SR253シリ一ズ
Contents
1.2. SurMAOEN EI 0 8 EV1 EV 1 DO5 DO 5 AT MAN OUT1 1 S S R 1 ON OFF OUT2 2 S SR 2 ON OFF STBY Control Exe
3. IA zs 250VAC 1 0A
4. DU TDK ZMB2203 13 100 240V AC HS D S SR NS 232 B A US TEE 17 0 2 4 CT 50mA 24V DC 100V 1A EF Ee 12 NO 1 Ee 2
5. D EAR TTT 1 1 HAETT 1 1 Ce ETGEN 1 2 TTT 1 1 2 DTD 1 ti 2 2 1 DEET 2 2 2 DT 2 2 3 ee 2 1 SR253 2 2 CT 2 2 4 3 2 5 hi 4 2 6 TTT A 5 3 1 te 5 3 2 ENEE EEN 5 veeeoeseeeesesesvnosseoveosssenesososvosoocoocoessenoeoneneovenevoveepsssesosesssessesesorespesessnoroseseeo 6 4 1 eene EEN EEN 6 4 2 LCD Otto 6 4 3 CCCYTYYYYCTPFPPPPCYY PPCCPPFPPPPPPFPPPPPPPPPPPYTYY PPT PP FPP EE 6 1 oe 6 2 COCO 6 LCD oe 7 TTT
6. ON OFF ON OFF ON OFF ON T 1 200Sec 1 20 30Sec S S R 2 4 Sec 2 3 Out 2Cyc 4 ATI 3 6 2 Eri Gel 0o 0 0 100 0 E 0 0 Err Out1 0 0 Err Out 0 0 PV 1 E r r Out 2 2 AT
7. STANBY 0 EXEC 1 STANBY STBY 2 STANBY 3 STANBY OFF ON STANBY 5 1 2 Control A N AUTO STOP RUN ontrol LACH STOP Ramping Run STOP Operation LOCAL STOP RUN SV RUN RUN SV SV 6 1 2 Contro A M AUTO LOCAL COMM Control Exe EXEC Ramping R
8. _ G PID P P 2 I J l 2 D D 1 2 Hi 1 PID 2 PID PID 10 hi 120s MR 0 0 Zone 0 0C Zone PID REM PID SF PID and Out Limit setup screen group lp Zone HYSO 2 0C 3 10 3 0 30s Dr Singi 01 0 40 P ID PID and Out Limit setup screen group PID 1 Dir b 120s D MR 0 0 1Zone 0 0C 30s 3 0 30s PID 2 We 120s D MR 0 0 L Zone 0 0C 3 10 3 0 30s PD 10 PO ki 120s D MR 0 0 1Zone 0 0C Zone HYS 2 0C Zone PID Singi REM PID 01 SF 0 40 1 RS P 3 1 A SV PV EDE
9. 1 Exe 1 7 m IG_R OUTPUT 6 0 IS CR _ 0 0 6 0 OUTPUT Control output setup screen group 01 3 5 Out Actn Rev Act Outi Cyc 3s Out2 Cyc 30 s Er Ou Err Out2 1 6 1 Out Acn Rov act Dir Act Rev Act Out2 Cyc Ge Rev Act Dir Act Rev Act O 6 1 4 MODE 0 MODE 2 Rev Act PV S V l Dir Act PV S V
10. 24 No 12 COM No 7 SELL No 6 SEL 2 No 5 SEL 4 No 4 SEL 8 B IN SV No 24 B I N SV NO 8 B IN 24 SV No S V No 5 No 12 COM No 7 SELI No 5 SEL 3 SR253 Sv cOM G3 0 2 4 sv sEL1 7 RA Eci X No 7 SEL1 No 6 SEL2 No 5 SEL4 No 4 SEL8 COM 1 SV No 0 SV No 1 SV No 11 15 SV No 10
11. DT RS 232C RS 422A RS 485 BEE ET E 1200 2400 4800 9600 19200 bp s KEE e 7 8 BET 0 99 DEEG EE ASCTI do edi ENNER SR2 5 lt DT ee DT EEPROM 10 50 9096 R HH NEE EE 20 65C ll erririreoeooee 100V 240V AC 10 50 60H z TEE 15V A WE ee 60d B 50 60H z 140d B 50 60H z E TEC1010 1 EN61010 1 EMC EN55011 ClassAGroup1 EM 1I EN50082 2 1995 EMS EMC 2 500V D C20
12. cert CD O SYV P ID S V No P ID No P ID O AT P ID P ID 6 8 1 P 1D CG R P ID 3 0 SC R NN P I DNo IG_R IS CRN P DNo 1 IS CR P I DNo P I DNo
13. 23 4 56 7 8910 S R253 00 0 0000 1 MPU 2 2 3 mV 4 mA 6 V 3 1 Y I P SSR V 4 2 N Y I P SSR V 5 0 1 3 2 3 30A 3 3 50A 6 04 4 20mA DC 14 4 20mA DC 05 1 5V DC 15 1 5V DC 06 0 10V DC 16 0 10V DCS 06 7 00 13 0 10mV DC 23 0 10mV DC 14 4 20mA DC 24 4 20mA DC IG Dh 0 10V DC 26 0 10V DC 8 0 1 8 2 9 0 5 RS 485 6 RS 442A 7 RS 232C 10 0 9 8b 2 O 1 eo 1 2 AE dE 1 3 1 O 1
14. 5 STANBY PV ON Inhibit OFF ON 6 STANBY PV OFF 6 4 1B 4 8B DO 1 9 Q9 EV 1 Open Close Detay OFF inhibit OFF Open Charact Open DO Open Close Open OFF DO OFF Close OFF DO OFF
15. BRK 1 17 6 18 19 18 1 16 14 1 7 mW 2 mV 1 7 V 6 V Key Lock1 4 5 mA 5 mA 19999 26000 Unit 100 Unit 25000 Unit SC_LSC_H OFF LOCK1 SV CONTROL LOCK2 SV LOCK3 None EXE1 L tio Rp EXE2 Key Lock1 S 00 01 02 03 11 SV 2 amp PID 3 SV No ES oae ee Lm Lm ZONE P 1 D DF M t t P lz DF a Te ml BOVEM Je L mn fmn sen Pl EA 1 1 1 1 R aL H 2 2 H ZONE Lmt A 2 7 Reg 8
16. 3 IG_R P 4 IS CR 5 1 L A La _ 4 LV _N Auto Tuning STOP Auto Tuning STOP Auto Tuning STOP Auto Tuning STOP AT Point 10
17. SV AT SV AT PV S V P V AT H AT AT PV SV PV AT 1 AT SV SV E2 AT 0 SV AT 3 PV AT SV AT 3 1 2 Control AND auTO AUTO MANUAL namping a Siop AUTO Operation LOCAL AUTO MANUAL DO 1 AutoTuning EXEC 2 STANBY 1 MANUAL MAN 2 MANUAL OFF ON MANUAL 6 MANUAL Control AZM MAN
18. 17 15 e 082 273 777 I T 354 0041 573 1 e 0492 59 0521 B03 3931 98 9 1 SIST 179 0081 2 30 10 FAX 03 3931 3480 FAX 045 314 9480 FAX 054 265 4772 FAX 052 776 8753 FAX 06 319 0306 FAX 082 271 1310 FAX 0492 59 2745 T9802030 PRINTED IN JAPAN
19. PID No PID No 3 PID No 3 Zone PID No 2 PID No 2 Zone PID No 1 PID No 1 Zone PID No 1 R lt H y S V P I D No f 1 PID No PID No 2 P ID 6 6 9 6 6 10 P 1 D 7 3 1 B 20000 20000Unit 0Unit 2 6 1 4 MO
20. Lock 1 SV AT MANUAL STANBY Lock 2 SV Lock 3 10 2 8 1 Key lock OFF OFF 10 120Sec Disp ret D 60 s Inital None 60Sec 0 0 0 1 0 2 3 8 1 Koy lock OFF None Exe 1 Exe 2 e None R None None Exel 1 10 Exe 2 1 Exe1
21. O 1 AT EXEC 2 STANBY 3 RAMP_Down RAMP_Up OFF 4 6 1 4 Mode 0 Mode 1 1 S V No SV No 2 6 7 8 YES SV No SV No 3 OFF S V SV No SV ID S 0 0 ALT CG SV No L_ 4 LIZ SV No E N RUN 4 6 1 4
22. EVENT DO 4 D Diffrntl 5 aw vull asm voie EE EE gm o ga m ga lasg es mw SE mw BEE EE MEM me S mw Mode sw pew le aw ss mw my me ER EE REES Gage ES DEE Charact Pepe E Em mew ms 1 lm ms 1 LED SEN EE ER de 7 LED 5 14mm WEWE PV L CD ee 128x32 21 4 LED S V SV No LED eer 16 17 AT MAN STBY RUN ESV REM COM EV1 EV2 EV3 DO1 DO02 DO3 DO4 DO5 OUT1 0UT2 en ee ee TC 0 1 FS 1 C Pt 0 1 F S 0 1C mV mA 0 1 FS 1 digit 23C 5 rrlilolil X 0 0001 0 001 0 01 0 1 1
23. 5 ON OFF E Inhibit ON NEL ON E Inhibit OFF 2 OFF 3 Inhibit OFF DO Scale Over STANBY P V ON ON P V OFF ON O N EV1 PV Low Inhibit ON ON O FF GJ OF FR A A P V SV 10T 150 4 STANBY
24. 2 RAMP_Down RAMP_Up 3 RAMP_Down RAMP_Up OFF S V SV No SV 12 2 14 RAMP Down OFF Unit Sec Unit Min RAMP Up OFF Sage RAMP Unit D c min Uni Min RAMP Rate XI Sec Min 1 13 2 14 RAMP Down OFF X1 X0 1 RAMP Up RAMP Unit Ge X1 RAMP Rate X1 P V x 1 x0 1 1
25. P ID 12 3 11 Zone HYS 2 0C 0 00 1 00 one R ingl mM Pip 9 0 40 SF 0 40 P ID SF 0 00 PID SF SF 1 PI PID G R _P SV 2 0 5 R SV No bE E SC R NN SV No 1 CR NN SV No S V
26. PV SV A D 100 0 100 0 DEV Ae Se H 2 0 100 0 OUT12 Key Lock 1 A Ao2 Sec LAo2 Se H OPTION E Group DIm m 1 4 Auto Tune Stanby Dir Act Stop Direct HBA Curr HLA Curr HA Mode Heat Brak Key Lock 1 OPTION ea e D Group Address bps 1200 bps 1200 bps Data SA Mode 4800 bps DATA Mode Standard Key Lock 1 SR25 Mode SR25 Mode Key Lock 1 Key Lock 1 STX_ ETX CR Standard Mode Only STX_ETX_ CRLF _ _CR Standard Mode Only Rev Act DiR Act 1 200 Sec 30 Sec Contact 3 Sec SSR 30 Sec Contact 3 Sec SSR Cyc 2 Err_Out1 1 0 0 100 0 0 moa arran oono DW 7 9999 9999 Unit 0 Unit Pt100 INTER
27. 1 I V CT curen 10 0 A 0 0 54 9A HBA Curo OFF HLA Curr OFF HA Mode LOCK CT CT 55 0A CT HB_HH CT 0 0A CT HB_LL CT CT O CT CT CT S R 2 5 3 C TT 5 5 4 BEER 19 A OFF 0 1 50 0A HLA Go OFF OFF HA Mode LOCK 1 ON CT OFFT
28. ee 1 9999unit pt 0 1 999 9unit 3 TTY B R S K E Jx F N PLI PR40 20 WRe5 26 L U DIN 4 3 7 1 0 EPE E 100 Q 100 1zV ee 500kQ oss ierg 1 0C 18 28C en i AE T RT JIS Pt JPt 5 Q re ee 1mA BE E ras T 10 10 0 10 0 20 0 50 10 50 0 100 100 100mV DC 1 1 0 1 0 2 0 5 1 5 0 10 10 10V DC ee 500kQ NK EEN ee wee 4 20 0 20 mA DC EE 250Q PV Ae 9999unit SNE OFF 1
29. CONTROL SV PID EVENT DO0 1 2 3 4 Auto Tuning m 0 LmtL EVENT DO Set Point AT Point m Lmt H EVENT DO Diffrntl Control A M m 02 Lmt_L Ramping Run m 02 Lmt H m 1 10 LOCK INIT 8 UNIT RANGE 7 PV Bias PV Filt OPTION 5 6 Aol ScL Aol Sc H Ao2 Sc_L Ao2 Sc H 1 6 7 7 CTRL Exe 1 4 KOBE 8 2 MODE 3 Sg 0 2 1 3 SV Muti J 0 1 2 3 RAMP Up Down i ga 2 3 SV 0 3 OUT SV RAMP Singl Singl 7 el re e SE
30. 200msec 0 2 2 D See EE Een 8 EE S V 10 S V D 0 10V SE AS 0 122FS 1 digit Sek aen Mee ee d EN 0 10V 1 5V DC 4 20mA DC 3 200 400msec nesoseacocosooo 9999unit JES PTAA eee OFF 1 30 1 3
31. 3 BEER 31 R TD TC PV Bias Qoo JPt100 Pt100 PV Filt RTD Trape oo Pt100 Pt100 JPt100 TC EE de PV Bias 60 INTER EXTER PV Filt CJ Comp wier INTER TC 5 7 2 CR IC HK re RTD F E 00 200 NONE 1 Exel 2 TC K 18 3 TC K
32. 3 ON 1 15S 5S 10S oN i d ie 2 15S EER 10S H 5 S OEE 5 10 15 1 5 S 1 0 S OFF 5 10 T E t ON ON 2 15S 5S 20S ON i ON i i Nee E Senn 20s OFF 1 d de 5 S OFF 5 10 1 5 S 2 0 S 5 10 15 20 d T m T DERS ON oupemn 5 4 18 4 8B DO 1 8 9 09 EV 1 ON OFF elay vip Ge OFF Charact Open
33. 1 2 5 2 M3 5 7 mm 3 4 5 Q 6 1 mW 600V 9 2 mf 100Q 10
34. 6 6 7 2 TC R TD Unit YES NO Figur YES Range 14 YES 0 0 200 0 Figur YES Figur NO 1 Exe 1 7 7 2 Unit Figur YES Range 14 on 200 0 H 1 Exe1 0O 0 0 1800 0 6 K 0 0 800 0
35. ON OFF 0 1 50 0A OFF HB HL EEN NEE 0 1A PP 0 0 55 0A ererreereeeeeeee 3 FS 50H z ee HITI Ze CHEN 1 ON OFF 250msec 1 9000 CT DI PL ee 2 RN SEENEN PV SV DEV OUT1 OUT2 D E 0 10mV DC 10Q 0 10V DC 1 mA 4 20mA DC 3000 Dikrt TEE 0 1 FS lt essaseasecseeseossossocoses 0 01 1 10000 lt saosesosocceocsossooseos 200msec 0 2 mt
36. 6 8 5 DIS _N SV SV No SV C R CONTROL 1 0 IS CR NN _ G 1 0 Control screen group Auto Tuning STOP AT Pointi 0 000 Control A M AUTO Control Exe EXEC Ramping Run STOP Operation LOCAL 1 AT 1 Aute Tuning SE e STOP EXEC Int Si STOP ATI AT PID 1 2 MANUAL 3 P OFF ON OFF
37. Tat zl A D PV REM 10 E 1 Auto Tuning STOP STOP KL EXEC t 5 S D Control A M AUTO AUTO MANUAL Control Exe EXEC EXEC STANBY Ramping Run STOP STOP RUN Operation LOCAL LOCAL COMM 1 Key Lock 1 Lock 1 Lock 2 Lock 3 Key Lock 2 Lock 2 Lock 3 Key Lock 3 Lock 3 Exe 1 Control Group Key Lock 2 Control Group Key Lock 2 E SV 2 1 2 5
38. ee DI tee 5 OTTEN EV1 EV3 3 A SEENEN 240V AC 1 0A ee E la 1 DEV 2 DEV 3 DEV Sa 4 DEV SR 5 PV R 6 PV 7 SV ER 8 SV 9 AT ON 10 MAN ON 11 REM ON 12 RUN ON 13 STBY ON 14 SO PV REM ON 15 PV SO PV ON 16 REM SE REM ON 17 DIR ON 18 HBA ON 19 HLA ON DEV PV SV
39. Dual Singl EE SV No 1 Remote SV Singl Multi Up Down MUDE X SV No 1 10 Remote SV Up Down Dual Multi MODE 3 SV No 1 10 Remote SV 1 AT L CD IG R UNIT RANGE 7 0 S CR NN 0 0 7 0 25 000 JUNIT RANGE DEV Fraa GRP 0 886 TC RTD 7 0 7 0 7 0 UNIT RANGE UNIT RANGE UNIT RANGE Unit and Range Scale PV Filt OFF CJ Comp Figer NO Unit and Range Scale setup screen group Unit and Range Scale setup screen group setup screen group PV Bias PV Biasl H PV FEILE OFF RTD Type PV Bias PV Eil 0 0 OFF INTER Unit DC Unit Figer NO Range 14 0 0 200 0 Unit
40. SV No SV SV No SV REM Trck NO 1 SV 9 2 13A REM Mode CTRL REM Mode RSV OFF 0 1 999 9 REM Trek NO REM P B D OFF OFF REM Time OFF REM P B REM_OUT 1 REM P B REM_OUT1 REM P B REM_OUT1 1 REM P B OFF 2 13A REM Mode CTRL REM Mode RSV OFF 1 9999 0 2Sec REM PB or OFF REM Time OFF
41. STANBY RUN ESV S VNo SV Select EXT REM S VNo REM COM COM 4 L CD 1 5 SR253 CONTROLLER 1 ID_I S 2 IG _R P
42. 3 D 5 3 DD NOP or 8 SS eg DI1 4 NOP DI4 NOP OFF 8 DT 1 4 Eeer EE No Ke E MANSTBRUNREM Stanby 1 WT REECH ONE SREL 1 EES Dir At ON ATRUN JL S DEIO BEE HROHRIONEER RR TI ee Direct EV DO ON OFF ON EV DO ON Direct 1 2 ON 0 3 0 N
43. 1 6 5 1 D O HBA 6 5 4 CT Curent 10 0 a OFF 0 1 50 0A HLA Gut OFF OFF HA Mode LOCK 1 OFF CT ON 1 6 5 1 DO HLA G Current L 10 0 A R LOCK REAL HLA Curr OFF LOCK HA Model LOCK LOCK CT
44. P P D 1 1I OFF T OFF MR 5 D 3 1 A 1l D OFF D OFF 6 Nt 3 1 A P 1D P IDNo PID SV
45. ON OFF OFF ON OFF 1 P OFF 2 D F 3 A 1 9999Unit 20Unit P 0 OFF ON OFF ON OFF DF DF OFF nu gt H L 3 II 3 1 A PID 1 P 3 0 OFF 1 6000Sec eo 120Sec Zone 0 0C BEDS 4 MR 3 1 Asch 50 0 50 0 0 0 50 0 I OFF
46. SV DEET 31 2 SV CPPHPPXFY PF PS 32 3 S VNo DEET 32 4 tt 32 5 ooo 32 6 ooo 33 7 oe 33 34 8 DTN 34 EN DT 35 10 tE 35 11 DTN 35 12 TTT 36 13 A RODCPPCCPCPYPYYPFPPPYYY PPPPPPPT YY 36 6 8 1 ieeeeeetteererttttertttrereeeeereeeeeerereeeeeeeeeeeeee 37 39 1 RS EE de SEN ENNER Ne NSA ENNEN RE RR RR RN ts 37 2 oe 38 EN TTT 38 4 PIETRELE LEET A AT LE RI A T T 39 5 HRHD RR eeeeeseessesoesoesoasoasunvoresossevveveevorossooseossossssosesvososasssssesavuoveceesosp
47. SV Limt_H 50 000 SV Select KEY SVE SV Limt H SV LimtL 1 SV SV 3 SV No 2 12 D IDO 6 1 4 MODE 0 MODE 1 SV Lim_ o oo KEY EXT KEY KEY S V No KEY EXT O SV Select KEY 0 0 SV No LI SV Select EXT SV SV No 4 2 13A 9999 9999Unit 0Unit 2
48. SV No 2 4 9 PV ROM MM 11 2 OFEF 0 P V 10 FS P V 110 FS 1 2 3 2 CJ C SE A D Tal C C
49. 6 6 1 EAR P P OFF ON OFF 9 3 11 Zone HYS 2 0C 0 10000Unit Zone PID Singl REM PID 01 20Unit SF 0 40 PID No 3 Zone PID No 2 Zone PID No 1 Zone Lem PID No 1 PID No 2 PID No 1 PID No 2 PID No 3 Zone CH 29C Singl Zone Z ingl e REM PID or Singl 0 4 SF P ID Zone Singl Zone PID SV No Singl PID SV No PID No 11 P ID 3 11 Zone HYS 2 0C 1 10 Zone PID Singl 5 REM PID 01 1 SF 0 40 SV PID PID No 1 P ID No 10
50. OFF 0 3 ON 3 0 3 0 N OFF 4 8 D I 5 D I D I Manual DI 1 DI 2 DI 2 6 Direct D I D I Stanby DI1 ON Stanby DI 1 Nop Stanby 7 Direct DI
51. 3 S S R 6 6 1 P P OFF ON OFF 0 D G R OPTTION 5 0 CR NN _ sw 25 300C 5 0 OPTION Option relation setup screen group DEV 7 3 5 GRP Ao1 Model Aol Sc_L 0 000 Aol Sc_H 50 000 Ao2 Model Ao2 Sc_L 0 000 Ao2 Sc_H 50 000 DCI NOP OFF DI2 NOP OFF DI3 NOP OFF DI4 NOP OFF CT Current 0 0 A HBA Cur 50 0 A HLA Curr OFF HA Mode REAL COMM RS 422A Ee BPS 19200 DATA 8E1 a Mode Reg Ge EA sl CTRL Sie ETX CRLF BCC DELY 1 5 1 2 Ao1 Mode D P
52. 0 0 SC R NN 5 1 Aol Model sv Aol Sc 0 000 Aol Sc_H 50 000 29 3U peu ze 3 5 01 PID No 01 SV 25 000 91 6 57 3 1 0 0 0 0 SV SVN Jo SV No DEV 5 FS 2 SVARE 0 0 L_ SV _ a A SV No S V _N S V 3 SV No 0 0 SV No L_ 4 S V No _N
53. 6 DEIER No SV Group No SV_No 2 L SV No 3 Ly SV_No 4 x SV_No 5 x i S SV_L lt SV_H SV LimtL MENN LR SV Select SV No KEY KEY EXT RSV 0 00 100 00 CTRL 0 00 CTRL REM Sc_L REM Sc H 100 00 CTRL RSV RSV CTRL NO NO YES d FF Key Lock 3 SV Group Key Lock 1 Key Lock 1 SV Group S REM Trak TE FEMEN ee Key Lock 1 SV Group RAMP_Unit Unit Sec Unit Min Unit Min DAMP Hate x1 x1 x0 1 Key Lock 1 E PID 3 PID Group S it om jmreesw jms DF 0 0 1 Key Lock 1 50 0 2 PID Group OFF 0 1 999 9 S P2 D L D2 A OFF 1 3600 DF2 L pe xl 1 9999 Unit Key Lock 1 DB 20000 20000 Key Lock 1 2 5 0 105 0 S Zone HYS 0 10000 Unit 20 Uni
54. D I 6 4 3 D 1 D I 24 No 12 COM No 11 DO1 No 10 DO 2 No 9 DO 3 No 8 DO 4 8 No EE 2 14 ES RE EE s5 sv SEL4 oo EE a 0 SV SELI 0 0 Ee lo EH 2 4 1000mm EE ee ee CA2530 01 1 1000mm SV No zu we SELECTOR SRIMADEN KA251 H48 x W48 xD100mm mm
55. Dir Act Rev Act 0 S V PV 0 L BEE LSV PV O 6 1 4 MODE 1 MODE 3 Rev Act BE 1 2 Dir Act 1 2 m ien 4 PV 4 PV 1 DB 6 6 7 2 AT 2 6 1 S S R Out Actn Rev Act 1 200Sec ee a 303 SSR 3Sec 30Sec Out Actn Rev Act Outi Cyc 3 s Out2 Cyc 30 s S SR ON OFF
56. 19999unit OFF 1 9999f E V 6 DI DO DI ese SV 4 4 8 D I eres S V NOP AT MAN REM STOP STBY DA DIR 8 D 1 Ci ooi DO ooo DO1 DO5 5 D9 toho 19 PEV DOBJE eee 24V DC 50mA DI DO D DO 7 e BERRE E nenn CT CT ON ON OFF
57. NO 2 D ES 7 a 8 B 9 B 7 F 9 ETE 1 SR acaz 12 1 3 COM 14 NO CNO 1 15 NC 17 Ieren ssngwecn 16 COM 17 NO NO 2 a I 16 Tt E JE RE en ssngpw cn SS 19 COM 29 Ing EV1 s 21 NO EV2 ZAA 22 NO EV3 2 3 CT CT 2 4 D D ur ng ESV REM COM EYI KY EV3 b i DOZ 0037 004 005 i G WAN D our mn HHH owt O o H e H L GO Si L ED LCD LCD LED
58. OFF OFF REAL CT 8 5 5 A B COMM RS 422A Add 01 BPS 19200 DATA 8E1 Mode Standard MEM RAM CTRL STX ETX CRLF BCC 1 DELY 0 E V D 0 EV D 0 IG R PH EVENT DO 4 0 S CR _ EVENT DO EVENT and DO relation setup Screen group Model DEV High Sei Pont 25 000 0 020 Diffrnt
59. PV DI 2 LCD S V No S VNo SV S V P I DNo P I DNo 1 P V SV 21 x4 O A IC
60. CT 2 30A CTL 6 S DEET 1 3 50A CTL 12 S36 8 1 2 24 1 24 ee 1 2 24 1 m ee 1 1 2 e fj J IB EECH Ee EECH HE e E o 2 K Gank RETOCAR ORRA 7 2 SE 10C
61. 13A Bias 0 000 OFF 1 300 SCC Si OFF Se H 50 000 5 S V T 300x1 3 100Sec 100 RSV 0 00 100 00 CTRL REM Sc_L REM Sc H REMSc Li RSV 0 00 CTRL REM Sc_H RSV 100 00 CTRL S V 1 REM Mode CTRL 6 7
62. oS HTH 20 ORE 8 EEN 20 6 5 EVENT DO 4 vg KSE KEE SE deed e fN dee ee EEN ts 21 25 1 DO ooo 22 2 ooo 23 3 reo 23 4 DTN 24 5 DT 25 6 oe 25 6 6 PID 83 errerrrrrrrrerrrerrirresererreveeseusenrroveernsepereeeeeeesennreseeesorreveereeesereveeeeeerereseree 26 30 1 P EIT E RR ER RNIN ARENA EN EEEE S T TT OEN 27 2 DF srassoesesveccecsoececesesevecesesneeovesosossvoeeoosososssssosesosaseecseeasovsveosoeeesvsceeesesesesevessoesee 27 3 27 4 MR ooo 27 5 D Ne SEN KEEN EE deg ANEN SEENEN dE REENEN ES eege Ee 28 6 FFCCCPPPPFPFP PP YY CCPPPPPTPPT 28 7 oo 29 8 eee 29 9 20 10 P TI D DTN 30 1 PTI D TTT 20 12 moo 30 6 7 SV 72 oo 31 36 OS V 1
63. 4 5 6 STANBY 5 SV 6 PV 1 AT AT 6 6 8 2 DA 1 AT 2 0 AT 3 AT AT AT AT f 4 1 2 3 ON OFF 200 4 STANBY 5 Exe 1 Exe 2 2 1 1 RE 0 9999Unit Ka ie 0Unit SV
64. EK Wd K SR 2 5 3
65. 1 REM ScL lt ScH REM ScL SeH e 10 5XP B 0 5xP B REM_OUT1 REM_OUT1 See 0 sc L SH 0 5xP B SCT 0 5xP B 0 100 0 100 0 V REM 10V 0 V REM 10V 4 mA REM 20 mA 4 mA REM 20 mA 1 PB 6 7 9 REM_OUT1 REM Sc_H Sc L 21 Sc_H Sc L xP B REM Time REM_OUT 1 REM_OUT 1 REM_OUT1 100 0 lt REM_OUT1 100 0 2 REM Time 6 7 10 3 4 DI REM REM DI OFF REM DI ON
66. 50 90 2000m w N On Ww 4 IA zs 1 2 1 0 4 5mm 3 1 SR253 TU pelt asaz D 4 EMTA S t d H 2 CT 0 304A CTL 6 0 5 0A CTL 12 36 8 mm Kr Ze
67. DO DI DO 1 EV1 EV2 Direct EV3 1 DI Direct DII DO1 2 RBV DO Direct DI2 DO2 DI 1 4 DI3 DO3 EV gt 1 3 Dt4 DO4 DO 1 4 1 DI DO Direct DI EV3 1 EV3 DI DI3 1 DI3 Direct 6 4 3 DI 2 EV3 Direct 6 5 1 DO 3 DI3 ON OFF EV3 ON OFF 7 4 CT 5 4 1 Y S SR P
68. 200 mun 00 74 s Za Ke euoN Su Wei ro s 0 34O gnO A0 lei gei 14 Ad sg 24S mg 30 00 Aen eig Ad noy aey ug inO 5 LZ 1 9 useros dnes pue ao0 Aen 1INi 901 Ono uesios es dnies e6ugd pue pun FCssH ONVY LINN dno jB uegJjoSs ndino Io uoo lndlno dnes 138 viva 00Z61 SdB 3 10 PPV LC vzzr Sd JWWOD PiepuUeiS 8pOW 1 1n9 VgH i J wenn 1 2 90009 H79S zow 3 0000 as ZOV AS epoW Zog 200009 H oS Io OQ pue 1N3Adi 00 LN3A3 Za feiert Ze 8 LNG DO 1N A b LL or o BD 10 iaid WI Bus Qid euoz 20002 SAH euoz 2000 0 9uoZf 00 md sozi n ol ald 20000 9u02 1 00 BW 0 sozi H i d 20000 euoz1 00 HW 2g sozi t Ei 1 Ou ugg OS dnJos mon MO pue O ald eiouen sl HE KSE uonejedO Cie zano dO1S ung Budusey 916 t Um 03X4 ev nuog 3 000 52 AS W Y 10u09 m 10 mW Old 10 DN AS HELS Zin0 200001 nuod 1Y EN jee dO1S Dun omg GENEE E ITT feel 7 es uee oS dnies ASE Buidwey e10wey pue AS dnoj6 ueeJos 01u09 MA KR AaQ D 10 ssig A
69. 200 0 CA EEN 0 100 0 300 0 150 0 600 0 E 5 2000 40 00 80 00 100 00 E 2000 50 00 60 00 120 00 E 7 Ironman 40 00 60 00 40 00 140 00 KE 8 20 00 80 00 0 00 180 00 GE CHE 50 000 120 00 10 GE SSC Se AN ES 0 0 200 0 0 0 400 0 e NE 0 0 300 0 0 0 600 0 Pt100 0 0 500 0 0 0 1000 0 Ge jPtl00 0 0 500 0 0 0 900 0 O 10 10 mV 2 0 10mV 0 10 mA 5 4 20mA 0 20 V 6 0 10V 0 50 10 50 8 7 3 R TD TC X XXXX X P V 9 PiV 7 3 R TD TC 19999 26000Unit 100Unit 25000Unit Sc_L lt Sc_H ScL 0Unit Sc H 1000Unit
70. ON Q2 Run ON 3 Stanby ON 4 Scale Over PV REM ON 43 PV Scale Over PV ON 6 REM Scale Over REM ON Q Direct ON 9 HBA ON 9 HLA ON 1 2 Oa OFF OFF aOFF OFFA a OFF a OFF OFF A PV sv LOW HIGH LOW HIGH SV 1 ON OFF 6 5 6 Open Close 2 Set Point Diffrntl SE Delay Inhibit Charact PN LOW HIGH 2 W e Rep OTA Under g A D 0 1 8 G 9 DEV High 0 25000Unit DEVHigh 25000Unit DEV Lon 2
71. 00C AT Point OB or AT Points OB or AT Point 15 00 IER CA ENT 2 _ A LA VY N Control A M AUTO Control Exe OJ EXEC Ramping Run STOP Ramping Run STOP Operation LOCAL Operation LOCAL Sei ENT Control A M AUTO Control Exe D STANBY Ramping Run STOP Operation LOCAL Control A M AUTO Control A M AUTO Control Exe EXEC F Control Exe Bi Ramping Run STOP Operation LOCAL SSER9gam Pi Paos e m WAYO HEHE x CSR MAEVA CC Mos Dag 1rc Lag V 11 ur ERIC AA Ho r RW RA EKK EE MET gt Ce EN EE TC ERENLER NERIS RAN PR EES HEET HHZLERLEML AEE LENGDIR FEE FREULE OMLVEHB RO fE NEE gt CD PERONDA E E LE Eug bs is rcnsgh ECK Tmk w n mome D IECH umog dn Jan D J AS NdoS NHIS eg 1 1n0 e063 00
72. 300 0 2 SS e D 1 CT ENEE E ee NS PID PID PTID RA DA 1 KE d P I D No 01 10 10 1 1 200 S SR 2 P I Deeveeevenen PIDNo01 10 10 2 1 200 S SR 240V AC 2 5A 4 20mA DC 6000 S SR 12 1 5V DC 30mA 0 10V DC 2 mA BIDARE eeen 1 8000 ee 0 5 F S 5 100 200ms ec P I De S VNo
73. 8 6 1 8 DEET 8 9 1 oe 8 2 DTN 8 3 DEE 9 4 ii 9 6 2 7 eene 10 13 1 PVAat r ZO HEET 10 2 P V ene 10 3 oe 11 4 oe 11 5 HTC 11 6 E E EE 11 7 LYDE EEN EEN EEN 12 8 RR Ti 8 13 9 PV eee 13 6 3 6 ooo 14 15 1 EEN 14 2 eee 15 3 eo 15 6 4 85 eis 16 20 1 ee 17 2 ooo 17 OD 1 3 DD 1 18 4 CT 19 5 a si DEET 19 6 or 19 7
74. Lie 2 R 0 0 1700 0 0 3100 1 2 B 400C 750 F iere Ser BS 0 0 1700 0 0 i 3 PR40 20 0 3 FS 1 C INA 4 K 100 0 400 0 150 0 750 0 4 K o K e 0 0 400 0 0 0 250 00 10 0 30 0K 0 75 FS 1 K E SSA EE 8 0 0 800 0 0 0 1500 0 ee 30 0 70 0K 0 30 FS 1 K lee 0 0 1200 0 0 0 2200 0 Z 70 0 350 0K 0 25 FS 1 K e 8 K 200 0 200 0 300 0 400 0 5 0 25 FS 1K E E D E DOSA 0 1300 0 10 J T E Ee 0 0 1300 0 0 0 2300 0 GE 13 PLI 0 0 1300 0 0 0 2300 0 GE H PR40 20 0 0 1800 0 0 0 3300 TI B 15 WRe5 26 0 0 2300 0 0 04200 SOTT SA 16 H 7 200 0 200 0 300 0 400 0 Ean 7 1 L mun 0 0 1100 0 cc DE 0 0 0 350 0 Pt100 JPt100 H 2 E DECH SS SR 1 Pt100 200 0 600 0 300 0 1100 0 14 Pt100 0 0 200 0 AT ae Pu00 200 0 500 0 300 0 900 0 6 50C 120T 0 2 FS eh aa 100 00 100 00 150 0 2000 e 7100 0 100 0 150 0
75. No _ 2 0 SV and Remote Ramping setup screen _group GRP SV Limt_LO 0 000 SV Limt_H 50 000 SV Select KEY REM Biasl 0 000 REM Filt OFF REM Sc_L 0 000 REM Se H 50 000 REM Trck REM P B OFF REM Time RAMP Up RAMP Unit RAMP Rate SV 1 REA SV 2 1 SVNe 1 SV 0 000 0Unit 1 0 S V 1 6 1 4 Mode 0 1 SV No 1 SV 2 2 SV 3 AT S V S V No 2 SV 2 12 SV LmtL 0 000 SV Limt_H 50 000 SV Select KEY SV Lim L SV Limt_H SVLimt L GEES SV Limt_H
76. Range 2 OmV Range 6 KI 0 0 800 0 PV D P O XXX PV ScL X 0 0 100 0 1 PV 1 PV Bisi nr 9999 9999 Unit PV Filt OFF RTD Type Pt100 0Unit P V PV 2 PV 7 1 PV Bias nor REHA OFF 1 300 PV FiltQ OFF RTD Type Fum OFF PV P V PV kY T 300x0 2 60Sec 60 PV
77. SV P ID 10 S V P ID P I D P ID PID PID San Has OFF 0 1 999 9 OFF ON OF F4 OFF 1 6000 OFF OFF 1 3600 1 9999unit ON OF FHER 2 OFF 0 1 999 9 OFF ON OFF ae Eee 0 FF 1 6000 OFF 1 3600 1 9999unit ON OFF Runnen 20000 20000unit ee P ID e EE 5 0 105 0 ee RA DA DI ee Re SV OFF 0 1 999 9 OFF 1 9999 Y P 0 0 100 0 I V 5 0 105 0 SEN ENN EE ege 0 1
78. 10 KS REMTime REM_OUT 1 REM Time REM_OUT 1 1 REM Time OFF REM_OUT 1 6 1 4 2 3 1 4 SV 11 2 14 RAMP Down OFF RAMP_Down OFF 1 9999 RAMP Unit C Min RAMP_Up OFF 1 9999 RAMP Rate Ai RAMP Down OFF RAMP Down OFF RAMP Up OFF RAMP Up D OFF RAMP Unit C Min RAMP Rate XI RAMP_Down RAMP_Up 1 RAMP_Down RAMP_Up
79. 5 REM REM 8 2 13A REM REM REM REM Trek NO NO PB OFF Time OFF Mode RSV YES NO S V SV No SV REM Trck YES E 6 7 3 SV No KEY SV No SV No KEY SV SV No SV 6 4 3 DI Remote REM SV LOC SV SV SV No 1 SV 6 7 3 SV No EXT SV No
80. 5000 lt 0Uni DEV Lon 25000Unit DEV Outside 0 25000Unit DEV Outside 25000Unit DEV Inside 0 25000Unit DEV Inside 25000Unit PV High PV High PV Low PV Low SV High SV High SV Low SV Low DEV High PV High DEV Low GE DEV Outside RER sy pigh EWEA DEV Inside SV Low DEV Outside DEV Inside ON ON DI SV 50 Mode DEV Outside Set Point 20 00C OFF OFE 30T 50T 70 3 4 1A 4 8A DO 1 8 9 09 EV 1 EE 1 9999Unit Set Point 25 Ee 20Unit Diffrntl O ON OF
81. 7 7 2 13B DEM Mode RSV RSV CTRL REM PB Ze RSV REM Time OFF 2 RSV RSV SV CTRL REM Sc L Se HI REM PB REM Time CTRL 1 PID OUT1 PID_0UT1 REM_OUT1 1
82. DE 1 MODE 3 ome 6 3 1 Rev Act 1 2 e f b b 100 1 2 DB 0 Unit 20000 DB 0 Unit 20000 gt DB gt 0 Unit 50 0 S S DB DB 0 DB Gris A SV 4 PV 6 1 4 MODE 1 MODE 3 ome 6 3 1 Rev Act 1 2 100 AO 1 y x 2 DB 0 Unit 20000 DB 0 Unit 20000 gt DB gt 0 Unit 50 0 A DB DB 0 DB SV EC PV fo 8 3 1 C 5 0 105 0 5 0 105 0 0 100 P I D No 1 2 S S R
83. F PV Low OFF sv LOW 4 PV HIGH 4 4 1 Ba A BBI D 0 9 9 EV 1 OFF 1 9999Unit Delay O OFF Inhibit Oort OFF Charact Open DO ON ON ON ON Sen OFF ON 1 ON 2 OFF ON
84. G TOHLNOD CE HY 000 6 ws E 9 0 0 LG L G STAR L Z Z 0 Hex ENLT 8 6 6 5 LCD CG R PP LOCK INIT 8 0 S CR NN G_ Ce 2590 LOCKNT_ DEV aa Key lock and Initial 3 5 il Setup screen group GRP 8 1 Key lock OFF Disp ret OFF Inital None MoDE 3 OUT TI Dual J Multi Up Down 1 8 1 Key lock OFF OFF Lock 1 Lock 2 Lock 3 wm None OFF Lock 1 Lock 3 LCD F
85. MQ 500V DC20MQ Ss EH 2300V A C 1 5 mA 2300V AC1 5 mA CRESS EEE SEN RENAE 1 I P65 d tt KC P PO UL94V 1 Ebert H96 x W96 x D138 D125 mm D130 D180 ee ee 1 4 5 4 5mm meee H92xW92 Re OEE Ea 600 g H ii WS 179 0081 28 30 10 8 03 3931 3481 T220 0074 1 1 e 045 314 9471 DH 420 0803 1012 3 2 054 265 4767 465 0024 14 e 052 776 8751 R 7564 0038 40 14 06 319 1012 Z33 0812
86. S V No 1 SV Select EXT ESV SV No 4 0 1 0 1 1 1 2 2 1 OUT 2 5 0 2 0 2 RE e EEN 01 PID No 01 1 OUT 2 7 E 1 4 S V No D I V V 5V Imax 2 4mA S V No S V No 6 7 3 SV No EXT ESV
87. SR253 R Bren ISI SR253F 1AJ 199841 H S R 2 5 3 SR 2 5 3 SR 2 5 3
88. UAL MAN D I S Pl 0 0 ECR NN 0 1 L CD OI La 4 amp _ VV 1 OUT1 _N Control A M MANUAL Control Exe EXEC Ramping Run STOP Operation LOCAL 2 OUT2 _G_ OU T 2 OUT 1 1 OUT 2 4 1 2 Control A M AUTO EXEC STANBY Control Exel EXEC Ramping Run SO S EXEC Operation LOCA DO
89. V SV DEV OUT 1 OUT 2 Rol SC 50 000 1 PV 2 SV Ao2 Model SV Ao2 Sc_L 0 000 Ao2 Sc_H 50 000 1 2 5 1 PV 2 SV 3 DEV 4 OUT1 1 5 OUT2 2 1 6 8 4 STANBY 2 Ao2 2 5 1 2 Ao1 Mode PV Ao2 Mode SV Aol Se LO 0 000 Ao2 Se LO 0 000 gt GES Aol Se H 50 000 Ao2 sc_H 50 000c Aol Mode PV Ao2 Mode Aol Sc_L 0 000 Ao2 Sc_L 0 000 Ao1 Sc_H 50 000 Ao2 Sc_H 50 000 1 2 E 1 Ao2 SC Ao2 SC_H Sc L lt Sc H Sc L gt Sc_H Sc L Sc H OD 1
90. l Delay D OFF Inhibit OFF Charact Open EV 2 Model DEV Low Set Point 25 000 1Diffrntl 0 020 C DO 5 Model 3 Stanby 1 D 0 4 1 A 4 8 A EV 1 Model DEV High Set Point 25 000 C 1Diffrnti 0 020 DO 5 Model Stanby 19 HBA HLA DO4 We DO 1 DO 19 IDEV High DEV Low Scale Over Auto Remote HBOS HBA Tuning Lpos Stanby O 1 DEV High 2 DEV Low 3 DEV Outside 4 DEV Inside 5 PV High P V TESS 6 PV Low PV 7 SV High S V 8 SV Low SV 9 Auto Tuning ON 0 Manual ON DU Remote
91. pevoeevesovecoesoecoes 39 6 CCCCCPPPFFPPKKK PF FPP PF FFP 39 6 9 0 oo 40 41 1 0 0 TEEN 40 2 SV oo 40 3 S VNo DTN A0 4 0 1 et 41 5 0 2 te 41 KEE RR ke lieber AKTE 42 8 S IT A Ee EE EEN E EN E e Eeer Selen deg Nd Ee 43 8 1 24 43 8 2 SVNo ooo 43 9 PV oo 44 9 1 ON BEE 44 9 2 P V ee 44 10 E EE EN TTT 45 51 11 52 53 12 DUTOT 54 58 1 14
92. t Zone Key Lock 1 E EVENT DO 4 EVENT DO Group Event 1 Event 2 Event 3 DO 1 DO 2 DO 3 DO 4 DO 5 Key Lock1 Set Point DEV PV SV DEV High DEV Low DEV Outside SV High SV Low Auto Tuning Manual Remote Stanby Scale Over PV Scale Over REM Scale Over Direct HBA HB HLA HB DEV High 0 25000 Unit DEV Low 25000 0 Unit DEV Outside 0 25000 Unit DEV Inside 0 25000 Unit EV1 DEV High EV2 DEV Low EV3 Scale Over HBA DO1 Auto Tuning DO2 Manual DO3 Remote DO4 Run DO5 Stanby D H 25000 Unit D L 25000 Unit D 0 25000 Unit D I 25000 Unit P H ng PL S HWEL RI S L E OPTION 5 OPTION Group Analog Out1 Ao1 1 SV OUT1 OUT2 S 1 PV SV 100 0 100 0 DEV a 1 0 100 0 OUT1 2 Key Lock 1 Aol Sc L Aol Sc H OPTION Group Analog Out2 2 Ao2 ScL 2
93. un STOP LOCAL Operation O COMM LOCAL COMM 1 COMM LOCAL COMM LOCAL 2 3 0 0 SV SVNo IDDT SH
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