取扱説明書 - M
Contents
1. 2 F U 7 Ze BE VA 2 EEPROM EEPROM EEPROM ID ITC 47 6 J X J H2. ITEM 14 15 ITEM 60 91 1 ITEM 19 20 1 JFEX1 GROUP02 03 ITEM 00 99 x F R OM GROUP ITEM 99 ROM J X U ZX Z Ja 8 OO R O M X a 2 AT GROUP 00 ITEM 99 ROM 5 J V GROUP 01 ITEM DATA 7J DATA DATA 0 1
3. LCD OTD ODO OD KO 0 45 p 3
4. E zero gt span ITEM u ITEM F lt u E
5. Z V 7 y gt O Z F fh lt 0 1 3 2 3 J ITEM 0O3 ITEM
6. 0 3 y H lt M 1 gt 5V 50 0 3 0 5V 1 5V 20 100 PU 2A lGRoug j TEM o Dj eb aTA 1 ENTR TEM Db EN TR 50O GROUP UENTEAST5 P DOWN PU 2A 3 J J
7. J a 41 J 92 5 2 A PU 2 OR J J GROUP GROUP ITEM GROUP 00 GROUP 01 GROUP nn 42 PU 2A 5 ik P U 2 ITEM DATA
8. 0 00 0 00 4 00mA u BX 19 0 00 1 00 1 01 39 4 4 GROUP 01 ITEM26 27 E GROUP 01 ITEM26 27 gt EX 160mA 162mA SS 1 8 3 Z J F KM GROUP 01 ITEM DATA DATA DATA W OK we Te A O DATAZ Z W
9. 1 3 J S GROUP 01 ITEM DATA DATA Z DATA 0 1 2 DATA FILI SASS WASA a MTSW MON MODE DATA 1 1 MTSW PRG MODE DATA 0 2 A Tag No 10 0 3 A z OUTPER XXX XX 0 4 OUTANG XXX XX 0 5 INPANG 0 6 XVALUE XXX XX X V 0 7 YVALUE XXX XX Y V 0 8 INPOFS 1502 SR l straight 2 SR 2 curved 1 4 A ANGOFS X 1 5 A ANGRNG X 1 9 A FINZER 1 1 2 3 DATA 2 0 A FINSPN 2 2
10. EE qh 7 GROUP 0 0 SZ 27 0 1 A gt GROUP 00 ITEM HR D 00 PULSE PROCESSOR 0 1 error monitor CE DATA ENTR 02 status monitor 7 ny7 7 98 ROM date Nov 18 93 99 ROM version M
11. K 1 Ts Ti K Ts 273 14 Ti 273 14 T 273 14 0 400 7 1X 300 C K 1 400 0 K a VO 0 698 300 273 14 0 273 14 As i P O 0 4766 300 273 14 47 66 Bs Bi K A Ga Gi K Gs 101 3 Gi 101 3 AA Gs 101 3 0 980kPa G 72772 686kPa G K 1 980 Ks 3 1 245 686 101 3 101 3 As a 0 1287 686 101 3 12 87 1 1 3 J F K 3 1 GROUP 01 ITEM DATA DATA DATA W 0 1 DATA ee 0
12. ITEM E D 23 running ave qty il DATAENTR DATA 1 ENTR running off DATA 2 ENTR 2 data 2 JPAD JRPD JPRD DATA3ENTR 3 ata 37 JPSM JFRD DATA 4 ENTR ata 4 5 5d atal 57 DATA6ENTR ata 6 DATA 7 ENTR ata 77 DATA 8 ENTR 8d 87 DATA DOW 24 alarm threshold DATAENTR data 0 100 00 0 100 00 DATAUP DATA DOWN 77 0907 7 25 alarm hysteresis JPAD JRPD JARP 27 _ JPQD JRQD JAPD DATAENTR DATA data ENTR data 0 20 00
13. X nn Y nn 15 00 115 00 ITEM DATA ITEM DATA 6 0 A X 01 XXX XX 7 6 A X 09 XXX XX 6 1 A Y 01 2 XXX XX 7 7 A Y 09 XXX XX 6 2 A X00934 XXX XX 7 8 A 10 XXX XX 6 3 A Y 02 XXX XX 7 9 Y 10 XXX XX 6 4 A XC03 2 XXX XX 8 0 X 11 XXX XX 6 5 A Y 03 XXX XX 8 1 Y 11 XXX XX 6 6 A X 04 XXX XX 8 2 A X 12 XXX XX 6 7 A Y 04 XXX XX 8 3 A Y 12 XXX XX 6 8 A X 05 XXX XX 8 4 A X 13 XXX XX 6 9 A Y 05 XXX XX 8 5 A Y 13 XXX XX 7 0 A X 06 XXX XX 8 6 A X 14 XXX XX rsi A Y 06 XXX XX 8 7 A Y 14 XXX XX 7 2 A X60607 XXxX XX 8 8 A X 15 XXX XX 7 3 A Y 07 XXX XX 8 9 A Y 15 XXX XX 7 4 A X 08 XXX XX 9 0 A X 16 XXX XX 7 5 A Y 08 XXX XX 9 1 A Y 16 XXX XX 27 1 6 1 ITEM 23 J 1 6 2 ITEM 01 20 GROUP 01 ITEM DATA DATA DATA 0 1 2 DATA
14. N 1 Ca PDP 22 24 22 gt F 2 0 7 0 7 0 2 8 0 1 100s 5 0 1 n EP 34 1 6 7 TFTS1 GROUP 01 ITEM 01 20 3 J F X 1 Z F ITEM DATA DATA DATA alla 6 0 LO NO FILTER 1 RUNNING AVE 2 4 0 1 100 0 XX23X H s 2 5 Z 1 100 X N 1 1 N S w 1 E ms Es k a Qc JV 0 1 100s 1 100 A
15. 35 1 6 8 TFTS 2 GROUP 01 ITEM 01 20 3 J F X 1 Z F ITEM DATA DATA DATA nir O NO FILTER 2 2 DEAD TIME 2 4 A 0 1 100 0 H XXX X H s 2 5 1 100 N X 2 6 A 0 1 100 0 T XXX X T s e t X s 1 T X s X H X N s H 0 1 100s N 1 100 T 0 1 100s HH 0 A A 0 0 H J H 0 Hx N Hx N T
16. 1 GT GROUP 2 ITEM 2 PU 2A A GROUP 2 ITEM 2 No 2 43 2 2 ER a
17. 19 20 21 DATA ENTR 85 00 115 00 DATA data ENTR DATA UP DATA DOWN DATA data ENTR DATA UP DATA DOWN gain adj VR XXX XX drop out timer XXXXXmSec sampling timer XXXXXmSec BX dat 7 7 aa 100 300000 5ms 100ms 300s EX 50 100000 50ms 100s JPQD JRQD JPAD JRPD JPQD JRQD JPAD JRPD JPRD JPSM JPAD JRPD JPRD JPSM JFRD JRQD 22 DATA UP DATA DOWN updating timer H JPAD JRPD JPQD JRQD 52 GROUP 01
18. 54 GROUP 01 ITEM 31 fiz capturing DATAENTR _ 1 fiz captured JPAD JARP 32 fis capturing JRPD JAPD DATAENTR LENTR fis captared A 33 A output frq limit JPRD JPSM ENTR DATA data ENTR 34 A prms initializer SS pP DATA 1 ENTR all prms default 7 7 ROM version M32PP V2 06 ROM date Aug05 96 Y ENTR
19. MTSW MON MODE DATA __ 1 MTSW PRG MODE DATA 0 2 A TG XXXXXXXXXX Tag No 10 0 3 A OUTPER XX 0 5 INPPER XXX XX 0 6 INPVAL XXX XX ITEM 10 DC 1 2 l tl on y ami PWR DP ESO A 13 ul A 200 MI MP JUN 2 2 aaa 15 V A 4 20mA S Qali Gos a mV 1 mV 2 mV 3 mV 6 A H INPRNG INPRNG XXXX 10 ji 0 1 ji 1 0 ji INPRNG XXXX 20 0 2 2 0 Se il INFRNG XXXX ___ 5010 511 5 0 4 INPRNG XXXX 100 1 0 10 0 1 4 SCLLOW XXXXXX 0 ITEM 11 1 5 A SCLHIG XXXXXX 100 ITEM 11 1 9 A FINZER 1 1 nA 72 D
20. GROUP 01 GROUP nn 2 2 1 NG NU ER 2 0 1 ww g 4 Ht 8 EH PE l l J j
21. Z 1 L i K B i J 3 ROM 4 J T J R mx IN 7 4 8 7 9 00 CN 1 20 17 i T De KS RS 2 3 2 5 18KJDN 2 Gs FH 5 oo 83 A gt gt ed N m O LO t O 07 CO lt U rr NNN
22. LITEM 01 s MTSW PRG MODE GE c lt 2 2 2 2 E 2 NG ITEM1O NG TITEM TITEM10 LITE ITEM 05 ITEM 05 1 0 5V 1V 20 0 10 0 10 0V 0 5 0 5V 5 gt 0 5V 0V 0 5 0 5V 5 0 5V 5V 100 u 27
23. 55
24. IK ITEM 01 _ BZ En 1 lt U rc H v us 4 5 E FE PU 2A
25. Ko KiXi K5X2 A i 8 X1 X24X 3 Ko KiXi A i KszXz KaXa As 9 X1 X2 X3 Xo K KiX Ai Ko KszX s As KaXa As Ao X1 X2 X3 Ko KsXs A Xo KiX Ai e 11 l l 0 SQR NO OPTION Xi O Pl 2 1 SQR OPTION J 1 9 A FINZER 1 u BH 1 t un 47 A B 2 936 F DATA 2 0 FINSPN 2 2 DATA 2 1 A KO XX XXX Ko 1 000 100 2 2 A J K J 2 3 A K2 X Ken YN JJ J 2 4 K3 XX XXX J 2 5 A 2 6 A A1 XXX XX J Ai 2 7 A A2 XX XX J As 2 8 A A3 J As 20 ITEM DATA DATA DATA 2 9
26. 44 3 1 PU 2A ss Gu Gss IN 1 IM ON 0OFFR IN 1 ON oFp 7 1 F amp u i _ 1 0 2 D z gt GROUP gt N CLR 5 0 1 I O 3 ITEM
27. 2 0 A FINSPN 2 2 DATA 100 1 1 X nn Y nn 15 00 115 00 GROUP 02 A A 9 8 J X 49 XXX XX 4 9 9 9 A 49 XXX XX 4 9 GROUP 03 A A 15 16 1 O J F 2 1 GROUP 01 ITEM DATA DATA DATA 0 1 DATA ee 0 MTSW MON MODE DATA
28. RB 1 Pt100 RB 2 JPt100 RR 5 S 9 q NSR Sq 1 Nodrop Sp 2 Dropout 1 4 A SCLLOW XXXXXX 2 0 ITEM 21 1 5 A SCLHIG XXXXXX 2 100 ITEM 21 26 ITEM DATA DATA DATA 1 9 A FINZER 1 1 l 47 AB 2 3 F DATA 2 0 A FINSPN 2 5 6 2 DATA 2 1 A 0 TMPSCL C 1 TMPSCL TITEM 14 15 2 TMPSCL ITEM 10 21 FX Linearizer 16
29. p OK c tee Ya Y cO cO cO cO cO O O lt N Z AA lt HK R lt 00 1 J PU 2A PU 2A PU 2 PU 2 J J X ITEM GROUP GROUP TITEM TITEM DATA GROUP 00
30. DATA DOWN 26 alarm mode DATA ENTR 0 ENTR DATA 1 ENTR EER E R 2 U CC 82 E 27 A overflow mode JPQD 2 DATA ENTR DATA 0 ENTR overflow reset 0 JPQD DATA 1 ENTR overflow halt 100 0 53 GROUP 01 ITEM 28 initial count sw DATA ENTR sw DATA 0 ENTR count col1d start p JPQD JRQD DATA 1 ENTR count hot start OFF DATA ENTR count reset 7t
31. MTSW MON MODE 06010 DATA 0 2 A TG XXXXXXXXXX Tag No 10 0 3 A z OUTPER XXX XX INPPER1 XXX XX 1 0 4 0 5 INPPER2 XX 2 0 6 INPPER3 XX 3 1 9 A FINZER 1 1 pA DATA 2 0 FINSPN 2 2 y 47 DATA 40 ul 1 2 3 JJ lt
32. 02 user s entry not entered XXXXXXXXXX Tag No 10 03 output monitor Fn DATAENTR XXX _ DATA data ENTR JPAD JPQD data 15 00 115 00 JRPD JRQD UP DATA DOWN 7 05 measured input JPAD JRPD JPRD JFRD DATAENTR XXX XX 0 JPSM 1 06 measured freq DATAENTR XXX XXX Hz 07 input counts JPQD JRQD _ JPRD JPSM 08 A output zero freq 0 DATAENTR JAPD JARP JFRD data 4 0 9999 JPSM JPRD 0 TO 50 GROUP 0
33. ITEM29 RUN OFFE RUN 37 3 ALL ALARM 38 ITEM DATAA JJ DATA DATA 2 2 A SLDBAK XXX XX ZX b 0 00 200 00 0 00 OFF gt Z v 0 00 2 3 UP DOWN Jis 6 J s gt 2 V F f 0 0 0 UNIFORM 1 1 ONE UNIFORM 2 2 ACCELERATED 2 4 A KEYRES XXX XX UP DOWN
34. A DATA 0 MTSW MON MODE DATA 1 MTSW PRG MODE DATA 0 2 A 5 TG XXXXXXXXXX Tag No 10 0 3 A OUTPER XXX XX 0 5 INPPER XXX XX 0 6 INPVAL XXX XX ITEM 10 1 0 mV 1 5 100mV N mV 2 0 05 1V mV 3 0 5 10V JN S S sesi Gaya Gata yuta G k ia S Sus Sp tua a aS a ER ER RE EE RE ER E 1 mV 6 1 5V 1 mV A 4 20mA N Saa kuku Ska aria a mV H 10 50mA 1 1 mV 1 mV 2 mV 3 mV 6 A H V V 0 INPRNG XXXX 5 0 05 0 5 1 INPRNG XXXX 10 0 1 1 0 2 INPRNG XXXX 20 0 2 2 0 3 INPRNG XXXX 50 0 5 5 0 4 INPRNG XXXX 100 1 0 10 0 1 4 SCLLOW XXXXXX 0 ITEM 11 1 5 A SCLHIG XXXXXX 100 ITEM 11 1 9 FINZER 1
35. 1 6 5 J FT5 GROUP 01 ITEM 01 20 H 28 Z ITEM DATA DATA 2 3 A FILTER 244 5 5 BUFFER 2 7 A 0 00 200 00 CP XXX XX P ZX s 2 8 0 00 200 00 CN XXX XX N ZX 5 CP CN 0 200 s CN 0 200 s Nm Z gt gt Z 7 O fl JJ 0 H JJ 0 G P CN 33 1 6 6 J FT6 GROUP 01 ITEM 01 20 H 28 Z ITEM DATA DATA DATA 2 3 A 8 O NO FILTER __ 6 6 MAJORITY 2 4 A 0 1 100 0 H XXX X H s 2 5 ZS 2 8 N X 2 9 Z 0 7 L X L 3 0 A 0 7 U X F 2k U H N U
36. DATA 14 6 0 A X 01 XXX XX 1 6 1 A J Y 01 XXX XX 1 9 1 J Y 16 XXX XX 1 6 ITEM14 15 JS 10 24 4 18JN Z XF ES 3Z 18 JDN 18KJDN GROUP 01 ITEM DATA DATA DATA 01 X DATA MTSWiMON MODE Fe ss MTSW PRG MODE DATA 0 2 A TG XXXXXXXXXX Tag No 10 0 3 A OUTPER XXX XX 0 5 INPPER XXX XX A 1 0 A sq 1 no drop 59 2 out 2 9 A FINZER 1 1 2 3 DATA
37. A Pus ITEM N N G01101 0 ma i n t e n s w G01101 0 GO 1 IO 1 0 MON mo 45 rv S gt 9 EE T NS gt MI NI x E Sy S dH ov S gt MH gt 2 E A Z A 7 7 m H 4
38. ITEM 21 1 5 A SCLHIG XXXXXX 2 100 ITEM 21 1 9 A FINZER 1 1 2 DATA 2 0 A FINSPN 2 Z 2 DATA 2 1 0 TMPSCL C 1 TMPSCL F LITEM 14 15 2 TMPSCL KJ 10 7 J R GROUP 01 ITEM DATAA JJ DATA DATA 0 1 A DATA MTSW MON MODE DATA 1 1 MTSW PRG MODE DATA 0 2 A TG XXXXXXXXXX Tag No 10 0 3 OUTPER XXX XX 0 4 OUTTMP XXXXXX 2 ITEM 21 0 INPPER XXX XX 0 6
39. 1 9 FINZER 1 1 tun l 47 A B 2 3 F DATA 2 0 FINSPN 2 2 DATA 13 16 X x 1 Z H X Y nn 15 00 115 00 Et ITEM DATA ITEM DATA 6 0 A X 01 XXX XX 7 6 A X 09 XXX XX 6 1 A Y 01 XXX XX 7 7 A Y 09 XXX XX 62 A X 02 XXX JXX 78 SSS IN 10 XXX XX 6 3 A Y 02 XXX XX 7 9 A Y 10 XXX XX 64 A X 03 XXX XX 80 11 XXX XX 6 5 A Y 03 XXX XX 8 1 A XXX XX 66 A X 04 XXX XX 1 82 A 12 XXX XX 6 7 A Y 04 XXX XX 8 3 A Y 12 XXX XX 68 A 05 XXX XX 84 A j 13 XXX XX 6 9 A Y 05 XXX XX 8 5 A VCGTU3 YQ XXX XX
40. DATA 2 3 0 ____ 6 ONO FILTER 2 3 3 LAG MODULE 1 2 6 A 0 0 100 0 T XXX X T s eS ha P ST 1 7 X X T 0 100s 4 0 0 T 31 1 6 4 J F T 4 GROUP 01 ITEM 01 20 H 28 Z ITEM DATA DATA DATA 2 3 666 6 O NO FILTER SI 4 4 LEAD MODULE 2 6 A 0 0 100 0 T XXX X T s TE 3 o Xe X T 0 100s A 0 HH HI 3
41. 1 1 MTSW PRG MODE DATA 0 2 A 5 Tag No 10 3 A OUTPER XXX XX 0 4 INPER1 XXX XX 1 X 05 INPER2 XXX XX 2 X 0 XXX XXXX X 1 0000 100 0 X1 X XXXX XO JJ 1 0000 100 0 X2 X XXXX X JJ 1 0000 100 os Sha 1 02 Xl SQR X2 Xo K X Kas X A see 3 03 X1 X2 Ki Xi Ai Ks Xz A5 1 Ao 4 04 X1l X2 Xo Ko Ks Xz A5 TAo 5 05 X1 X2 Ki X Ai 2 1 1 1 0 SQR NO OPTION X 1 SQR OPTION J ITEM DATA DATA DATA 1 9 A FINZER 1 1 2 3 F DATA 2 0 A 9 FINSPN 2 2
42. ER access TeJected rb E LT 46 ITEM Z 70 L amp Z 2 PU 2A out of range invalid data gt span Zero not entered unefined No still processing parameter error calculation jam EEPROM sum err EEPROM read err EEPROM time out EEPROM write err PCB mismatching dvice type err PIT error E
43. INPVAL XXXXXX Q II ii 31 RB 1 Pt100 Pt1000 DIN IEC751 e 2 cs hb era mute mu ene Chachas 33 RB 3 Pt50 3 4 RB 4 Ni508 4 1 4 A SCLLOW XXXXXX 0 ITEM 21 1 5 A SCLHIG XXXXXX 2 100 ITEM 21 1 9 A FINZER 1 1 89 1 2 DATA 2 0 FINSPN 2 2 DATA 2 1 A 0 TMPSCL TMPSCL F ITEM 14 15 TMPSCL K 11 8 J M 4 1 O J R E GROUP 01 ITEM DATA DATA DATA 0 1 A DATA MTSW MON MODE DATA 1 1 MTSW PRG M
44. emoor ITEM ON OFF 1 8 DATA 4 DATA 0123456789 eee mag N 0 9 ITEM N 0 9 DOWN ENTR DATA 2 DATA 1 ITEM 01 ITEM 01 205 0
45. 20 FINSPN 2 2 DATA 925 1 5 JD GROUP 01 ITEM DATA DATA DATA 0 1 DATA 0 MTSW MON MODE DATA MTSW PRG MODB DATA 0 2 A TG XXXXXXXXXX Tag No 10 0 3 A 0UTPER XXX XX 04 OUTTMPXXXX XX ITEM 21 0 5 INPPER XXX XX 0 6 INPVAL XXXXXX mV 1 0 1 Tc 1 2 Tc 2 K CA 3 Tc 3 E CRC 5 Te 5 T CC 6 Tc 6 B RH 8 8 9 Tc 9 WRe5 26 11 PS Straight 2 1 FX Linearizer
46. FT2 GROUP 01 ITEM 01 20 H 28 Z ITEM DATA DATA DATA RSS SASA ss 6 O NO FILTER 0200 2 2 DEAD TIME 2 4 A 0 1 100 0 H XXX X H s 2 5 1 8 N X 2 6 A 0 0 100 0 T XXX X T s 9 8 5 Xi s H X N s H 0 1 100s N 1 8 0 100s H lt T G 2 C 9 TT 0 TT 0 gt gt i 0 0 Hx N Hx N T 30 1 6 3 1 J FT3 GROUP 01 ITEM 01 20 H 28 Z ITEM DATA DATA
47. 29 encdr 1 1 7 1 2 3 7 7 DATA ENTR ENTR DATA 0 ENTR presca 3 1 4 DATA 1 ENTR presca F U 1 2 DATA 2 ENTR presca JRPD JRQD DATA 3 ENTR presca 2 1 DATA 4 ENTR presca 4 1 DATA UP DATA DOWN 1 4 4 1 2 1 1 1 1 2 4 measuring freq 7 30 ENTR meas completed JPAD JARP meas in progress JRPD JAPD 0 ENTR meas quitted 1 ENTR meas started 7
48. 06 XXXJXX 86 14 XXX XX Z l 06 8 7 A Y 14 XXX XX i X 07 XXX XX 88 15 XXX XX 7 3 A Y 07 XXX XX 8 9 A Y 15 XXX XX 08 XXX XX 90 16 XXX XX 7 5 A Y 08 XXX XX 9 1 A Y 16 XXX XX X02 X03 X04 115 Y01 A J 14 9 2 100 U Y 2 4 2 6 J F X 1 GROUP 01 ITEM DATA DATA DATA 0 1 2 2 DATA MTSW MON MODE DATA EE MTSW PRG MODE DATA 0 2 A TG XXXXXXXXXX Tag No 10 0 3 A 0UTPER 0 5 INPPER XXX XX 1 0 1 1 LINEARIZER 1 1 A 0 LNR NO OPT LNR OPTION DEF 7 1 9 A FINZER 1 1 t unl 47 A 2 3 ZF DATA
49. 36 1 7 JB GROUP 01 ITEM DATA DATA DATA 0 1 DATA 0 MTSW MON MODE DATA 1 MTSW PRG MODE DATA 0 2 A Tag No 10 0 3 OUTPER XXX XX 0 4 OUTVAL mA 0 5 INPPER XXX XX 0 6 INPVAL XX XXX mA 1 0 A WRITE DEFAULT EEPROM ENTR COMPLETED 2 1 A gt 7Z 32J2Ef 1 1 1 DIRECT 2 2 TRACE BACK TITEM28 3 3 FIXED VALUE
50. ZX 0 0 00 200 00 gt 2 2 J 10 00 2 5 Z 0 ITEM DATA DATA DATA 2 6 A ALMLOW XXX XX 25 00 2 7 A ALMHIG XXX XX 125 00 2 8 A TRACEBACK XX X 0 0 10 0 0 0 2 9 MANFIX XXX 25 00 125 00 gt Z Ff 0 00 3 0 A PWRFIX XXX XX 25 00 125 00 25 00 4 sk gt E
51. DATA 2 1 KO XX XXX Ko 1 000 100 22 9 A K1 XX XXX J K J 2 3 A K2 XX XXX J K gt J 2 A0 XXX XX 2 1 XX J Ai 2 6 A A2 J As 27 XILMTL XXX XX X1 25 125 2 Z X2LMTL J 2 25 1254 2 9 A XILMTH XXX XX 1 25 125 3 A X2LMTH X2 25 1925 17 x 1 C Xs 100 4 Ts 4 772X X2 0 Ta OKC ED Ros 273 14 101 3kPa abs X 100 7 7 Xsz 0 0kPa abs K 1 JE kPa abs kPa G 3 TO WE gt Bi Gi 0 101 3 18 Ki
52. 1 nm 72 DATA 2 0 A FINSPN 2 2 DATA 6 J T GROUP 01 ITEM DATA 7J DATA DATA 0 1 A DATA 0 MTSW MON MODE DATA 1 MTSW PRG MODE DATA 0 2 A 5 TG XXXXXXXXXX Tag No 10 0 3 A OUTPER XXX XX B k 7 0 4 0UTTMPXXXX XX ITEM 21 0 5 INPPER XXX XX 0 6 INPVAL XXXXXX m V 0 7 CJMTMP XXX XX le ass E 1 1 2 2 3 3 E CRC 4 4 J IC 5 c 5 T CC 6 c 6 B RH 7 7 R 8 c 8 S 9 c 9 WRe5 26 0 0 N 1 4 A SCLLOW 2 0
53. JPQD JRPD JRQD 2 JARP JAPD JPRD 2 L JPSM JFRD 1 WJPAD JPAD NM 9255 C 0 13 1 1 kk 1 1 JX 2 J 2 1 2
54. A X1LMTL X1 25 125 3 0 A X2LMTL XXX XX J X2 25 125 8 J A X3LMTL XXX XX J X3 25 125 3 2 A X1LMTH XXX XX X1 25 125 3 3 A X2LMTH XXX XX J X2 25 125 3 4 A X3LMTH XXX XX J X3 25 125 Ki Ki 1 101 3kPa abs Ba Bi kPa abs kPa G 1 X 10092O P amp 9 Ga Gi K Q Gs 101 3 Gi 101 3 2742 ED G2 101 3 yy 0 980 7 42 686kPa G X 0 1774 a G Ki 1 980 Ka 1 245 686 101 3 OkPa ab sy SRNR 0 101 3 0 1287 686 101 3 12 87 C 1100 i T 273 14 Ti 273 14 T 273 14 4 7472 T 0 400 7 12 300
55. MTSW MON MODE DATA 1 1 MTSW PRG MODE DATA 0 2 A 5 Tag No 10 3 A OUTPER XXX XX 0 4 INPER1 XXX XX 1 X 05 INPER2 XXX XX 2 X 0 INPER3 3 X 0 XXX XXXX X 1 0000 100 1 0 N 1 X1 SQR X2 X3 ITEM 11 X Xs JE X1 X2 X3 13 Xs As ie X1 X2 X3 13 KiX Ai KsX s As KaXa As Ao A Xl X2 X3 KiX Ai KszXs As 19 ITEM DATA DATA fj DATA 5 X1 X2 X3 KiXi Ai Xo Ao K2X2 A2 Xo K KiXi KszXs TAi
56. VJPA JS 7JS WJS VJS 18JN 18JDN 18KJDN JDL 7JDL FJDL HJDL GJDL 10JDL 11JDL 18JDL 18KJDL 8 JFT1 7JFT1 FJFT1 HJFT1 GJFT1 10JFT1 11JFT1 18JFT1 WJFT1 VJFT1 100 JFTS1 8 2 7JFT2 FJFT2 HJFT2 GJFT2 10JFT2 11JFT2 18JFT2 WJFT2 VJFT2 100 JFTS2 1 7JFT3 FJFT3 GJFT3 10JFT3 11JFT3 18JFT3 WJFT3 VJFT3 JFT4 7JFT4 FJFT4 HJFT4 GJFT4 10JFT4 11JFT4 18JFT4 WJFT4 VJFT4 JFT5 7JFT5 FJFT5 HJFT5 GJFT5 10JFT5 11 5 18JFT5 WJET5 VJFT5 JFT6 7JFT6 FJFT6 HJFT6 GJFT6 10JFT6 11JFT6 18JFT6 WJFT6 VJFT6 JB 3 JERM 2 JX 41 M UNIT W UNIT JPAD WJPAD
57. data ENTR data JFRD 4 0 9999 JPRD JPSM XXX XxHz 0 13 input span freq 100 JPAD JAPD JRPD JARP DATAENTR JFRD DATA data ENTR data 4 0 9999 JPRD JPSM XXX XxHz 14 zero count 0 _ JPQD JRQD data 0 1048575 xXXXXXXXcounts x 51 GROUP 01 ITEM 15 18 DATA ENTR DATA data ENTR DATA ENTR 85 00 115 00 SDan Count XXXXXXXXCountS zero bias adj VR XXX XX da 0 1048575 x 3 n 472
58. 1 ITEM D 09 A output span freq 100 6 JAPD JARP JFRD DATAENTR _ data JPRD JPSM 4 0 9999 xD 11 unit frequency 0 JPAD JRPD JAPD data 0 1 2 JARP JPRD JPSM OENTR H JFRD DATA 1 ENTR kHz 1000Hz DATA 2 ENTR mHz 0 001Hz DTAU DATA DOWN 7 1 12 input zero freq 0 JPAD JAPD DATAENTR JRPD JARP DATA
59. 32PP ver 1 00a M32PP 1 00a 49 GROUP 01 ITEM D 00 JPAD 01 maintenance sw DATAENTR 0 ENTR 1 R 36 I t MON run mode PGM stop mode LED gt K LEDz 7 E EEPROM 7 2 WJPAD JPAD 2 2
60. ATA 2 0 FINSPN 2 2 DATA 28 1 6 1 JF T 1 GROUP 01 ITEM 01 20 H 28 Z ITEM DATA DATA DATA 2 3 ie 6 0 0 NO FILTER 1 RUNNNTING AVE 2 4 A 0 1 100 0 H XXX X H s 2 5 A 1 8 N X N T NN 1 1 N 3 S ul 1 IS R T 0 1 100s N 1 8 4 H N l o H JA 29 1 6 2
61. ATA a _ 0 MTSW MON MODE DATA 1 MTSW PRG MODE DATA 0 2 A 5 TG XXXXXXXXXX Tag No 10 3 A OUTPER XXX XX 0 5 INPPER XXX XX 0 6 INPVAL XXXXXX ITEM 10 DC O OOO 2 1 Fx 1 5 100mV A I Oc Coichi kutaka 29 Fx 2 0 05 1V 23 Fx 3 0 5 10V A umuy spa 2 4 Fx 6 1 5V 25 Fx A 4 20mA a Ly eT en RT TI CT Ee or tt tT MT 26 Fx H 10 50mA 1 1 Fx 1 Fx 2 Fx 3 Fx 6 A H 0 XXXX 5 0 05 0 5 1 XXXX 10 051 1 0 2 INPRNG XXXX 20 0 2 2 0 3 INPRNG XXXX 50 0 5 1 5 0 4 INPRNG XXXX 100 1 0 10 0 1 4 A SCLLOW XXXXXX 0 ITEM 11 1 5 A SCLHIG XXXXXX 100 ITEM 11
62. Ki 1 Xa 0 T 400 0 K 0 698 300 273 14 0 273 14 I 0 4766 273 14 300 273 14 47 66 2 1 2 J GROUP 01 ITEM DATA DATA Z DATA 0 1 2 DATA RA MTSW MON MODE 1 1 DATA 0 2 A Tag No 10 0 3 A z OUTPER XXX XX 0 5 INPPER XXX XX 0 6 INPFRQ XXXXXX ITEM 11 1 0 2 SE NM SSBN 2 PA 2 curved FRQRNG 10mHz 0 FRQRNG 100mHz 0 100 l I s FRQRNG 1 0Hz 0 K RRORNG 8 FRQRNG 100Hz 10 100H2 aaa aaa a ee O O p 6 FRQRNG 10kHz 0 10kHz 7 FR
63. ODE DATA 0 2 A 5 TG XXXXXXXXXX Tag No 10 0 3 A OUTPER 0 INPPER XXX XX Pm l straight 42 Pm 2 curved ITEM 60 91 1 9 FINZER 1 1 2 DATA 2 0 9 FINSPN 2 2 y 47 DATA 14 6 0 9 A 6 1 A J XXX XX JM E ges JJ Y 16 XXX XX 1 1 6 u 9 1 J FX GROUP 01 ITEM DATAA J DATA DATA 0 1 A D
64. QRNG 100kHz 0 100kHz 1 3 A DRPOUT XXX XX 1 4 A SCLLOW XXXXXX 0 ITEM 11 1 5 A SCLHIG XXXXXX 2 100 ITEM 11 ITEM 11 1509 1 8 A SMPLRATE XXX 1 100Hz 1 255 0 lkHz 1 25 0 10kHz 1 2 W C 292 ITEM DATA DATA DATA 1 9 A FINZER 1 1 nm 7 DATA 2 0 A FINSPN 2 2 DATA gt 1 4 6 0 A X 01 XXX XX 6 1 A J Y 01 XXX XX H 9 1 A J Y 16 XXX XX 1 6 23
65. WW _ PU 2A 1 JX 3 M UNIT M RACK F UNIT HrUNIT H RACK 10 RACK 11 RACK 18 RACKI18K RACKI W UNIT W RACK JV 7JV FJV HJV GJV 10JV 11JV 18JV 18KJV WJV VJV JT 7JT FJT HJT GJT 10JT 11JT 18JT 18KJT WJT VJT JR 7JR FJR HJR GJR 10JR 11JR 18JR 18KJR WJR VJR 4 10JRE 7JM FJM HJM GJM 10JM 11JM 18JM 18KJM WJM VJM 7JFX GJFX 10 11 18JFX WJFX 100 FX1 JF 7JF FJF HJF GJF 10JF 11JF 18JF WJF VJF Py JFK 7 11JFK WJFK 7JPA FJPA HJPA GJPA 10JPA 11JPA 18JPA 18KJPA WJPA
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