プログラム調節計 (取扱説明言え初
Contents
1. 4 1 PVE 1 PV 1 O PV 1 PVE2 O PV 2 PV 2 TIME 1 0 1 TIME 2 O 2 a O 3 TIME 4 4 12. I P PI P I t PI 1 00 ex P e t PI
3. 21 22 7 DISP SP ER amp PV 1 a PSM a 2 Ne No Rf 1 aD ETENT EE SEYEN K KSP 1 OS DSP tt SP 23 UP27 No 4 ON 1 2 EN
4. 6 lt gt 37 STC 0 1 STC lt 0 2 1 0 2 WTM _WZN RCY RST RED i 1 STC 0 SP PV
5. SEG No 5 SEG No 6 SEG No 7 30 40 20 1 NR 1 2 WN 206 a ke 4 PV SP PV SP pe RE SEG No 5 SEG No 6 SEG No 7 2 9 l 2 WT WTM 25 PV gt SP WZ Re RST RED No No
6. 23 4 2 1 2 lt _ CS 150mm 1 43mm 1 6mm 4 3 mm re 11 1 LO Po 1 10 16 5 5 1 5 3
7. i NN OE NN Se Rare 1002 2 0 0 100 50 2 0 2 RUN STOP 3 A STOP RUN RUN STOP i EU Meg 5 2 0 MAN oO
8. i tb 500V DC 2 2 i 3 63 mm m mm
9. LD HOLD HOLD C 2 NO ne JC 3 LOCAL RUN SP ON SP SP C DEL C 3 1 JC 0 SEGn SEGn 1 PV n n 1 a be 2 JC 1 SEGn i SEGn 1 n PV i gt
10. J js LSP SSP T SP sno PID NE PD STC FHn 9 E9A 9 E9B 10 E10A 10 E10B YES W TM 3 NO PV No 4 B PE4 OF4 PID PID Hn 1 A TY1l ON1 PE1 OF1 PID PID No 0 0 4 A TY4 ON4 TIM
11. 46 9 9 1 No 4 OFF 1 y ni PT No 7 TrNE Pr 1 s s 2 1 4 MODE Ha 5 seas ewe LE 0 1 Se eo es bees a 0 ssaa sesse 2 a ss s L 7 PID RS422 PID P 10 RET 47 9 _ OFF ho js
12. 1 _57 9 3 5 RET 420mA DC 5 RL RH RTL RTH RET 3 4 RTTL RTH P 52 0 100 900 1000 K 4 rte smrwee a SE PV 1 PV PV 1 2 P 36 37 PV
13. PV PV PV 0 _ PV EVA 0 1 4
14. PT No RUN RESET MODE HLD ADV AUT MAN LOC AT SET ENT 3 PID 52 9 3 2 1 5V DC 0 19999999 1 199 9 999 9 1 2 19 99 99 99 2 3 1 9999 999
15. lt CR CR UNIT 953 955 i SKV SKVB CR CES CR U CR 18 5 3 UP27 250V AC 3A lt gt IK I NGWI NH NM I KT SI IMGI MWL OL ML KS MI TOT MSWI oR el KI Il I SIT Ko Kl INW I EM OL J RS422 19 1 RET LPS 12V DC 10mA RS422 RS422 H i 1 5 DIS 0 pis 4 ll
16. PV WTM EE JC 1 P 43 PV JC 1 P 43
17. PP 60 1995 1 1 UP27 1 2 EN PID RN i a 1995 1 IM 4P2F5 02 1 1 5
18. D D P PI PD PID PD P D D PD P D D 1 4 9 32 TI OFF PD i
19. 2 3 4 RESET RESET MAN PV No HOLD MAN AUTO MAN O EE AT
20. 30 ON OFF oO 1 PID LV dt P 0 100 2 50 0 P 1 4 P
21. 1 2 3 600V JIS C3307 4 2mmz 100Q 5 a b UP27 2 c
22. 5 105 0 0 100 0 0 0 PV el 10 i 0 100 2 250V AC1 A LED 4 24V DC 50mA 1 24VDC 50mA 62 0 0 50C 20 lt 90 0 50 1C 30 400AT m l1gV 10V 0
23. A 2 UP27 i UP27 2 1 P 4 No K 200 1200C 1 No 1
24. IM4P2F5 21 EE JC 26 8 2 oN 5 ON OFF ON OFF 0 1 999 9 OFF 1 6000 EE 5 0 105 0 i EU 0 0 S EU 100 0 S 2 i 5 0 O0L lt OH 100 105 0 oe EU 0 1 RP 1 2 2 RP SEU 100 6 Fi EU 0 EU 100 PID 1 4 27 en gu EU 0 SP 00 ee PID 4 9 OFF 1 20 _ PVE1 P 40 jj 9 1 EU 100 PVE1 EU 100 EE 10 OFF 1 10 gt i PVE2 kD P 40 0 EU 100 i A EU 100 EU 0 0 Tn EU 100 PN a
25. SP PID 9 10 9 10 35 PID 1 4 PID No 3 OFF 1 10 PV 1 PVE 1 E9A EER RS PV 2 PVE 2 E10A 36 8 1 br ee A
26. yy 1 SIY 1 OH 2 OH 3 OH 3 0L OL 1 OL 1 I RP P 10 HY P 1 D MR OH OL RP RDV 2 Pe 1 1 RP 2 RP 0 PID PS SS SET ENT 4 D 4 MR 4HY 4 OH 4 0L RDV 1 oe 2 7 7 6 8 27 4 lt 15 SETENT Gi 1CSETPENT SP
27. LPS i 60 11 10V 200ms 0 1 of F S 1 digit GS 5B4B7 02 GS 5B4B8 02 1 Mo 1MO 250Q 2ko 109 1 40dB 50 60Hz 120dB 50 60 Hz OFF 1 120 1 OFF 100 0 100 0 JIS IEC DIN U JIS 89 JPt100 Pt100 IEC DIN 12 4 7 LED 3 5X7
28. 4 7 LED LED P D 0 1 999 9 OFF 1 6000 OFF OFF OFF 1 6000 OFF OFF lt 152 192 MAX60 999 0 99 59 99 59 0 10 OFF 1 99 59 1 99 59 61 PID PID SSR PID 4 20mADC VM 250VAC 3A ON 12VDC 600Q OFEF 0 1VDC 4 20mADC 600Q 0 3 of F S 200ms 1 240
29. H PID PID 6 0 Ton Ton Co 3 55 56 DI DI DI DIS 12V DC 10mA RS422 RS422 DIS 0 DIS 4 IDIS 0 DIS 1IDIS 2IDI5 3Ipis 4 E 8 gl 0 HOLD ApWNcEIADVANCE POVANCE 1 4 4 HOLD 4 2 2 1 1 RESET RS422 RS422 P RUN i 9 ha ADVANCE RESET HOLD KEYLOC P RUN COM COM DIS 0 4
30. UP27 LL10C P27 CE 80P PC9800 CE 150T 10 3 LPS 21 6 28 0V 30mA MAX 6 FP100 FP200 4 UP27 NZ 329 8 Oo mrasgg C j ED DD MN a Kd FPi0O FP200 1 i
31. 1 1 2 RESET TIM PID No No 3 OFEE PID PID 1 4 PID 41 42 PV PV No 1 EM G No 9 PVE1 No 2 TME2 No 10 PVE2 No 3
32. No 4 OFF P 12 1 SETIENT 3 4 SETENT 1 No 4 ON 4 8 8 1 ON SEUENT 3 2 7 IL SETZENT SC SETENT SETENT 1 2 D 1 MR 2 MR 3 MR
33. SP TSP1 Ne 1 TSP1 SSP TIM1 2 STC 1 2 Z 0 9 ki C b C Cc C e a ee ESSP 3 SEG1 SEG2 SEG3 SEG4 5 i PV 2 C _ E SSP Ii SEG 1 SEG2 SEG3 SEG1 SEG 2 3 STC 2 SEG1 SEG2 SEG3 PV PV 0 e E SSP PV 1 TSP 1 TIM __ TSP PV 39 3
34. UP27 i De AD EH eDOCS aeanneanpannannaiDaitanD nnn 1 eee NR SS 2 1 1 PRE EE 8 1 2 A 1 3 ititettttt 5 1 4 ie SRI ENS 52 ETI ESO id eS 6 2 ee RE 7 2 1 ETTmTTmTmTTTTT 8 2 2 EE 3 ee 11 3 1 ROHS 11 3 2 PID Sos rRNA EE 11 3 3 PPTNTATIT RE F 12 4 DS SE EE EERE EE RESIGNED BTEC EE Ea TE 13 4 1 tt 13 4 2 13 4 3 Ny 14 5 RE RR SE RS DR EE ei BE ETE NR Es 16 5 1 PF 16 5 2 ah ene des ser
35. UP27 3 0 K 200 1200C PID UP27 No 1 ON No 5 ON No 6 ON 2 1 4 P7 P13 P 16 LM 4P2F5 21 II Ct _ Ee IM 4P2F5 21 1 Ne 1
36. 6 3 5mm 1 5 2 1 oo 250V 1A ATG 2 250V AC3A 250VAC 1A 3 LL CR AC DC DC AC UP27 ne tae ts ea a UP27 UP27 CR UP27 UP27
37. a 1 1 A eo WZN 1 WTM PV n 1 b 1 lt n 1 WTM a i t 5 PV n 1 45 3 JC 2 SEGn SEGn 1 n 1 a n 1 JC 3 LOCAL RUN P 43 P 51 JC INS DEL IM 4P2F5 21 P 58 P 59
38. 3 1 No 2 ON OFF 0 100 100 0 TT No 2 OFE 3 2 PID No 3 ON OFF PID No 3 ON No 3 OFE 12 3 3 No 4 ON OFF No 4 ON No 4 OFF GET7EN 3 P 22 13 4 4 1
39. 9 P36 OFTF pa 0 01 99 59 or Cd 3 1 99 59 2 BOO EU 10 S OFF Hp EU 0 5S SS il 999 CONT 0 999 CONTT or TIMU P 46 49 53 1 lt R STSR EDS60 i No EU 0 EU 100 00 00 99 59 or Cc 0 99 59 0 1 4 9 10 PV PVA OFF 1 10 OFF 4 00 00 00 00 99 59 P_ 42 00 00 0 3 1INS DEL P43 1 4 or TMU P 46 49 53 1 1 NSH w lt No No 29 IM4P2F 5 21
40. OFF ON OFF OFF se ee 1 PID OFF ON_ 2 1 a NN A EU 1002 WE EUO RL 0 NE lt RH EU 100 0 1999 RL lt RH 2 vf i EU 100 0 S EU 100 0 S OFF OFF 1 120 0 49 ON 0 OC AA ag 0 3 0 e oO P 54 mya LE OFF 1 0 0 100 0 ee 5 0 105 0 ae ease eaeae 0 1 2 P 55 mM 8 4 PR 2 2 4 4 0 4zP _50 1 lt
41. 2 10 9 3 3 TT TLP LOCAL PRG LOCAL SP 1 SP ON SP OFF 2 0 1 SB 54 4 eA Re ON ON OFF 1 3 i RN ON ON ON ON L C H C H C L C
42. No 5 No 6 ON OFF PID 250V AC3A 240 PID 1 ON SYO fe OFF 0 1VDC 6009 1 240 4 20mADC 600 9 PID 0 3 200ms PID 250V AC3A 200ms 1D _ 1 DS DSP1 DC12V AGP20139 11 3 P 7 ON
43. 5 IS H EU 0 0 RTL OO02 6 lt RTHSEU 100 0 Sa EU 0 0 PV 1 EU 0 0 S EU 0 5 EU 100 0 S RN i i gS 2 EU 0 0 S EU 100 0 S 9600 4800 2400 1200 9600BP 1 300 150BPS 9 rr NONE EVEN NONE 7 ODD 1 2 1 2 7 8 7 8 1 98 99 16 51 9 3 9 3 1 ON OFF ON
44. TME3 No 4 TME4 9 PV TTY 1 2 ET 4 NN Fh r 1 PR CO DD a B OF No 1 4 No 1 4 PV 4 No PV 9 10 No
45. 3 200 EU 0 1200 EU 100 gt MI 100 900 hs 100 900 LTEU 100 0 S EU 100 0 S RJC ON OFF 53
46. ON No 1 ON 1 2 3 4 5 6 1 No1 D K 00 ol 199 9 999 9 C A TT 1909 4000C B ooc D R scioc Ne No 1 OFF 3 Nol OFE 2 I EY 0 4 2 No 1999 9999 MS 199 9 999 9 19 99 99 99 1 999 9 999 3 EY 10 2 2
47. P 4 RN EN 9 OL OH ov 1 2 100 PID 1 4 1 2 2 PID 2 EU G00 PV 1 EU 0 PID No 3 PID No 2 PID No 1 PID EU 100 No 1 PID
48. 012 10V 4 20mA DC 0 05 IgV 10V 0 01 10V 4 20mA DC 0 05 10V 25 70C 5 95 6 Ms ABS 96WX96H 100D mm 1kg RNA RS TnI TS DFR PR EE Aa OV Wg Vat 2 2 1500V AC 1 1000V AC 1 1500Y AC 1 NE ee gt MD a e hr am 1 a ee 3 0 1 MAN 2
49. 2 58 10 10 1 LRS422 UUP27 UT37 16 RS422 UP27 RS 422A EB 5 UT37 UT37 UP27 UT37 PID UT37 IM5B4B7 51 59 10 2 UP27 M4P2F5 100 IM4P2F5 101 KO 6 PA9600 PA9700 UP27
50. 3F 4 20mA DC 5 RS 422A UP27 er 1 2 1 1 NS 1 1 1 RS422 UP27 1995 1 E 1 2 gt UF27 1 1 ie P 20 2 9 o 1 3
51. 3 SP ISP Cv a SETENT MAN 4 2 8 NE 3 2 SE SETIEN ND a SETZENT DISP DISP
52. PID EU 0 5 S EU 0 5 S PID No 2 PID No 1 PID No 2 DV PID PID No 4 PID PID DV OFF No 1 PID No 3 PID No 4 PID DV No 2 PID No PID
53. gedaaesngenor dongnie nodosass 17 5 3 eeeeeeereeeeeeee esse 18 6 tes tarsadsespestnindotte tng inaebnty datiteos ynsses oi 20 EE FPPEFFPPF PP 2 8 08 24 8 7 on yahr csc28 4 CLOS 24 8 2 DED EE SES NENEER EE EEE EEE EA 26 8 3 30 9 EE 46 9 1 46 9 2 RR RE RR RR RR RR RE REN RE 22 48 9 3 tmeemeee FPP PP 51 10 ee 3 468333c3dcSyatana2tKaKScnS 10 1 lt 58 10 2 Ss 59 10 3 LPS SR SERS STE SNE TS 59 11
54. s olpls1IDS 2ID 9 DlS 4 x 1 8 8 HOLD ROVANCEIADVANCE ADVANCE 4 4 lnotp 2 2 gsi 1 1 KN II Nl i Ja9 il T CRS422 MI MM i MS MK I IMG HO P RUN RS422 CO KDIT Nol FE i lal I II il Fa RESET II NOV KDI Rl NT el RT HoLD KEvLoc HHQ P RUN COM COM OL SI RI 7 TO Kl OT HT TISL SV ol Li silrwg 4 Im 3 TME 2 DIS 0 4 250V AC 1A 6 2 pyEz PVE1 O 34 TME 1 COM 24V DC 50mA 90 250V AC e 50 60Hz 20 6 DD YOKOGAWA No 2 e 2
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