FP93 プログラム調節計 取扱説明書
Contents
1.2. IEC60947 L 250VAC 1A IEC60127
3. 100 240V AC IN OUT 100 240V AC 50 60Hz TDK RSEL 2003W 5 1 TERMIML 1 1 a rn SPECIFICATION mm iD ee 240060 24VAC RS 232C0 1S6 SDIRDI i 50760Hz16W 50 60Hz10VA RS45 erp hae 2 3 p3 MM nt I 0 10V DC 9 se COM 26 2A240VAC Vm ER po1 M27 COM EV1 DO2 1A240VAC mW DC 2 D03 1A240VAC D04 g 40We 3 6 100 240V AC 24V AC L 24V DC 100 240V AC 24V AC N 24V DC VW A mV B V V mA B COM SSR
4. _14_ PV 1 SV PTN STP 5 5 0 0 0 5 3 5 0 7 1 SV 0 0 0 SV PV PV SV SV IX PTN STP RST PTN PTN ENT 3 F
5. RUN RST RUNRST RUMRs 2 PIDN 2 9 PTN 6RH 1 1 1 0 RUN RST 1 0 1 16 1 SV 4 7 FIX FIX SV FIX PID No fF FIX EV1 1 RUN RST FIX EV2 a Riwssr FIX EV3
6. 9 IEC61010 9 IEC61010
7. iyo PV 10 CJ B ABB 80 ABB 80C CJ 20
8. EEPROM 10 50 9096Rh 2000m I 2 20 65 C 100 240V AC 10 50 60Hz 24V AC DC 10 50dB 50 60Hz 130dB 50 60Hz 500V DC 20MG 500V DC 20MG 2300V AC 1 1500V AC 1 AC 16VA DC 7W IEC61010 1 EN61010 1 EN61326 1997 A1 1998 A2 2001 A3 2003 IP66 PPO UL94V 1 H96 x W96 xD111mm 100 1 4mm H92 x W92mm 450g 179 0081 2 30 10 179 0081 2 3 0 1 0 03 3931 3481 465 0024 2 14 556 0038
9. 2 3 RST RUN ON OFF 1 4 4 6 12 5 21 1 1 2 3 4 4
10. 1 2 ON OFF 0ON OFF 1 5 7 2 ON OFF 3 ON 4 ON OFF ON 0OFF ON OFF 1 ON ON lt OFF ON 0FF 1 ON ON lt OFF ON OFF 2 1 10 ON 1 0ON 15 OFF 2 0OFF 5
11. 1 7 0 lt 1800 0 lt 1700 175 7 0 3300 0 3100 0 3100 300 750 0 1500 0 2200 IR 1S 77 2 0 600 0 1100 2 g 0 1300 0 2300 LE ET PI 0 1300 0 2300 i io 0200 0 0 LL 5 4 0 600 0 1100 7 200 600 300 1100 1 32 00 lt 1000 1500 2000 33 0 0 WD 139 00 lt 2000 00 lt 400 35 200 lt 500 300 lt 1000 100 0 100 0 150 0 200 0 37 0 00 00 0 138 00 lt 200 00 lt 00 7 cc 10 10mV 0 10mV 0 20mV 0 50mV 10 50mV 1999 9999 10 5000 0 000 1 0 0 2V 0 5V 1 5V 0 10V 0 lt 20W 197 1 4 20 BRS KEJT N JIS IEC Pt100 JIS IEC JPt100 JIS B 400 C 752 F 2 KTU 100 C 0 796FS 3 PLHL 4 Wrer5 26 5 UL DIN 43710 0 0 lt 800 0C
12. PROG RUN 0 1 RST DI FIX 0 0 D1 1 ADV 2 ADV 3 AT OFF ON OFF ON AT OFF AT AT RUN AT AT AT RUN RST HLD ADV 6 4 AT 0 0 5 6 1 1 0 1 Pa gt 1 0
13. 5 18 11 5 18 4 DI4 PE 50 ran man RRs men non 4 HLD Rt ADV FC FIX 4DI4 2012 3 3 13 5 14 5 19 1 EV1 gt 5 0 LT 1 5 RWRsd nam EV1 marn Hd ed ggd rd 1 3g Motg E 5 7 1 5
14. SV 3 2 FIX SV 4 ENT SV SV 1 1 SV 2 1 SV AT 100C 0 0 A ET 5 3 2 FIX SV 4 Sg EE_5g Es 77
15. 20 _28_ 8 05 K PID No HLD ADV AT Mt Ll SV TS1 ON TS1 ON TS1 OFF TS1 OFF TS2 ON TS2 ON TS2 OFF TS2 OFF EV1 EV EV2 od 2000unit
16. SV SV SV 1 13 5 16 2 12 FE gt 5 man ner non HL HD DV FIX 5 SPT3 2 012 DI 6 10 5 DI 2 RUN RS FIX No 2bit No 3bit 5 17 3 013 PE 5 0 LT TL 5 a RNRS non HLDD DV FIO SPT2 3 D13 2D12
17. 3 5 EN 4 MW OUT 3 GRP 1 3 4 5 2 1 1 3 4 5 PIN RST PIN
18. 2 ON ON 0OFF OFF ON ON ON 3 OFF 0FF ON ON 00 00 OFF 4 ON ON ON gt OFF OFF ON ON OFF gt OFF ON 1 2 3 OFF 5 0 TS
19. SV PV SV GUA 2 RUN RS 1 0 1 5 7 2 2 1 SV 1 5g 2 1 2 gm RF 1 0 1 PT gt 1 1 1 0 0 RUMRS STP PTN 1 4 SV SV SV SV SV 4 2 2 2
20. 10 5000 5 9 ET 50 LT 1 0 0 Rs 0 3 0 000 PROG RUN 8 PV 5 10 PV gt 50 CT I 0 0 kd RuMRs 1999 lt 2000unit 9 PV 5 11 PV Pf 50 LT_ 1L_ 0 RuVRsT 0 100 0 5 12 _19_
21. OFF 2 RST RUN 3 RST RUN SV 1 4 2 3 PV ON 6 13 1 lt 3 A SV 4 7 ON ON ON f A A 6 0 ON ON ON 6 14 9 5 28 5 29 5 30 5 31
22. 5 22 RUN RST 5 23 2 my 5 24 2 RUMRs 5 25 Rs 5 26 3 1 1 Rssi 5 27 3 5 5 28 1 5 29 2 1 Ms 5 30 3 1 MS 5 31 4 ol 5 32 2 RS 5 33 NR 0 Rs 5 34 EN 2 MM 2 5 36 5 37 5 38 5 39 RUM RST 5 18 5 40 RUMRST RUMRST 5 20 1 5 42 TS 5 21 1 5 43 RUN RST 5 22 i RUN RST 5 23 5 2 FP93
23. FIX Hd LA 3 5 FIX 2 EV2 L3999 EV1 EV2 3 4 kl RW 3 6 FIX 3 EV2 gt 30 FF EV1 EV3 3 4 3 0 _17 5 9 4 1 PID No 1 6 PID NO 1 lt 6 4 0 EE 1 4 0 PID No 2 EET 5 gt 00 PTN PID a STP PID No 4 1 gt 4 1 PID No 2 EE CS GR 40 PIDNo 1 3 0 Rs OFF 0 1 lt 999 996 OFF ON OFF 2 6 5 PID
24. AT AT AT ON OFF PID PID AT OFF AT AT gE rm AT AT AT AT AT AT 0 7 AT 3 AT AT AT OFF ENTI AT PID AT 1 2 P OFF 3 PV
25. 4 2 gt 4 1 PID No 2 40 eD No 1 20 RWRS 1 999unit ON OFF 4 1 P OFF 4 3 TH 4 1 PID No 2 5 40 iD No 1 120 3 RM OFF 1 6000 6 5 PID P OFF 4 4 41 lpNe2 3 gt 40 PID No 1 30 RW OFF 1 3600 6 5 PID P OFF 4 5
26. gt 50 HLDD RUN RST HD 09 6 HLD 09 6 r RUNVRS 27 ft 7 5 5 PA gt 5 LT 1 L _ 85 05 Rs 01 lt 92 5 11 PROG RUN 6 5 6 ar
27. 4 8 PP BE 4 1 PID No 2 40 PID No 1 100 0 0110 1 100 09 kl RvRST 4 0 PID No 1 6 2 PID 4 10 Pe ZONE Z 4 0 PID No 1 4 11 ON Pa 4 1 PID No 1 41 PID No 6 GR 4 10 PID Rss OFF ON OFF PID ON OFF PID 6 9 PID 4 12 1 SP gt 4 1 PIDNo 1 410 PlD 0 kl RuvRST PID No 1 4 13 2 SP E gt 4 1 PID No 1 4 10 PID 0 kz Rfl
28. ENT 5 1 5 5 ST 5 1 5 5 RUN RST 3 RUN RST 1 5 1 5 5 1 N0 3 5 0 HLD
29. gt 6 16 DO 4 26 6 17 24VDC 20mA 27 30 ON 1 2V 4 26 PID No 3 0 0 0 6 18 RAM 5 42 RAM 05 K 0 0 800 0 RAM R AM
30. 4 B 3 111 96 11 100 130 CONTROLLER _PV SS cm a TF 0 8 92 0 4 OUT RUN HLD GUA COM HR 4 A MAN Vi EV2 EV3 DO1 DO2 DO3 DO4 hi ce a _ _ 9 5 a mm 3 4 Q G O leee
31. COM LOC 800 0 700 0 LOC EEPROM RAM EEPROM 700 0 EEPROM 700 0 1999 2000unit 7000unit 7 A PV 109 A
32. DO1 nar 5a 7 1 2 mum RUN 5 9 gd Fe FX 5 29 2002 6 5 0 NON 2 RUN RS DO1 DO02 5 28 5 30 3 003 5 0 NON a man DO1 DO03 5 28 5 31 H 5 31 4004 GRH gt 5 0 ta ON NMN Resd man DO1 DO4 5 28 16 5 32 ae 50 FH Rsl
33. 2 3 5 5 5 mV 5 6 5 7 5 8 4 ON OFF 4 4 1 P OFF 5 5 12 Act RA DA ga 8 7
34. 4 2 RUN FIX 24VDC 20mA ON 1 2V 0 25 4 1 2 4 10 40 40 6 3 0 999 0 0 99 59 0 0 99 59 1 1 1 x0 02 6 0 25 SV PID No 1 2 9999 ON OFF OFF 1 999 ON OFF EMC
35. 4 No 3 AT ON 5 RST AT AT 1 0 100 200 2 PV 3 RST 4 AT 5 PID No 1 6 No 3 AT 6 5 PID P PV SV ON OFF 1
36. BCC 8 1 0 DO PID PID PV 1 SV 4 20mA DC 300 0 10V DC 2mA 0 10mV DC 100 0 39 FS 0 696FS 1 10000 0 25 P I V
37. 5 35 Ee L0C0 COM COMLOC RuvRST 5 36 GRH gt 5 0 1 Rs 1 255 No 5 37 _21 5 0 1200 RNRS 1200 2400 4800 9600 19200bps 1 19200bps 7 2 PIN BTP 3 Gp gt 5 0 7
38. 40 1 4 733 0812 3 17 15 354 0041 5 7 3 1 03 3931 989 1 052 776 8751 06 6319 1012 082 273 7771 049 259 0521 F AX 03 3931 3480 FAX 052 776 8753 F AX 06 6319 0306 F AX 082 271 1310 F A X 049 259 2745 PRINTED IN JAPAN T1409
39. 9 7 7 mV 97 SSR 0 0 0 PV Ed SV 3 0 0 2 1 P 2 2 1 1 3 2 1 3 4 4 0 5 0 0 1 3 4 5 1 2 3 4
40. DI FIX 2 FIX SV 3 2 FIX SV 30 gg 0 0 RuvRsT FIX SV 3 FIX No 3 3 FIX PID No eC gt 3 0 8g 0 Rs 0 6 FIX PID No PID 0 PID No 1 4 FIX 3 4 FIX gt V1 gt 3 Fd FIX EV1 Hd 2000 Ld 1999 od 2000 RNRsT id 2000 HA LA 1999 2000unit 0 2000unit EV1 Hd LA
41. gt 4 1 PID No 2 gt 40 PID Ne 1 00 RNRS 50 0 50 0 I OFF P PD 6 6 P OFF 4 6 5F gt 4 1 PID No 2 Pd ggl 4 0 PID No 1 0 40 Rs OFF 0 01 1 00 PID SF 1 00 SF0 10 FIX SF OFF PID P1D P OFF 4 7 1 4 1 PID No 2 gt 40 PID No 1 0 0 Rs 0 0 lt 99 9 6 7
42. 6 3 gt 1 RUN ENT 3 MAN 4 ENT 3 1009 SSR P OFF 0 09 100 09 P OFF 0 1 5 Ms 5 3 3 MAN MAN MAN OUT
43. 0 6 ADV 0 7 AT 0 0 1 1 0 1 3 4 0 1 3 4 GRP 0 5 0 E 3 5 5 QRPI 0 a 1 2 3 4 5 1 1 4 1 16 5 1
44. 2 3 2 DI 011 2 4 2 4 4 _25_ 6 11 SV PV 20C PV 30 10 C 100 PV 30 C 70C 1999 2000unit 50 50C 20C 20C
45. i RUMRSH i BTEP TEA PIDNo 1 4 0 PlDNo 6 2 GRP 1 2 GRP al 1 RUMRSH SE 1 RUMRST 4 2 1 kes 1 Rms 4 3 i 1 Rus 1 Rs 4 4 1 Rs 1 ROMfsi 4 5 1 ms Rowssi 4 6 1 kus 1 Fs RUN RST STEP RE iBTEH RUN RS 2SP RUN RS 3SP RUN RS PIDNo 1 4 0 PIDNo 1 4 1
46. NO SSR NC COM EV1 EV2 EV3 Fm aa 2 W 9 0200 RS 232C SD RS 485 Rs_2326 RD RS 485 1 B B 10 2 W 7 4 PV SV FP93 SHIMADEN PV 0 PV 1 2
47. 3 ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF ON lt OFF ON OFF ON lt OFF ON 00 00 OFF 00 00 2 ON 8 OFF dh 1 ON HLD HLD OFF 1 2 ON OFF 3 ON 4 ON gt 0FF 1
48. Hd 2000 Ld 1999 od 2000 id 2000 HA LA 1999 2000unit 0 2000unit EV1 Hd LA PROG Hd LA 1 12 2 EV2 gt 1 1 2 289 1 GR gt 1 0 1 Rvrs EV1 EV2 1 11 1 13 3 EV3 3 gt 1 1 2 2 1 1 GR gt 1 0 1 RWRs EVI EV3 1 11 5
49. ON ON Sa PV 109 1096 A A 10 PV 110 oatl dd PROG DI 0 5 HLD HLD PROG A5 7 PROG 1 1 3 1 4 1 5 1 6 ON OFF 6 15 5 2 PROG 2 1 7 1 8 1 9 1 10 ON OFF 6 15 run RUN RUN 5 PROG 1 End5 PROG 1 FIX FIX _26 6 15
50. 1 PV 2 MAN LED 23 6 4 AT PID P 1I D AT AT 4 V OFF ON EN AT AT AT
51. D 6 6 PID I OFF 6 7 0 19 0 1 6 8 SSR 112
52. 1 14 gt 1 1 2 GL 2 1 1 RF 1 0 1 1 1 9999 1 15 2 RUN RST 16 6 PV 1 15 PV 55 1 2 1 1 1 0 1 OFF ON OFF PV SV 1 1 2 ROWes 7 1 16 gt 1 1 2 2 1 1 1 0 1 OFF OFF 1 lt 999unit PROG
53. 1 SP 200 C 200 lt 300 PID No 1 2 SP 300 C 300C PID No 2 P SP PID No 6 10 DI DI 4 non RUN RST RUN RST DI1 1 2 RUN RST ADV 0 6 ADV ADV H
54. AT 15 5 6 1 sa 15 1 SV 15 2 CSS RR RR GOO RE 15 3 16 4 16 5 702 EN EE EA Ea 16 6 PV 17 7 17 5 2 PPE 2 0 C 2 TWE 0 0 17 1 SV 17 2 17 3 PID No 17 5 8 3 AN RN AANA A RA MN EY 17 1 FIX ON OFF 17 2 FIX SV 17 3 FIX No 17 4 FIX 17 5 9 4 18 1 PID No 1 6 kia i de EA ih de ha i 18 2 PID fe NR COCO 0 18 5 10 5 CCE RR RE RIS FACT SE 19 1 RR RR A RR RE 19 2 FPP Orr or or OT 19 3 DEE AN ER EE EE 19 4
55. 6 0 3 0 10mV 4 4 20mA 6 0 10V 9 7 0 5 RS 485 7 RS 232C 9 8 0 9 1 1 OK 1 250Q 1 1209 RS 485 1 2 2 3 3 1 10 C
56. 1 RST gt RUN 2 RST gt RUN SV 3 0 25 RS 232C RS 485 RS 232C 3 RS 485 2 BCC RS 232C 15m RS 485 500m 1 255 1200 2400 4800 9600 19200BPS 7 1 1 100 1 0 512msec ADD 2 ADD_two s cmp 0R None EEP rAm r_E ASCII RS 232C 1 RS 485 31 1 255
57. DI FIX 0 0 0 4 PID No 00 SV PID No RUN 0 1 RST 0 0 1 HLD 0 5 HLD 8 sf OFF ON OFF ON HLD OFF HLD HLD PROG HLD HLD PROG RUN I 1 RST DI FIX 0 0 01 4 HLD ADV 0 6 2 ADV 0 6 ADV gg 00 EE OFF ONOFF ON ADV ADV
58. SV PV PV PV 7 LED4 SV 7 LED4 PTN 7 LED1 STEP 7 LED2 OUT LED EV1 3 3 LED AT LED MAN LED COM LED D01 4 4 LED GUA LED RUN LED FIX HLD LED LED gt LED sw LED 0 396FS 1digit CJ 23C 5 C 0 001 0 01 0 1 1 10 1109 Pt 200 600C 210 680 C 0 25 1999 9999 10 5000 8 K2 4 ENT
59. gt 50 LL LL oe Rs C F mV V mA PROG RUN 7 5 7 lt 0 0 0 kg Rfsl 1999 lt 9989unit mV V mA PROG RUN 5 8 EA 50 7 100 0 Rs 10 5000unit mV V mA PROG RUN 10 5000
60. 2 20 4 10 No 1 3 _15 3 1 3 1 TS1 0N gt 1 1 2 A LE GRH 1 0 1 mm OFF OFF 1 TS1 tmS1 6 15 TS1 ON 4 1 4 1 TS1 ON gt 1 1 2 LT L582 2 1 1 GAH 1 0 1
61. 5 VS 1 1 4 RP 0 4 0 0 1 0 4 0 PID rg 0 5 0 0 SF 3 9 2 0 C 1 0 0 0 1 NE 1 0 mA 3 5 3 0 FIX
62. 1 tr 4 8 1 5 39 RA gt 5 0 AA RUMRS STO STX GR gt 5 0 FFPPTLFPFFTFTPLELFFFFFFFFFFrL 1 1 lt 4 BCC RUN RS 20 RUN RST 1 100 x0 512msec GR gt 5 0 RUMRS EEPROM RAM EEPROM RAM FIX SV OUT STEP SV RAM EEPROM
63. EN 6 1 FIX FIX 3 1 FIX ON OFF 4A I SV OFF ON ENT FIX OFF FIX 3 FIX OM OFF 3 2 IE 4 EET WN EET EE nn a 1 9g 6 2 SV FIX 0 0 4 KNI
64. 0 ON OFF DI 1c 240V AC 2 5A 1ax3 ON OFF 1 999 EV1 EV2 EV3 16 PID RA DA 1 0A SSR 12V 1 5VDC 30mA 4 20mA 6000 0 10V 2mA 1 8000 1 096FS 5 lt 10096 OFF 0 1 lt 999 996FS OFF 1 lt 6000 OFF 1 lt 3600 OFF 0 01 lt 1 00 1 lt 999unit 50 0 1 OFF 0 0 99 9 0 1 lt 100 096 1 120 SSR 0
65. 2 ron RUN 5 PP nd LEY 0 FX 5 20 1 EV1 let 5 Kk RUN RST 1 999unit EV1 EV1 ad rd HH 4 5 21 1 EV1 3 2 i gt 5 0 1 RWRs 1 lt 4 EV1 EV1 7 RST gt RUN RST gt RUN SV 7 5 22 2 EV2 gt 5 LTT L_ gg Res man EV1 EV2 5 19 5 2
66. 2 EL 5 2 1 1 GR 3 0 PTN 1 4 1 SV 1 1 SV gt 1 1 2 IW MEE sTH 2 1 1 GR 1 0 1 Rs 0 SV SV SV 4 2 1 2 PN 1 1 2 2 1 1 leRH gt 1 0 1 Rfs 10 1 5 1 4 1 40
67. 3 OUT SSR ON OFF 5 RUN RUN FIX 6 HLD HLD Hold 7 GUA GUA PV Guarantee Soak 8 COM COM 9 AT AT AT AT 10 MAN 11 EV1 1 1
68. 5 0 be 0 7 AT EE a EE 2271 TO a 3 3 f 1 3 0 re RUN RS 3 1 FIX RUNRST 3 6 FIX 3 ER RUN RS RS d 4 RNT 5 4 1
69. RAM RAM 6 17 RAM 5 42 _22_ mm mer 5 43 RH gt 5 0 OFF OFF 1 2 3 5 0 OFF 3 4 5 1 2 3 4 RUMRST 5 11
70. 1 2 3 9 4 _m _L _H 8 8 BCC 6 8 8 31 TS1 ON TS1 ON TS1 OFF TS1 OFF TS2 ON TS2 ON TS2 OFF TS2 OFF EV2 EV3 SV PID No 0 6 MR 32 9
71. 2 TS2 0N gt 1 1 2 sf 2 1 1 leRH 1 0 1 OFF OFF 1 TS2 tmS2 6 15 TS1 ON 4 2 RUN RS 1 8 2 TS2 ON PIN gt 1 1 2 ggg 2 1 1 GR gt 1 0 1 RUVRS 00 00 00 00 99 59 TS2 TS2 ON OFF 1 9 2 TS2 OFF
72. 3 3 2 2 1 FP93 8 Y 90 1 3 5 0 1 FP93 2 8 WV W 4 WA 250Q 9 3 Y I P SSR V X 4 90 100 240V AC 08 24V AV DC 5 0 0O 1 9
73. 9 TP gt 2 1 2 9777 1 0 1 PH gt 1 1 1 00 01 00 00 99 59 RNRS 3 PID No 2 3 PID No TH 2 1 2 EE 1 0 1 PN gt 1 1 1 0 0 6 PID No PID 0 6 0 PID No 0 PID No 1 2 1 5 8 3 3 1 gt 40 cm RuvRs PTN FIX 1 FIX ONVOFF 3 1 FIX ON OFF gt 3 0 sal OFF RRST OFF ON FIX ON OFF
74. 2 ENG Nd EI RR ts 4 3 1 4 3 2 tt 4 3 3 5 3 4 RA NN CA NR TR 5 3 5 6 3 6 6 4 AS SO Sin RS SE de 7 5 9 5 1 ee 9 1 t 9 5 2 13 5 3 ee 13 1 0 5 13 2 0 13 3 3 13 4 14 5 4 tt 14 1 14 2 14 3 14 4 uv 14 5 14 6 14 7 14 5 5 0 hr Er A RD A i 3 15 1 HLD 15 2 ADV 15 3
75. 25 6 11 TR ER TR EE RE RE PR 26 6 12 i RRR RR GRR EG GG ae 26 6 13 26 6 14 26 6 15 RCC 27 6 16 DO 28 6 17 NE NE NEE NEE NCE WE Suer 28 6 18 RAM 28 7 28 8 29 9 33 1 FP93
76. PID I PID D PID MR PID SF PID PID Il sl 1 es re i nd i re rr re 29 No 7 7 Z3SP PID PID PID No 4 PID PID PID ON OFF 30 Pt Dg lt lt 1 i 9 i rr pe r re oe 5 a a rr lt UU lt rt lt dq 5 RR HIME lt ID U IL i RL rt U A 5 F lt
77. 00 00 00 00 99 59 1S1 TS1 ON OFF 1 5 1 TS1 0FF gt 1 1 2 ofr 2 1 1 leRH 1 0 1 OFF OFF 1 TS1 TS1 ON OFF TS1 OFF 4 2 RUN RS 1 6 1 TS1 OF F PN 1 1 2 LA ez TP 2 1 1 GR gt 1 0 1 00 00 00 00 99 59 TS1 TS1 OFF 0FF 2 RUN RS 1 7
78. 01 19 5 19 6 RR RR RRR EE RE 19 7 RE EE RE ER 19 8 PV 19 9 PV RS CK 19 10 2 9 asu 2 20 11 i Eni RE nL RE 20 12 SV eee Serie 20 13 ER A EEE EE ER 20 14 ON NSP RES DR 20 15 DO WR ER A RN RE 8 RE A 21 16 ER td LR a Re he nh 21 17 TE RR ER RA ER RE RE RE RE 21 18 0 Sr Fr 22 5 11 22 6 23 6 1 FIX ss 23 6 2 SV AF 23 6 3 23 6 4 AT 24 6 5 PID 24 6 6 ke GAS ey hc 24 6 7 24 6 8 eee 24 6 9 PID RE CR RC RR RE ECR 18 25 6 10 DI
79. gt 1 1 2 TL sg 2 1 leRP gt 1 0 1 RWRs OFF OFF 1 TS2 TS1 ON OFF TS1 ON 4 1 10 2 TS2 OFF gt 1 1 2 228 2 1 1 1 0 1 ROMs 00 00 00 00 lt 99 59 TS2 TS2 OFF OFF 6 15 4 1 11 1 EV1 g gt 1 1 2 LT Tr 2 1 GR gt 1 0 1 RVRST
80. 4 2 1 40 1 3 1 2 10 4 PID No 6 8 PID 2 1 2 2 2 3 9 Te 3 TS1 SMO aD ks RS Dl 9 9 or H 2 Ed nn Dl EV2 1 TT 1 0 iPTN 1 1RUN RSH NE OT tt PTN
81. Er 60 TSRRO TGM NE PN UM RUN RST 1 3 TS1 0N 1 3 TS1 ON i Rm i i 1 Rs 1 4 TS1 ON 1 4 TS1 ON i Rus 1 1 Ms 1 5 TS1 OFF 1 5 TS1 OFF 1 RUN RS l RUN RST 1 6 TS1 OFF 1 6 TS1 OFF 1 Rowss 1 Rs 1 7 TS2 0N 1 7 TS2 ON Rss 1 Rss 1 8 TS2 ON 1 8 TS2 ON fwss 1 Ross 1 9 TS2 OFF 1 9 TS2 OFF 1 RUN RS RUN RST 1 10 TS2 OFF 1 10 TS2 OFF 1 Rss 1 Rs 1 11 BT 1 11 EVI l vs l 1 RUN RST 1 12 EV2 1 12 EV2 l og RUMRsl 1 13 EV3 1 13 EV3 l vs l RUN RST 1 14 14 i RUN RS i RUN RST 1 15 1 15i PV i RUMRS RUMRS1 1 16 1 16 RUN RST i i RUN RST 1 0 1 0 STEP STEP 2 1 1 2 1 1 1 RUN RST 2 2 2 3
82. GRP PTN RTEP RUN RST OFF 1 lt 3 4 C TC Pt mV V mA 500kQ 100Q 1 2V 109 1C 5 45 C 2 C 1 K T U 100 C 0 7 FS 2 B 400C 752 FF 0 25mA 59 3 1 5 0 3C 1 10Q 0 7 C 1 200 1 6C 500kQ mA 250 0 25 0 lt 100 1999 lt 2000unit DI P
83. 5 PV SV OUT 3 5 33 gt 5 0 Eiri tne PV SV OUT 0 0 RS PV SV OUT 0 0 100 0 OmV 4A 0V Ema 6 5 0 HH rr PV SV OUT 100 0 ka Rf PV SV 0UT 0 0 lt 100 096 10mV 20mA 10V Ao gt AoH Ao lt AoH Ao gt AoH 100 TT 0 0 Ao Ao H 1009 0 Ao H Ao 1009 17
84. EV id 2000unit EV3 HA EV LA PV ee nd ye D 0 0 1 1 0 a Dj 1 1 3 a 3 0 pe Li Li rn Le ye cy SS Dd yw Cy pe ole er he Lr Lr Pe 1 ul Tl A A LU 4 x x Ld 1999unit x x Ro 4 UM Pa ne ee 564 SV PID No FIX ON OFF FIX SV FIX PID No id EV1 6 Hd 2000unit EV Ld 1999unit EV2 od 2000unit EV ag id 2000unit EV3 HA EV sie LA Ft PID P PID
85. ON EV2 2 2 ON EV3 3 3 ON 12 DO1 1 1 ON DO2 2 2 ON DO3 3 3 ON DO4 4 4 ON 1 2 3 4 PID No 1 0 SV 2 0 3 1
86. PID No 2 4 14 3 SP gt 4 1 PIDNo 1 41o PID 0 Ka Rs PID No 3 4 15 EE RTH 41 PIDNo 1 4 10 PID 20 0 999unit 2 RUN RST PID PID 4 10 PID _18_ 5 10 5 5 0 EE sg PTN STP 1 5 1 NR 0 0 P gt 5 0 4 RNRS 1 2 4 1 40 2 20 4
87. RR a Le Da 1 UIESSL nn n lt RR Le DJ 0 0 J 0 lt 1 1 0 5 D 1 1 lt 0 5 ee 1 0 1 es i lt a DJ DJ Da rl Da ri rd iy i 6 So 5 rAnG it 4 LL M 4 1 PV i PV _C 1 3 SV 6 SV _H 2 i2c 3 i3c 4 i4c EV1 EV1 _d i EV1 i EV2 _m Le EV2 _d i EV2 i EV3 mm rr EV3 _d 5unit EV3 1 EF
88. 10 PROG RUN 2 5 2 gt 5 0 EE EA 7 RS HM 7 WS lt PROG RUN 3 5 3 0 LT Leas OFF kl RMRs ON OFF OFF PROG RST ON FIX AT DI ON OFF PID PID No 4
89. 50 C 9096RH 2000m IEC60664 II 2 3 2 3 3 1 04 Om FP93
90. 0 ON 0FF _24_ 6 9 PID PID PID 3 SV PID NO SP PID No 1 SP 100 C o 1 2 SP 200 C ee No 2 3 SP 300 C No 3 30 C PID No 3 i i SP 300 C 7 2 SP 200 C 27 1 SP 100 7 SV STP1 STP2 STP3 STP4 STP5 STP6 STP7 STP8 SV 200C PID No 1 200 lt 300 PID No 2 300C PID No 3 SP 3 SP 100 C SV 200 PID No 3
91. 0 100 0 0 1 RA DA SSR AD OFF ON OFF OFF P PD OFF P PI 4 RUN RST HLD ADV FIX No DI1 RUN RST DI2 4 HLD ADV FIX No 5V DC 0 5mA 1 0 125 240V AC 1A 2 RUN FIX 1999 2000 1999 2000 0 2000 0 2000 EV1 EV2 EV3 4
92. 3 _20 5 23 2 EV2 g 5 0 5 RRs 1 999unit EV1 EV2 5 20 5 24 2 EV2 ES 50 1 A RUN RS 1 4 EV1 EV2 5 21 5 25 3 EV3 Ln GR 5 RUN Res nan EV1 EV3 5 19 5 26 3 EV3 Ed gt 5 NE EE 5 Kk RUN RS 1 999unit EV1 EV3 5 20 5 27 3 EV3 gt 5 LT SSM 1 RUMRS 1 4 EV1 EV3 5 21 15 DO 5 28 1 01 mB 5 0 ri NON
93. 3 5 3 6 M3 5 7mm 5Q In m 600V 2n m 100 1 0N m 10kgf ocm
94. FP93 FP93 FP93 FP93 WJ FP93F 1EJ 2014 9 1 3 2 EO EE DAS 4 2 1 NN GN NE EE REE NE IT 4 2 2 4 3
95. IX W 4 FIX SV RUN RMRsT 3 00 0 0 100 0 SV gt RUN ENT 3 6 3 0 2 gt 0 SV PROG RUN 01 1 RST DI FIX 0 0 N 0 3 gt 00 0 SV PROG RUN DI 1 RST
96. LD 0 5 HLD SV HLD SV ON OFF HLD FIX 3 1 FIX ON OFF FIX FIX FIX SPT3 No DI2 4 3 SPT2 No DI3 4 2 1 0 1 DI 125msec ON 1 125msec
97. gt 5 7 rR HO RA DA 11 5 13 Re Y 30 P 3 RRS 1 lt 120 6 8 12 SV 5 14 SV 15 7 50 LT_ 1 SH 1 5 15 SV a mm mm FFT Rg 1
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