GD13 - ER11kyongbo.co.kr/admin/fileDown6.jsp?filename=GD13-ER11... · GD13 - ER11 Modbus V1.00...

MODBUS PROTOCOL &MEMORY MAP DOCUMENT

GD13 - ER11

Rev Date : 2017-03-06 Version : 1.00

GD13 - ER11 Modbus V1.00

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Information in this document is subject to change without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose without the express written permission of Kyong Bo Co., Ltd.

For further information, contact:

Kyong Bo Co, Ltd. Tel:+82-2-465-1138

5, Seongsuil-ro 12ga-gil, Fax:+82-2-465-1333

Sungdong Gu, Seoul, 04792, Korea http://www.kyongbo.co.kr


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TABLE OF CONTENTS

1.2.3.4.5.6.7.8.9.10.11.

Scope ··············································································· Applicable Document ·····························································Register Types ·····································································Functions and message parsing ··················································Exception Responses ·····························································Data Formats ······································································Communication Configuration ···················································Register Map ········································································Register Formats ····································································Event Recording File Format ·····················································Waveform Recording File Format ················································

44455567

172121


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1. ScopeThis document describes the Modbus RTU register map for the GD13-ER11

2. Applicable DocumentModicon Modbus Protocol Reference GuideDWG#:PI-MBUS-300 Rev.E

This document describes the Modicon Modbus RTU communication protocol used by the GD13-ER11

The device configuration parameters, such as baud rate, is only accessible via debug port on the device.Because MODBUS is a multidrop network, the operator is responsible to make sure no 2 devices have the

same ID on the network, The device ID can range from 1 ~ 254 only.

3. Register Types The registers are mapped in order listed below.

Register Type CategoryFunction

CodeStart

AddressUse/Contents Access

Input Registers Fixed Value Registers 0x04(03) 0000Fixed data reported by the

deviceR/O

Coil Registers Coil Command Registers 0x05(5) 0500Command coils used for

activationW/O

Input RegistersDynamic Value

Registers0x04(04)

1000 Metering data

R/O

5000 Float Metering data

1600 Status data

2000 Counter data

2100 Logic Operand Status data

Set-point Registers Setting Registers0x06(06)0x10(16)

2500 Device Setting** R/W

2800 Device Configuration R/W*

* Debug Port Only ** Master Device Setting Write Operation 1. Write Setting Data to Appropriate Register(2510~...) 2. Set Setting Flag Register(2500) 3. Control Set Update(0506)


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4. Functions and message parsing The GD13-ER11 supports a subset of Modbus commands. All the supported commands are listed below.

Function Code Modbus Definition KyongBo Definition Register Groups

0x03 03 Read Holding Registers Read Actual Values of Set-pointsSet-point & Control registers and

fixed values

0x04 04 Read Input RegistersRead Actual Values of Set-points,

values of Multiple Set-pointsDynamic values, events,

Set-point registers fault and reports0x05 05 Force Single Coil Execute Operation Coil registers

0x06 06 Preset Single Register Program Set-points Set-point registers

0x10 16 Preset Multiple Register Program Multiple Set-points Set-point registers

5. Exception ResponsesWhen a system host command received by a GD13-ER11 cannot be performed,

it replies with an error code.01- illegal function02- illegal register address03- illegal data value04- slave device failure05- acknowledge long duration command06- busy servicing another long duration command07- negative acknowledge08- invalid report index

6. Data Formats

Format Description Etc.

ASCII 16bits assigned ASCII Ex) '1' ⇒ 0x0031

INT16U 0 ~ 65535 H-L OrderEx) 0x1234 ⇒ 0x1234INT16S -32768 ~ 32767

INT32U 0 ~ 4294967295 LL-HH OrderEx) 0x1234-0x5678 ⇒ 0x56781234INT32S -2147483648 ~ 2147483647

Bit Struct 16bits Bit Structure

FLOAT IEEE Floating point(32bits)


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7. Communication Configuration

Operation Half-Duplex (2-wire)

Interface RS-232, RS-485

BaudRS-232 19200

RS-485 9600, 19200, 38400

Protocol Modbus RTU

Data Bit 8 bit

Stop Bit 1 bit

Parity Bit None(0)


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8. Register MapAddress

(dec)Function

Code Description Range Step Access Format Units

Device Inform0000~ 0011 0x04 Device Type 12 ASCII characters

"GD13-ER01 " -- R/O F602 --

0012~ 0016 0x04 Device Version 5 ASCII characters

"xx.xx" -- R/O F602 --

0017 ~ ReservedControl (BO)0501 0x06 Reset Annunciator FF00 only (65280) -- W/O -- --0502 0x06 Clear Event Data FF00 only (65280) -- W/O -- --0503 0x06 Clear Waveform Data FF00 only (65280) -- W/O -- --0504 0x06 Setting Update FF00 only (65280) -- W/O -- --0505 ~ 0x06 ReservedMeasurement (AI)

Phase Voltage1000 0x04 Phase A Voltage Magnitude 0.00 ~ 655.35 -- R/O INT16U kV1001 0x04 Phase A Voltage Angle 0.0 ~ 359.9 -- R/O INT16U deg1002 0x04 Phase N Voltage Magnitude 0.00 ~ 655.35 -- R/O INT16U kV1003 0x04 Phase N Voltage Angle 0.0 ~ 359.9 -- R/O INT16U deg

Fundamental CurrentWinding 1

1004 0x04 Phase A Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1005 0x04 Phase A Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1006 0x04 Phase B Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1007 0x04 Phase B Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1008 0x04 Phase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1009 0x04 Phase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

Winding 21010 0x04 Phase A Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1011 0x04 Phase A Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1012 0x04 Phase B Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1013 0x04 Phase B Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1014 0x04 Phase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1015 0x04 Phase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

Winding 31016 0x04 Phase A Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1017 0x04 Phase A Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1018 0x04 Phase B Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1019 0x04 Phase B Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1020 0x04 Phase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1021 0x04 Phase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

2nd CurrentWinding 1

1022 0x04 Phase A Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1023 0x04 Phase B Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1024 0x04 Phase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA

Winding 21025 0x04 Phase A Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1026 0x04 Phase B Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1027 0x04 Phase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA


5th CurrentWinding 1

1031 0x04 Phase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA


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Address(dec)

Function Code Description Range Step Access Format Units

1032 0x04 Phase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA1033 0x04 Phase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg



Compensate Fundamental CurrentWinding 1

1040 0x04 Compensate FundamentalPhase A Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA

1041 0x04 Compensate FundamentalPhase A Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

1042 0x04 Compensate FundamentalPhase B Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA

1043 0x04 Compensate FundamentalPhase B Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

1044 0x04 Compensate FundamentalPhase C Current Magnitude 0.000 ~ 65.535 -- R/O INT16U kA

1045 0x04 Compensate FundamentalPhase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

Winding 2







Winding 3







1058 ~ ReservedDifferential Current

1100 0x04 Phase A Differential Current 0.00 ~ 655.35 -- R/O INT16U A1101 0x04 Phase B Differential Current 0.00 ~ 655.35 -- R/O INT16U A1102 0x04 Phase C Differential Current 0.00 ~ 655.35 -- R/O INT16U A

Restraint Current1103 0x04 Phase A Restraint Current 0.00 ~ 655.35 -- R/O INT16U A1104 0x04 Phase B Restraint Current 0.00 ~ 655.35 -- R/O INT16U A1105 0x04 Phase C Restraint Current 0.00 ~ 655.35 -- R/O INT16U A


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Address(dec)


Differential Harmonic Current

1106 0x04 Phase A Differential 2nd

Harmonic Current 0.00 ~ 655.35 -- R/O INT16U A

1107 0x04 Phase B Differential 2nd


1108 0x04 Phase C Differential 2nd


1109 0x04 Phase A Differential 5th


1110 0x04 Phase B Differential 5th


1111 0x04 Phase C Differential 5th


Reference Winding

1112 0x04 Reference WindingWindding #1(0)Windding #2(1)Windding #3(2)

-- R/O INT16U A

Magnitude compensation factor1113 0x04 Winding1 Mag Compens factor 1.00 ~ 655.35 -- R/O INT16U --1114 0x04 Winding2 Mag Compens factor 1.00 ~ 655.35 -- R/O INT16U --1115 0x04 Winding3 Mag Compens factor 1.00 ~ 655.35 -- R/O INT16U --1116 ~ 0x04 Reserved

Secondary Phase Voltage1200 0x04 Sec Phase A Voltage Magnitude 0.00 ~ 655.35 -- R/O INT16U V1201 0x04 Sec Phase A Voltage Angle 0.0 ~ 359.9 -- R/O INT16U deg1202 0x04 Sec Phase N Voltage Magnitude 0.00 ~ 655.35 -- R/O INT16U V1203 0x04 Sec Phase N Voltage Angle 0.0 ~ 359.9 -- R/O INT16U deg

Secondary Fundamental CurrentWinding 1

1204 0x04 Sec Phase A Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1205 0x04 Sec Phase A Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1206 0x04 Sec Phase B Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1207 0x04 Sec Phase B Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1208 0x04 Sec Phase C Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1209 0x04 Sec Phase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

Winding 21210 0x04 Sec Phase A Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1211 0x04 Sec Phase A Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1212 0x04 Sec Phase B Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1213 0x04 Sec Phase B Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1214 0x04 Sec Phase C Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1215 0x04 Sec Phase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

Winding 31216 0x04 Sec Phase A Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1217 0x04 Sec Phase A Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1218 0x04 Sec Phase B Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1219 0x04 Sec Phase B Current Angle 0.0 ~ 359.9 -- R/O INT16U deg1220 0x04 Sec Phase C Current Magnitude 0.00 ~ 655.35 -- R/O INT16U A1221 0x04 Sec Phase C Current Angle 0.0 ~ 359.9 -- R/O INT16U deg

Secondary 2nd CurrentWinding 1

1222 0x04 Phase A Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A1223 0x04 Phase B Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A1224 0x04 Phase C Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A

Winding 21225 0x04 Phase A Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A1226 0x04 Phase B Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A1227 0x04 Phase C Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A


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Address(dec)



Secondary 5th CurrentWinding 1

1231 0x04 Phase A Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A1232 0x04 Phase B Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A1233 0x04 Phase C Current Magnitude 0.000 ~ 655.35 -- R/O INT16U A



Compensate Fundamental Current (for CT Secondary)Winding 1







Winding 2







Winding 3







1258 ~ Reserved


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Address(dec)


Status (BI)Self-Diagnosis

1590 0x04 Memory OK(0), Fail(1) -- R/O INT16U --1591 0x04 Setting OK(0), Fail(1) -- R/O INT16U --1592 0x04 A/D Converter OK(0), Fail(1) -- R/O INT16U --1593 0x04 Auto Calibration OK(0), Fail(1) -- R/O INT16U --1594 0x04 DC Power NOP(0), Fail(1) -- R/O INT16U --1595 0x04 CPU Except NOP(0), Fail(1) -- R/O INT16U --1596 0x04 DSP NOP(0), Fail(1) -- R/O INT16U --1597 0x04 EasyLogic NOP(0), Fail(1) -- R/O INT16U --1598 0x04 DI/O Circuit NOP(0), Fail(1) -- R/O INT16U --1599 ~ 0x04 Reserved

ProtectionGround Overvoltage(59G)

1620 0x04 IOVG Pickup NOP(0), Pickup(1) -- R/O INT16U --1621 0x04 TOVG_1 Pickup NOP(0), Pickup(1) -- R/O INT16U --1622 0x04 TOVG_2 Pickup NOP(0), Pickup(1) -- R/O INT16U --1623 0x04 IOVG OP Latch NOP(0), OP(1) -- R/O INT16U --1624 0x04 TOVG_1 OP Latch NOP(0), OP(1) -- R/O INT16U --1625 0x04 TOVG_2 OP Latch NOP(0), OP(1) -- R/O INT16U --

Cold Load PickupAddress

(dec)Function

Code Description Range Step Access Format Units

1626 0x04 Cold Load Pickup NOP(0), Pickup(1) -- R/O INT16U --1627 0x04 Cold Load OP Latch NOP(0), OP(1) -- R/O INT16U --

HOC/RDR1628 0x04 HOC A Pickup NOP(0), Pickup(1) -- R/O INT16U --1629 0x04 HOC B Pickup NOP(0), Pickup(1) -- R/O INT16U --1630 0x04 HOC C Pickup NOP(0), Pickup(1) -- R/O INT16U --1631 0x04 HOC Phase A OP Latch NOP(0), OP(1) -- R/O INT16U --1632 0x04 HOC Phase B OP Latch NOP(0), OP(1) -- R/O INT16U --1633 0x04 HOC Phase C OP Latch NOP(0), OP(1) -- R/O INT16U --1634 0x04 RDR A Pickup NOP(0), OP(1) -- R/O INT16U --1635 0x04 RDR A Pickup NOP(0), OP(1) -- R/O INT16U --1636 0x04 RDR A Pickup NOP(0), OP(1) -- R/O INT16U --1637 0x04 RDR A OP Latch NOP(0), OP(1) -- R/O INT16U --1638 0x04 RDR B OP Latch NOP(0), OP(1) -- R/O INT16U --1639 0x04 RDR C OP Latch NOP(0), OP(1) -- R/O INT16U --1640 ~ Reserved

Contact Input1800~ 1804 0x04 Contact Input#1 ~ #5 Off(0), ON(1) -- R/O INT16U --

1805 ~ ReservedContact Output

1820~ 1831 0x04 Contact Output#1 ~ #12 DeEnergized(0), Enegized(1) -- R/O INT16U --

1836 ~ ReservedLogic Component

1860~ 1907 0x04 Logic Component#1 ~ #48 Off(0), On(1) -- R/O INT16U --

1908 ~ ReservedCounter(CNT)

2000 0x04 Event Counter 0 ~ 1024 -- R/O INT16U --2001 0x04 Waveform Counter 0 ~ 6 -- R/O INT16U --2003 ~ Reserved

Logic Operand Easy-Logic Monitoring2100~ 2181 0x04 Logic Operand Status Data Off(0), On(1) -- R/O INT16U --

~2182 Reserved


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Address(dec) Function Code Description Range Step Access Format Units

System SettingSystemPower System

2510 0x04/0x06/0x10 Frequency 60Hz(0), 50Hz(1) 1 R/W INT16U Hz2511 0x04/0x06/0x10 Phase PT Primary 0.01 ~ 600.00 0.01 R/W INT16U kV2512 0x04/0x06/0x10 Phase PT Secondary 50.0 ~ 250.0 0.1 R/W INT16U V2513 0x04/0x06/0x10 Ground PT Primary 0.01 ~ 600.00 0.01 R/W INT16U kV2514 0x04/0x06/0x10 Ground PT Secondary 50.0 ~ 250.0 0.1 R/W INT16U V2515 0x04/0x06/0x10 Measurement Primary(0), Secondary(1) 1 R/W INT16U --2516 0x04/0x06/0x10 Reference Phase Current(0), Voltage(1) 1 R/W INT16U --

Transformer2517 0x04/0x06/0x10 Type 0 ~ 11 1 R/W F260 --2518 0x04/0x06/0x10 Phase Compensation INTERNAL(0), EXTERNAL (1) 1 R/W INT16U --2519 0x04/0x06/0x10 W1-W2 Phase 0 ~ 11 1 R/W F261 ° lag2520 0x04/0x06/0x10 W1-W3 Phase 0 ~ 11 1 R/W F261 ° lag

Winding #12521 0x04/0x06/0x10 Nominal Voltage 0.01 ~ 600.00 0.01 R/W INT16U kV2522 0x04/0x06/0x10 Rated Load 0.01 ~ 600.00 0.01 R/W INT16U MVA2523 0x04/0x06/0x10 Phase CT Ratio 5 ~ 10000 5 R/W INT16U :52524 0x04/0x06/0x10 Grounding No(0), Yes(1) 1 INT16U --

Winding #22525 0x04/0x06/0x10 Nominal Voltage 0.01 ~ 600.00 0.01 R/W INT16U kV2526 0x04/0x06/0x10 Rated Load 0.01 ~ 600.00 0.01 R/W INT16U MVA2527 0x04/0x06/0x10 Phase CT Ratio 5 ~ 10000 5 R/W INT16U :52528 0x04/0x06/0x10 Grounding No(0), Yes(1) 1 INT16U --

Winding #32529 0x04/0x06/0x10 Nominal Voltage 0.01 ~ 600.00 0.01 R/W INT16U kV2530 0x04/0x06/0x10 Rated Load 0.01 ~ 600.00 0.01 R/W INT16U MVA2531 0x04/0x06/0x10 Phase CT Ratio 5 ~ 10000 5 R/W INT16U :52532 0x04/0x06/0x10 Grounding No(0), Yes(1) 1 R/W INT16U --2533 ~ Reserved

RTCRTC

2550 0x04/0x06/0x10 Year 2000 ~ 2100 1 R/W INT16U --2551 0x04/0x06/0x10 Month 1 ~ 12 1 R/W INT16U --2552 0x04/0x06/0x10 Day 1 ~ 31 1 R/W INT16U --2553 0x04/0x06/0x10 Hour 0 ~ 23 1 R/W INT16U --2554 0x04/0x06/0x10 Minute 0 ~ 59 1 R/W INT16U --2555 0x04/0x06/0x10 Second 0 ~ 59 1 R/W INT16U --2556 0x04/0x06/0x10 Millisecond 0 ~ 999 1 R/W INT16U --2557 ~ Reserved

Waveform RecordWaveform Record

2560 0x04/0x06/0x10 Type 6*270(0) -- R/W INT16U Cycle2561 0x04/0x06/0x10 Trigger Position 0 ~ 99 1 R/W INT16U %2562 0x04/0x06/0x10 Trigger Source 0 ~ 82 1 R/W F410 --2563 ~

CommunicationCOM #1

2590 0x04/0x06/0x10 Slave Address 1 ~ 254 1 R/W INT16U --2591 0x04/0x06/0x10 BPS 9600(0), 19200(1), 38400(2) 1 R/W INT16U --2592 0x04/0x06/0x10 Protocol Modbus(0) 1 R/W INT16U --


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Ground OvervoltageInst. Ground Overvoltage (IOVGR)

3020 0x04/0x06/0x10 Function Disabled(0), Enabled(1) 1 R/W INT16U --3021 0x04/0x06/0x10 Mode DT(0), Inst(1) 1 R/W INT16U --3022 0x04/0x06/0x10 Pickup Voltage 5 ~ 160 1 R/W INT16U V3023 0x04/0x06/0x10 DT 0.04 ~ 60.00 0.01 R/W INT16U sec3024 0x04/0x06/0x10 Event Disabled(0), Enabled(1) 1 R/W INT16U --3025 0x04/0x06/0x10 Block 0 ~ 82 1 R/W F410 --

Ground Overvoltage2 (TOVGR1)3026 0x04/0x06/0x10 Function Disabled(0), Enabled(1) 1 R/W INT16U --3027 0x04/0x06/0x10 Curve DT(0), INV(1) 1 R/W INT16U --3028 0x04/0x06/0x10 Pickup Voltage 5 ~ 160 1 R/W INT16U V3029 0x04/0x06/0x10 Time Multiplier 0.01 ~ 10.00 0.01 R/W INT16U --3030 0x04/0x06/0x10 DT 0.04 ~ 60.00 0.01 R/W INT16U sec3031 0x04/0x06/0x10 Event Disabled(0), Enabled(1) 1 R/W INT16U --3032 0x04/0x06/0x10 Block 0 ~ 82 1 R/W F410 --

Ground Overvoltage2 (TOVGR2)3033 0x04/0x06/0x10 Function Disabled(0), Enabled(1) 1 R/W INT16U --3034 0x04/0x06/0x10 Mode DT(0), INV(1) 1 R/W INT16U --3035 0x04/0x06/0x10 Pickup Voltage 5 ~ 160 1 R/W INT16U V3036 0x04/0x06/0x10 Time Multiplier 0.01 ~ 10.00 0.01 R/W INT16U --3037 0x04/0x06/0x10 DT 0.04 ~ 60.00 0.01 R/W INT16U sec3038 0x04/0x06/0x10 Event Disabled(0), Enabled(1) 1 R/W INT16U --3039 0x04/0x06/0x10 Block 0 ~ 82 1 R/W F410 --3040 ~ Reserved

Cold Load Pick-up3160 0x04/0x06/0x10 Function Disabled(0), Enabled(1) 1 R/W INT16U --3161 0x04/0x06/0x10 Mode Cur(0), CB(1), Cur+CB(2) 1 R/W INT16U --3162 0x04/0x06/0x10 Level 0.05 ~ 2.50 0.05 R/W INT16U A3163 0x04/0x06/0x10 CB(52b) Con 0 ~ 4 1 R/W F102 --3164 0x04/0x06/0x10 OPTimeDly 0 ~ 1000 1 R/W INT16U sec3165 0x04/0x06/0x10 RSTTimeDly 0 ~ 1000 1 R/W INT16U sec3166 0x04/0x06/0x10 Event Disabled(0), Enabled(1) 1 R/W INT16U --3167 ~ Reserved

Phase DifferentialInstantaneous Differential (HOC)

3200 0x04/0x06/0x10 Function Disabled(0), Enabled(1) 1 R/W INT16U --3201 0x04/0x06/0x10 Mode DT(0), Inst.(1) 1 R/W INT16U --3202 0x04/0x06/0x10 Differential Current Pickup 10 ~ 150 1 R/W INT16U A3203 0x04/0x06/0x10 DT 0.04 ~ 60.00 0.01 R/W INT16U sec3204 0x04/0x06/0x10 Event Disabled(0), Enabled(1) 1 R/W INT16U --3205 0x04/0x06/0x10 Block 0 ~ 82 1 R/W F410 --

Phase Differential (RDR)3206 0x04/0x06/0x10 Function Disabled(0), Enabled(1) 1 R/W INT16U --3207 0x04/0x06/0x10 Mode DT(0), Inst.(1) 1 R/W INT16U --3208 0x04/0x06/0x10 Minimum Differential Current 0.20 ~ 2.50 0.01 R/W INT16U A3209 0x04/0x06/0x10 Slope 1 5 ~ 100 1 R/W INT16U %3210 0x04/0x06/0x10 Slope 2 20 ~ 200 1 R/W INT16U %3211 0x04/0x06/0x10 Knee Point 5.0 ~ 100.0 0.1 R/W INT16U A3212 0x04/0x06/0x10 Harmonic Restraint 0 ~ 3 1 R/W F262 --3213 0x04/0x06/0x10 2nd Harmonics of I2f/I1f 5.0 ~ 40.0 0.1 R/W INT16U %3214 0x04/0x06/0x10 5th Harmonics of I5f/I1f 5.0 ~ 40.0 0.1 R/W INT16U %3215 0x04/0x06/0x10 DT 0.04 ~ 60.00 0.01 R/W INT16U sec3216 0x04/0x06/0x10 Event Disabled(0), Enabled(1) 1 R/W INT16U --3217 0x04/0x06/0x10 Block 0 ~ 82 1 R/W F410 --3218 ~ Reserved


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Phase Voltage magnitude5400 0x04 Phase A Voltage 0.00 ~ 999999.99 -- R/O FLOAT V5402 0x04 Phase N Voltage 0.00 ~ 999999.99 -- R/O FLOAT V

Phase Current magnitudeWinding 1

5404 0x04 Phase A Current 0.00 ~ 999999.99 -- R/O FLOAT A5406 0x04 Phase B Current 0.00 ~ 999999.99 -- R/O FLOAT A5408 0x04 Phase C Current 0.00 ~ 999999.99 -- R/O FLOAT A

Winding 25410 0x04 Phase A Current 0.00 ~ 999999.99 -- R/O FLOAT A5412 0x04 Phase B Current 0.00 ~ 999999.99 -- R/O FLOAT A5414 0x04 Phase C Current 0.00 ~ 999999.99 -- R/O FLOAT A


2nd Phase Current magnitudeWinding 1




5th Phase Current magnitudeWinding 1




Compensate Fundamental Current magnitudeWinding 1

5458 0x04 Compensate Phase A Current 0.00 ~ 999999.99 -- R/O FLOAT A5460 0x04 Compensate Phase B Current 0.00 ~ 999999.99 -- R/O FLOAT A5462 0x04 Compensate Phase C Current 0.00 ~ 999999.99 -- R/O FLOAT A

Winding 25464 0x04 Compensate Phase A Current 0.00 ~ 999999.99 -- R/O FLOAT A5466 0x04 Compensate Phase B Current 0.00 ~ 999999.99 -- R/O FLOAT A5468 0x04 Compensate Phase C Current 0.00 ~ 999999.99 -- R/O FLOAT A

Winding 35470 0x04 Compensate Phase A Current 0.00 ~ 999999.99 -- R/O FLOAT A5472 0x04 Compensate Phase B Current 0.00 ~ 999999.99 -- R/O FLOAT A5474 0x04 Compensate Phase C Current 0.00 ~ 999999.99 -- R/O FLOAT A


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Differential Current magnitude5476 0x04 Phase A Differential Current 0.00 ~ 999999.99 -- R/O FLOAT A5478 0x04 Phase B Differential Current 0.00 ~ 999999.99 -- R/O FLOAT A5480 0x04 Phase C Differential Current 0.00 ~ 999999.99 -- R/O FLOAT A

Restraint Current magnitude5482 0x04 Phase A Restrain Current 0.00 ~ 999999.99 -- R/O FLOAT A5484 0x04 Phase B Restrain Current 0.00 ~ 999999.99 -- R/O FLOAT A5486 0x04 Phase C Restrain Current 0.00 ~ 999999.99 -- R/O FLOAT A

Differential Harmonic Current magnitude

5488 0x04 Phase A Differential 2nd

Harmonic Current 0.00 ~ 999999.99 -- R/O FLOAT A

5490 0x04 Phase B Differential 2nd


5492 0x04 Phase C Differential 2nd


5494 0x04 Phase A Differential 5th


5496 0x04 Phase B Differential 5th


5498 0x04 Phase C Differential 5th


Magnitude compensation magnitude5500 0x04 Winding 1 Mag Compens factor 1.00 ~ 999.99 -- R/O FLOAT --5502 0x04 Winding 2 Mag Compens factor 1.00 ~ 999.99 -- R/O FLOAT --5504 0x04 Winding 3 Mag Compens factor 1.00 ~ 999.99 -- R/O FLOAT --

Phase Voltage angle5506 0x04 Phase A Voltage 0.0 ~ 359.9 -- R/O FLOAT deg5508 0x04 Phase N Voltage 0.0 ~ 359.9 -- R/O FLOAT deg

Phase Current angleWinding 1

5510 0x04 Phase A Current 0.0 ~ 359.9 -- R/O FLOAT deg5512 0x04 Phase B Current 0.0 ~ 359.9 -- R/O FLOAT deg5514 0x04 Phase C Current 0.0 ~ 359.9 -- R/O FLOAT deg

Winding 25516 0x04 Phase A Current 0.0 ~ 359.9 -- R/O FLOAT deg5518 0x04 Phase B Current 0.0 ~ 359.9 -- R/O FLOAT deg5520 0x04 Phase C Current 0.0 ~ 359.9 -- R/O FLOAT deg

Winding 35522 0x04 Phase A Current 0.0 ~ 359.9 -- R/O FLOAT deg5524 0x04 Phase B Current 0.0 ~ 359.9 -- R/O FLOAT deg5526 0x04 Phase C Current 0.0 ~ 359.9 -- R/O FLOAT deg

Compensate Fundamental Current angleWinding 1

5528 0x04 Compensate Phase A Current 0.0 ~ 359.9 -- R/O FLOAT deg5530 0x04 Compensate Phase B Current 0.0 ~ 359.9 -- R/O FLOAT deg5532 0x04 Compensate Phase C Current 0.0 ~ 359.9 -- R/O FLOAT deg

Winding 25534 0x04 Compensate Phase A Current 0.0 ~ 359.9 -- R/O FLOAT deg5536 0x04 Compensate Phase B Current 0.0 ~ 359.9 -- R/O FLOAT deg5538 0x04 Compensate Phase C Current 0.0 ~ 359.9 -- R/O FLOAT deg

Winding 35540 0x04 Compensate Phase A Current 0.0 ~ 359.9 -- R/O FLOAT deg5542 0x04 Compensate Phase B Current 0.0 ~ 359.9 -- R/O FLOAT deg5544 0x04 Compensate Phase C Current 0.0 ~ 359.9 -- R/O FLOAT deg5545 ~ Reserved


경보전기[주] 16 / 21


File ( Event, Wave Recording, EasyLogic File)

60500~60519 0x06/0x10

File OpenOperation

File Name(ID) -- W/O FN0 --

60520 0x06/0x10 File Open Operation RD(0), WR(1),RW(2), AP(3) 1 W/O INT16U --

60521 0x06/0x10 File Close Operation RD(0), WR(1),RW(2), AP(3) 1 W/O INT16U --

60522 0x04 File Status OK(0), EOF(1) -- R/O INT16U --

60523 ~ 60525 Reserved

60526~ 60527

0x04/(0x06/0x10 Logic Only) File size 0 ~ 4294967295 1 R/W INT32U Byte

60528 0x04/0x06/0x10 File Attribute FN6 1 R/W INT16U --

60529 ~ 60599 Reserved

60600 0x04/0x06/0x10 Buff Valid Byte Length 1 R/W INT16U Byte

60601 0x04/0x06/0x10 File buffer[0] 1 R/W FN9 --

… … … … … … … …

60724 0x04/0x06/0x10 File butter[123] 1 R/W FN9 --

60725 ~ Reserved


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9. Register Formats

No. Format Name Description

FN0

File ID

Address ID 60500 60501 60502 60503 60504

60505 ~ 60519

ASCII 분석

내용

Event log File 0x7665 0x6E65 0x2E74 0x6F6C 0x0067

NULL

event.log

Waveform recording log File 0x6177 0x6576 0x315F 0x6C2E 0x7473 wave_1.lst

Waveform recording #1 *.cfg(config)file 0x6177 0x6576 0x315F 0x632E 0x6766 wave_1.cfg

Waveform recording #1 *.dat(data)file 0x6177 0x6576 0x315F 0x642E 0x7461 wave_1.dat











Logic recording file 0x6F6C 0x6967 0x2E63 0x6C70 0x0063 logic.plc

데이터 읽기 순서

1. Event log File에서 Data 순서 읽기

- 1 ~ FileSize 순서대로 최근 등록 순서

2. Waveform recording log File 순서 읽기

- 1 ~ FileSize 순서대로 최근 등록 순서

3. Waveform recording *.cfg, Waveform recording *.dat 순서 읽기

- ID #1 ~ ID #8 순서대로 최근 등록 순서

FN6 File AttributesBit Description0: Read1: Write

FN7 File Mode

Open mode0: Read Only1: Write Only2: Read/Write3: Append

FN8 File Error Codes

0: No errors : 에러 아님

1: Not Exist : 존재하지 않는 파일

2: No Permission : 허가 되지 않은 요구(ID입력 에러)3: Already Opened : 이미 열려 있는 상태, 데이터 전송 완료 상태, 보낼 파일 없는 상태

-> 열려있는 파일 닫기 후 원하는 파일 열기

4: Not Opened : 열리지 않은 상태, 강제 종료, ID입력 에러

-> 파일 닫기 후 다시 파일 열기

FN9 File Buffer2Byte assemble into a wordL-H order0x12-0x34 ->0x3412


경보전기[주] 18 / 21


FN10 File Status 0: OK - Buff File is Not End of File1: EOF(1) - Buff File is End of File

F001 INT8U UNSIGNED 8 BIT INTEGER (0 ~ 255)

F002 INT8S SIGNED 8 BIT INTEGER (-128 ~ +128)

F003 INT16U UNSIGNED 16 BIT INTEGER (0 ~ 65535)


F005 INT32U UNSIGNED 32 BIT INTEGER (0 ~ +4294967295)


F102 ColdLoad Connection

ENUMERATION0: Cont In#11: Cont In#22: Cont In#33: Cont In#44: Cont In#5

F260 Transformer Type

ENUMERATION0: Y-Y1: Y-D2: D-Y3: D-D4: Y-Y-Y5: Y-Y-D6: Y-D-Y7: Y-D-D8: D-Y-Y9: D-Y-D10: D-D-Y11: D-D-D

F261 Phase Lag

ENUMERATION0: 01: 302: 603: 904: 1205: 1506: 1807: 2108: 2409: 27010: 30011: 330

F262 Harmonic Restrain

ENUMERATION0: NONE1: 2nd

2: 5th

3: 2nd + 5th


경보전기[주] 19 / 21


F401 EasyLogic Operator

ENUMERATION0: NOP1: AND22: AND33: AND44: AND55: AND66: AND77: AND88: OR29: OR310: OR411: OR512: OR613: OR714: OR815: NAND216: NAND317: NAND418: NAND519: NAND620: NAND721: NAND822: NOR223: NOR324: NOR425: NOR526: NOR627: NOR728: NOR829: NOT30: LATCH31: ON_DLY_TIMER32: OFF_DLY_TIMER33: PULSE_TIMER

F410 EasyLogic Operand ** 표1 참조

F601 CH4 4 ASCII characters(4 Address Allocation, Low Byte Only)※ Comm. Version only uses for KyongBo’s engineering application ‘KBIED_MNE’.

F602 CH12 12 ASCII characters(12 Address Allocation, Low Byte Only)


경보전기[주] 20 / 21

Operand Group Operand ENUM

Logic L_OFF 0

L_ON 1

Contact Inputs

CONT_IN_1 2

… …

CONT_IN_5 6

Logic Components

LOGIC_CMP_1 7

… …

LOGIC_CMP_48 54

SYSTEM_ERR SYSTEM_ERR 55

ANN RESET ANN RESET 56

Protection

ALL PROT_OP_OR 57

PROT_PKP_OR 58

IOVG, TOVG1, TOVG2

IOVG Pickup 59

TOVG_1 Pickup 60

TOVG_2 Pickup 61

IOVG OP 62

TOVG_1 OP 63

TOVG_2 OP 64

COLD_LD COLD_LD_PKP 65

COLD_LD_OP 66

HOC, RDR

HOC_PKP_OR 67

HOC_PKP_A 68

HOC_PKP_B 69

HOC_PKP_C 70

HOC_OP_OR 71

HOC_OP_A 72

HOC_OP_B 73

HOC_OP_C 74

RDR_PKP_OR 75

RDR_PKP_A 76

RDR_PKP_B 77

RDR_PKP_C 78

RDR_OP_OR 79

RDR_OP_A 80

RDR_OP_B 81

RDR_OP_C 82

[표1] EasyLogic Operand


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10. Event Recording File FormatType 0 Event Format<TYPE>,<DATE/TIME>,<EVENT ID>,<CR/LF>ex) 0,2001/05/08,20:16:24.999,System Reset-Power On<CR,LF> -> 52 characters

Type 1 Event Format<TYPE>,<DATE/TIME>,<EVENT ID>,<Field#1>,<Field#2>,...,<Field#n><CR/LF>ex) 1,2001/05/08,20:16:24.999,IOCR Start-(A / / ) Ia:5.00A,0.0,Ib:1.00A,0.0,Ic:0.00A,0.0,In:12.00A,0.0 ->Max.52*4 characters

11. Waveform Recording File FormatCOMTRADE File FormatConfiguration and Data File supported

1) *.cfg File Format L-H Order 2Byte ASCII ex) 3,2A,1D<CR/LF> File Buff: 0x2C 0x33 0x41 0x32 0x31 0x2C 0x0D 0x44 0x0A ASCII : ',' '3' 'A' '2' '1' ',' <CR> 'D' <LF> Read : 3,2A,1D<CR/LF>

2) *.dat File Format L-H Order 2Byte assemble into a word ex) File Buff: 0x12 0x34 Read : 0x3412

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