メーカーマニュアル(SR25)
Contents
1.2. 1 1 2 ET RSE ERE 2 3 3 4 amp 4 5 5 6 6 6 1 SV No tree 6 6 2 PP PP 6 7 7 1 LCD ES ESE EE 7 7 2 0 8 8 LCD NN REE i SR EEE dst 9 9 LCD oi 10 10 11 10 1 RTD TYPE 12 13 10 2 Soe RGR SE OTE eR EE in SOT eit RR 14 10 3
3. 44 LL I H TRANSMISSION 1 PV eisV 28 3 II H 2 COMMUN CAT ION 1200 MU 0 5 1200 1 2 COMMUNICATION 5 1200 2 COMMUNICATION DATA 7 PAHI E DATA 7 PARI E 15 9 5 15 4 27 15 1 A LCD DISP lt DISP lt FUNC V ENT ON OFF MON Svn SV PID PID E D EV D0 RMP
4. I ra II gt 6 1 sz sz z SS 02 10 1 RTD TYPE C 1 No UNIT DISP lt DISP lt DISP UNIT FUNC ENT e RTD C F LED 2 C F BNK LED LCD RTD TYPE Pt100 JPt 100 C 1 RTD TC
5. IFUNC REV ENT DIR PV SV REV SV RAMP 1 2 1 2 REV DIR DIR REV 1 1 13 11014 2 2 16 12 17 AUTO TUNING gt STOP EXEG 0 II G OUT SNG SV MULT RMP U D 1 2 2 3 I G MODE 2 OUT SNGL SV MULT RMP U D II G 1 CONT_ACTION gt REV DIR REV SV 100 0 lt
6. 1 SD 5 PIDR P 30 DOEAT MD 10 OLT100 I 120 D 0s _ lt II D AUTO TUNING OUT CYCLE Sec PBIAS 000C DIASSIGN lt SCALING lt RAMP UNIT TRANSMISSION gt STOP EXEC R_BIAS 0 00 DI1 NOP DP XXXX Sec gt G Min 2 SV U 1 GA F 1 Hl amp OPE PRE OUT PVFILT 0 s H 100 0 RAMP RATE 1 1000 01 50 02 RSFILT 0 L 0 0 XXXX XXX X 1 00 l RAMPING 0 200 0 C 1000 STOP RUN 01 0 02 L 10 110 0 0 0 H2 4 l RSV 0 200 0 COMMUNICATION 1 EXEC L 10 H 110 0 0 C IMN 0 BPS 1200 _ I COMMUNICATION L lt JL III DATA 7 PARI E 22 2 KEYLOCK MON OFF SVn OFF INITIALIZE EXECO RTD TYPE Pt100 JPt100 IN37 0 0 200 0 01 mA 2 mA 4 20 4 20 COM NO PROVIDED RSV N mA 4 20 9 2 Oo 0 9 SV No 6 1
7. Mop 15 2 B 0 1 DISP 2 DISP DISP ENT lt IFUNC EXEC V 0 1 ENT 45 En A DISP KEYLOCK MON DFF SVn DFF OFF 059 lt gt A 05 KEYLOCK MON OFF SVn DFF 05 L L INITIALIZE gt NO EXECD NO a x AUTO AUTO TE J 808 KEY LOC STOP mm OPE 0 ms lmmr o SE 998 STOP RE mu mwewr um i
8. 22 10 7 SVNo AT I A No AT AT LED PID AT DISP II A EXEC STOP DI 37
9. AI 9 DISP OCK LSV EN ENT 4 I RUN 2 ESV S VNo SV SEL EXT 3 SVNa rE SV 4 COM 5 SET
10. IL A V ENT ENT 1 SING MULT SV 1 10 SVR 2 DUAL SV SV 1 10 SVR 1 2 0 2 2 3 0 1 2 3 10 3 1l B No SSR DISP IT A ENT FUNC 1 2
11. FUNCI 9 ENT RSV TIL TIH T2L lt T2H 1 DDisP lt II A AUTO TUNING gt 5 4005 138 1 PV 6 SV 1CH PV 2CH SV I H 85103 1 PV Gi SV 1I H 1 1 800 0 C 0 0 s lt 2CH 800 0 0 0 14 19 2 No No MN 0 31 BPS 1200 2400 4800 9600 0 1200 2 3 ENT 7 8 V
12. Pt 100 JPt 100 JPt 100 Pt100 1 m 2 KEYLOCK g 050 UNIT gt BNK C UNIT gt G BNK L 1 gt 100 PL100 IEC 3 C 2 RTD RTD TYPE TC RTD TC A ENT C 2 1 PR40 20 0 I800 msl essesl 2
13. e MAN SV No A s 050 57 1 0 2 R_OLT 100 0 1_OLT 100 0 M 1 1 2 1 3 H_OL1 100 0 HR_OLE 100 0 1 14 DISP II 23 14 1 SV A 1 SV
14. 1 T A I C PID_1 P 3 0 51 1208 0 Ds I D EV1 DEV MD DH gt 400 0 3 EV1iDEV MD DH 400 0 2 5 II A AUTO TUNING gt 5 059 2 gt KEYLOCK MON OFF SVn OFF s Disp j 23 2 3 IDISP ENT IDISP 7 IDISP 2 3 7 2 1 SV_e DISP I D IE
15. PID_1 20 0 4 1205 0 03 _ FUNC ENT gt FUNC IENT KEYLOCK MON DFF BVn OFF AUTO TUNING gt STUP EXEC 8 LCD 1 EV II 57 L V Ill O oO O oO o O o SV No 2 9 LCD
16. 14 2 A 3 II A AUTO TUNING EXEC 28TOF _ EXEC ON DI ys El tman DI ST BY II A 3 ST BY gt 2 3 FUNC ST BY EXEC ENT ST BY 0 PV EXEC 14 14 DISP II A DISP ENT
17. HHR 3 ON AS 9 058 e140 NIR lt 4 y AS W CS h AS I sj ZZ Ad k r s _ kat H AS Adl gt s 1519 STT 8981 s LAS AS z c D WM TNI 50 Sx O dL gt 99 440235 JJONON ca N ODOTAIYN 509 440 4 MAN HLNE 2 9 1S H Ol 1 AH LS ONY OLNOO y 0 TAS H 9 0 7 00 210 NM OLS lt DNJMOVMI ASW HAS MW Ad DNkINY a 00 MII XXNN LIL SY JOfdO 5 OD HLI TLNO9 9
18. PV SV 0 100 FS 29 13 2 2 FUNC IENT AUTO gt MAN LED MAN v 0 100 SV No MAN SV No AUTO FUNC ENT LED MAN SV PV II A STOP gt
19. FUNC OUT 1 OUT 2 QCK V ENT 5 105 0 3 05 AUTO TUNING gt STOP EXEC 05 HI B OUT CYCLE Sec 01 30 02 30Sec TII B OUT CYCLE Sec 01 30 02 5 I B 1 PRE_0UT 01 50 02 50 II B OUT CYCLE Sec 01 30 08 2 gt gt TII B 2 PV_ERH_OUT 01 0 02 0 14 5 C PV REM A OUT L 3 05 DISP II A DISP AUTO TUNING gt STOP ENT ss FUNC P REM R II C
20. STOP SV No RUN gt SVNo 1 25 0 SVNo 2 110 0C SVNo 5 ENT SVNo sv 1 1lolo 0 0 3 DISP QUT 0 0 11 1 11 2 11 3 25 0 110 0 SV 1 A AUTO TUNING gt 5 gt RAMPING STOP gt RUN 12 LCD A LCD A 29 B SV SV 15 C PID PID 16 D EV DO EV 19 E 25
21. EN 6 CAL 7 EV TI ON 8 EV2 TF i 2 9 EV 3 EV3 ON 10 00 D10 DO1 ON II DO2 D10 DO2 ON I2 ERR 13 F F 4 amp O 1 2 10 C 50 C 3 4 5 6 90 RH 825
22. 18 PID_3 3 0 1205 D DFF 10 6 EV D D 1 No 8 PV SV DEV AT ERR RUN REM MAN EV DO 1 EVI EV3 2 DO1 002 54 DISP 3 ENT IFUNC MD V ENT lt EV FUNC V
23. 8 SV 10 SV BIN PV 99 99 9999 1 Unit 0 10 V DC EH F 0 1 FS 1 digit 0 10V 1 5VDC 500 k 0 10 V 4 20 mA DC 2500 RSV 99 99 C F 9999 1 Unit A B R S K E J PL II PR 40 20 WRe 5 26 U L DIN 43710 100 0 T 5
24. 31 A 23 B 14 C 35 D DI DI 37 E 38 25 14 H 43 45 B 45 46 12 D 46 A H 1 2 AH 28 13 1I 13 1 PV SV A 1 1
25. s s ss m H ma 100 io j 0100 el oe 7 PV oPV o 110 FS lt PV HH gt U 7 W 2 1 2 1 3 2 3 1 2 3 PV_ERR_OUT amp 1 7179 2 30 10 03 3931 9111 FAX 03 3937 1240 179 2 30 10 23 03 3931 3481 FAX 03 3931 3480 A A 220 21 1 045 3144 9471 045 314 9480 T 4 2 0 1012 3 054 265 4767 FAX 054 265 4772 465 2 14 052 776 8751 FAX 052 776 8753 564 4 0 14 3 06 319 1012
26. SV No BIN 24 SV No SV No 5 No 12 No 7 No 5 SV No 12 7 SEL 6 SEL 2 SV SV 24 SVNo 52 6 2 No 12 No 11 DI 1 No 10 DI 2 No 9 DI 3 No 8 DI 4 4 7 37 DI 1 NOP 2 REM LOC ON REM 3 MAN AUTO ON MAN 4 AT EXECUTE ON 5 DA RA ON DA 6 STBY EXEC ON STBY 7 STOP RUN
27. 38 PID PID Fz 2 RS 0S RS DI REV SV 1 NO YES INTER EXTER OFF ON B I0 125 sec U RTD 0 00 99 99 0 00U0 s 9999 999 9U PV 0sec C 0 100 sec REM Osee ose IO FS 00 r0 FS I0 FS 0 FS REM Ii0 FS 0 10 FS 0 FS 10 0 Fs m ma SR 82 ss zosw 1 50 251059 0 58 EV DO PV SV AT RUN ERR REM MAN DH DL ADH ADL PV SV HI H2 LI 12 DEV 4000 PV SV 1999 9999 0 1 9 9 FS SB ON OFF 0 9999 sec NOP MAN REM AUTO ST BY DA STOP
28. PV RSV XXXX X XXX i 1999 9999 SV SV SV 18 24 2 M2 D 3 pa s SV SEL BINCODE SV SEL
29. 9 LCD No No SV No 1 HE TH Fail L JL II 22 7 Dl s Ca g 11 1 1 No Sec Min 1 A OUT EN 0 0 050 DISP lt II A I A AUTO TUNING DISP V 3 5 gt STOP ENT lt 1 059 FUNC sec Min I F 3 ENT RAMP UNIT CZSec gt C Min M
30. DISP ENT I HL II A 1 DISP II I DISP I I 2 3
31. 40 14 14 SV SV ooo 41 42 14 15 42 14 16 item 42 14 17 eee 43 14 18 43 14 19 44 15 15 1 eo 45 15 2 45 46 15 3 46 15 4 oo 46 15 5 SV oo 46 16 2 47 16 1 47 16 2 2 47 48 16 3 49 17 50 51 18 Sa esa 52 19 53 55 20 56 58 21 eo 59 1 ma SP Ph J P 3
32. mam sv Le cw Las os cw we cw ms cw sw cw mw wl Le cww cw 182 RTD EXECI mA V EXECI IN26 V 45 46 C 1 gt Pt100 JPt100 L L 2 IN 37 PtI00 C 0 0 200 0 Pt100 0 200 0 C TC L LIII C UNIT gt C BNK L JLIII C 2 IN04 TC_K 0 0 gt 800 0 0 800 0 10 2 No SV 4 No
33. p 14 1 SV SNGL SV1 SVR 1 OUT DUAL RMP SV SNGL 3 SV MULT SV 1 SV 10 SVR MODE 3 QUT DUAL RMP U D SV MULT RMP UZD 16 2 K2 1 C K 2 PID I A OUT HEHESEFHEEEFESEE K 2 PID s 059 ENT __ K 2 QCK V PID T P 8 0 ENTT PID SV No SV 1 SV No PID PID_1 1 0 K2 1 0 47 0 0 ON OFF 0 1 10 0 1 0 100 58878 1 PB 50 2 PB gt 0 SV PV SY
34. 14 14 SV G 2 SV SV II G MODE OUT SNGL SV MULT RMP U D SV 3 C SV II G 2 FUNC NO YES ENT RSV THACKING gt NO YES NO DI 37 REM LOC DI REM LOC SV No 1 32 SS KEY REM LOC SV No SV1 NO I E RAMP OFF SV SV 1 SV 1 e
35. OFF LOW HIGH 20 DEV PV SV H ON OFF 0 1 9 9 FS 0 2 FS SB DEV PV SV OFF ON OFF e MD SB T ON ON OFF
36. e SVH SVL mA PVH PVL 10 5 PID C No PID DISP 4 PID IENT FUNC P L D QCK PID SV SV PID SV PID No PID SV10 99 PID 10 SV_R PID_R 0 1 SV PID _ 1 __R 2 2 3 SV PPD__1 PID10 PID__R 1 3 2 2
37. SB ON X ON SB OFF ON ON ON ON 0 9999 sec 0 sec 1 ON e ON 0 sec ON T
38. 1 E RAMP OFF SV SV 1 YES RAMP SV 1 D 2 32 SS EX T REM LOC SV No NO 1 E RAMP OFF SV SV No SV No 1 E RAMP OFF SV SV YES RAMP SV No 14 15 l G 3 TC IT G
39. K2 DB PID K2 DB K2 00 ENT 2 OUT2 ON OFF 2 47 1 OUT1 PID PD P ON OFF 2 OUT2 P ON OFF PID No SV 2 PID NO 162 3 0 1 1205 D 0 3 0 1 120sec D 0sec 3 0 I 120 D 05 N PID_1 10 0 0 K2 1 0 DB 0 0 NV K2 0 0 PID_1 Ke ON OFF H 0 1 DB 0 0 0 1 1 0 ON OFF 0 1 999 9 FS 3 0 FS PV SV 0 100 e P 0 ON OFF P P 0 ON OFF
40. 0 10mV 100 AC 25A 1 20mA DC ICH 100 240V 0 10V DC 500kQ 1 5 V DC 500kQ 3 20mA DC 2500 0 10V DC 2mA TRANSMIT 1 ig TRANSMIT 500kO 230Q No 5 DI COM SV SEL 1 SV SEL 2 SV SEL 4 SV SEL 8 BIN CO 24V DC 100V 1A DI1 4 AT 6 EXTERNAL 1 0 SV No DI 6 1 SV No 24 No 12 No 7 SEL 1 No 6 SEL 2 No 5 SEL 4 No 4 SEL 8 BIN
41. 1999 9999 PVL 0 0 SVL lt SVH 38 05 I A TUNING gt STDP EXED 052 5 II E 4 SCALING 0 XXX X 052 AUTO TUNING gt 5 TC RTDA p 58 L II 1 1 2 ip SVH 800 0 SVL 0 0 5 1 100 SVL 0 FS II E SCAL ING XXX X s lt gt L JL 1 PVH 100 0 0 0 14 12 REM E 2 1 2 PV REM FUNC RSL QCK V ENT RTD SV REM FUNC RSH RSL QCK ENT U
42. x Py PVH 0 9 CT eo sv si RSH 227 R o RSH Z rm Rm RsLl um usxgww RTD OFF 9999 0 1 999 9 mV mA V OFF I lt 9999 0 999 3 XXXX 0 1 999 9 0 01 99 99 PV 0 01 99 99 0 001 9 999 PV 0 001 9 999 0 0001 0 3993 PV MON or SVn SV _ _ OFF ON PID PID ED EV DO or RMP OFF OLT OFF OFF _ OUT _ _ or
43. IL C ERR ON P_BIAS 0 00 C Ra_BIAS 0 00 C LED ERR s gt H C 2 PV PV_0 K_RNG PV L 10 H 110 gt L 0 FUNC L HH QCK A i IENT H 100 110 FS 10 H 110 FS 14 8 C 3 REM 19 II C REM ON P_BIAS 0 00 R_BIAS 0 00 LED ERR s ii 3 REM HSV_0 K_RNG 3 REM 10 H 110 FUNC L 2 H
44. ON STOP EXTERNAL 1 0 No No 1 1 I DI 1 1 1 7 1 LCD 1 2 3 4 6 7 8 5 I SV DISP SV SV DISP LCD ENT
45. ENT ENT XXXX X XXX II E 14 11 SV PV 1 TC RTD SV 1 RTD SV 2 IFUNC SVH SVL QcK 2 ENT 8 2 100 FS SVL 0 FS SVL lt SVH PV 1999 9999 IFUNC PVL QCK ENTI
46. ENT P_BIAS 0 00 II C H_BIAS 0 00 C 0 00C RTD 99 99 99 99 0 00 PV XXXX 999 9 999 9 XXX X 99 99 99 99 XX XX 9 999 9 999 XL XXX 0 9999 0 9999 0 00 U U 14 6 1 C 1 PV RSV P_BIAS 0 00 0 sec OFF FR_BIAS 0 000 HI C 1 0 5 FUNC PV RS QCKI 1 0 8 ENT 0 100 sec 0 sec 14 7 PV C 2 PV 19
47. SV II C RSV _ O K _ 39 11 E SCAL ING X 22 gt 2 ASH 100 0 RSL 0 0 RSH 100 0 FS RSL 0 0 2548 TC RTD II E 1 SVH 800 0 C SVL 0 0 C 3 LAL 2 RSH BOO 0 RSL 0 0 RSL 100 0 0 0 DISP II A DISP ENT II G G 14 14 13 l G 1 1
48. eH 0 1 9 9 FS 0 1 FS P 0 ON OFF ON OFF e P 0 1 ENT PID P 2 OFF 1 000 sec 120 sec I OFF 1 1 OFF ENT P PD eR OFF 0 0 99 9 PB 50 0 PB R P PD PV SV 50 0 50 0 17 PID_1 P 3 0 1 1205 D 05 P 0 0 ENT PID_1 0 1 H 0 12 Fs 0_1 P 3 0 1205 0 Ds
49. ooo 14 10 4 SV ii 15 10 5 PD ii 16 1 ON OFF moe 17 2 1 P PD R 17 3 D P PI oe 18 10 6 DO 19 1 eee 19 2 19 20 3 oro 20 4 21 5 oo 21 6 SB oo 21 7 21 22 10 7 FFP FFP PP 23 23 11 24 11 1 25 11 2 YT TT TT 25 11 3 PPP Fr 25 26 ii 26 11 4
50. 2 DO 1 DO 2 24 VDC 50 mA 3 EV 1 EV 3 240VAC 2 5A 5 8 DO 1 DO2 EV 1 EV 3 SV 54 DEV DO 1 202 EV 2 EV 3 0 1 9 9 4000 H J 0 7 0 LJ 1 18 F 1999 9999 0 9999 ON ER 8 mow mm ow
51. ff 1 3 5 mm 130 mm 1 1 2 3 4 M 3 5
52. PV SV SV ON RUN ON ERR PV ON REM SV ON MA N ON ON LED EV 1 EV 2 EV 3 DO 1 DO 2 e DEV PV SV MD H SB T MD DEV MD DH DL ADL 1 HIGH A SV e PV SV MD H1 2 11 12 1
53. SR25 06 m B t SR2 MPU 96x96 PID 500ko 100 G 2 ImA 5 9 2 3 0 10 10 50 10 10 0 20 0 50 0 100 DC 500kQ 4 20mA 0 20 DC 2500 6 FE 0 1 1 5 1 1 0 2 0 5 0 10 DC 500kKQ 200 240 2 5 IA 4 20mA DC _ _ SSR 200 5V DC20mA V 0 IOV DC 2mA RA 200 240 2 5A 1 4 20mA DC 6009 DA 55855 200 15V DC 20mA V 0 0V DC 2mA DA RE 0 D0 1 00 2 2
54. 500V 1 5mA 1500V 1 5mA 5 Y 8 1 96xW 96 140 5 125 mm D 195 5 180 mm 1 0 3 5 mm 92xW 92 mm 0 8 0 mm 750 g 20 SV PID EE ER CE waqani Spam pura n pis T L L T T Tm Teelre rrsan r SEIS G pl C ws LE lso oworfou ss3 lp os pct mloi mceiss rs 0 R 59 R 0 0 99 9 FS 2 1 9 L a i ps 90 pe wssss ioe lcoucss fs
55. 0 0 1CH 0 10mV 2CH 4 20 02 D 2 RSV N V 0 10 COM SV RSV 0 10V 46 16 2 RA DA 1 1 PID 2 P 2 2 K 2 2 ON OFF DB 16 1 G 2 1 3 3 3
56. SV DISP SV ENT SV SV SV No SV No QCK ENT 1 0 1 SV1 SV__R SV 0 0 lt SV P 0 gt 5 SV_1 SV No SV 150 0 SV SV No _ 4 SV_1 150 06 E SV 150 0 e SV __ R SV SV No 3 SV1 SVi0 SV__R
57. V ENT 1 200 sec 20 30 sec SSR 24 e 1 2 02 1 2 01 02 14 052 L JLII A AUTO TUNING gt STDP EXEG s 069 2 OUT SNGL SV MULT FMP U D 1 2 2 3 MODE 0 WPF MODE 2 1 MODE 3 1 OUT 1 0 0 s Disp lt AUTO TUNING gt STOP EXEO DEP II B OUT CYCLE Sec 01 30 02 30sec SV PID SV 11 SV __R PID SV No 11 10 4 SV 1 B No
58. 2 a OUT1 OUT2 b OUT1 OUT2 2 DEV 3 SV SV No SV SV No IENT e 4 5 1 OUT HHMHENHEBEB_ 90 0 e DISP 2 3 2 OUT IDISP SV UP DOWN OUT1 100 0 0072 0 0 27 DEV 0 1 PV SV FS 5 0 TFS SV
59. 27 11 5 27 12 gt 4 70 ror 28 13 13 1 PV SV 29 13 2 ooo 30 13 3 31 14 5 15 4 2 14 1 SV No LOC NIE 6 32 14 2 DI 33 14 3 34 14 4 ti 34 14 5 REM 6 66 35 14 6 35 14 7 PV i ST aT TS sc 36 14 8 REM eo 36 14 9 DI 37 14 10 ii 38 14 11 SV PV 38 14 12 39 14 13
60. S V S VNe SV L C D 0 100 50 2 1 PV SV 52 FS 50 0 2 1 16 X2 2 RJN ESV SET CAL EVT EV2 EV3 001 002 ERR la 5 SV SV No SV 1 10 DISPI LCD I A DIS 1 IFUNCI
61. SV AT 2 3 SV SV SVn n 1 10 OFF AUTO MAN LED lt Q gt 26 11 4 SV No 1 A 11 1 11 2 3 1 11 5 A DISP 2 3 SV SV SV No ENT RUN LED SV No DIS
62. 32 gt SPST EVIEV3 3 240V 2 5 lt a lt 2 5 06 0 IOV DC 500kQ 4 20mA DC 250O 57 06 EC 4 20 DC 2509 5 pe 0107 pc 500kQ 100 Z 13 0 0mV DC 109 er 4 20mA DC 5009 0 OV DC 2mA 14 16 23 0 0mv DC 100 24 26 4 20mA DC 5009 0 IOV DC 2mA 0 6 RS 422A 7 S 232C 9 24 Im 24 SR 25 w meu JIS K 0 800 0 JPtIOO 0 200 0 C 0 10 0 100 0 0
63. 1 OFF ENT PID_1 3 0 50 0 0 Ds R 50 0 PV lt SV R gt 50 0 PV gt SV R 50 0 1I OFF 1 OFF R eR R OFF C L IENT 120 sec 3 OFF 0 3600 sec 0sec D OFF D D OFF ENT P PI D OFF D OFF O 0
64. 4 V ENT 1 SV_ SEL SV No SS KEY SV SV No e SS EXT LED ESV SV1 SV10 SV1 SV10 SV1 6 1 DEP AUTO TUNING gt STOP EXEC STOP I A AUTO TUNING gt 5TOP EXEC 1 SV_SEL SS KEY OP LOG SV_SEL SS KEY 2 RS 232 C RS 422 A OP LOC COM LOC gt COM
65. 2 OUT SNGL SV MULT HMP U D TC 3 J_COMPEN 3 gt INTEH FUNC INTER EXTER ENT INTER INTER EXTER 14 16 G 4 H II G 2 OUT SNGL SV MULT RMP U D TC 4 4 TC 3 El II G 4 OFF RET_TIME FUNKIQCK ENT OFF 6085 OFF ON 10 125 sec 60 sec ON
66. 2 PID 1 Ke 1 0 1 2 DB 0 0 0 DB 0 0 2 FUNC DB ENT 99 9 99 9 0 0 2 100 __ 2 0 0 gt 50 99 9 999 0 SV PV SV PV SV SVY PV 81 2 2 1 PID 2 K 2 DB H DB 2 Pt K2 ON OFF ON OFF PBI XDB 2 ON OF
67. ON 5 DA RA ON DA 6 STBY EXEC ON STBY 7 STOP RUN ON STOP ON 0 5 ON OFF 0 5 ON 0 5 ON X iz OFF 37 1 1 A 050 I I A AUTO TUNING gt 5 Ds II D 2 3 DI _ASSING DI 1 NOP DI 1 4 NOP 14 10 V mA DISP II A DISP
68. II B I B 14 3 B 1 QCKI 5 105 50 PID PI PRE__OUT lt 50 PRE__OUT gt 50 4 B 2 PV
69. OFF IDISP 2 3 49 14 17 H 1 CH 2 CH 6 DISP II A DISP ENT FUNC 1CH 2 CH 6 ENT 1 PV 2 SV 3 DEV 4 RSV 5 OUT 1 6 OUT 2 14 18 1
70. PID e 1 MAN 1 C PID P 0 ON OFF 4 II A 3 ST BY ERR ON OFF 2 II A STOP I A OUT L AUTO TUNING gt STOP EXEC STOP 11 SV 2 3
71. 0 PM 10 ENT NNN FS L 10 110 FS 2962 14 9 DI D DI 7 DI 1 DI 4 DI DISP C IT A DISP 3 DI ENT lt ENT ee lt z se ee X DI DI 1 NOP 2 REM LOC ON REM 3 MAN AUTO ON MAN 4 AT EXECUTE
72. 100 0 0 IOV 0 100 0 2 i x a 7 wes F Pt 100 0 JPt 100 2 a mem we 10 0mV 0 10 mV om am 10 50 4 20 mA R Z m h E B B 400 C 750 F 2 U 1 DIN 43710 3 0 1 C 4 2 lt 1 l 2 3 3 L E D P V S V No SV SV Ne
73. ON ON PV DEV SV SV REM MAN DA RUN STBY NOP SV BIN 4 4 PV DO 1 DO 2 EV 1 3 SPST SV RSV 826 DEV OUT 1 OUT 2 0 10mV DC 10 0 10V DC 2mA 4 20 DC 5000 1CH 2 CH 1 CH 2 CH 1 CH 2 CH 0 1 FS 0 01 RS 232C RS 422 1200 2400 4800 9600 bps 7 8 0 31 2 10 50CZ90 RH 100 240 V 50 60Hz 90 264V 17 VA 500V DC 20MQ 500V DC 20MO
74. RAMP ING 2 STOP gt HUN ST BY COTHOL L A 3 gt T BY EXEG 30 1 OUT HHEHEHEEEBEE_ 80 0 2 OUT DUT OUT DUT 100 0 D 0 MAN 100 0 0 0 133 HJ L 2J JL I F SV No 2 R OLT 3 R OL R OL 2 LO0L 1 1 0L 2 R OL R OL 2 OL 2 R_OLT I_OLT 2 OL 2_OLT 2 OL 2 DISP ENT FUNCI QCK A IENT 1 lt 105 FS 100 FS 2 5 lt FS 0 FS PID
75. XXXX XXX X OFF UNIT mA V mV OFF 1 9999 0 1 999 9 PV XXXX 0 1 999 9 0 01 99 99 PV XXX X 0 01 99 99 0 001 9 999 0 001 9 999 0 0001 0 9999 PV X XXX 11 1 11 2 U M XXXX XXX X U S XXXX XXX X OFF e RMP__U RMP_ e RMP_ U RMP_D SV SV RMP_ U RMP_D SV RMP__ U RMP_ D RMP __U __ D OFF SV SV e SV No QCK ENT
76. ENT AT RUN ERR REM MAN I wo 8 lt LEM e SV 2 8 a gt EV I EV 3 5 TT pev 7 _ ON ON ERR PV RSV ON REM ON MAN ON 0 9999 sec 19 OUT ___ 0 0 05 2 iu 8 EV1 DEV MD DH 400 0 1 D 1 H 0 2 SB OFF 05 DEV SV PV SV
77. FAX 06 319 0306 733 3 17 15 082 273 7771 FAX 082 271 1310 amp T 354 573 1 3 0492 59 0521 FAX 0492 59 2745 03 393 989 9507050 500
78. OFF 2 2 0 1 10 0xPB 1 SV 0 0 999 xPB 1 PID 10 RSV PID 240V 2 5A 1 A SSR 15V DC 20mA 0 10V DC 2 mA 4 20 DC 600 RA DA SV 10 RSV 5 105 lt IF 5 105 0 1 2 1 9999 0 1 999 9 F EH 1 9999X1 X ik Unit 2 10
79. PV SV SV PV 84 1 1 2 PB 2 1 K 2x 1 1 2x PB 1 PB1 ON OFF PB 1 10 PB 2 K 2 2 1 10 K 2 0 1 1 0 10 0 2 K 2 0 1 PB 2 PB 2 10 0 0 1 100 2 1 0 PB 2 PB 1 K 2 10 0 1 0 10 K 2 10 0 PB 2 PB 1 K 2 10 0 10 0 1 2 ON OFF K 2 0 ON OFF PID_1 1 0 V K 2 0 0 ENT 08 0 0 2 H 4 2 0 0 PID_1 KEION OFF 0 1808 0 0 H 0 1 Fs 0 1 9 9 FS H 0 1 FS K2 ON OFF ON OFF 48 16 3 DB
80. THS AS naa InNiA gt u 3 lt d 2000 4X3 4015 lt 100 2 30 300 DNINAL 17 P 0 0011710 OF xV S OHS 20 AH CI IA 340 0 P 0 00 10 10 No No No RTD TYPE No SV PID EV DO 9 LCD
81. ee 1 se v w me no or _ urma 1 wm 1 lame ms jewwss a 1 A 15 3 D OUT 25 0 0 059 LOA 05 DISP 2 DISP SVn OFF 05 7 DISP ENT 4 20 02 1 4 20mA 2 15 4 D 1 15 5 SV D 2 TX1 mV 0 10
82. 00 kQ ERR D Pt 100 JPt 100 W 1mA 50 0 1 0 2 1 1 0 5 0 10 1 5 V DC 0 10 0 20 10 10 0 50 0 100 10 50 mV DC A T 500 kQ 53 4 20 mA 0 20 mA DC HF 2500 PV 0 100 60 dB 140 dB 50 60 Hz 1 PID 2 PID 2 1 PB 0 0 1 999 9 FS 0 ON OFF IT 0 6000 IT 0 PD DT 0 3600 DT 0 PI 0 200 SSR 0 1 9 9 FS SSR ON
83. 4 SV SEL 8 24 8 5 2 1 m 2 8 3 j BEI SV No KA 251 H 48 x W 48 x D 100 mm SV 10 sv SELECTOR mm 19 7 4 x 2 PV H 14 3 mm SV 10 0 mm 7 LED 2 x 1 SV H 10 0mm LD 16 X 2 0 1 FS 1 digit 23 1 0 001 0 01 0 1 1 0 1
84. F ON OFF 10 FSXDB ON OFF ON OFF 100 FSXDB 4 ON OFF ON OFF 100 FSXDB 17 SV 2 3 SV 10 SV SV No RSV SV SV SV E PID SV SV No PID PTID P PD PI PID ON OFF PV SV DEV AT REM RUN 8 DO 1 DO 2 2 EV 1 E
85. NT e ENT 2 FUNC __ ENT e V QCK PID_ P 0 3 SET ENT Ne ENT 10_1 P 20 0 e SET 25
86. P SV No uP dn SV RUN LED SV No uP X dn SV A 2 DISP C II A IENT 2 1 2 FUNC STOP ENT RUN LED SV IFUNC RUN ENT RUN LED SV No SV
87. SH 5 001 002 4998 Y IU OUT1 HNNHEEE___ 0072 WERHEHEE _ Z 1 79 2 k 4 S R 2 5
88. V 3 3 5 8 PID 0 5 105 PV
89. in 11 2 A F 1 No II F Min Sec PV X1 Xx1 10 C Gec gt C Min II F 1 RAMP RATE XXXX gt XXX X IFUNC XXXX XXX X ENT XXX X 11 3 E 1 RMP_U ba RMP_D 0 0 05 1 E 2 3 RMP_U OFF gt HMP_D 2155 ENT OFF QCK ENT 25 1 RTD 2 OFF 1 9999 0 1 999 9 11 1 11 2 U M XXXX XXX X U S
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