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1. O PID 1995 1 IM 5B4B7 02 1995 6 IM 5B4B7 02 2 N2. 20 UT38 lt gt 100 4 i COM 1008 2 5kQ UT38 31 Pe RET LPS 2 lO RET RSP LPS 1 4 20mA DC 1 24V DC 28 GO 12V DC 10mA KOI MI KT I KT NDT jig II IL 0 I OT Kl IN ol ON SP OFF SP 1 0 1 2 3 9 ON RUN STOP RUN AUTO IL NL MI MI S II 9 II ST MI KL FT KS HN SLB ml ON STOP ON ON EX2 AUTO MAN OFF 1 SP 2 SP 4 SP OFF ON AUTO
3. SET ENT 4 1 AUTO MAN 23 No ALl Oo 1 1 AL2 Oo 2 2 REM REMO E E LLOCAL MM STP ly LRUN UT38 L J 0 S88 PV
4. 2 0 1 2 0 3 RST 0 We 3 CD 1 240 30 P 54 2 SP 1 0 2 DR MO P 55 3 0 0 1 0 a 3 DR 5 0 1 0 4 DR P 55 7 3 DI 012 3 0 DU 0 0 999 9 kz sa 0 1 2 3 4 0 57 RET P 5 2 il RTH lgU 00 lt RTL OGOO 0 RL uk lt RTHSEUG000 RT EU 0 ALD 1 OFF 1 24 1 AL2 2 wx AL3
5. E I P 28 PP 31 P 44 P 47 1 2 e UT37 UT38 1 MM MR P 22 SI 1 3 UT37 UT38 ee 0 K 200 1200C PID No 1 ON No 5 ON No 6 ON 0 K 200 1200C PID
6. SP SP REM LOCAL REM LOCAL SP OEF ON eSP ON eSP OFF 52 PV FH PVT PV RUN P PV PV OFF ON MAN
7. PST RTD STP RH VH EE EE y 1 RST Lf AL lh CDLN a EE h 4 2 CT HELE AL2 lr ADR y k 3 1 2 DR RL Ar3 x 4 3 DR LL 4 AL4 3 lt 4 _ 1 4 DR Hd HYD y yy NH I RET 0 2 RET RTH RTL lS DIS HF HY2 v SP2 SP3 SP4 3 MA Hyy ALM4 ae RSP 4 HY 44 9 2 OFF RE 2 OFF ON 0 P 48 DAT 1 we Rn OFF ON 0 P 48
8. FAIL 0 100 2 2 A1 A2 250V AC 1 A A3 A4 24V DC 50mA LED A1 A2 66 0 50C 20 90 0 50 1C 400AT m 30 1zV 10V 0 01 10V R 4 20mA DC 0 05 1zV 10V 0 01 10V 4 20mA DC 0 05 10V 25 70C 595 ABS 96W x 96H x 100D mm 1kg CSA C22 2 No 142 UL 508 67
9. a a No 4 ON My Yes R L SP ON OFF ET7BN O 3 1 RI A Ww Rr WAT 2 HE WA2 BS 3 A3 UPR 5 4 HH AY Cir DNR _ y RT CODB DO 5 RBS RHY mr MR el RSP RSL OFF RT RBS P 50 UT38 No 3 SP P 11 4 DI SP SP P 1 OL Ne 1 4 1
10. 1 2 3 600V JIS C3307 4 2mm 100Q 5 a b UT37 UT38 2 c
11. UT38 PID UT37 UT38 4 2 1 P 7 I a K 200 1200C No 1 ON
12. 1 1 9 1 4 1 2 2 1 1 2 PV 35 8 3 DB RHY UT38 PID DB RHY 2 UT38 DB e PID ON ON lt ON RHY ON
13. AR 2 0 OFF 1 Ed 1 2 ml ew peer eS 1 6 RT 2 08 0 lml a m 8 1 3 0 m0 G08 1 13 18 MTP Bs 9 1 68 B G8 1 ON 0
14. N 1 1 ER lt PID PID 4 20mA DC RSP RS422 RS 422A 7ALM4 4 e UT37 UT38 1 EE 2 1 1 1 1 1 RS422 UT37 UT38 1995 2
15. Da 4 7 1 9 1 AL1 2 Si TR 1 i AL ME 3 th 2 4 tl AL3 1 2 2 4 e 3 A D ty 4 4 e 4 EAIL ROM AL4 RAM 3 4 OF 9 1
16. 500VDC 20MQ 1500V AC 1 1000V AC1 1500V AC 1 100 240V AC 90 250V AO 50 60Hz 12VA 100V F 2 2 5 0 1 MAN 2 XX J
17. No 3 ON 2 P55 DI 7 41 8 3 DV PID No 4 PID PID PTD gt RE DV OFF No 1 PID No 3 PID No 4 PID DV No 2 PID
18. 15 20 1 10 11 20 AL1 1 1 1 A1 OFE 0 00 99 59 OFF 0 00 99 59 9 Me TE 2 1 i IM 5B4B7 21 ka 3 1 3 e 3 A D 21 _e 4 FAIL ROM RAM 21
19. 5 A M OFF OFF ON 6 P 48 R L FP 6 OFF P 48 OFF ON PAR PID PJ a OFF 0 OHPSISRIBN oi PID 0 1 2 3 1 P 49 PD EU 100 EU 0 sRL P 49 lt EU 100 RH 1 1000 1999 lt RL lt RH EUO P 49 9999 UNIT 0 0 RL B a Da 2 2 EU 1 S P 4 Bs DVB i gt FL 1 1RJC ore ON ON P 49 RJC ON OFF 9 2 I RH nn P 50 NRMH 1999sRML EUQ000 RMHS9
20. Pl PD FD TMU ER RJC ON OFF RIC ON OFF d U 43 RS422 UT38 A Reel 4 1 2 ETEND gw GE D GE SETAEND 1 OR RET BPS VR yy i OPR RTE PA PAR WD
21. eS OH 2 UM OL OL OH 9 PID 40 8 3 2 PID 1 2 EU 100 No 3 PID 2 No 2 PID 1 No 1 PID EU 100 No 1 PID PID EU 0 5 S EU 0 5 S PID No 1 PID No 2 PID No 1 PID No 2 PID
22. SP 2 SP 4 SP P 26 WM DI SP SP No 3 ON No 3 OEF 12 3 3 No 4 ON OFF ON OFF No 4 ON 1 2 3 4 5 6 ON OFF Pa ww No 4 OFF 1 2 3 4 5 6 SET EN 3 P 24 13 4 4 1 PN 23C
23. e CE 80P PC9800 CE 150T 10 3 LPS LPS iC FP100 21 6 28 0 UT37 38 ee V 30mA MAX 1 5vDC 9 A 63 FP200 UT37 38 1 5VDC 2626 Cr 0 EN
24. ON R L REM LOCL PAR PID P L D MR HY OH OL 2 P 1 2 D 2 MR 2 HY 2 0H 2 0L 3 P 3 1 3 D MR 3 HY 3 OH 3 0L 4 P 4 1 4D 4 MR 2 HY 4 0H 4 0L PTD ON 2 1 3 4 9 3 2 1 5V DC AN E 199 9 0 1 19 MI 2 3 1 999 9 999 3 RL 00 EU 0 1200 EU 100
25. 6 3 5mm 5 2 1 an 250V 1A ATG 2 250V AC3A 250VAC 1A 3 CR AC DC DC AC UT37 UT38 WW UT37 UT38 UT UT CR 0 UT
26. UT CR CR UNIT 953 955 SKV SKVB CR CFS CR U CR 18 5 3 UT37 250V AC 3A UT37 6 ei eli mV V DC lt gt RS422 oN 4 hd 1 20 0 19 OIOIOIOISIEISIE 22 23 0 26 T 22 31 32 TX i T TX RX R
27. 100 0 100 0 TIS IEC DIN U TIS 89 JPt100 Pt100 IEC DIN 6 4 7 LED 3 4 7 LED EU O S BU 100 S 1 0 of FE S 1 0 of F S hi 1 ER 3 1 SP 0 100 0 100 P 0 1 999 9 D OFF 1 6000 OFF OFF D OFF 16000 OFF OFF RE 1 C 0 1C 0 1C SP i 4 PID SP BCD 12V DC 10mA 4 20mADC ON
28. AN RJC OFF 49 50 9 3 8 ca et 6 RMH RML RMH RML REL 0N OFF RSL FL P49 ON RT RBS 2 9 3 4 SP SP SPH 97 SPL SPH SPL
29. No 1 ON 1 2 3 4 5 6 200 1200C 199 9 999 9C 199 9 500 0 C 199 9 800 0C 199 9 400 0 C _ 0 0 400 0C 199 9 200 0C 0 1800 C 1 0 1700C 0 We 0 1700 C 0 1300 C Ne 0 2300 C 199 9 800 0 C 199 9 800 0C MID 199 9 400 0C 0 0 400 0 C a K K K J B S R N w E L U U No 1 OFE Rh ON OFF No 1 OFF 2 RTD DCV 1 2 3 4 5 199 9 500 0 C 6 No 1 2 0 0 200 0C 0 0 100 0C 100 0 100 0 C 199 9 640 0 C 199 9 500 0C 0 0 200 0 C 0 0 100 0 C 100 0 100 0C 2 gt 4
30. 888 8888 SP i 5 6 MAN AUTO ATO CC S PV SP EU 1 0 S EU 1 0 S S EU 1 0 S No 4 ON SP SP amp PV amp PV amp PV SEEN 3 SETEN e PID SETEN 3 ETENT
31. gt RUN STOP OFF RUN ON STOP P 55 DI RUN STOP AUTO MAN a 0 RN 2 CT PID 2 Ton Toft PID e SP2 SP3 2 3 4
32. 4 1 SETENT SET ENT 3 No 4 OFF P 12 1 0 SETEN 3 SETENT 1 2 No 4 hn1 26 8 1
33. eUP27 UT37 16 RS422 UP27 UT37 UT37 MAXI6 UT38 UP27 UT37 PID UT37 IM5B4B7 51 62 10 2 UT37 38 IM5B4B7 100 ww PA9600 PA9700 UT37 38 UT37 38 LL10C T37
34. 1 SP CRSP xX RT CRBS i SP 6 RT RNS RSP RBS Ep 4 RMH 6 7 R L RSP 33 ON OFF SC 2 ain Y NI AT ON 100 OH ON OFF PV SP 100 OH
35. 1999 9999 199 9 999 9 19 99 99 99 1 999 9 999 0 No 1 5V RRND ADT Bs LESBO DN J PD REL RL 9 3 2 P 49 o 2 2 UT37 No 5 No 6 ON OFF PID PID 250V AC3A 1 1 240 PID ON 12VDC
36. SP HY1 PV UT37 38 mw A1 1 ON 2 SP 3 SP 4 SP sp SP HY1 oN 3 TT 1 3 a OFF STOP OFF 2 SP A1 OFE SP HY1 SP ON OF 1 3 1
37. 1 I PP PI P I 1 t PI 1 x P L100 PX e P PI Pe D D P PT PD P
38. 32 9 ee 42 9 1 9 2 9 3 ee 9 3 1 ieee A 9 3 2 5 9 3 3 9 3 4 SP 9 3 5 9 3 6 9 3 7 UT38 10 eee 10 1 10 2 ariesisies nea 62 10 3 LPS eee 62 1 1 ee 64 YOKOGAWA 2 1 UT37 UT38 2 E
39. SP SP 60 1 HY1 2 eg HY2 3 74 7 7 7 7 HY3 4 4 7 HY4 1 2 3 4 AL1 AL2 AL3 AL4 EU 0 0 S EU 100 0 S P 58 GS IM5B4B7 51 RS422 9 3 7 UT38 V RS V 1 FH V H Lr 1 VL V HH
40. MM RS 0 SET ENT SETEN 6 s 0 0 VL SEYEN V C 4 SE EN 100 0 UT38 61 10 as10 1 RS422 UT38
41. SP4 DR P 53 2 DR 3 DR 4 DR DI No 3 P 11 DI DIS DIS Eu ON SP OFF SP 5 3 0 1 2 3 2 5 am RUN AUTo a Tm RUN STOP STOP MAN 1 sp ON STOP ON ON ON ON STOP AUTO 2 SP 1 EX2 9 3 SP ei AUTO MAN OFF 1 SP 2SP 4 gp OFF ON AUT 2 8P ON AUTO ON 2 SP SP PID SP SP1 SP2 SP1 SP2 SP8 PID P4 PID 1 PID 4 PID1 PID2 PID 4 1 LOC 2 EX1 OFF
42. a OO EU 0 5 S P 39 oH 50SLOLSAOH 100 0 P 39 4 0H lt 105 0 0 00 P 39 4 0D i EU 0 S OFF EU 0 S 0 te EU 0 100 S OFE 32 8 3 1 7 7 4 7 eA1LA2 A3 A4 1 2 3 4 AL1 AL2 4 re NR 2 AL3 AL4 P 42 7 AA1 P 58 A1 ALM4 3 RT RBS RSP RSL P 45 OFF e
43. OFF 0 1VDC 9 i 1 240 4 20mADC 600 9 PID 0 3 200ms 1 250V AC3A 1 200ms 1 DS DSP1 DC12V AGP20139 11 3 P 7 ON 3 1 No 2 ON OFF 0 100 0 100 No 2 ON No 2 OFF 1 THWHPP 1 Lu 1 2 3 4 5 6 1 2 3 4 5 6 3 2 2 SP 3 SP 4 SP No 3 ON OFF
44. 6 AS 3 4 2 1 2 lt RR NE i 150mm 1 43mm 1 6mm 4 3 mm UT37 UT38 eR 9 117 2 sz 25 wo cA 96 OO my 4 CD ED 15 Lj 1 10 5 5 1 5 3
45. EX2 RUN STOP 1 SP 4 SP 3 1 SP 4 SP EX1 EX2 SPNo t 5P 2 SP 3 SP 4 5P EX1 OFF ON OFF ON EX2 OFF OFF ON ON 55 56 AR UT37 38 PID AR PID PV SP AR 0 PID 0 1 999 9 AR 2 PID AR PV
46. ON 2 SP 2 ON 9 OFE 2 SP 2 12V DC 10mA No 3 SP P11 DI 3 SP SP P 26 3SP 3 P 3SP 3 0L DI 7 WO 7 OFE 2 ON E 3 SP 3 12V DC 10mA 8 3 7 P No 3 SP P 11 DI 4 SP SP
47. 2 250 9 UT37 38 P 28 P 31 P 44 P 47 64 11 200ms 0 1 ofFS 1 digit 1M9o 1MQ 250Q 2kQ 109 1 10V 40dB 50 60Hz 120dB 50 60Hz OFF 1 120s 1 1
48. No 1 ON e 2 1 4 8 0 P 7 2 I P 13 P 16 2 P 26 2 IMSB4B7 21 IM5B4B7 21 1 TA 2 8 2 P 28 2 UT37
49. SP P x 100 PID PID 100 OH AR P gt 57 9 3 6 EE EE RET RET 4 20mA DC 5 0 RL RH 1 2 3 RTL RTH 4 J RET 3 4 RTL RTH 4 P 43 RTH 0 0 100 900 1000 0 RTL 100C RTL 900C mADC RTL 4mA 20mA 1 1 2 3 4
50. UT38 ON OFF PID SP IM5B4B7 21 2 0 SP 2 5 36 8 3 2 2 SP No 3 SP P 11 DI 7 2 SP SP P 26 2SP 2 P 2SP 2 0L DI 7 7 77 SS OFF SP
51. th 4 HY yy OL 1 LF GL RP P 10 HY u P IL D MR OH OL 2SP 3SP 4SP UT37 UT38 27 9 2 2 RP RDV ALM4 PID 28 8 2 1002 1 EU 0 EU 100 em P 32 RH A1 e10022 8 8 EU 100 S 2 e A1 EU 0 p 4 oFE 000 0 A
52. No PID 2SP 2 P 4SP 4 0L P OL 42 9 1 No 4 OFF RSF ET i SP te PE A SR SI SR dr GEYEND 0 GEND gwgw EYENT AD 22 OAT PD RMH SPH i AM rH RE rmi RML Sy SPL 4 SP RL RL RFL SPT PV FH PAR DVB SL RSD Fi PVT
53. PE 26 4SP 4 P 4SP 4 0L DI 2 ON 2 ON a 4 SP 4 12V DC 10mA 0 100 502 100 50 ke P A 37 38 8 3 P f
54. 1 1 100 900 gt RM 100 900 Al A2 A3 A4 RBS BS UPR DNR SP 2 SP 3 SP 4 SP HY 2 HY 3 HY 4 HY RH RL RMH RML SPH SPL RT HI RTL HY1 HY2 HY3 HY4 hh DVB DVB 1 PV SP EU 1 0 S EU 1 0 S ZS EU 1 0 S 5 i D FL 2 10 se a RJC ON OFF a DE RJC ah
55. SP e UT38 UT37 UT38 No 4 ON ON 2 we _ 3 SP IM5B4B7 21 SETZEN SP SP C 4 SETEN MESH 4 i C Ca GET ENT SETRNTD 3 2 2 SETZENTO 3 0
56. 2 Ph 1 20 FPS 1 21 2 BOUT ADC RIC 1 PL 57 P57 9 2 47 cw 4 4 1 21 2 17C TI TS 21 FAIL 9 P 57 nal AL4 ON 1 EU 0 0 S HY1 EU 100 0 S EU 0 5 S P 60 T 2 EU 0 0 S 3 HY2 E EUG00 0 s PUG 5 S P 60 5 8 EU 0 0 S HY3 EUG000 S EU 0 5 S P 60 lt 2 4 EU 0 0 S DD 3 HY4 Ez 9 EUG00 0 s PPO528 P 60 4 150 300 600 1200 968 2400 4800 9600 9600BPS BPS i en NONE EVEN NONE _ SET PAR ODD i 1 2 1 STP 1 2 1 1 n 7 8 8 DLN 7E yh 8 8 7 1 98 9 1 1
57. PV gt SP 0 OL i PID PV 4T 4 SP R SP 2 OH OL 100 0 Se 1 SS UT37 UT38 AUTO RUN 34 8 3 EU 100 0 S EU 100 0 S nr DNR TMU PV P 42 SP SF 3
58. 12VDC 600 9 65 PID PID SSR PID 4 20mA DC 250VAC 3A OFF 0 1VDC 600Q 0 3 of F S 200ms 1 240 5 105 UT38 PID 0 1 0 5 PID 100ms 250V AC 3A 1009 2 5kQ 0 1 1 0 10 0 of 0 0 100 0 0 02 20
59. Instruction UT i 2 g Manual RHINOUUIIRIUIIRIIIOIIIIIIIIII CTT TT TO TT TOT TT 5 1 MAI bse DR RA Nts i 2 LACLLLUMUKKKKKEKKAKKXKKILLCAKKETLKCLLTIYSD 3 2 1 3 1 4 2 AEA RR 2 1 8 2 2 UT37 10 3 RR SSE 11 3 2 ooo 3 3 0 TN RR ERR DGGE REE 4 2 ac 4 3 oeoeeeernrered4 16 5 1 5 2 ee 17 5 3 CCE ET 18 6 neers 22 7 ee 8 8 1 8 2 28 8 3
60. 1 6000 60 2SP 5 0 105 0 50 0 2 MR 2SP 4 1 EU 0 5 S 2 HY 2SP _kn lt 4 i 100 0 2 0H 2SP 0S 2 0 0 2 OL LrF 2 EU 100 EU 100 0 999 9 5 0 OFF 1 6000 OFF 1 6000 31 8 2 ee nd TT 5 5 0 105 0 50 0 P 39 3 MR Hd a EU 0 0 S EU 0 5 S P 39 WAN 5 0 3 0L lt 3 OH 100 0 P 39 3 0H lt 105 0 0 0 P 39 sor 101 999 9 5 0 P37 4 P OFF 240 P 38 0 1 6000 0 lt 1 eo0 60 P 38 4 D a 2 tt et 50 0 P 39
61. ADR 16 1 sy me EIDAT MR V RS P 60 7 i VH no2 VL 02 4 100 gE 48 9 3 9 3 1 ON OFE wm ON 4 A M AUTO MAN ON AUTO MAN REM LOCL
62. ON 2 SP 1 LOC 2 EX1 OFF EX2 RUN STOP 1 SP 4 SP 3 1 SP 4 SP EX1 EX2 ALM4 AL4 6 e 90 250V AC e 50760Hz 22 6 Lt 7 7 7 7 Nt RG P 62 8 4 ALM 4 3 3
63. 1 0 10 0 Op OT38 2 90 3 0 0 5 0 6 RHY UT38 4 1 EU 0 sp EUG0 ON CO 2 EU 0 osp EU G00 EU P 36 3 EU 0 pe asp EUG00 EUO P 36 4 EU 0 4sp EUG00 EU 0 P 37 101 999 9 5 0 P 37 P OFF a Le OFF a a 2 9 ey 1 5 0 105 02 50 0 p39 EU 0 0 S EUG000 S EU 0 5 S P39 i 3 5 0 OL lt OH 100 0 P 39 oH lt 105 02 AA 02 0 0 P 39 30 8 2 gt 1 EU 0 EU 100 P 40 pr 0 0 1 999 9 5 0 2 p 2SP OFF 59 1 16000 240 2SP OFR 8 0
64. RUN AUTO RUN MAN STOP AUTO RUN AUTO RUN ON e PV ePV PV SP PV SP SP UPR DNR OFF PV 3 TMU UPR DNR P 34 10 1 9 3 5 PV SP 4 DR gt ON OFF OFF ON ON OFF mA ON OFF 8
65. 2 99 59 or _ e A3 EU 100 Nh e FALL A4 EM P 32 le es y 2 3 i a P 32 AA 0000 9999 1000 P 32 RT EU 100 S EU 100 s PUGO S 2 LOCAL LOCL P 32 R L REM ON OFF OFF E 33 SC ON OFF ON OFF OFF P 33 ON OFF EU 100 0 S 2 1 EU G00 0 8 PO00 8 dd OFF OFF 6 0 EU 0 S or lt P 34 gt AT UPR 3 OFF cir lt 9 8 NR PDG00 S 3 0 8 2 29 dh Pa
66. 999 RL 2 P 50 RML EU 0 0 OFF 7 OFF 1 120 2 E 50 2 LOgF ON OFF P 50 RSL 20NOFF 3 RI SPH Goo RLSSPL SPHSRH 1 SPL EU SP SP ON 8 SpT ON 2 ea PV opp ON 0 PVT 0 1 i ANTMD 0 1 0 DR NY OFE 0 1 100 0 OFF P 53 OPR _ 2 PS 5 0 105 02 4 SM 45 UPR DNR 9 46 9 2
67. ID PD P D D PD P D a ee D au i MR 39 1 OFF P PD 4 4 6 7 4 HY P 10
68. ON 7 ON ON ON L C H C H C L C 4 mA 4 mA 100 2 0 0 100 50 2 0 53 54 RUN STOP 3 a STOP RUN
69. X FG RS422 19 RET Ps RET RSP 4 20mA DC Oo 12V DC 10mA 72Y ON SP OFF SP 0 1 2 1 ON 1 RUN AUTO D 29 6 RUN STOP of STOP MAN Sp 4 hh ON STOP ON ON ON Y 2 STOP AUTO 2 SP Qell AUTO MAN ON AUTO 1 SP 2 SP ON 2 SP 1 LOC 2 EX1 OFF EX2 RUN STOP 1 SP 4 SP 3 1 SP 4 SP EX1 EX2 ALM4 AL4 i AL 90 250V AC e 50 60Hz
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