チノー温度コントローラーKP1000
Contents
1. 2 13 1 5 ET ET ET TE EE a TT DE EE EE 1 WE 8 R5 WR5mm8 2 2 PIDoc lo Mew7 Rho TT ETT oo aaWw ce2zuA 9 o ezae n NR GL A 2 8 SL39a 4 8 RgW ArzosvrW s AT 3 SV 8 2 72. 7 NPUT SHIFT IN SHIFT PV 1000 8 PV PU DISPLAY DOT PV 0 3 3 3 PV 001 234 012 345 123 456 9 PU FILTER PV 1 CR T 63 PV
3. No PV SV P SV MODE 2 START SV PV PV PV 0 1 1 PV
4. 2 gt 2 1 PV 1 2 EV 1 2 PVI 6 6 1 1 KP1 BO 1 1 TR 2 2 6 2
5. 1 RESET puT lh MU RUN FTH SG ea sror nn Em AUTO US Weer AUTO MAN MAN AUTO 8 1 4 OY ITTHTLTTLIME UT i1 iz OUT 109 FNC 33 3 1 1 8 2 8 2 MODE 2 HODE 2 PHTTERN STEP
6. 100 20mA PV PV sv Pv PV 4mA Sv 8 P 8 D BRND PID 0 2 0 1 9 9 10026 0 9 PULSE CYCLE PID 1 1 0 F B F B ZERO0ZSPHN PID
7. 7075D BA8 21D 1 9 3 2 PID AL1 AL2 AL3 AL4 AHLAL28 22 3 3 AL3AL98 22 3 4 8 51 42 148 8W0 29 5 8 5 2 0 5 1 mg2a22oy 9 EE TN RC eoPID IA R w eA AD 6 es PO AL3AL0 9 RE 4 moi 0 0 IAL1 AL2 88 mW TORE TE AL3 AL46888 Be WE O Kg lt Mopge 1 lt awME O 4 AT208V 8 me 4 PIDie9 SV8g
8. MODE 1 4 2 MODE 1 PASS STP REMAIN STP PASS PTN REMAIN PTN 8 STOP Fe
9. SV SV PV MODE 2 9999 19
10. 2 2 5 m 5 ss ha i sr CN ET ep 1 2 9 8 2 2 2
11. 22000 H S WMS gi QOH S HP Nt9 M P 3 HC 999 59 DC a MA CONST 2 HH 5 Fc CONS 1 STP 1 _WAT_ SS 1 UUT 11 8 1 2 E A B MODE 1 33 8 1 3
12. RUN MODE 1 j 1 WAIT WAIT AL1 AL4 1 RUIN PV MODE 3 DLW DHW MODE 3 AL 1 8 AL2 8
13. 1 1 1 9 1 1 2 9 1 3 SV 5 105 OC 0 2 5 3
14. 0 1 0 100 100 0 0 1 100 0 0 1 2 0 100 5 MODE 4 8 MODE 2 Ao Na MODE 4 8 80 20 NN MODE 2 Ne No 0 100 MODE 4 0 2 9 MODE 4 FB
15. 9 4 8 START 2 MoOg 4 No FB START 6 F B HUTQ TUNING EHD STHRT END START END 25 4 8 FB 6 Z lt S
16. MAN FNC MAN w 3 1 CONST 0 1 33 3 4 MAN OUT 1 Eo 5 105
17. 51 ERR Su RANGE OUUER 6 MODE ENT
18. lOoCk 2 lt AT END 2 89 9 32 2 52 3 2 w 1 ON OFF AC E RR 6 6 PV 6 7 6 3
19. OPEN CLoS I F B F B D BRHRND PID x y y Cx x 2 y 0 2 HLHRN NODE 4 AL1 2 3 4 No 1 8 AH PV AL PV
20. INT EXT 11NT EXT 2 PE he EX CJ CRHLCULHTION INT EXT 5 4 C F K BLK SEE 8 R FK BK 2 CODg No
21. 1 STPg1 TIN 1 BE FTNg1 SU SV n n 2 n T1 1 37 0 PID 6 GoE 9 2 PID 1 NC PID P D PID PID 1 P UQQAS HS a 1 dd6BS D AAIAST 5 1 3
22. 9 5 60 30 0 100 100 0 MODE 4 PV 2 FNC MODE 1 UNLOCK 9 CONST MODE 1 PRG MODE 1 UNLOCK LOCK g 5
23. Na RLN NO 1 HL1ZHL2 AL1AL2 ADHD 4999 8 HE AL1 AL2 3 4 AL3 AL4 8 AL4 2 MGOE 31 Na AL3 A L 8 ALM Na AL3 AL4 HLN HU 1 HL3ZHL AL3 AL 4gg9 49993 eoaema AL3 AL4 0 3 5 AT2 SV 8 PID Na1 B CAT2 SV 9 AT No ON 0FF G ON AT SV SV gt SV 1 OFF MG5E 3 No AT2 SV 8
24. MODE 3 3 Plp I6 PID 16 2 uw 1 Na1 8 Ne pom PID Ao Na9 1 98 SV PID No a 34 No1 ARWK PID 18 WC le99 5 1 2 a ALT AL2 AL1 AL3 AL4 AT3 SV 8 1 PIDCAT2 ae PC9 1G 5 Oc PIDCAT 3 P 1 DC 5 0 50 RN es co co olwlw cn wlrml _ AL1 AL2 AL3 AL4 PID mg SVgeSV QLD SI mm w mlsv cGMP 2
25. 2 1 6 4 9 AC 24V _ SS M3 BE a 50Hz 60Hz we SD 100V 16mA 19mA 3 200V 3ImA 38mA ON
26. IGGE 3 9 KG5E MODE 2 a 7 S V 8 n SV n 5 1 JI H n 1 nn 0000 17 2 2 3 15 2 2 2 2 1 19 1 tw 019
27. 18 53 6 3 2 4 3 OFF 2 10 PHRHHETER INITIHLIZE 9 1 36 2 12 BL x RE 6 4 2 2 1 16
28. 0 38 AT AT EE B AT 2 2 1 8 1 No REsET FNC Na CNQ FNC FNOB RESET iT om war mi Na SV srl Na ER 0 2 RESET STOP FNC
29. 100 Y 100 Y 9 0 6 PV Pv 4 OUTPUT PRESET P 50 1 5 PV PU ERR OUT PV 6 PROGRANM END OUT END SV 0 7 OUT SCRLE 0 100 4 20m A
30. 6 6 2 2 2 1 1 3 lc i 52 gt 2 3 Eg MDE 2 a ri PATTERN STEP 2 NREh Na STP91 RPT 1 Na Na 1 0 Na0E
31. 9 gt No31 0 5mV 10 00 50 00 MIN MAX Lom sm 2 0 mm PV 02 gt 50Hz 60HZ 1 Na 19 5 2 1 2 1 Na 2 MGDE 5 No Na INPUT KIND_ Qs KR1 No 5 3
32. AC100V1A AC200V0 5A 1008 2K 0 0 100 0 0 0 100 0 0 2 2 0 5 105 0 1 100 0 D 0 PV SV 1006 100 2 P 0 0 1 9 9 0 99990 SV CP 5 0 105 0 0 50 0 50 0 0 5 0 105 0 MANAUTO AUTO MAN AUTO CPU 0 PV ml AuFe PR5 PR20
33. MoPE 5 OO DD N gt 200 1370 0 0 600 0 200 0 300 0 270 1000 0 0 700 0 270 300 OD0ND m ON GOO QOIO 300 700 0 Vs SR 100 0 300 0 INPUT SET MODE 5 INPUT SET INPUT KIND K1 J 2 2 mm CJ CRLCULRTION XT 2 MERSURE UNIT CFK BLK LINERR RANGE SET 2 999 9 25919 9 INERR CRE DOT INEAR SCRLE SET 999 9 gt 208 0 INPUT SHIFT NO 99 PU DISPLAY Pol 8 PU FILTER 99 1S POWER CYCLE S9Hz 69Hz MODE 5 200 0 200 0 NM 200 0 649 0 4 0 374 0K P 2 Te
34. F NC NC STOP RESET FNC RUNC Pp FNO RUN STOP F NC n eR gt n RUN STOP 4 END FNC 9 RESET
35. 1 NO MODE 2 Na 1 Na 2 V MOODE 2 MODE 2 TIMEND
36. 9 GOES B 7 3 lock ENT ee a ha s gt
37. 34 X S VC 3 X MC 37 CPPPFYTY 38 DCC FT 39 6 CFPCNPPCPPTTY 40 FFCCCPCT PPP FTP 40 CT PP 52 EMO 10 56 KP 1 f MODE 8 TRANS MITTER COMMUNICATION MODE 0 RUN PARA MODE 5 INPUT SET TIME EVENT 5 Pom Rn RR Si 5 A R W gt 3 6 RS 232 RS 422 8 1 Ski 8
38. PV MCD E 1 AT 1 SV PV 2 3 PID PV ID 9 AT 2 AT 3 PID AT 1 AT 2 8 SV AT 2 SV SV
39. _ PTNB1 SU da EE to 1 GTP 1 TIHENDi 7 8 5 3 to Na 1 TIM TIM ENGGO 66659 END 00 1 No ENDS9 Et ENB 6O iockl Ne Disp 1 ieck 1 MopE_2 No oisg cck No Oisp
40. RS 232 RS 422A C PU DB 0 999 959 PID DC0 10V 2mA 5 4 max DC24V 50mA RUN STOP DC12V 2mA 5 BCD 1 2 4 8 10 DC12V 2mA
41. V 5 5 0 1 MODE 5 49 0 100 20 80 PV 0 100 SSR
42. LT AL Sh BCAH2L AL HO AL2 BR LIAL AT A BB A Ue aD MAL pow 3 2 PID 16 34 1 Pt Na PID 0 1 99099 60 D 0 9 99 30 2 MG6E 3 Na PID 16 PID Ma PID PID Na9 9 1 9 8 2 _ PID 1 P g95 9z2 PDD 1 g96g5 D g9395 3 3 AL1 AL2 8 AL1 AL2 2 MGpE we CA 1 AL2 8 0 ALM No A 1 A 2
43. AL1 AL4 MODE 3 AL 1 8 AL2 8 AL3 8 AL4 8 MODE 2 PID Na Na Na 2 MODE 0 37 PV PV PV V 1 GV
44. n No ID AT A n 1 1 2 1 RUN SV AT SV AT SV 37 5 1 1 PID PID Na 2 RESET MG5E O SV AT PID MOOE SI 4 1 3 AT1 RESET 1 Ne
45. MG5E_ 8 Na 19 PID ooE i AT2 SV 8 PID Na9 SV8 AT2 AT3 1A R W S9 9 2 HS59g 9 2 2 PD es Pa D BRND RLRRH 1DH2 2DL MODE 3DH 4DL HLN NO 1 RL1ZRL2 4698 4999 RLN NO 1 L3 RL4 4899 4999 HLHRM D BRND RL1 992 9 ALARM FILTER 92 1 VIQI nao AUTO TUNING 2 CE Ul ON 9199 PID 9 BU SCOPE NO 9 1 8 208 9994 nr HUTO TUNING 3 AT3 SV 8 SUt OFF g192 AT2 AT3 TUNING STRRT UP DOWN
46. SV T 1 MC 1 a F ME 4 os eh 22 10 1810 13 C F K
47. UTPUT LNT HO 1 0 Lg99 9z H199 922 7 gt H i i h 1 5 1 7 MOg 9 QUTPUT STEP LRT Ha 1 IHPUT SHIFT i Ho 1 ga Aa 5 1 8 5 1 1 5 1 7
48. SS 1 ERR 52 2 AT AT EN AT 4 PID PID A T 0 PID No 8 SV1 RESET 8 A PID No1 8 8 SV P1D Na9 1 9 8 SV 1 8 AT P D Na9 1 9 8 SV 8 89 ID No AT
49. 9 9 PV 1 2 3 PID PID 5 60 30 1 P PID SV SV 2 3
50. 6 4 3 3 3 MAX DC24V AL 1 AL4 50m A 4 2 ON A 1 AL 4 AL3 A A 4 38 AL3 39 AL4 40 COM DC 50mA PV C AH ON IOFFIOFFIOFFIOFF CH ON ON OFFIOFFIOF
51. 2 MODE 5 DC 0 10mV DC 4 20mA MODE 4 MODE 5 K 1 K 200 1370 50HZ 10mV 0 00 10 00 1 0000 2000 MODE 4 MODE 5 MODE 4 MODE 5 Pt100 200 0 649 0 50HZ
52. 1 3 icck 1 4 5 NODE 5 INPUT SET LTTE OUT REE INPUT KIND a Ki a rr 2 BAN S 8 SEI SV PID 09 1 0 1 0 0 9 a RN EE 0000 1 000 8
53. T 1 1 2 1 2 A 2 3 No Na Na 1 RuN SYOE CF NC No 1 2 1 STOP_ No C
54. AL1 8 AL2 8 AL3 8 AL4 8 MODE 2 PID No Nn Na 1 8 2 3 0 8 V PID 5 S V V 2 4 RUN RUN FNC STOP ADV RESET A M PV 5
55. KP 1 MODE O MODE 0 8 2 8 4 4 2 9 1 1 1 1 osk No pisp tD 0 37 gt IoCKXONo Disp RgN 29
56. 52 3 2 ee 32 1 53 2 iti 54 NII 0 57 1 2 1 1 KPIOOO0 1000 19 ed DB 2 0 1 0 1 PID 8 SV 8 16 CD 1 2 1 2
57. Na AT3 SV 8 SV Na AT AT SV OFF OFF AT3 SV 8 RUTO TUNING 3 OL ML UFF 919g7 SVNa AT SV 3 8 ARW LC CL H 50 0 0 0 0 0 50 0 50 0 2 MG6E 3 Ma ARW H H R M SET ci L 5A 09 H5g a 3 9 2 0 2 0 1 9 9 2 MGDE 3
58. SV TIM WAIT 6 7 OF F 1 1 1 INPUT KIND 27 1 34 2 12 1 2
59. 3 ERR 52 HUTO TUNING END 123 RUTO TUNING END 5M1 STEP1 SVNe Na 1 4 5 SVNa 2 3 PID No PID Ne 1 3 wm 0 02 108 0 PD wl 9 9 lel3 04 PID Na 1 8 3 SV 8 SV 8 PID No 9 9 8 EE SV1 PID PID Na9 1 S V SV1 1 SV3 0FF UP 1 AT AT 5 A PID AT AT 31 2 xr AT SV No
60. 8 SS Na 2 1 1 NGOE 5 ioe CO 0 8 No 0 8 RCE MSOE 8 A Ww NM WN RGEC TN 8 1 EE 3 PV 2 CS ad 1 Ti i 2 _ Es mie 1 PV 2 2 J PV
61. A T 3 Na9 1 9 8 AL 1 AL 4 8 AL 1 AL3 AL 2 AL4 0 999 59 ee IO N 3 000 00 000 ONC 000 00 0 999 59 ON ON 001 00 FF No PID 2 UM NR Na lt 1 1 7 2 Y07 3 No 0 Na 1 8 0 2
62. 1 PV PV PU ERR QUT A PV PV PV PV 26 4 11 2 MODE 4 No QUTPUT1 HODE DIRECT REM 5 5 1
63. 1 Na 1 Na 1 No8 1 ws rs i 5 i D 30 0 9999 P 8 0 0 999 9 CA RE PAT Tp 6 leeeeg 0 AL3 4000 AL4 0 9 9999 9999 No lt PID AT3 MBN a 93 CE gt AL_4 3 AL2 4 ET SV 6 AT 2 No 1 8 SV
64. 4 4 1 11 AC85V 264V 3 30om 4 2 4 IO MAX D C24V AL 1 AL2 AL3 AL4
65. F 39 10 90 F MODE 4 30 1 180 9 AM A M PV GV PID MODE 3 50 50 72 SV 1 2 3
66. n 1 A AT B AT PID C n 1 PID AT A A SV AT B AUTO TUNING END 1 2 3 AT1 1 AUTO TUNING END STEP1 NQ 5 5 4 2 2 AT2 RESE T PID Ne PID 8 Na1 8 A SV 8 SV1 8 AT SGV 1 SGV8 SV8SV 1 AT 9 4 2 1 SV 8 AT 8 ME 31 AT2 SV 8
67. AC85V 264V 50Hz 60Hz 10 50C 00 RH 5 1008 1008 mV 300 5V 1 5 9 1309B 50dB DC500V 20MS DC500V 20MS DC500V 20MS AC500V 1 AC1500V 1 AC1500V 1 12VA ABS 7508 2 4 9999 9999 V 1000 maxDC24V 50mA 1
68. No 5isp 2 1 2 PID Na No S MG8E 21 GV PV 9 PVA SV C NQ SV TIM 37 MODE 2 HODE 2 PATTERN STEP PRTTERN
69. 6 5 AC100V2A AC200V 1 A AC100V 1A AC200V0 5A gt mA CON FF Z Z 0 015gF 1508 ACE 200V 2 mA 6 6 PV
70. 0 0 100 0 0 0 0 0 100 0 100 0 2 MOGE 4 Na FB F B ZERQSPRHN C9 47 51 7 4 9 FB G 1 0 1 10 0 2 2 MG5E 4 Na F BB F B Db BHHD 2 4 10 PV PV PV 5 0 105 0 0 0 2 MGOE_4
71. 8 5 2 GpE 2 Na Na Na 3 PHTTERH CLEHER END EHCHIB1 HLL E EW Ne 9 NQ Na 0 Ne F A MODE 2 PATTERN STEP SU HAHA STPg1 TINENDi 2 Ma 2 PV PV PV
72. 8 2 12 6 2 1 8 2 2 8 3 12 8 4 12 lt 1 1 1 1 2 49 3 44 13 1 2 13 1 3 28 67081 2 8 13 1 4 RR MN ER RR NR 13 1 5 44 1 6 CER REI EEN RUE TR TE EI ERE AE EN 14 2 2 1 AT CA ENR CAE NU Sd 15 2 2 4 RS RRR NR EE ER RR 16 2 2 1 2 2 2 2 2 3 2 2 4
73. PV T 0 99 9 1 2 OUTPUT LRT 0 100 2 OUTPUT STEP LMHT 0 1 50 5 0 1 5 0 1 x50 5 1 0 M A PV 3 OUTFUT NODE PV SV PV SV
74. ha AT UPC 1 8 DOWN 8 1 TUNINMG STHRT LF DLMH DOWN UP 23 4 4 1 No 8 MGDE 2 No MODE 4 OUTPUT SET OUTPUT SET 1 pe 9 1 ED E240 120 890 DUTPUT STEP LMT NO 1 199 9z HH PR
75. SV 44 2 2 6 Na MODE te No No YESI PHTTERN COPY E PTNO17 7YE5 N QQ 48 2 3 8 PID 8 No 1 Na8 Na
76. SV No AT AT V AT2 SV 8 RUTO TUNING 2 20 S Sui ON 1g8 SVNo AT SV 3 6 PID No 9 SV8 PID Na9 8 CAT3 S V 8 9 2 MGDE PID Na9 SV8 SV Na MAX No9 8 SVR Na PID Na9 SV 1 i BO MIN MAX 3 7 AT3 SV 8 PID Na91 9 8 AT3 SV SV AT AT Na 0N AT SV SV 2 MOPE
77. 2 MGOE 5 ue PU FILTER AA 1S 5 11 1 50Hz 60Hz 50Hz 2 MGDE Ma POWER CYCLE SgHz EHHz 6 1 Mo5E 2 Na
78. 8 6 2 1 2 19 1 19 9 202c0022E0202 34 4 P 5 1 60 D 30 8 SV
79. Na PV No PV SV 0 100 PV MODE 5 MODE 2 NoJ PV MODE 5 8 MODE 2 No MODE 0
80. OR 89 39 6 FV PID CA RR W 39 6 9 1 12 m40 i 6 7 MEMO 8 8 1 8 1 1 1
81. 0 0 UT 5 7 CR z Rs SR orm Oa Rs 0 9 a Ro 0 Rz 1005 Rs CLOSE rei loreri db 79x 9 1 COUT 0 C LOSE 1 GLGSE F Z 2 QUTPUT LMT NO 1 LOH HL lt 0 _ 100 38 5 1 5 TAI OUT x MAN 31 1 3 F B ZERO SPAN C S1
82. 8 FF ON 10 4 90 1 PID 7 PID SSR 0 PID PID PID P D P 0 4999 92 0 2 Leeo 1 9999 D0 8999 9 PID 4 20mA 1 5mA 750Q 1 lt 5mA 3K9 2 2 400 1 lt 5mA 1 6K PiD AC100V2A AC200V1A AC100V1A AC200V0 5A 1 180 1 SSR PID ON DC12V 10 max20m A OFF DC0 5V 1 180 1 PID
83. 4 3 1 PID No 9 SV8 SV PID Na9 1 9 8 wooE PID to9 SV 8 3 6 4 3 2 S V 8 SV 8 8 AT 3 V MG5E AT3 SV 8 22 37 4 3 3 AT3 AT UP DOWN 1 ope 3 AT 2 AT 3 23 3 13 4 3 4 AT3 RUN CONST RESET MGDE 1 Mo
84. PV H WMR2E 5 i luczzzwwe 6 8 8 76 8 9 7 2 25 0 8 CBO ge SRS A gt 1 37 3 5 1 6 7 8 9 10 2 2 11 SSR 1 6 3
85. 19 19 3 mm tc i 0 19 1 0 A MOOE 2 No IAS EN gt TIM EN596 0 0 C Na mp END 0Q 00 32zgg_ 19 2 2 9
86. 1 1 01 19 01 F NC MAN ENT ie TE OUT bE 5 2 8 000 Vo 1 0 0 0 88
87. SV Py 2 MAIT TIMER WAIT PV F 3 Pv START PU PV RUN PV PV PV SV PV 1 0 PV SV A B A B
88. 1 1125C 2 125 5C 1000C PV 2 1125 4 PV A M RR OFF ERR 2
89. 1 0 1 10 1 MODE 3 8 3 3 1 E RE SLU RHHGE UUER a a ERR BT PTN IS RUNING EN FTH E IST E RE EE FTH HD SETTIRHG a mp EFR 5 nT1i nHLY RUN CRUN AT 1 ERR la ml ART2 ONLY RST FRG RESET AT2 op ERR 51 a ERER Er Br HT3 ONLY EST PRG RESET AT 3 ERR SU SCHFE OUER ENT PID Na9
90. 19 MG6E SI n No 1 A PV C n 1 n 2 T n No 1 T 1 PV A T 1 WAIT MODE e TIE EUENT GURRRNTY SORK NO 1 2699 URIT TIMER No 1 991 99 dk MODE 6 6 2 8 6 3 8
91. ET 2 MODE 2 Ma N Na No Na 01 Na Na No Ma NG PTNB1 OPL HO 1 5TP1 OSL NO 12 HQ NG No NO 2 3 3 No No 2 Mg Na Na Na 01 Na NQ PTN1 IN SHIFT GTP1 NO 1 No No 2 3 4 No OFF
92. MCOE 3 Na ALARN D BRND HL1 892 8 NG 3 12 0 1 1 0 10 NE 1 KE 2 2 MOE 3 Noa ALARN FILTER 92 3 13 AT AT2 AT 3 8 V Na1 8 UP 1 8 DOWN 8 1 UP DOWN UP 2 MCPE 3
93. 2 2 5 C 2 2 6 2 3 No 19 2 3 1 PID Na Na 2 3 2 Na Na 2 3 3 No 2 3 4 Na 2 3 5 No 3 PID 3 1 eeerreeeereeererrerrereeeeeeeeeeee 21 3 2 ID 16 it 22 3 3 CAL1 AL2 8 ie 22 3 4 CAL3 AL4 8 ee 22 3 5 AT2 SV 8 ee 22 3 6 PID Neo9 SV8 22 3 7 AT 3 SV ii 22 3 8 ARW 23 3 9 ii 23 3 10 te 23 3 11 iii 23 3 12 oe 23 3 43 AA RTT TT TT 23 4 4 1 ee 24 4 2 8 iro 25 4 3 8 oe 25 4 4 25 4 5
94. 9 CPU 0 100 9 PV PV PV ON OFF PV GV
95. max DC24V 50mA OFF OFF AL3 AL4 OFF OFF B R S K E J T WwRe5 26 WReO 26 NiMo AuFe NiCr PRS 20 PR20 40 U 10mV 20mV 50mV 10dmV 5V 20mA Pt100 JPt1006 JPt50Q Pt Co 27 28 5 1 34 12 1000 8 0 1 1digit 10V 0 5C 0 1
96. 5 1 8 5 2 0 PT 38 6 6 1 2 ease SS eo SV 29 6 2 reer 30 6 3 39 6 4 40 5 5 eee Netae eSGeSsaSooscsse325063 40 6 6 40 6 7 40 1 1 4 ERR DE RRR NN ER RTS RE NRE 41 1 2 RRS RT ARREARS RCE ERR 42 1 3 aI EE EE RA EE EEE EE a Ea hs 44 2 Q amp A 2 1 LLC 45 2 2 TYP PCOLLT 45 2 3 Crete eee 47 2 4 47 3 3 1
97. UNLOCK LOCK PASS STP PASS PTN PAS REM STP REM PTN PRG 590 sy hex rg 1W lt 99 0 1 8 9 1 1 1 1 IUNLOCK 80 MI 0 0 PD Ko 19889 0 as L 50 0 0 0 0 H 0 0 56 0 50 IAL1 DH DHWDLDOLW DH gg 1AL21AHAL aL3 mm AL4 AL1 0 a 0 4000 le RS 400 AL4 9999 9999 EE SV 1CC0 EE 1 0 AT26SV AT 8 PKC E PID a9 MIN SV8RS MAX MIN lt MAX 5EDSW 8 NX 1AT2 3 UP DOWN 5 0 100 0 0 0 H 0 0 105 0 8 0 4 100 0 4 CONTROL 0 100 0 100 6 50 0 3 1189 9 F B Z 00 00 00 4 S 00 1000 100 0 1 vam Ee don EE 0 99 9 50Hz 60Hz 0 99 3 0 999 59 001 00 2 2 eee609 9 D O 9 S mm 65 9 Se 5 0 100 0 0 0 105 0 0 1 100 0 PV 00 00 7 0 gs 00 lt
98. B 43 SV TIM CC L5 lo SSVTISVTISVaISVaL91 WW TiMITTTT2TTSIT4 ITS 7 mm p4 4 2 jee CPU
99. EID MS EPID AT3 SV 8 si 2 6 TEPIDT i 1 SD AT2 AT2 AT3 ATS KP 1 1 1 KP 1 1 2 1 1 2 1 1 2 2 1 3 TT TT YY 1 2 2 1 1 2 2 2 2 2 3 2 2 4 TCT 2 3 3 1 3 3 2 easeesrrer eener errr ver re 3 3 3 PP PP PF FPPPFY
100. ee 3 oe es 6 8 L H H 4 2 8 lt 4 5 GV PV 5 0 400 0 00 2 MODE 2 lo 8 No No H NG HUTFUT LT Ho 17
101. ot 25 4 6 ee 25 4 7 F terre 25 4 8 F 26 49 EF B 26 4 10 PV WW S ace ais ee 26 4 11 NEERING ea ip 26 5 5 1 27 5 2 28 5 3 wormrero 28 5 4 28 5 5 oe 28 5 6 oe 28 5 7 ooo 28 5 8 8 oe 29 5 9 PV 29 5 40 oo 29 5 11 eee 29 6 6 1 WR RR AEC ET REI I I TR SR REE 3 6 2 8 30 6 3 8 oereeerrenrmro 30 ER 1 1 1 31 1 2 ee 31 1 3 ee 31 2 2 1 YY 2 2 2 ED RN 2 2 3
102. 22 3 5 4 2 2 AT AT U DO OWN 1 MGDE 3 AT2 AT3 23 C3 13 4 2 3 AT2 CRUN CCONST RE SET MG5E 1 Na 2 ERR 52 AUTO TUNING END 12 3 AT2 RUTO TUNING END SU1 STEP1 2 3 Svra No 1 4 5 SVNo PID No Na PID Na Lm PG9 1 0 SV1 PID PID No1
103. 5 5 1 TE 2 MGDE Na LINERR RANGE SET ga B2Sg18 1 1 RR 5 6 0 00 50 00 2 2 7 4 0 2 MOOE 8 Ma LINER
104. FPPFCLPLLLLP 3 4 4 1 ooo 4 4 2 4 4 3 oo 6 4 3 1 4 3 2 5 5 1 Pa SOS G ooaa 7 5 2 1 6 6 1 YYYT Y YK 1 8 5 2 K 8 5 3 a aa 4 8 6 4 8 7 or 9 8 8 1 NASERS RE ERNE EC REN REAR RR 11 8 1 1 8 1 2 8 1 3 8 1 4
105. No Na 0 999 1 59 MM 2 2 MSDE we MGDE 8j No 8 8 No ho GUARANTY SOAK ms 8 WAIT TINER 1 NO 1 2999 1 EE NO 1 gg1igg ORET N Na 8 STP WaT
106. O ADV 9 CONST 0 SV 2 Q amp A ERR 52 gt 2 2 1 19
107. ee 2 4 1 RUN STOP EN5 _ F NC RESET 1 gt RESET 0 01 RESET END 3 3 1 C 9 Na MG5
108. 3 4 _ SV MODE No GGNST CONTROL FODE PRG CONST 2 SV MODE s SV 1 GTP1 TIHGO1 BG7 FTNg1 SU SV SV AT 3 AT AT 1 1 C SV
109. AE 5 gt I P 0 50 0 C WAIT a PID PID PV WAIT PV PVj SA 6 2 VI 1 85
110. V 8 V No OFF 22 3 7 5 2 0 OS 0 MODE 5 5 1 0 6 AS 5 1 1 TNE MGDE 0 SV TIMK
111. 1 RON 2 Na 1 Na ERR egm LPTN NO SETTING eo so Ne J ER ER 1 STF RFT HISS SET 2 2 1 RuN CFNC 1 1 SToP1 A C SV 1
112. SV3 OFF UP 1 gt AT AT 8 A PID AT AT 31 2 AT A SV Ne SV 8 V No OFF 3 5 4 3 3 AT3 RESET SV SV PID No No9 1 9 8 PID SV 8 8 SV1 SV8 AT KSV 1 SV8 SV8 SV 1 AT
113. 2 3 2 PID Na9 sad SV8 PV 0 PID EGR 62 4 PID PT ATa SV 9 63 PID SSR PID AT2 AT3 2 66 PID 3 LE i 2 1S 232C 422A 9
114. PID 2 a b c ITIEIITIIIIHI UT 1K AT MAN 2 MAN FNO a CE 2 4 3 39 3 3 1 1 10
115. AL1 AL2 MGDE 9 A 1 AL OH AL 1 AL2 RLM NU 1 HL1 HL2 AL1 AL2 AL1 A 2 5 1 4 AL 3 AL 4 MGGE G AL3 AL4 y AL3 AL 4 lt AL3 AL4 HLH HO 1 HL3ZHL4 9 4 gr AL4 5 0 a H
116. i R U N A PV SV A PV SV 4 RPTBB 1 5 PATTERN REPERT 1 6 TIMEND 9g 7 Cw 1 2 6 8 RUN RESE STOP 9 STOP SV 0 RESET
117. No 3 10 CAL1 4 6 AL1 4 AL 2CDH DHW DL DLW AL1 AL3 DH AH AL 6 AL2 AL4 DL lt DH DL DHW DLW AH A 2 MOE 3j Na AL1 AL4 6 1 HLRRHN 1bH MDE 3DH 3 11 AL 1 4 AL 1 4 AL 1 4 SV 1000 2
118. 1125 5C K 8PV 0 MODE 4 PV 9 SV MODE 4 CONTROL 0 ENT 0 MODE 0 MODE 8 MODE MODE 6 8 8 MODE 2 No NN WAIT 9
119. 7 F BB Z Z F BB S 8S 26 4 8 OUT 100 PE N 1 GPEN F 6 2 F B RUT TUNING END STHRT 25 4 7 3 a Se F B HUTO TUNING END CLOSE F B HUTU TUNING END OPEN 6 F B HUTU TUNING END TUNE S F B HUTU TUNING EHD TURNE 4 3 2 1 50 4 3 1 1 50 0 1 0 1 CLOSE OPEN 26
120. 8 LGBTH1B9 BZ 4 3 8 Na Ef _ 1 6 1 0 1 100 0 100 0 2 MGDE 4 Ma 8 Na HLUTFLT STEF LHT NH 1 1 B 8 Na 4 4 1 2 MopE 4 Na Na 0 CONTROL
121. DH GV SV DL SV SV DHW PV 1 DLW AL 9 HLARM RESET 9 PV RESET
122. Na 0 8 MoE MO9E MOE PID 2 PID RS 232 RS 22 Pu EE AL3 AL24 OO 2 1 PV 1 py 3 AT 2 SV 8 PV
123. Ne 32 2 4 SEER El 32 3 3 1 oe 33 3 2 it 33 3 3 33 3 4 rN 33 4 PID 4 1 AT 1 oo 34 4 1 1 4 1 2 4 4 3 AT 1 4 2 AT2 35 4 2 1 GV 8 4 2 2 AT 4 2 3 AT2 4 3 3 AT 3 oo mt 36 4 3 1 PID Na9 SV8 8 2 4 3 2 GV 8 4 3 3 AT3 4 3 4 AT3 5 5 1 0 Coeoct 37 5 1 1 5 1 2 PID 5 1 3 AL1 AL2 5 1 4 AL3 AL 4 5 1 5 5 4 6 5 1 7
124. PID Na1 Na8 PID Na MODE 3 AT2 SV 8 SV AT2 AT3 MODE 1 AT 2 SV MODE 2 PID Na NN ID No AT 3 SV 8 SV PID SV SV AT 3 ENT SV SV PID 9 1 9 8 SGV B3 PID MOCE 2 PID Na Na PID Na
125. gt PROGRR END OUT PTN 1 CONTROL No 0O CONTROL PV SV 00 100 50 0 2 MDg 3 Na UTPUT FRESET SQ A 4 6 0 SSR 1 180 30 2 MGOE 4 Na FULSE CYCLE HS 1 4 7 FB
126. 4 9 Hu 1 2 J OPEN CLOSE TNGDE 5 7 6 2 2 5 1
127. AL3 8 AL 4 8 MODE 2 PID No NN ADV WAIT SV V ASV PV WAIT PV SV WA Na Na WAIT PV SV PV MODE 4 PVC 9
128. FPV 3 3 4 PASS STP PASS PTN REMAIN STP REMAIN PTN MG 3 Na TIHE DISP SET PHSS STP 2 1 1 1 1
129. PID Na AT2 8 GV PIDNe1 8 AT 3 8 GV PID No9 1 9 8 GV SV 8 P1D AT 3 PID Na 9 SV PID Na 9 1 9 8 4 1 1 AT1 PID 4 1 1 AT 1 SV AT AT PID
130. SV PV 0 999 599 END END 01 20 SV 0500 SV 0350 sv 000 TiM OW O1 TiMiOO 3 2 5 EE a BT 2 2 0 Tg SV PV Ri 00 SV PV PV 44 SU ggBg M No 01 TIMBB1 1 RG 01 0 END OO SV TIME C6899 1
131. 1 WAIT 9 HLHRI1 D BAND 4 9 HLRRHHN FILTER 1 0 1 x 5 0 5 OFF or OFF 0 1 0 PID No 1 8 8 PID AT2 89 90 PID No 9 No 9 1 9 8 SV 8 PI
132. 1 3 KP 1 8 1 2 1 1 1 PID ID 3 PID 5 SSR PID 6 PID 2 2 0 4 PID 3 PID 5 SSR PID 6 PID 1 0 R RS 232C A RS 422A 5 S 4 D 4 P M 4 2 0 1 4 20mA 2 0 1V 3 0 10V 4 TT 5 S 4 D 4 P M 4 3 0
133. 2 MEE Tx a NN Nc No 01 Na OFF No PTNg1 5TPg1 No 2 3 5 Ne Na No No SHHK HO 1 Mo 2 4 MOCE 2 No Na N NG 01 No Na MHIT TINER HO 1 20 3 1 3 PID No 8
134. Ma 8 No INPUT SHIFT HO 1 Bk Na 5 9 PV PV PV 2 PV 2 GOES Ma PV PU DISPLAY DOT PV Ne PV 1 7 5 10 PV 0 0 99 9 0 1 0 0
135. 5 4 6 5 3 7 4 4 8 3 TT 5 S 4 D 4 P M 4 EU 8 2 MODEL KP1 430B000 NO KP99A001 2 4 52 li ST i Se 1 1 ya 6 FR SCOp AL1 AAS 3 3 2 PROGRAM PTN 0 50 100 lt J Qt ss OUT s 43 E ae KP 1000 Smo Trm 2 1 1 gmR SYO PV Process Value SV S V Set Value PTN Na ST NG IR
136. 9 MODE 3 PID No9 SV 8 AT 3 SV 8 AT2 AT3 MODE 1 AT 3 AT 2 A 3 2 SV AT 3 MOOE 3 PID 16 PID P 0 1 0 2 MODE 3 0 5 0 1 9 9 Ni RR oo D 0 MODE 3 PV 2 0 1x 2 0 2
137. CJ INT EXT CJ CHLCULHTION CJ INT EXT INT 3 IHERSURE UNIT F K PV BLKC F K BLK 4 LIRERR _RHNGE SET 5 LINEHR SCHLE DOT O 3 GV 6 LINEHR SCHLE SET
138. 0 15 0C 0 1 mA V mA 0 1 0 5 20 50K 0 3 PCo 0 15 4 100 200C 0 5 Pt100ce5 JPt100o5 0 15 300 8OC 0 8 Pt Co 20K 0 5 1 20 50K 0 3 1 digit 1 gigit MEMO 58 SA 1 2 ee KP1 PD MODE 3 MODE 0 MODE 2 MODE_4 MODE 5 MODE 7 MODE 8 PATTERN STEP PID ALARM OUTPUT SET INPUT SET TIME EVENT TRANS MITTER COMMUNICATION 0 2 2 2 NR CE 8 1 GPE MG6g 0 8
139. 3 1 PID No No PID No 2 1 No 1 8 AT2 SV Na9CAT 3 n i Na3 Ne4 n Na4 n Na9 Nn4 A 9 3 9 4 P No ID No 1 OE PID No Na 1 8 9 0 a No 1 8 0 2 MGPE 2 No PID Na Na No Na 01 PID Na No PID No FTID NH 1 Ne HLH NQ 1 Na 2 3 2 No No
140. 50C 90 RH 2 1 2 3 3 1 LCD 3 2 50g 12VA tel a EE 7
141. 60 m0 3 M COM M PV Sv M KEY KEY am MViMV2 PV 1 MEXT 9999 8 EXT S 00 kEY WO EXT Y 9600pPs 1200 8 eS 99 0 8V i COM TRS COM 01 1 02 0 No 1 ON No2 No8 OF SS 4 2 ADV Advance Na TM COM Master Communication AH Absolute HiOh M EXT Master Excernal AL ADsolute Low MKEY A 1 4 Na 4 OPL Out Put Limit ALM Alarm
142. 8 3 4 CAC85V 264V lel oo yy ow Mn 1 2 3 mm 1 2 2 1 3 M 1 mA 1 gt 2 700mA 200 300m A 3
143. A HH 2 TL ER o OUT 1090 Fc QS EN6_ LRESET 3 HUT 1 Bz 2 1 OUT 1 2 OU 2 1 ul HIEE lt CONST 1 MAN MAN 1 3 B a AT ie A
144. OSL Out put Step Limt A R W Anti Reset Windup PASS AT Ato Tunng PRG 1A M Auto Manual PTC PU Cold Junction PTN PV Process Vaiue DIRECT P 0 0 2 Deviation High REM Remain Deviation High Wait Reverse Deviation Low RPT Repeat Deviation Low Wait Dead Band 1 SEL Select Entry STP Step gror lsy serveweimm Function Thermo Couple Feed Back High Internai Manipulate Value 1 1 Manipulate Value 2 2 2
145. STEP 88f a PTN91 TP81 RPTg92 amp hata PID NO PTN91 PID N0 1 RM 5TP81 HLM HO 1 Mo PTN91 OPL NO 12 TPO1 OSL NO 1 AM Na ast PTNB1 IN SHIFT dt TP81 HO 1 1 No PTN81 G S0RK ETP81 NO 1 PTNB1 URIT TIHER ISTP81 NO 1 PHTTERN REPERT 9991 PRTTERN CLEAR ND EACH 912HLL PATTERN COPY E PTN91 382 YES n n T IM END GO EDcQ GO039 S6655 END 2O 20 Na 01 19 20 19 n 1 n n 1 EN CO jp
146. mV 5 105 ON 0 99 9 1 7 LCD 2 CD x20 20 2 1 PV SV 0 3 PV 4 SV 4 2 2 2
147. ol s arsoSV 8m me lt wooe4 _MODE 2 8 8 Mg 252 CR E lt ID ecWae O IE42eoh iec 2 lt mem co Fe 22WEe olFB 4 2Wgc lt lFB PVmmme gt c lt mmwoga 4 lt 8 8 ol a 4 O 4 AAT2 ATG lt lt mmn 8 O PV 4 sk225 ma 6 6 1 gt a
148. 2 3 4 0 999 59 WAIT 3 8 i 8 3 Ti H 3 ti ti tsi ta 19 1 19 19 9999 0 999 59 1 0 C SV 0 PiD 8 SV 8 x4 8 8 8 gt 8 8
149. D AT 3 8 HUTO TUNING KP PID 3 _ P34 4 PID AT 1 SV AT2 PID No1 8 AT3 PID No9 9 H R M SET 1 3 GG SOAK V
150. E 1 No Ock FNC KEY UNLUCK LOCK UNLGCK 3 2 MODE No RESET 2 ALARM RESET HON RESET 1 _wAiT PV
151. F CL OFFIOFFIOFF ON ON gt 23 3 10 CW 4 4 AC85 AC264V 8 50Hz 60Hz QA 29 5 11 AC85V 264V 4 3 css 4 3 1 CLOS InPEH3
152. HH c FTNHg1 STPg1 RPTeas Na Na ta 88 2 2 3 1 nc 3 1 9999 9000 eee na HDPE 2 PHTTERH STEF DP mr EE FH FT PATTERN REPEAT B 1 ENT 17 2 2 4 A 1
153. INST No KP 31 7 KP1000 gt 1 9 ee 1 lt 4 SE a PCE YE 6 YY 6 2 ooomomemmer 1 eee PPP 7 IP Yani RR NE RA ERE RE eas 11 3 CPP PT 11 coereereeveveeveaver
154. MODE 4 MODE 2 14 5 gt PV 000 00 2 lt 2 V 8 19 99
155. OGRRI END OUT PTN91 CONTROL OUTPUT PRESET 9Z PULSE CYCLE 939S B RUTO TUNING END START B ZERO SPAN Z99 9Z25199 9Z F B D BRND 9 2 PU ERR OUT 999 9 2 0UTPUT1 MOPE DPIRECT REU CMODE 4 PV F B F B 1 1 Ln sh 5 a ss 00 NEE P
156. R SCHLE DOT 1 5 7 MIN 1999 0000 MAX MIN MAX 9999 2 KDE No M 1 N MAX MIN MAX lt LINHEHR SCHLE SET 7 BB MIN OoIQIQ TF MAX 5 8 8 Na 9999 9999 EF 2 OO 8
157. SV E RE IHUERTED LH OE ERR zd LINUERTED 2 S ENT m 3 4 2 ER 2 LIH EHMGE ER 6 E RR F E HTIHHLY RST RE SET F cw ENT 3 2 ERR ga ETM No SETTING E ERR 3 F PTN SELECT ET SS EE El sre per wiss se RPT MISS SET 9 RM a 1 2 3 52
158. TIMEND MODE 2 Na Na Na SV MODE 2 SGTP00 START SV PV 2 2 AL1 3 2 CAL2 4 4000 4000 MODE 3 1 AL2 AL3 AL4 DL DH DHW D DLW AFK A AH AL
159. UN CONST S E T mm em Em WA 1 TT 1 2 IR E M IE RR ISTOP 1 F K PV AL 1 AL4 4 AL 1 AL4 2 2 2 11 IIIIIIIIIIW UUT 1
160. oseesenceeeesesevecneeeee 13 13 13 oo 14 En5 00 oe 16 mooeoeoeoeoeeoeoeoeeo 16 EN5 609 rmi 18 PV er 18 Na0 oo 1 P1D 46 21 27 ee 27 POCCCPCPCCPPPTYYTYYYT PT FPP TTY eee RESET ha DT TTTTTTTTTT 33 TK 33
Download Pdf Manuals
Related Search