GMPC-III (Protocol Converter-III) USER S MANUAL 1 1
1 4 2 5 2.1 5 2.2 5 2.3 6 3 7 3.1 7 4 8 4.1 8 4.2 8 5 GMPC-III 9 5.1 9 5.2 I-NET 9 5.3 ( ) 9 5.4 ( ) ( ) 10 6 12 6.1 12 7 GMPC-III 13 7.1 CPU 13 7.2 RESET 13 7.3 MEMORY 13 7.4 13 7.5 REAL TIME CLOCK 14 7.6 DISPLAY 14 7.7 15 7.8 15 8 GMPC-III 16 8.1 16 8.2 18 8.3 MENU TREE 22 9 23 9.1 23 9.2 23 9.3 PROTOCOL 24 9.4 PROTOCOL 24 9.5 PROTOCOL 28 10GIMAC II 31 10.1 Data (PC GIMAC II) 31 10.2 DATA (GIMAC II PC) 31 10.3 I 33 10.4 II 33 11ì-RTU 35 11.1 PC Data ( PC ì-rtu) 35 11.2 PC 35 11.3 ì -RTU Data (ì -RTU -> PC) 36 2 2
12 RTU II 38 13GIPAM, SOE GIPAM 45 13.1 GIPAM, SOE GIPAM DATA 45 13.2 58 14GIMAC III 63 14.1 GIMAC-III DATA 63 14.2 71 15DPR 73 15.1 DPR DATA 73 16IMC-II 85 16.1 I-NET 85 16.2 86 16.3 ( 2.) 87 16.4 Fault Data 89 16.5 Remote Setting (2Dh) 91 16.6 Motor (20h) 93 16.7 94 17Modbus 95 17.1 MODBUS TOPIC 95 17.2 ITEM/POINT 95 17.3 ADDRESS 96 17.4 MODBUS OPCODE 96 17.5 ADDRESS 96 18InTouch Modbus I/O Server 143 18.1 Modbus I/O Server 143 18.2 InTouch 146 3 3
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RS-232C 1) SOE ( ) PC Multi-serial Board GIPAM #1 GMPC#1 GMPC#2 GMPC#3 GMPC#4 I-NET DPR #1 DPR #1 GIMAC-III #1 GIMAC-II #2 GIMAC-III #2 DPR #2 GIMAC-III #2 GIPAM #3 DPR #3 DPR #3 GIMAC-III #3 GIMAC-II #4 GIMAC-III #4 DPR #4 U-RTU #4 GIPAM #20 DPR #20 DPR #20 U-RTU #20 8 8
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TX-0 TX-1 RX-0 RX-1 UNIT 1 TX-0 2 TX-1 7 RX-0 8 RX-1 17 17
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24 24 GMPC-III
25 25 GMPC-III START_ROUGH_SYNC END_ROUGH_SYNC / ERROR
26 26 GMPC-III START_PRECI_SYNC END_PRECI_SYNC
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35 35 ( 0~1h)
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10h Sub - 00h Device ID 82h 83h Ir> Is> It> In> Ir>> Is>> It>> In>> Relay OVR UVR VG> SGR VG>> 1 1 Sys. CB - - - ONout OFFout Local* Onin OFFin Reset/Clear SOE R y Set L-Rst R-Rst Local* Clear Code** GIPAM Error Code Data Check Sum Check Sum * 1 Remote, 0 Local ** Clear Code *** Checksum(1Byte) = ( 1Byte + Device ID 1Byte + Data 6Byte) / 256 Clear Code 0000 Wh Clear 0001 Varh Clear 0010 SOE Buffer Clear 0011 CB ON Counter Clear 0100 CB ON Time Clear 0101 V0 Max. Clear 0110 All Clear 0111 1xxx Clear Nothing 45 45
Sub - R S T Data Check Sum 01h 11h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) Check Sum / 256 12h Sub - 46 46
R-S ( 3 R-N) S-T ( 3 T-N) T-R ( 3 R-T) Data Check Sum 02h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) Check Sum / 256 Sub - 03h 13h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 47 47
MSB (Byte 3) Byte 2 Byte 1 Data Check Sum LSB (Byte 0) Check Sum / 256 14h Sub - 04h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) Data Check Sum Check Sum / 256 48 48
Sub - R (R-N) S (S-N) T (T-N) Data Check Sum 05h 15h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) Check Sum / 256 Sub - V0 06h 16h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 49 49
MSB (Byte 3) V0 Byte 2 Byte 1 LSB (Byte 0) Data Check Sum Check Sum / 256 19h Sub 0 0 0 0 0 0 Clear Req. a) Buffer Data Sub 19h 01h b) Buffer 1 Frame Data Sub 19h 02h c) Buffer Data 19h Sub Sub Device ID 00 : SOE Buffer Empty 09h 01 : Fault 03h 02 : Setting 03 : CB Data Clear 83h 4 Byte msec Time 50 50
Data Check Sum 1 ~ 4 Byte Check Sum a) SOE Buffer Empty SOE Data. Sub 09h 00h b) Fault Sub EOD 01h Device ID 09h 83h T-Valid T30 T29 T28 T27 T26 T25 T24 T23 T22 T21 T20 T19 T18 T17 T16 T15 T14 T13 T12 T11 T10 T9 T8 T7 T6 T5 T4 T3 T2 T1 T0 Ir> Is> It> In> Ir>> Is>> It>> In>> Relay OVR UVR VG> SGR VG>> 1 1 Sys. Data Check Sum - - Check Sum - Checksum(1Byte) = ( 1Byte + Sub 1Byte + Device ID 1byte + 4Byte + Relay 2Byte + 2Byte) / 256 51 51
c) setting 09h Sub EOD 02h Device ID 83h T-Valid T30 T29 T28 T27 T26 T25 T24 T23 T22 T21 T20 T19 T18 T17 T16 T15 T14 T13 T12 T11 T10 T9 T8 T7 T6 T5 T4 T3 T2 T1 T0 Relay Setting 1 1 1 1 Data Check Sum Check Sum Remote Local Remote Fault Reset Local Fault Reset - Checksum(1 Byte) = ( 1Byte + Sub 1Byte + Device ID 1byte + 4Byte + Relay Setting 1Byte) / 256 d) CB Data Clear 09h Sub EOD 03h Device ID Local CB ON CB Local ON Power Local Clear ON Rst 83h T-Valid T30 T29 T28 T27 T26 T25 T24 T23 T22 T21 T20 T19 T18 T17 T16 T15 T14 T13 T12 T11 T10 T9 T8 T7 T6 T5 T4 T3 T2 T1 T0 Local OFF Local OFF Remote ON Remote ON 1 V0 Max Remote Clear 1 1 V0 Max Data Check Sum Remote OFF Remote OFF CB ON Time CB ON Time Check Sum 1 1 0 0 CB ON Counter CB ON Counter SOE Buffer SOE Buffer ON OFF ON OFF varh varh Wh Wh 52 52
/ 256 Sub 00h : Setting 01h : OCR/OCGR Setting 02h : OVR/UVR Setting 03h : OVGR/SGR Setting 04h : SOE Setting 1D ) Setting Data Sub 1Dh 00h ) OCR/OCGR Setting Data Sub ) OVR/UVR Setting Data Sub 1Dh 01h 1Dh 02h ) OVGR/SGR Setting Data Sub 1Dh 03h ) SOE Enable Setting Timer Sub 1Dh 04h 0Dh Sub Setting Data Data Check Sum 00h : Setting 01h : OCR/OCGR Setting 02h : OVR/UVR Setting 03h : OVGR/SGR Setting 04h : SOE Setting ~ 11 Byte Check Sum 53 53
) Setting Data Sub CT PT / Enable 0Dh 00h GIPAM Manual DIP Switch Table GIPAM Manual DIP Switch Table CB CB (100msec) Data Check Sum Check Sum / 256 ) OCR/OCGR Setting Data Sub OCR OCR OCR Curve OCR OCGR OCGR OCGR Curve OCGR OCGR Data Check Sum 0Dh 01h X.X XX 0X 0X ( ).XX ( ).XX X.X 0X 0X ( ).XX ( ) 0X Check Sum / 256 Checksum Byte Overflow. 54 54
Data Curve 00 Definite 2sec 01 Definite 4sec 02 Definite 8sec 03 Standard Inverse 04 Very Inverse 05 Extremely Inverse 06 Long Inverse Data 00 Disable 01 Alarm Only 02 Alarm & Trip ) OVR/UVR Setting Data Sub OVR OVR OVR UVR UVR UVR 0Dh 02h 0X ( ).XX ( ) XX ( ).X0 ( ) 0X.XX XX ( ).X0 ( ) 0X Data Check Sum Check Sum / 256 55 55
Data 00 Disable 01 Alarm Only 02 Alarm & Trip ) OVGR/SGR Setting Data Sub OVGR OVGR OVGR OVGR SGR SGR SGR SGR Reserved (External Trip ) 0Dh 03h.XX.XX 0X ( ).XX ( ) 0X X.X X.X XX ( ).X0 ( ) 0X 0X Data Check Sum Check Sum / 256 Data 00 Disable 56 56
Sub 01 Alarm Only 02 Alarm & Trip ) SOE Enable Setting Timer Relay Ir> Is> It> In> Ir>> Is>> It>> In>> Event Enable OVR UVR VG> SGR VG>> - (Ext.) 0 Sys. CB Event Local Enable ON Reset/Clear Relay Event Enable Setting GIPAM Timer Local OFF Fault Reset Remote ON V0 Max Remote OFF CB ON Time 0Dh 04h 0 0 CB ON Counter SOE Buffer ON OFF Varh Wh Data Check Sum Check Sum - Checksum(1Byte) = ( 1Byte + Sub 1Byte + Data 10Byte) / 256 Event Enable Event Event SOE Data 1 Bit Event SOE Data GIPAM Timer System Time GIPAM Timer GIPAM Timer. 10msec 0.4sec Clock 2 Byte Signed Integer. Timer msec 2 Byte Signed Integer. msec 2 Byte Unsigned Integer. FFFF. 57 57
1Eh Sub - 0Eh Device ID 82h 83h Device Version 12Byte ASCII String Data Check Sum Check Sum - Checksum(1Byte) = ( 1Byte + Device ID 1Byte + Data 12Byte) / 256 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 0 0 1 0 Reply ID Sub Data Data Check Sum 1 Byte 0 ~ 9 Bytes Check Sum - Checksum(1Byte) = ( 1Byte + Sub 1Byte + Data 0~9Byte) / 256 ) Reply (Bit 3) ACK. 1 ACK, 0 ACK. ) ID (Bit 2 ~ Bit 0). 000 : Point CB OPEN/CLOSE, Wh Reset Point. Point Sub. 011 : SOE Event Setting Event SOE Event. Sub 0x00. 100 : Remote Setting GIPAM. Sub. 58 58
) ACK Reply Bit Set. Sub Sub 2 Data Check Sum A0h Field Sub Field Check Sum ) NAK A1h Error Code 01 ~ 04 Data Check Sum Check Sum Error Code 01 :, 02 : 03 : Data, 04: DATA ACK 20h 28h Sub Data Check Sum Point Check Sum ACK - Checksum(1Byte) = ( 1Byte + Sub 1Byte) / 256 Point 02 : Relay Fault Reset 03 : Clear Wh 04 : Clear varh 05 : Clear All SOE Data 06 : Clear CB ON Counter 07 : Clear CB ON Time 08 : Clear V0 Max. 09 : Clear All Backup Data 59 59
Setting Data ACK ACK 23h 2Bh Sub Data 00h Fault #1 Fault #2 CB Reset Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 Fault #1 Ir> Is> It> In> (1) (1) (1) (1) Fault #2 OVR UVR VG> SGR (1) (1) (1) (1) Local Local Remote Remote CB ON OFF ON OFF (0) (0) (0) (0) Relay Fault CB ON Setting / V0 Max Setting Reset Time Reset (0) (0) (0) (0) * 1 Enable, 0 Disable * () Default. Ir>> (1) VG>> (1) Is>> (1) 0 0 CB ON Counter (0) It>> (1) (1) 0 SOE Buffer (0) ON (1) Varh (0) In>> (1) Sys. (1) OFF (0) Wh (0) 13.3 CB ON/OFF GIPAM CB ON/OFF (SBO) ON/OFF. 60 60
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63 63 FFh 00h Address (1byte) (1byte) (1byte) [Sub-_ 1] (1byte) [Sub-_2] (1byte) CheckSum (1byte) FFh 00h Address (1byte) 10h (1byte) [Sub-_1] (1byte) [Sub-_2] (1byte) [Device- ID] (1byte) Data Field Check sum (1byte)
MSB 3 2 1 0 LSB MSB 1 0 LSB LSB 0 11h Data (12 byte) 01h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) R S T 64 64
Data (12 byte) 02h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 12h R-S S-T T-R Data (12 byte) 03h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 13h 65 65
04h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) 14h Data (12 byte) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 66 66
Data (12 byte) Data (12 byte) 05h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 07h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 15h 17h R S T Reverse power Reverse energy Ampere demand peak 1 67 67
18h Data (12 byte) ) Sub_1 08h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 1Dh 00h Ampere demand peak 2 Ampere demand peak 3 Power demand peak ) 0Dh - Sub_1 00h - Device ID 0Ah - Data (13byte) 01h (1byte) 0ah (1byte) (1byte) (1byte) (1byte) (1byte) (1byte) (2byte) (2byte) (2byte) Setting id Setting id Line parameter data Enable/Disable Power demand period Ampere demand 1 period Ampere demand 2 period Ampere demand 3 period 68 68
) Sub_1 1Dh 01h ) 0Dh - Sub_1 01h - Device ID 0Ah - Data (10byte ) (2byte) (2byte) (4byte : float) (2byte) CT PT Reserved ) Sub_1 1Fh 80h ) Data 0Fh - Sub_1 80h - Device ID 0Ah - (2 byte) Setting ID Data (10 byte) (2 byte) Program version Number (2 byte) Digital In (2 byte) Digital Out (2 byte) Reserved ) Sub_1 1Fh 81h ) Data 0Fh - Sub_1 81h - Device ID 0Ah - Data (13 byte) 13 byte(ascii) -1 69 69
) Sub_1 1Fh 82h ) Data 0Fh - Sub_1 82h - Device ID 0Ah - Data (13 byte) 13 byte(ascii) -2 ) Sub_1 1Fh 83h ) Data 0Fh - Sub_1 83h - Device ID 0Ah - (3byte) (1byte) Reserved Reserved (1byte) E2_para1 ( 1) Data (13 byte) (1byte) (1byte) (1byte) 00h 00h E2_para2 ( 1) E2_para3 ( 1) E2_para4 ( 1) Time Sync Report 70 70
F F h 0 0 h Address (1byte) + Data (1byte) (1 byte) [Sub- _1] (1byte) [Sub- _2] (1byte) [Data Field] Checksum (1byte) 20h Sub_1 03h 04h 0ah 0bh 0ch 0dh 0eh Active energy reset Reactive energy reset Reverse energy reset Power demand reset Ampere demand1 peak reset Ampere demand2 peak reset Ampere demand2 peak reset 0fh System reset 71 71
Byte Setting 2Dh - Sub_1 00h - 01h (1byte) 01h Setting id 0Ah (1byte) 0Ah Setting id (1byte) 1 ~ 6 Line parameter (1byte) 1, 2 Data Field (13 byte) (1byte) 1 ~ 3 (1byte) 1, 2 data Enable/Disable (1byte) 1 ~ 60 Power demand period (2byte) 10 ~ 3600 Ampere demand 1 period (2byte) 10 ~ 3600 Ampere demand 2 period (2byte) 10 ~ 3600 Ampere demand 3 period Byte Setting 2Dh - Sub_1 01h - (2byte) 1~30000 CT Data Field (10 byte) (2byte) 1~30000 (4byte) 1.0 ~ 30000.0 PT (2byte) Reserved 72 72
73 73 FFh 00h Address (1byte) (1byte) (1byte) [Sub-_ 1] (1byte) [Sub- 2] (1byte) CheckSum (1byte) FFh 00h Address (1byte) Data (10h) (1byte) [Sub- _1] (1byte) [Sub- _2] (1byte) [Device- ID] (1byte) Data Field Check sum (1byte) MSB LSB 3 2 1 0 MSB LSB 1 0 LSB 0
Device ID 04h ~ 09h( ) 10h 00h Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0 SOE 0 0 0 0 Trip - Setting Data System Error 0 Uncalibr ated Eeprom error Power fail W/D A/D error Ram error Data (12 byte) 01h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) 11h R S T ) IEEE 4 Byte Floating Point Number Rom error 74 74
15h Data (12 byte) 05h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) R S T 16h Data (8 byte) 06h MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) ) IEEE 4 Byte Floating Point Number. 75 75
Sub_1 0 0 0 0 0 0 Clear Req. 19h a) Buffer Data Sub_1 19h 01h b) Buffer 1 Frame Data Sub_1 19h 02h c) Buffer Data Sub_1 Sub_1 Device ID 09h 19h 03h 00 : SOE Buffer Empty 01 : 1 SOE 81 : SOE 04h ~ 09h Data 4 Byte msec Time (6 byte) 2 Byte ) SOE Buffer Empty SOE Data. Sub_1 09h 00h 76 76
Sub_1 Device ID T- Valid 09h Sub_1 04h ~ 09h T30 T29 T28 T27 T26 T25 T24 T23 T22 T21 T20 T19 T18 T17 T16 T15 T14 T13 T12 T11 T10 T9 T8 T7 T6 T5 T4 T3 T2 T1 T0 SOE Data In>> It>> Is>> Ir>> In> It> Is> Ir> 0 0 0 Fault Local Fault Reset Remote Local Sys fail Device SOE data byte OCR 0 It>> Is>> Ir>> 0 It> Is> Ir> OCR/OCGR In>> It>> Is>> Ir>> In> It> Is> Ir> SGR 0 0 0 0 0 0 0 SGR OVR(UVR) 0 (Uvt) (Uvs) (Uvr) 0 OVt OVs Ovr OVR/UVR 0 UVt Uvs Uvr 0 OVt OVs Ovr OVGR 0 0 0 VG>> 0 0 0 VG> 77 77
Sub_1 1Ah Ia Ib Ic Va Vb Vc In Vn 00 01 02 03 04 05 06 07 Sub_2 00h ~ 0Dh Sub_1 Sub_2 Device ID 0Ah Ia Ib Ic Va Vb Vc In Vn 00 01 02 03 04 05 06 07 00h ~ 0Dh 04h ~ 09h Data 12byte ( 4byte) 0Ah Sub_1 Sub_2 Ia Ib Ic Va Vb Vc In Vn 00 01 02 03 04 05 06 07 0Dh Device ID Data Field 1 st Byte 2 nd Byte 3 rd Byte 4 th Byte 04h ~ 09h 5 th Byte 6 th Byte 7 th ~12 th byte Data SOE Data Don t care Sub_1 1Dh 00h 78 78
0Dh - Sub_1 00h - Device ID 04h/05h - Data (9 byte) (1 byte) (1 byte) LOCK (2 byte) (2 byte) (1 byte) (1 byte) (1 byte) Sub_1 1Dh 01h 0Dh - Sub_1 01h - Device ID 05h - Data (9 byte) (1 byte) (1 byte) LOCK (2 byte) (2 byte) (1 byte) (1 byte) (1 byte) Sub_1 1Dh 02h 0Dh - Sub_1 02h - Device ID 06h - Data (6 byte) (2 byte) (2 byte) (1 byte) (1 byte) 79 79
Sub_1 1Dh 03h 0Dh - Sub_1 03h - Device ID 07h - Data (10 byte) (1 byte) OVR (2 byte) OVR (2 byte) UVR (2 byte) OVR (2 byte) UVR (1 byte) LOCK Sub_1 1Dh 04h 0Dh - Sub_1 04h - Device ID 08h - Data (10 byte) (1 byte) OVR (2 byte) OVR (2 byte) UVR (2 byte) OVR (2 byte) UVR (1 byte) LOCK Sub_1 1Dh 05h 80 80
0Dh - Sub_1 05h - Device ID 09h - Data (1 byte) LOCK (2 byte) (2 byte) (1 byte) (1 byte) (1 byte) Sub_1 1Eh 00h Sub_1 Device ID Data 0Eh 00h 04h, 05h 12byte Sub_1 1Eh 01h Sub_1 Device ID Data 0Eh 01h 07h, 08h 12byte 81 81
Sub_1 1Eh 02h Sub_1 Device ID 0Eh 02h 04h ~ 09h Data 8byte Sub_1 1Fh 80h 0Fh - Sub_1 80h - Device ID 04 ~ 09h - (2 byte) ID Number Data (10 byte) (2 byte) Program version Number (2 byte) Digital In (2 byte) Digital Out (2 byte) Reserved Sub_1 1Fh 81h 82 82
0Fh - Sub_1 81h - Device ID 04 ~ 09h - Data (11 byte) 11 byte(ascii) DPR Serial Number Sub_1 1Fh 82h 0Fh - Sub_1 82h - Device ID 04 ~ 09h - Data (12 byte) 12 byte(ascii) DPR Model Number Sub_1 1Fh 83h 0Fh - Sub_1 83h - Device ID 04 ~ 09h - (1 byte) (1 byte) Data (13 byte) (1 byte) OCGR (1 byte) OVR (1 byte) (8 byte) Reserved 83 83
Sub_1 1Fh 84h 0Fh Sub_1 84h Device ID 04 ~ 09h - (1 byte) Data (13 byte) (1 byte) (1 byte) REPORT (10 byte) Reserved 84 84
10h Device ID 10h 15h 1h, 2h, 4h, 8h (1byte) 1h, 2h, 4h, 8h (1byte) mode Data (6byte) 0h, 1h, 2h (1 nibble) Trip 1h (1 nibble) 1h (1byte) 1h, 2h, 4h, 8h, 10h, 20h, 40h, 80h (1byte) pre-alarm Trip 1h, 2h, 4h, 8h, 10h (1byte) SysFail S/W Check (1byte) (1 st + +8 th )%0x100 Data bit. bit set bit valid. < > BIT 7 6 5 4 3 2 1 0 - - - - RESET STOP Rev ON < mode> BIT 7 6 5 4 3 2 1 0 - - - - AUTO Remote MCC Local <Trip & Pre-alarm > BIT 7 6 5 4 3 2 1 0 - - R ( 0 ) S ( 1 ) - - - T ( 2 ) Trip /. 85 85
<Trip : word (2 byte) > BIT 8 Timer2 Error.( ) 7 6 5 Lock 4 Stall 3 2 1 0 <SysFail> BIT 7-6 - 5-4 uncalibrated 3 eeprom_data_init 2-1 output_fail 0 input_fail 11h Data (12 byte) MSB (Byte 3) Byte 2 Byte 1 11h R 86 86
LSB (Byte 0) MSB (Byte 3) Byte 2 S Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 T Byte 1 LSB (Byte 0) S/W Check (1byte) (1 st + +13 th )%0x100 Sub_1 1Dh 00h Sub_1 Device ID Data (12 byte) 1Dh 00h 15h (1 byte) (2 byte) (1 byte) (1 byte) (1 byte) Y (1 byte) Y-D (1 byte) CT Ratio (1 byte) LOCK (1 byte) LOCK delay time (1 byte) Stall (1 byte) S/W Check (1byte) (1 st + +15 th )%0x100 87 87
(1 word) 15 0 MSB CT type CT type 0 : 0.5 ~ 6[A] 1 : 5 ~ 60[A] Sub_1 Sub_1 Device ID Data (12 byte) OTHERS ( 5~600 ) 1Dh 01h 1Dh 01h 15h (1 byte) (1 byte) (1 byte) (1 byte) ZCT (1 byte) (1 byte) (1 byte) LOCK (1 byte) (1 byte) (2 byte) Delay (1 byte) Mode S/W Check (1byte) (1 st + +15 th )%0x100 Sub_1 1Dh 02h Sub_1 Device ID Data (6 byte ) 1Dh 02h 15h (2 byte) Timer1_set (2 byte) Timer2_set (2 byte) Timer3_set S/W Check (1byte) (1 st + +9 th )%0x100 88 88
Sub_1 1Eh 00h 1Eh - Sub_1 00h - Device ID 15h - MSB (Byte 3) Byte 2 Byte 1 R Data (12 byte) LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) MSB (Byte 3) Byte 2 Byte 1 LSB (Byte 0) S T S/W Check (1byte) (1 st + +15 th )%0x100 IEEE 4 Byte Floating Point Number. 89 89
Sub_1 1Eh 01h 1Eh - Sub_1 01h - Device ID 15h - MSB (Byte 3) Data (7 byte) Byte 2 Byte 1 LSB (Byte 0) (2byte) (1byte) Trip Trip S/W Check (1byte) (1 st + +10 th )%0x100 IEEE 4 Byte Floating Point Number. <Trip : word (2 byte) > BIT 8 Timer2 Error.( ) 7 6 5 Lock 4 Stall 3 2 1 0 <Trip > BIT 7 6 5 4 3 2 1 0 R ( 0 ) - - - - - - S ( 1 ) T ( 2 ) Trip /. 90 90
Byte (hex) 2Dh - Sub_1 00h - Data Field (12 byte) Setting (dec) 1~3c / 1 (1byte) 1 ~ 60 / 1 (2byte ) 5 ~ 3c / 1 5 ~ 60 / 1 (CT type 0) 1, 2) 32 ~ 258 / a 50 ~ 600 / 10 (CT type 1) 1, 2, 4, 8 (1byte) 1, 2, 4, 8 1 ~ 3c / 1(1byte) 1 ~ 60 / 1 1 ~ 3c / 1 (1byte) 1 ~ 60 / 1 Y 0, 1, 2 (1byte) 0, 1, 2 Y-D 2) 1 ~ c8 / 5(1byte) 1 ~ 200 / 5 CT Ratio 0 ~ 6 / 1 (1byte) 0 ~ 6 / 1 LOCK 1 ~ c8 / 1(1byte) 1 ~ 200 / 1 LOCK delay time 0 ~ 3 / 1(1byte) 0 ~ 3 / 1 Stall 0, 1 (1byte) 0, 1 S/W Check (1byte) - (1 st + +14 td )%0x100 1) CT type. 2) CT Ratio * CT Ratio. ACK Sub_1 S/W Check A0h 2Dh 00h (1 st + +3 rd )%0x100 16.7. 91 91
Byte 2Dh - Sub_1 01h - Data Field (12 byte) Setting 0 ~ 3 / 1(1byte) 0 ~ 3 / 1 0, 1 (1byte) 0, 1 0, 1 (1byte) 0, 1 0, 1 (1byte) 0, 1 ZCT 0 ~ 6 / 1 (1byte) 0 ~ 6 / 1 5, 0a ~ 64 / 0a (1byte) 5, 10 ~ 100 / 10 0, 1 (1byte) 0, 1 LOCK 0 ~ 9 / 1 (1byte) 0 ~ 9 / 1 0 ~ 0a / 1 (1byte) 0 ~ 10 / 1 0 ~ 12c / 1 (2byte) 0 ~ 12c / 1 Delay 0, 1 (1byte) 0, 1 Mode S/W Check (1byte) - (1 st + +14 th )%0x100 ACK Sub_1 S/W Check A0h 2Dh 01h (1 st + +3 rd )%0x100 * 16.7. Byte Setting 2Dh - Sub_1 02h - Data Field (6 byte) 0 ~12Ch / 1 (2byte) 0 ~12Ch / 1 (2byte) 0 ~12Ch / 1 (2byte) 0 ~ 300 /1 Timer1_set 0 ~ 300/1 Timer2_set 0 ~ 300/1 Timer3_set S/W Check (1byte) - (1 st + +8 th )%0x100 92 92
ACK Sub_1 S/W Check A0h 2Dh 02h (1 st + +3 rd )%0x100 * 16.7. Sub_1 S/W Check 20h 01h (1 st + +2 nd )%0x100 ACK A0h 20h Sub_1 S/W Check 01h (1 st + +3 rd )%0x100 * 16.7. Sub_1 S/W Check 20h 02h (1 st + +2 nd )%0x100 ACK Sub_1 S/W Check A0h 20h 02h (1 st + +3 rd )%0x100 * 16.7. 93 93
Sub_1 S/W Check ACK Sub_1 S/W Check 20h 04h (1 st + +2 nd )%0x100 A0h 20h 04h (1 st + +3 rd )%0x100 * 16.7. Sub_1 S/W Check ACK Sub_1 S/W Check 20h 08h (1 st + +2 nd )%0x100 A0h 20h 08h (1 st + +3 rd )%0x100 16.7. Sub_1 S/W Check A1h Error Code (1 st + +2 nd )%0x100 01 : Invalid (I-NET ) 02 : ( : ) 03 : CheckSum Error 04 : Data (G/A ) 94 94
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