MCD500取扱説明書 Vol.4.4.2
Contents
1. NEMA10 199 5 lt 1000 MSTC 5 MSTC 10 21 MSTC 20 I MSTC Motor Start Time Constant2. TITT E AJD A Pr 3 3 Emergency Stop gt 177HA619 gt H B 3 4 5 B g Emnergency Stop 1 47 Vol 4 4 2 5 5 13
3. LCP 4 MCD500 1 1 Motor FLC MCD500
4. H T H 89 Vol 4 4 2 8 Main Menu Tools OK 8 1 Set Date amp Time 1 Too1s Set Date amp Time OK OK 4
5. Auto 0n Vol 4 4 2 1 Vol 4 4 2 2 2 MCD500 7kW 800k
6. 1 Alarm Log 2 Counters O0K 3 4A OK 4 OK Reset OK Back 86 Vol 4 4 2 9 9 16
7. WL 91 2 7 16 Battery Clock 16 12 Current Imbalance
8. 2 A MCD5 0360C MCD5 1600C
9. MCD5 0021B MCD5 0105B
10. Run 4 1 4 9 U2 4 2 25 W1 3 gt lt W2 6 177HA502 11 MCD5 0245C O CT A MCD5 0245C 2 L1 L2 L3 MCD5 0360C MCD5 1600C L1B L2B L3B T1 T2 T3 CT
11. 10 MCD5 0021B 0053B 0141B 87 Vol 4 4 2 UU Input A Trip Inst Overcurrent Internal Fault X L1 Phase Loss L2 Phase Loss L3 Phase Loss L1 T1 Shor L2 T2 Shor L3 T3 Shor Low Contro 1 Motor Overload Motor 2 Overload Motor Connection Motor Thermistor Network Comms x 5 2S S
12. Pr 1 1 Pr 15 7 Motor Connection 4 2 3 1 9111 U2 4 472 va M vs 1 3 V 2 W2 6 A lt E 18 Vol 4 4 2 4 4 2 3 2 17 79450011 MCD5 0245C O CT 19 Vol 4 4 2 4 4 2 3 3
13. Excess Start Time FLC Too High SAVVA DPT 6 H HN Frequency Heatsink Overtemp
14. 661 51 58 Vol 4 4 2 6 662 52 Pr 8 2 8 5 6 6 3 53 3 664 0 ZW 54 66 5 S 6 6 6 56 kW HP kVA pf 6 6 7 57
15. Do not Check Check 7 6 Inputs Local Remote HE lt E Hand Auto Ld Rmt anytime Local Control Only FOREZ Remote Control Only Hand On Auto On Comms in Remote Auto On F Disable Ctrl in RMT Enable Ctrl in RMT 68 Vol 4 4 2 7 3 3 Input A Function A Motor Set Select
16. A A IH fr 61 gt 7Z zv 10sec Constant Current 350 350 10sec 500 20sec Coast to Stop 0sec 75 Constant Acceleration Constant Deceleration 20 1sec Any sequence 30 3sec 20 5sec 400 0sec Start Run 5Hz 1sec 10sec Do not Check Ld Rmt anytime Enable Ctrl in RMT Motor Set Select Input Trip Always Active 0sec 0sec Normally Closed Main Contactor 0sec 0sec Run 0sec 0sec Trip 0sec 2 2 2 2 2 2 ips 2 2 22 2 Iys 35 222 2 42 2 42 215 22 2 22 52 2 9 2 2 935 3 2 2 Dii 2 222 Vol 4 4 2
17. Phase Loss r 15 7 Motor Connection MCD5 0105B 421 JEEZ TOREA 1 0
18. o HE DC24V Pr 16 9 1 2k Q pr
19. 0 4 20mA 2 200V 400V 6 MCD500 MCD500 3 6 3 6 MOD5 0021B 7A 0
20. 2 Vol 4 4 2 21 2 CV1 AC DC2 4V CV2 AC110 120V AC220 240V T5 AC200 525V T7 AC380 690V H 0021B 0037B 0043B 0053B 0068 0084 0089 0105 0131 0141 0195 0215 m 0245 0360 0380 0428 0595 0619 0790 0927C 1200C 1410C 1600C 21A 37A 43A 37A 68A 84A 89A 105A 131A 141A 195A 215A 245A 360A 380A 428A 595A 619A 790A 927A 1200A 1410A 1600A AC 53b AC 53b AC 53b AC 53b AC 53b AC 53b AC 53b AC 53b AC 53b AC 53b AC 53b AC 53b AC 53a AC 53a AC 53a AC 53a AC 53a AC 53a 53 AC 53a AC 53a AC 53a AC 53a 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 3 30 330 330 330 330 570 570 570 570 570 570 570 570 50 6 50 6 50 6 50 6 50 6 50 6 50 6 50 6 50 6 50 6 50 6 a CS AS 545 R FE F FE F E gt 5
21. Pr 1 10 Pr 7 10 1 11 7 11 DC 2 2 2 3 4 3 AAC 2
22. Run Run 3 6
23. S1 KM1 1 S2 KM1 2 3 KT1 KM2 2 KM2 F1 Ab AS 1 L1 3 12 5 L3 2 T14 T2 6 T3
24. si all Initial current 1 5 Current 1imit Pr 1 4 17HA289 11 T T T T T T T T T 10 20 30 10 50 60 10 80 90 100 632 SM71749 Pr 1 6 Pr 1 5 Pr 1 4 Pr 1 5 Pr 1 4 GG 177HA290 10
25. 1 4 4 a b 3 199 177 58210 5 CT CT 3 6 MCD5 0630C MCD5 1600C 95 Vol 4 4 2 177 58310 10 12 11 MCD5 0360C MCD5 1600C CT 3 CT L1 L2 L3 L1 L2 L3
26. 3 3 1 19V 3 6kQO 1 98 9
27. Pr 5 2 5 2 5 2 Auto Start Time BH 00 01 24 00 h min 5 1 Auto Stop Type Pr 5 4 5 4 5 4 Auto Stop Time 00 01 24 00 h min 1 Pr 5 3 2
28. 400 350 300 450 400 150 500 m 350 41 4 4 2 5 49 Vol 4 4 2 5 5 8 AC3 MCD500 O Main Contactor A 13 14 177HA522 CV1 AC DC24V A5 A6 CV2 AC110 120V A5 A6 AC220 240V A4 A6 DC24V PT1000
29. Any sequence Positive only Negative only 25 1 BoT Fles 3 50 Current Imbalance BH 0 50 Current Imbal Dly 0 00 4 00 min sec 66 Vol 4 4 2 7 Z 52 3 Undercurrent FUR BUE REA 20 0 100
30. 3 1 Loca1 Remote 78 Vol 4 4 2 7 9 Auto Reset 3 2 f Auto Reset Action Do Not Auto Reset Reset Group A A Reset Group A amp B A B Reset Group A amp B amp C A
31. 8 4 Protection Sim 1 Main Menu 2 Protection Sim 0K 3 4 OK 4 5 6 Back 4 BACK
32. 80 0 160 Z2 HA 106 4 10 Low Current Flag LET 1 7 FLC emp W Curren Mo Mo or or kVA pf 4 15 Analog Adj 100 0 600 Analog A Min Adj 0
33. 0 4 AAC AAC li Y lt 5 ON OFF T 177HA509 10 177HA51010 Adaptive stop profile Pr 1 14 Early Deceleration Constant Deceleration Late Deceleration IERE Stop Time 1 11
34. 7 12 Restrict Paramtr Access Code 0000 9999 15 Back OK AA 15 2 Adjustment Lock 9 2 Read amp Write Read Only No Access 79 Vol 4 4 2 Emergency Disable Enable 15 4 Current Calibrat 100 85 115 Main Cont Time 150msec 100 2000msec Bypass Cont Time 150msec 100 2000msec
35. Read Only 56 Vol 4 4 2 7 2 Quick Menu 221 7cz Setup Primary Mtr Set Motor FLC Start Mode Current Limit Initial Current Start Ramp Time Excess Start Time Stop Mode Stop Time Protection Phase Sequence Undercurrent Undercurrent Dly Inst Overcurrent Inst Overcurrent Inputs Input A Function Input A Name Input A Trip Input A Trip Delay Input A initial Delay Outputs Relay A Function On Delay Off Delay A Relay A Relay Relay B Function Relay B On Delay Relay B Off Delay Relay C Function Relay C On Delay Relay C Off Delay Low Current Flag High Current Flag otor Temp Flag 1 A
36. 668 56 24 Date amp Time 8 1 Set 54 Vol 4 4 2 EEE 669 V RZAMWMK ZFT SCR Conduction 6610 RU T T kW kVA AIE pf 0 5 OK OK 4 55 Vol 4 4 2 7 7
37. 5 E 2 4 97 Vol 4 4 2 Vol 4 4 2 www danfoss com drives RI 2014 12 25
38. e Pr 4 1 Relay A Function A Main Contactor JA JJ B JC 43 Vol 4 4 2 5 5 9 AC1 MCD500 Run B 21 22 24 A 3 CV1 AC DC24V A5 A6 CV2 AC110 120V A5 A6 AC220 240V A4 A6 DC24V PT1000 H 1 5 L H Pr 4 4 Relay B Function B Run
39. 4 2 Pr 1 4 o l 36 Vol 4 4 2 5 3 3 ERE 5 AAC 1 Pr 1 3 Start Mode Adaptive Control 2 Pr 1 6 Start Ramp Time 3 Pr 1 13 Adaptive Start Profile 4 Current limit Pr 1 4 AAC AAC 177HA50710 Adaptive start profile Pr 1 13
40. FLC 400 20 40 1000m 96 Vol 4 4 2 4 492 1704 SCR 126 25 1150 170 1 8000 170 10500 170 15000 170 15000 170 51200 170 80000 170 125000 170 125000 170 320000 170 CD5 0195 320000 170 CD5 0215 320000 170 CD5 0245C 320000 170 CD5 0360C 238000 170 CD5 0380C 320000 170 CD5 0428C 320000 170 CD5 0595C 1200000 170 170M6014 CD5 0619C 1200000 170 601 170 6014 CD5 0790C 2530000 170 170M6016 CD5 0927C 4500000 170 170 6019 CD5 1200C 4500000 170 CD5 1410C 6480000 CD5 1600C 12500000 170M6019 CD5 0021 CD5 0037 CD5 0043 CD5 0053 CD5 0068 CD5 0084 CD5 0089 CD5 0105 CD5 0131 CD5 0141 B B B B B B B B B B B B 2 o 97 Vol
41. AAC AAC 0 TVR 9 Unsupported Option 5 E AC600V 5 7 THE ema 2
42. 8 2 User Scrn Top L Blank Starter State Motor Current 3 Motor pf Main Frequency or kW ki or HP HP or Temp kWh TT Vol 4 4 2 Motor Current 3 Main Frequency 3 Motor HP HP kWh kWh Starter State
43. A A A Off B B B Off C C C Off 57 Start Stop Timers Auto Start Auto Start Time Auto Stop Type Auto Stop Time Display Language User Scrn Top L User Scrn Top R User Scrn Btm R User Scrn Btm L 7 Vol 4 4 2 222 RNRE Application Setups Suggested Stored Value
44. 96 D D CV1 AC DC24V A5 A6 CV2 AC110 120V A5 A6 AC220 240V A4 A6 DC24V x A B PT1000 C Pr 3 3 Input A Function A Input Trip N O Input Trip QN C Pr 3 4 Input A Name AJ A LCP Low Pressure Pr 3 8 Rmt Reset Logic N 0 N C 46 Vol 4 4 2 5 5 12
45. E E 5 12 39 BIB Pr 2 1 Vol 4 4 2 5 5 5 NS NI Pr 15 8 w G 4 15 8 50 Pr 3 3
46. Stop Time 1 11 Brake Time 1 16 AAE 2 1 Coast to Stop Time 2 Pr 1 11 Stop Time Pr 1 16 Brake Time 2 Pr 1 16 Brake Time Z 3 Pr 1 15 Brake Torque 5 E
47. OFFR Reset A 15 6 5 LCP Pr 3 1 Lct Rmt Anytime Hand On Auto 0n Hand 0n Pr 3 1 Remote Control Only Z 0Ff 6 6 LCP Status HL A V Back Status Pr 8 2 8 5
48. LCP Reset LCP Reset LCP Reset LCP off 4 Auto 0n LCP LED LED
49. Motor pf Motor Current 3 Main Frequency 3 Motor HP HP kWh kWh 78 Vol 4 4 2 7 7 1112 2777 OK OK 8 6 Graph Timebase Graph Max Adj 400 0 600 0 0 600 Z Z Z Wl Mains Ref Volt 400V 100V 690V
50. 1 Pr 2 11 177HA511 10 70 70 u TEX 1 4 E Positive on CXE gt KE 11 12 13 1 H JU 1 E
51. 175G9000 Modbus 175G9001 Profibus 175G9002 DeviceNet 175G9009 MCD USB 98 Vol 4 4 2 10 10 1 3 99 MCD 201 MCD 202 MCD 3000 MCD 500 O O O O PC Web WinMaster MCT10 101 4 MCD5 0131B 1600C
52. LCP OFF Pr 2 11 1 2 Ze 4 V ETF 40 Vol 4 4 2 5 5 6 6 AAC
53. Trip Starter Warn and Log OK Log Only 84 Vol 4 4 2 8 8 5 Output Signal Sim 4 EG 4 1 Main Menu Prog Relay A 2 Output Signal Sim 3 4A
54. a cC N stored BACK 8 2 Load defaults Load User Set 1 1 Save User Set 1 1 1 Tools 2 A OK Yes
55. Run Pr 4 1 4 9 177HA431 11 MCD5 0245C CT E MCD5 0245C 2 L1 L2 L3 MCD5 0360C MCD5 1600C L1B L2B L3B T1 T2 T3 CT 17 Vol 4 4 2 4 423 U2 V2 W2
56. 1 4 20Nm CT L1 L2 L3 96 Vol 12 4 4 2 12
57. 25 35 0 2 5 Undercurrent Dly F A 0 00 4 00 1 7 53 3 Inst Overcurrent 400 80 600 50 2 7 Inst Ocrnt Delay BH 0 00 1 00 min sec Z 5 4 F J gt Z Frequency Check Do not Check Start Only
58. 1 1 Pump Centrifugal art Mode urrent Limit mp Submersible Motor FLC dptv Start Profile i Locked Rotor Time 7 C J Adaptive Control Constant Acceleration 58 Vol 4 4 2 Compressor Screw i Current Limit i Compressor Recip Motor FLC i Current Limit Motor FLC Motor FLC Start Mode Adptv Start Profile Start Ramp Time Current Limit Excess Start Time i Locked Rotor Time Start Mode Adptv Start Profile Start Ramp Time Locked Rotor Time Adaptive Control Adaptive Control Constant Deceleration Adaptive Control Constant Acceleration Adaptive Control Constant Acceleration 59 Vol 4 4 2 7
59. OK 4 A V Z G O 0n 0ff 5 Back 8 6 Digita1l 1 0 State 0 OFF 1 ON At A B C ON 4A Digital 0 State 8 7 Temp Sensor State Temp Sensors State S H C 0 85 Vol 4 4 2 8 8 8 Alarm Log Alarm Log Trip Log WERE Event Log Counters 881 Log
60. 2 boa ES s as Sm umum m tnana amam a am asna ah 2 BEG nah ama 2 7 7 3 7 27 2 2 AR 2 MA A 2 F 7Z F 22 Start Stop Timers a an ananassa sal nan TE 2 79 Auto Reset 2 a Q 7 10 Secondary Set Display 2 2 7 11 2 L 2 Vol 44 2 7 12 Restrict Paramtr a 0 5 7 13 Protection Action n nn 2 7 14 HARRES 2 AA Factory 2 _ 8 1 Set Date 2 8 2 i 8 3 Reset Thermal Model a 2 3 2 Prot cti n Sim ot _ umu 1 2
61. B 49 Vol 4 4 2 5 4 KM2 KM3 Pr 3 3 Input A Function AJ A Motor Set Select 1 1 2 9 7 1 7 16 Pr 4 4 Relay B Function B B Trip 4 Pr 16 5 Pr 2 8 2 10 50 Vol 4 4 2 6 6 6 1 LCP Status Quick Menu Main Menu Alarm Log Back
62. 4 0K BACK 73 2 Main Menu 3 Parameter Shortcut 4 OK 4 60 Vol 4 4 2 7 33 Pr No 1 Primary Mtr Set Hl Motor FLC 1 2 Locked Rotor Time 1 3 Start Mode 1 4 Current Limit 1 5 Initial Current 1 6 Start Ramp Time 1 7 Kick Start Level 1 8 Kick Start Time 1 9 Excess Start Time 1 10 St
63. 2 IRRI 2 BS88 2 IL TE aa aaa a a ASA 2 495 000 690 i SDs 4285 E u uapa 2 E E 4101 Ab 2 5 Qs 4 10 2 EZ MDG 0IABC 2 410 3 MD5 0360C I1600 n 2 BPA ua saq ASS Iyan ayasa 2 2 e A ERE 05 OO HDF 2 5 3 2 TEDA Sv ie 5 3 N V OBTEVE T 99 DL 2 RR RT a utata nutata z0 IERE irinin 2
64. 2 5 6 i 55 5 7 i 2 d 2 5 9 2 bio JER RO MA 2 E 2 5 12 ZU REE 2 2 2 2 62 saca aa hr mapa mau amana umapa mapa apa aqa pak 2 SEP 2 65e LOO EIEEE A A lia gt 2 Vol 4 4 2 6 6 1 E2 SD 2 66 2
65. 35 3 Kickstart 1 1 2 500 100 700 Kickstart Time 2 Omsec 0 2000msec 0 5 75 Vol 4 4 2 7 7 9 Excess Strt Time 2 2 20sec 0 00 4 00 min sec 0 7 10 Stop Mode 2 2 5 4 Coast to Stop
66. Jog Forward Jog Reverse 3 4 Input A Name A 4 LCP Input Trip Pressure High Pressure Pump Fault Low Level High Level o Flow Emergency Stop Controller 2127 PLC PLC Vibration Alarm Input A Trip gt Always Active Operating Only Run Only 3 6 Input A Trip Delay 0 00 4 00 min sec 69 Vol 4 4 2 7
67. 10 Vol 4 4 2 3 3 2 50560050 177 514 10 MCD5 0021B MCD5 0105B MCD5 0131B MCD5 1200C ICD5 0068B ICD5 0084B ICD5 0089B 213 4 9 ICD5 0105B CD5 0245C 460 so so 279 259 CD5 0360C CD5 0380C 689 520 430 320 302 35 ICD5 0428C CD5 0595C CD5 0619C 689 520 430 320 302 45 ICD5 0790C CD5 0927C ICD5 1200C ICD5 1410C 856 721 585 500 364 120 ICD5 1600C 11 Vol 4 4 2 4 4 4 1 41 1 MCD500 3 LCP LCP EO Hand ON OFF Hand On LED 0ff LED Auto 0n Auto On LED 41 2 2 5m CV1 AC
68. Coast to Stop Soft Stop TVR Adaptive Control AAC Brake a BH 0 00 4 00 1 AAC TVR 5 4 Adaptv Control Gain AAC 5 4 3 5 10 Adptv Start Profile 5 3 Early Ac
69. 5A 50A ON OFF Run Rone LEF 1 3 1 4 Pr 1 7 Pr 7 7 1 8 7 8 MCD500 5A
70. 94 FEJO 1 0 seo 2 AC 53a 4 5 30 50 6 Vol 4 4 2 4 44 EI G CD5 0021 CD5 0037 CD5 0043 CD5 0053 CD5 0068 CD5 0084 CD5 0089 CD5 0105 CD5 0131 CD5 0141 CD5 0195 CD5 0215 CD5 0245C CD5 0360C CD5 0380C CD5 0428C CD5 0595C CD5 0619C CD5 0790C CD5 0927C CD5 1200C CD5 1410C CD5 1600C B B B B B B B B B B B B 4 5 MCD5 0021B MCD5 0215B MCD5 0245C MCD5 1600C AC1
71. Warn and Log Log Only Trip Starter Frequency Warn and Log Log Only Trip Starter Heatsink Overtemp Warn and Log Log Only Trip Starter 81 19 4 4 2 16 7 Excess Start Time MAPES arter Warn and Log Log On 16 8 Input Trip 5 arter Warn and Log Log On 100 0 Motor Thermistor 5 arter Warn and Log Log On 16 10 Starter Comms arter Warn and Log Log On Network arter Warn and Log Log On Battery Clock rip 5 arte
72. al 6 17HA50B 10 T T T T T T T T T 10 20 30 10 50 60 70 80 90 100 37 Kick Start Level 1 7 Kick StartTime 1 8 Initia1 Current Pr 1 5 Start Ramp Time Pr 1 6 Current Limit Pr 1 4 Vol 4 4 2 5 4 541 70 72 542 7 j gt Z Stop time Pr 1 11 F 543 AAC 1 Pr 1 10 Stop Mode Adaptive Control C RELET 2 Pr 1 11 Stop Time Stop Time Pr 1 11 3 1 14 Adaptive Stop Profile TVR
73. 414 Y IN Auto Pr 3 2 y 415 MCD5 0021B MCD5 0105B 1 MCD5 0131B MCD5 1600C 1 13 Vol 4 4 2 4 416 75 C D qp 85 mm 10 5 mm AWG ma 6 50 10 1 0 F O 5 n sa 0 se ss T20 x 150 19 mm 6mm 19mm 6mm Nm Ftlb 4 2 9 7mm x 150 8 5 Nm 6 3 ft Ib 8 5 Nm 6 3 ft Ib 177HA516 10 MCD5 0131B MCD5 0141B MCD5 0215B r 32 mm 6m 17 Nm 12 5 ft Ib 51 mm 38 Nm 28
74. 2 HRC AT 1 4 AAC 30 HRC 150 100 150 150 400 30 1000m 40 C
75. Kickstart Level 500 100 700 Vol 4 4 2 7 1 8 Kickstart Time 0msec 0 2000msec 0 5 1 9 Excess Start Time FEA 20sec rosod 4 00 min sec 0 Stop Mode i AE RG B PE 4 5 4
76. EE 9 EE 2 6 64 EM CEZ VAZH E 66 5 5 EIS E AOO E sD SD q gt 6 6 0 66 9 2 50 s Za E SQ 7 2 Quick Menu 2 7 7727 2 Z 22 RNRE Application Setups 2 Os 7 3 Main Menu 2 23 1 277 2 ae s Ds 2 7 4 1 Primary Mtr Set tik ZT Z r sP Primary MEF Se So 7 5 7 Proteection kk 2 Sl NN 2 7 5 2 i A Z 2 7 5 3 1 E RID 2 GL Pa Z EE 2 NOUES Mas as aQ as Q aN 2 AJI OUTPUTS
77. 17 18 2 3 17 18 15 18 17 18 3 4 17 18 15 18 15 16 Pr 3 8 Auto On LCP DC24V 16 18 Reset O LED
78. 44 Vol 4 4 2 5 10 CV1 AC DC24V A5 A6 4 CV2 AC110 120V A5 A6 AC220 240V A4 A6 DC24V H PT1000 Pr 3 3 Input A Function A AJAZ Emergency Run Pr 15 3 Emergency Run Fnable 5 17 18 ON OFF A 11 16 Vol 4 4 2 5 5 11 17 18 ON OFF A 11 16
79. 223 og77g kW kVA pf 0 5 i 7 3 Main Menu 3 73 1 Parameters Main Menu Parameters 4 BACK BACK 0K
80. Pr 4 12 Mottor Temp Flag 271 J L A ZE E A 4 2 Relay A On Delay A 0 00 5 00 min sec A Relay A Off Delay A Off 0 00 5 00 4A 70 Vol 4 4 2 7 27 2 A Pr 4 1 4 3 B Pr 4 4 4 6 Y C Pr 4 7 4 9 4 4 Relay B Function B B 1 Off Main Contactor Run Trip Warning Low Cu
81. Warning ZS e Low Current Flag 4 10 Low Current Flag High Current Flag Pr 4 11 High Current Flag Mottor Temp Flag 4 12 Mottor Temp Flag 4 8 Relay C On Delay C BH 0 00 5 00 1 C Relay C Off Delay C Off 0 00 5 00 1 C 71 Vol 7 7 3 4 4 2 727 AMATI 6 50 1 100 High Current Flag 100 50 600 1 224
82. 4 6 T 4 7 4 8 95 Vol 4 4 2 4 4 9 491 BL 5
83. AAC 90 Vol 4 4 2 9 91 Vol 4 4 2 10 10 MODS 2000 525V 10 MCD500 XXXCT7 A FA 600V 10 CD500 XXXX T7 AC380V 690V 25100 4 5 6 2 UU n T a AC110 120V 110 15 CV2 4 6 AC220 240V 10 15 MCD5 0021B MCD5 0215B ee EMC
84. 8 1 8 1 Alarm Log 2 Trip Log 0OK 3 4A OK Back 882 Event Log 99 1 99 1 Alarm Log 2 Event Log OK 3 A OK Back 8 8 3 01722 Counters 4
85. Auto On Pr 5 1 5 4 Hand on Hand Auto OSJJ Z LO Hand 0n off Auto On Reset 59 Vol 4 4 2 6 Hand Auto 0n LCP O Hand 0n LCP O0ff LCP Reset 3 1 Loca1 Remote O0ff
86. No OK Load Defaults 83 Vol 4 4 2 8 8 3 Reset Thermal Model 4 1 Tools 2 Reset Thermal Mode1 OK OK 4 Reset Do Not Reset OK Reset Thermal Model Reset Thermal Model
87. Relay C Off Delay Current Flag High Current Flag Analog Output A Analog A Scale Analog A MAX Adj Analog A Min Adj Start Stop Timers o Start Type o Start Time o Stop o Stop Timer o Reset Action Reset Dly Grp A amp B Reset Dly C Secondary Mtr Set otor FLC 2 ocked Rotor Time 2 Current Limit 2 Initial Crnt 2 Kick Start Lvl 2 Kick Start Time 2 Excess Strt Time 2 Stop Time 2 Adptv Ctrl Gain 2 Adptv Start Prof 2 Adptv Stop Prof 2 Brake Torque 2 Brake Time 2 Scrn Top L Scrn Top R User Scrn Btm L User Scrn Btm R Graph Timebase Graph Max Adj Graph Min Adj Restrict Paramtr Access Code i Adjustment Lock C 0 ff H A HJ A E Current FLC Do Not Auto Reset Constant Current Coast to Stop Constant Accelerati
88. Star t Run Run Only 2 9 Freq Variation 67 Vol 4 4 2 7 2 10 Frequency Delay 0 01 4 00 1 35Hz 75Hz Restart Delay 10sec 00 01 60 00 min sec LCP Motor Temp Check
89. G3 G4 G4 G4 G4 G4 G4 G4 G5 G5 G5 20 IP20 20 IP20 20 20 20 IP20 00 00 00 00 00 00 00 IP00 00 IP00 00 00 00 IP00 00 IP00 00 IP00 00 00 00 00 00 00 00 IP00 00 00 00 00 00 IP00 00 00 00 IP00 00 IP00 2 Vol 4 4 2 3 3 3 1 CD5 0021B MCD5 0245C _ 100m CD5 0360C MCD5 1600C _ 200m MCD5 0021B MCD5 0215B 50mm MCD5 0245C 100mn MCD5 0360C MCD5 1600C _ 200mm 90 15 50mm
90. 6006 20 1 3 Start Mode 5 Constant Current Adaptive Control AAC Current Limit 350 100 600 5 3 1 5 Initial Current 350 100 600 Pr 1 4 5 3 1 6 Start Ramp Time 10sec 1 180sec 5
91. IP20 MCD5 0131B MCD5 0215B 175G5662 MCD5 0245C 175G5663 MCD5 0360C MCD5 0927C 175G5664 2 MCD5 1200C MCD5 1600C 175G5665 2 7 7 2 DREF OIEI RE MCD 500 4kV 6kV G1 175GO100 y Y g H or FK N G2 G5 175GO101 Aa i Yu 3 12kV HE G1 17560102 62 65 17560103 1 1 KM1 94 Vol 4 4 2 11 MCD5 0360C MCD5 1600C 11 MCD5 0360C MCD5 1600C
92. 1 Pr 1 1 1 16 2 Pr 7 1 7 16 Input Trip 0 0 3 5 3 6 3 7 Input Trip N O 3 5 3 6 3 7 Local Remote Select E LCP EO Hand On Off Off Pr 3 1 Ld Rmt anytime Emergency Run E 15 3 Emergency Stop
93. 4 MCD5 0245C TIB 2 L1 L2 L3 33 Vol 4 4 2 4 4103 1 527 MCD5 0360C 1600C 1 11 2 L1B OO 3 L2 4 T2 O L2B OO 5 L3 6 T3 O L3B OO E E T gt Di A4 13 CV1 A5 A6 AC DC24V CV2 A5 A6 AC110 120V A M A4 A6 AC220 240V 21 0 07 4 20mA O 08 4 29mA DC24V SS O 11 24 oo 16 COMMON DC24V O 15 17 COMMON DC24V 1000 1 L1 3 L2 5 L3 LIB L2B L3B 2 T1 4 T2 8 T3 4 MCD5 0360C MCD5 1600C L1B L2B L3B T1 T2 T3 34 Vol 44 2 5 5 5 1 MCD500 2
94. I RE E A uD aa 4 2 3 1 ADA 4 2 3 2 2 4 2 33 kik 431 BW V nnn 2 2 433 gt he gt 2 434 62 4 EL DEBRE AC 59a 2 435 2 456 O DERE 5 2 437 GERR So 438 DEBRE 5 2 44 E2 AR EMAR ERA RSRK 2 a T E a SSS nz D E E pes 2 OO Vol 4 4 2 CET Oo 2
95. Input Initial Delay 00 00 30 00 1 Remote Reset Logic 7 y Closed b y Open a Bx A 7 7 J Outputs Relay A Functi HJJ A Main Contactor Run Trip Warning EO DE LA EL ER Low Current Flag 4 10 Low Current Flag High Current Flag 4 11 High Current Flag Mottor Temp Flag
96. 60947 4 2 1000m 40 91 Vol 4 4 2 4 433 ABOSS ISR LEFN L AC 53a 4 5 30 50 6 5 0245C 5 0360C 5 0380C D5 0428C 5 0595C 5 0619C 5 0790C 5 0927C D5 1200C 5 1410 5 1600 43 4 AC 53a 245 53 4 5 30 70 70 1 1 sec AC 53a IEC 60947 4 2 1000m 40 99 Vol 4 4 2 4 435 V MCD5 0021B MCD5 0215B MCD5 0245C MCD5 1600C AC 53b AC 53b 4 20 340 4 5 30 330 MCD5 0021B MCD5 0037B MCD5 0043B MCD5 0053B AC 53b AC 53b 4 20 580 4 5 30 570 MCD5 0068B CD5 0084B CD5 0089B CD5 0105B
97. MCD500 MCD500 Pr 1 1 Motor Full Load Current Pr 1 12 Adaptive Control Gain 38 Vol 4 4 2 544 E u SEX MCD500 DC 3
98. Early acceleration Constant acceleration Late acceleration Start Ramp Time Pr 1 6 AAC AAC MCD500 MCD500 1 1 Motor Full Load Current Pr 1 12 Adaptive Control Gain 5 3 4 2
99. 2 4 4 Pr 1 1 12 15 Vol 4 4 2 4 422 4 2 2 1 E 4 2 2 2 qes san h 2 m 17794429 11 MCD5 0245C O CT Ta 7T LE 16 Vol 4 4 2 4 4 2 2 3
100. 0K A Y Hand 0n off Hand on Auto 0n Reset Auto On LED O O Quick Main Alarm Statu Hand Hand On Stop Reset KET Stop Reset Soft Starter O O O O Prog Start Stop Reset 0 U 177 HA383 1 Auto LCP
101. EU 89 336 EEC EMI 60947 4 2 B No 1 15 16 05 061 1 50104 5A l Ua ana 07 08 Vol 4 4 2 10 CD5 0021B MCD5 0105B IP20 NEMA Type1 UL 1 10 60C 40C 0 1000m 1000m MCD5 0021B MCD5 0053B 89W MCD5 0068B MCD5 0105B 51W een CD5702450 gt 01600 CCC GB 14048 6 10 1 10 1 1 LCP IRIE LCP 3m 175GO096 LCP501 10 1 2 WFE a l ProfIbus DeviceNet Modbus RTU
102. LCP LCP AS O0K O0ff 6 3 3 LCP 4 I LCP LCP 6 4 MCD500 LCP Hand Auto 0n Hand Auto 3 2 Comms in Remote
103. Reset 0FF 4 6 2 LCP LCP LCP501 LCP 3m LCP 51 Vol 4 4 2 621 LCP eKoo LCP LCP LCP 2 LCP LCP 5 G Display to Starter Starter to display LCP 0K
104. 13 CV1 A5 A6 AC DC24V cV2 A5 A6 AC110 120V A 14 A6 A4 A6 AC220 240V 2 4 29mA 4 20mA DC24V B COMMON DC24V C COMMON DC24V o Oo M Ono O CD oo8oo PT1000 1 L1 3 L2 5 L3 2 T1 4 T2 8 T3 32 Vol 4 4 2 4 4102 2V 2VX EL E gt 7L 5 0245 1 L1 3 L2 p ere 6 il 5 j N O gt N CD D 4 13 CV1 A5 A6 AC DC24V CV2 A5 A6 110 120 A 14 A4 A6 AC220 240V 0 21 07 4 29mA Q 98 4 29mA DC24V B 11 24 16 COMMON DC24V O 15 17 C 34 18 COMMON DC24V O 25 O 05 5 1000 O 1 L1 3 L2 5 L3 2 T1 4 T2 8 T3
105. 7 1 15 4 V Back Pr 15 1 4 0000 15 2 Read amp Write Read Only No Access No Access
106. Locked Rotor Time 2 10 0 01 2 00 600 20 Start Mode 2 RULET 5 3 Constant Current Adaptive Control AAC Current Limit 2 350 100 600 5 3 5 Initial Crnt 2 350 100 600 1 Pr 7 4 2 5 3 7 6 Start Ramp Time 2 2 10sec 1 180sec AC ipa
107. 0 600 A Pr 1 1 100 Pr 1 1 100 Pr 8 9 100 Pr 1 1 A lJ A 20mA 0 4mA Pr8 9 4 14 Analog A Scale A 7 Vol 4 4 2 7 7 8 Start Stop Timers Auto Start
108. B C 1 5 1 1 1 1 0 291 AY Ev A B C 2 00 05 15 00 h min A B Reset Dly C BH 5 60 min SITAE Vol 44 2 7 7 10 2 Secondary Mtr Set 7 1 Motor FLC 2 2
109. Motor Connection Auto detect In line Inside delta 1 CT Calibration LCP m Main Contactor
110. TVR Soft Stop TVR Adaptive Control AAC Brake Stop Time 2 BH 0 00 4 00 1 AAC TVR 5 4 Adaptv Ctrl Gain 2 AAC 5 4 3 AAC 5 10 7 13 Adptv Start Prof 2 2 5 3 Early Acceleration Constant Acceleration Late Acceleration Adptv Stop Prof
111. U02 V2 W2 20 Vol 4 4 2 4 4 3 1000m II 40 43 1 TAFIR SR BIBRA 7 s AC 53b AC 53b 4 20 340 4 5 30 330 MCD5 0021B MCD5 0037B MCD5 0043B MCD5 0053B AC 53b AC 53b 4 20 580 4 5 30 570 CD5 0068B CD5 0084B CD5 0089B CD5 0105B CD5 0131B MCD5 0141B MCD5 0195B CD5 0215B MCD5 0245C 255A 201A 176 MCD5 0360C 360A 310A 263A MCD5 0380C 380A 359A 299A MCD5 0428C 428A 368A 309A MCD5 0595C 595A 540A 434A MCD5 0619C 619A 561A 455A MCD5 0790C 790A 714A 579A MCD5 0927C 930A 829 661A MCD5 1200C 1200A 1200A 1071A MCD5 1410C 1410A 1319 1114A MCD5 1600C 1600A 1600A 1353A 43 2 2YW2YX V DERRE AC 53b 141A AC 53b 4 5 30 570 sec sec H AC 53b
112. 2 2 5 4 Early Deceleration Constant Deceleration Late Deceleration 76 Vol 4 4 2 7 Brake Torque 2 20 20 100 Brake Time 2 1 30sec Pr 7 16 Pr 7 11 5 4 4 7 11 Display Language LCP English T Chinese Spanish Espa ol German Deutsch Portuguese Portugu s French Francais Italian Italiano Russian Z77 7
113. 30XXX0450 33XXX0630 33XXX0700 33XXX0700 33XXX1000 33XXX1000 33XXX1400 33XXX1400 RD30XXX0125 RD30XXX0125 RD30XXX0125 RD30XXX0160 RD30XXX0200 RD30XXX0200 RD30XXX0315 RD30XXX0315 RD30XXX0315 RD30XXX0450 RD30XXX0450 RD30XXX0450 RD33XXX0630 A070URD33XXX1000 A070URD33XXX1000 A070URD33XXX1400 A070URD33XXX1400 4 FEJE AC440V AC575V AC690V Vol 4 4 2 496 UL 4 O 480V kA_600V AJT50 AJT50 AJT50 AJT60 AJT80 5 0021B D5 0037B 5 0043 5 0053 5 0068 5 0084 5 0089B 5 0105B 5 0131B 5 0141B 5 0195B 5 0215B 5 0245 5 0360 5 0380 5 0428 5 0595 5 0619 5 0790 5 0927 5 1200 5 1410 5 1600 31 A A A A A A A A A A A T100 T100 T125 T150 T175 T200 T250 T300 T400 T450 T450 BQ800 BQ800 A4BQ1200 A4BQ1200 A4BQ1600 4 02000 4 02500 30 0063 30 0125 30 0125 30 0125 30 0200 30 0200 30 0200 30 0315 30 0315 30 0315 30 0450 30 0450 30 0450 33 0630 33 0700 33 0700 33XXX1000 33XXX1000 33XXX1400 33XXX1400 33XXX1800 33XXX2250 33XXX2250 Vol 4 4 2 4 4 10 4101 V EFI 1 L1 2 CO 5 05 N 5 TA E E D 4
114. 4 4 2 4 493 8588 SCR T t 75 1150 63FE 63FE 63FE 8000 120FE 120FEE 120FE 10500 120FE 120FEE 120FE 15000 200 FEE 200 15000 200FEE FEE 200FE 51200 200FE FEE 200FE 80000 125000 125000 320000 CD5 0021 CD5 0037 CD5 0043 CD5 0053 CD5 0068 CD5 0084 CD5 0089 CD5 0105 CD5 0131 CD5 0141 CD5 0195 320000 CD5 0215 320000 CD5 0245C 320000 CD5 0360C 238000 CD5 0380C 320000 400FM CD5 0428C 320000 CD5 0595C 1200000 630FM CD5 0619C 1200000 630FM CD5 0790C 2530000 CD5 0927C 4500000 CD5 1200C 4500000 CD5 1410C 6480000 CD5 1600C 12500000 B B B B B B B B B B B B 2 o 98 Vol 4 4 2 4 494 HSJ SCR 121 25 1150 HSJ40 HSJ40 8000 5780 HSJ80 CD5 0021 CD5 0037 CD5 0043 CD5 0053 CD5 0068 CD5 0084 10500 HSJ90 HSJ90 15000 HSJ110 SJ110 15000 HSJ125 SJ125 51200 HSJ175 SJ175 CD5 0105 CD5 0131 CD5 0141 125000 HSJ225 HSJ225 125000 HSJ250 HSJ250 320000 HSJ300 HSJ300 CD5 0195 320000 HSJ350 HSJ350 CD5 0215 320000 HSJ400 HSJ400 CD5 0245C 320000 HSJ450 HSJ450 CD5 0360C 238000 CD5 0380C 320000 CD5 0428C 320000 s CD5 0
115. 5 ft Ib 1 1 1 T I 1 177 519 10 177 521 10 lt 177HA520 10 3 58 Nm 42 7 ft lb MCD5 0245C MCD5 0360C MCD50927C MCD5 1200C MCD5 1600C MCD5 0021B MCD5 0105B MCD5 0131B MCD5 0360C MCD5 1600 11 14 Vol 4 4 2 4 4 2 Q3 6 3 6 Pr 1 1
116. 80 1 4 4 2 7 15 8 Jog Torque 50 20 100 5 5 50 7 13 Protection Action Motor Overload Trip Starter Warn and Log Log Only Current Imbalance Trip Starter Warn and Log Log Only Undercurrent Trip Starter Warn and Log Log Only HERRA EFO BE Inst Overcurrent
117. CD5 0131B MCD5 0141B MCD5 0195B CD5 0215B MCD5 0245C 383A 302A 264 MCD5 0360C 540A 465A 395A MCD5 0380C 570A 539A 449A MCD5 0428C 645A 552A 463A CD5 0595C 930A 810A 651A MCD5 0619C 975A 842A 683A MCD5 0790C 1185A 1072A 869A MCD5 0927C 1395A 1244A 992A CD5 1200C 1800A 1800A 1607A MCD5 1410C 2115A 1979A 1671A MCD5 1600C 2400A 2400A 2030A 436 DERRE AC 53b 141A AC 53b 4 5 30 570 sec sec AC 53b IEC 60947 4 2 1000m 40 C 98 Vol 4 4 2 4 43 7 5 0245C 5 0360C 5 0380C D5 0428C 5 0595C 5 0619C 5 0790C 5 0927C D5 1200C 5 1410C 5 1600C 43 8 IN ISRIEL AC 53a 245A AC 53a 4 5 30 70 70 1000m AC 53a IEC 60947 4 2 40 C
118. DC24V 200mA AAC AAC DC Vol 4 4 2 DeviceNe t Modbus Profibus JJ FEUR RIRAN 3 AY
119. DC24V A5 A6 BL bD Frog WON 177HA503 10 05 06 SELV PELV s U lt LV LV IEC61140 61140 12 Vol 4 4 2 4 41 3 3 1 Pr 3 3 1 2
120. 14A MCD5 0245C 51A 1 02A 77A 1 54 MCD5 0037B 9A 0 8A 13A 026A MCD5 0360C 72A 108A 2 16A MOD5 0043B 10A 0 2A 15 0 3A MCD5 0380C 76 1 52A 114A 2 28A MCD5 0053B 022A 16 0332A MOCD5 0428C 86A 1 72A 129A 258A MCD5 0068B 15A 0 3A 23A 046 MCD5 0595C 124A 248 186A 372A MCD5 0084B 19A 038 29 0558A MCD5 0619C 130A 26A 195A 3 9A MOD5 0089B 20 0 4A 30 0 6A MCD5 0790C 158A 3 16A 237A 474A MCD5 0105B 21 042A 32 0 64A MOCD5 0927C 186A 372A 279A 558A MOD5 0131B 29 0558A 44A 088A MCD5 1200C 240A 48A 360A 7 2A MCD5 0141B 34A 0 68A 51 1 02A MCD5 1410C 282A 564 423A 846A MOD5 0195B 40 0 8A 60A 1 2A MCD5 1600C 320A 64A 480A 9 6A MOCD5 0215B 44A 088 66A 1 32A 1 Pr 1 1 T 1H b 5 E 0
121. 2 8 6 igital OAD 2 8 7 Temp Sensor State nn nn 2 Alarm I 2 CLARRIE Trip RN De 8 8 2 BEERE Event Log 2 72 5 Q gt Q 9 2 i So gt 10 T 2 TOA A A 2 7042 f ZS 0 z0 DRT ET RIETI RE 2 OE ELE 2 11 MCD5 0360C MCD5 16000 i 2 12 E 2 Vol 4 4 2 1 1 1 1
122. 48 Vol 44 2 5 5 14 KM1 KM2 KM3 Y YY Dahlander 4 KM1 KM3 1 1 1 16 KM2 A 2 Pr 7 1 7 16 CV1 AC DC24V A5 A6 CV2 AC110 120V A5 A6 AC220 240V 4 6
123. 595C 1200000 CD5 0619C 1200000 CD5 0790C 2530000 CD5 0927C 4500000 CD5 1200C 4500000 CD5 1410C 6480000 CD5 1600C 12500000 B B B B B B CD5 0089B 80000 HSJ175 HSJ175 B B B B B 1 2 99 Vol 4 4 2 495 PSC 690 CD5 0021 CD5 0037 CD5 0043 CD5 0053 CD5 0068 CD5 0084 CD5 0089 CD5 0105 CD5 0131 CD5 0141 CD5 0195 CD5 0215 CD5 0245C CD5 0360C CD5 0380C CD5 0428C CD5 0595C CD5 0619C CD5 0790C CD5 0927C CD5 1200C CD5 1410C CD5 1600C B B B B B B B B B B B B 1 SCR 12 25 1150 8000 10500 15000 15000 51200 80000 125000 125000 320000 320000 320000 320000 238000 320000 320000 1200000 1200000 2530000 4500000 4500000 6480000 12500000 F 83 RD30XXX0063 RD30XXX0125 RD30XXX0125 RD30XXX0125 RD30XXX0160 RD30XXX0200 RD30XXX0200 RD30XXX0315 RD30XXX0315 RD30XXX0315 RD30XXX0450 RD30XXX0450 RD30XXX0450 RD33XXX0630 RD33XXX0700 RD33XXX0700 RD33XXX1000 RD33XXX1000 RD33XXX1400 RD33XXX1400 RD33XXX2250 RD33XXX2250 30 R 30XXX0063 30XXX0125 30XXX0125 30XXX0125 30XXX0160 30XXX0200 30XXX0200 30XXX0315 30XXX0315 30XXX0315 30XXX0450 30XXX0450
124. E L Ri KT2 51 KA1IKM1 KM2IKA1 KM1 KT3 KM1 2 KA2 KA3 KAL L z H PT1000 ON Pr 3 3 Input A Function A Motor Set Select 1 1 2 7 Pr 4 7 Relay C Function C C Trip G 4 KM2 Pr 16 5 Pr2 8 9 10
125. MAKING MODERN LIVING POSSIBLE BEZZI Kk VLT Soft Starter MCD500 Vol 201412_4 4 2 MG 17 K4 02 Vol 4 4 2 2 sasqanaana ana aqa ana aq a Qaqakana ana kana ana ana anamanqihuqmthanmap 2 YY TTR CNN NM OOO RT N 2 2 2 371 2 8952 2 a nanan n spna 2 SSE U PSS T T U U U 2 2 2 2 2 Se 4 2 i A OA 0 2 4 2 2 1 2 4 2 2 2 z2 4 2 2 3 PA 2 28 E E
126. SS 10 6006 Pr 1 2 8 us S 3 1 100 200 300 400 500 600 700 800 900 1000 35 Vol 44 2 5 5 2 AAC AAC 3 AAC 2 2 4 5 3 5 3 1 0
127. W 211 21A 1600A 3 3 6 215A AC200 525V 5 AC380 690V T7 AC DC24V CV1 AC110 120V AC220 240V CV2 LCP AV 99 8 X3 X1 X3 1
128. a Vol 4 4 2 9 Phase Sequence Startor Comms Pr 16 10 Time Overcurrent NEMA 10A 600 Unsupported Option 89 Vol 4 4 2 9 9 2
129. celeration Constant Acceleration Late Acceleration 65 Vol 4 4 2 7 Adptv Stop Profile 5 4 Early Deceleration Constant Deceleration Late Deceleration 241 Primary Mtr Set 5 4 1 15 Brake Torque 20 20 100 1 16 Brake Time 1 30sec Pr 1 16 Pr 1 11 5 4 4 7 5 Protection Phase Sequence 281 SJU
130. on Constant Deceleration English Motor pf i Hours Run Read amp Write Vol 4 4 2 Emergency Run Current Calibrat ain Cont Time Bypass Cont Time otor Connection og Tooraque Protection Action otor Overload Current Imbalance Undercurrent Inst Overcurrent Frequency Heatsink Overtemp Excess Start Time Input A Trip Network Comms Battery Clock Low Control Volts 68 Z Disable Auto detect Vol 4 4 2 7 7 4 1 Primary Set 4 1 1 1 Motor FLC BH 10sec 0 01 2 00 min sec
131. op Mode 1 11 Stop Time 12 19 Adptv Control Gain 1 13 Adptv Start Profile 1 14 Adptv Stop Profile Torque 16 Brake Time Protection Phase Sequence 2 Current Imbalance Current Imbal Dly 4 Undercurrent p Undercurrent Dly 6 Inst Overcurrent Inst Ocrnt Delay 8 Frequency Check 9 Freq Variation Frequency Delay 11 Restart Delay 19 Motor Temp Check EE Inputs 1 Local Remote 2 Comms Remote 3 Input Function 4 Input Name 5 Input Trip 6 Input A Trip Delay h Input A Initial Delay 8 Remote Reset Logic 4 Outputs Function On Delay Off Delay 4 1 Relay 4 2 Relay 4 3 Relay 4 5 Relay B On Delay 4 6 Relay B Off Delay 4 7 Relay C Function A A A 4 4 Relay B Function B B C C 4 8 Relay C On Delay 1
132. r Warn and Log Log On Low Control Volts rip S arter Warn and Log Log On y E 7 14 Factory Paramtr
133. rrent Flag 4 10 Low Current Flag High Current Flag Pr 4 11 High Current Flag Mottor Temp Flag 4 12 Mottor Temp Flag 4 5 Relay B On Delay B 0 00 5 00 1 B 2 H 4 6 Relay B Off Delay B Off 0 00 5 00 min sec B 4 7 Relay C Function C H C la Off Main Contactor Run
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