メーカーマニュアル(FP21)
Contents
1. 2 OL 0 0 10 0 OL lt OH RST 0 MAN 4 10 0 110 0 6 4 ALARM 1 PID 09 100 0 _ ALARM HL OL 0 0 ALT 200 10 AL1 ALARM MODE LLI LL2 0 FS HD1 HD2 100 Unit 0 9992. RUN RESET HOLD SEL 1 2 4 No LEV AZ PV gt SV PV SV PV 2 3 2 97 4 2 PV
3. y PROG CONTROLLER 1 Par F P DUT 1 0 PROG CONTROLLER 29 NORMAL ON 2 ALL RST ON ALL RST PROG CONTROLLER ALL RST ON 3 AUTO RUN ON AUTO RUN ON RUN PROG CONTROLLER AUTO RUN ON 4 GUA ON RUN RUN OFF k RUN PROG CONTROLLER F P GUA HUN ON RUN PROG CONTROLLER D 22527823 OUT RUN 5 AUTO amp GUA ON AUTO amp GUA OFF
4. 8 20 MEMORY INITIAL FP21 ROM No TIME UNIT MEMORY INITIAL PID SERIES Ver 00 0 0 1 SRAM 2 SRAM NVRAM 01 1 SV SV
5. ON D NORMAL ON SRAM ERROR PROG CONTROLLER LF Po 2 1 ERROR ON PROG CONTROLLER F P 2 NORMAL ON gt NVHAMI ERROR 3 MALFUNCTION SEE INSTRUCTION 2 MALFUNGTION PROG CONTROLLER ERRA gt gt SEE INSTRUCTION 13 FP21
6. 3 5 LINK 123456789 123 999 No CFM 3 6 PIDNo ALARMNo FE RPT 1234 3999 1 ALARM_ CFM No 1 9 FIX PID 3 7 SET SV SET TIME SV 800 0C TIME 99h58m SV
7. LIMIT MODE N lt lt lt lt Se W 5 1 9 10 18 19 3 Y START STP No P1 PTN END 01 81 A RPT N STP 1 B RPT START STP C 1 RPT N START STEP PTNEND 5 01 gt 10 11 12 gt 49 50 51 gt 80 81 2 Y LIMIT START 5 1 STP No 01 gt 10 11 12 gt 49 50 51 gt 80 81 3 RPT LIMIT 5 5 5 1 1 I l STP 01 gt 30 31 gt 60 61
8. 35 8 4 1 TMT1 PV 5 1 BD ACTION 8 TIME 880 MODE TMTe MODE SV PV PV SV SV 2 2 SV SV 2 TMT1 3 1 LL No 1 TMT 200 06 LL 0 00 HL 100 96 FS TMT1 100
9. 1 SVHL 100 FS SVHL SVLL SVLL SVHL 2 SVLL 0 FS SVLL SVHL FIX SV SV 8 SV SV 7 3 LIMIT SVHL 200 90013 LIMIT 0 SVLL 000 ME RPT N 1 9 1 81 1 P
10. SO FP 1F 1BJ 199915 3 53 1 n L F 8108 298664 11544517 2893 TULAR OU 2 3 2 17221883 00 9206779 230 19 0 PIRO LINA SAN 6 lt HTH 223922 AAA 5 8 9 9 228 SAN 29 55 0 CHR m MAL ON N 3 z ALZATO 4 x A 9 5 32 168466 3411 138 20 008 AS 135 2 48 5671 48 4 2 4 6 ISAN h 5 505 0449 2113 WAL SAN SAN 6 a 241 222 mimusy 2 z 66667722 1dH 09 _____ 0 9 3004 3 l QO W49 m 688 661 ANIT 68L997E2 1 7 666 93x3 ANIT 1684997621
11. 1 e e e 600 V JIS 3307 2 3 e e 2 mm 100 Q 4 ee M 3 5 2 7 0 3 1 DO3 DO31 0032 0083 EE O 0m
12. 2 16 7 7 3 1 FP21 9 1 9 LINK FORMAT LINK EXECUTE START PATTERNNo LED PTN STP No 1 2 LIMIT MODE YD 1 81 A LINK FORMAT LINK EXECUTE START PAT TERN No B LED STP No 01 81 0 C No 1 D
13. v FIX ENT FIX LED FIX RST ENT 10 4 4 1 5 3 ENT LED RVS v BNT MAN RST ENT 8 3 3 1 X 10 4 4 1 6 2 EXEC KEY KEY MAN ws 1 sanna __ p a 9 FP21
14. DI 24 4 DI11 SEL 1 5 0112 SEL 2 6 0113 SEL 4 7 DI14 SEL 8 8 DI15 AT SEL 16 No DIN 12 DL COM 11 DI18 RUN RST PV PV 1 PV 2 PV 3 10 DI17 HLD NOT DI16 ADV 9 8 DI15 AT SEL16 7 014 SEL8 6 DI13 SEL4 5 DI12 SEL2 4 DI11 SEL1 24 DI No 9 10 11 12 1 DI 1 MODE PTN PTN 5 3 DILI MODE 0 _15 ALA
15. START NO 1 START PTN NO 1 STP NO STP FIX Sv 100 00 200 00 7 1 ALARMI ALARM IITEMI 1 9 1 9 13 RVS ENT ENTI PID 1 PID 9 1 9 A C RVS ITEMI Pl 1 10 31 TIME 00h30m ITEM 4 Pl sv 009 A B 92 TIME Ih0Im RVS ENT PV FILTER gt ALARM AL1 11 PV BIAS 1 0CIITEM MODE ALE LLD Pl _ 100 00 3 Pi sv 100 00 50 TIME 00h0Im S 00017
16. 25 O AT 0 100 2 AT SV AT OFF SO RST AT O AT 250 4 10 O AT AT ON LED PID AT PID No D AT FIX AT FIX AT LED X AT AT LED AT A AT RAT
17. EXEC 3 4 ADV KEY 123 e 4 RST FIX RST CFM HLD ADV RUN RST HLD ADV ENT 1 ADV LED 291 HLD FIX No RUN HLD FIX RST 5 FIX KEY FIX RST RUN FIX CFM
18. AT AT LED RUN HLD B RUN AT PID No AT AT C 1 AT AT 3 HLD ADV T LED HLD ADV 1 10 4 4 1 3 4 FIX
19. VUN TTT 1 Sie 63 8768 0 99 59 1 2 0 99 59 1 0 1 1 p 1 1 0 99 59 09 99 59 1 4 1 NSR 0 99 59 2 0 99 59 1 1 0 999 gt 0 99 59 2 0 99 59 RVS FUNC DOWN 4 SHIFT
20. 2 1 1 1 DIO 24 1 3 1 2 4 FP 21 FP2 00 00 2 3 mV 4 mA 6 Y I SSR V EE 00 13 0 10mV 23 0 10 14 4 20 24 4 lt 20mV 16 0 lt 10V 26 0 10 V 0 6 RS 422A 7 RS 232C
21. HLD MAN 2 KEY KEY RUN 7 AT KEY RUN FIX PID 3 HLD KEY 2 EXEC KEY KEY _ D EXEC KEYs RUN HLD HLD RUN R HLD 0 EXEC KEY KEY 2 EXEC KEY KEY KEY HLD ENT RUN UM BUN ENT AT LED 2 EXEC KEY KEY RUN AT RUN HLD AT AT RUN RUN HLD FIX 8 KEY
22. ON OFF OFF SV HIGH HD2 2 PV SV OFF SV ON _ LOW HIGH 1 ON ON PV SV OFF OFF SV LOW HIGH LD2 2 PV SV ON OFF SV ON PV LOW HIGH 1 ON PV SV t BRR 21 5 SER ON SV OFF SV gt LOW HIGH AD2 QN PV SV ON SV OFF SV PV LOW H AL
23. ITEM S2 Z gt gt Z 2 ITEMI S3 54 Pl 8 200 06 Pl SV 200 DU Sl TIME 0iht0m SE TIME DDh0Im 5 7 P1 S1 PID No ALARM No 1 No 1 PID ALARM No 1 0 No 0 No 1 1 1 51 PID No 0 0 9 P L D OL PIDNo 1 9 Pl S PID No 0 Pl 6 1 ALARM NO 1 ALARM NO 0 2 1 51 ALARMNo 0 0 9 AL2 ALAR MNo 1 9 1 D PID ALARM fil ENT PID 1 ALARM 8 5 8 81 TS1
24. Na 19 2200 2 20 1 24 No 24 14 16 DO21 0032 I TS2 DO23 3 22 DO33 SO 8 No 19 Tio No 20 22 0031 1033 1 TS1 TS1 No 1 2 TS2 TS2 No 2 240VAC2 5A 3753 TS3 SET1 DO31 No 3 UMS 2 DO32 2 782 3 80 3 0033 4 TS4 TS4 No 4 O 10 DO14 RST U gt F DO 2 DO 3 RUN DO_ 3 5530 PV
25. ADV FILE Y o HLD HLD RUN N Y FIX RUN Y O FIX Y MAN Y PID ENT ENT tA INI Y ENT N 7 2 5 KEY LOCK 3 sl 00 00 RST ADV SVLL 1110 SV
26. FS h 7 0 FS SO MODE RST SO OUT 0 0 KEY LOCK POWER NORMAL RST ADV N N TIME UNIT HLD RUN N N PI SERIES FIX MAN N N MEMORY INITIAI 0 11 FP21 7 LED 4 2 B 16 X 2 LCD 1 PV 2 SV LED 1 _ LED 1 1 240 LCD 0 1 1 0 1 1 digit 23 1 RUN HLD GUA EXT 1 TS2 TS3 TS4 12 FIX S J T PL II 40 20 WRe 5 26 L U DIN 43710 500 100 Q tie Pt 100 JPt 100 50 1mA 500 10 10 0 10 0 20 mV 0 50 10 50 mV 0 100 mV DC 17 1 0 1 V 0
27. amp 0 TC Pt UNIT MEMORY INITIAL1 TMT 2 LL PV BIAS 8 11 RTD TYPE Pt Pt JPt UNIT Q UNIT 0 JPt Pt JIS JIS 89 DIN Pt100 Q IH JIS Pt 100 Q 8 12 RANGE 1 K 2 0 0 800 0 C RANGE K2 0 0 gt 800 0C 0 1800 0 3300 R 0 1
28. LOC EXT 7 6 RST RUN 3 1 LOC MODE LOC 3 OUD RUN FIX MAN 10 0 110 0 0 0 100 0 1 LELET OUT 81 18 171 esem FIX OUT 82 38 FIX 3 2 DEV
29. 6 5 LCD START SV 0 0C GUA SOAK 0 10 00h00m Pl 8 PID NO l ALARM 0 00h00m I0Oh00m 81 TS 100018 152 hoom 118007 153 h00m 00h09 TS4 S2 No 2 89 9 2 X CFM SV LED 11 5 4 1 8 RVS IFUN IEUNC Pr s 22322111 O 89 TIME 0Ih30W RYS FUNC OUT 1 18 Fong EXEC KEY KEY RST x 4
30. DC HIR R 197 7 4 7 4 1 C L 18 f 9 AC DC SSR 5S5SC 211 1 4 2001
31. 0 24 1 1m 24 0 1 2 1 1 2 10 C 50 C 3 90 RH 8 5 4 5 6 2 1 2 1 0 3 5 mm 3 130mm 92 98 mm 4 1 ee 9
32. AT LED PID X PID No AT 1 AT SV L 0 100 ON OFF 2 PID PID AT 2 PID X PID PID 2 O EXT DI 15 AT
33. FIX SET SV FIX 99 h 59 m 99 m 59 s RUN FIX SETTIME m 5 RUN RUN 4 4 1 EXEC KEY RST RUN HLD ADV FIX 2 EXEC KEY KEY iR5T UP 2 DOWN v SHIFT dp ENT EXT COM
34. No 5 6 51 SV 1 No 1 SV 1 1 51 SV 0 Unit ET 200 0 C Pl sv 0 00 37 L 00 8 TIME 8 TIME 00hIIm Pi 9 200 00 S1 01117 2 P1 S1 TIME 00h m 01m 5 00h m 00m 99 59m 5 ENT ELET 1 1 SV TIME ENT RVS sv 200 00 Pi 20 0 _ 3 SL v 81 TIME00h0mm _ Pl sv 00 00 9 Pi Sv 200 00 Sl TIME 00h00m A SI 01 00 Pi 200 00 ENT 8 TIME 00 h 00 s 1 250 msec
35. 10000 10999 10 10 6 a000 59 49 7 22 02000 2999 10 10 B2 B A Bl B2 FP21 OFF 10 10 A H
36. No 5 START STP No 7 0 EXEC KEY KEY 2 KEY CFM 887 a 857 MESSAGE 2 MESSAGE 23 6 END CFM gt MESSAGE HET CFM END 7 FIX BRK1 FIX RST 2 EXEC KEY KEY 2 EXEC 857 IX FI BENT _ MESSAGE IRET FIX BRK 8 RET MAN BRK1 RST 2 EXEC KEY KEY EXEC KEY 950 MAN IENT _ MESSAGE IRET 9 SO 0 7 7 SO MODE 5 PV 2 10 35
37. PV FILTER 1 1 4 250 msec 1 1 sec 200 4 250 msec 50 sec 50 X 0 2 PV BIAS 0 Unit 4999 999 Unit Pv FILTER 1 _ PV BIAS 0 0 PV FILTER 9 BIAS 0 07 PV 0 UNIT RANGE SCALE 0 Unit
38. 4 LED OFF ON ON OFF IFUNd 10 10 ENT LOC COM 1 SRAM NORMALO LON oke 85 av BRAM FN 12 95 ON ON ON OFF OUT 0 0 COM EXT COM EXT gt FP21 3 5 EXT FIX MAN 2 FIX RUN HLD FIX RUN HLD MAN LOC COM 2 1
39. 28 29 3 FIX 29 8 eS 30 30 1 1 30 2 FIX ie T 30 3 9 ee 31 10 32 33 35 24 46 13 37 kk 38 14 LCD KEY 39 41 11 1 FP 21 FP 21 9 9 1 81 LCD 0 1 1 digit O 9 PID 2
40. RST FIX PID 0 PID 1 RUN HLD FIX PID 0 FIX PID 3 ALARM 1 0 9 AL1 AL2 ALARM 1 9 RST FIX ALARM 0 ALARM 1 RUN HLD FIX ALARM 0 FIX ALARM RST RUN HLD MAN FIX 5 5 1 PROGRAM 1 1 1 9 u 391 5 1 uY 2 1 9 No 3 PROGRAM DATA 3 PROGRAM DATA PATTERN A PATTERN
41. H 96x W 96x D 140 5 125 D 195 5 180 mm 1 3 5 92 W 92 mm 0 8 0mm 750 g 12 t 96x96 500kQ 1000 1 FP21 MPU 1 2 1mA 5 Q 2 3 500kQ 18418 0 2 0011 DC 2500 4 20 0 20 DC o 500kQ iV 0 1V 2V SV SV 0c0V DC 1 120 240V AC 2 5A 1A 3 j 4 20 DC 6000 P SSR 1 120 15 DC 20mA 0 10 DC 2mA
42. RUN 0 PV GUA HLD AT SV TIME 1 PTN LINK No LINK PTN RPT LINK FORMAT gt F LINK EXEC 2 1 60 1 1 1 9999 1 1 TIME 1 60 TIME 60 1 1 1 1 1 3600 TIME O 3600 1 1 TIME 1 4 250 msec
43. 80 MODE 887 50 007 0 1 RST FIX RST 0 80 HLD 80 0 10 0 HLD HLD FIX FIX SO OUT HLD LED 8 16 SO OUT 0 0 0 0 100 026 SO MODE RSD 80 OUT 0 0 ENT S0 MODE RST 80 007 0 0 SO MODE HLD RST 0 MAN MAN 8 17 POWER ON NORMAL NORMAL ALL RST AUTO RUN GUA AUTO amp ON SD MODE RST POWER ON MODE SO OUT 0 0 FILE 1 NORMAL
44. START STPNo 32 L 4 8 OFF 0 RUN ADV AT ON OFF ON ADV LOC EXEC KEY 8 8 DO 6 RUN 1 DO 2 7 END CFM DO 1 1 X RST X DO 1 DO 2 DO 3 8 EXT EXT DO 1 7 DO 2 3 5 DO 3 3 13 DO 2
45. DO21 0022 0023 TS1 TS2 TS3 TS4 X USO END EXT 8 2 7 500kQ 1000 mV V 500kQ 9 1 mA 2500 3 1 mA 8 1 5Q 9 L 10 90 264 AC 50Hz 60Hz 11 12 GND 13 0 10 mA 4 20mADC 600Q 14 SSR 15VDC 20mA 13 C COM 14 240V 2 5A 1A 16 COM 171AL1 NO No 1 240V AC 2 5A 18 AL2 NO Ne 2 19 20 10031 NO 21 2032 NO 240V
46. FILE 9 KEY 9 VS 1 ENT KET KEY 5sec T 202 2 FP21 7 3 PROGRAM DATA PATTERN gt FILE STEP No STEP Pl GUA SOAK I se TW ooo END 31 El 87 200 00 31 1 88158 81 9 No 9 021 1 81 mE o 1 581 __ 1 jo P1 8 P1898 22 21 PS1 TS8 T 1 51 154 3858 99h59m mz mm m J LIMIT LIMIT PTN NJ 9 9 Y J 1 81 2
47. TMT1 2 HL LL PV BIAS 8 13 SCALE SCALE H 100 0 L 0 0 1 H 1000 Unit 1899 9999 Unit 2 L 0 Unit 1999 9899 Unit H 100 H L 10000 Unit 0 10 Unit 10 1 0 10 0 L 0 0 MEMORY INITIAL1 n TMT 2 HL LL PV BIAS 8 14 D POINT TP BNT T n 8 15 SO MODE RST RST HLD PV
48. 1 DO_ 1 No 17 23 DOHC7 24VDC5mA 2 No 24 Vcess0 6 18 SS i ON 15 DO22 TS3 14 DO21 END DO 1 lt 39 No 14 16 Ne 21 a O Mo 24 VDC 50 mA 24 DO COM DO 2 Nodi Vcess1 5V 23 017 GUA ON 22 DO16 00 2 SETI 2 793 3 184 2 0022 3 0023 3 00 3 No 19 20 22 031 33 No 20 DO 2 DO 3 RUN 3 2 8 RST 24 No 24 DO COM DO 3 E 2 No
49. 3 FRIX 4 o A a 6 SV SV 8 ee 10 10 DO 13 6 9 D 01 202 D 03 LAREJ PV SV 1 2
50. 8 0 415 6 ON 19915 1 WV Od __ VIVO 0HINOO u 2 Praa a A nq C ONNA 4 AAN FI TON AMMANI 12 881 15 84 68468 481 68465 15 64 E ON ON Old 18 84 50 081 6 866 1dH Nld 6 083 Nid AS 78 14 lt Y ON 48162 ON NHHLLVd gt Sp HALA ES 2 0 2 68 67 83 6 OX LINTI D AJ3GON LIATI P al Em 758466 168466 x GUBB MBGUBB VSL 68 69 66 6 9466 57 6GUBB UBGUBB N 6 ON WHVTY 6 0 014 18 14 s 6666 138 Nld ligi 2 56 lt 27204 1 ON Nd 11Vd VIVH_MVH9OOHd 0 00 1 J8A
51. CFM CFM 0 SV TIME SV 2 EXEC KEY KEY 2 EXEC KEY 881 2 EXEC KEY KEY ENT CFM RST 4 2 START PATTERN 1 1 9 RUN CFM No LINK FORMAT No No 1 3 No 1
52. 1 RUN RST 2 EXEC KEY KEY 2 EXEC kEY 881 RUN 4 RUN ENT MESSAGE RUN 2 RET RUN BRK2 RUN No 5 START STP No 7 2 EXEC KEY KEY 5 EXEC KEY UN UN RST MESSAGE IRET RUN BRK 3 RET RUN END MESSAGE 4 BRK1 RST T 2 EXEC KEY KEY _ 2 EXEC KEY RST CFM CFM MESSAGE CFM 5 CFM BRK2 CFM
53. 22 3 2 9 8 10 UNIT 22 3 3 TIME 9 8 1 RTD 99 3 4 9 9 8 12 RANGE 22 23 3 5 LAZER 8 13 SCALE 23 WER AR ROTA 9 8 14 POINT 23 3 6 8 15 SO MODE 23 PID No ALARM ee 9 8 16 24 3 7 SV TIME 9 8 17 POWER 24 4 9 818 TIME UNIT 24 8 19 25 8 20 INITIAL 25 6 FICOVA 26 1 es 26 2 ot 26 97 1 27 1 1 DOC FPP 27 1 2 28
54. No 4 No 1 No 1 4 5 8 TS1 6 FIX PID 1 9 AT L 6 1 CONTROL DATA PID ALARMNo 1 9 1 9 ALARM No 1 CONTROL DATA CONTROL DATA PID No PID ALM No 1 PID P 50 1 3009 0 1005 6 2 PID 1 PID 1 5 0 0 1 999 9 96 PV SV 0 100 P 10 0 PID 1 51 0 300s D 1005 4 D 7 P 118893 Pipi 1 27 D 1105
55. LCD LED LCD 6 8 5 1 LED FP21 PV LED 1 HH HH A A B2 B2 PV 10 2 LL Ll PV 10 B2 A A B2 3 CJ 4 CJ 5 2 8 0 0 E993
56. RUN CFM OFF Aii ON RST CFM OFF 3 LOC OFF ON RST RST RUN gt RST FIX FIX RST EXT ON DI18 RUN OFF RST ON DI18 RUN ON gt Z OFF ON RST RUN RUN RST DI18 OFF ON RUN 2 ALL RST OFF ON RST EXT 1 NORMAL EXT 3 AUTO NORMAL OFF RST ON RUN LOC OFF ON RST RST FIX FIX CFM RST
57. 0 10 V 2mA Max 4 20 DC 5000 EAEE 0 1 E 0 01 2 RS 232C RS 422 A B C RUN RST HLD 1200 2400 4800 5 LCD ASCII FIJ Ey 7 8 LCD 1 0 31 LCD 10 50 90 RH 90 264 50 60 Hz 17 VA 500V DC 20MQ 500V DC 20 WEE EER ERE 500V AC 1 1500V AC 1 5 871
58. PV SV RST 5 CFM FIX FIX 5 FS 3 3 TIME RUN CFM 17 TIME 111 100 FIX 99h59m 99 m 59 s 100 100 OFF ON 00h00m 00m00s RST 3 4 Pl 8 No 1171 51111 RST FIX MAN
59. piD 11 15 191 3003 0 2 I 300 sec 19 6000 sec P 11 1 9005 0 1008 PV SV 1 120 sec 1 P I gt PIDI P 10 PID 10 0 3008 0 100s qp a 3208 0 1005 PID P 10 0 3 1208 0 100 320 100 sec 0 3600 sec PV
60. 1 PID ALARM No ENT 1 8 1 8 No 1 No 1 1 1 Y N N YES NO Y 0 5 6 Y 2 ON TIME 00h m 00m 5 00h 00m 5 99h m 59m 5 ON TIME 1 TS1 ON 10 Pl 8 191 1 8 Tsi 00h00m 60h00m 00h00m 00h0Dm Pl 8 151 3 OFF TIME 00h 00m 8 00h m 00 99h m 59m 8 OFF TIME 2 ON TIME 151 OFF 2 ON TIME ENT
61. P4 51 10 5 TIME 00h20m ENT SV 50 00 8 TIME 00h20m T HTEMER T P4 0 05 9 TIME 00h0Im 4 v 50 0 C P4 SV 50 00 TIME 09h0Im ENT1 SV 50 06 S ENT BRNT 5 6 13 28 E SV 51 00 TIME 00h0Im 00h30m 81 10 S se 11131 P4 50 00 92 00hi0m 2 P4 1 10 99 EMIR 2 ENTI SV TIME v 00h30m ENT 2 SV 2 SV 50 0 C TIME 30 2 ITEM 3 9
62. FUNC 51 TIME ws ap 8 327 es 9 BNT La ly gt OUT 1 08 FUNC RST FUNC 3 PROGRAM DATA 8 INITIAL DATA 83 PATTERN 1 ENTRY AVLBL EAR KEX 5 FUNCI 10 ENT 8 1 LNK TN 7 SV 200 00 PI SV 200 00 6 Y RVS LE m 2 KEY KEY 2 EXEC KEY KEY FIX SV 100 10 22 FIX 8V 0 00 RST RST 1 ALARM 1 Rvs 1 ALARM FILE 7 RVS 12 RS
63. No 12 ADV 12 ADV 9 No 12 ADV 9 12 ADV 9 0 5 ON OFF 3 O RUN SO RST OFF RST ON No 4 8 5 11 16 T Ne 8 011121314151617 8910 20341516 101 1 0 le e le je 5 2 2 so ee ee 6 0113 4 0000 goog 14 8 T 4 1 8 0115 16 111 1 Ne 8 617181920212203 4 52627 8980131 101 190 0 0 e 4 1 1 4 5012 2 ele 603 4 elelele eee 1 Ta 8 lelelelelelelele sos 16
64. V 1 CFM SV 1 60 16 51 7 4 9 EXEC KEY KEY 2 EXEC KEY v RST BNT 9 EXEC KEY KEY 1 2 CFM 3 FIX 12 5 4 6 IEUNC oui 1 0 70 FLE 5 RVS y 2 2 EXEC KEY KEY HLEI 1 FIX HST FIX 5 81 SV RWS PE 7 ENT FIX SV 1 1 15 PID ALARM ls ENT
65. poit 100 1 No 24 24VDC AP2MC AP2MC 2 240 V 2 A 11P DIN 80 H 50 130 0 mm AP2MC 100V OUT2 200VAC 9 221 EA FP21 4 4 omm DO IN2 5 DO 1 24 DC5mA ON Vces 0 6 V DO 2 24V DC50mA ON Vcess1 5V 8 9 OUT T1 T2 INITIAL DATA 2 OUT SSR TI V ENTRY AVLBL ITEM COM NON T6 V 1 OUT mA 4 20 mA DC 600 Q
66. 2 No 4 END 2 4 PTN END 9 PTN P4 PTN END ENT P4 PTN END ENT P4 PTN END 9 ENT 4 15 7 Z No ENT No 9 ENT ENTI RWS 0 1 P4 END FILE 2 SV Sl 001 9 10 1 2 KarS vj 50 0 C 51 TIME O0h 8V 50 117
67. 105 E 291 3 TYILINI er 531838 14 INA NL VNBON 1 3008 H AOd 110 05 u 581 3001 05 1511 1138 87 00 2811 5 8 1 4 19 1 81 10 3000 1 10 3 1 4 455118 0 YIVH 82Eg 8H J0 0 4 11 AS AS dOW 811 Ad 300 _ 011 1 34 1 018 085 MIT D 1 LINN 1 19 0 8 A g1 NON MOO 24 1131 G1V JOON 36 86 5918 11 888 1 0 LIH 17 MHVTV 008 931113 Ad AALI 250298 81AV AHIN VIVH TVIIINI 9 Z td NINO AVTdSIO TVILINI 0 82 17771106 5 01 41 62 2 22 14 11887113 lt E A Z EEZ 1 11 LTMBV 30 008 LIH 11 8 014 50021 0 50002 6 688 4 6 014 oN _ 1 ON 014 VLVO CON 2
68. 2 eee 10 RR A OER 1 9 9 ER 0 999 Unit 999 0 Unit 0 asss 0 999 Unit EL 0 e 240 2 5A 1 ee 0 1 5 0 96 AL2 7177 9 1 9 81 1 13 81 9999 0 7 999
69. 23 No 3 STEP No 1 8 lt KEY No 2 SS OM s FILE GUA SOAK SOAK fa 50 soak EM 9 9C T 98h58m 8 80 89 58 FILE PB END 9 gt PTN PT BRT 8 FILE E s59 L FILE ITEM 29 00 TEM ST TIME 98h59n FILE TEM PS ST PS SS 0 ALARM r 21 x mE FILE am ga IAS 284 51 181 N ss De ss S Em Frg FILE P8 8 TS3 E EN FILE TEM 88 81 184 IN Pe 2071 S 0 89h58m 99h59m LIMIT MODE Y FP21 No 3 4 CONTROL DATA PID ALM NO a PID 1 P 999 9 PID 9 P 999 9 PID 9 P 999 9 999 9 6000s 0 36008 1 30008 0 12005 PID 9 OH 100 0 0 0 ALARM 1 HLI ALARM 9
70. 3 AL2 SENS STBY AL2 ALARM HLI ALI SENS 1 2 MODE AL LLI STBY _ AL SENS 0 2 STBY ALI ALARM MODE AL2 AL2 SO PV HHHH LLLL 0 999 Unit 999 0 Unit 0 0 999 Unit 0 1 ALARM 9 ALIRU AL2 U FIX ALARMNo 240 2 8 7 DI
71. 4 1244 1 2 31 EXEC KEY 9 10 4 2 START PATTERN 11 FPS sp a nn p nn 1 4 3 LINK FORMAT 11 9 1 4 4 LINK EXEC ee 11 2 1 4 5 11 3 EAR RR aR 1 4 6 FIX 12 4 1 5 12 5 1 PROGRAM DATA 12 2 2 5 2 PI START SV 12 5 3 GUA SOAK 12 2 5 4 END oo 12 2 2 5 5 P1 PATTERN GRAPH ee 13 3 2 5 6 1 515 TIME 13 4 2 5 7 1 51 PID ALARM 13 S Ru ISe 13 5 4 201 41 TS 14 3 3 5510 PISI er 14 1 3 SID 14 AE a E E E EE S 3 e eaa re 14 6 1 CONTROL DATA 14 2 6 2 PID 1 PID 14 4 6 3 PID 1 1
72. 8 008 SV 50 001 P4 81 KAES 00h20m SV 50 10m 10 2 No 4 1 3 1 SV 50 0 C BNT FNT SV TIME 4 00h 20 REL 1 SV 1 SV 50 0 C TIME 20 2 SV ITEM No 4 2 gt gt 7 52 1 41 7 50 0 ENT S1 50 0 C 52 RVS ENT S2 SV S1 50 0C
73. Advance PV Guarantee Soak HLD COM 2 LCD n _ 5 RVS 3 RVS lt 2 AJB AUTO RUN ON _ OPERATION MODE RVs 100 PIDI P 5 08 87 P 8 3008 0 1005 RVS 1118 RVS 1 fong l Pl 200 00 200 00 4
74. 0 10 DC 2 mA CONT 240 VAC 2 5 A SSR SSR 15 VDC 20 mA 2 1 No 1 NON mA 4 20 mA DC 500 Q mV 0 0 mV DC 10 Q 0 10 DC 2 mA 3 T2 No 2 1 s 4 NON 232 RS 232 422 RS 422 8 10 UNIT OUT 8SR Tl V UNIT 7 COM NON Te V TYPE PD 1 TC CC C LED F F F LED 2 RTD CC C C CRTR LED F FEK LED 3 C C LED F R LED NON LCD LED
75. 228 FILE 3 RVS FILE RVS ITEM SET SV 200 OC 4 RVS CIE 1KEY 1 SET TIME 99h59m JE KEY UP DOWN Y YES OLS KEYT By PILE INJ NO INEY 6 KNT KEY LR 1 7 7 RYS KEY 8 RVS KEY RYS X O N 00 KEY 117 k LCDB LRVSIKEY KEY KEY RUNC cowrot ___ Be Lock 23 DATA D ALM No 1 IL ENTRY AVLBL HLO N RUN N N FIX NJ N N No 3 x x No 4 FIL gt 20000 CI CD r VH L V 200 OC FIL MIT MODE RPT FIL x MODE 56 FUNC KEY
76. HLI 12 11 AL1 HL1 10 HL1 HL2 2 LL1 1 LL2 2 HD1 HD2 2 LD1 LD2 2 1 AD2 2 1 ON PV ON OFF LOW HIGH HL2 2 ON PV ON 0 OFF PV ON OFF PV ON OFE HDI 1 ON PV SV
77. LINK FORMAT 212 BE 04 LINK FORMAT 24135 4 4 LINK EXEC 0 0 999 0 LINK FORMAT PV START N N RUN SV PV SV SV PV PV START PV3 PV 3 2 STEP SV TO 277 I 3 2 4 PV 2 SV 2701 TO PV1 START SV 3 T 1 9 N LINK EXEC 9 PV START 4 5 ADV MO
78. MESSAGE 9 EXEC KEY KEY RUN 80 10 CHNG OPE MODE LOC EXT COM OPERATION OPERATION 400 EXT CHNG MODE 11 MEMORY INIT1 C MEMORY INITIAL 1 MEMORY INITIAL MEMORY INITIAL 00 0 A ver 1 00 1 HENT MESSAGE INIT 1 12 MEMORY INIT2 2 EXT C MEMORY INITIAL 8 2 1 T MEMORY INITIAL MEMORY INITIAL 1 113 1 1 00 ET __ MESSAGE MEMORY INIT 2 3
79. START STEP 1 RUN CFM No N 1 9 Y 01 81 No 1 STP BNTI ENT RWS gt 4 3 LINK FORMAT LUTE 9 No 9 No 0 0 LINK FORMAT 3 LINK FORMAT di 2 LINK FORMAT
80. CFM RST EXT ON DI18 OFF RST ON 0118 ON OFF gt ON RST RUN RUN RUN 8 18 UNIT min TIME UNIT Lmin POWER ON SERIES PID min 00h00m 99h59m sec 00m 00 s 99 59s 8 19 PID SERIES SERIES PARA D PARA PID TIME UNIT min TIME UNIT min PID SERIES PID SERIES SERIES PID PID PID PID PID SV PID SERIES
81. RVS FIX SV 200 00 nen 5 V PID ALARM No 0 9 ENT ENTE FIX SV 200 00 ALARM 1 8 9 5 4 1 1 FUN u 2 EXEC KEY KEY OUT 0 0 Ea RST a KEY ENT LED RUN 897 9 EXEC KEY KEY EXEC KEY KEY _ 2 EXEC KEY RUN RST BEN gt 1 1 A KEY ENT TOR
82. SV 1 D 40 sec 2 I 5 RVS 425 PID P 10 0 13 3 P 11 1 1208 0 100 ola 1205 0 1405 PiDi 10 09 9 q v 1 1 18 0 418 PID D 0 PI PIDNo IBMI PID 2 mem PID 3 4 T 5 0 D 1118 6 3 PID 1 PID 5 04 PID 1 08 100 0 1 120 0 408 OL 0 0 1 OH 100 0 96 OL lt OH 110 0 96 0 100
83. 1 STEP 1 4 250 msec 8 8 1 INITIAL DATA INITIAL DATA DISPLAY DISPLAY ENT Y INI Y RUN FIX CFM ENTRY AVLBU ENTRY AVLBL RST 8 2 PV FILTER PV BIAS 1 PV FILTER 0 0 200 6 INITIAL DATA PV FILTER 1 ENTRY AVLBU PV BIAS 1 10 PV PV PV FILTER
84. START SV ENT 201210 2 5 gt 1 81 No D PROGRAM DATA 3 PROGRAM DATA 5 STEP 1 A STEP gt Pl sv 0 00 ENT S02 TIME 00h0Im 5 2 START SV 0 Unit SV STP No 1 SV SV START SV 0 00 ITEMI P2 No 2 START SV EMI P3 Pl STAHT SV Pr START SV 0 0C 0 00 5 3 1 GUA SOAK GUARANTEE SOAK SV PV
85. gt 81 A A I PATTERN PATTERN PATTERN A B C S START STEP END PATTERN STPNo 01 STP No 30 30 STEP PATTERN STP No 31 STP No 60 30 STEP PATTERN STPNo 61 STP No 81 21 STEP 3 START STP No PTN END KEY LOCK LIMIT MODE START PTN STP LINK FORMAT LINK EXEC END PTN RPT 5 7 1 1 Ne 4 START SV 0 GUA SOAK 0 00 00 PTN END 1 PTN RPT 0 SV 9 50 0 50 0 150 0 150 0 100 0 100 0 150 0 150 0 0 0 TIME 20m 20m
86. 2 5A 22 0033 NO 1 Ne 1 0 10mVDC 109 0 10VDC 2 mA 21 4 20mADC 5000 31412 2 2 4 Ne 2 Na 1 Na 2 3 4 PROG CONTROLLER RUN HLD ADV GUA EXT TSI 152 153 TS4 ALZ LED 5 LCD LED 5 RVS FILE 21 SHIMADEN 1 LED PV Process Value LL HH 2 LED SV s Set Value 3 STP PTN STP No No 16 2
87. EXT ON DI18 RUN OFF RST ON DI18 ON OFF gt ON RST RUN 4 GUA RUN NORMAL RUN OFF A No SV TIME ON OFF LOC OFF ON RST RST RUN RUN FIX gt FIX RST EXT ON DI18 OFF RST ON DI18 ON OFF gt ON RST RUN 5 AUTO amp NORMAL OFF RST ON RUN OFF ON OFF LOC OFF gt ON RST RUN gt RUN FIX FIX
88. RA 18 13 0 10mV DC 100 14 4 20mA DC 500Q 4 16 0 10 VDC 2mA 23 0 10mV DC 10 Q 24 4 20mA DC 500Q 26 0 10 VDC 2mA 0 5 6 9 7 RS 232C 6 0 24 1m 24 0 F 0 1800 0 3300 199 9 600 0 300 1100 R 0 1700 0 3100 100 0 4100 0 150 0 200 0 5 0 1700 0 3100 100 0 4 300 0 150 0 600 0 100 0 400 0 150 750 Pt100 40 0 60 0 40 0 140 0 K 0 800 0 0 1500 JPt100 0 00 50 00 0 120 0 0 1200 0 2200 0 100 0 0 200 0 0 700 0 0 1300 L o 200 0 0 400 0 J 0 600 0 0 1100 0 5
89. H AE ENT INI N N SV HL 10096 START LL 0 FS STP 1 LIMIT N LINK FORMAT MODE PRT N LINK EXEC 0 CFM MODE PTN PV START N 1 60 ADV STEP TIME 00h01m PV BILTER FIX SV PV BIAS PID R D ACTION ALARM CYC TIME SSR 3s 30s TMT1 TMT2 PV SV PATTERN HL 100 FS START SV LL 0 FS GUA SOAK TMT2 HL 100 FS LL 0 EFS 9 END ALARM ALl 0 AL LL1 Pl 9 SV AL1 SENS 0 2 51 9 TIME P1 S1 PIDNo 0 9 59 ALARMNO 1 51 51 154 ON TIME 00h00m 9 59 TIME 00h00m PID_1 PID_9 OL OH 0 0 CONTROL DATA 1 ALMNo 100 0 5 12 5 DI1 DI 15 DO 2 SETI 2 UNIT Pt mA RTD TYPE PID 1 P 5 0 5 3005 TC 9 Pt mV mA 26 0 0 800 0 0 0 200 0 0 10mV 0 10 4 20 HL1 ALARM 1 100 FS 9 AL1 SCALE 100 026 0 0 1 LLI D POINT ALARM 9 AL2
90. RST RUN OFF RUN PROG CONTROLLER _ ON ERRA gt IE p s RUN PROG CONTROLLER l S F P OUT 0 0 RUN 6 INTERRUPTION GUA AUTO amp GUA RUN OFF GUA RUN ON PROG CONTROLLER 1 SRAM ERROR
91. RVS 2 Y ON TIME OFF TIME 00 00 1 TS1 ON Y OFF TIME 00 00 ON 1 TS1 ON TSI STP3 STP4 STP5 ON OFF lt gt lt gt gt lt gt TIME TIME TIME TIME OFF lt ON gt lt gt TIME lt gt lt gt TIME TIME ON OFF 2 lt TIME TIME lt 0N gt lt OFF gt i TIME TIME TIME lt ON gt OFF gt _ TIME TIME TIME TIME 5 9 1 51 TS2 No 2 No 1 No 1 2 5 8 TS1 5 10 P1 S1 TS3 No 3 No 1 No 1 3 5 8 TS1 5 11 P1 S1 TS4
92. 2 09 5 1 5 V 0 10 V DC 2500 4 20 0 20 mA DC E CH FAR88 Y ZARR 0 25 sec PV eee 0 999 Unit 0 200 PID 0 1 999 9 1 6000 2 0 3600 DT 0 PI ee EE A 10 0 110 0 96 0 1 117 240 25 1 A D Oe 4 20 mA 6000 RA DA V 0 10 V DC 2mA RAZDA SSR 15 V DC 20mA RAZDA 1 120 Sec P o
93. 200018 ENT P GUA SOAK Pl GUA SOAK 10 00 00n00m 10 00 0030 GUA SOAK 10 96 00h3Mm 5 4 END PATTERN END 1 1 9 01 81 1 9 01 81 Z ZO PTN PATTERN REPEAT 0 0 999 0 END HPT 9999 5 5 P1 PATTERN GRAPH No No SV STPNo 1 START SV SV SV
94. 265 4772 FAX 052 776 8753 06 6319 0306 FAX 082 271 1310 049 259 2745 4005 PRINTED IN r 2 0141020218139 ir 7 A 100 100 140 240 v 02773 TDK 4 7 082203 13 5 1000 240 SOGO 100 L 140 O CR YL RHI F CR DC 1 0 8 pJ 5 22211 A 0 5 OF ML 3 814 1200 R R 17121 0 5 1 00 55 3 015 5 C 0 1 0 47 R AC 76 258 DC
95. LL 0 FS TMT1 0 HL LL HL LL 220 FS 4 TMT2 LL No 2 3 TMT1 200 0 SV LL 0 00 1 4 3 4 3 UNIT RANG SCALE 8 5 8 232 RS 422 5 2320 ADDR 1 8 2320 DATA D RATE 2400 bPs BIT8 7 PRTY E 8 6 1 ALARM MODE AL2 6 INITIAL DATA PV FILTER ENTRY AVLBL BIAS 1 10 ITEM ALARM
96. eleleleleleleleleielelelelele No 12 DI COM No ON RETH SEL16 DI 15 2 SEL No 0 START PTNNo START STPNo ODI 1 No DI 15 SEL16 SELNo 9 No l 1 STP No LIMIT MODE N DI 15 SEL16 SELNo 9 No 1 LIMIT DI 15 SEL16 1 31 32
97. 0 57 100 240V AC2 5A 9 Z TSI 92 153 154711 SO END EXTA 1 0 10 MALT Wk XmADC l icH a n 1 i 28804 77 48 0 264V 2CH 12 4 we E ONDE UOV TRANSMITI 1 1 Tomp 90 264 F 227 TRANSMIT 2 T Posy mo GND CONTROL 500k9 A Gi 281202 Eg 200 onu COMP B RS 232C E Aram 56 _ 5 422 lt EXTERNAL 1 0 24 Pin 2mA OUTPUT INPUT OUT DI COM cua RUN 24VDC 1 02 0016 ADV HLD 09 4 m ON lt 4 0 HLD ADV DH6 9 RUN RST SELI6 or AT DI15 8 0 o Q9 D013 FIX 888 OUT 002 G9 0012 SE 6 0 4 BIN 1 4 02 pou SEL2 5 4 7 4 CODE Q 50 mA a senon o oo EE 51 S 44 0021 09 0
98. C B OUT 88R Tl V ALARM ALI HLD TIME CUM NON T8 V RVS MODE 2 LLI RVS IfEM 5 LCD 1 POWER ON ON FP 21 Power Power on again 11 ON 1 NORMAL ON POWER ON MODE T NOMAL
99. FILE 200 06 00 2 END 0 0C 2 T93 3 46 FILE 0 m D m NOHMALJ 1 UNT ID SERIES MEMORY INITIAL Ver 1 00 FILE d m 0 2 t 8 179 0081 03 3931 9891 2 30 10 179 0081 30 10 03 3931 3481 220 0074 61 1 045 314 9471 420 0803 1012 3 054 265 4767 465 0024 G 14 052 776 8751 564 0038 40 14 06 6319 1012 733 0812 3 1 15 082 273 7771 354 0041 573 1 049 259 0521 FAX 03 3931 3480 045 314 9480 FAX 054
100. PV BIAS PV 10 96 110 PV BIAS 0 PV 10 110 XPV BIAS PV 10 110 A Z ITEM k IITEM Zu gt A B PV FILTER ALARM BIAS 0 00 MODE ALE LLI ITEM C 0UT 88R Tl V COM NON 2 8 3 ACTION TIME DINITIAL DATA R D ACTION 8 ENTRY AVLBL CYCTIME __sec 1 R D ACTION R R D R REVERSE PV D DIRECT PV 2 CYC TIME SSR 39 30 1 120 SSR OFF
101. 00 0 0 1000 T 199 9 200 0 300 400 2 s mV PLII 0 1300 02900 3 910 0 10 0 0 0 50 10 50 0 100mV PR40 20 0 1800 0 3300 mA WRe5 26 0 2300 0 4200 4 420 0 20mA U 199 9 200 0 300 400 V 0 600 0 0 1100 1 1 0 1 0 2 0 5 1 5 0 10V E w 1999 9999 100 10000 B 400 C 750 F 0 800 0 U L 01343710 0 1 C 0 100 0 0 100 0 0 100 096 00 00 00 00 NO N ISL 00 00 81517 9 HO 00 00 NO N EN UALLLTYE ESL 00 00 440 00 00 NO N gW ESL 00 00 8297 0 440 00 00 gd NO N 16254 ISL
102. 1 7 0 Unit 0 999 Unit SV ZONE PV ZONE 0 GUA SOAK n t 2 00h m 00m 5 00h 00m 5 99h m 59m 5 4 ZONE X ZONE 0 TIME 00 h m 00m s ZONE SOAK PI GUA SOAK Pl GUA SOAK 1 0C 10 00
103. 2 LL1 ALI 10 ALARM MODE AL 011 2 AL1 SENS STBY AL1 ALI AL SENS 0 2 AL8 STBY SENS SENSITIVITY 0 2 0 1 5 0 96 FS ALI ON OFF STBY STAND BY WEMA N YES ALI PV ON Y RST MAN RUN RST MAN FIX FIX ON ALARM ALl ALI
104. 200 00 ALARM 1 LLI 9 100 06 AL2 gl 2 01 21 2 4 INITIAL DISPLAY ONLY ENTRY AVLBL ITEM 6 INITIAL ENTRY A PV FILTEF PV BIAS FILE H D CYC TIME TMTI MO TMT2 MO TMT HL IPV LL FILE TMTE SV LL FILE 85 5356 RATE gz FILE 8 38C 8118 7 KEY No 3 No 4 ITEM ez gt lt C 0UT SSR Tl V Te V FILE UNIT 0 FILE AANGE 17 0 0 200 05 SCALE _ 200 0 No 4 DATA AVLBL B 1 200 ALARM AL1 89 9C MODE 011 FILE N R SENS 5 0 880 FILE AL SENS 5 0 SV STBY N FILE 200 OC 01 1 MODE PTN 0 06 ATJ
105. 30m 50m 30m 20m 30m 1h30m PID 0 ALARM No 9 TS1 1 ON OFF TS2 2 ON OFF 153 3 ON 00 00 TS4 ON OFF No 4 9 FP21 5 6 FUN ooy 11 2 LUNCH 2 3 PHOGHAM DATA 1 3 PROGRAM DATA PATTERM 4 97 7 No ENTI No 4 P4 START No 0 0C RUE
106. 5 6 4 ALARMT 5 2 LED SV 4 3 LED STP 4 Te KEY 52222 15 15 1 7 1 LOCK 15 5 LCD me 4 16 Quanh iha 4 5 T 3 LIMIT MODE 16 7 4 16 8 BE 17 5 LCD 9 8 1 INITIAL DATA 17 7 8 2 PV FILTER PV BIAS 17 FPP 8 3 R D ACTION CYC SS 17 1 2 6 8 4 17 18 29 S S Gk 7 8 5 ee 18 10 58 2520 86 18 19 nu 4 8 7 DI 19 20 2 8 8 8 DO 2 1 ee 8 21 22 3 8 9 OUT TL 12 3 1 OUT 9
107. 6 No 5 4 PTN STP Bip RUN HLD GUA EXT TS1 TS2 TS3 TS4 AL2 MAN TSI TS41 ON 4 AL1 PV ALI1 B 2 7 E AL2 FIX AT C C F EXT 5 LCD oO O Oo 6 145 SHIMAD
108. 700 0 3100 5 0 1700 0 3100 K1 100 0 400 0 150 750 K2 0 0 800 0 0 1500 K3 0 1200 0 2200 E 0 0 700 0 0 1300 J 0 0 600 0 0 1100 T 199 9 200 0 300 400 N 0 1300 0 2300 PL 0 1300 0 2300 PR 0 1800 0 3300 WR 0 2300 0 4200 U 199 9 200 0 300 400 L 0 0 600 0 0 1100 PL gt PR gt PR 40 20 WR gt WRe 5 26 2 7 09 200 0 Pt RANGE 7 0 0 200 00 1 199 0 600 0 300 1100 2 100 0 100 0 150 0 200 0 3 100 0 300 0 150 0 600 0 4 40 0 60 0 40 0 140 0 5 0 00 50 00 0 0 120 0 6 0 0 100 0 0 0 200 0 7 0 0 200 0 0 0 400 0 8 0 0 500 0 0 1000 3 mV mV 0 10 mV 0 10 mA 4 20 TF No mV V mA 1 10 10mV 2 0 10mV 0 1 3 0 20mV 0 2V 4 0 50mV 0 5V 0 20mA 5 10 50mV 1 5V 4 20mA 6 0 100mV 0 10 J RANGE MEMORY INITIAL1
109. 9 AVTV 8188 8 238 AS lt Nld 3VOS AS 5 2 001 C Z R ZR 61 1 2 AHVTV I WVTV 8 9 S N 7 64 ON WE ZSHA 915 70 2 SNAS AVTV 340 ON 3 4 5 AALS 96270 SNAS I TIH 819 4 JO 6 8 2 2 9 S z 1 4 I oN Id 96070 9607 001 295001 225006 96078 10 1 LI 143 LCD KEY FP21 LCD FUNC 11505 2 7 og 22 24 2 KEY RUN PROGRAV RST PATTERN 1 START No 9 STP No 9 FIL LINK FORMAT x 1123456789 No 2 x x ADV MODE STEP TIME 99h59m u 211 FILE FIX SV 200 00 1 RVS FUNC 2
110. COM 1 4 Power Power on again OPERAION MODE OPERATION MODE COM 21 RS 232 RS 422 LED 0 OFF OFF ON ON RST LOC POWER COM EXT MODE RUN RST
111. DE STEP STEP TIME ADV 1 ADV ADV oADV TIME 00h 01 8 00 00m 99h 59m s TIME ADV MODE STEP TIME 10h0Im 4 6 FIX 1 SV EB 0 Unit REVY MAA SV 1 ALARMI qp FIX SV 200 00 ENT IL ALARM 1 000 FIX SV 200 00 PID 1 ALARM 1 2 PID 1 0 9 OUTHL OUTLL PID 1 PID 9
112. EN 1 No RUN Hold
113. FP21 2 3 2 8
114. RM ALI MODE AL2 LL EXT DI11 DI14 SEL1 SEL8 START PTN START STP Z START PTN 5 5 STP 2 DI 15 AT SEL16 EX DI15 AT SEL16 AT SEL SEL16 ON No No 12 12 RUN 1 RsT 5 u 11 12 12 RUN HLD _ RUN 11 11 10 10 Oty VAN 0 5 ON OFF 0 5 ON
115. RST 2 EXEC KEY KEY 2 KEY FIX 857 A ST TENT 1 RST KEY gt P EXEC KEY KEY RUN FIX MAN CFM 0 RUN HLD FIX RUN HLD FIX FIX RUN 9 EXEC KEY KEY 2 EXEC 851 HLD FIX FIX FIX RUN RUN 6 MAN KEY MESSAGE 20 2 EXEC KEY KEY 3 KEY 81 881 2 RUN KEY gt 2 EXED KEY X 257 EXEC KEY KEY 9 EXEC KEY RUN RUN HLD esn ROT NT MAN
116. TN N N YES N 9 9 1 81 Z 26 6 2 2 2 RPT N YES 3 N STP1 No END No No 26 6 2 3 7 4 CFM LIMIT MODE 22 25 11 SV SV SV PID No ALARM No LED LCD RELET
117. Unit LD1 100 Unit 999 0 Unit AD2 100 Unit 0 999 Unit HL1 HL2 1100 FS ALARM AL1 ALARM 1 ALARM 9 6 5 ALARM 1 AL2 AL2 6 4 ALARM AL ALARM 1 9 7 KEY 7 1 KEY LOCK RUN EIX MAN N Y 5 KEY LOCK ROD 881 N ADV Y
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