Ge-industrial-solutions Entellisys 4.0 Integrator's Guide Manuel d'utilisateur

Integrator’s Guide101.1.2 FlexLogic Operand StatesAfter each protection pass, all the information regarding each operand's state is updated in co

Modbus Memory Map1003D57F ...Repeated for module number 439D595 ...Repeated for module number 440D5AB ...Repeated for module number 441D5C1 ...Repeate

1013D855 ...Repeated for module number 472D86B ...Repeated for module number 473D881 ...Repeated for module number 474D897 ...Repeated for module numb

Modbus Memory Map1023D932 ...Repeated for module number 24D933 ...Repeated for module number 25D934 ...Repeated for module number 26D935 ...Repeated f

1033D967 ...Repeated for module number 23D969 ...Repeated for module number 24D96B ...Repeated for module number 25D96D ...Repeated for module number

Modbus Memory Map1043D9A9 ...Repeated for module number 56D9AB ...Repeated for module number 57D9AD ...Repeated for module number 58D9AF ...Repeated f

1053D9EB ...Repeated for module number 89D9ED ...Repeated for module number 90D9EF ...Repeated for module number 91D9F1 ...Repeated for module number

Modbus Memory Map1063DA2D ...Repeated for module number 122DA2F ...Repeated for module number 123DA31 ...Repeated for module number 124DA33 ...Repeate

1073DA6F ...Repeated for module number 155DA71 ...Repeated for module number 156DA73 ...Repeated for module number 157DA75 ...Repeated for module numb

Modbus Memory Map1083DAB1 ...Repeated for module number 188DAB3 ...Repeated for module number 189DAB5 ...Repeated for module number 190DAB7 ...Repeate

1093DAF3 ...Repeated for module number 221DAF5 ...Repeated for module number 222DAF7 ...Repeated for module number 223DAF9 ...Repeated for module numb

PLC support 111.1.2.2 Bus Differential Flex Operand StatesEach zone has 6 different states shown in Table 1-4. Each one of them corresponds to a diffe

Modbus Memory Map1103DB35 ...Repeated for module number 254DB37 ...Repeated for module number 255DB39 ...Repeated for module number 256PLC Interface (

1113DCC6 Reserved (12 items) --- --- --- F001 0DCD2 ST Overcurrent Flex Operand States (6 items) 0 to 65535 --- 1 F500 0DCD8 Summation MSGF Zone Flex

Modbus Memory Map1123E3FF ...Repeated for module number 3E4FF ...Repeated for module number 4E5FF ...Repeated for module number 5E6FF ...Repeated for

11344 Modbus Memory Map Format CodesFormat Name Format Type/Bitmask Format Definition F001 UINT16 UNSIGNED 16 BIT INTEGERF003 UINT32 UNSIGNED 32 BIT

Modbus Memory Map Format Codes1144 0Latched 1 Self-ResetF131 ENUMERATION FORCED CONTACT OUTPUT STATE 0 Disabled 1Energized 2 De-energized 3FreezeF144

1154 [6] VIRTUAL OUTPUTS (1-64) [10] CONTACT OUTPUTS VOLTAGE DETECTED ( 1-64) [11] CONTACT OUTPUTS VOLTAGE OFF DETECTED (1-64) [12] CONTAC

Modbus Memory Map Format Codes1164 5 Invalid CRC check of node firmware 6IButton Missing 7 EEPROM Configuration Invalid 8Not Used 9Not Used 10 Not Us

1174 4 Unknown Message Received on Port 1 5Not Used 6Not Used 7Not Used 8Not Used 9Not Used 10 Not Used 11 Not Used 12 Not Used 13 Not Used 14 Not Us

Modbus Memory Map Format Codes1184 2 Short Time Protection Enabled 3 Switchable ST/IOC Protection Enabled/Disabled 4 Switchable GF 5Not Used 6Not U

1194 1Open 2Close 3Trip 4 Network Interlock 5Reset Interlock 6Light LED 7ATO Mode 8Start Firmware Download 9Switch Firmware 10 Cancel Firmware Downloa

Integrator’s Guide121.1.2.3 Ground Fault Flex Operand StatesEach breaker has 5 different states shown in Table 1-6. Each one of them corresponds to a

Modbus Memory Map Format Codes1204 0 Synchronization Source Bit 0 1 Synchronization Source Bit 1 2Download Source Bit 0 3Download Source Bit 1 4Do

1214 0Trip 1AlarmF715 ENUMERATION UL or ANSI 0UL 1ANSIF716 ENUMERATION Product Type 0 Low Voltage Switchgear 1 Medium Voltage Switchgear 2 Parallelin

Modbus Memory Map Format Codes1224 9 Bit field representing a 0 or 1 for Node 9 10 Bit field representing a 0 or 1 for Node 10 11 Bit field represe

1234 2 ST and GF ZSIF733 ENUMERATION ZSI Zone Tier Settings 0 ZSI Tier 0 1 ZSI Tier 1 2 ZSI Tier 2 3 ZSI Tier 3F734 ENUMERATION Contact IO Debounce v

Modbus Memory Map Format Codes1244 12 12 - I/O x + (bit number) Input, 1 - I/O x + (bit number) Output 13 13 - I/O x + (bit number) Input, 1 - I/O x

1254 12 44 - I/O x + (bit number) Input, 1 - I/O x + (bit number) Output 13 45 - I/O x + (bit number) Input, 1 - I/O x + (bit number) Output 14 46

Modbus Memory Map Format Codes1264

PLC support 131.1.2.4 High Current and High Current Transient Flex Operand StatesEach breaker has 3 different states shown in Table 1-8. Each one of t

Integrator’s Guide141.1.2.5 HRGF Detection Flex Operand StatesEach breaker has 3 different states shown in Table 1-10. Each one of them corresponds to

PLC support 151.1.2.6 HRGF Location Flex Operand StatesEach zone has 2 different states shown in Table 1-12. Each one of them corresponds to a differe

Integrator’s Guide161.1.2.7 IOC Flex Operand StatesEach breaker has 2 different states shown in Table 1-14. Each one of them corresponds to a differen

PLC support 171.1.2.8 LT Overcurrent Flex Operand StatesEach breaker has 3 different states shown in Table 1-16. Each one of them corresponds to a dif

Integrator’s Guide181.1.2.9 MSGF Overcurrent Flex Operand StatesEach zone has 7 different states shown in Table 1-18. Each one of them corresponds to

PLC support 191.1.2.10 Multi Point RELT Flex Operand StatesThis relay has 1 state shown in Table 1-20. Table 1-20 Multi Point RELT status bit fieldThe

Integrator’s Guide201.1.2.11 Over (and Under) Frequency Flex Operand StatesEach breaker has 6 different states shown in Table 1-22. Each one of them c

PLC support 211.1.2.12 Over (and Under) Voltage Flex Operand StatesEach breaker has 6 different states shown in Table 1-24. Each one of them correspon

Integrator’s Guide221.1.2.13 Phase Loss Flex Operand StatesEach breaker has 6 different states shown in Table 1-26. Each one of them corresponds to a

PLC support 231.1.2.14 Power Reversal Flex Operand StatesEach breaker has 6 different states shown in Table 1-28. Each one of them corresponds to a di

Integrator’s Guide241.1.2.15 ST Overcurrent Flex Operand StatesEach breaker has 3 different states shown in Table 1-30. Each one of them corresponds t

PLC support 251.1.2.16 Summation MSGF Zone Flex Operand StatesEach zone has 7 different states shown in Table 1-32. Each one of them corresponds to a

Integrator’s Guide261.1.2.17 Synch Check Flex Operand StatesEach relay has 10 different states shown in Table 1-34. Each one of them corresponds to a

Introduction 2722 Modbus® protocol implementation2.1 IntroductionThe CPU supports a number of communications protocols to allow connection to the HMI

Modbus® protocol implementation28222.3 Data link layerCommunications takes place in packets, which are groups of asynchronously framed byte data. The

CRC-16 Algorithm 2922.4 CRC-16 AlgorithmThe CRC-16 algorithm essentially treats the entire data stream (data bits only; start, stop and parity ignored

DEH-432Warnings, Cautions, and Notes as used in this publicationWarningsWARNING! Warning notices are used in this publication to emphasize that hazard

Modbus® protocol implementation3022.5 Supported function codesModbus officially defines function codes from 1 to 127 though only a small subset is gen

Supported function codes 312Master and Slave Device Packet Transmission ExampleMASTER TRANSMISSION PACKET FORMAT EXAMPLE (HEX) SLAVE ADDRESS 11 FUNCT

Modbus® protocol implementation3222.5.2 Function Code 05H – Execute OperationThis function code allows the master to perform various operations in the

Supported function codes 3322.5.3 Function Code 06H – Store Single SettingThis function code allows the master to modify the contents of a single sett

Modbus® protocol implementation3422.5.4 Function Code 10H – Store Multiple SettingsThis function code allows the master to modify the contents of a on

Supported function codes 3522.5.5 Exception responsesProgramming or operation errors usually happen because of illegal data in a packet. These errors

Modbus® protocol implementation3622.5.6 File transfers2.5.6.1 Obtaining CPU files using Modbus protocolThe CPU has a generic file transfer facility, m

Supported function codes 372d. Reading waveform capture filesWaveform records comply with COMTRADE 1999 format (IEEE Std C37.111-1999). The file names

Modbus® protocol implementation3822.6 Interfacing to the Alarm HandlerThe set of registers beginning at 0648h provides the means to interface to each

3933 Modbus Memory MapNOTE: A multiplier factor may be necessary in cases where an integer value is returned but the Range and/or Step imply a greater

How to contact usPlease have your Entellisys System Summary # and Sub # ready when calling. This information can be found on the Entellisys HMI on the

Modbus Memory Map4030036 Reserved --- --- --- F001 0Installation (Read/Write Setting)0080 CPU ID 0 to 1 --- 1 F717 0 (CCPU A)0081 CPU Commissioned 0 t

4130226 Block of data from requested file (122 items) 0 to 65535 --- 1 F001 0Passwords (Read/Write)02A0 Reserved (4 items) --- --- --- F001 002A4 Comm

Modbus Memory Map4230347 Energy Clear Command 0 to 1 --- 1 F126 0 (No)Fault And Event Test Trigger (Read/Write Command)0348 Fault Trigger Command 0 to

4330368 Waveform Trigger Thru FlexLogic 0 to 65535 --- 1 F300 0Preventive Maintenance (Read/Write Setting)0370 Load Life Rating 800A 0 to 65535 --- 1

Modbus Memory Map443041A Node Hardware Diagnostics X State 0 to 4294967295 --- 1 F722 0041C Node Reflected CPU Diagnostics X State 0 to 4294967295 ---

453045A Overfrequency Alarm Ack 0 to 4294967295 --- 1 F722 0045C High Resistance Ground Fault Alarm State 0 to 4294967295 --- 1 F722 0045E High Resist

Modbus Memory Map463049C Breaker Mechanical Life 37 5 State 0 to 4294967295 --- 1 F722 0049E Breaker Mechanical Life 37 5 Ack 0 to 4294967295 --- 1 F7

47304E8 HRGF Location Alarm State 0 to 4294967295 --- 1 F722 004EA HRGF Location Alarm Ack 0 to 4294967295 --- 1 F722 004EC Reserved (28 items) --- --

Modbus Memory Map483073A ...Repeated for module number 130764 ...Repeated for module number 14078E ...Repeated for module number 1507B8 ...Repeated fo

4930A92 ...Repeated for module number 110A9C ...Repeated for module number 120AA6 ...Repeated for module number 130AB0 ...Repeated for module number 1

Contents 51 Integrator’s Guide1.1 PLC support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Modbus Memory Map5030EBC Phase C Reactive Power -1000000000000 to 1000000000000var 0.001 F060 00EBE Three Phase Apparent Power -1000000000000 to 10000

51311A6 ...Repeated for module number 2111CC ...Repeated for module number 2211F2 ...Repeated for module number 231218 ...Repeated for module number 2

Modbus Memory Map523133A Negative Varhour 0 to 1000000000000varh 0.001 F060 0133C Phase A Negative Varhour 0 to 1000000000000varh 0.001 F060 0133E Pha

53316D8 ...Repeated for module number 20170A ...Repeated for module number 21173C ...Repeated for module number 22176E ...Repeated for module number 2

Modbus Memory Map54319BB ...Repeated for module number 1019D0 ...Repeated for module number 1119E5 ...Repeated for module number 1219FA ...Repeated fo

5531BB0 ...Repeated for module number 41BC4 ...Repeated for module number 51BD8 ...Repeated for module number 61BEC ...Repeated for module number 71C0

Modbus Memory Map5631DD3 SRC X Phase B Power Factor Min Date 0 to 4294967295 --- 1 F050 01DD5 SRC X Phase C Power Factor Min -0.999 to 1 --- 0.001 F01

57323A8 ...Repeated for module number 2123F3 ...Repeated for module number 22243E ...Repeated for module number 232489 ...Repeated for module number 2

Modbus Memory Map58326C8 ...Repeated for module number 226EE ...Repeated for module number 32714 ...Repeated for module number 4273A ...Repeated for m

5932B1B SRC X CT Rating 0 to 65535 --- 1 F001 02B1C SRC X Breaker Type 0 to 1 --- 1 F715 0 (UL)2B1D SRC X NodeProt Protection Config 0 to 65535 --- 1

6Contents

Modbus Memory Map6032BB6 ...Repeated for module number 32C06 ...Repeated for module number 42C56 ...Repeated for module number 52CA6 ...Repeated for m

61337BF SRC X PT Source Node Identifier 0 to 29 --- 1 F001 0Source Settings (Read/Write Setting) (30 modules)37C0 SRC X Breaker Connection 0 to 1 ---

Modbus Memory Map62337EB Source Settings Reserved 2 (7 items) --- --- --- F001 037F2 SRC X PL Trip Enable 0 to 1 --- 1 F102 0 (Disabled)37F3 SRC X PL

6333817 SRC X Breaker Percent Load Life 0 to 655.35 --- 0.01 F001 0Source Settings (Read Only) (30 modules)3818 SRC X Percent Mechanical Life 0 to 655

Modbus Memory Map6433839 SRC X HRGF Ground Resistance 5 to 500 --- 1 F001 5383A SRC X HRGF CT Rating 10 to 10 --- 1 F001 10383B Reserved (8 items) ---

653451A ...Repeated for module number 2045CE ...Repeated for module number 214682 ...Repeated for module number 224736 ...Repeated for module number 2

Modbus Memory Map6634E3E ...Repeated for module number 134E5C ...Repeated for module number 144E7A ...Repeated for module number 154E98 ...Repeated fo

673506A Synch Check Reserved (14 items) --- --- --- F001 05078 ...Repeated for module number 25096 ...Repeated for module number 350B4 ...Repeated for

Modbus Memory Map68352F0 ...Repeated for module number 45340 ...Repeated for module number 55390 ...Repeated for module number 653E0 ...Repeated for m

6935BA0 SRC X GF ZSI Tier Settings Reserved (16 items)--- --- --- F001 05BB0 ...Repeated for module number 25C00 ...Repeated for module number 35C50 .

PLC support 71 Integrator’s Guide1.1 PLC supportPLCs are supported by providing status of all FlexLogic operands and discrete inputs through the Modbu

Modbus Memory Map70364C0 MSGF ZSI Zone 1 GRP X Tier Settings (16 items)0 to 3 --- 1 F733 0 (ZSI Tier 0)64D0 MSGF ZSI Zone 2 GRP X Tier Settings (16 it

71368D4 Zone X BD Alarm Pickup Setting (16 items) 100 to 22000 --- 100 F001 120068E4 Zone X BD Trip Pickup Setting2 (16 items) 100 to 22000 --- 100 F0

Modbus Memory Map7236C78 Zone X Summation MSGF Alarm Pickup Set-ting (16 items)30 to 1200 --- 10 F001 12006C88 Zone X Summation MSGF Trip or Open 0 to

733Options (Read/Write Setting)6E4D Option High Current Relay Node x State Enable0 to 4294967295 --- 1 F722 0Options (Read Only)6E4F Option Freq and R

Modbus Memory Map7436EA9 Function X HRGF Location Contactor Fre-quency0.5 to 2 Hz 0.25 F001 1006EAA Function X HRGF Location Contactor Duty Cycle0 to

7537154 Contact Input x Debounce Time 0 to 4 --- 1 F734 0 (Disabled)7155 Contact Input x Reserved (4 items) --- --- --- F001 07159 ...Repeated for mod

Modbus Memory Map763747F ...Repeated for module number 337499 ...Repeated for module number 3474B3 ...Repeated for module number 3574CD ...Repeated fo

77377D9 ...Repeated for module number 6677F3 ...Repeated for module number 67780D ...Repeated for module number 687827 ...Repeated for module number 6

Modbus Memory Map7837B33 ...Repeated for module number 997B4D ...Repeated for module number 1007B67 ...Repeated for module number 1017B81 ...Repeated

7937E53 Contact Output x Operation 0 to 65535 --- 1 F300 07E54 Contact Output x Sealin 0 to 65535 --- 1 F300 07E55 Contact Output x Events 0 to 1 ---

Integrator’s Guide81.1.1.1 ConfigurationUser must set the parameters for each PLC Input from the PLC Input screen (Main Menu, User Settings, Control).

Modbus Memory Map80381C3 ...Repeated for module number 3181E1 ...Repeated for module number 3281FF ...Repeated for module number 33821D ...Repeated fo

81385A1 ...Repeated for module number 6485BF ...Repeated for module number 6585DD ...Repeated for module number 6685FB ...Repeated for module number 6

Modbus Memory Map823897F ...Repeated for module number 97899D ...Repeated for module number 9889BB ...Repeated for module number 9989D9 ...Repeated fo

8338D3F Force Contact Input x State (128 items) 0 to 2 --- 1 F144 0 (Disabled)Force Contact Outputs (Read/Write Setting)8DBF Force Contact Output x St

Modbus Memory Map843A728 ...Repeated for module number 16A741 ...Repeated for module number 17A75A ...Repeated for module number 18A773 ...Repeated fo

853A8BF ...Repeated for module number 17A8C1 ...Repeated for module number 18A8C3 ...Repeated for module number 19A8C5 ...Repeated for module number 2

Modbus Memory Map863ADD3 ...Repeated for module number 13ADED ...Repeated for module number 14AE07 ...Repeated for module number 15AE21 ...Repeated fo

873B0A1 ...Repeated for module number 10B0B7 ...Repeated for module number 11B0CD ...Repeated for module number 12B0E3 ...Repeated for module number 1

Modbus Memory Map883B377 ...Repeated for module number 43B38D ...Repeated for module number 44B3A3 ...Repeated for module number 45B3B9 ...Repeated fo

893B64D ...Repeated for module number 76B663 ...Repeated for module number 77B679 ...Repeated for module number 78B68F ...Repeated for module number 7

PLC support 91.1.1.2 StatusTo view a snapshot of the PLC input states from the HMI, open the PLC Input State screen (Main Menu, User Settings, Control

Modbus Memory Map903B923 ...Repeated for module number 109B939 ...Repeated for module number 110B94F ...Repeated for module number 111B965 ...Repeated

913BBF9 ...Repeated for module number 142BC0F ...Repeated for module number 143BC25 ...Repeated for module number 144BC3B ...Repeated for module numbe

Modbus Memory Map923BECF ...Repeated for module number 175BEE5 ...Repeated for module number 176BEFB ...Repeated for module number 177BF11 ...Repeated

933C1A5 ...Repeated for module number 208C1BB ...Repeated for module number 209C1D1 ...Repeated for module number 210C1E7 ...Repeated for module numbe

Modbus Memory Map943C47B ...Repeated for module number 241C491 ...Repeated for module number 242C4A7 ...Repeated for module number 243C4BD ...Repeated

953C751 ...Repeated for module number 274C767 ...Repeated for module number 275C77D ...Repeated for module number 276C793 ...Repeated for module numbe

Modbus Memory Map963CA27 ...Repeated for module number 307CA3D ...Repeated for module number 308CA53 ...Repeated for module number 309CA69 ...Repeated

973CCFD ...Repeated for module number 340CD13 ...Repeated for module number 341CD29 ...Repeated for module number 342CD3F ...Repeated for module numbe

Modbus Memory Map983CFD3 ...Repeated for module number 373CFE9 ...Repeated for module number 374CFFF ...Repeated for module number 375D015 ...Repeated

993D2A9 ...Repeated for module number 406D2BF ...Repeated for module number 407D2D5 ...Repeated for module number 408D2EB ...Repeated for module numbe