener - by nutrunners. Torque Wrench Calibration When used with stationary torque transducers from RS Technologies, the Model 910 displays applied hand torque or click point torque when used with mechanical click wrenches. Load Cells The Model 910 is compatible with most strain gage load cells so its can read force in the engineering units of your choice. For instance, the Model 910 can be used in combination with a low profile load cell in calibration of a rivet-forming or press operation.",12);arrFiles[99]=new Array(574,"products/qa/torquetesters/series-i.php","2004-06-03","series-i.php","","","Home / Products and Services / Quality Assurance / Torque Testers / Series- i Series- i Torque Tester for Power Drivers/Wrenches Wide measuring range up to 70 lb-in Lb-in, Kg-cm and N-cm (selectable) First Peak, Peak and Real Time measuring modes (selectable) Measure both clockwise and counterclockwise RS-232 output for SPC data acquisition Programmable automatic display reset Heavy-duty metal construction Runs on internal NiCad batteries or AC adapter 2 - Smart driver adapters included 3/8 drive for socket wrenches The Imada digital torque tester is ideal for calibrating power screwdrivers with torque control. It features peak mode to capture the peak torque achieved during a test, real time mode to display torque transients, and peak down mode to capture critical first peak value. Standard 3/8 drive is good for checking torque wrenches but not impact wrenches. All digital torque testers are sold in kit form complete with tester, hard carrying case, 2 smart driver adapters and AC charger/adapter. Smart driver adapters simulate screw tightening, eliminating the need for reversing the power driver which is required for conventional driver adapters. Series-i Torque Tester Ranges Accuracy: ±0.5% F.S., ±1 LSD Specifications – Standard Smart Driver Adapters (2 included) Optional Metric Smart Driver Adapters",3);arrFiles[100]=new Array(575,"products/qa/torquetesters/sts.php","2004-06-03","sts.php","","","Home / Products and Services / Quality Assurance / Torque Testers / Stationary Torque Sensors Stationary Torque Sensors The 7000 Series Stationary Transducers are ideal for use in power and hand tool audit, calibration, and certification! Measure and record torque load characteristics of electric, pneumatic, or mechanical torque tools. Audit and certify transducerized tool calibration and performance capability. Test torque or torque-angle power tools or hand torque wrenches. Keyed base for secure installation in tool shop or on test cart. The 7000 Series Stationary Torque Tool Transducers, when teamed with the Model 960, are ideal for auditing and certifying power tools and hand torque wrenches. The Model 960 is a battery-operated, hand-held transient recorder with two transducer inputs and two angle inputs. It is a cost-effective, versatile, and easy to use recorder and can collect up to 500 rundowns. Its alphanumeric setup and calibration menus assure ease of operation. Specifications Output : ±2.0 mV/V, nominal ~ Full Scale . Non-linearity: ±0.25% @ Full Scale. Zero Balance: ±2% @Full Scale. Bridge Resistance: 350 Ohms, nominal. Excitation: 10 vdc or vac (RMS). Includes internal square drive adapter. Part Number Description Capacity He Hi Bh 077025-00012 1/4-inch sq. dr. 100 lb-in (11.3 Nm) 2.19 2.50 1.75 077037-00022 3/8-inch sq. dr. 200 lb-in (22.6 Nm) 2.38 2.88 1.75 077067-00051 3/8-inch sq. dr. 50 lb-ft (67.8 Nm) 2.38 2.88 1.75 077050-001 01 1/2-inch sq. dr. 100 lb-ft (136 Nm) 2.44 3.06 1.75 077050-00201 1/2-inch sq. dr. 200 lb-ft (271 Nm) 2.44 3.06 1.75 077075-00501 3/4-inch sq. dr. 500 lb-ft (678 Nm) 3.06 3.88 2.13",9);arrFiles[101]=new Array(717,"products/qa/torquesensors/handtorque.php","2004-06-03","handtorque.php","","","Home / Products and Services / Quality Assurance / Torque Sensors / Hand Torque Wrenches Torque Sensors Rotary Torque Sensors Rotary Shaft Sensors Hand Torque Wrenches Stationary Torque Sensors Hand Torque Wrenches Specifications Full Scale Output: 2 mv/v (output and shunt calibration are matched to within ±0.25% to assure interchangeability; output is matched for specified English units) Shunt Calibration: 2.00 mV/V ±0.25% with 43.575k Ohm resistor Nonlinearity: ±0.25% Full Scale Zero Balance: ±2% Full Scale Bridge Resistance: 350 Ohms, nominal Recommended Excitation: 10 vdc or vac (RMS) Connector: Bendix PT02H-8-4P (except screw drivertype tool with pig tail leads; specify required connector when ordering) Matinq Connector: Bendix PT06A-8-4S(SR), available from factory Ergonomic design Lighter weight and higher strength than other designs Excellent overall accuracy Compatible with all strain gage instruments and data collectors with low-level analog inputs The electronic hand torque wrenches from RS Technologies are lightweight, precision tools that are designed with ergonomics in mind. They are among the lightest weight in the industry but have proven their durability in the toughest industrial environments. The comfortable foam hand grips are easy on the operators hands. These tools are completely compatible with all instruments from RS Technologies and can also be used with most conventional strain gage-type readout instruments and data collectors. Two of our smallest capacities (20 and 60 lb-in) use a screwdriver configuration. They feature a springloaded chuck to hold hex drive bits and a 3-foot flexible coiled cable that extends to over 15 feet. Model Number Capacity Drive Size Color Code Length Lb-In Lb-Ft Nm IN mm LBS (kg) 027025-04021 20 2.3 1/4-inch Hex Brown 6.25 159 0.3 0.14 027025-04061 60 6.8 1/4-inch Hex Black 6.25 159 0.3 0.14 027125-04051 50 5.6 1/4-inch sq. Red 8.00 203 0.8 0.36 027125-04012 100 11.4 1/4-inch sq. Orange 8.00 203 0.8 0.36 027137-04022 200 22.7 3/8-inch sq. Yellow 12.00 305 0.8 0.36 027137-04051 50 67.8 3/8-inch sq. Green 12.00 305 0.8 0.36 027250-04101 100 135.6 1/2-inch sq. Blue 21.00 540 1.8 0.82 027250-04201 200 271.2 1/2-inch sq. Violet 21.00 540 1.8 0.82 027250-04251 250 339.0 1/2-inch sq. Red 21.00 540 1.8 0.82 027375-04501 500 678.0 3/4-inch sq. Gray 44.00 1118 6.5 2.95 027375-04601 600 813.6 3/4-inch sq. Brown 44.00 1118 6.5 2.95",29);arrFiles[102]=new Array(718,"products/qa/torquesensors/index.php","2004-06-03","index.php","","","Home / Products and Services / Quality Assurance / Torque Sensors Torque Sensors Select a product: Rotary Torque Sensors Rotary Shaft Sensors Hand Torque Wrenches Stationary Torque Sensors Go back to Quality Assurance",2);arrFiles[103]=new Array(719,"products/qa/torquesensors/rotaryshaft.php","2004-06-03","rotaryshaft.php","","","Home / Products and Services / Quality Assurance / Torque Sensors / Rotary Shaft Sensors Torque Sensors Rotary Torque Sensors Rotary Shaft Sensors Hand Torque Wrenches Stationary Torque Sensors 5100 Series Rotary Shaft Torque Sensors Ideal for measuring torque in industrial applications. Full Bridge Design Excellent Accuracy Temperature Compensated Competitive Pricing RS Technologies manufactures a complete line of rotary shaft torque sensors in capacities from 100 lb-in up to 5000 lb-in. Using a one-piece outer housing and prelubricated bearings, the 5100 Series of rotary shaft torque sensors can be used in a variety of in-line torque measuring applications. They accept either AC or DC excitation voltage for compatibility with most readout instruments. Options include a speed sensor, manual brush lifter, and instrumentation. Specifications Output at Rated Capacity: 2.0 mV/V, nominal Nonlinearity: ±0.1 % of full scale Overload Capacity: 50% of rated load Excitation Voltage (max.): 20 vdc or ac rms Bridge Resistance: 350 Ohms, full bridge bonded strain gage Compensated Temperature Range: 25 to 125 °F Useable Temperature Range: 0 to 200 °F Temperature Effect on Output: ±0.002% of reading per °F Temperature Effect on Zero: ±0.002% of full scale per °F Maximum Speed (RPM): 7,900 Part Number Rated Capacity Receptacle Shaft Dia. Key Size 075104-00101 100 lb-in (11.3 Nm) 4-pin ¾-inch 3/16-inch 075104-00201 200 lb-in (22.6 Nm) 4-pin ¾-inch 3/16-inch 075105-00501 500 lb-in (56.5 Nm) 4-pin 1-inch 14-inch 075105-00102 1,000 lb-in (113 Nm) 4-pin 1-inch 14-inch 075105-00202 2,000 lb-in (226 Nm) 4-pin 1-inch 14-inch 075106-00502 5,000 lb-in (565 Nm) 4-pin 1.5-inch 3/8-inch STS2220 Rotary Shaft Torque Sensors Ideal for high-speed low torque applications. RS Technologies manufactures a complete line of rotary shaft torque sensors in capacities from 1.0 Nm up to 10 Nm (8.8-88 lb-in). Using a one-piece outer housing and prelubricated bearings, the STS 2220 Series of rotary shaft torque sensors can be used in a variety of low capacity in-line torque measuring applications. They accept either AC or DC excitation voltage for compatibility with most readout instruments. Specifications Output at Rated Capacity: 1.5 mV/V, nominal Nonlinearity: ±0.1 % of full scale Excitation Voltage (max.): 20 vdc or ac rms Bridge Resistance: 350 Ohms, full bridge bonded strain gage Compensated Temperature Range: 75 to 175 °F Useable Temperature Range: 0 to 200 °F Temperature Effect on Output: ±0.002% of reading per °F Temperature Effect on Zero: ±0.002% of full scale per °F Receptacle: Bendix PT02H-8-4P Mating Receptacle: Bendix PT06A-8-4S(SR) Maximum Speed (RPM): 10,000 Part Number Rated Capacity Overload Capacity Torsional Stiffness (lb-in/Rad.) Rotating Inertia (lb-in2) Shaft Dia. Key Size 032220-01001 8.85 lb-in (1 Nm) 5 Nm 400 0.42 3/8-inch 1/8-inch 032220-01002 17.7 lb-in (2 Nm) 8 Nm 1100 0.42 3/8-inch 1/8-inch 032220-00050 50 lb-in (5.7 Nm) 15 Nm 4400 0.42 3/8-inch 1/8-inch 032220-01010 88.5 lb-in (10 Nm) 20 Nm 12400 0.42 3/8-inch 1/8-inch",27);arrFiles[104]=new Array(720,"products/qa/torquesensors/rotarytorque.php","2004-06-03","rotarytorque.php","","","Home / Products and Services / Quality Assurance / Torque Sensors / Rotary Torque Sensors Torque Sensors Rotary Torque Sensors Rotary Shaft Sensors Hand Torque Wrenches Stationary Torque Sensors 9000 Series Rotary Socket Torque Sensors Measure Torque Only or Torque & Angle Industrial rated for Power Tool and Fastener Testing Applications including Pulse Tools Compatible with all RS Technologies Instruments and most strain gage instruments and data collectors with low-level analog Inputs Integral part of Fastener Test Measurement System Drive Size & Type A B C D E 1/4-inch Hex 4.25 2.30 2.00 1.50 1.00 1/4-inch Square 3.23 2.30 2.00 1.50 0.58 3/8-inch Square 3.23 2.30 2.00 1.50 0.58 1/2-inch Square 3.23 2.30 2.00 1.50 0.58 3/4-inch Square 4.12 2.69 2.94 2.50 0.94 1-inch 1000 lb-ft Sq. 4.00 2.00 3.63 3.25 1.15 1-inch 3000 lb-ft Sq. 4.42 2.42 3.63 3.25 1.25 Specifications Torque Output at Rated Capacity 2mV/V ±0.25% FS Interchangeability matched for mV/V and shunt calibration ±0.3 % FS Nonlinearity ±0.25% FS Excitation Recommended 10 V DC or AC RMS Bridge Resistance 350 ohms Compensated Temperature Range +25 to +125°F Useable Temperature Range +0 to +200°F Angle Magnetic Encoder 360 Poles/ 540 poles on 3/4 inch drives/720 poles on 1-inch drive Output A - B track 90 degrees phase difference flat over operating speed range Resolution w/Quadrature 1440 Pulses/Rev 2160 PPR on 3/4- inch and 2880 on 1-inch drives Output Voltage High 5V, Low 0.5V Power Required 5 VDC @ 120 mA Max. Recommended Maximum RPM 1/4-inch 5000 3/8-inch 2500 1/2-inch 2500 3/4-inch 2000 1-inch 1000",16);arrFiles[105]=new Array(721,"products/qa/torquesensors/stattorque.php","2004-06-03","stattorque.php","","","Home / Products and Services / Quality Assurance / Torque Sensors / Stationary Torque Sensors Torque Sensors Rotary Torque Sensors Rotary Shaft Sensors Hand Torque Wrenches Stationary Torque Sensors Stationary Torque Sensors The 7000 Series Stationary Transducers are ideal for use in power and hand tool audit, calibration, and certification. Measure and record torque load characteristics of electric, pneumatic, or mechanical torque tools. Audit and certify transducerized tool calibration and performance capability. Test torque or torque-angle power tools or hand torque wrenches. Keyed base for secure installation in tool shop or on test cart. The 7000 Series Stationary Torque Tool Transducers, when teamed with the Model 960, are ideal for auditing and certifying power tools and hand torque wrenches. The Model 960 is a battery-operated, hand-held transient recorder with two transducer inputs and two angle inputs. It is a cost-effective, versatile, and easy to use recorder and can collect up to 500 rundowns. Its alphanumeric setup and calibration menus assure ease of operation. Specifications Output: ±2.0 mV/V, nominal ~ Full Scale Nonlinearity: ±0.25% @ Full Scale Zero Balance: ±2% @ Full Scale Bridge Resistance: 350 Ohms, nominal Excitation: 10 vdc or vac (RMS) Includes internal square drive adapter. Part Number Description Capacity He Hi Bh 077025-00012 1/4-inch sq. dr. 100 lb-in (11.3 Nm) 2.19 2.50 1.75 077037-00022 3/8-inch sq. dr. 200 lb-in (22.6 Nm) 2.38 2.88 1.75 077067-00051 3/8-inch sq. dr. 50 lb-ft (67.8 Nm) 2.38 2.88 1.75 077050-001 01 1/2-inch sq. dr. 100 lb-ft (136 Nm) 2.44 3.06 1.75 077050-00201 1/2-inch sq. dr. 200 lb-ft (271 Nm) 2.44 3.06 1.75 077075-00501 3/4-inch sq. dr. 500 lb-ft (678 Nm) 3.06 3.88 2.13",12);arrFiles[106]=new Array(747,"products/qa/testsystems/basic.php","2004-06-03","basic.php","","","Home / Products and Services / Quality Assurance / Fastener Test Systems / Basic Test Systems Fastener Test Systems Basic Test Systems Complete Test Systems Drive Motors Fixture Assemblies Basic Test Systems This tabletop test stand is ideal for torque-angle-tension testing of threaded fasteners, coatings, and finish plating. Measure and record the torque and tension characteristics of threaded fasteners Verify threaded fastener torque- tension calculations Test actual fasteners in a laboratory environment Rugged table-top version This tabletop torque-tension test stand provides all you need to meet the torque-tension testing requirements of most OEM and industry standards. It features a Model 960 2-channel recorder that records and provides the test data in numeric or graphic form. It can also upload the data to a laptop or desktop computer for further analysis. The system also includes a DC electric tool and controller, a rotary torque transducer, and a clamp force transducer. The system is completed with a fixture assembly with a slide bearing mounting for the DC drive tool and mounting for the rotary torque sensor and clamp force load cell. Typical Fastener Test Stand Components (as pictured) Part Number Description Capacities 080960-31958 Model 960 2-channel Recorder NA 089490-00250 DC Drive Motor 50-250 Nm, 130 rpm max. 089PF7-00115 Power Focus Tool Controller NA 099PF7-00100 Drive Motor Cable NA 039050-51201 Rotary Torque Sensor 200 Nm (148 lb-ft) 059810-01104 Torque-Tension Load Cell 100 kN (22,480 lbf) 109175-30269 Table Top Fastener Test Stand NA 100M10-30431 M10 Test Plate Set NA 099404-34011 Torque Sensor Cable NA 099404-30610 Load Cell Cable NA",9);arrFiles[107]=new Array(748,"products/qa/testsystems/complete.php","2004-06-03","complete.php","","","Home / Products and Services / Quality Assurance / Fastener Test Systems / Complete Test Systems Fastener Test Systems Basic Test Systems Complete Test Systems Drive Motors Fixture Assemblies Complete Test Systems Our complete fastener test systems perform a wide variety of automated tests and obtain a full range of test data. Torque-Tension Testing Prevailing Torque Testing Determination of Underhead and Thread Friction Coefficients Yield Determination Augular Ductility/Rotational Capacity Testing Power Tool Testing and Analysis This complete torque-tension test stand provides all you need to meet the torque-tension testing requirements of most OEM and industry standards. It features either a Model 9504 LabMaster PC or a Model 9404 FastLab portable recorder. These recorders let you program each test to your exact specifications in order to acquire the data you need for testing, analysis, and verification of fasteners, coatings and plating effects. They provide you with control of the electric drive motor, accepts inputs from sensors and load cells, displays real-time plots while the test is running, measure and calculate a comprehensive array of data, and display or print a wide variety of plots. The system also includes a DC electric tool and controller, a rotary torque transducer, and a thread torque and fastener tension load cell. The system is completed with a fixture assembly with a slide bearing mounting for the DC drive tool and mounting for the rotary torque sensor and clamp force load cell. Typical Fastener Test Stand Components (as pictured) Part Number Description Capacities 089586-01000 Model 9504 LabMaster Test System NA 089404-04000 Model 9404 FastLab Test System NA 089462-00250 DC Drive Motor 50-250 Nm, 102 rpm max. 039250-50101 Rotary Torque Sensor 136 Nm (100148 lb-ft) 059600-01104 Torque-Tension Load Cell 100 kN (22,480 lbf) 150 Nm (111 lb-ft) 109175-30269 Table Top Fastener Test Stand NA 100M10-30431 M10 Test Plate Set NA 099404-34011 Torque Sensor Cable NA 099404-30566 Load Cell Cable NA TBD Optional Test Cart NA",10);arrFiles[108]=new Array(749,"products/qa/testsystems/drivemotors.php","2004-06-03","drivemotors.php","","","Home / Products and Services / Quality Assurance / Fastener Test Systems / Drive Motors Fastener Test Systems Basic Test Systems Complete Test Systems Drive Motors Fixture Assemblies Drive Motors Accurate, precise, and dependable torque required for threaded fastener torque-angle-tension testing. Fastener Drive Systems are available in a variety of speed and torque configurations, depending upon the size and type of fasteners, and your testing requirements. They are comprised of a rugged, heavy-duty industrial dc electric motor and a dependable servo controller that together provide the precise and accurate torque that is required for threaded fastener testing. They can be supplemented with torque multipliers to extend their torque or speed range. Either a Model 9404 FastLab or a Model 9504 LabMaster instrument provides control. The FastLab and LabMaster are advanced multi-purpose systems designed to perform automated threaded fastener testing and joint analysis. They provide real-time data display as well as printing, plotting, and automatic data storage capabilities. A complete test system also includes a rotary torque-angle transducer, a combination thread torque and clamp force transducer, a test fixture assembly for mounting all components, and a printer for data reports and plots. Part Number Description Capacities 089462-00250 AFS#462 Drive Motor and Controller 0-102 rpm264 Nm (195 lb-ft) 089462-00500 AFS#462 Drive Motor and Controller 0-204 rpm 197 Nm (145 lb-ft) 089462-00600 AFS#462 Drive Motor and Controller 0-270 rpm 149 Nm (110 lb-ft) 089462-00700 AFS#462 Drive Motor and Controller 0-325 rpm 123 Nm (90 lb-ft) 089462-00800 AFS#462 Drive Motor and Controller 0-500 rpm 70 Nm (50 lb-ft) 089482-00110 AFS#482 Drive Motor and Controller 0-55 rpm 1,700 Nm (1,253 lb-ft) 089482-00180 AFS#482 Drive Motor and Controller 0-90 rpm 929 Nm (685 lb-ft) 089482-00250 AFS#482 Drive Motor and Controller 0-125 rpm 726 Nm (535 lb-ft) 089482-00400 AFS#482 Drive Motor and Controller 0-200 rpm 450 Nm (330 lb-ft) Model 9504 Transient Recorder",10);arrFiles[109]=new Array(750,"products/qa/testsystems/fixture.php","2004-06-03","fixture.php","","","Home / Products and Services / Quality Assurance / Fastener Test Systems / Fixture Assemblies Fastener Test Systems Basic Test Systems Complete Test Systems Drive Motors Fixture Assemblies Fixture Assemblies Table Top Fixtures Measure and record torque, angle, and tension characteristics of threaded fasteners Verify threaded fastener torque-angle-tension calculations Test actual fasteners in a laboratory environment Rugged table-top version The Model 9460 Fastener Test Stand provides a slide bearing mount for the fastener drive system, and mounting for the rotary torque-angle sensor and torque-tension research head. Test Stand Specifications Overall Height: 15.00 in. Width: 12.00 in. Length: 36.00 in. Weight: 85 Lb. Fastener Sizes: Up to M12 (9/16-12) When used with a Model 9404 FastLab or 9504 LabMaster, it is ideal for conducting research on all types of threaded fasteners. The FastLab and LabMaster recorders are advanced multi-purpose systems designed to perform threaded fastener testing and joint analysis. They provide real-time data display as well as printing, plotting, and automatic data storage capabilities. A complete fastener test system includes a DC electric tool and controller, a rotary torque-angle transducer, a combination thread torque and clamp force transducer, and a printer for data reports and plots. Part Number Description Capacities 109175-30269 Table Top Fastener Test Stand NA 089404-04000 FastLab Portable Test System NA 089462-00250 Fastener Drive System 0-102 rpm 264 Nm (195 lb-ft) 039250-01201 Rotary Torque-Angle Sensor 200 Nm (147.5 lb-ft) 059600-01104 Torque-Tension Test Head 150 Nm (1320 lb-in) 100 kN (22,481 lbf) 089504-HP870 HP 870Cse Color Printer/Plotter NA Wheel Nut Test Stands The Model 2145 Test Stand is ideal for use in wheel nut torque tension testing. Measure and record torque, angle, and tension characteristics of various wheel type and nut combinations Verify wheel torque and angle specifications Test actual wheels--no additional machining costs are required Rugged industrial aluminum framing with space saving vertical design Test Stand Specifications Overall Height: 85.5 in. Width: 36.0 in. Depth: 36.0 in. Weight: 200 Lb. Rim Sizes: Up to 28 in. dia. The Model 2145 Wheel Nut Test Stand, when teamed with a Model 9404 FastLab or 9504 LabMaster, is ideal for conducting research on automotive and light truck wheels and wheel nuts. It is a complete, automated threaded fastener test stand. The FastLab and LabMaster recorders are advanced multi-purpose systems designed to perform threaded fastener testing and joint analysis. They provide real-time data display as well as printing, plotting, and automatic data storage. A complete wheel nut test system also includes a DC electric tool and controller with rotary torque transducer, combination thread torque and clamp force transducer, and a printer for data reports and plots. Part Number Description Capacities 102145-32429 Wheel Nut Test Stand NA 089504-05000 FastLab Portable Test System NA 089482-00250 Fastener Drive System 0-125 rpm 726 Nm (535 lb-ft) 039275-03601 Rotary Torque-Angle Sensor 813 Nm (600 lb-ft) 059615-01204 Torque-Tension Test Head 500 Nm (368 LB-FT) 200 kN (44,962 LBF) 089504-HP870 HP 870Cse Color Printer/Plotter NA Model 9504 Transient Recorder",20);arrFiles[110]=new Array(751,"products/qa/testsystems/index.php","2004-06-03","index.php","","","Home / Products and Services / Quality Assurance / Fastener Test Systems Fastener Test Systems Select a product: Basic Test Systems Complete Test Systems Drive Motors Fixture Assemblies Go back to Quality Assurance",2);arrFiles[111]=new Array(771,"products/qa/pdf/3003-dfe.pdf","2004-11-26","3003-dfe","","","DFE Series Digital Force Gauge  Visit Us on the Web at www.chatillon.com  Specification Sheet  SS-FM-3003-0904 September 2004  The CHATILLON® DFE Series marks a new era in digital force measurement. This compact, easy-to-use force gauge is designed for economy applications without compromising functionality. Ideal for handheld or test stand applications. The DFE is available with capacities from 2 lbf (10 N) to 500 lbf (2500 N). The DFE features an integral loadcell with a measurement accuracy of better than 0.25% full scale. A large, easy-to-read, high resolution dot matrix LCD display supports a variety of standard gauge functions including normal and peak readings, high/low limits, setpoints, pass/fail results, statistical results, loadcell actuation and direction. Loads are displayed in ozf, gf, lbf, kgf and N units. The display can be inverted and displayed results may be  hidden  from the operator. The DFE gauge may be specified with or without RS232 serial communication. All DFE Series force gauges come with a carrying case, battery adapter/charger, testing accessories and NIST Certificate of Calibration with data.  Features  ! Two Models and Seven Capacities Each - DFE Series (No Outputs) - E-DFE Series (With Digital and Analog Outputs) ! Advanced Operating Modes - Normal - Peak Tension and Compression - Load Limits - Pass-Fail Limits ! Statistical Calculations - Mean with Maximum and Minimum Values - Coefficent of Variation with Mean and Standard Deviation - Standard Deviation with Variance and Mean - % Differentiation ! Integral Loadcells - Accuracy +0.25% Full Scale - Mechanical Overload Protection to 150% Full Scale ! Simple Operator Interface - High Resolution Display - Menus, Prompts and Function Keys for Easy Use ! Optional Outputs (Standard on E-DFE Models) - RS232 Serial Data - Mitutoyo Digimatic - +2Vdc Analog ! NIST Calibration Certificate with Data - Available IEC/ISO17025 Cert with Uncertainty ! 2 Year Warranty  Medical Devices Pharmaceuticals Springs & Components General Purpose Force  AMETEK and CHATILLON are registered trademarks of AMETEK, Inc.    Because You Expect More from a Chatillon Gauge...  Do More... Pay Less! The new CHATILLON DF Series deliver more features without compromising ease of use, accuracy and very importantly costs to you. You \'ll do more with a DF Series and you \'ll get the reliability and quality that you come to expect from Chatillon force measurement instruments. Comprehensive Results. The rubber keypad features dedicated and dynamic function keys. The function keys correspond to displayed options and guide the user during operation. A navigation pod lets you navigate through the menus and to scroll and change values quickly. The innovative  i  key can be used to display critical information on the gauge such as gauge capacity and resolution, battery life, loadcell overload history, even service information including last calibration date, or the location of service centers.  Easy-to-Read Display. A large, easy-to-read dot matrix display can display up to 8 lines of information. The high resolution display features contrast adjustments and can be inverted when required. The display can even be  hidden  at the press of a button. A load bargraph indicates load direction, measured load and safe load and helps prevent overloads. The integral loadcells feature mechanical overload protection of 150% Full Scale.  Single Touch Operation. The rubber keypad features dedicated and dynamic function keys. The function keys correspond to displayed options and guide the user during operation. A navigation pod lets you navigate through the menus and to scroll and change values quickly. The innovative  i  key can be used to display critical information on the gauge such as gauge capacity and resolution, battery life, loadcell overload history, even service information including last calibration date, or the location of service centers.  Dependable Measurements. The DF Series features an integral loadcell sensor that delivers repeatable, accurate results. The innovative load bargraph shows dynamic load, direction of load and warns you of pending overload conditions.  We Validate It. The DF Series comes standard with a Certificate of Calibration with data certified to NIST. Frankly, a Certificate of Conformance isn \'t worth much! And we offer Calibration Certificates with uncertainty calculations since AMETEK is an ISO17025 accredited manufacturer.  Calibrate and Verify Status. The DFE Series incorporates flash memory and hosts a set of self-diagnostic functions for monitoring the display, keypad and electronics. Using the  i  key, you have immediate access to battery conditions, including estimated battery life remaining. You can also view loadcell status, including the number of overloads that have been applied to the gauge. Zero offset verification is standard and a step-by-step calibration procedure is built-in allowing you to calibrate your DFE gauge with certified standards.    ... You Get More from a Chatillon Gauge.  High & Low Load or Pass-Fail Limits Simplified Setup  The DFE Series may be configured with High and Low Load Limits or Pass-Fail Limits. Load limits allow you to establish setpoints for your testing. If the gauge exceeds a setpoint value, the gauge can provide a visual and audible alarm. You can also setup the gauge to operate as a pass-fail system. You can setup a pass-fail limit based on a limit range or on a nominal value with a % bandwidth. Based on your setup, the gauge will provide you with a Pass-Fail indication.  Menus and intelligent prompts make gauge setup fast and easy. Gauge options are presented in a  List Format . Using the navigation pod and function keys, you simply select the functions and parameters required. The gauge will guide you through the setup process. Default settings are provided and a  Quick Reset  allows you to reestablish defaults with a single key press. If your gauge features digital outputs, you can print your gauge setup parameters for record archiving or use it as a setup template for other DFE force gauges in your plant.  Set Nominal Value  Pass Fail Limits- Range High Limit 50 lbf  Pass  Increment 1.0  34.55  Buzz Low Limit 25 lbf  T-PK LBF T C  HIGH Nominal Band LOW  49.5 KGF 45.5 KGF 10.0% 41.5 KGF  C  Xmit Save  T  More  More  Range  Advanced Testing with Statistics  Personal Computer Integration  The DFE Series operates in Normal and Peak modes. When peak operation is required, the display will indicate the peak reading and direction. Load values may be displayed in ozf, gf, lbf, kgf or N values. Your DFE force gauge can store up to 10 test results in memory. Results may be viewed, cleared and used to calculate statistics. The gauge will display the number of results stored and will alert you when the memory is full. ! Calculate Mean and also show you the MAX and MIN values for your calculation ! Coefficient of Variation is calculated and displayed with the Mean and Standard Deviation value ! Standard Deviation is calculated and displayed with the Mean and the Variance value. User may specify Total Population or Sample (n-1) ! Calculate and display % Difference between consecutive test results  The E-DFE gauge features ditial and analog outputs. RS-232 for integration with our NEXYGENTM software and a Mitutoyo Digimatic output is available. The gauge will also supply an analog output of +2Vdc. Use Nexygen software for data acquisition, graphical load v. time results, analysis and reporting. With Nexygen software, store an unlimited number of results for analysis.  View COV  10 Results S- Dev 0.105  0.009  Buzz Mean 49.5  T-PK LBF T  Self Diagnostics  C  % Diff Xmit  The DFE Series incorporates flash memory and hosts a set of self-diagnostic functions for monitoring the display, keypad and electronics. Using the  i  key, you have immediate access to battery conditions, including estimated battery life remaining. You can also view loadcell status, including the number of overloads that have been applied to the gauge. Zero offset verification is standard and a step-by-step calibration procedure is built-in allowing you to calibrate your DFE gauge with certified standards.  More    Specifications  Accuracy: +0.25% of full scale +1 LSC Certification: Calibration with NIST Data, IEC/ISO17025 optional Data Sampling Rate: 5000 Hz Peak Capture Rate: 5000 Hz Display Update Rate: 10 Hz Tare Capacity: 10% full scale Overload Protection: 150% full scale Display Characteristics: High resolution, dot-matrix LCD, 8 lines, 40 characters, adjustable contrast, invert and  hide  capability Automatic Shut Down: Configurable time. May be disabled. Data Storage: 10 results, Optional NEXYGENTM software for unlimited storage and automated testing and analysis Test Stand Control: Compatible with TCD Series testers. Outputs (E-DFE): RS-232, Mitutoyo (Digimatic) and +2Vdc Analog Power : Battery or direct AC operation. Universal Power 120V/230V, Rechargeable Nickel Metal Hydride (supplied) Batter y Life: 30 hours, continuous use Gauge may be operated with direct AC Power Source Instrument Weight: 1.5 lbs (0.7 kg) Operating Temperature: 40 to 100 F (4 to 38 C) War ranty: 2 year   Ordering  DFE Series Without Outputs DFE Series Accessories  Model DFE-002 DFE-010 DFE-025 DFE-050 DFE-100 DFE-200 DFE-500  ozf 32 x 0.04 160 x 0.2  gf 1000 x 1 5000 x 5  lbf 2 x 0.002 10 x 0.01  kgf 1 x 0.001 5 x 0.005 10 x 0.01 25 x 0.02 50 x 0.05 100 x 0.1 250 x 0.2  N 10 x 0.01 50 x 0.05 100 x 0.1 250 x 0.2 500 x 0.5 1000 x 1 2500 x 2  Item Carrying Case Flat Flat Hook, Stationary Hook, Stationary Hook, Stationary  Capacity  Par t No. NC002774  Included Standard Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional  100 lbf (500 N) SPK-FMG-011A 500 lbf (2.5 kN) SPK-FMG-011B 50 lbf (225 N) SPK-FMG-012A  400 x 0.5 10,000 x 10 25 x 0.02 800 x 1 1600 x 2 3200 x 4 8000 x 10 25,000 x 20 50 x 0.05 50,000 x 50 100 x 0.1 200 x 0.2 500 x 0.5  100 lbf (500 N) SPK-FMG-012B 500 lbf (2.5 kN) SPK-FMG-012C SPK-DF-US SPK-DF-EU SPK-DF-UK  Battery Charger, 120V, US Mains Plug Battery Charger, 230V, EU Mains Plug  Note: Gauge is supplied with US Mains Plug standard and 120V Charger/Adapter. Use the following prefixes if you require a UK or EU Mains Plug. -UK 230V UK Style Mains Plug (Example: E-DFE-100-UK) -EU 230V EU Style Mains Plug (Example: DFE-050-EU)  Battery Charger, 230V, UK Mains Plug Extension Rod, 6-inch Extension Rod, 6-inch Hook, Swivel Hook, Swivel Hook, Swivel Hook, Clasp Chisel Point Chisel Point Point Point Notch Notch Adapter, #10-32 to 5/16-18 Handle Assembly  100 lbf (500 N) SPK-FMG-013A 500 lbf (2.5 kN) SPK-FMG-013B 20 lbf (112 N) 100 lbf (500 N) 500 lbf (2.5 kN) 500 lbf (2.5 kN) ML3867 ML3850 ML3868 NC002500  100 lbf (500 N) SPK-FMG-008A 500 lbf (2.5 kN) SPK-FMG-008B 100 lbf (500 N) SPK-FMG-009A 500 lbf (2.5 kN) SPK-FMG-009B 100 lbf (500 N) SPK-FMG-010A 500 lbf (500 N) SPK-FMG-010B P-10020 SPK-DF-HANDLE  DFE Gauge shown with optional Handle Assembly (p/n SPK-DF-Handle.    Ordering  Model E-DFE-002  E-DFE Series With RS232, Mitutoyo and Analog Outputs  ozf 32 x 0.04  gf 1000 x 1 5000 x 5  lbf 2 x 0.002 10 x 0.01  kgf 1 x 0.001 5 x 0.005 10 x 0.01 25 x 0.02 50 x 0.05 100 x 0.1 250 x 0.2  N 10 x 0.01 50 x 0.05 100 x 0.1 250 x 0.2 500 x 0.5 1000 x 1 2500 x 2  E-DFE-010 160 x 0.2  E-DFE-025 400 x 0.5 10,000 x 10 25 x 0.02 E-DFE-050 E-DFE-100 E-DFE-200 800 x 1 1600 x 2 3200 x 4 25,000 x 20 50 x 0.05 50,000 x 50 100 x 0.1 200 x 0.2 500 x 0.5  E-DFE-500 8000 x 10  Note: Gauge is supplied with US Mains Plug standard and 120V Charger/Adapter. Use the following prefixes if you require a UK or EU Mains Plug. -UK 230V UK Style Mains Plug (Example: E-DFE-100-UK) -EU 230V EU Style Mains Plug (Example: DFE-050-EU)  E-DFE Series Accessories  Item Carrying Case Chisel Point Chisel Point Point Point Notch Notch Flat Flat Hook, Stationary Hook, Stationary Hook, Stationary  Capacity  Par t No. SPK-DF-118  Included Standard Standard1 Standard1 Standard1 Standard  1  100 lbf (500 N) 500 lbf (2.5 kN) 100 lbf (500 N) 500 lbf (2.5 kN) 100 lbf (500 N) 500 lbf (500 N) 100 lbf (500 N) 500 lbf (2.5 kN) 50 lbf (225 N) 100 lbf (500 N) 500 lbf (2.5 kN)  SPK-FMG-008A SPK-FMG-008B SPK-FMG-009A SPK-FMG-009B SPK-FMG-010A SPK-FMG-010B SPK-FMG-011A SPK-FMG-011B SPK-FMG-012A SPK-FMG-012B SPK-FMG-012C SPK-DF-US SPK-DF-EU SPK-DF-UK SPK-FMG-013A SPK-FMG-013B ML3867 ML3850 ML3868 NC002500 P-10020 SPK-DF-HANDLE  E-DFE shown with a TCD Digital Tester Test Stand Adapters  Standard1 Standard1 Standard  1 1  Item MT150 Series MT500 Series LTCM-100 Series TT Tester TCM201 Series TCD200 Series  Capacity 150 lbf (660 N) 500 lbf (2500 N) 100 lbf (500 N) 500 lbf (2500 N) 225 lbf (1000 N) 225 lbf (1000 N)  Par t No. SPK-MT-0001 SPK-MT-0004 SPK-DF-LTCM NC002582 SPK-FM200-019 SPK-FM200-019  Included Optional Optional Optional Optional Optional Optional  Standard  Standard1 Standard1 Standard1 Standard Standard  1 1  Battery Charger, 120V, US Mains Plug Battery Charger, 230V, EU Mains Plug Battery Charger, 230V, UK Mains Plug Extension Rod, 6-inch 100 lbf (500 N) Extension Rod, 6-inch 500 lbf (2.5 kN) Hook, Swivel Hook, Swivel Hook, Swivel Hook, Clasp 20 lbf (112 N) 100 lbf (500 N) 500 lbf (2.5 kN) 500 lbf (2.5 kN)  Standard1 Standard  1  Interface Cables, Adapters and Software  Item RS232 Cable (6 ft, 2m) RS232 Cable (10 ft, 3m) Mitutoyo Cable, 10-Pin Mitutoyo Cable, RS232 TCM201 Interface Cable TCD200 Interface Cable RS232-USB Adapter  Par t No. NC000850-1 NC000850-2 NC000654 NC000697 ENC0125 NC000647 SPK-DF-USB 40/0739  Included Standard Optional Optional Optional Optional Optional Optional Optional  Standard1 Optional Optional Optional Optional Optional Optional  Adapter, #10-32 to 5/16-18 Handle Assembly Note:  1  Accessories are Model dependent. 100 lbf (500 N) capacities and below use a #10-32 fitting 200 and 500 lbf (1 kN and 2.5 kN) capacities use a 5/16-18 fitting  NEXYGEN Gauge Software    Dimensions  2 .8 6 [ 72 .6 m m ]  1 .6 2 [ 4 1 .1 m m ]  # 1 0 - 3 2 UNC- 2 B FEMA L E THREAD 6 PLACES  5 .5 3 [ 1 4 0 .3 m m ]  2 .2 5 [ 5 7 .2 m m ]  6 .8 0 [ 1 7 2 .7 m m ]  3.0 0 [ 7 6.3 m m ]  3 .4 8 [ 8 8 .3 m m ]  0.6 9 [ 1 7.4 m m ] 1.8 0 [ 4 5.7 m m ]  E9 6 - 3 5 4  National Automation and Technologies Inc. Phone: 905-388-2066 website: www.naatinc.com  7 .28 [ 18 4.8 m m ]    ",167);arrFiles[112]=new Array(772,"products/qa/pdf/3004-dfs.pdf","2004-11-26","3004-dfs","","","DFS Series Digital Force Gauge W ith Integral Loadcell  Visit Us on the Web at www.chatillon.com  Specification Sheet  SS-FM-3004-0904 September 2004  The CHATILLON® DFS Series offers the best price performance of any digital force gauge available today. This compact, easy-to-use force gauge is designed for basic and complex applications. Ideal for handheld or test stand applications, the DFS may be equipped with integral loadcells or smart remote sensors for load measurement or torque measurement. Measurement accuracy is better than 0.1% full scale. A large, easy-to-read, high resolution dot matrix LCD display supports a variety of standard gauge functions including normal and peak readings, high/low limits, setpoints, pass/fail results, statistical results, load averaging, load comparisons, % and sharp break detection, loadcell actuation and direction. Loads are displayed in ozf, gf, lbf, kgf and N units. The display can be inverted and displayed results may be  hidden  from the operator. The DFS gauge comes standard with an RS-232 cable, carrying case, battery adapter/ charger, testing accessories and NIST Certificate of Calibration with data.  Features  ! Eight Models and Capacities ! Advanced Operating Modes - Normal - Peak Tension and Compression - % or Sharp Break Detection - Load Comparisons & Load Averaging - Contact Closure - Load Limits - Pass-Fail Limits ! Statistical Calculations - Mean with Maximum and Minimum Values - Coefficent of Variation with Mean and Standard Deviation - Standard Deviation with Variance and Mean - % Differentiation ! Integral Loadcells - Accuracy +0.1% Full Scale - Mechanical Overload Protection to 150% Full Scale ! Simple Operator Interface - High Resolution Display - Menus, Prompts and Function Keys for Easy Use ! Standard Outputs - RS232 Serial Data, Mitutoyo Digimatic, +2Vdc Analog ! NIST Calibration with Data - Available IEC/ISO17025 Cert with Uncertainty ! 2 Year Warranty  Medical Devices Pharmaceuticals Springs & Components General Purpose Force  AMETEK and CHATILLON are registered trademarks of AMETEK, Inc.    Because You Expect More from a Chatillon Gauge...  Do More... Pay Less! The new CHATILLON DF Series deliver more features without compromising ease of use, accuracy and very importantly costs to you. You \'ll do more with a DF Series and you \'ll get the reliability and quality that you come to expect from Chatillon force measurement instruments. Comprehensive Results. The rubber keypad features dedicated and dynamic function keys. The function keys correspond to displayed options and guide the user during operation. A navigation pod lets you navigate through the menus and to scroll and change values quickly. The innovative  i  key can be used to display critical information on the gauge such as gauge capacity and resolution, battery life, loadcell overload history, even service information including last calibration date, or the location of service centers.  Easy-to-Read Display. A large, easy-to-read dot matrix display contains can display up to 8 lines of information. The high resolution display features contrast adjustments and can be inverted when required. The display can even be  hidden  at the press of a button. A load bargraph indicated load direction, measured load and safe load and helps prevent overloads. The integral loadcells feature mechanical overload protection of 150% Full Scale.  Single Touch Operation. The rubber keypad features dedicated and dynamic function keys. The function keys correspond to displayed options and guide the user during operation. A navigation pod lets you navigate through the menus and to scroll and change values quickly. The innovative  i  key can be used to display critical information on the gauge such as gauge capacity and resolution, battery life, loadcell overload history, even service information including last calibration date, or the location of service centers.  Dependable Measurements. The DF Series features an integral loadcell sensor that delivers repeatable, accurate results. The innovative load bargraph shows dynamic load, direction of load and warns you of pending overload conditions.  We Validate It. The DF Series comes standard with a Certificate of Calibration with data certified to NIST. Frankly, a Certificate of Conformance isn \'t worth much! And we offer Calibration Certificates with uncertainty calculations since AMETEK is an ISO17025 accredited manufacturer.  Data Outputs and Personal Computer Integration The DFS features RS-232 and Mitutoyo Digimatic digital outputs. The gauge also features a +2Vdc analog output. Measured values may be transmitted to an external device using a manual command at the gauge, or a measured value may be transmitted based on an externally driven command, e.g. from a personal computer or other serially interfaced device.  Calibrate and Verify Status. The DFE Series incorporates flash memory and hosts a set of self-diagnostic functions for monitoring the display, keypad and electronics. Using the  i  key, you have immediate access to battery conditions, including estimated battery life remaining. You can also view loadcell status, including the number of overloads that have been applied to the gauge. Zero offset verification is standard and a step-by-step calibration procedure is built-in allowing you to calibrate your DFE gauge with certified standards.    ... You Get More from a Chatillon Gauge.  Normal and Peak Modes The DF digital gauge will display Normal and Peak tension and compression loads. Results may be displayed in ozf, gf, lbf, kgf or N units. Use the UNITS key to sequence through the available units. You may define and estalbish your Default Units during instruments setup. You can increase the size of the displayed information using the keypad.  Save Result  Statistical Results You may save and store up to 10 results in instrument memory for later recall or to calculate statistical results. The gauge labels each results and indicates memory capacity. The gauge will alert you when memory is full. Statistical results include: ! Calculate Mean and also show you the MAX and MIN values for your calculation ! Coefficient of Variation is calculated and displayed with the Mean and Standard Deviation value ! Standard Deviation is calculated and displayed with the Mean and the Variance value. Total Population and Sample (n-1) methods are supported ! Calculate and display % Difference between consecutive test results  View COV 10 Results S- Dev 0.105  34.55  C  Xmit Save  T-PK LBF T  More  0.009  Buzz Mean 49.5  T-PK LBF T  C  High & Low Load or Pass-Fail Limits The DF Series may be configured with High and Low Load Limits or Pass-Fail Limits. Load limits allow you to establish setpoints for your testing. If the gauge exceeds a setpoint value, the gauge can provide a visual and audible alarm. You can also setup the gauge to operate as a pass-fail system. You can setup a pass-fail limit based on a limit range or on a nominal value with a % bandwidth. Based on your setup, the gauge will provide you with a Pass-Fail indication.  Pass Fail Limits- Range High Limit 50 lbf Pass % Diff Xmit  More  34.55  Buzz Low Limit 25 lbf  T-PK LBF T  Simplified Setup Menus and intelligent prompts make gauge setup fast and easy. Gauge options are presented in a  List Format . Using the navigation pod and function keys, you simply select the functions and parameters required. The gauge will guide you through the setup process. Default settings are provided and a  Quick Reset  allows you to reestablish defaults with a single key press. Using the standard RS232 output, you can print your gauge setup parameters for record archiving or to use as a setup template for other DFS force gauges in your plant.  C  Xmit Save  Set Nominal Value  More  Increment 1.0 HIGH Nominal Band 49.5 KGF 45.5 KGF 10.0% 41.5 KGF  Contact Closure The contact closure feature can be used to freeze the display at a load value equal to the  make  or  break  on an electrical contact.  C  LOW  T  More  Range    Load Averaging Two methods of load averaging are standard with your DFS. Load averaging is useful to determining load characteristics of long test periods or for samples with characteristically noisy load readings. Load Method This method allows you to define a load threshold. The gauge will begin taking readings once the load threshold has been reached and will continue to take and average readings until the measured load falls below the threshold value.  Average Load  Percentage and Sharp Break Detection Break detection is provided and two types of breaks are supported. A sharp break can be used to detect whenever the load measurement drops 5% from a peak load. Alternatively, you may override the sharp break and setup the gauge with a % break detector. The % break detector allows you to set the drop percentage that is used to define a break. This type of break is useful on samples with high elastic characteristics.  View Break 10% Break  32.05  Buzz Threshold 25 lbf  T-PK LBF  Buzz  Max Break  C  Xmit Save  5 0 . 0 %TB 4 8 . 5 LBF  T  More  Breakpoint 25  C  Xmit Save  T  More  Average Load - Time Time 60 sec  34.55  Buzz Threshold 25 lbf  T-PK LBF T  Load Comparison Load comparisons of up to two sets of 5 results may be measured using the DFS. The gauge will measure and store up to 5 results for each of two tests (10 results). The gauge will then display the first set of results with the second set of results and calculate statistical relationships such as % difference, COV, variance and standard deviation. This feature is ideal for functional capacity testing.  C  Xmit Save  More  Time Method The Time method allows you to establish your load averaging based on a load threshold and time duration. The load threshold determines the start of the averaging, while the time duration defines the length of the test period. The gauge will begin taking readings when the threshold is reached and will continue to take and average readings until the time duration has expired.  View Result Result 1 of 5  Test 1 5 0 . 0 T-PK Test 2 4 8 . 5 LBF  Buzz Var 1.50 (3.1%)  C  Xmit Save  T  More    Specifications  Accuracy: +0.1% of full scale Certification: Calibration with NIST Data, IEC/ISO17025 optional Data Sampling Rate: 5000 Hz Peak Capture Rate: 5000 Hz Display Update Rate: 10 Hz Tare Capacity: 10% full scale Overload Protection: 150% full scale Display Characteristics: High resolution, dot-matrix LCD, 8 lines, 40 characters, adjustable contrast, invert and  hide  capability Automatic Shut Down: Configurable time. May be disabled. Data Storage: 10 results, Optional NEXYGENTM software for unlimited storage and automated testing and analysis Test Stand Control: Compatible with TCD Series testers. Outputs: RS-232, Mitutoyo (Digimatic) and +2Vdc analog Power : Battery or direct AC operation. Universal Power 120V/230V, Rechargeable Nickel Metal Hydride (supplied) Batter y Life: 30 hours, continuous use Gauge may be operated with direct AC Power Source Instrument Weight: 1.5 lbs (0.7 kg) Operating Temperature: 40 to 100 F (4 to 38 C) War ranty: 2 year   Automate with Nexygen Software Your DFS can make use of our Nexygen software for gauge applications. With Nexygen software, you can perform tests and graph results automatically using a personal computer. Load results may be shown graphically versus time. Tabular results are displayed and can be used to create relationships, queries or used to produce reports. You can format the display to match your requirements and establish pre- and post-test questions that require the operator to answer questions based on the test setup. Setup is easy too. Menus, radio buttons and prompts guide you through instrument and test setup. Since Nexygen software is OLE2 compatible, information can be exchanged transparently with Microsoft Word, Excel, Access, PowerPoint and Outlook. You won \'t find a more comprehensive gauge software package!    Ordering  Model DFS-250G DFS-002 DFS-010 DFS-025 DFS-050 DFS-100 DFS-200 DFS-500  DFS Series with Integral Load Sensor  ozf 8 x 0.004  gf  lbf  kgf -  N 2.5 x 0.0005  250 x 0.05 0.5 x 0.0001  32 x 0.004 1000 x 0.1 2 x 0.0002 1 x 0.0001 10 x 0.001 160 x 0.02 5000 x 0.5 10 x 0.001 5 x 0.0005 50 x 0.005 400 x 0.05 10,000 x 1 25 x 0.002 10 x 0.001 100 x 0.01 800 x 0.1 25,000 x 2 50 x 0.005 25 x 0.002 250 x 0.02  1600 x 0.2 50,000 x 5 100 x 0.01 50 x 0.005 500 x 0.05 3200 x 0.4 8000 x 1 200 x 0.02 100 x 0.01 1000 x 0.1 500 x 0.05 250 x 0.02 2500 x 0.2  Note: Gauge is supplied with a 120V Charger/Adapter and US Mains Plug. Use the following prefixes if you require a UK or EU Mains Plug. -UK 230V UK Style Mains Plug (Example: DFS-100-UK) -EU 230V EU Style Mains Plug (Example: DFS-050-EU)  DFS Series Accessories  Item Carrying Case Chisel Chisel Point Point Notch Notch Flat Flat Hook, Stationary Hook, Stationary Hook, Stationary  Capacity  Par t No. SPK-DF-118  Included Standard Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Standard  1  100 lbf (500 N) 500 lbf (2500 N) 100 lbf (500 N) 500 lbf (2500 N) 100 lbf (500 N) 500 lbf (2500 N) 100 lbf (500 N) 500 lbf (2.5 kN) 50 lbf (225 N) 100 lbf (500 N) 500 lbf (2.5 kN)  SPK-FMG-008A SPK-FMG-008B SPK-FMG-009A SPK-FMG-009B SPK-FMG-010A SPK-FMG-010B SPK-FMG-011A SPK-FMG-011B SPK-FMG-012A SPK-FMG-012B SPK-FMG-012C SPK-FMG-013A SPK-FMG-013B SPK-DF-US SPK-DF-EU SPK-DF-UK SPK-DF-HANDLE  DFS Series force gauge shown with a TCD200 digital tester. TCM-TCD Compatibility The DFS gauge is compatible with Chatillon TCM motorized testers and TCD digital testers. The universal backplate design is compatible with Chatillon testers and helps ensure proper sample alignment.  Test Stand Adapters  Item MT150 Series MT500 Series LTCM-100 Series TT Tester TCM201 Series TCD200 Series  Capacity 150 lbf (660 N) 500 lbf (2500 N) 100 lbf (500 N) 500 lbf (2500 N) 225 lbf (1000 N) 225 lbf (1000 N)  Par t No. SPK-MT-0001 SPK-MT-0004 SPK-DF-LTCM NC002582 SPK-FM200-019 SPK-FM200-019  Included Optional Optional Optional Optional Optional Optional  Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Standard1 Optional  Extension Rod, 6-inch 100 lbf (500 N) Extension Rod, 6-inch 500 lbf (2.5 kN) Battery Charger, 120V, US Mains Plug Battery Charger, 230V, EU Mains Plug Battery Charger, 230V UK Mains Plug Handle Assembly Note:  1  Interface Cables, Adapters and Software  Item RS232 Cable (6 ft, 2m)  Par t No. NC000850-1 NC000850-2 NC000654 NC000697 ENC0125 NC000647 SPK-DF-USB 40/0739  Included Standard Optional Optional Optional Optional Optional Optional Optional  Accessories are Model dependent. 100 lbf (500 N) capacities and below use a #10-32 fitting 200 and 500 lbf (1 kN and 2.5 kN) capacities use a 5/16-18 fitting  RS232 Cable (10 ft, 3m) Mitutoyo Cable, 10-Pin Mitutoyo Cable, RS232 TCM201 Interface Cable TCD200 Interface Cable RS232-USB Adapter NEXYGEN Gauge Software    Dimensions  2 .8 6 [ 72 .6 m m ] 1 .6 2 [ 4 1 .1 m m ]  # 1 0 - 3 2 UNC- 2 B FEMA L E THREAD 6 PLACES  5 .5 3 [ 1 4 0 .3 m m ]  2 .2 5 [ 5 7 .2 m m ]  3.0 0 [ 7 6.3 m m ]  3 .4 8 [ 8 8 .3 m m ]  6 .8 0 [ 1 7 2 .7 m m ]  0.6 9 [ 1 7.4 m m ] 1.8 0 [ 4 5.7 m m ]  E9 6 - 3 5 4  National Automation and Technologies Inc. Phone: 905-388-2066 website: www.naatinc.com    ",181);arrFiles[113]=new Array(773,"products/qa/pdf/3005-dfs-r.pdf","2004-11-26","3005-dfs-r","","","DFS-R-ND Series Digital Indicator For Smart Load and Torque Sensors  Visit Us on the Web at www.chatillon.com  Specification Sheet  SS-FM-3005-0904 September 2004  The CHATILLON® DFS-R-ND Series supplies accurate load and torque measurement in a common gauge. Ideal for handheld or test stand applications, the DFS-R-ND may be equipped with smart loadcells or torque sensors. The auto-recognition feature knows whether a load or torque measurement is required. Measurement accuracy is better than 0.25% full scale when used with interchangeable sensors. Accuracy is better than 0.1% full scale when specified with a dedicated SCL load sensor. A large, easy-to-read, high resolution dot matrix LCD display supports a variety of standard gauge functions including normal and peak readings, high/low limits, setpoints, pass/fail results, statistical results, load averaging, load comparisons, % and sharp break detection, sensor actuation and direction. Measurements are displayed in ozf, gf, lbf, kgf and N units or oz-in, g-cm, lb-in, N-cm and N-m units. The DFS-R-ND gauge comes standard with an RS-232 cable, carrying case, battery adapter/charger, and NIST Certificate of Calibration with data.  Features  ! Dedicated or Interchangeable Sensors - Load and Torque Sensors - Accuracies to better than 0.1% Full Scale ! Advanced Operating Modes - Normal - Peak Tension, Compression and Torque - % or Sharp Break Detection - Load Comparisons - Load Averaging - Contact Closure - Load Limits - Pass-Fail Limits ! Statistical Calculations - Mean with Maximum and Minimum Values - Coefficent of Variation with Mean and Standard Deviation - Standard Deviation with Variance and Mean - % Differentiation ! Simple Operator Interface - High Resolution Dot-Matrix - Menus with Prompts for Easy Use - Dedicated and Function Keys with Navigation Pod ! Standard Outputs - RS232 Serial Data, Mitutoyo Digimatic, +2Vdc Analog ! NIST Calibration with Data - Available IEC/ISO17025 with Uncertainty ! 2 Year Warranty  Medical Devices Pharmaceuticals Springs & Components General Purpose Force  AMETEK and CHATILLON are registered trademarks of AMETEK, Inc.    Because You Expect More from a Chatillon Gauge...  Do More... Pay Less! The new CHATILLON DF Series deliver more features without compromising ease of use, accuracy and very importantly costs to you. You \'ll do more with a DF Series and you \'ll get the reliability and quality that you come to expect from Chatillon force measurement instruments. Comprehensive Results. The rubber keypad features dedicated and dynamic function keys. The function keys correspond to displayed options and guide the user during operation. A navigation pod lets you navigate through the menus and to scroll and change values quickly. The innovative  i  key can be used to display critical information on the gauge such as gauge capacity and resolution, battery life, loadcell overload history, even service information including last calibration date, or the location of service centers.  Easy-to-Read Display. A large, easy-to-read dot matrix display contains can display up to 8 lines of information. The high resolution display features contrast adjustments and can be inverted when required. The display can even be  hidden  at the press of a button. A load bargraph indicated load direction, measured load and safe load and helps prevent overloads. The integral loadcells feature mechanical overload protection of 150% Full Scale.  Single Touch Operation. The rubber keypad features dedicated and dynamic function keys. The function keys correspond to displayed options and guide the user during operation. A navigation pod lets you navigate through the menus and to scroll and change values quickly. The innovative  i  key can be used to display critical information on the gauge such as gauge capacity and resolution, battery life, loadcell overload history, even service information including last calibration date, or the location of service centers.  Dependable Measurements. The DF Series features an integral loadcell sensor that delivers repeatable, accurate results. The innovative load bargraph shows dynamic load, direction of load and warns you of pending overload conditions.  We Validate It. The DF Series comes standard with a Certificate of Calibration with data certified to NIST. Frankly, a Certificate of Conformance isn \'t worth much! And we offer Calibration Certificates with uncertainty calculations since AMETEK is an ISO17025 accredited manufacturer.  Data Outputs and Personal Computer Integration The DFS features RS-232 and Mitutoyo Digimatic digital outputs. The gauge also features a +2Vdc analog output. Measured values may be transmitted to an external device using a manual command at the gauge, or a measured value may be transmitted based on an externally driven command, e.g. from a personal computer or other serially interfaced device.  Actual Size.  Calibrate and Verify Status. The DFE Series incorporates flash memory and hosts a set of self-diagnostic functions for monitoring the display, keypad and electronics. Using the  i  key, you have immediate access to battery conditions, including estimated battery life remaining. You can also view loadcell status, including the number of overloads that have been applied to the gauge. Zero offset verification is standard and a step-by-step calibration procedure is built-in allowing you to calibrate your DFE gauge with certified standards.    ... You Get More from a Chatillon Gauge.  Normal and Peak Modes The DF digital gauge will display Normal and Peak tension and compression loads. Results may be displayed in ozf, gf, lbf, kgf or N units. Use the UNITS key to sequence through the available units. You may define and estalbish your Default Units during instruments setup. You can increase the size of the displayed information using the keypad.  Save Result  Statistical Results You may save and store up to 10 results in instrument memory for later recall or to calculate statistical results. The gauge labels each results and indicates memory capacity. The gauge will alert you when memory is full. Statistical results include: ! Calculate Mean and also show you the MAX and MIN values for your calculation ! Coefficient of Variation is calculated and displayed with the Mean and Standard Deviation value ! Standard Deviation is calculated and displayed with the Mean and the Variance value. Total Population and Sample (n-1) methods are supported ! Calculate and display % Difference between consecutive test results  View COV 10 Results S- Dev 0.105  34.55  C  Xmit Save  T-PK LBF T  More  0.009  Buzz Mean 49.5  T-PK LBF T  Auto Scaling The DFS-R-ND, when equipped with a load sensor, will display loads in the following units: ozf, gf, lbf, kgf or N values. If equipped with a torque sensor, selecting the Units key will display torque in in-oz, g-cm, in-lb, kg-cm and N-m. You may define and establish your Default Units during instrument setup.  C  % Diff Xmit  More  High & Low Load or Pass-Fail Limits The DF Series may be configured with High and Low Load Limits or Pass-Fail Limits. Load limits allow you to establish setpoints for your testing. If the gauge exceeds a setpoint value, the gauge can provide a visual and audible alarm. You can also setup the gauge to operate as a pass-fail system. You can setup a pass-fail limit based on a limit range or on a nominal value with a % bandwidth. Based on your setup, the gauge will provide you with a Pass-Fail indication.  Pass Fail Limits- Range High Limit 50 lbf Pass  Simplified Setup Menus and intelligent prompts make gauge setup fast and easy. Gauge options are presented in a  List Format . Using the navigation pod and function keys, you simply select the functions and parameters required. The gauge will guide you through the setup process. Default settings are provided and a  Quick Reset  allows you to reestablish defaults with a single key press. Using the standard RS232 output, you can print your gauge setup parameters for record archiving or to use as a setup template for other DFS force gauges in your plant.  Set Nominal Value  34.55  Buzz Low Limit 25 lbf  T-PK LBF T C  Increment 1.0 HIGH Nominal Band LOW 49.5 KGF 45.5 KGF 10.0% 41.5 KGF  C  Xmit Save  More  T  More  Range  Contact Closure The contact closure feature can be used to freeze the display at a load value equal to the  make  or  break  on an electrical contact.    Load Averaging Two methods of load averaging are standard with your DFS. Load averaging is useful to determining load characteristics of long test periods or for samples with characteristically noisy load readings. Load Method This method allows you to define a load threshold. The gauge will begin taking readings once the load threshold has been reached and will continue to take and average readings until the measured load falls below the threshold value.  Average Load  Percentage and Sharp Break Detection Break detection is provided and two types of breaks are supported. A sharp break can be used to detect whenever the load measurement drops 5% from a peak load. Alternatively, you may override the sharp break and setup the gauge with a % break detector. The % break detector allows you to set the drop percentage that is used to define a break. This type of break is useful on samples with high elastic characteristics.  View Break 10% Break  32.05  Buzz Threshold 25 lbf  T-PK LBF  Buzz  Max Break  C  Xmit Save  5 0 . 0 %TB 4 8 . 5 LBF  T  More  Breakpoint 25  C  Xmit Save  T  More  Average Load - Time Time 60 sec  34.55  Buzz Threshold 25 lbf  T-PK LBF T  Load Comparison Load comparisons of up to two sets of 5 results may be measured using the DFS. The gauge will measure and store up to 5 results for each of two tests (10 results). The gauge will then display the first set of results with the second set of results and calculate statistical relationships such as % difference, COV, variance and standard deviation. This feature is ideal for functional capacity testing.  C  Xmit Save  View Result Result 1 of 5  More  Time Method The Time method allows you to establish your load averaging based on a load threshold and time duration. The load threshold determines the start of the averaging, while the time duration defines the length of the test period. The gauge will begin taking readings when the threshold is reached and will continue to take and average readings until the time duration has expired.  Test 1 5 0 . 0 T-PK Test 2 4 8 . 5 LBF  Buzz Var 1.50 (3.1%)  C  Xmit Save  T  More  Self Diagnostics The DFS-R-ND Series incorporates flash memory and hosts a set of self-diagnostic functions for monitoring the display, keypad and electronics. Using the  i  key, you have immediate access to battery conditions, including estimated battery life remaining. You can also view loadcell status, including the number of overloads that have been applied to the gauge. Zero offset verification is standard and a step-by-step calibration procedure is built-in allowing you to calibrate your DFS-R-ND gauge with certified standards.    Specifications  Accuracy: +0.1% of full scale (Dedicated SLC Sensor) +0.25% of full scale (Interchangeable SLC or STS Sensors) Cer tification: Calibration with NIST Data, IEC/ISO17025 optional Data Sampling Rate: 5000 Hz Peak Capture Rate: 5000 Hz Display Update Rate: 10 Hz Tare Capacity: 10% full scale Overload Protection: 150% full scale Display Characteristics: High resolution, dot-matrix LCD, 8 lines, 40 characters, adjustable contrast, invert and  hide  capability Automatic Shut Down: Configurable time. May be disabled. Data Storage: 10 results, Optional NEXYGENTM software for unlimited storage and automated testing and analysis Test Stand Control: Compatible with TCD Series testers. Outputs: RS-232, Mitutoyo (Digimatic) and +2Vdc analog Power : Battery or direct AC operation. Universal Power 120V/230V, Rechargeable Nickel Metal Hydride (supplied) Batter y Life: 30 hours, continuous use Gauge may be operated with direct AC Power Source Instrument Weight: 1.5 lbs (0.7 kg) Operating Temperature: 40 to 100 F (4 to 38 C) War ranty: 2 year   Ordering  DFS-R Series with Dedicated SLC Load Sensor  Model  ozf  gf  lbf  kgf -  N 2.5 x 0.0005  DFS-R-250G 8 x 0.004  250 x 0.05 0.5 x 0.0001  DFS-R-0002 32 x 0.004 1000 x 0.1 2 x 0.0002 1 x 0.0001 10 x 0.001 DFS-R-0010 160 x 0.02 5000 x 0.5 10 x 0.001 5 x 0.0005 50 x 0.005 DFS-R-0025 400 x 0.05 10,000 x 1 25 x 0.002 10 x 0.001 100 x 0.01 DFS-R-0050 800 x 0.1 25,000 x 2 50 x 0.005 25 x 0.002 250 x 0.02  DFS-R-0100 1600 x 0.2 50,000 x 5 100 x 0.01 50 x 0.005 500 x 0.05 DFS-R-0200 3200 x 0.4 DFS-R-0500 DFS-R-1000 200 x 0.02 100 x 0.01 1000 x 0.1 500 x 0.05 250 x 0.02 2500 x 0.2 1100 x 0.5 500 x 0.2 5000 x 2  Automate with Nexygen Software Your DFS can make use of our Nexygen software for gauge applications. With Nexygen software, you can perform tests and graph results automatically using a personal computer. Load results may be shown graphically versus time. Tabular results are displayed and can be used to create relationships, queries or used to produce reports. You can format the display to match your requirements and establish pre- and post-test questions that require the operator to answer questions based on the test setup. Setup is easy too. Menus, radio buttons and prompts guide you through instrument and test setup. Since Nexygen software is OLE2 compatible, information can be exchanged transparently with Microsoft Word, Excel, Access, PowerPoint and Outlook. You won \'t find a more comprehensive gauge software package!  Note: Gauge is supplied with a 120V Charger/Adapter and US Mains Plug. Use the following prefixes if you require a UK or EU Mains Plug. -UK 230V UK Style Mains Plug (Example: DFS-R-0100-UK) -EU 230V EU Style Mains Plug (Example: DFS-R-0100-EU)    Ordering  Digital Gauge - No Measurement Sensor  Plug & Play  Sensors  Model DFS-R-ND  Order Sensor Separately Order Load or Torque Sensors separately.  Note: Gauge is supplied with 120V Charger and US Mains Plug standard. Use the following prefixes if you require a UK or EU Mains Plug. -UK 230V UK Style Mains Plug (Example: DFS-R-ND-UK) -EU 220V EU Style Mains Plug (Example: DFS-R-ND-EU)  Remote Sensors- Load Measurement  The DFS-R-ND has an auto-recognition feature that detects whether or not the gauge is using a load measurement sensor or torque sensor. Plug the sensor into the gauge and the gauge will automatically provide you with options associated with force or torque measurement. The gauge automtically scales itself based on the sensor capacitythere is no need to instruct the gauge on sensor capacity or sensitivity. Standard sensor accuracy is better than 0.25% FS, however, a sensor may be calibrated to better than 0.1% FS when used as a dedicated device.  Remote Sensors- Torque Measurement  Model SLC-250G SLC-0002 SLC-0010 SLC-0025 SLC-0050 SLC-0100 SLC-0200 SLC-0500 SLC-1000  ozf 9 x 0.002 35 x 0.01 180 x 0.05 350 x 0.1 900 x 0.2 1800 x 5 3500 x 1 -  gf  lbf  kgf 1 x 0.0002 5 x 0.001 10 x 0.002 25 x 0.005 50 x 0.01 100 x 0.02 250 x 0.05 500 x 0.1  N 2.5 x 0.0005 10 x 0.002 50 x 0.01 100 x 0.02 250 x 0.05 500 x 0.1 1000 x 0.2 2500 x 0.5 5000 x 1  Model STS-0003 STS-0012 STS-0050 STS-0100 STS-0200  in-oz 50 x 0.01 192 x 0.05 800 x 0.2 1600 x 0.3 3200 x 0.6  g-cm 3600 x 0.5 13,830 x 3 57,600 x 10 -  in-lb 3 x 0.0005 12 x 0.002 50 x 0.01 100 x 0.02 200 x 0.04  kg-cm  N-m  250 x 0.05 0.55 x 0.0001 1000 x 0.2 5000 x 1 10000 x 2 25000 x 5 50000 x 10 2.2 x 0.0005 11 x 0.002 22 x 0.005 55 x 0.01 110 x 0.02 220 x 0.05 560 x 0.1 1100 x 0.2  3.6 x 0.0005 0.35 x 0.0005 13.9 x 0.003 1.36 x 0.0003 57.6 x 0.01 5.7 x 0.001  115.2 x 0.02 11.3 x 0.002 230.4 x 0.05 22.6 x 0.005    Ordering  DFS-R Series Accessories Test Stand Adapters  Item Carrying Case  Capacity  Par t No. SPF-DF-118 SPK-DF-US SPK-DF-EU SPK-DF-UK  Included Standard Standard1 Standard1 Standard1 Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional  Item MT150 Series MT500 Series LTCM-100 Series TT Tester TCM201 Series TCD200 Series  Capacity 150 lbf (660 N) 500 lbf (2500 N) 100 lbf (500 N) Not Compatible 225 lbf (1000 N) 225 lbf (1000 N)  Par t No. SPK-MT-REMOTE SPK-MT-REMOTE NC000300  Included Optional Optional Optional  Battery Charger, 120V, US Mains Plug Battery Charger, 230V, EU Mains Plug Battery Charger, 230V UK Mains Plug Chisel Chisel Point Point Notch Notch Flat Flat Hook, Stationary Hook, Stationary Hook, Stationary Extension Rod, 6-inch Extension Rod, 6-inch 1/4-inch Hex Drive Socket 3/8-inch Hex Drive Socket 1/2-inch Hex Drive Socket Hex Blade 7/64-inch Hex Key Handle Assembly Note:  1  100 lbf (500 N) SPK-FMG-008A 500 lbf (2500 N) SPK-FMG-008B 100 lbf (500 N) SPK-FMG-009A 500 lbf (2500 N) SPK-FMG-009B 100 lbf (500 N) SPK-FMG-010A 500 lbf (2500 N) SPK-FMG-010B 100 lbf (500 N) SPK-FMG-011A 500 lbf (2.5 kN) SPK-FMG-011B 50 lbf (225 N) SPK-FMG-012A  NC000300 NC000300  Optional Optional  Interface Cables, Adapters and Software  Item RS232 Cable (6 ft, 2m) RS232 Cable (10 ft, 3m) Mitutoyo Cable, 10-Pin Mitutoyo Cable, RS232 TCM201 Interface Cable TCD200 Interface Cable RS232-USB Adapter  Capacity  Par t No. NC000850-1 NC000850-2 NC000654 NC000697 ENC0125 NC000647 SPK-DF-USB 40/0739  Included Standard Optional Optional Optional Optional Optional Optional Optional  100 lbf (500 N) SPK-FMG-012B 500 lbf (2.5 kN) SPK-FMG-012C 100 lbf (500 N) SPK-FMG-013A 500 lbf (2.5 kN) SPK-FMG-013B SPK-DTG-037 SPK-DTG-038 SPK-DTG-039 SPK-DTG-040 SPK-FMG-015 SPK-DF-HANDLE  NEXYGEN Gauge Software  Accessories are Model dependent. 100 lbf (500 N) capacities and below use a #10-32 fitting 200 and 500 lbf (1 kN and 2.5 kN) capacities use a 5/16-18 fitting  TCM-TCD Compatibility The DFS-R-ND gauge is compatible with Chatillon TCM motorized testers and TCD digital testers. The universal backplate design is compatible with Chatillon testers and helps ensure proper alignment with your sample under test.    Dimensions  1 .6 2 [ 4 1 .1 m m ] 2 .86 [ 7 2 .6 m m ]  1 0 - 3 2 UNF Mt g Holes ( 2 Pla c e s )  6 .83 [ 17 3.5 m m ]  2 .2 5 [ 5 7 .1 m m ]  3 .0 3 [ 7 7 .0 m m ]  National Automation and Technologies Inc. Phone: 905-388-2066 website: www.naatinc.com    ",228);arrFiles[114]=new Array(774,"products/qa/pdf/3006-msc.pdf","2004-11-27","3006-msc","","","Visit Us on the Web at www.chatillon.com  MSC Series Digital Muscle Strength Comparator  Specification Sheet  SS-FM-3006-0904 September 2004  The CHATILLON® MSC Series is ideal for muscle strength testing, job task analysis and ergonomic evaluations. This compact, easy-to-use force gauge is designed for physical medicine, occupational medicine and sports medicine applications and general patient assessment in family, neurological and orthopedic practices. Simplicity was a key design criteria for both clinicians and technicians. Measurement accuracy is better than 0.1% full scale. A large, easy-to-read, high resolution dot matrix LCD display supports a variety of measurements including normal and peak readings, dominant v. non-dominant comparisons, pass/ fail results, statistical results, load averaging, load comparisons, measurement actuation and direction. Measurements are displayed in ozf, gf, lbf, kgf and N units. The display can be inverted and displayed results may be  hidden  from the patient during testing. The MSC gauge comes standard with carrying case, battery adapter/charger and NIST Certificate of Calibration with data. A variety of testing fixtures are optionally available. The MSC is designated by the Food and Drug Administration (FDA) as a Class 2 medical device.  Features  ! FDA Class II Medical Device ! Advanced Operating Modes - Normal - Peak Tension and Compression - Muscle Strength Comparison - Functional Capacity Evaluation ! Statistical Calculations - Mean with Maximum and Minimum Values - Coefficent of Variation with Mean and Standard Deviation - Standard Deviation with Variance and Mean - % Differentiation ! Integral Loadcells - Accuracy +0.1% Full Scale - Mechanical Overload Protection to 150% Full Scale ! Simple Operator Interface - High Resolution Dot-Matrix - Menus with Prompts for Easy Use - Dedicated and Function Keys with Navigation Pod ! NIST Calibration with Data - Available IEC/ISO17025 Cert with Uncertainty ! 2 Year Warranty  Muscle Strength  Functional Capacity  Job Task Analysis  ADA Compliance  AMETEK and CHATILLON are registered trademarks of AMETEK, Inc.    Because You Expect More from a Chatillon Gauge...  Physical Medicine  Use the Chatillon FCE to accurately measure and document musculoskeletal strength. Evaluate individual muscle groups in flexion/extension, internal/external rotation, plantar flexion, dorsi flexion and abduction/adduction.  Occupational Medicine  Conduct job task analysis, ergonomic analysis and functional capacity testing with the Chatillon MSC. Measure actual push, pull or lift forces to determine job task requirements. Then quantitatively evalute the subject \'s ability to perform those job tasks. Help ensure that a person is ready to assume work after an injury or test to ensure that an operation meets ADA compliance guidelines.  Spor ts Medicine  Objectively quantify an athlete \'s musculoskeletal force output. Evaluate and document the effectiveness of the training regiment and track the athlete \'s progress.  Class II Medical Device  The FCE has been classified by the Food and Drug Administration to be a Class II Medical Device.  Nor mal and Peak Modes  When used as a force measurement instrument, the FCE will display peak tension and compression loads. When in peak modes, the maximum force exerted during a test is displayed and may be stored for statistical comparisons or output to an external device using serial data communications. The size of the displayed information may be increased for easier viewing just by selecting a key on the keypad.  Save Result  34.55  C  Xmit Save  T-PK LBF T  More    ... You Get More from a Chatillon Gauge.  Functional Capacity Evaluation  Pass Fail Limits- Range High Limit 50 lbf  Pass  34.55  Buzz Low Limit 25 lbf  T-PK LBF T  Two methods of determining functional capacity are standard with your MSC. Functional capacity is useful to determine the functional stamina of a muscle group based on strength or time. It may be used to assess a subject \'s strength pre- and post conditioning or to evaluate a subject \'s strength after an injury. Strength Method This method allows you to define a strength threshold. The gauge will begin taking readings once the strength threshold has been reached and will continue to take and average readings until the measured strength value falls below the threshold value.  C  Xmit Save  More  Average Load  High & Low Load or Pass-Fail Limits  The MSC Series may be configured with High and Low Load Limits or Pass-Fail Limits. Load limits allow you to establish setpoints for your testing. If the gauge exceeds a setpoint value, the gauge can provide a visual and audible alarm. You can also setup the gauge to operate as a pass-fail system. You can setup a pass-fail limit based on a limit range or on a nominal value with a % bandwidth. Based on your setup, the gauge will provide you with a Pass-Fail indication.  32.05  Buzz Threshold 25 lbf  T-PK LBF T  C  Xmit Save  More  Intuitive Operation  A large, easy-to-read dot matrix display contains can display up to 8 lines of information. The high resolution display features contrast adjustments and can be inverted when required. The display can even be  hidden  at the press of a button. A measurement bargraph indicates load and torque direction, measured load and torque and safe load and torque and helps prevent overloads. The sensors feature mechanical overload protection of 150% Full Scale. The rubber keypad features dedicated and dynamic function keys. The function keys correspond to displayed options and guide the user during operation. A navigation pod lets you navigate in the menus and to scroll and change values quickly. The innovative  i  key can be used to display critical information on the gauge such as gauge capacity and resolution, battery life, loadcell overload history, even service information including last calibration date, or the location of service centers.  Average Load - Time Time 60 sec  34.55  Buzz Threshold 25 lbf  T-PK LBF T  C  Xmit Save  More  Save Result  T-PK  Hide Buzz  Time Method The Time method allows you to establish your strength averaging based on a strength threshold and time duration. The strength threshold determines the start of the averaging, while the time duration defines the length of the test period. The gauge will begin taking readings when the threshold is reached and will continue to take and average readings until the time duration has expired.  LBF T  C  Xmit Save  More    Specifications  Accuracy: +0.1% of full scale Certification: Calibration with NIST Data, IEC/ISO17025 optional Data Sampling Rate: 5000 Hz Peak Capture Rate: 5000 Hz Display Update Rate: 10 Hz Tare Capacity: 10% full scale Overload Protection: 150% full scale Display Characteristics: High resolution, dot-matrix LCD, 8 lines, 40 characters, adjustable contrast, invert and  hide  capability Automatic Shut Down: Configurable time. May be disabled. Data Storage: 10 results, Optional NEXYGENTM software for unlimited storage and automated testing and analysis Outputs: RS-232, Mitutoyo (Digimatic) and +2Vdc analog Power : Battery or direct AC operation. Universal Power 110V/230V, Rechargeable Nickel Metal Hydride (supplied) Batter y Life: 30 Hrs. continuous use Instrument Weight: 1.5 lbs (0.7 kg) Operating Temperature: 40 to 100 F (4 to 38 C) FDA Classification: Class II Medical Device War ranty: 2 year   View COV  10 Results S- Dev 0.105  Muscle Strength Comparisons  0.009  Buzz Mean 49.5  T-PK LBF T  Compare muscle strength from a normal (dominant  D ) muscle to an impared (nondominant)  ND  muscle. The MSC allows you to perform 5 sets for the dominant and non-dominant muscle group and compare results statistically. Once the test is completed, you can review individual test data and compare results. Both sets of results are displayed simultaneously including the calculated variance and % difference (force variation). You may also calculate and display Mean, MIN and MAX results, Coefficient of Variation (COV) and Standard Deviation. Results may be transmitted to an external device using RS232 serial communications.  View Result Result 1 of 5  C  % Diff Statistical Results Xmit  More  You may save and store up to 10 results in instrument memory for later recall or to calculate statistical results when in Peak mode. The gauge labels each results and indicates memory capacity. The gauge will alert you when memory is full. Statistical results include: ! Calculate Mean and also show you the MAX and MIN values for your calculation ! Coefficient of Variation is calculated and displayed with the Mean and Standard Deviation value ! Standard Deviation is calculated and displayed with the Mean and the Variance value. Total Population and Sample (n-1) methods supplied. ! Calculate and display % Difference between consecutive test results  D ND  Buzz  5 0 . 0 T-PK 4 8 . 5 LBF  T  More  Var 1.50 (3.1%)  C  Xmit Save  Set Nominal Value  Increment 1.0 HIGH  Simplified Setup  49.5 KGF Nominal Band 45.5 KGF 10.0% 41.5 KGF  Menus and intelligent prompts make gauge setup fast and easy. Gauge options are presented in a  List Format . Using the navigation pod and function keys, you simply select the functions and parameters required. The gauge will guide the user through the setup process. Default settings are provided and a  Quick Reset  allows the user to re-establish defaults with a single key press.  C  LOW  T  More  Range    Ordering  Muscle Strength Comparator (Gauge Only)  Model MSC-100 MSC-200 MSC-500  ozf  gf  lbf  kgf  N  Self Diagnostics  1600 x 0.2 50,000 x 5 100 x 0.01 50 x 0.005 500 x 0.05 3200 x 0.4 8000 x 1 200 x 0.02 100 x 0.01 1000 x 0.1 500 x 0.05 250 x 0.02 2500 x 0.2  The MSC Series incorporates flash memory and hosts a set of self-diagnostic functions for monitoring the display, keypad and electronics. Using the  i  key, you have immediate access to battery conditions, including estimated battery life remaining. You can also view loadcell status, including the number of overloads that have been applied to the gauge. Zero offset verification is standard and a step-by-step calibration procedure is built-in allowing you to calibrate your MSC gauge with certified standards.  Note: G a u g e is supplied with a 120V Charger and US Mains Plug. Use the following prefixes if you require a 230V Charger and a UK or EU Mains Plug. -UK 230V UK Mains Plug (Example: MSC-100-UK) -EU 230V EU Mains Plug (Example: MSC-100-EU)  Muscle Strength Comparator Kit Functional Capacity Kit  Item  Capacity  Par t No. MSCK  Included Optional  Item Functional Capacity Kit Adapter, Circular Flat Curve Adapter Palm Adapter Notch Adapter, Large Pistol Grip Hook, with Clasp  Capacity  Par t No. FCEK  Included Optional  Muscle Strength Analysis Kit Adapter, Notch 5/8  Adapter, Notch 1  Adapter, Rectangular 3.5  Adapter, Rectangular 3/4  Mushroom Fixture Adapter, Circular Flat Hook, with Clasp Extension Rod, 6  Adapter, 1/2-20 to 5/16-18 Carrying Case 100 lbf 500 lbf 250 lbf 250 lbf 250 lbf 250 lbf 500 lbf 100 lbf  NC000721 NC000725 NC000730-1 NC000738-1 NC000743-1  250 lbf 250 lbf 250 lbf 500 lbf 500 lbf 250 lbf 500 lbf NC000857 NC000756  NC002500 SPK-FMG-013B 17162 NC000793  Nylon Loop Knurled Nut Fanny Pack  Note: You may order the entire kit or an individual component.  Note: You may order the entire kit or an individual component.    Dimensions  2.8 6 [ 72 .6 m m ] 1 .6 2 [ 4 1.1 m m ]  # 1 0 - 3 2 UNC- 2 B FEMA L E THREAD 6 PLACES  5 .5 3 [ 1 4 0.3 m m ]  2 .25 [ 5 7.2 m m ]  6 .80 [ 17 2 .7 m m ]  3.0 0 [ 7 6 .3 m m ]  1 .8 0 [ 4 5 .7 m m ]  E9 6 - 3 5 4  Common Accessories  Item Carrying Case  Capacity  Par t No. SPK-FMG-130 SPK-DF-US SPK-DF-EU SPK-DF-UK SPK-FMG-012A  Included Standard1 Standard Standard Standard Optional Optional Optional Optional Optional Optional Optional  1 1 1  3 .48 [ 88 .3 m m ]  Item Hook, Swivel Hook, Swivel Hook, Swivel Hook, Clasp Chisel Point Chisel Point Point Point Notch Notch Adapter, #10-32 to 5/16-18  7 .2 8 [ 1 8 4 .8 m m ]  Capacity 20 lbf (112 N) 100 lbf (500 N) 500 lbf (2.5 kN) 500 lbf (2.5 kN)  Par t No. ML3867 ML3850 ML3868 NC002500  Included Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional Optional  Battery Charger, 120V, US Mains Plug Battery Charger, 230V, EU Mains Plug Battery Charger, 230V, UK Mains Plug Hook, Stationary Hook, Stationary Flat Flat Hook, Stationary Extension Rod, 6-inch Extension Rod, 6-inch Note:  1  50 lbf (225 N)  100 lbf (500 N) SPK-FMG-008A 500 lbf (2.5 kN) SPK-FMG-008B 100 lbf (500 N) SPK-FMG-009A 500 lbf (2.5 kN) SPK-FMG-009B 100 lbf (500 N) SPK-FMG-010A 500 lbf (500 N) SPK-FMG-010B P-10020  100 lbf (500 N) SPK-FMG-012B 100 lbf (500 N) SPK-FMG-011A 500 lbf (2.5 kN) SPK-FMG-011B 500 lbf (2.5 kN) SPK-FMG-012C 100 lbf (500 N) SPK-FMG-013A 500 lbf (2.5 kN) SPK-FMG-013B  Accessories are Model dependent. 100 lbf (500 N) capacities and below use a #10-32 fitting 200 and 500 lbf (1 kN and 2.5 kN) capacities use a 5/16-18 fitting  0.6 9 [ 1 7 .4 m m ]  National Automation and Technologies Inc. Phone: 905-388-2066 website: www.naatinc.com    ",190);arrFiles[115]=new Array(775,"products/qa/pdf/3007-fce.pdf","2004-11-27","3007-fce","","","Visit Us on the Web at www.chatillon.com  FCE Series Digital Functional Capacity Evaluator  Specification Sheet  SS-FM-3007-0904 September 2004  The CHATILLON® FCE Series is ideal for functional capacity evaluations. This compact, easy-to-use force gauge is designed for physical medicine, occupational medicine and sports medicine applications and general patient assessment in family, neurological and orthopedic practices. Simplicity was a key design criteria for both clinicians and technicians. Measurement accuracy is better than 0.1% full scale. A large, easy-to-read, high resolution dot matrix LCD display supports a variety of measurements including functional capacity based on a force or a time duration. The gauge also displays normal and peak readings, pass/fail results and statistics based on up to 10 stored results. Measurements are displayed in ozf, gf, lbf, kgf and N units. The display can be inverted and displayed results may be  hidden  from the patient during testing. The FCE gauge comes standard with carrying case, battery adapter/charger and NIST Certificate of Calibration with data. A variety of testing fixtures are optionally available. The FCE has been designated by the Food and Drug Adminstration (FDA) to be a Class 2 Medical Device.  Features  ! FDA Class II Medical Device ! Advanced Operating Modes - Functional Capacity - Force-Based - Time Duration-Based - Normal - Peak Strength ! Statistical Calculations - Mean with Maximum and Minimum Values - Coefficent of Variation with Mean and Standard Deviation - Standard Deviation with Variance and Mean - % Differentiation ! Integral Loadcells - Accuracy +0.25% Full Scale - Mechanical Overload Protection to 150% Full Scale ! Simple Operator Interface - High Resolution Dot-Matrix - Menus with Prompts for Easy Use - Dedicated and Function Keys with Navigation Pod ! NIST Calibration with Data - Available IEC/ISO17025 Cert with Uncertainty ! 2 Year Warranty  Muscle Strength Functional Capacity Job Task Analysis ADA Compliance  AMETEK and CHATILLON are registered trademarks of AMETEK, Inc.    Because You Expect More from a Chatillon Gauge...  Physical Medicine  Use the Chatillon FCE to accurately measure and document musculoskeletal strength. Evaluate individual muscle groups in flexion/extension, internal/external rotation, plantar flexion, dorsi flexion and abduction/adduction.  Occupational Medicine  Conduct job task analysis, ergonomic analysis and functional capacity testing with the Chatillon MSC. Measure actual push, pull or lift forces to determine job task requirements. Then quantitatively evalute the subject \'s ability to perform those job tasks. Help ensure that a person is ready to assume work after an injury or test to ensure that an operation meets ADA compliance guidelines.  Spor ts Medicine  Objectively quantify an athlete \'s musculoskelet