プログラム調節計 Manuaー 取扱説明書・操作編
Contents
1. 15 1 4 No 3 No 4 AA 1 No 1 NN2 2 Na 1 ON Na 2 3 4 OFF Na 4 Ne 2 15 3 15 3 15 22. UP25 15 1 15 1 wl 2 gD EE a We 4
3. PC 80 MAN MAN RC BY 9 9 9 x o Oo 141 No2 No 1 TSP 750C 2 4 1 1 1 1 TV a ET iR Tz mir yi let Ne2 3 No 4 Na 1 Wo 2 NMo3 Ne 4 Ne2 Na 2 TIME 150 Na 3 TIME 200 ho SN Ea i TSP C ET E N TIME a EE 5 RDN
4. 1 a Lg 9 PV SP PV SP 5 2 wt C0 4g W2 20C LS je 6 6 1 52 2 WT PV gt SP WZ 5 3 PV Po 5 4 9
5. N 3 800 600 400 200 0 SEG No SEG No 7 2 TSP 9 4600 2 22 2 LTSP 2 129 2 92 2 TUNE 22 22 2 172 1 2 ITRIE z9 32 1 2 12 EYNo No EYNe Ne 5 Hl a EVA EVA EB 2 7 1 3C P 12
6. IM 4P2 2 02 7 2 UP25 7 PE CI DISP 3 PV PV Na NO TSP PID Ne No _ Y km 3 FOM cg bm PV EE Na 3 8 0 P V PV C F K
7. HOLD HLD HOLD HOLD LOCAL RUN LSP SP JC 8 P 24 JC 9 P 24 JC LOCAL RESET
8. L ios 4 20ma DC 1 5V DC 1 5V DC H 1R 12V DC 2V DC c 0 L_ L_ 250V DC 3A 1000 2 5KQ CC ED 4 20mADC L__ A oO Pt100Q b J263 B 4 a Al 3 e 1 PV 4 we 4 un 3 C 250V AC 0 3A w2 Nat C 24V DC 50mA PTNEX EX RET 1 RET2 Oc C O o 1 4 20mA DC 1 5VPC og RESET 6 0 2 Pp prm 600Q 1KO 6 4 9 Horp 0 9s ADVANCE 12VDC 10mA 12V DC 10mA 1M 4P2F2 02 J
9. RESET LOCAL P 11 P 10 P 31 14 5 LOCAL P 10 PRG 1M 4P2F2 02 28 14 6 HOLD P 10 HOLD HLD P 31 HOLD 1 4 7 ADVANC
10. HOLD PROG ADVANCE K 5 5 1 9 RESET IM 4P2F2 02 6 6 1 PVE PV
11. 2 2 F 4 P 20 14 13 EX 2 IM 4P2F2 02 J 3 0 a Horp a S ApvANC
12. LM 4P2F2 02 14 10 10 1 P16 11 ST ma SS Ed i 8 1 WT F 3 CT 3 CTc 4 RE 7 RP 8 RDV HYS 6 5 Na4 TIME a 8 EV Ne 9 10 PV ATON AT OF 1M 4P2F2 02 15 pen 1 pc 1 TFT Eco 1 CPV 1 1 SP 5 1
13. AS 8 Ne 3 No3 3 400 Ea wa fr le sve si et 1 17 0 2 ET PTT 2 D7 MP2 No 3 No 4 No 3 S 12 5 1 PROGRAM PRG 2 JC No 3 3 5 JC 9 kK Pb
14. FES cm ET NT SP 9 1 2 zr N0 PTN ET P 14 1 SP P 14
15. IM 4P2F2 02 S3 152 15 2 5 2 AUTO LE MAN HH ot 105 be4 5 5 PV RIC K i
16. 5 1 5 1 UP25 4 8 Ko 1 TSP SE UI No 1 No 2 No5 5 1 5 2 5 1 1 1 4 1 30 4 60 8 1 60 8 118 1 5 1
17. UP25 SP A 9 2 1 c 2 1 1 P P 14 SET 1 1 P 1 RP 2 2 P 8 P 14 9 3 EN PARA 1 No PTC No
18. JO 3 LOCAL RUN JC 3 IM 4P2F2 02 mm 2 2 FY EU WZ EU EU 0 S EU 10 S 0 S C 1 a PV K WT 0 100 0 73 EE CT oi 10 A
19. 15 1 i 15 3 FID 1 mA DO no rb 100 ON 100 FAIL Na 3 125 3 PID 0 No 3 OFF OFF 0 A 25 100 100 0 FAIL FAIL ON H L PID 0 OFF PID 1 PID 1 PID No 4 ON No 4 25 OFF 2 No 4 OFF ET 100 FAIL FAIL OFF HH L PID 0 OFF PID Nu4
20. PC10 P 4 PC20 B 0 c 9 1 Er R 0 1700C s 0 1700C B 0 1800C K 200 1200C K i99 9 200 0C 300 400F E ig9 9 800 0C 300 1500F j 199 9 800 0C mV DRN L 199 9 800 0C 199 9 200 0C 0 0 400 0C DIN j 99 9 200 0C 300 400F 165 5 0 0 400 0C 32 0 750 0F i66 1 N 6 1300C er w 0 200C Pt100 J1S 89 JIS 0 iomy DIN JPt100 JIS 89 10 10mV 0 i100mV 2 0 iv 5 mA at Pt CO YOKOGAWA J263 i omoy a 4 20mA B JPu00 l 199 9 500 0C 300 1000 F ts PHOO 1 199 9 500 0C 360 1000F 20
21. No UP25 RESET LOOAL No 1 4 4 AU20 24V DC 50mA 1 44 P Sw 1 xo PV c PV 250V AC 0 34 1 4 5 1M 4P2F2 02 32 15 UP25
22. CTe 10 4 3 11 Ka 5 3 3 6 V mV mA IM 4P2F2 02 1 1 UP25 UP25 EEU C F EU EU 8 EU EU S 200 1200 EU 0 EU 20 EU 40 EU 100 200C 80C 360C 1200C 1 200C 80C 360 1200C a 1
23. 5 9 3 12 P22 NQ 13 P25 1 4 1 P26 14 9 P29 1 4 10 P30 3 MODE RESET MODE e2 2 LOCAL PROGRAM MODE HOLD 4 MODE ADVANCE MODE AT ON OFF a MODE em 6 am No J Na naa SS 1 OEE Sn F 8 1 IM 4P2F2 02 12 9
24. 3 5RA 1 ko 0 0 EL ED eg 4 pnRA 1 Ys 100 ENT 8 3 RMs1 0 PP 0 100 14 12
25. 0 5 MAN PID 3 gg No IM 4P2F2 02 6 2 P 16 P 17 i P 19 P 17 NI P 20 PPP a MAN A M
26. 1 RESET 5 RESET 2 LOCAL 5 5 LOCAL 3 PROGRAM o PROG 4 HOLD ot RESET LOCAL HOLD 5 ADVANCE RESET LOCAL 6 AT ON gs MAN RESET 0 3 AT OFF 2 MAN RESET P 31 8 UP25 8 1
27. 12 1 12 1 Er i No 4 60 8 118 IM 4P2F2 02 24 12 4 1 PROGRAM PRG 2 JOC MNa 3 JC 8
28. PID 9 gg AT AT PV AD h EEPROM EEPROM Be K 2 P 24 PID IM 4P2F2 02
29. 5 1 5 SEG No No01 30 Na01 60 TSP TIME EV No No Nemo PV EVA A 2 4 EVB B P 18 1 P 18 11 2 IM 4P2F2 02 5 3
30. gve EVNo Ne LEYA EVNo No 4 IEVA 3 EVB 232 JC 4 1 2 2 SN eo TS 1 2e1 2 5 2 0 el gt 1 1 i 22 47100 i EE ET RE EE EE EE TERE 121 N 0 PROGBAM Fic 9 rE mm No 0 PRG PTC 1M 4P2F2 02 No 11 23 4 RL No 6 EL
31. P 20 21 1 LO 1M 4P2F2 02 0 1 sj LC 0 0 1 ENT HHD i PC LO PC 10 P 0 9 1 RA E 15
32. 0WM 100 1M 4P2F2 02 22 12 12 1 P 17 18 1 21 P 35 No SEG No 7 TSP 4 g 2 gyiez lt ziyei Y W 3 2 IEyA 4
33. TC P 19 RS 232 C RS 422 A No PID IE PID 1 2 I 1
34. TME PV 9 10 1 4 MAN MAN CAUTO P 8 0 4 PRG RST HLD HOLD K PV RST RESET
35. HOLD AT HOLD F 3 3 ATON AT OFF 6 29 UP25 PID PID 1 100 OH 100 2 0 OL 0 PID 2
36. Instruction UP25 Manual 1 ei 2 9 5 ER CR Eh dn ye 12 2 2 1 10 oo 14 2 2 2 10 1 ed 2 3 CPPCPPYYYTPYTYYY 2 11 ee 16 3 ii 3 _ 12 ee 22 4 hhNtoaeantebtn 4 121 12 2 5 5 12 3 5 1 ee 5 12 4 5 2 5 12 5 5 3 6 5 4 6 13 PRTR 25 5 5 ee 6 13 1 No 25 13 2 a east 25 6
37. TOY OU 5 OM 5 6 PV LE a _ 9 a as x x 8 a ae nn a on a Xx X Ak 1 9 i EO 200 xx 50 60 Hz P 34
38. 14 1 100 100 200 100 Nai No2 Na 3 No 4 1M 4P2F2 02 27 143 AUTO MAN P 10 AUTO MAN AUTO UP25 MAN MAN RS cD Ne 142 14 2 We EE P 0 ON OFF P 0
39. 1M 4P2F2 02 sy 2 25 1 3 13 1 No UP25 No 1 P 1 6 4 No No NO 1 13 1 UP25 132 No 1 Cc No 1 2 400 No 2
40. PID PID PID PID 1 P 1 D 0 SC 1 2 2 SC 1 SC 2 1M 4P2F2 02 30 14 11 PID 1 MAN LOCL P 10 UT25 2 PC80 1 NT
41. 5 0 OL lt OH 105 0 EU 0 EU 100 EU 0 S EU 100 S No 1 6 7 DV 8 0 OUT 0LOH 3 No1 No 7 EU 100 6 3 EU 0 8 3 100 0 _0 0 EU 0 S Pr0 Pc 0 1 Ice 0 No Na NO Na
42. No No 0 4 0 8 No 0 Na No 01 30 01 60 kNa 01 Na 0 me TSP EU EU 0 EU 100 EU 0 1M 4P2F2 02 Nd PC 20 BE 6 0 0 1 4 9 10 PV Ne 5 0 0 1 4 9 10 4 111 4 PV 2 SSC 4 11 2 11 1 PV K
43. 2 c 6 3 5 m 1 250V 1A ATG 2 250V AC8A 250V AC 0 3A 3 CR AO DC DC AC OP25 UP25
44. NA EL TSP ARA P 14 No 1 4 9 10 K A EVA1 4 B EVB1 4 P14 9 4 P 19 maa 2 WZ UP25 P 14 PARA 9 5
45. 2 P 27 ww LSP SP EU EU 0 EU 100 EU 0 a IM 4P2F2 02 CA 8 P 0 0 1 999 9 0 PTD 0 3 100 0 I 1 0 1 6000 0 3 D 09 1 6000 0 3 Pc 0 0 1 999 9 0 lc 0 1 6000 0 Dc 0 1 6000 5 Lf 1
46. 6 2 14 1 14 2 24 9 7 9 14 3 AUTO MAN 26 CD 7 1 9 14 4 ii 26 7 2 14 5 ere 26 7 3 RE 10 14 6 HOLD 28 7 8 1 AUTO MAN 14 7 ADVANCE 28 10 148 28 7 3 2 10 149 28 9 14 10 29 8 in 11 1411 30 1412 it 90 9 14 13 31 9 1 12 9 2 12 15 32 9 3
47. ON ON 1 P 0 PID P 0 PID 100 OH 0 OL L HH 3 3 1 DB 3 Es HYS 4 CH OFF 1 Td OUT oUm i a 14 4 PROG PRG
48. PV 222 2 7 3 7 3 1 AUTO MAN MAN MAN 7 3 2 P 27 PE UP25 PE 1 1M 4P2F2 02 E6 1 K RSP
49. 4 2 dig MAN 4 2 1 digit MAN AUTO MAN gt P 14 MODE PRG RST PRG
50. CTc 1 100 10 NN 1 io lt 10 0 7 DB 10 0 1 0 a 1 3 10 0 10 0 P 6 Se EU 0 0 S EU EU 1 1 0 5 0 8 1 0 5 S 0 rE HYS dd PID 3 01 8 P 6 L SP STCI 0 1 2 o PV 0 9 ww F 8 TC 10 12 2 0 a lt br 1 LC 0 1 2 3 4 0 113 Dr _ 010 2
51. RESET JC 3 LOCAL 14 9 UP25 PID 6 EPE ATON ATOE AT AT PPE AT 1M 4P2F2 02 HOLD
52. 1 St i 18 P 0 F 0 6 3 1 1 P 1 1 1 FD l I CP 2 CF 2 PARA 7 1 I 5 1 J rr 1 1 P 3 PARA F 3 CB CF 4 a 1 l CP 5 j 1 CP 6 J J RS RE Poe 1 1 PC 80 J Ne MAN LOCL 1 10 1 PV 9 G 5 Rn 1 PV 10 6 6 1 3 7 2 8 RET RET2 3 9 RS232 RS4221
53. PcCO 2 0 0 300 0K 250 5 29 gt PER20 49 0 900 32 3400F 190 3 IN SC WT srR es 6 3 wRea 0 2000C NY 192 STGI d 1 OH 8 OH 1 0L 8 0L 1 RP 6 RP RDV WZ HYS DB P 1 P 2 P 3 P 4 P 3 E 0 E 1 F 0 FE 2 F 3 G 1 G 2 G 5 G 6 PF 0 P 2 P 3 P 4
54. SP 0 SP 1 TSP 0 TIMB 0 2 P 10 1M 4P2F2 02 26 14 14 1 13 Sb RE PROG cL PRG 142 2 UP25 FE toou mwr eez K 9 S a e c i x O O
55. N rr 2 2 1 1 2 3 23 4 5 6 2 2 2 20 180 2 1 2 8 1 6 2
56. ON 25 OFF FAT RAM ROM CPU FAIL 1M 4P2F2 02 35 x OF VA 2 Y AMNIL dSu ON 7 IM 4P2F2 02
57. Ng NoB Na NoA 5 EE oO No No 1 12 3 No 1 PROGRAM 3 No PRG CLR 2 5 PTC a 9 EE so Ne 0 5 G ko N0 99 Na Na 1 6 EL
58. LOCAD PRG HOLD ADVANOCE DISP ENT IM 4P2F2 02 7 UP25 7 1 1 1 DISP 1 1 1 1 1 AUTO MANUAL 5 ENT DISP
59. 3 a UP25 EN CR UP25 UE 7 gt a Re IN 8 7 CR CR UNIT Type 953 955 Type SKV SKVB Type CR CFS CR U CR 1M 4P2F2 02 4 3 a c J iG El2V DC 2 xo x0 C c 250V AC 3A 250VAC 3AG VS 2 250VAC c 3A 34
60. P 2 P 2 P 8 1 P 3 EU 1999P 3 lt P 2 EU 0 9999 0 1 FE 2 3 IE 4 0 1 2 3 0 K 3 EU 5 S EU 5 S 0 1 120 1 0 TSP 7 a 6 EU EE 0 sn PO EE 100 Ra E 1 lt E 0EU 100 EU 0 Sa 0 SP E 4 8P 0 1 1 1 SP 0 1 B TIME E 6 o1 0 WT PC3
61. JED 20 S EU 20 S 280C 280C EU 100 S 1400C 1 P 25 4 0 4 8 1 0 8 0 RS RE 0 999 0 K Na 1 1 Na Ng No Na No RS No RC RS RE
62. 300 No 4 0 0 h Na Na lglSKiPlp NN 1 2 3 4 2 3 4 2 3 4 5 13 2 x STC STC 0 SP SP TSP 1 PV SPP P V 2 PV _ 13 2 STC 0 8P PV K 200 1200 C 12 1 TSP 0 C
63. 12 5 9 4 12 35 _YOKOGAWA Copyright Feb 1989 SU 4th Edition June 1995 YG IM 4P2F2 02 4 1 UP25 1 1 ERS422
64. 1M 4P2F2 02 3 4 P 4 1 3 2 10K 100mQ 1 KK 5 600V JIS C8307 2 100Q la b K UP25
65. 0 3 3 jj F 0 5 0 105 0 50 P PD FF or 0 0 1 F 2 0 0 1 100 0 0 0 R 5 0 0 RST F 3 5 0 105 0 OH OL 0 2 1 MAN F 4 0 1 2 0 2 RST BR IM 4P2F2 02 lt 5 PV PC40 F RET RET2 0 P 83 P 2 a a 1 P 83 1G 0 0 1 2 3 4 0 P
66. 0 30 40 pr PC 50 80 0 114 SC oL2 0 P Y 10 50 80 1 mmma SET og mk Sr wlel 5 RT 1M 4P2F2 02 20 PC10 P 0 000 250 P 13 91 0 0 9999 P 1 012 3 1 09089 3 0 000 9 999 P 2 EU EU P 8 100
67. 2 2 3 668 1 4 G 2 G 1 G 1 EU RTII ET EU 0 G 2 100 6 2 G 1 EU 00 EU 0 2 PV 9 ee EU 1G 5 1 EU U 5 0 S 0 5 S PV 10 BU 0908 EU G 6 1 EU U 5 0 S 0 5 8 1 4 PC50 RS232 RS422 E 0 B 1 0 150 1 300 2 600 3 1200 4 2400 5 4800 6 9600 BPS 0 1 1 1 2 1 2 7 7 81 8 so A
68. 4 4 DISP Le 7 1 8GPE P 10 PPE S lt SS Livs P 16 P 17 P 17 P 19 P 20 LRVS ma
69. 4 10 8SO _ 1 2 K TSP PID TC 0 TC 0 1 2
70. E PRG ADVANCE P 10 P 31 2 14 8 RESET RESET RST P 10 P 81 AUTO MAN MAN JO 0 1
71. E 12VDC 10mA 1 4 2 BEP ROM EEP ROM 10 oy Nu Ao PTNEX No 2 AQ 2 FO 8 8 4 9
72. S Ne EVe Na 1 Na9 10 PV PV 0 1 a 2 3 4 RS 8 PV B EVA 1 2 EVB EVA 3 4 EVB PV PV PV PV EVA 0 11 2
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