FP 2ー シリーズ
Contents
1. 8 20 INITIAL 21 ROM No TIME UNIT min MEMORY INITIAL 0 1 SRAM 2 SRAM NVRAM 7 6 1 SV SV2. 1 SRAM ERROR 3 ON dD PROG CONTROLLER NORMAL ON waga 3 2 1 ERROR ON SRAM ay PROG CONTROLLER sE NORMAL ON TERAJ INVRAMI ERROR 3 MALFUNCTION SEE INSTRUCTION NVRAM2 PR00 CONTROLLER MALFUNCTION gt iF pe SEE INSTRUCTION 6 1 3
3. 2 PV BIAS 0 Unit 999 999 Unit PV FILTER PV FILTER PV BIAS 0 00 1 BIAS PV 0 UNIT RANGE SCALE 0 Unit PV BIAS PV 10 9 110 PV BIAS 0 PV 10 110 PV BIAS 10 110 A ITEM B ITEM C
4. LIMIT MODE 3 8 1 lt 9 10 18 19 1 Co 3 START STP No P1 PTN END 01 81 A RPT STP 1 B RPT Y START STP No C 1 START PTN END lt 01 gt 10 11 12 gt 49 50 51 gt 80 81 2 Y LIMIT START STEP S END IE 0 STP 01 gt 10 11 12 gt 495051 gt 80 81 A 3 Y LIMIT MODE D U
5. RN RST U gt F 8 2 FILTER PV BIAS 1 FILTER 0 0 200 6 INITIAL DATA FILTER 1 ENTRY AVLBL FLE PV BIAS 0 00 PV PV PV FILTER PV FILTER 3 1 1 4 250 msec 1 1 sec 200 4 250 msec 50 sec 50 X 0
6. SEL 1 2 4 8 No LEV AZ PV gt SV PV SV PV EEA 4 tee D F DE 6 SV SV 7
7. RUN TIME 99 h 59 99 m 59 s 100 100 OFF ON 00h00m 00m00s RST 4 3 4 4 1 EXEC KEY RST RUN HLD ADV FIX 5 2 KEY KEY RUN CFM 897 UP DOWN v SHIFT lt 5 7 z ENT ENT No 22 1 No SII x
8. FIX SV SV 8 SV SV 7 3 LIMIT MODE SVHL 800 0C 3 LIMIT SVLL 0 0C ME MODE RPT 1 9 1 81 1 PTN N YES 9 9 Y 1 81 Z 26 6 2 2 2 N
9. e 600 V JIS 3307 2 3 e 2 mm 100 Q 4 M 35 3 1 0 0001 0 10 4 DC R I 1 I 1 1 1 1 DO32 0033 HENEM IAOV AC2 5A ERARA 4 7 191 TS2 153 754 41 50 RUN END EXTA O AREA
10. 0 SOAK 2 00h m 00m 5 00h 00m s 99 59 5 ZONE ZONE ZONE 0 TIME 00h 00m 5 ZONE SOAK PI GUA SOAK Pi GUA soak 10 00 00h00m ENT GUA SOAK GUA SOAK 00 00h00m 10 06 00h30m GUA SOAK 16 00h30m 5 4 P1 PTN END PATTERN END 1 1 9 01 81 1 9
11. LINK PTN RPT LINK FORMAT gt F LINK EXEC 2 1 60 1 1 1 9999 11 TIME 1 60 TIME 60 1 1 1 1 1 3600 TIME 3600 1 1 TIME 1 4 250 msec TH 1 STEP 1 4 250 msec 8 8 1 INITIAL DATA 6 INITIAL DATA pispLAY ONLY DISPLAY ONLY ENT Y INI Y RUN FIX CFM
12. STBY STAND BY N N YES ALI PV ON Y RST MAN RST FIX FIX ON ON 2 HL1 PV 3 PV PV 1 PV 2 F PV 3 ALARM MODE AL1 AL1 3 AL2 SENS STBY AL2
13. TMT 2 HL LL PV BIAS 8 13 SCALE SCALE 100 0 L 0 0 1 1000 Unit 1899 9999 Unit 2 L 0 Unit 1999 9899 Unit HH 100 1 10000 Unit 0 10 Unit 10 1 0 10 0 L 0 0 MEMORY INITIAL1 n TMT 2 LL PV BIAS 8 14 D POINT D POINT ENT 8 15 SO MODE
14. 2 4 TP 21 21 1 2 3 mV 4 mA 6 Y I P SSR 00 13 0 10 23 HJ 0 10 mV 14 4 20mA 24 4 20 mV 16 0 10V 26 0 10 V 0 6 RS 422A 7 5 232 0 24 1 1m 24 0 9 1 21 1
15. Power Power on again 1 1 ON 1 NORMAL ON POWER ON MODE NOMAL _ PROG CONTROLLER l F P OUT 0 0 PROG CONTROLLER _ NORVAL ON TERAS ERPE A ERROR 2 ALL RST ON ALL RST ALL RST ON 3 AUTO RUN ON AUTO RUN ON RUN AUTO RUN ON AUTO F P 4 GUA RUN ON RUN RUN OFF RUN L GUA RUN ON gt
16. ADV oADV TIME 00h 01m 8 00h 00m 99 59 TIME ADV MODE STEP TIME 00h01m 4 6 FIX FIX 1 SV 0 Unit SV g FIX SV 0 0t ALARM I _ 1 _ ALARM FIX SV 200 09 ENT PID_ 1 ALARM_ 2 PID 1 0 9 P IT DT OUTHL OUTLL PID 1 PID 9 RST FIX PID 0 PID 1 RUN HLD FIX PID 0 FTIX PID
17. No 4 8 SELI 16 No 11231456 No 0 5 DI12 6 7 DI14 7 DI14 8 DI15 12 DI COM ON SEL16 DI 15 SEL No 0 START PTNNo START STPNo ODI 1 No DI 15 SEL16 SELNo 9 No 1 ODI 1 MODE STP No LIMIT MODE N
18. 10 0 110 0 0 0 100 0 3 5 ER LINK 123456789 I lt 1 assena 123 989 QUT 60 0 RUN 7 No RUN 1 171 FIX OUT 55 5 RUN CFM FIX 3 2 DEV RUN PV SV 253 RST 3 6 PIDNo ALARMNo RPT 1234 9999 PID 1 ALARM_ RUN RUN CFM
19. SV 1 120 sec 3 1 P 1 RVS lt 10 0 PID P 10 0 D 100s p a 1 3205 0 1005 PID I P 10 og 33 1205 0 1005 ENT 3 D 100 07 3600 PV SV 40 sec 2 I RYS 4b PID P 10 9 9 PID 11 0 1208 0 1005 1808
20. 1 1 1 21 OPT 1 2 8 04 00 94000060 0000 006 1 2 1 3 1 4 1 1 2 2 1 PC I AE CRE ER EI nt 2 2 2 3 2 Eg ere 2 3 1 HFI 3 2 3 4 4 1 LED PV 4 2 LED SV 8 4 3 LED STP 4 4 ee 4 5 LCD 4 6 4 5 5 LCD 6 1 6 1 1 ON 6 1 2 lt ooo ot 6 1 3
21. 1 K 2 0 0 800 0 C TC RANGE K2 0 0 gt 800 0C 0 3100 150 750 0 1500 0 2200 0 0 700 0 0 1300 0 0 600 0 0 1100 199 9 200 0 300 400 100 0 400 0 0 0 800 0 lt 0 1800 0 2300 199 9 200 0 0 0 600 0 PL PLII PR gt PR 40 20 WR gt WRe 5 26 0 3300 0 4200 300 400 2 Pt 7 0 200 0 Pt RANGE 0 0 0 gt 200 00 No 199 0 600 0 100 0 100 0 100 0 300 0 150 0 600 0 0 00 50 00 0 0 120 0 0 0 100 0 0 0 200 0 0 0 200 0 0 0 400 0 0 0 500 0 3 mA mV 0 10 mV V 0 10 mA 4 20 mA No mV 1 10 10mV 0 10mV 0 20mV 50mV 10 50mV 0 100 22 gt RANGE MEMORY INITIAL1
22. FP8 1F 1BJ 199915 4 9 10 4 2 START PATTERN 11 4 3 LINK FORMAT 560 6 99 0090 11 4 4 LINK EXEC 11 4 5 11 4 6 FIX eeaoousaoo 12 5 12 5 F PROGRAM DATA ee 12 5 2 START SV 12 5 3 P1 GUA SOAK PPP 12 5 4 PTN END 12 5 5 PATTERN GRAPH IO 13 5 6 1 51 SV 13 5 7 P1 S1 PID ALARM 13 5 8 1 51 1 13 5 9 1 51 2 Pe 14 5 10 1 1 3 14 5 11 1 1 4 14 6 322ZFu y 5 5 9 14 6 1 CONTROL DATA 14 6 2 PID 1 PID POP 14 6 3 PID 1 15 6 4 ALARM 1 AL1 15 6 5 1 AL2
23. Y Y PID ENT tA INI Y ENT 2 N 7 2 3 SVHL 800 00 SVLL 0 05 KEY LOCK RST ADV N SV 1 SVHL 100 FS SVHL SVLL SVLLSSVHL 2 SVLL 0 FS SVLL SVHL
24. a 2 16 7 7 3 1 FP21 9 1 9 LINK FORMAT LINK EXECUTE START PATTERNNo LED PTN STP No 1 2 LIMIT MODE 1 81 A LINK FORMAT LINK EXECUTE START PAT TERN No B LED STP 8 No 01 81 O C No 1 D
25. FIX FIX RUN No 1 No 9 DEV 66 RUN FIX PID ALARM 5 FS 3 7 SETSV SV 200 00 SET TIME SET TIME 99h59m 3 3 TIME L SV RUN FIX SET SV tD E RUN CFM 3 ll s FIX 99 h59m 99 m 59s RUN TIME 10h59m FIX SETTIME h m m 5 100 RUN FIX
26. 1 WE 2 10 C 50 C 3 90 4 5 6 2 1 2 1 0 3 5 mm 3 92 08 5 ER 7 110mm a amp mm 4 1 1
27. 0 99 59 0 99 59 1 4 1 0 99 59 2 0 99 59 1 1 0 999 1 0 99 59 LICOR i a 0 99 59 BE RVS FUNC ITEM DOWN A UP 4 SHIFT RUN RESET HOLD e ADV
28. Advance PV Guarantee Soak RUN HLD COM 5 LCD oO Oo Oo 6 ws 7 J qp 21 SHIMADEN 1
29. Z 61 2 I WHFS 70 LALLA TIT A 36 594 70 I JA FAR JO TO _ LG LI d 34413 SA 12 2924 D gt Y MEIGS OSSE FGE TUDELA O 2 272 ATA SAA 0 4 SSO LN SA3 6 RBW AAY V SAN 9 9 22 SA8 C U OQ r SAY AA LN3 7218688680 9 612 Z 119 8352 ON N ARARO 6 LELNI 6 bi 2 AIAT A 9 SA A lt gt 4 4 2 4 SAN 9 ONAA 27 222 gt 2 09 71 E qami 4 q 2 ONAA 0 300 MO
30. saaaaaesaasaassaaasaaoeaaaasassssssa 240V 2 5 A 1 A re 0 1 5 0 AL1 AL ee 9 ee 1 9 e BRR 81 1 1 81 9999 0 9759 y y 999 0 99 59 1 2 oe 0 99 59 1 0 1 1 1 1
31. EM SV 0 00 6 5 LCD 53 10200 START SV 21 81 TSI 0 001 60h00W 00hUUm Pl GUA SOAK 1 51 TS 0 010 00h00m 0h00m 60h680m 1 51 PID NO 9 21 91 793 ALARM 0 08h0Om 80h00m S2 No 2 21 81 184 S9 No 9 2 X CFM SV LED 11 5 4 1 8 RVS INC NO Pl SV 0 0D 89 TjME 0Ih30mIRVSIRUNO
32. ON OFF OFF 102 2 PV SV OFF OFF SV ON PV SV ON SV OFF OFF SV lt LOW gt HIGH AD2 2 oN PV SV 2 ON SV OFF gt LOW HIGH AL2 LL1 ALI 10 ALARM HLI MODE AL2 LLD 2 AL1 SENS STBY AL1 HLD AL SENS 0 2 MODE ALe LI RU STBY N SENS SENSITIVITY 0 2 0 1 5 0 FS ON OFE
33. HLI ALI SENS 0 2 MODE AL LLI STBY AL SENS 10 2 STBY N AL1 ALARM MODE AL2 AL2 50 PV HHHH LLLL 0 999 Unit 999 0 Unit 0 0 999 Unit 0 ALARM 1 ALARM 9 ALIRU AL2 U FIX ALARMNo 240 VAC 2 5 A 8 7 DI EXT DI
34. LED OFF OFF ON OFF COMLOC gt Fi 5 EXT FIX MAN FIX RUN HLD FIX RUN HLD MAN LOC COM EXT 6 RST RUN 3 3 3 1 OUT Sit FIX MAN MAN RST FIX MAN
35. OFF lt LOW HIGH 2 2 ON PV OFF LOW ON D OFF HIGH OLLI 1 ON PV ON OFF PV LOW HIGH LL2 2 ON HDI 1 PV SV ON OFF SV LOW HIGH PV ON OFF HD2 2 PV SV OFF OFF SV ON PV HIGH ON PV SV
36. LCD 0 1 1 0 1 1 digit 23 1 RUN HLD ADV EXT 1 TS2 TS3 TS4 AL1 12 FIX R S J PL II PR 40 20 WRe 5 26 L U DIN 43710 500 100 Q AMRIH Pt 100 JPt 100 5 9 1mA 500 10 10 mV 0 10 0 20 mV 0 50 mV 10 50 0 100 mV DC 1 1V 0 1 0 2 V 0 5 V 1 5 0 10 V DC 2500 45 20 0 20 mA DC ee 0 25 sec PV eer 0 999 Unit PSII AIZ err 0 200
37. FIX LED FIX RST BAT 10 4 4 1 5 3 A v MAN ENT MAN LED RVS IPUNO lt v ENT RST BNT 8 3 3 1 10 4 4 1 6 2 EXEC KEY KEY MAN k 9 FP21 LCD LED LCD 6 8
38. 100Q mV V 500kQ 9 mA 250 1 mA 8 1 50 9 10 AE AC 50Hz 60Hz 11 12 GND 13 0 10VDC 2 mA 4 20 6000 mitt 14 7 SR 15VDC 20mA __ 13 C 14 IL 240V 2 5A 1A NO 16 AL1 NO No 1 240V 2 5A AL2 NO No 2 COM i DO31 NO DO32 NO DO33 NO Ne 1 0 10mVDC 100 4 20mADC 5000 2 2 240V 2 5A 0 10VDC 2 mA lt 3
39. 3 ALARM 1 0 9 12 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 DATA 1 PATTERN 1 1 9 2 le N 1 9 p No D PROGRAM DATA PROGRAM DATA PATTERN 1 PATTEHN START SV 2221 10 2 STEP Y 22421 81 No py 3 PROGRAM DAT
40. A B FILTER 1 ALARM HLI PV BIAS 0 00 MODE AL2 LLI C OUT SSR 1 COM NON T8 V 8 3 ACTION CYC TIME 6 INITIAL DATA ACTION 8 ENTRY AVLBL GYO 1 R D ACTION R R D R REVERSE PV D DIRECT PV 2 CYC TIME SSR 39 30 1 120 SSR OFF sec 8 4 1 TMT1 PV PV SV
41. 8 ere 10 10 00 13 6 01 202 D 03 PV SV 1 2 0 10 V DC 2mA Max 4 20 DC 500Q 0 1 ES tt 0 01 FS 2 RS 232 C RS 422 A B C RUN RST 1200 2400 4800 BPS LCD ere ASCII 7 2 Ey uu 7 8
42. RREA E 44 C 0 RIAU R JEA J0 09 10129 1 TV C 178 6 WHV TV 0 0__ 10 0 001 0 67014 5008 1 0 50006 5 668 d 6 0 WILI oN ama 81 LTMHVIY 11 LIH 17 0 01 10 HO 17018 50092 0 50008 6 5664 17014 L ON Old viva ITOHLNOD tb g LU aE 210 2 4 4 E B SOSEJ 179 0081 2 30 10 179 0081 30 10 2 03 3931 3481 FAX 03 3931 3480 220 0074 B1 045 314 9471 FAX 045 314 9480 420 0803 101 3 2 054 265 4767 FAX 054 265 4772 465 0024 14 052 776 8751 FAX 052 776 8753 A 564 0038 40 14 zZ 06 6319 1012 FAX 06 6319 0306
43. START STEP 1 RUN CFM No 1 9 Y 01 81 No 1 START PTN i STP NO ENTI 4 3 LINK FORMAT LTE 9 No 9 No 0 0 X LI NK T LINK FORMAT LI LI yas r
44. 8 KEY CFM MODE CFM 0 ER 71A SV TIME SV 9 EXEC KEY KEY EXEC KEY CFM RST _ D EXEC KEY KEY CFM RST 4 2 START PATTERN No 1 1 9 CFM No L FORMAT No No 1 No 1
45. LOC EXT 1 OPERATION MODE LOQ 2 EXT OPERATION E MODE EXT 3 COM EN ION MODE OPERAION COM EXT 4
46. 2 500kQ lFmVi0nV 2mV DC 4 2500 4 20mA 0 20 DC 6 500kp 1 1V 0 1V 0 2V 0 5V 1 5V 9 10V DC Y 1 120 240V AC 2 5A 1A 4 20 DC 6000 P SR 1 120 15V DC 20mA V 0 0 2mA RA 00 14 4 20mA DC 5000 4 16 0 10 VDC 2mA 23 0 10mV DC 100 24 4 20 DC 5000 26 0 10 VDC 2mA 5 9 6 0 24 1 1m 24 0 19 9
47. PID X PID No AT 1 SV L 0 100 ON OFF 2 PID AT PID 2 PID X PID PID 2 EXT DI 15 AT AT AT 25 AT
48. 2 WEBEAN 0100 150 750 40 0 60 0 40 0 140 0 200 0 600 0 0 500 0 0 1000 mV 01300 02300 10 10 0 10 0 20 0 50 10 50 0 100mV a 4 20 0 20mA 199 9 200 0 V 0 600 0 1 1 0 1 0 2 0 5 1 5 0 10 1999 9999 100 10000 B 400 C 750 F K2 U L 01343710 0 1 C 00 00 00 00 PON A amp 7 SE J EN 507 0 ZN 00 00 LN 4 W ON N 00 00 00 00 00 00 lt Z x AS LAVIS
49. RST RST HLD PV SO MODE HLD S0 OUT 4 0 S0 MODE 887 so ouT 0 0 Al RST FIX RST 0 HLD FIX FIX SO OUT HLD LED 8 16 SO OUT 0 0 0 0 100 0 80 MODE 50 007 RST 1 SO MODE RST 0 SO MODE RST 80 007 0 0 8 17 POWER NORMAL NORMAL ALL RST AUTO RUN GUA AUTO amp GUA ON
50. No 1J ACTION MODE CYC TIME ___ 366 SV SV SV 2 TMT2 SV SV No 2 TMT1 3 TMT1 HL LL No 1 TMT 200 00 LL 005 HL 100 FS 18 TMT1 100 LL 0 FS 18 TMT1 0 HL LL HL LL 220 FS 4 TMT2 LL 2 7 TMT1 TMTI HL 200 00 SV LL 105 1 4 3
51. PIDNo 1 9 AT 6 1 CONTROL DATA ALARMNo 1 9 1 9 PID ALARM No pj D CONTROL DATA CONTROL DATA 1 A PID ALM No ENT PID P 50 300s D 1005 6 2 PID 1 PID 1 P 5 0 0 1 999 9 PV SV 0 100 P 10 PID 0 P 5 0 3005 n 15 3008 0 100 wv NG P 0 I PID P 10 1 3003 0 1005 a 1 3008 0 1005 P 10 1 3005 0 1105 2 1 300 1 6000 P
52. TMT1 TMT2 PV SV PATTERN L 100 FS START SV 0 SOAK 100 0m 0 5 HL1 Pl 9 END Pl 9 SV gt gt lt AL1 SENS AL2 STBY N DI 1 PTN 61 0 TIME 00h01m P1 S1 PIDNo P9 S9 ALARMNo 1 51 51 54 TIME 00h00m 9 59 TIME 00h00m DI 15 DO 2 5 H CONTROL UNIT Pt ALMNo mV V mA PID 1 5 0 0 0 800 0 0 0 200 0 0 10 0 10 4 20 100 0 3005 PID_9 D 100s 100 0 PID 1 OH 9 OL 0 0 ALARM 1 HLI ALARM 1 LLI SCALE H L D POINT SO MODE RST SO OUT 0 0 KEY LOCK 222 POWER ON MODE NORMAL RST ADV TIME UNIT min HLD RUN PID SERIES FIX MAN MEMORY INITIAI 0 NO FS h m 5 11 FP21 7 LED 4 2 16 X 2 LCD 1 PV amp 2 SV ii No LED 1 LED 1 1 2
53. sas 165466 WI 135 207004 AS 135 5666 21 139 LINI 1891 Ad 666 93X3 JNI1 30 000 1145 30 002 THAS N INI NJ 1N3 684997621 6840 INIL 1vWdo 6 0 415 __ 1 81AV N AG 1 88 _ VIVH WNE L _ 31991 GS e ps praa 2 y 10114 ATA 4 007 JOON NOI LVH3d0 NH OLNY Blim A x XA hA AANA MAOT 71 TON AXHY2 AMMAT APUR LEHMAN LINIT P z 165466 165465 0 4 0 014 15 666 1dH Nld 6 0 3 Nld 50 001 AS 15 69 lt 18 1915 63 6104871 INIL AS MEYO 5 14 HAVRE 41152 HOCA EB 7d ON lt oN NLLVd gt 633 co N 2 QUR LA LLIA ULALE 65 FAON D LINI Z x 2 dHLS lo ON NaHLLVd
54. 01 81 1 PATTERN REPEAT 0 0 999 3 0 END 9 PTN 9339 5 5 P1 PATTERN No No SV STPNo 1 START SV SV SV No 5 6 1 81 SV 1 No 1 SV 1 P1 S1 SV 0 Unit RY ELET 200 0 C Pl SV 000 8V _ 1 00 TIME 00h0
55. FIX SV 200 00 PID 1 ALARM 0 9 RT FIX SV 200 05 PID_ i _ 8 9 5 4 1 1 IUNO y gt ats 12 2 ama KEY LED RUN L 2 EXEC KEY KEY D EXEC KEY RUN 837 A RST KEY KEY RUN 361 11 KEY AT ENT AT LED
56. ENT No 4 3 PROGRAM DATA PATTERM 4 P START SV No Loc RLE 2 No 4 END FLE n r 2 PTN END 1 HPT 0 P4 PTN END 3 PTN RPT 1 me P4 PTN END PTN RPT 9 0 P4 END 21 9 RAT 1 Al vy ENT No 9 BNT BT RWS 0 1 P4 END 2 P4 95 110 Sl TIME O0h0Im 9 10 1 2
57. No DOWN e ____ 7 A UP ENT 2 RVS LCD n 5 RVS 3 RVS IPUNC
58. SO MODE 987 POWER ON MODE SO OUT 0 0 FILE NORMAL 1 NORMAL RUN OFF ON RST RUN OFF ax F LOC OFF ON RST gt RST RUN RST FIX RST EXT ON DI18 RUN OFF RST ON DI18 RUN ON OFF ON RST RUN RUN RST DI18 OFE ON RUN 2 ALL RST OFF ON RST EXT 1 NORMAL EXT 3 AUTO RUN NORMAL OFF ON RUN LOC COM OFF gt ON RST RUN RUN
59. 0031 2 29032 3 D033 00_3 SETI 781 2 782 3 50 DO 3 T RUN DO14 RST DO_ DO 2 1 2 DO Trl 100V1A No 24 24VDC AP2MC AP2MC 2 240 V 2 A 11P DIN 80 H x50 W 130 D mm AP2MC 100V OUT2 200VAC 1 FP21 2 F DOCOM DO 1 24 DC5mA ON lt 0 6 DO 2 24V DC50mA ON lt 1 5 8 9
60. 733 0812 3 1 15 082 273 7771 FAX 082 271 1310 I 354 0041 573 1 049 259 0521 FAX 049 259 2745 03 3931 9891 102120050 PRINTED IN JAPAN
61. 95 STP1 Y No No No 26 6 2 3 7 4 CFM MODE CONFIRM MODE LIMIT PTN MODE MODE FUE SV SV SV PID No ALARM No LED LCD RUN 0 MPV GUA HLD AT SV TIME 1 PTN LINK No
62. EXT EXECKEY 77 RST RUN FIX RST MAN RUN RST ADV HLD RST HLD FIX MAN AT RST FIX AT RUN HLD RUN HLD MAN FIX 5 RUN RUN FIX 1 RST KEY RUN FIX CFM 0 2 EXEC KEY KEY 2518 EXEC KEY AST UN RUN ENT MESSAGE gt 7 Z Y 17 7 n 2 RUN KEY 2 KEY KEY 2 EXEC KEY RUN 887 RST
63. 2 ON TIME 00h m 00m s 00h 00m 99h 59m 6 ON TIME 1 TS1 ON 10 Pl 8 181 0 Pi s TSi 00h6Hm 00h00m 00h00m 00h00m pi 81 191 00hlm 6h0Hm 3 OFF TIME 00h 00m 6 00h 00m 99h 59m 6 OFF TIME 2 ON TIME TS1 OFF 2 ON TIME ENT RVS qp 2 a v Y ON TIME OFF TIME 00 00 1 TS1 ON OFF TIME 00 00 1 TS1 ON TSI STP3 STP4 STP5 1 1 1 1 oN L gt gt TI
64. RUN HLD B RUN AT PID No AT AT C 1 AT AT 3 HLD ADV HLD ADV LED HLD ADV 1 10 4 4 1 3 4 2 FIX 5 v FIX ENT
65. 10 MESSAGE 50 LOC 2 EXEC KEY KEY RN 10 CHNG OPE MODE OPERATION MODE OPERATION 00 ENT MESSAGE CHNG MODE 11 MEMORY INIT1 C MEMORY INITIAL E 1 MEMORY INITIAL _ ver 00 0 MESSAGE MEMORY INIT 1 MEMORY INITIAL ver 1 40 1 ENT 12 INIT2 4 Z MEMORY INITIAL 2 MEMORY INITIAL MEMORY ver 00 1 00 gt MESSAGE gt INIT 6 1 4 Power off Power on again FP21
66. AT 0 9 100 2 AT SV AT LET OWK OFF 80 RST AT AT 250 4 10 AT AT ON AT LED PID AT O AT PID P D AT FIX AT FIX AT AT LED X AT AT LED O RUN AT AJAT RAT LED
67. 6 1000 2999 PV 128 2000 2999 10 10 B1 B2 B 1 FP21 OFF 10 10 H ENT INI N AT CFM OPERATION SV HL 100 FS START PTN STP LINK FORMAT LINK EXEC PV START LIMIT PTN MODE PRT N ____ CFM MODE 1 60 1 ADV MODE STEP TIME 00h01m __________ FIX SV 0 PV BIAS PID R D ACTION R ALARM CYC TIME SSR 3s 30s
68. 24 4 0111 SEL 1 5 0112 SEL 2 6 DI13 SEL 4 7 DI14 SEL 8 8 DI15 AT SEL 16 DINo RUN RST HLD NOT ADV 24 DI No No 9 10 11 12 1 DI 1 PTN STP ALARM ALI HLI 13 _ MODE AL6 LLI EXT 211 014 SEL1 SEL8 START PTN START STP Z DI_ PTN 0115 START PTN STP START STP 2 DI 15 AT SEL1
69. B PV FILTER 1 gt ALARM ALI HL 7 BIAS 0 0 MODE AL 11 C ouT 88R Ti V 3 _ ALARM ALI COM NON ITEM MODE AL2 LLI RVS TEMl __ OPERATION MODE RYS 00 OUT 0 0 8 RVS 1 8V SV 200 00 TIME 10h00m TIME 00n00m 9 9 EXEC KEY RUN 1 RST 10 ENT 8 1 AUTO RUN ON 2 KEY KEY RUN Pl 8 200 05 Pl SV 200 10 ENT SI TIME O0h0DMm SI TIME 00hR0IM 11 RVS V EIX SV 100 m
70. LCD 1 0 31 LCD t 10 50 90 RH 90 264 50 60 Hz 17 VA CYP 500 V DC 20 0 500V DC 20 MQ 500 V 1 1500V 1 8 71 o ee H 96x W 96xD140 5 125 mm D 195 5 180 mm imeo 1 3 5 mm H 92XW 92 mm 0 8 0 ese 750 g 12 t 500kQ 1000 2 1mA 50
71. 5 0 1 3008 0 1008 WS 3003 0 1008 20 Wes sa FUNC OUT 1 0 4 FUNC 2 EXEC KEY 3 PROGRAM DATA B INITIAL DATA 3 1 ENTRY AVLBL FUNC 5 5 LINK FORMAT 2 KEY KEY 123456789 mg 857 6 RLE LE 2 KEY KEY 2 KEY KEY RST AST 3 1 l RVS PLE FE START NO 1 START NO 1 STP STP 7 ITEM 1 9 1 9 PID 1 PID 9 1 9 A C RVS TBM A
72. LED 0 9 OFF z OFF ON ON RST LOC POWER ON MODE RUN RST OFF ON 3 IUNC SRAM RW BNT NVAAM SRAM INITIAL OK 74 NORHMALON SRAM INIT Fond 2 2 1 LOC
73. CETELE TETS TAS 15 7 KEY 2 EMEF 15 7 1 LOCK EE 15 7 2 7 16 7 3 LIMIT MODE 16 7 4 16 8 15V x X7 17 8 i INITIAL DATA RRR 17 8 2 FILTER PV 5 4 17 8 3 R D ACTION CYC TIME 17 8 4 17 18 8 5 18 8 6 18 19 8 7 DI 19 20 8 8 DO 21 22 8 9 OUT 1 T2 22 8 10 UNIT 22 8 11 RTD 22 8 12 RANGE 22 23 8 13 SCALE 23 8 14 D POINT 23 8 15 50 23 8 16 SO OUT OCCULT TYO 24 8 17 POWER ON MODE EE EIA T TR 24
74. RST FIX RST EXT ON DI18 RUN OFF RST ON DI18 RUN ON OFF ON RST gt RUN RUN 4 GUA RUN RUN NORMAL RUN OFF A gt Z No SV TIME ON OFF OFF gt ON RST RST RUN RUN FIX MAN gt RST EXT ON DI18 RUN OFF RST ON DI18 RUN ON OFF ON RST RUN RUN RUN 5 AUTO amp RUN NORMAL OFF RST ON OFF RUN ON OFF RUN LOC OFF ON RST
75. RUN RUN FIX RST EXT DI18 RUN OFF RST ON DI18 RUN ON OFF gt ON RST RUN RUN RUN 8 18 TIME UNIT min min POWER ON MODE TIME UNIT Lmin NORMAL FILE PID SERIES min 00 00 99 h 59 sec 00m 00 5 99 59 5 8 19 PID SERIES SERIES PARA PID TIME UNIT TIME UNIT min PID SERIES PID SERIES SERIES PID PID PARA PID PID D PID SV PID SERIES
76. lt x 165966 7069468 81 65 2 lt lt lt 2 276 lt 0 2a U69466 69966 75 15 19 5666 dH Nid 6 Nid ld 000 00 008 AS 19715 18 1 0 001 134 ald INIL 9318395 UIM LNN TVWHON 1 HOM_NO_H AOd 0 4110 08 05 1 6 18511 2 3 A1Bd 5118 155 300 05 150 1135 00 75 25 g 0 190 da262 8H 504 0072 1VH JO 0 11 AS 9 3 1135 2 00 1 81 10 0 008 91935 Nld 300W 1710 20 002 0 D 11 _ 124 0 S 5435 11 00 7008 1 771 20 008 1 AL AS 3004 2181 Ad 300 LWL 985 240 9 0 8 14 6 ON 5 ATAN Z 06 _ BB 5718 002 931113 Ad A 5 y 5 4 54 AV 1dSIG HI V TVLLINI p
77. 8 4 4 LINKEXEC 0 0 999 0 LINK FORMAT PV START N N Y RUN SV PV SV SV PV PV START PV3 STEP SV 2 PV 3 2 TO 2 Yo 5SV TO PV1 START SV 3 T LINK EXEC 998 START 4 5 ADV MODE STEP STEP TIME ADV 1
78. FP21 1 RUN RUN RST 2 EXEC KEY 2 EXEC KEY RUN qp UN MESSAGE RET RUN BRK gt 2 RUN BRK2 RUN PTN END No 5 START STP No 7 2 EXEC KEY KEY FZ ED NE UN A RST BNT MESSAGE RUN 3 RUN END MESSAGE 4 BRK1 CFM RST 2 EXEC KEY KEY CFM _ MESSAGE 5 2 2 EXEC K
79. 0 No 1 1 P1 S1 PID No 0 9 9 P I D OL PIDNo 1 No 9 PID 0 PIS PID 1 ALARM 0 a ALARM No 0 ENT PIES 2 P1 S1 ALARMNo 0 0 9 AL1 AL2 ALAR MNo 1 No 9 1 PID ALARM ENT RVS qp PID 1 Pl 8 PID No 1 pi 8 ALARM 0 ALARM 1 5 8 P1 S1 TS1 1 No 1 No 1 1 1 Y Y YES NO Y 0 5 6 Y
80. 0 EXEC KEY KEY RSP A 4 V 1 SV 1 60 16 5 7 4 9 EXEC KEY KEY 2 EXEC KEY 857 RST 9 EXEC KEY KEY FM 947 3 12 5 4 6 UNC HLEI 5 RVS RUE 1 FIX FIX SV lt Y ENTI PID ALARM BNT RVS
81. DI 15 SEL16 SELNo 9 No 1 LIMIT MODE Y gt F DI 15 SEL16 1 31 No 32 START STPNo 32 L No 4 8 OFF 0 ADV AT 2 ON OFF ON AT LOC EXEC KEY ER 8 8 DO DO 1 DO 2 DO 1 X DO 1 DO 2 DO_3 DO 1 7 DO 2 3 DO
82. No 3 4 TS4 TS4 No 4 PV 5 SO 6 RUN 7 END CFM 1 X RST 8 EXT EXT DO 2 No 14 16 A 7 IPEN 0021 23 24 VDC 50 mA No 1 5 ON 00 2 SETI END REI 2 199 3 784 2 0022 3 2023 3 DO 3 SET No 19 20 22 DO31 33 3 2 8 DO 3 DO No 0 z 50 No 19 5 1 Y_ No 20 22 0031 1033 240VAC2 5A
83. 30 2 FIX 30 3 9 31 10 32 33 35 36 13 ee 37 38 14 LCD KEY 39 41 1 1 FP 21 FP 21 9 9 1 81 O LCD 0 0 1 1 digit O 9 PID 2 2 1 1 1 DIO 24 1 3 1
84. ALARM MODE 6 5 ALARM 1 12 AL2 6 4 ALARM AL 2 ALARM 1 ALARM 9 7 KEY 7 1 KEY LOCK RUN FIX MAN 2 N Y NO YES O RST Y 5 KEY LOCK RST ADV ADV HLD Y 3 RUN o FIX Y
85. OUT T1 T2 8 INITIAL DATA 2 _ OUT SSR TI V ENTRY AVLBL FLE COM NON 1 OUT mA 4 20 mA DC 600 Q 0 10 V DC 2 mA CONT 240 VAC 2 5 SSR SSR 15 VDC 20 mA 2 T1 No 1 NON mA 4 20 mA DC 500 Q mV 0 10mV DC 100 0 10 V DC 2mA 3 T2 No 2 2 T1 2 T1 T 4 COM NON 232 RS 232 422 RS 422 8 10 UNIT OUT 88H Tl V UNIT COM NON RTD Pt 1 TC CC C C LED FT LED 2 RTD
86. RUN PROG CONTROLLER 1 _ FP OUT 0 0 RUN PROG CONTROLLER gt 5 amp ON AUTO amp OFF RST RUN OFF RUN RUN EOE RUN _ PROG CONTROLLER PERU F P OUT 0 0 RUN 6 GUA AUTO amp RUN OFF RUN PROG CONTROLLER __ GUA RUN ON 1 2
87. 2 50 0 C P4 SV 51 05 81 TIME 00hUIm P4 51 SV 50 06 TIME 00h00m SV 50 00 P4 51 v 00h20m SV 50 00 072 P4 5 SV 50 00 TIME 00201 5 4 S SV 110 TIME 01017 512 50 0 C P4 SV 50 00 92 TIME 00h0Im 37 y FIE 2 No 4 1 1 SV 50 C RNT ENTI SV TIME 00h20m qp 1 1 SV 50 0 C 20 2 SV MI No
88. 7 1 4 Power off Power on again 8 2 8 2 1 ee 8 3 A O TE 8 3 1 OUT 9 3 2 DEV 9 3 3 TIME 4 9 3 4 9 3 5 ee 9 3 6 PID No ALARM No 9 3 7 SET SV SET TIME 9 4 47049 2 9 8 18 UNIT 24 8 19 PD 25 8 20 MEMORY INITIAL ss 4 25 6 ees 26 1 26 2 26 7 27 1 ree 27 1 1 oo 27 1 2 RN ESR REE 28 2 lia T 28 29 3 FIX ee 29 8 asw 30 1 er 30 1 1
89. C LED F F R LED 3 NON C C LED F F LED NON LCD LED Pt UNIT MEMORY INITIAL1 TMT 2 PV BIAS 8 11 Pt JPt UNIT 0 UNIT D Pt JIS 15 89 IEC DIN Pt100 Q JPt IH JIS Pt 100 Q 8 12 RANGE
90. 2 OL 0 0 10 0 OL OH RST 0 lt 10 0 110 0 6 4 ALARM 1 AL1 PID 1 0H l1 AuARMI HLD OL 1 0 FE ALl 200 0C ALI ALARM 1100 FS 0 FS HD2 100 Unit 0 999 Unit LD2 100 Unit 999 0 Unit AD2 100 Unit 0 999 Unit AL 1 ALARM 1 ALARM 9
91. 5 1 LED FP21 PV LED 1 HH HH A z B2 Bl B2 PV 10 2 LL PV 10 B2 B2 3 C 4 5 E 000 959 PV 10000 10999 10 10
92. PID io 0 1 999 9 5 1 6000 0 3600 gt DT 0 PI er 10 0 110 0 0 1 Y 240V 2 D PTP 4 20 mA DC 600 RA ZDA 0 10V DC 2mA SSR P e 15 V DC 20 mA eee 1 120 P 2 We din eana 10 2 1 9 9 0 999 Unit 999 0 Unit EL 0 0 999 Unit 0
93. TRANSMIT 1 240V AC2 5A RI EN 90 264 1 SA 5V DC Hg K 203 a 4 20mA DC LM GND 000 TRANSMIT 2 o OUTPUT 60027 WERK CONTROL 500kQ Ea 4 RS 232C 1 Ed 5 42 1 OUTPUT EXTERNAL 1 0 24 Pin 2mA OUTPUT INPUT 7 OUT 00 DO COM 2 23 D017 GUA RUN 24VDC DO16 ADV HLD DI17 ON lt 0 6V 2 0015 HLD 016 aoak DO14 or RST SELi6 or 5 8 2 DO13 FIX SEL8 DI14 OUT 002 B 2012 SEL4 DI13 6 O BIN 17 SEL2 DI12 5 CODE 50mA 16 2023 SELI 4 24VDC 1 05 5022 ON 1 5V 2021 DO21 0022 DO23 TS1 TS2 TS3 TS4 SO RUN END EXT 8 2 500kQ
94. 4 2 gt 7 52 7 2 jLY 50 0 ETY S1 50 0 C 52 RWS ENT S2 SV S1 50 0C P4 50 SV 51 TIME 00h ERNTI 5 6 13 PI SV 50 06 Se Lells 00h30m 4 5 SV 50 00 TIME 00h30m P4 9 50 00 001307 2 ENTI SV TIME A v 00h30m 2 SV 2 SV 50 0 C TIME f 30 2 IIEM 3 9
95. D 1403 Pipi P 10 0 3 ly 1205 0 _405 PID D 0sec PI PIDNo TEMI PID 2 EMI PID 3 PID 4 PID P 10 0 5 0 1208 0 _40s HTM 1 800s D 6 3 PID 1 1005 PIDI P 5 0 9 PIDIOH 100 0 1208 0 408 OL 0 0 1 OH 100 0 1 lt lt 110 0 0 100 3
96. ENT BEC EN 3 HLD KEY RUN HLD HLD HLD 2 EXEC KEY KEY 2 KEY HLD UN UM ENT 8 EXEC KEY KEY RUN HLD 4 ADV KEY GUA HLD ADV ADV ENT 1 ADV LED No 5 FIX KEY 0 EXEC KEY KEY 2 EXEC KEY 887 857 gt P EXEC KEY KED RUN HLD FIX RU
97. FIX 8V 0 00 PID i ALARM 21 RVs 7 ALARM 12 RWS A FX 100 1 FIX SV 200 6 PID 1 ALARM a PID 21 ALARM_ 1 13 RVS ENT ENT 100 00 ENT 8 WE Pl 0 0 8 m Pl 100 00 7 Pi sv 100 00 Sg TIME 00hOIm ENT Se TIME OhOIm TIME 5 LCD 1 POWER ON MODE ON ON 21
98. y 1 1 STP 01 gt 0 gt 60 61 gt 81 A ISA SW Ez s t PATTERN PATTERN PATTERN A C START STEP END PATTERN A STPNo 01 STPNo 30 30 STEP PATTERN STP No 31 STP No 60 30 STEP PATTERN C STP No 61 STP No 81 21 STEP 3 START STP No END KEY LOCK LIMIT MODE HD START STP LINK FORMAT LINK EXEC END PTN RPT 5 7 1 1 100 4 START SV 0 GUA SOAK 00 00 1 0 T 1 3 4 5 SV REE 0 50 0 50 0
99. 1 2 3 gt 21
100. 150 0 150 0 100 0 10 0 1500 1500 oo 00 00 20 30m 20m 30m 50m 30m 20m 30m 1h30m ALARM TS1 1 N PID 0 0 ON 00 00 OFF 00 00 TS2 2 N ON 00 00 000 OFF 00 00 TS3 3 N 00 00 OFF 00 00 TS4 4 1 ON 00 00 OFF 00 00 4 9 5 6 RUNO p 11 2 3 PROGRAM DATA 1 a UN 2 4 No
101. 3 3 13 1301 a No 17 23 DO11 17 24 VDC 5 mA k No 24 Vces 0 6 V 27 DO COM ON DO 1 DO 2 HLD RUN RST No 20 DO 2 DO 3 RUN RST 24 No 24 DO COM 27 No 2 DO 2 SET 24 No 24 14 16 DO21 DO23 3 8 1 TS1 TSI No 1 2752 TS2 2 3 TS3 TS3
102. 4 UNIT RANG SCALE 8 5 RS 232 C RS 422 8 232 ADDR RATE 2400 DPS RS 232C DATA D BIT9 7 8 6 1 ALARM MODE ALI AL PV FILTER 0 BIAS 0 00 ITEM B INITIAL DATA _ ENTRY AVLBL ALARM ALI MODE AL2 AL1 HL1 10 1 1 1 1 1 2 3838 2 2 1 ON PV ee ON
103. 4 PROG KLD ADV GUA COM EXT TS1 TS2 TS3 TS4 AL2 LED PTN STP LCD 1 LED PV 8 2445 Process Value HHHH Tmi LL 2 LED SV Set Value 3 LED PTN STP PTN STP 88 No No 16 26 No 5 5 Sy ART 4 RUN HLD ADV GUA COM EXT TS1 TS2 TS3 TS4 AL1 AL2 FIX C MAN F AT Hold
104. 6 EXT DI15 AT SEL16 SEL SEL16 ON No No 12 12 RUN_ 1 RST 1 11 11 12 12 RUN HLD _ 4 4 1 10 0 5 ON OFF 0 5 ON No 12 A ADV 9 No 12 ADV 9 12 9 o 0 5 ON OFF 12 O RUN SO RST OFF RST ON RUN
105. A 3 PROGRAM DATA STEP No 1 A STEP 2 SV 0 06 ENT 502 TIME 60hUIm 5 2 START SV 0 Unit A SV STP 1 SV SV START SV 0 0 ITEM 2 2 START EMI P3 P4 START SV SV 5 3 P1 GUA SOAK GUARANTEE SOAK SV PV 1 ZONE 0 Unit 0 999 Unit SV ZONE PV ZONE
106. EY RST PTN END No 5 START STP No 7 9 EXEC KEY KEY P EXEC KEY CFM 897 897 7 MESSAGE CFM 2 6 CFM END CFM MESSAGE CFM END 7 RET FIX FIX RST 2 EXEC KEY KEY 2 KEY RST FIX IX ET MESSAGE RET FIX BRK 8 RET BRK1 MAN RST MAN WAN ENT MESSAGE RET 9 50 C SO MODE RST PV
107. Im TIME 00h0Im TIME 00h0Im 2 1 51 TIME 00h 01m 5 00h 00m 5 99 59m 5 1 1 SV TIME 8 BNT RVS qp a SV M 00 Pi sv 00 00 _ 3 S1 v sl TIMEs00h0m Pi svi 200 0CI Pi Sv 200 00 81 TIME 00h00m a 51 SV 200 00 51 TIME 00 h 00 5 1 250 msec ITEM 52 2 ITEM S3 54 SV 200 00 SV 200 00 TIME 0Ih00m TEM TIME 00hIm 5 7 1 81 PID No 1 No 1 PID ALARM No 1 0 No
108. ME TIME TIME TIME N gt lt gt gt lt TIME lt gt lt gt 1 1 1 1 1 1 1 I i 3 TME TIME ON r 1 L gt lt 1 TIME lt lt OFF gt 4 TIME TIME ON 4 OFF 1 n lt ON gt lt OFF i gt TIME TIMEF gt lt gt 1 5 i TIME TIME OFF TIME ON gt OFF gt TIME 5 9 1 51 TS2 No 2 No 1 No 1 2 5 8 TS1 5 10 P1 S1 TS3 3 No 1 No 1 3 5 8 TS1 5 1 P1 S1 TS4 4 No 1 No 1 4 5 8 TS1 6 FIX PID
109. N HLD HIX FIX RUN HLD FIX FIX FIX 6 MAN KEY 2 EXEC KEY 887 2 EXEC KEY KEY _ RST 2 EXEC KEY KEY gt RUN HLD RUN HLD MAN MAN RUN HLD MAN MAN 7 AT KEY RUN FIX PID 2 EXEC KEY KEY d EXEC AT RUN ja RUN 2 EXEC KEY KEY ENT RUN AT LED RUN AT AT AT 3 AT RUN RUN HLD FIX
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