USER'S GUIDE
Contents
1. Automotive parts Battery surfaces Metal surfaces Scratch detector Machine processing Preventive maintenance Energy saving Power meter Motors Coils Winding machines Impulse generator page 1 Industry 1 Machine Automotive yx Electronics Wa Le FE Steel Metal Miscellaneous Application L Maintenance as Process monitoring E Product testing R amp D No Industry 1 Industry 2 Product Application Measurement Target of evaluation NC servo Sensor output Motion and 1 Machine tools systems acceleration maintenance Sensor output Detection of metal Caulking 2 Machine tools Pressure type and alien machines displacement objects red Sensor output Distortion detection 3 Machine tools machines E vibration for breakers Backhoes 4 Machine tools Grinder Output of power Grinding quality meter evaluation 5 Machine tools wanna Load current once an machines timing detection 6 Machine tools uns Load current un all machines evaluation Sensor output Magnetic flux 7 Machine tools Magnetizers E magnetic flux density on density magnetized material 8 Machine tools en Bonding current zen nel wire bonders evaluation Electrical Current and Difference from 9 Machine tools injection 41D motor c2. 3PASS A 190 y 162 APASS A 25 200 Y 22 800 Are CH 2 PASSI 4 CH2 MAX amp MIN 313 310mA 3 CH1 Frequency 23 9375 1 7 6 991 C H 1FAIL 1PASS A 780 Y 665 2FAIL A 338 Y 290 3FAIL A 190 y 162 4PASS A 25 200 Y 22 800 186 915 Hz 24 5937 Y FAIL _ CH 2 PASS a Value 22 CH1 Current via a shunt CH2 Voltage 24V DC 344 014mA 149 253 151 515 23 9375 24 5937 Y 3 CH1 Frequency 4 CH2 MAX amp MIN Analog Output of a Meter Sensor Judge the analog output of ameter or a sensor Convert the measured voltage to another parameter using the scaling functio lt Example gt Judge the exfoliation by using a force gauge eg Fo rce gauge By using the scaling function the input can be read out by the unit of force kgf s page 13 BM 10 22 12 13 50 Comp Area Value Calc List Smooth exfoliation 1 CH1 Maximum 648 437mkegef 2 CH1 Area 2 43328 ksf s 3 CH1 Lerel Time 0315 8 4 CH1 Difference 31 2500mkgf Unit Trigger List E 10 22 12 15 07 EAR Not smooth exfoliation 906 250mkgf 2 28464 kgf s 3 CH1 Level Time 0 7 7 5 8 hi cu Difference 125 000mkgf Insertion Process Watch the insertion process by area The diffic
3. Zu i 19 Ai Bearings Bearings Current flow of Grind stone lifespan ma E spindle motor evaluation l A Sensor output Relationship 20 SER ze Gas pedals ml stepping force evaluation of 2 gt rotation angle parameters in X Y Mechanical Differential Sensor output vet al Parts ears me torque OAE d Y q evaluation Mechanical Shock Sensor output D a Parts absorbers Te load stroke an AV parameters in X Y y y Relationship 23 ar oz Cylinders al rhein evaluation of 2 i Ly parameters in X Y TA Meter output of 24 ER Cylinders surface test i Es equipment Mechanical Dampers Sensor output RS ANSA Parts Springs Te load stroke PNA AURIOL f pring Ly i parameters in X Y A Applied voltage 26 BEX Mechanical Spark plugs withstanding Withstanding Parts AG voltage tester voltage evaluation page 3 8730 31 10 Industry 1 Wave Comparators User s Guide Machinery Automotive Steel Metal Miscellaneous ER Electronics e Process monitoring Product testing Measurement R amp D _ PS _ E AaArTNaAT OT we ius LJ evaluation Sensor output Relationship Mechanical l 27 Spark plugs rpm cylinder evaluation of 2 P
4. gt ee Motors E Motor current en un MZ Components specific period COE 64 ll ESTO Motors a an Vibration evaluation fo Components displacement EGW Magnetizing El 65 lL PS 0 Motors Sensor output evaluation of motor GE P T scanner page 6 Industry 1 Machinery lt p 8730 31 10 Wave Comparators User s Guide Automotive Steel Metal MISC Miscellaneous e Process monitoring Electronics Product testing R amp D evaluation Electrical men Wola Phase difference 66 gt gt Motors and output of hall MEE Components evaluation mc IC Electrical Output of hybrid Phase difference 67 ZN ICs i MEZ Components IC evaluation 68 len Relay timers Contact signal wu Anelen Components evaluation Metal ME op Surface scratch 69 Metal plates surface test Processing l detection equipment Metal Sensor output Uar ea 70 Metal plates detection Plate Processing displacement thickness evaluation 71 en l Metal bars Senso oul Strength evaluation Processing torque angle Micro Metal Sensor output Process inspection 72 E terminal for Processing strain of press machine wrist watches 73 Machine Cutting Los Eume Blade exchange Tools machines timing detection Food Noodle Pulse output for NOE Ena 74 control by pulse Processi
5. signal to 2 channels 4 Create a sever area for CH1 and normal area for CH2 _Configure Unit Trigger List El 04 14 18 08 26 Configure Unit Trigger List El 04 14 18 08 12 Unit Trigger List E 04 14 18 08 50 P AS S Conf 5msx1 10DIV Trig Repeat 0 F A I L Conf 5msx1 10DIV Trig Repeat 0 Fr PR 1Vx1 50 A11 2 1Vx1 50 A15 1 1 8 1Vx1 50 A11 2 1Vx1 50 A15 CHI y CHI F F A I L Conf 5msx1 10DIV Trig Repeat 0 l 1 8 1Vx1 50 411 2 1 x1 50 A15 it u lal AREA FAIL CH1 PASS CH2 PASS CH1 FAIL CH2 PASS CH1 FAIL CH2 FAIL Very good Good acceptable Bad Analyzing very good items may help to improve qualty Sorting for failure analysis 45 Os 10s 4 0 3 5 3 0 i Calculations 25 No 1 to No 4 Time to 2 0 specified level 1 5 1 0 0 5 ses No 1 Time to reach 1 0V 0 0 No 2 Time to reach 2 0V No 3 Time to reach 3 0V 0 5 L No No 4 Time to reach 4 0V 1 No gt 2 No ll gt 3 No al gt More information to improve quality is obtained by referring to 4 calculations No 1 FAIL No 2 PASS No 3 PASS No 4 PASS Too fast slow at start No 1 PASS No 2 PASS No 3 PASS No 4 FAIL Too fast slow at stop No 1 PASS No 2 FAIL No 3 FAIL No 4 PASS Not smooth in middle Makes it easy to identify the details of the problem page 16 Missing Pulse Light b
6. 0k Y 1 2000k 2PASS 2PASS A 1 2000k A 1 2000k 7 1 4000k 7 1 4000k 3FAIL 3FAIL A 10 000 A 10 000 Y 10 000 i Y 10 000 aPASS 1 CH1 Maximum 1 31250kA AFAIL A 11 000 cH Mininun 1 33750kA A 11 000 Y 11 000 le cm Count 9 y 11 000 4 CH1 P Count 11 Missing Pulse 1 CH1 Maximum 2 CH1 Minimun 3 CH1 P Count 4 CH1 P Count CHIFAIL 1FAIL A 1 4000k Y 1 2000k 2FAIL A 1 2000k Y 1 4000k USA 1 33750kA 9 i 10 Insufficient pulses lt Example gt 3PASS A 10 000 10 000 AP Ass A 11 000 11 000 1 CH1 Maximum 2 CH1 Minimum 3 CH1 P Count Be 4 CH1 P Count 11 Incorrect pulses 1 60312kA 7 1 50937kA Simultaneous welding for 2 points such as DIP component welding Scaling function allows the operator to read out the value as current Ex 1V 1kA Configure Unit Trigger List Comment FILE PRODUCT CHECK LINE CH1 WELD LEFT CH2 WELD RIGHT 06 04 16 05 52 1 CH1 Maximum 2 CH2 Maxi imut Easy to specify the FAIL PT in DUAL display 1 CH1 Maximum 2 2 CH2 Maximum SCHIP Width 3 4 CH2 P Width 1 21125kA EDER SEE DER 1 20937kA a 13 6000n 13 6000ms 13 9800m 13 9800ms Simultaneous value judgment by calculation page 10 Movement Rate Judge if products like suspensions move properly Excessively fast movement is dange
7. FAIL signal from the external I O terminal to stop further operations Configure Unit Trigger List Configure Unit Trigger List El 06 i Comp Area Value Calc List 06 04 17 47 50 FATI Comment seite press MACH p y co 4_ _ i CH1 DISPLACEMENT CH2 Lib bh sm 160ms a a a a a a a bo CH2Maximum 201 562 Layer Short Test Judgment part for layer short test of coils Edit the area from the PASS product Calculations such as MAX or AREA is effectively used 9322 EB Coil Differential generator Probe Hint Pay careful attention to sampling speed 1MS s as some coils require faster sampling Configure Unit Trigger List B 04 14 17 07 3 Unit Trigger List E 04 14 17 02 28 P ASS Conf 50msx1 10DIV Trig Repeat 10 F AIL Conf 50msx1 10DIV Trig Repeat 10 11h 1 8 1Vx1 30 A07 2 1Vx1 50 0FF l 1 8 1Vx1 30 A07 2 1Vx1 50 0FF Ze u a u Unit Trigger List E 04 14 17 02 28 Conf 50msx1 10DIV Trig Repeat 10 1Vx1 30 A07 2 1Vx1 u wo 21 oa oa o cn 3 28 1 1 0 0 0 0 oa be i DE Za 9 o ou o ul 21 o gg oO mme SSS SSS ESS SS ee ee AA l SS bo e o Sa Sor p bo Poor winding l Layer short page 15 Advanced Usage Sorting Selecting very good items 4 Input the same
8. HIOKI 6730 10 4 8731 10 WAVE COMPARATOR Contents O New Inspection with the WAVE COMPARATOR Page 1 Combined with various sensors Application Examples Page 2to 8 8 Application Details General Page 9 e Missing pulse eWelding current Page 10 Movement rate Phase difference Page 11 eTiming Pulse Page 12 eRevolution Frequency Analog output Page 13 eInsertion process Pulse of encoder Page 14 O Benefits of Model 8730 31 10 Page 15 ee http www hioki co jp HORE ero Wa ISO14001 HIOKI company overview new products environmental considerations and November 2004 JQA E 90091 other information are available on our website Rev New inspection with WAVE COMPARATOR lt Combined with gt 1 Sensors 2 Instruments with analog output 3 Generators Welding Machine processing Motors Clamp on sensor Shunt Reflow soldering bath Temperature Environment Food maintenance Temperature meter Automobile lights Lux meter LED LCD Environment Revolution Motors sensor Revolution Screw fixing machines Encoder Drill Grinders Press machines Pressure Insertion sensor Drop tests Acceleration Movement ee Environment Vibration sensor Preventive maintenance Sound level Abnormal sounds meter Environment microphone Preventive maintenance Stretch strength Exfoliation strength Handle strength Force gauge Position Tires sensor i Displacement Displacement Metal surfaces sensor Machine processing
9. arts l position parameters in X Y Mechanical MAGE OPULO Surface scratch 28 Pistons surface test Parts i detection equipment Mechanical l Sensor output aaa 29 Bearings smoothness Parts torque evaluation Mechanical ROT Apu Internal scratch 30 Bearings scratch i Parts l detection detection meter Mechanical Current flow of Grind stone lifespan 31 Bearings Parts spindle motor evaluation 32 ACNE Cutters Load current as er Jene Tools timing detection 33 Machine Automotive Welding current Welding quality Tools bodies evaluation 34 Tires Pa Seren Speed maintenance conveyors speed l i Sensor output Den men 35 Tires Tires evaluation in displacement l rotation Electrical Voltage and Arcing short da ar Parts SI ene current detection Electrical BR Instantaneous light 37 ER Sane Light bulbs Activating pulse tection Voltage and 38 ER Electrical Part Starter current at Function check activation 39 Eee Par Starter ON signal and In rush current current evaluation page 4 Industry 1 Machiner Automotive 1 gt Electronics y EB LE FE Steel Metal Miscellaneous Application L Maintenance wN Process monitoring cs Product testing R amp D Y No Industry 1 Industry 2 Product Application Measurement Target of e
10. l 86 MISC Beds Welders Welding current maintenance 87 Lenses nes E Drive signal Function testing lenses page 8 8730 31 10 Wave Comparators User s Guide Model 8730 10 and 8731 10 Application Examples Judge by waveform Y and values AAA a a a a calla al a a a te a en Sn ors User s 8730 31 10 Wave Compal rators S Gl uide Judge the welding current for quality assurance Welding quality depends on the current andperiod E 10 22 10 35 47 Comment FILE Welding Current TEST Configure Unit Trigger List A EA PASS C H 1PASS 1PASS A 1 4000k Vv 1 2000k 2PASS 1 CH1 Maximum 2 CH1 Minimum 1 33750kKA 1 31250kA CH1 3290 8731CURRENT CH2 Tester Ishikura u na ED 34CH1 P ount 310 4 CH1 P Count Good Configure Unit Trigger List 10 22 10 38 33 Configure Unit Trigger List Comment FILE Welding Current TEST CH1 3290 8731CURRENT CH2 Tester Kondo u 218730 10 5 200 s10 Configure Trigger List B 10 22 10 40 45 F A I L Comment FILE Welding Current TEST i CH1 3290 8731CURRENT CH2 Tester Tsuchiya u 10 22 10 39 41 Comment FILE Welding Current TEST IE len 3200 8731CURRENT CH2 Tester Kubota FAIL CH1FAIL CH 1FAIL 1PASS 1PASS A 1 4000k A 1 4000k Y 1 200
11. l information correct as of November 1 2004 All specifications are subject to change without notice Printed in Japan Copyright 2004 2005 HIOKI E E CORPORATION
12. nd CH2 independently enabling inspection of 2 different signals or 2 of the same products simultaneously Judgment result outputs are also independent making it easy to specify which CH has failed In addition it is able to judge by the X Y area between CH1 and CH2 gt Data storage Measured data can be stored automatically or manually toa PC card The waveform and judgment area data are common to 8835 01 Memory HiCORDER Stored data can be used for failure analysis to improve the quality or for record keeping in quality management E 10 22 17 35 08 Dual screen DASS u ASS Cll is 2 14E 00 2 04E 00 2 04E 00 2 03E 00 2 03E 00 2 04E 00 2 04E 00 page 18 GE HIOK 87 RATOA arrue Unit nr mo 03 30 10 06 VID SAHHG 2 PASS I EENEENEEEE 14 gt O AA A O K E DISTRIBUTED BY HIOKI E E CORPORATION HEAD OFFICE Shanghai Representative Office 81 Koizumi Ueda Nagano 386 1192 Japan 1704 Shanghai Times Square Office TEL 81 268 28 0562 FAX 81 268 28 0568 93 Huaihai Zhong Road E mail os com hioki co jp Shanghai 200021 P R China TEL 86 21 6391 0090 0092 HIOKI USA CORPORATION FAX 86 21 6391 0360 6 Corporate Drive Cranbury NJ 08512 USA E mail hioki sh 81890 net TEL 1 609 409 9109 FAX 1 609 409 9108 E mail hioki hiokiusa com Al
13. ng cutters cutting cycle Electric l 75 Rubber Conducive Applied current Resistance and voltage evaluation rubber rollers 76 Film Protection Sensor output Film surface film for LCD displacement evaluation Load currentof Surface balance 77 Glass Glass left and right evaluation of conveyor wheels bevelling process ing t 78 Bottle Caps Bottle caps Sen zer one map Pine orque pulse evaluation page 8730 31 10 Wave Comparators User s Guide Industry 1 Machinery Steel Metal Application Maintenance Automotive ER Miscellaneous Electronics e Process monitoring Product testing leas R amp D a Current and 79 Concrete Concrete anam voltage of Viscosity evaluation A concrete mixer Aspe Sensor output 80 Sensors p E pressure Function testing sensors l displacement A Evaluation by 81 Sensors 9 E Output signal calculated for cameras waveform a Pipe damage 82 Universities i e lot ld evaluation in sudden er aigna temperature change 83 MISC Boilers Gas boilers A PArmana gt saan volume PCB inspection sensor output Peeling strength MI 84 Tapes Tapes E load las Plastics Sensor output Tension and MISC se Metals anes E load durability test Periodica
14. nstrument to judge the waveform and as a waveform monitor It can judge waveforms by shape using Area Judgment as well as value using Calculated value judgment simultaneously Ji Waveform judgment is very effective for gi evaluating the movement rate timing and Wass process etc which are difficult to judge according to values alone Currently oscilloscopes are generally used for this purpose but there are problems such varying judgment standards among operators missing a failure no data storage and automation difficulties To resolve this situation the waveform comparator can judge and store the data l YA automatically of both area and value JC ues ar cree a calculations Reduce costs and improve productivity by automatic judgment In addition the Wave Comparators offer the possibility to analyze the results for quality improvem ent by using the stored data gt Easy to install The Wave Comparators offer operation switches in front and the input output terminals in rear making them easy to install to a rack or panel They are also small enough to carry single handedly or used on a workbench due to ther compact design The external control terminals are isolated allowing them to be connected to a device such as a PLC having different GND electric potentials gt Independent area judgment for CH1 and Eu 8731 10 only 8731 10 can be used judge the different areas between CH1 a
15. ontrol theoretic value molders signal on Temperature Difference from 10 Machine tools injection control signal theoretic value molders 14 Machine tools Screw fixing Sensor output Screw fixing machines torque strength evaluation 12 Wiachine tools Welding Welding current Welding quality robots and voltage evaluation 13 Machine tools aA SEN Op Speed maintenance conveyors speed page 2 Industry 1 Machinery BEE J x Steel Metal Application gt Maintenance Automotive Miscellaneous I Process monitoring Electronics Product testing R amp D No Industry 1 Industry 2 Product Application Measurement Target of evaluation a7 i Processin Sensor output Process qualit ay 7 g p q y 2 u Jr Been machines load evaluation Vin fr lil Grinding qualit 15 AMY Bearings Grinders sensor output g q y H evaluation 7 position N Power meter 16 imme AV Bearings Grinders sensor output pee ena i timing detection Y displacement LS pp a Rotation 17 ul A Bearings Bearings C ee smoothness Y AY q evaluation a Al a Meter output 18 fice AU Bearings Bearings Es scratch nn Va ES detection meter
16. pplication gt Maintenance Automotive Miscellaneous Process monitoring E Electronics Product testing R amp D No Industry 1 Industry 2 Product Application Measurement Target of evaluation Electrical Sensor output Stress evaluation to gt ME Equipment FCPS strain PCB A Electrical ONE O Sano Operation condition 94 ZA LCDs sensor output MEZ Components of production tools I temperature Electrical Dry cell MITAT OUIPULO Surface scratch 55 ZN surface test AZ Components batteries detection EZA equipment 56 de Electrical ara Sensor output Insertion quality MZ Components load flexure evaluation in X Y Electro ON OFF signal Electrical l 57 ZN magnetic and pressure Air output inspection MZ Components CO valves signal E Sensor output Relationship Electrical l 58 E Components Switches load evaluation of 2 EGW P displacement parameters in X Y Electrical l Soa Push response 59 73 Switches load E MEE Components evaluation EZ A displacement Sensor output Chattering ON OFF Electrical 60 73 Touch panels response to response MEE Components I load evaluation 61 m Electrical Resistor Welding current Welding quality BEE Components voltage evaluation KZA 62 Fa Electrical Conveyor een Preventive BEZ Components motors maintenance E 63
17. rous while insufficient mov ement is not useful Configure Unit Trigger PASS oO oo trj bo ON 0 5 0 15 0 5 0 5 1 CH1 Level Time 14 25ms 1 CH1 Level Time 5 55ms 2 CH1 Max Time 34 65ms 2 CH1 Max Time 34 10ms By using the value calculations together more details can be obtained Level time specified level time calculates the time to reach the specified level from a trigger point You can confirm type of failure or actual quality in addition to judgment Phase Difference The phase difference can be judged by either area or value Comp _Area Value Calc List E 10 22 11 24 22 Comp _Area Value Calc C be iid d i Comment FILE PHASE DIFFERENCE PASS CH1 Specified Level CH2 Tester TAKIMAKO PASS 3V an De ju ge In T o X Y format too A cuz Level Tine 16 1159 Specified level time page 11 Timing Watch the timing of control and action signals The open close timing of a valve or the contact signal of open close of a door lock etc In addition to the area judgment it can be judged by the Level time specified time leve calculation Comp Area Value Calc List DOI Comp _ _IIIIIII u CH1 Control CH2 Open Close Specified level time CH2 Level Time 114 400m
18. s MU ee Time between trigger and crossing the specified level UP or DOWN selectable Pulse Number and Shape Judge the number of pulses or the pulse shape The failure details can be identified by using he value judgment simultaneously _Configure Unit Trigger List 10 22 11 48 45 Area FAIL No 1 Pulse count FAIL Calc No 1 PASS gt Number of pulses Calc No 2 FAIL Calc No 3 PASS No 2 Period Calc No 4 PASS No 3 Pulse width O Period FAIL 1 CH1 P Count Pulse width PASS No 4 Max amp Min rie he ice eel ee MS dc gt Missing pulse gt MAX and MIN values 4 CH1 MAX MIN 37 5000m 4 47500 Y Area FAIL Calc No 1 PASS Independent output of Calc No 2 FAIL calculation judgment results Calc No 3 FAIL from EXT_OUT1 to 5 Calc No 4 PASS terminals Period FAIL Pulse width FAIL gt Connected pulses INNEN Can be sorted by the causes 1 CH1 P Count 15 2 CHi Petiod 4 119 00 4 0n 7500 00m cH P Width 10 On 30 Oms A CH1 MAX MIN 12 5000m 4 51875 Y page 12 Revolution Frequency Judge the revolution speed by area and values Automated judgment in favor of visual inspection by an oscilloscope data storage Current consumption and revolution of a fan motor lt Area Values gt 24V 5 for voltage Comp C H 1 PASS 1PASS A 780 Y 665 2PASS A 338 y 290
19. ulbs are tested for ON OFF switching Detecting instantaneous drop of contact failure using a meter was previously impossble Area judgment enabled the detection of missing pulses such as an instantaneous dop _Configure Unit Trigger List E 10 22 10 23 24 200ms x1 10DIV Trig Single 0 1 1vx1 20 A16 2 1 x1 30 0FF u 8731 10 1 Repeat ON and OFF swiching of a bulb 2 FAIL when the lighting current is out of the limit or when there is an instantaneous drop CH1 3 8731 10 can monitor the voltage simultaneously Bulb It may be tested by applying vibration or shock 1 CH1 Minimun pod 84687 2 CH1 Peak Peak 1 15937 V Durability Test Durability test without an attending operator Trigger Automatic judgment gt Full auto durability test for long period All FAIL results can be automatically saved to a PCcard lt Examples gt Connectors Switches Shock absorbers Output voltage under high temperature etc E Trigger REPEAT Stop condition FAIL Continue measurement until the STOP key is pressed AE 7 Auto Save Auto Save Trigger REPEAT Stop condition FAIL Stop measurement when FAIL is recorded Auto Save page 17 gt Benefits of using 8730 10 and 8731 10 Wave Comparators The Wave Comparator has a dual function as a measuring i
20. ulties associated with detecting low insertion pressure using a meter can be resolved by monitoring the entire process using area comparison Configure Unit Trigger List E 10 09 20 14 40 Configure Unit Trigger List E 10 09 20 15 13 PAS 5 400ms 1 CH1 Maximum 269 687 kg 1 CH1 Maximum 270 000 kg Convert the unit by the scaling kg Pulse of Encoder Watch the missing pulse of an encoder using values comparison It is difficult to judge by area due to the frequency fluctudion This can be resolved by monitoring the calculated values such duty ratio or pulse count gt The duty ratio becomes smaller if there is a missing pulse or level error Configure Unit Trigger List E 10 22 16 03 53 Configure Unit Trigger List E 10 22 16 04 04 1 CH1 P Count 142 1 CH1 P Count 139 2 CH1 DUTY AB 12 2 CH1 DUTY 22 I 51 11 3 CH1 Maximum a Y 3 CH1 Maximum E ala No 1 Pulse count PASS No 1 Pulse count FAIL No 2 Duty ratio PASS No 2 Duty ratio FAIL gt Missing pulse No 3 Max PASS No 3 Max PASS page 14 Oberserving Machine Process Observe for correct operation of production equipment 4 Watch signals showing the process status 4 Watch the current consumption of drilling machines etc Current increases when the blade breaks or when a foreign objects is introduced Output
21. valuation i y F i luati 40 BEER Electrical Light Control pulse a uation Parts controllers AG of room light Motor currentin Open close Electrical l 41 Door mirrors open close smoothness Parts l action evaluation Activation Detection of poor Electrical 42 Door locks voltage and connection or alien Parts contact signal object 43 ar Cables Cables E ale ol Durability evaluation bending i y f u de Ea os G oupurvotage Output vasco ome P AY ene 45 Electrical Infrared Meter output Response speed Se Equipment thermometers thermometer evaluation Magnetic Dust or poor printing Electrical Magnetic reading 46 E Equioment cards for adl detection when EGW quip railway g starting a new lot 47 Electrical Electrical E Sensor output Vibration width AG Equipment tooth brushes vibration adjustment Push buttons Sensor output Relationship Electrical E 48 Equioment for strain evaluation of 2 ZA quip telephones displacement parameters in X Y Electrical Telephone BE l 49 pr Equipment Een oide E Control signal Function inspection a A y Missi JN Eee Rlowmeters E nutans puse Meira pce Gay AUP AY p Electrical Welding Sensor output TEMPAH 2 MEE Equipment baths temperature men ans EGW iii P process Electrical A om l 52 lL gt S on Eee E Output of PCB Function inspection GE quip page 5 Industry 1 Machinery Steel Metal A
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