Page 1 Grid Solutions 3 Series Protective Relay Platform 350 - 345 - 339 Communications Guide 3 Series revision: 2.3x Manual P/N: 1601-0246-A2 GE publication code: GEK-130922A E83849 LISTED IND.CONT. EQ. 52TL *1601-0246-A2*...
Page 2 The contents of this manual are the property of GE Multilin Inc. This documentation is furnished on license and may not be reproduced in whole or in part without the permission of GE Multilin. The content of this manual is for informational use only and is subject to change without notice.
Page 3 Safety words and definitions The following symbols used in this document indicate the following conditions: Indicates a hazardous situation which, if not avoided, will result in death or serious Note injury. Indicates a hazardous situation which, if not avoided, could result in death or serious Note injury.
Page 4 1-iv SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 5: Table Of Contents
103 general settings .......................2 - 25 3. ETHERNET 350 Redundancy Options ....................3 - 1 INTERFACE 350 Parallel Redundancy Protocol (PRP) ...............3 - 3 350 High-availability Seamless Redundancy (HSR) ..........3 - 4 350 Daisy Chain........................3 - 5 350 LLA (Link Loss Alert) ......................3 - 6 SNTP ............................3 - 7...
Page 6 Timing............................6 - 3 3 Series supported functions....................6 - 4 7. 350 TIME 350 IEC 1588 Precision Time Protocol (PTP) ............7 - 1 PROTOCOLS 350 Real Time Clock........................ 7 - 2 SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 7 345 MODBUS memory map..................11 - 1 MEMORY MAP AND 345 Format Codes ......................11 - 77 FORMAT CODES 12. 350 MODBUS 350 MODBUS memory map..................12 - 1 350 Format Codes ......................12 - 87 MEMORY MAP AND FORMAT CODES A. IEC 61850 MICS............................A - 1...
Page 8 PICS ............................A - 51 1 General............................A - 51 2 ASCI basic conformance statement................A - 52 3 ACSI models conformance statement ............... A - 53 4 ACSI service conformance statement................ A - 55 PIXIT............................A - 58 Introduction ..........................A - 58 PIXIT for Association model....................
Page 9: Communications Interfaces
SR3 Series Protective Relay Platform Chapter 1: Introduction Introduction The Multilin 3 Series protective relay platform includes three different relays, the 350, 345, and 339. Information in this manual applies to all 3 Series relays unless otherwise indicated. The 350 is a microprocessor-based relay for primary and backup overcurrent protection of medium and low voltage distribution feeders.
Page 10 COMMUNICATIONS INTERFACES CHAPTER 1: INTRODUCTION SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 11: Rs485 Interface
Grid Solutions SR3 Series Protective Relay Platform Chapter 2: RS485 interface RS485 interface The hardware or electrical interface in the 3 Series relay is two-wire RS485. In a two-wire link, data is transmitted and received over the same two wires. Although RS485 two wire communication is bi-directional, the data is never transmitted and received at the same time.
Page 12: Modbus Protocol
MODBUS PROTOCOL CHAPTER 2: RS485 INTERFACE MODBUS Protocol The 3 Series relay implements a subset of the Modicon Modbus RTU serial communication standard. The Modbus protocol is hardware-independent. That is, the physical layer can be any of a variety of standard hardware configurations. This includes USB, RS485, fibre optics, etc.
Page 13: Error Checking
CHAPTER 2: RS485 INTERFACE MODBUS PROTOCOL DATA: This will be a variable number of bytes depending on the FUNCTION CODE. This may be Actual Values, Setpoints, or addresses sent by the master to the slave or by the slave to the master.
Page 14: Timing
MODBUS PROTOCOL CHAPTER 2: RS485 INTERFACE 4. Di (+) AL —> AL 5. j+1 —> j 6. shr(A) 7. is there a carry? No: go to 8. Yes: G (+) A —> A 8. is j = 8? No: go to 5. Yes: go to 9. 9.
Page 15: Dnp Communication
CHAPTER 2: RS485 INTERFACE DNP PROTOCOL SETTINGS DNP protocol settings DNP communication The menu structure for the DNP protocol is shown below. Figure 2-1: DNP communication menu S1 DNP DNP GENERAL S1 DNP GENERAL DNP UNSOL RESPONSE* DNP ADDRESS DEFAULT VARIATION DNP TCP/UDP PORT DNP CLIENT ADDRESS* CHANNEL 1 PORT...
Page 16: Dnp Device Profile
DNP PROTOCOL SETTINGS CHAPTER 2: RS485 INTERFACE To view the list of DNP Binary Inputs please refer to the Format Codes section - FC134B - of this Guide. DNP device profile DNP 3.0 Device Profile (Also see the IMPLEMENTATION TABLE in the following section) Vendor Name: General Electric Multilin Device Name: 3 Series relay Highest DNP Level Supported:...
Page 17 CHAPTER 2: RS485 INTERFACE DNP PROTOCOL SETTINGS DNP 3.0 Device Profile □ Configurable Requires Application Layer Confirmation: □ Never □ Always ⊠ When reporting Event Data ⊠ When sending multi-fragment responses □ Sometimes □ Configurable Timeouts while waiting for: ⊠ None □...
Page 18: Dnp Implementation
DNP PROTOCOL SETTINGS CHAPTER 2: RS485 INTERFACE DNP 3.0 Device Profile □ Only certain objects □ When Status Flags Change ⊠ Sometimes No other options are permitted. ⊠ ENABLE/DISABLE unsolicited Function codes supported Explanation of ‘Sometimes’: It will be disabled for RS-485 applications, since there is no collision avoidance mechanism.
Page 19 CHAPTER 2: RS485 INTERFACE DNP PROTOCOL SETTINGS OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES FUNCTION QUALIFIER CODES CODES (DEC) (HEX) CODES (DEC) (HEX) Control Relay Output Block 3 (select)4 00, 01 (start-stop) 129 (response) echo of request (operate) 5 (direct 07, 08 (limited op) 6 (dir.
Page 20 DNP PROTOCOL SETTINGS CHAPTER 2: RS485 INTERFACE OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES FUNCTION QUALIFIER CODES CODES (DEC) (HEX) CODES (DEC) (HEX) 16-Bit Counter Change 1 (read) 06 (no range, or all) 129 (response) 17, 28 (index) Event with Time 07, 08 (limited 130 (unsol.
Page 21 CHAPTER 2: RS485 INTERFACE DNP PROTOCOL SETTINGS OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES FUNCTION QUALIFIER CODES CODES (DEC) (HEX) CODES (DEC) (HEX) 2 (write) 00, 01 (start-stop) 07, 08 (limited quantity) 17, 28 (index) 32-bit Analog Input 1 (read) 00, 01 (start-stop) 06 129 (response)
Page 22: Dnp Serial Enervista Setup
DNP PROTOCOL SETTINGS CHAPTER 2: RS485 INTERFACE DNP serial EnerVista Setup The following tables show the settings needed to configure all the DNP 3.0 implementation parameters. Table 2-1: RS-485 SETTINGS PARAMETER RANGE FORMAT RS485 Baud Rate 115200 9600, 19200, 38400, 57600, F101 115200 RS485 Comm Parity...
Page 23 CHAPTER 2: RS485 INTERFACE DNP PROTOCOL SETTINGS SETTINGS PARAMETER RANGE FORMAT Analog Input Point 31 Scale Factor 1 0.001 ; 0.01 ; 0.1 ; 1 ; 10 ; 100 ; 1000 ; 10000 ; 100000 Analog Input Point 31 Deadband 30000 0 to 100000000 Binary Output Point 0 ON...
Page 24: Dnp General
0.When "Enabled", the Fault Report Values are assigned from point 0 to 32 in the 339 and 350 relays, and from 0 to 38 in the 345 relay, with the configurable Analog Inputs following the point numbers.
Page 25 CHAPTER 2: RS485 INTERFACE DNP PROTOCOL SETTINGS Fault Report Mapping 350 and 339 Fault Report Mapping Disabled Enabled Disabled Enabled Fault Report In Fault Report In Fault Report In Angle Fault Report In Angle Fault Report Va Fault Report System Frequency...
Page 26: Iec 60870-5-103 Serial Communication
IEC 60870-5-103 SERIAL COMMUNICATION CHAPTER 2: RS485 INTERFACE IEC 60870-5-103 serial communication Figure 2-2: IEC 60870-5-103 serial communication menu S1 60870-5-103 GENERAL S1 103 GENERAL BINARY INPUTS SLAVE ADDRESS ▼ MEASURANDS ▼ SYNCH TIMEOUT COMMANDS S1 103 FIRST ASDU S1 103 B INPUTS ID TYPE ▼...
Page 27: Link Layer
CHAPTER 2: RS485 INTERFACE IEC 60870-5-103 SERIAL COMMUNICATION Electrical interface ⊠ EIA RS-485 Number of loads for one protection equipment Optical interface □ Glass fibre □ Plastic fibre □ F-SMA type connector □ BFOC/2,5 type connector Transmission speed ⊠ 9600 bits/s ⊠...
Page 28 IEC 60870-5-103 SERIAL COMMUNICATION CHAPTER 2: RS485 INTERFACE Semantics 3 Series relay 3 Series relay Identifier Data Text □ <20> Monitor direction blocked □ <21> Test mode □ <22> Local parameter setting □ <23> Characteristic 1 □ <24> Characteristic 2 □...
Page 29 CHAPTER 2: RS485 INTERFACE IEC 60870-5-103 SERIAL COMMUNICATION Semantics 3 Series relay 3 Series relay Identifier Data Text □ <72> Trip I>> (back-up operation) □ <73> Fault location X in ohms □ <74> Fault forward / line □ <75> Fault reverse / busbar □...
Page 30 IEC 60870-5-103 SERIAL COMMUNICATION CHAPTER 2: RS485 INTERFACE Semantics □ <249> Write entry with confirmation □ <250> Write entry with execution □ <251> Write entry aborted Selection of standard information numbers in control direction Table 2-12: System functions in control direction Semantics ⊠...
Page 31: Application Level
CHAPTER 2: RS485 INTERFACE IEC 60870-5-103 SERIAL COMMUNICATION Miscellaneous Measurand Max. MVAL = times rated value □ ⊠ Current L1 □ ⊠ Current L2 □ ⊠ Current L3 □ ⊠ Voltage L1-E □ ⊠ Voltage L2-E □ ⊠ Voltage L3-E □...
Page 32: Function Type
IEC 60870-5-103 SERIAL COMMUNICATION CHAPTER 2: RS485 INTERFACE <6>:= time synchronization <7>:= general interrogation <20>:= general command Function type FUNCTION TYPE UI8 [1..8] <0..255> <0..127>:= private range <128..129>:= compatible range <130..143>:= private range <144..145>:= compatible range <146..159>:= private range <160..161>:= compatible range <162..175>:= private range <176..177>:= compatible range <178..191>:= private range...
Page 33: Data Management
CHAPTER 2: RS485 INTERFACE IEC 60870-5-103 SERIAL COMMUNICATION Data management The 3 Series relay supports a fixed profile and data that is configurable using the EnerVista 3 Series Setup program. The data that can be configured are: • digital states •...
Page 34 IEC 60870-5-103 SERIAL COMMUNICATION CHAPTER 2: RS485 INTERFACE Modbus Address Description Value Format 44388 First ASDU First Analogue Entry Disabled 44389 First ASDU First Analogue Factor 44390 First ASDU First Analogue Offset 44391 First ASDU Second Analogue Entry Disabled 44392 First ASDU Second Analogue Factor 44393 First ASDU Second Analogue Offset...
Page 35: Commands
CHAPTER 2: RS485 INTERFACE IEC 60870-5-103 SERIAL COMMUNICATION Commands All the commands and virtual inputs are available to be mapped using the EnerVista Setup program. It is possible to choose the desired command for the ON state and the same or different command for the OFF state.
Page 36 IEC 60870-5-103 SERIAL COMMUNICATION CHAPTER 2: RS485 INTERFACE 2-26 SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 37: Ethernet Interface
40191 EthernetConnectionType FC230 350 Redundancy Options Redundancy options are available for the 350 relay only. NOTE: Industrial real-time Ethernets typically demand much higher availability and uninterrupted operation than office Ethernet solutions can provide. Even a short loss of connectivity can result in loss of functionality, as for example in some automation, vehicular, power generation, and power distribution systems.
Page 38 350 REDUNDANCY OPTIONS CHAPTER 3: ETHERNET INTERFACE Figure 3-1: Example of PRP with two LANs (LAN A and LAN B) The two LANs, named LAN_A and LAN_B, are identical in protocol at the MAC level, but they can differ in performance and topology. Transmission delays can also be different.
Page 39: Parallel Redundancy Protocol (Prp)
12 bit frame size (LSDUsize); – 16-bit suffix (PRPsuffix). 350 Parallel Redundancy Protocol (PRP) PRP defines a redundancy protocol for high availability in substation automation networks. It is applicable to networks based on Ethernet technology (ISO/IEC 8802-3). PRP is designed to provide seamless recovery in case of a single failure in the network, by using a combination of LAN duplication and frame duplication technique.
Page 40: High-Availability Seamless Redundancy (Hsr)
In the 350 relay, HSR is implemented in devices with communication option number 5 and it has two fiber optics. A frame is sent over both ports. A destination should receive, in the fault-free state, two identical frames within a certain time skew, forward the first frame to the application and discard the second frame when (and if) it comes.
Page 41: 350 Daisy Chain
A daisy chain is an interconnection of devices where each device is connected in series to the next. When an Ethernet daisy-chain redundancy is selected, the 350 relay has two Ethernet ports and it is working as an unmanaged Ethernet switch. The two Ethernet ports are used for connecting each device to the ports of its two neighboring devices, see figure.
Page 42: Lla (Link Loss Alert)
In case of a link loss, only port A generates an "Ethernet Link Failure" target message or NOTE: event message. Port B does not generate this message. In cases where a 350 device is connected between 2 other devices and has a link failure on Port B, it will be necessary to check the device connected to port B in order to identify the link failure.
Page 43: Sntp
CHAPTER 3: ETHERNET INTERFACE SNTP SNTP SNTP settings With SNTP, the device can obtain the clock time over an Ethernet network, acting as an SNTP client to receive time values from an SNTP server. SNTP Port configures the ports that the device uses, so it’s necessary to configure it in all cases.
Page 44: Modbus Tcp/Ip
MODBUS TCP/IP CHAPTER 3: ETHERNET INTERFACE MODBUS TCP/IP This section describes the procedure to read and write data in a 3 Series relay using MODBUS TCP protocol. The MODBUS communication allows the 3 Series relay to be connected to a supervisor program or any other device with a master MODBUS communication channel.
Page 45: Request Response Sequence
CHAPTER 3: ETHERNET INTERFACE MODBUS TCP/IP Field Name Byte Count 04 Data Hi Data Lo Response: Field Name Slave Address Function Starting Address Hi Starting Address Lo No. of Registers Hi No. of Registers Lo Exception and error responses One data frame of an asynchronous transmission to or from a 3 Series relay typically consists of 1 start bit, 8 data bits, and 1 stop bit.
Page 46: Dnp Communication
DNP ETHERNET PROTOCOL SETTINGS CHAPTER 3: ETHERNET INTERFACE DNP Ethernet protocol settings DNP communication The menu structure for the DNP protocol is shown below. Figure 3-6: DNP communication menu S1 DNP DNP GENERAL S1 DNP GENERAL DNP UNSOL RESPONSE* DNP ADDRESS DEFAULT VARIATION DNP TCP/UDP PORT DNP CLIENT ADDRESS*...
Page 47: Dnp Device Profile
CHAPTER 3: ETHERNET INTERFACE DNP ETHERNET PROTOCOL SETTINGS PATH: SETPOINTS > S1 RELAY SETUP > COMMUNICATIONS > DNP PROTOCOL > DNP GENERAL To view the list of DNP Binary Inputs please refer to the Format Codes section - FC134B - of this Guide.
Page 48 DNP ETHERNET PROTOCOL SETTINGS CHAPTER 3: ETHERNET INTERFACE DNP 3.0 Device Profile □ Sometimes □ Configurable Requires Application Layer Confirmation: □ Never □ Always ⊠ When reporting Event Data ⊠ When sending multi-fragment responses □ Sometimes □ Configurable Timeouts while waiting for: ⊠...
Page 49: Dnp Port Allocation
CHAPTER 3: ETHERNET INTERFACE DNP ETHERNET PROTOCOL SETTINGS DNP 3.0 Device Profile □ Configurable □ When Device Restarts □ Only certain objects □ When Status Flags Change ⊠ Sometimes No other options are permitted. ⊠ ENABLE/DISABLE unsolicited Function codes supported Explanation of ‘Sometimes’: It will be disabled for RS-485 applications, since there is no collision avoidance mechanism.
Page 50: Dnp Implementation
DNP ETHERNET PROTOCOL SETTINGS CHAPTER 3: ETHERNET INTERFACE DNP implementation OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES FUNCTION QUALIFIER CODES CODES (DEC) (HEX) CODES (DEC) (HEX) Binary Input (Variation 0 is 1 (read) 22 00, 01 (start-stop) 06 used to request default (assign class) (no range, or all) 07,...
Page 51 CHAPTER 3: ETHERNET INTERFACE DNP ETHERNET PROTOCOL SETTINGS OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES FUNCTION QUALIFIER CODES CODES (DEC) (HEX) CODES (DEC) (HEX) 16-Bit Binary Counter 1 (read) 7 (freeze) 00, 01 (start-stop) 06 129 (response) 00, 01 (start-stop) without Flag 8 (freeze noack) 9 (no range, or all) 07,...
Page 52 DNP ETHERNET PROTOCOL SETTINGS CHAPTER 3: ETHERNET INTERFACE OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES FUNCTION QUALIFIER CODES CODES (DEC) (HEX) CODES (DEC) (HEX) 32-Bit Analog Input 1 (read) 22 00, 01 (start-stop) 06 129 (response) 00, 01 (start-stop) (assign class) (no range, or all) 07, 17, 28 (index) (see...
Page 53: Dnp Ethernet Enervista Setup
CHAPTER 3: ETHERNET INTERFACE DNP ETHERNET PROTOCOL SETTINGS OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES FUNCTION QUALIFIER CODES CODES (DEC) (HEX) CODES (DEC) (HEX) Class 1 Data 1 (read) 20 06 (no range, or all) (enable unsol) 07, 08 (limited quantity) Class 2 Data 21 (disable unsol)
Page 54 DNP ETHERNET PROTOCOL SETTINGS CHAPTER 3: ETHERNET INTERFACE SETTINGS PARAMETER RANGE FORMAT DNP Object 1 Default Variation 1 ; 2 DNP Object 2 Default Variation 1 ; 2 DNP Object 20 Default Variation 1 ; 2 , 5 ; 6 DNP Object 21 Default Variation 1 ;...
Page 55: Dnp General
0.When "Enabled", the Fault Report Values are assigned from point 0 to 32 in the 339 and 350 relays, and from 0 to 38 in the 345 relay, with the configurable Analog Inputs following the point numbers.
Page 56 To read a date or time, it is necessary to read both the upper and lower 16-bit portions, concatenate these two values to form a 32-bit value and interpret the result in the format associated with the point. Fault Report Mapping 350 and 339 Fault Report Mapping Disabled Enabled...
Page 57 CHAPTER 3: ETHERNET INTERFACE DNP ETHERNET PROTOCOL SETTINGS Fault Report Mapping 350 and 339 Fault Report Mapping Disabled Enabled Disabled Enabled Analog Input Point 1 Entry … … … … … … Analog Input Point 31 Entry Some fault report data has been scaled to fit into a 16-bit value as follows:...
Page 58: Iec60870-5-104 Protocol
IEC60870-5-104 PROTOCOL CHAPTER 3: ETHERNET INTERFACE IEC60870-5-104 protocol Figure 3-7: IEC 60870-5-104 protocol menu S1 60870-5-104 GENERAL S1 104 GENERAL CLIENT ADDRESS FUNCTION POINT LIST TCP PORT SLAVE ADDRESS CYCLIC DATA PERIOD TCP CONN. TIMEOUT 104 BINARY INPUTS OBJ INFO ADDR BIN POINT 0 OBJ INFO ADDR ALOG OBJ INFO ADDR CNTR...
Page 59 CHAPTER 3: ETHERNET INTERFACE IEC60870-5-104 PROTOCOL ⊠ Three octets. ⊠ Structured ⊠ Unstructured 2.4. Cause of transmission: ⊠ Two octets (with originator address). Originator address is set to zero if not used. 2.5. Maximum length of APDU. 253 in both directions (the maximum length is a fixed system parameter). 2.6.
Page 60 IEC60870-5-104 PROTOCOL CHAPTER 3: ETHERNET INTERFACE Number / description Mnemonic ⊠ <58> := Single command with time tag CP56Time2a C_SC_TA_1 ⊠ <59> := Double command with time tag CP56Time2a C_DC_TA_1 □ <60> := Regulating step command with time tag CP56Time2a C_RC_TA_1 □...
Page 61 CHAPTER 3: ETHERNET INTERFACE IEC60870-5-104 PROTOCOL Table 3-9: Cause of transmission numbers Number Cause of transmission Periodic, cyclic Background scan Spontaneous Initialized Request or requested Activation Activation confirmation Deactivation Deactivation confirmation Activation termination Return information caused by local command File transfer Interrogated by group <number>...
Page 62 IEC60870-5-104 PROTOCOL CHAPTER 3: ETHERNET INTERFACE Type identification Cause of transmission Mnemonic 10 11 12 13 20 44 45 46 47 ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ <31> M_DP_TB_1 ░ ░ ░...
Page 63 CHAPTER 3: ETHERNET INTERFACE IEC60870-5-104 PROTOCOL Type identification Cause of transmission Mnemonic 10 11 12 13 20 44 45 46 47 ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ <125> F_SG_NA_1 <126> F_DR_TA_1*) ░ ░ ░...
Page 64 IEC60870-5-104 PROTOCOL CHAPTER 3: ETHERNET INTERFACE ⊠ Group 16. ⊠ Global. 3.7. Clock synchronization: ⊠ Clock synchronization (optional, see Clause 7.6). □ Day of week used. □ RESI, GEN (time tag substituted/not substituted) □ SU-bit (summertime) used. 3.8. Command transmission: ⊠...
Page 65 CHAPTER 3: ETHERNET INTERFACE IEC60870-5-104 PROTOCOL □ Transparent file. □ Transmission of disturbance data of protection equipment. □ Transmission of sequences of events. □ Transmission of sequences of recorded analog values. 3.14. File transfer in control direction: □ Transparent file. 3.15.
Page 66: Iec 60870-5-104 Protocol Settings
IEC60870-5-104 PROTOCOL CHAPTER 3: ETHERNET INTERFACE IEC 60870-5-104 protocol settings Select the Settings > Communications > IEC 60870-5-104 > Protocol menu item to open the IEC 60870-5-104 protocol configuration window. Settings Range Default GENERAL IEC 60870-5-104 Function Disabled, Enabled Disabled IEC TCP Port 1 to 65535 2404...
Page 67: Iec 60870-5-104 Point Lists
CHAPTER 3: ETHERNET INTERFACE IEC60870-5-104 PROTOCOL IEC 60870-5-104 point lists M_SP can be configured to a maximum of 64 points. The value for each point is user- programmable and can be configured by assigning operands. Up to 32 Measured values (M_ME) can be configured assigning metered values to each data point.
Page 68 (IOA) for analog values.When "Enabled", the Fault Report Values are assigned from IOA to IOA + 32 in the 339 and 350 relays, and from IOA to IOA + 38 in the 345 relay, with the configurable Analog Inputs following that IOAs.To support existing SCADA hardware not capable of 32-bit data reads,...
Page 69 CHAPTER 3: ETHERNET INTERFACE IEC60870-5-104 PROTOCOL Fault Report Mapping 350 and 339 Fault Report Mapping Disabled Enabled Disabled Enabled Fault Report System Frequency Fault Report Idiff 1 PhB Angle Fault Report Phases Fault Report I Restraint Ph B Analog Input Point 0 Entry...
Page 70: Summary Of Ethernet Client Connections
SUMMARY OF ETHERNET CLIENT CONNECTIONS CHAPTER 3: ETHERNET INTERFACE Summary of Ethernet client connections Table 3-11: Case A Settings Ethernet DNP CHANNEL 1 PORT NONE DNP CHANNEL 2 PORT NONE 104 GENERAL FUNCTION DISABLE Client 1 Client 2 Client 3 MODBUS NOTHING NOTHING...
Page 71 CHAPTER 3: ETHERNET INTERFACE SUMMARY OF ETHERNET CLIENT CONNECTIONS Settings Ethernet DNP-TCP DNP-UDP NOTHING NOTHING DNP-TCP DNP-UDP MODBUS NOTHING DNP-TCP DNP-UDP MODBUS MODBUS Table 3-16: Case F Settings Ethernet DNP CHANNEL 1 PORT XX (any value) DNP CHANNEL 2 PORT XX (any value) 104 GENERAL FUNCTION...
Page 72 SUMMARY OF ETHERNET CLIENT CONNECTIONS CHAPTER 3: ETHERNET INTERFACE 3-36 SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 73: Series Iec61850 Goose
In this example, if there is a fault on one of the feeders, say, feeder A, both the instantaneous overcurrent element of the 350 feeder A and the instantaneous overcurrent element of the 345 will pick up. The 345’s protection has been coordinated with the downstream feeders such that if the 345 does not receive a GOOSE SR3 SERIES PROTECTIVE RELAY PLATFORM –...
Page 74: Goose Configuration Via The 3 Series Menus
GOOSE CONFIGURATION VIA THE 3 SERIES MENUS CHAPTER 4: 3 SERIES IEC61850 GOOSE message from one of the feeders (in this case feeder A) within a specified period of time after detection of the overcurrent fault, the 345 will trip its breaker, removing power to the bus.
Page 75: Enervista 3 Series Setup Software Structure
CHAPTER 4: 3 SERIES IEC61850 GOOSE GOOSE CONFIGURATION VIA THE 3 SERIES MENUS Figure 4-1: EnerVista 3 Series Setup GOOSE General Settings EnerVista 3 Series Setup software structure The structure below provides a summary of how the EnerVista 3 Series Setup software should be used to implement the sections detailed in this document, in order to enable both transmission and reception of GOOSE messages.
Page 76 GOOSE CONFIGURATION VIA THE 3 SERIES MENUS CHAPTER 4: 3 SERIES IEC61850 GOOSE SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 77: Goose Transmission
CHAPTER 4: 3 SERIES IEC61850 GOOSE GOOSE CONFIGURATION VIA THE 3 SERIES MENUS GOOSE transmission The 3 Series relay firmware supports one transmission dataset. All elements in the transmit dataset must be Boolean values. The user can define the number of items in the transmit data setup, to a maximum of 32. The minimum number of items in a data set is 1.
Page 78: Goose Rx
GOOSE CONFIGURATION VIA THE 3 SERIES MENUS CHAPTER 4: 3 SERIES IEC61850 GOOSE • ETYPE AppID: to select ISO/IEC 8802-3 frames containing GSE Management and GOOSE messages and to distinguish the application association. • Update Time: time to delay transmission of the next iteration of a particular GOOSE message if no value within the message has changed.
Page 79: Goose Rx Status
CHAPTER 4: 3 SERIES IEC61850 GOOSE GOOSE CONFIGURATION VIA THE 3 SERIES MENUS GOOSE Rx status In order to visualize the status of the incoming GOOSE messages, the following status registers are available in the MODBUS memory map: Data Item EnerVista 3 Series MMI Text Value...
Page 80 GOOSE CONFIGURATION VIA THE 3 SERIES MENUS CHAPTER 4: 3 SERIES IEC61850 GOOSE SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 81: Goose Rx Headers
CHAPTER 4: 3 SERIES IEC61850 GOOSE GOOSE CONFIGURATION VIA THE 3 SERIES MENUS GOOSE Rx headers The 3 Series relay firmware supports GOOSE messages that contain up to one level of nesting, and that are capable of mapping only digital values to the remote inputs. The 3 Series relay firmware maintains the format of GOOSE messages that can be received in MODBUS registers.
Page 82: Goose Receive Dataset Structure
GOOSE CONFIGURATION VIA THE 3 SERIES MENUS CHAPTER 4: 3 SERIES IEC61850 GOOSE GOOSE receive dataset structure The format of the GOOSE messages that can be accepted by the firmware is stored in MODBUS registers. The maximum total storage size for the 8 Rx GOOSE structure is 250 registers.
Page 83: Goose Remote Inputs
CHAPTER 4: 3 SERIES IEC61850 GOOSE GOOSE CONFIGURATION VIA THE 3 SERIES MENUS GOOSE remote inputs The firmware allows the user to map each of the digital data points received in a data set, configured for reception, to one of 32 GOOSE remote inputs. More than 1 GOOSE remote input can be mapped to the same data element, in a data set belonging to a received GOOSE message.
Page 84 • group setting change (350 and 345 only) The 3 Series relay records changes in GOOSE remote inputs in the Event Log. The time recorded in a GOOSE remote input’s event log entry, is the time at which the change in the input’s state is detected.
Page 85: Using The Simplified Goose Configurator
CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE SIMPLIFIED GOOSE CONFIGURATOR Using the Simplified GOOSE Configurator The simplified GOOSE configuration tool has no way of sensing manual changes to the NOTE: GOOSE configuration menus and so when used, the SGC tool overwrites the entire IEC61850 settings of all settings files within the offline site.
Page 86: Setting Up The Goose Configurator
USING THE SIMPLIFIED GOOSE CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE The total number of items that can be received is affected by the number of GOOSE NOTE: receives that have been configured, the type of data item, and by whether or not the quality is to be received with the item.
Page 87 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE SIMPLIFIED GOOSE CONFIGURATOR Once an IP address and subnet mask have been configured within each relay, and the power cycled, the relays can be connected though a switch to the computer running the EnerVista 3 Series Setup configuration software.
Page 88: Connection
Launch the EnerVista 3 Series Setup software, and using the help menu, ensure that the EnerVista 3 Series Setup software is version 1.41 or higher. If it is not, go to the GE Multilin website and download the latest copy of the EnerVista 3 Series Setup software before proceeding.
Page 89 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE SIMPLIFIED GOOSE CONFIGURATOR CONFIGURE THE RELAYS USING THE DEVICE SETUP MENU, ensuring the relay firmware is version 1.40 or higher and that the relay includes either the 2E or 3E option in its order code. CREATE AN OFFLINE SITE AND ADD THE DEVICE SETTINGS FILES: Note that an additional tree labeled IEC61850 Devices is also created.
Page 90 USING THE SIMPLIFIED GOOSE CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 2.1. Right-click the offline File tree and select Add New Site (see figure below). This selection will launch another window requesting the name of the new site. In our example, GOOSE was entered for the site name. Once the site name has been entered, selecting OK will create a new site in the offline window with a name corresponding to that which was entered.
Page 91 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE SIMPLIFIED GOOSE CONFIGURATOR any settings file off the root of the offline tree will not be considered for this feature. 2.3. Select New Settings File and enter the order code of the first relay. Note that the setting file name 228_GOOSE7 now appears under the site GOOSE.
Page 92 USING THE SIMPLIFIED GOOSE CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 2.4. Using the browser select the name (in this case 228_GOOSE7) and location of the offline settings file. Once entered select Save, then OK. 2.5. Repeat this process to enter the second setting file (using the name 230_GOOSE7), then again select Save and OK.
Page 93 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE SIMPLIFIED GOOSE CONFIGURATOR Now that we’ve created the offline settings files for our relays it is time to launch the Simplified GOOSE Configurator (SGC) tool. 3.1. Right-click the site GOOSE, then select Simplified GOOSE Configurator to launch the SGC tool.
Page 94 USING THE SIMPLIFIED GOOSE CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE At the bottom of the screen there is a selection to determine if quality bits are to be included with the value. Users have an option to Enable/Disable Quality here. In our example application we are going to send just the status of Virtual Input 1 from the relay labeled 228 to the relay labeled 230, so the Value Only selection will be made by clicking on that portion of the screen.
Page 95 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE SIMPLIFIED GOOSE CONFIGURATOR The simplified GOOSE Configuration Tool required all settings files to be present before NOTE: launching the tool. If at a later date settings files need to be added or removed, the above process must be repeated from the beginning.
Page 96 USING THE SIMPLIFIED GOOSE CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 3.3. Before the final step of downloading the settings to each relay, we need to enable the Virtual Input within 228_GOOSE7 such that we can change its status. 3.4. Since Remote Input 1 of 230_GOOSE7 will receive the status of the Virtual Input of 228_GOOSE7, we must configure a logic element within 230_GOOSE7 to use the status of Remote Input 1 to drive the status of Relay 3 as shown.
Page 97 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE SIMPLIFIED GOOSE CONFIGURATOR DOWNLOAD THE SETTINGS FILES TO THE ASSOCIATED RELAYS SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE 4-25...
Page 98 USING THE SIMPLIFIED GOOSE CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 4.1. Right-click the settings file labeled 228_GOOSE7 and select Write Setting File to Device. This action launches a second window showing all devices configured for the online window. To start the download process to Relay 228, click Relay 228 such that it is highlighted, then select Send.
Page 99: Using The Iec 61850 Configurator
CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR Using the IEC 61850 configurator Introduction to the 3 Series IEC61850 Device Configurator The 3 Series family of relays supports the IEC61850 GOOSE messaging service. This service offers 3 Series relays the ability to exchange digital and analog information with other relays supporting the same service, at speeds suitable for protection.
Page 100 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE An Ethernet connection is required for programming relays using the IEC61850 Device NOTE: Configurator; connecting to the relay via USB is not recommended. For details on establishing an Ethernet Connection please refer to "SR3 GOOSE configuration - Lab".
Page 101 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR The 3 Series IEC61850 Device Configurator allows the user to build the GOOSE transmission by dragging and dropping digital and analog values from the 3 Series logical nodes directly into the GOOSE transmission message. The 3 Series IEC61850 logical nodes include five General Generic Input/Output logical nodes referred to as GGIO X where "X"...
Page 102 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE Within 3 Series relays there are 32 Virtual Inputs. The status of each of these 32 Virtual Inputs is automatically mapped into GGIO3 indication 1 through 32 within the stVal bit. In other words, each stVal bit within each indication, reflects the status of the corresponding Virtual Input.
Page 103: Series Goose Configuration - Lab
CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR GGIO5 contains the status of the remote inputs received by this relay while GGIO1 contains the status of the remote outputs configured under Setpoints > S1 Relay Setup > Communication >...
Page 104 Launch the EnerVista 3 Series Setup software and using the Help menu, ensure that the EnerVista 3 Series Setup software is version 1.41 or higher. If it is not, go to the GE Multilin website and download the latest copy of the EnerVista 3 Series Setup software before proceeding.
Page 105: Configuration Lab Steps
CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR Configuration lab steps Configure both relays in the EnerVista 3 Series Setup software and set the GOOSE transmission of both relays to Advanced. Configure both 3 Series relays into the EnerVista 3 Series Setup application using the following procedure 1.1.
Page 106 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 1.5. Enter an optional device name. 1.6. Set the interface to Ethernet and enter the first relays IP address, and Slave address. 1.7. To verify communications and ensure the correct order code is entered, select Read Order Code.
Page 107 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR 1.9. Repeat for the second 3 Series relay. 1.10. Select OK to save the settings and return to the Main Menu. - Before we can configure the relay using the IEC61850 Device Configuration tool we must set the GOOSE message transmission of both relays to Advanced as follows: 1.11.
Page 108 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 1.14. Repeat for Relay 254. Configure relay 228’s GOOSE transmission The following steps are used to configure relay 228’s transmission: 2.1. Right-click relay 228, then select IEC61850 Device Configurator to launch the software 4-36 SR3 SERIES PROTECTIVE RELAY PLATFORM –...
Page 109 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR 2.2. Select the Settings tab, then enter a unique IED name for this relay. For this lab exercise select “one” by a left double-click on the cell to the left of the cell labeled "IEC Name", and enter “one”.
Page 110 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 2.4. Within the GOOSE transmission control block work area you will see the SR3xx IED icon with IED name “one”. Click the icon and open the directory tree until the GOOSE ID is displayed.
Page 111 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR To build the content of the GOOSE transmission proceed as follows: 2.8. Within the dataset sources work area, open the directory tree of the IED labeled “one” to expose the logical nodes. 2.9.
Page 112 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE To export 228’s CID file to the computer perform the following steps after cycling relay 228’s power: 3.1. From the Main Menu right-click relay 228 and select Export CID file. 3.2.
Page 113 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR Relay 228’s GOOSE message TX1’s structure must be known by all relays receiving this message. The structure of GOOSE TX1 is contained within relay 228’s CID file. To load this structure into relay 254 proceed as follows: 3.3.
Page 114 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 3.5. Relay 228’s GOOSE message appears as an icon. This process can be repeated to load the structures of up to seven additional GOOSE messages into relay 254. 4-42 SR3 SERIES PROTECTIVE RELAY PLATFORM –...
Page 115 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR 3.6. Open the directory of relay 228’s GOOSE transmission until the status bit of Virtual Input 1 (sVal) is displayed. 3.7. Click and drag the bit labeled status value (sVal) into the first data item location of the reception as shown.
Page 116 USING THE IEC 61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE 4.1. Open Virtual input commands on relay 228. 4.2. Open the Remote Input Status under Actual Values on Relay 254, and note that when Virtual Input 1 of relay 228 is forced to a logic 1 or a logic 0, the status of Remote Input 1 of relay 254 changes to the same state, proving that the GOOSE transmission and reception were configured correctly.
Page 117 CHAPTER 4: 3 SERIES IEC61850 GOOSE USING THE IEC 61850 CONFIGURATOR This completes the exercise. SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE 4-45...
Page 118: Iec61850 Server
IEC61850 SERVER CHAPTER 4: 3 SERIES IEC61850 GOOSE IEC61850 Server The IEC 61850 Server reports data including the logical device, data sets, data control block, logical nodes and their data attributes to the IEC 61850 Client, such as the Local HMI, RTU or Gateway.
Page 119 CHAPTER 4: 3 SERIES IEC61850 GOOSE IEC61850 SERVER P: Logical Nodes for protection Description ANSI functions PDUP UnderPower Yes(1) pcntPDIF Percent Differential Yes(1) instPDIF Instantaneous Differential 87T-50 Yes(1) rgfPDIF Restricted Ground Fault Yes(2) R: Logical Nodes for protection Description ANSI functions ndRDIR Neutral Directional Overcurrent...
Page 120: Functionality
IEC61850 SERVER CHAPTER 4: 3 SERIES IEC61850 GOOSE Functionality CLIENT CONNECTIONS The 3 Series relay supports up to three IEC61850 concurrent client connections. LOGICAL DEVICES AND REPORTS Supported buffered and un-buffered report, and the report triggers are shown in the Supported Triggers list.
Page 121: Iec61850 Configurator
CHAPTER 4: 3 SERIES IEC61850 GOOSE IEC61850 CONFIGURATOR IEC61850 Configurator The 3 Series relay supports the IEC 61850 protocol which is identified by order code Communications option "3E". The IEC 61850 Configurator is found in both the online and offline section of the EnerVista 3 Series Setup software for configuring both the online and offline 3 Series relay settings files.
Page 122 IEC61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE Export CID file: This menu option gets the CID file from the relay by TFTP and creates a 3 Series relay file with extension *.CID. When creating a CID file using a 3rd party ICT/SCL tool, ensure the following guidlines are FASTPATH: followed: –...
Page 123: Iec 61850 Configurator Details
CHAPTER 4: 3 SERIES IEC61850 GOOSE IEC61850 CONFIGURATOR IEC 61850 Configurator Details The IEC 61850 Configurator allows the user to edit all sections of the IEC61850 CID and ICD file. Close the IEC 61850 session to perform other operations in the EnerVista 3 Series Setup software.
Page 124: Settings
IEC61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE Settings The Settings tab consists of General Settings and DAI Settings. General Settings IED NameRange: Up to 64 alphanumeric characters The IED Name represents the MMS domain name (IEC 61850 logical device) where all IEC/MMS logical nodes are located.
Page 125 Table 4-1: Calculate Min/Max MMXU Node Values MMXU Node To Calculate TotW Max (350)= (Phase CT Primary * 115 A ) * (Phase VT Ratio * BusVTRatio * 240 V) TotVar *(scale W/kW/MW) TotVA Max(339) = (Phase CT Primary * 115 A ) * (Phase VT Ratio * BusVTRatio * 240 V)
Page 126 IEC61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE MMXU TotW, TotVar, TotVA Range: none, k, M The multiplier of the TotW, TotVar,TotVA can be modified to select the scale of the values to be sent between none, kilo or Mega. (W,Var,VA). 4-54 SR3 SERIES PROTECTIVE RELAY PLATFORM –...
Page 127: Reports
CHAPTER 4: 3 SERIES IEC61850 GOOSE IEC61850 CONFIGURATOR Reports The Reports tab in the IEC 61580 Configurator permits configuration of data sets and report control blocks for buffered and unbuffered reports. The screen helps the user to create, modify and delete Report Control Blocks (RCBs) and Datasets.
Page 128: Goose Reception And Goose Transmission
IEC61850 CONFIGURATOR CHAPTER 4: 3 SERIES IEC61850 GOOSE Add/Remove Report Control Block Click the “Add Report” button. The button is available in the lower side of the screen and is used to add a report control block. (a Report can also be added by right clicking the LD entry under the IED name in the "tree"...
Page 129: Opc-Ua Communication Standard
Communication Standard 350 OPC–UA Communication Standard This chapter describes the implementation process for the OPC-UA (OLE for Process Control – Unified Architecture) in the 350 relay. OPC-UA communication is available for the 350 relay only. NOTE: Definitions and Acronyms •...
Page 130: Opc-Ua Architecture
Range: Disabled, Enabled Default: Disabled The OPCUA Enable setting is only for a 350 relay with a communications Order Code 4. In this case only, the OPC-UA and the IEC61850 protocol do not run simultaneously. If IEC61850 is running by default but it is desired to use OPC-UA instead, the user must put the OPCUA Enable setting to Enabled.
Page 131: Opc-Ua Point Lists
CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD OPC–UA POINT LISTS OPC–UA Point Lists • Modeling for the following: Events All digital signals available are defined as an event source. So, the Server connection is declared as a unique event notifier. Alarms The alarms are not supported.
Page 132 OPC–UA POINT LISTS CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD Data Description Vaux_ang Auxiliary Voltage angle IseqPos_mag Positive Sequence Current magnitude IseqPos_ang Positive Sequence Current angle IseqNeg_mag Negative Sequence Current magnitude IseqNeg_ang Negative Sequence Current angle IseqZero_mag Zero Sequence Current magnitude...
Page 133 CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD OPC–UA POINT LISTS Data Description PIOC_2_phC_OP Phase C IOC2 OP PIOC_2_BLK Phase IOC2 BLK NIOC_1_PKP Neutral IOC1 PKP NIOC_1_OP Neutral IOC1 OP NIOC_1_BLK Neutral IOC1 BLK NIOC_2_PKP Neutral IOC2 PKP NIOC_2_OP Neutral IOC2 OP...
Page 134 OPC–UA POINT LISTS CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD Data Description POV_PKP Phase OV PKP POV_phA_PKP Phase A OV PKP POV_phB_PKP Phase B OV PKP POV_phC_PKP Phase C OV PKP POV_OP Phase OV OP POV_phA_OP Phase A OV OP POV_phB_OP...
Page 135 CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD OPC–UA POINT LISTS Data Description AR_Close_OP AR Close AR_Disabled_OP AR Disabled AR_ExtInit_OP AR Ext Init AR_InProgress_OP AR In Progress AR_Ready_OP AR Ready WGF_1_PKP Wattmetric1 PKP WGF_1_OP Wattmetric1 OP WGF_1_BLK Wattmetric1 BLK WGF_2_PKP Wattmetric2 PKP...
Page 136 OPC–UA POINT LISTS CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD Data Description PUV_4_OP Phase UV 4 OP PUV_4_phA_OP Phase A UV 4 OP PUV_4_phB_OP Phase B UV 4 OP PUV_4_phC_OP Phase C UV 4 OP PUV_4_BLK Phase UV 4 BLK POV_2_PKP...
Page 137 CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD OPC–UA POINT LISTS Data Description OF_4_PKP Over Frequency 4 PKP OF_4_OP Over Frequency 4 OP OF_4_BLK Over Frequency 4 BLK UF_3_PKP Under Frequency 3 PKP UF_3_OP Under Frequency 3 OP UF_3_BLK Under Frequency 3 BLK...
Page 138 OPC–UA POINT LISTS CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD Data Description VI_13 Virtual Input 13 VI_14 Virtual Input 14 VI_15 Virtual Input 15 VI_16 Virtual Input 16 VI_17 Virtual Input 17 VI_18 Virtual Input 18 VI_19 Virtual Input 19 VI_20...
Page 139 CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD OPC–UA POINT LISTS Data Description RI_28 Remote Input 28 RI_29 Remote Input 29 RI_30 Remote Input 30 RI_31 Remote Input 31 RI_32 Remote Input 32 Table 5-4: Output points Data Description RO_1 Remote Output 1...
Page 140 OPC–UA POINT LISTS CHAPTER 5: 350 OPC–UA COMMUNICATION STANDARD Table 5-5: Logic points Data Description Logic_1 Logic Element 1 Logic_2 Logic Element 2 Logic_3 Logic Element 3 Logic_4 Logic Element 4 Logic_5 Logic Element 5 Logic_6 Logic Element 6 Logic_7...
Page 141: Usb Interface
Grid Solutions SR3 Series Protective Relay Platform Chapter 6: USB interface USB interface The USB inferface supports only the Modbus protocol. For information on using the USB port on the 3 Series relay, please refer to section 3 of the appropriate 3 Series relay Instruction Manual.
Page 142: Data Packet Format
MODBUS PROTOCOL CHAPTER 6: USB INTERFACE Data Packet Format A complete request/response sequence consists of the following bytes (transmitted as separate data frames): Master Request Transmission: SLAVE ADDRESS: 1 byte FUNCTION CODE: 1 byte DATA: variable number of bytes depending on FUNCTION CODE CRC: 2 bytes Slave Response Transmission: SLAVE ADDRESS: 1 byte...
Page 143: Timing
CHAPTER 6: USB INTERFACE MODBUS PROTOCOL A: 16 bit working register AL: low order byte of A AH: high order byte of A CRC: 16 bit CRC-16 value i, j: loop counters (+): logical exclusive or operator Di: i-th data byte (i = 0 to N-1) G: 16 bit characteristic polynomial = 1010000000000001 with MSbit dropped and bit order reversed shr(x): shift right (the LSbit of the low order byte of x shifts into a carry flag, a '0' is shifted...
Page 144: Series Supported Functions
MODBUS PROTOCOL CHAPTER 6: USB INTERFACE 3 Series supported functions The following functions are supported by the 3 Series relay : • FUNCTION CODE 03H - Read Setpoints • FUNCTION CODE 04H - Read Actual Values • FUNCTION CODE 05H - Execute Operation •...
Page 145: Time Protocols
Time protocols are available for the 350 relay only. NOTE: 350 IEC 1588 Precision Time Protocol (PTP) The 350 relay supports PTP V2 protocol. The present values of the PTP protocol are displayed here. PATH: Actual Values > A1 Status The RTC Sync Source actual value is the time synchronizing source the relay is using at present.
Page 146: Real Time Clock
350 IEC 1588 PRECISION TIME PROTOCOL (PTP) CHAPTER 7: 350 TIME PROTOCOLS 350 Real Time Clock PATH: SETPOINTS > S1 RELAY SETUP > CLOCK PTP FUNCTION Range: Enabled, Disabled Default: Disabled When “Disabled” is selected for this setting, PTP is disabled on the port. The relay does not generate, or listen to, PTP messages on the port.
Page 147 CHAPTER 7: 350 TIME PROTOCOLS 350 IEC 1588 PRECISION TIME PROTOCOL (PTP) PTP EPOCH Range: UTC since 1995, UTC since 1900, UTC since 1970, TAI since 1970 Default: UTC since 1995 The setting selects the origin of the time scale.
Page 148 350 IEC 1588 PRECISION TIME PROTOCOL (PTP) CHAPTER 7: 350 TIME PROTOCOLS SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 149: Function Code 03H
Grid Solutions SR3 Series Protective Relay Platform Chapter 8: MODBUS Functions MODBUS Functions Function Code 03H Modbus implementation: Read Holding Registers 3 Series relay implementation: Read Setpoints For the 3 Series relay implementation of Modbus, this function code can be used to read any setpoints (“holding registers”).
Page 150 FUNCTION CODE 03H CHAPTER 8: MODBUS FUNCTIONS SLAVE RESPONSE BYTES EXAMPLE DESCRIPTION SLAVE ADDRESS message from slave FUNCTION CODE read registers BYTE COUNT 3 registers = 6 bytes DATA 1 (see definition above) 02 2B value in address 006B DATA 2 (see definition above) 00 00 value in address 006C...
Page 151: Function Code 04H
CHAPTER 8: MODBUS FUNCTIONS FUNCTION CODE 04H Function Code 04H Modbus Implementation: Read Input Registers 3 Series relay implementation: Read Actual Values For the 3 Series relay implementation of Modbus, this function code can be used to read any actual values (“input registers”). Input registers are 16 bit (two byte) values transmitted high order byte first.
Page 152: Function Code 05H
FUNCTION CODE 05H CHAPTER 8: MODBUS FUNCTIONS Field Name Slave Address Function Byte Count Data Hi (Register 30305) Data Lo (Register 30305) Function Code 05H Modbus Implementation: Force Single Coil 3 Series relay Implementation: Execute Operation This function code allows the master to request a 3 Series relay to perform specific command operations.
Page 153 CHAPTER 8: MODBUS FUNCTIONS FUNCTION CODE 05H Description Coil Address (HEX) Description Coil Address (HEX) Virtual Input 6 0x1005 Virtual Input 22 0x1015 Virtual Input 7 0x1006 Virtual Input 23 0x1016 Virtual Input 8 0x1007 Virtual Input 24 0x1017 Virtual Input 9 0x1008 Virtual Input 25 0x1018...
Page 154 Force Virtual Input 28 State 4123 Force Virtual Input 29 State 4124 Force Virtual Input 30 State 4125 Force Virtual Input 31 State 4126 Force Virtual Input 32 State 4127 350 Commands: SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 155 CHAPTER 8: MODBUS FUNCTIONS FUNCTION CODE 05H Description Coil Address (DEC) Reset Open Close Activate Group 1 Activate Group 2 Active Group Reset MWh and Mvarh Meters Clear Trip Counters Clear Event Records Clear Waveform Data Clear Maintenance Timer Clear Thermal Image Trigger Waveform Capture Force Virtual Input 1 State 4096...
Page 156 FUNCTION CODE 05H CHAPTER 8: MODBUS FUNCTIONS Query: Here is an example of a request to force Virtual Input1 to ON in slave device 254: Field Name Slave Address Function Coil Address Hi Coil Address Lo Force Data Hi Force Data Lo Response: The normal response is an echo of the query, returned after the coil state has been forced.
Page 157: Function Code 06H
CHAPTER 8: MODBUS FUNCTIONS FUNCTION CODE 06H Function Code 06H Modbus Implementation: Preset Single Register 3 Series relay Implementation: Store Single Setpoint This command allows the master to store a single setpoint into the memory of a 3 Series relay. The slave response to this function code is to echo the entire master transmission. For example, request slave 17 to store the value 2 in setpoint address 04 5C.
Page 158: Function Code 07H
FUNCTION CODE 07H CHAPTER 8: MODBUS FUNCTIONS Function Code 07H Modbus Implementation: Read Exception Status 3 Series relay Implementation: Read Device Status This is a function used to quickly read the status of a selected device. A short message length allows for rapid reading of status. The status byte returned will have individual bits set to 1 or 0 depending on the status of the slave device.
Page 159: Function Code 08H
CHAPTER 8: MODBUS FUNCTIONS FUNCTION CODE 08H Function Code 08H Modbus Implementation: Loopback Test 3 Series relay Implementation: Loopback Test This function is used to test the integrity of the communication link. The 3 Series relay will echo the request. For example, consider a loopback test from slave 17: Table 8-7: MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 08H MASTER TRANSMISSION...
Page 160 FUNCTION CODE 10H CHAPTER 8: MODBUS FUNCTIONS Table 8-8: MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 10H MASTER TRANSMISSION BYTES EXAMPLE DESCRIPTION SLAVE ADDRESS message for slave 17 FUNCTION CODE store setpoints DATA STARTING ADDRESS 04 5C setpoint address 04 NUMBER OF SETPOINTS 00 02 2 setpoints = 4 bytes total...
Page 161: Performing Commands Using Function Code 10H
CHAPTER 8: MODBUS FUNCTIONS FUNCTION CODE 10H Field Name Slave Address Function Starting Address Hi Starting Address Lo No. of Registers Hi No. of Registers Lo Performing Commands Using Function Code 10H Commands can be performed using function code 16 (10H) as well as function code 5. When using FUNCTION CODE 16, the Command Function register must be written with a value of 5.
Page 162: Function Code 42H
3 Series relay Implementation: Read Settings Group All protection functions for the 345 and 350 relays have two sets of settings - Group 1 and Group 2. This function number is used to read the settings for each group. (This function does not apply to the 339 relay.)
Page 163: Error Responses
CHAPTER 8: MODBUS FUNCTIONS ERROR RESPONSES Field Name Byte Count 04 Data Hi Data Lo Response: Field Name Slave Address Function Starting Address Hi Starting Address Lo No. of Registers Hi No. of Registers Lo Error Responses When a 3 Series relay detects an error other than a CRC error, a response will be sent to the master.
Page 164 ERROR RESPONSES CHAPTER 8: MODBUS FUNCTIONS 8-16 SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 165: Modbus User Map
Grid Solutions SR3 Series Protective Relay Platform Chapter 9: Using the MODBUS User Using the MODBUS User Map 3 Series relay units incorporate a powerful feature called Modbus User Map, that allows the user to read 125 non-consecutive data records. A master computer will often have to interrogate continuously several connected slave relays.
Page 166 MODBUS USER MAP CHAPTER 9: USING THE MODBUS USER MAP MODBUS User Map Table 9-1: User Map Settings MODBUS Description Step Format 339 Factory 345 Factory 350 Factory Address Addr. Code Default Default Default 40524 User Map Address 1 30001 43763 1...
Page 167 CHAPTER 9: USING THE MODBUS USER MAP MODBUS USER MAP MODBUS Description Step Format 339 Factory 345 Factory 350 Factory Address Addr. Code Default Default Default 40553 User Map Address 30 30001 43763 1 30982 Block Status 30982 Block Status...
Page 168 MODBUS USER MAP CHAPTER 9: USING THE MODBUS USER MAP MODBUS Description Step Format 339 Factory 345 Factory 350 Factory Address Addr. Code Default Default Default 40584 User Map Address 61 30001 43763 1 30329 Ia 30319 Relay 1 Coil...
Page 169 CHAPTER 9: USING THE MODBUS USER MAP MODBUS USER MAP MODBUS Description Step Format 339 Factory 345 Factory 350 Factory Address Addr. Code Default Default Default 40618 User Map Address 95 30001 43763 1 30386 Real Power 30001 30001 40619...
Page 170 MODBUS USER MAP CHAPTER 9: USING THE MODBUS USER MAP MODBUS Description Step Format Factory Address Address Code Default 30533 User Map Value 10 0xFFFF 30534 User Map Value 11 0xFFFF 30535 User Map Value 12 0xFFFF 30536 User Map Value 13 0xFFFF 30537 User Map Value 14...
Page 171 CHAPTER 9: USING THE MODBUS USER MAP MODBUS USER MAP MODBUS Description Step Format Factory Address Address Code Default 30579 User Map Value 56 0xFFFF 30580 User Map Value 57 0xFFFF 30581 User Map Value 58 0xFFFF 30582 User Map Value 59 0xFFFF 30583 User Map Value 60...
Page 172 MODBUS USER MAP CHAPTER 9: USING THE MODBUS USER MAP MODBUS Description Step Format Factory Address Address Code Default 30625 User Map Value 102 0xFFFF 30626 User Map Value 103 0xFFFF 30627 User Map Value 104 0xFFFF 30628 User Map Value 105 0xFFFF 30629 User Map Value 106...
Page 173 Chapter 10: 339 MODBUS memory map and Format Codes 339 MODBUS memory map and Format Codes The 339, 345, and 350 relays have different MODBUS maps and Format Codes. Make sure NOTE: you are looking at the chapter corresponding to your relay model.
Page 174 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30051 0x32 Comm Build Date Unknown 30057 0x38 Comm Build Time Unknown 30061 0x3C Comm Revision 0xFFFF 30063...
Page 175 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words CURRENT METERING 30323 0x142 CBCT Ground Current 65535 30326 0x145 Neutral Current 100000 30328 0x147 Phase A Current 1200000...
Page 176 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30431 0x1AE RTD 3 Temperature °C 30432 0x1AF RTD 4 Temperature °C 30433 0x1B0 RTD 5 Temperature °C 30434...
Page 177 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30528 0x20F User Map Value 5 0xFFFF 30529 0x210 User Map Value 6 0xFFFF 30530 0x211 User Map Value 7...
Page 178 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30574 0x23D User Map Value 51 0xFFFF 30575 0x23E User Map Value 52 0xFFFF 30576 0x23F User Map Value 53...
Page 179 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30620 0x26B User Map Value 97 0xFFFF 30621 0x26C User Map Value 98 0xFFFF 30622 0x26D User Map Value 99...
Page 180 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30670 0x29D Event Ig 65535 x CT F17A 30671 0x29E Event In 65535 x CT F17A 30672 0x29F...
Page 181 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30729 0x2D8 Sample Index + Trace -32767 32767 Memory Sample 10 30730 0x2D9 Sample Index + Trace -32767 32767 Memory Sample 11...
Page 182 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30757 0x2F4 Sample Index + Trace -32767 32767 Memory Sample 38 30758 0x2F5 Sample Index + Trace -32767 32767 Memory Sample 39...
Page 183 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30785 0x310 Sample Index + Trace -32767 32767 Memory Sample 66 30786 0x311 Sample Index + Trace -32767 32767 Memory Sample 67...
Page 184 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30813 0x32C Sample Index + Trace -32767 32767 Memory Sample 94 30814 0x32D Sample Index + Trace -32767 32767 Memory Sample 95...
Page 185 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30841 0x348 Sample Index + Trace -32767 32767 Memory Sample 122 30842 0x349 Sample Index + Trace -32767 32767 Memory Sample 123...
Page 186 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30904 0x387 Data Log Sample DLSS + 23 -32767 32767 30905 0x388 Data Log Sample DLSS + 24 -32767 32767 30906...
Page 187 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30954 0x3B9 Trip Status 4 0xFFFFFFFF FC186 30956 0x3BB Trip Status 3 0xFFFFFFFF FC185 30958 0x3BD Trip Status 2...
Page 188 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 31554 0x611 65535 FC134 PhaseUV3Trip_PhaseAStatus 31555 0x612 65535 FC134 PhaseUV3Trip_PhaseBStatus 31556 0x613 65535 FC134 PhaseUV3Trip_PhaseCStatus PHASE OV4 TRIP STATUS 31557...
Page 189 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 31598 0x63D 65535 FC134 PhaseUV2Alarm_PhaseCStat VOLTAGE METERING 30358 0x165 Vab Voltage 65535 30359 0x166 Vbc Voltage 65535 30360...
Page 190 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 31775 0x6EE Fault Report Date 0x010107D9 0x0C1F0833 0x010107D 31777 0x6F0 Fault Report Time 0X173BEA5F 31779 0x6F2 Fault Report Fault Type...
Page 191 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30306 0x131 Extended Status 0xFFFF FC178 30307 0x132 Thermal Capacity Used 30308 0x133 Time to Overload Trip 99999 30319 0x13E...
Page 192 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 32065 0x810 Motor Data Log Sample 5 -32767 32767 32066 0x811 Motor Data Log Sample 6 -32767 32767 32067...
Page 193 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 32111 0x83E Motor Data Log Sample 51 -32767 32767 32112 0x83F Motor Data Log Sample 52 -32767 32767 32113...
Page 194 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 32242 0x8C1 Real Power Demand Date 0x010107D9 0x0C1F0833 0x010107D 32244 0x8C3 Reactive Power Demand 0x010107D9 0x0C1F0833 Date...
Page 195 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40230 0xE5 Set Time 0X173BEA5F 40232 0xE7 Time Offset From UTC -2400 2400 40233 0xE8 IRIG-B FC126...
Page 196 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40524 0x20B User Map Address 1 30001 39999 30305 40525 0x20C User Map Address 2 30001 39999 30505...
Page 197 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40570 0x239 User Map Address 47 30001 39999 30289 40571 0x23A User Map Address 48 30001 39999 30257...
Page 198 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40616 0x267 User Map Address 93 30001 39999 30384 40617 0x268 User Map Address 94 30001 39999 30385...
Page 199 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40660 0x293 Recording of Trip Events FC126 40661 0x294 Recording of Alarm Events FC126 40662 0x295 Recording of Control Events 0...
Page 200 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40718 0x2CD Enable Mechanical Jam FC126 40719 0x2CE Mechanical Jam Level x FLA 40720 0x2CF Mechanical Jam Delay 3000...
Page 201 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40855 0x356 Enable Current Unbalance FC126 Alarm 40856 0x357 Enable Current Unbalance FC126 Trip 40857 0x358 Current Unbalance Alarm...
Page 202 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40948 0x3B3 Short Circuit Function FC197 40949 0x3B4 Short Circuit Pickup 2000 x CT 40950 0x3B5 Short Circuit Delay...
Page 203 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 41168 0x48F Logic Element 7 Function FC205 41169 0x490 Logic Element 7 Asserted FC103 41170 0x491 Logic Element 7 Relay...
Page 204 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 41241 0x4D8 Logic Element 16 Asserted FC103 41242 0x4D9 Logic Element 16 Relay 0x7F FC198 CONTACT INPUT ASSIGNMENT 41374...
Page 205 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 41555 0x612 Relay 4 Operation FC208 41556 0x613 Relay 5 Operation FC208 41557 0x614 Relay 6 Operation FC208 PROGRAMMABLE LEDs...
Page 206 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42253 0x8CC Raise Sensitive Ground TOC Pickup 42254 0x8CD Block Negative Sequence FC103A 42255 0x8CE Raise Negative Sequence BREAKER FAIL...
Page 207 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42311 0x906 Flex Curve A 4.20 X PU 65535 42312 0x907 Flex Curve A 4.30 X PU 65535 42313 0x908...
Page 208 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42357 0x934 Flex Curve A 20.00 X PU 65535 FLEXCURVE B 42380 0x94B Flex Curve B 1.03 X PU 65535 42381 0x94C...
Page 209 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42424 0x977 Flex Curve B 5.30 X PU 65535 42425 0x978 Flex Curve B 5.40 X PU 65535 42426 0x979...
Page 210 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42562 0xA01 Negative Sequence OV 60000 Delay PHASE OVERVOLTAGE1 42566 0xA05 Phase OV Function FC197 42567 0xA06...
Page 211 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42770 0xAD1 Current Unbalance Relays 0x7F FC198 42771 0xAD2 Load Increase Alarm Relays 0 0x7F FC198 42772...
Page 212 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42965 0xB94 Virtual Input Name 10 Virtual IN 42974 0xB9D Virtual Input Name 11 Virtual IN 42983 0xBA6...
Page 213 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40341 0x154 RTD 7 Alarm PKP Delay 60000 40342 0x155 RTD 8 Alarm PKP Delay 60000 40343 0x156...
Page 214 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40403 0x192 RTD 7 Trip Temp °C 40404 0x193 RTD 8 Application FC121 40405 0x194 RTD 8 Name RTD 8...
Page 215 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40789 0x314 RTD 4 Trip Voting FC122 40790 0x315 RTD 4 Trip Temperature °C 40791 0x316 RTD 5 Application...
Page 216 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43596 0xE0B RTD 11 Relays 0x7F FC198 43597 0xE0C RTD 12 Relays 0x7F FC198 43599 0xE0E RTD 1 Block1...
Page 217 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43739 0xE9A Phase UV 2 Curve 43740 0xE9B Phase UV 2 Delay 60000 43741 0xE9C Phase UV 2 Phases 43742...
Page 218 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43795 0xED2 Force Virtual Input 32 FC103 DNP OVER ETHERNET PORT 43836 0xEFB DNP/Ethernet Channel 1 Port 43837 0xEFC...
Page 219 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43876 0xF23 DNP Object 32 Default Variation 43877 0xF24 DNP TCP Connection Timeout DNP / IEC60870-5-103 / IEC60870-5-104 BINARY INPUTS 43878 0xF25 Binary Input Point 0 Entry...
Page 220 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43920 0xF4F Binary Input Point 42 Entry 0xFFFF FC134B 43921 0xF50 Binary Input Point 43 Entry 0xFFFF FC134B 43922...
Page 221 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44093 0xFFC Binary Output Point 11 OFF 44094 0xFFD Binary Output Point 12 ON 44095 0xFFE Binary Output Point 12 OFF...
Page 222 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43975 0xF86 Analog Input Point 8 Scale Factor 43976 0xF87 Analog Input Point 8 100000000 30000 Deadband...
Page 223 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44018 0xFB1 Analog Input Point 19 Entry 44019 0xFB2 Analog Input Point 19 Scale Factor 44020 0xFB3...
Page 224 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44060 0xFDB Analog Input Point 29 100000000 30000 Deadband 44062 0xFDD Analog Input Point 30 Entry 44063 0xFDE Analog Input Point 30 Scale...
Page 225 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44237 0x108C Binary In Point 8 Entry Function Type 44238 0x108D Binary In Point 8 Entry Information Number 44239 0x108E...
Page 226 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44265 0x10A8 Binary In Point 22 Entry Function Type 44266 0x10A9 Binary In Point 22 Entry Information Number 44267 0x10AA...
Page 227 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44293 0x10C4 Binary In Point 36 Entry Function Type 44294 0x10C5 Binary In Point 36 Entry Information Number 44295 0x10C6...
Page 228 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44321 0x10E0 Binary In Point 50 Entry Function Type 44322 0x10E1 Binary In Point 50 Entry Information Number 44323 0x10E2...
Page 229 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words DNP / IEC60870-5-103 BINARY OUTPUT POINTS 44349 0x10FC Binary Out Point 0 Entry Function Type 44350 0x10FD Binary Out Point 0 Entry...
Page 230 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44376 0x1117 Binary Out Point 13 Entry Information Number 44377 0x1118 Binary Out Point 14 Entry Function Type 44378 0x1119...
Page 231 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44404 0x1133 103 First ASDU Sixth 0xFFFF Analogue Factor 44405 0x1134 103 First ASDU Sixth 0xFFFF Analogue Offset 44406...
Page 232 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44432 0x114F 103 Second ASDU Fifth 0xFFFF Analogue Factor 44433 0x1150 103 Second ASDU Fifth 0xFFFF Analogue Offset 44434...
Page 233 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44460 0x116B 103 Third ASDU Fourth 0xFFFF Analogue Factor 44461 0x116C 103 Third ASDU Fourth 0xFFFF Analogue Offset 44462...
Page 234 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44488 0x1187 103 Fourth ASDU Third 0xFFFF Analogue Factor 44489 0x1188 103 Fourth ASDU Third 0xFFFF Analogue Offset 44490...
Page 235 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44545 0x11C0 Security Passcode Local Setpoint 5 44546 0x11C1 Security Passcode Local Control 1 44547 0x11C2 Security Passcode Local...
Page 236 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44573 0x11DC Security Passcode Entry Control 3 44574 0x11DD Security Passcode Entry Control 4 44575 0x11DE Security Passcode Entry...
Page 237 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44617 0x1208 Virtual Input 6 Type FC199 44618 0x1209 Virtual Input 7 Type FC199 44619 0x120A Virtual Input 8 Type...
Page 238 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44721 0x1270 Item 2 Quality FC126 44722 0x1271 DataSet Item 3 0xFFFF FC134B 44723 0x1272 Item 3 Quality FC126...
Page 239 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44767 0x129E Item 25 Quality FC126 44768 0x129F DataSet Item 26 0xFFFF FC134B 44769 0x12A0 Item 26 Quality FC126...
Page 240 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44959 0x135E RX3 Control Block Name DEVICE/ LLN0$GO$g cb03 44979 0x1372 RX3 DataSet Configuration 0xFFFF Revision 44980...
Page 241 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 45223 0x1466 RX7 Control Block Name DEVICE/ LLN0$GO$g cb07 45243 0x147A RX7 DataSet Configuration 0xFFFF Revision 45244...
Page 242 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 45667 0x1622 Remote Input 5 GOOSE 0x80 FC219 Source 45668 0x1623 Remote Input 5 Item Source 0 0xFFFF FC217 45669...
Page 243 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 45814 0x16B5 Remote Input 12 GOOSE 0x80 Source 45815 0x16B6 Remote Input 12 Item 0xFFFF FC217 Source...
Page 244 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 45943 0x1736 Remote Input 18 Default FC220 State 45945 0x1738 Remote Input 19 Name RI 19 45961 0x1748...
Page 245 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46088 0x17C7 Remote Input 25 Item 0xFFFF FC217 Source 46089 0x17C8 Remote Input 25 Item Mask 0xFFFF FC218 46090...
Page 246 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46218 0x1849 Remote Input 32 Name RI 32 46234 0x1859 Remote Input 32 GOOSE 0x80 Source 46235...
Page 247 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46528 0x197F Logic Element 13 Name Logic El 46537 0x1988 Logic Element 14 Name Logic El 46546 0x1991...
Page 248 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42708 0xA93 Underfrequency 2 Block 2 0xEF02 42709 0xA94 Underfrequency 2 Block 3 0xEF02 42710 0xA95 Overfrequency 1 Block 1...
Page 249 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46846 0x1ABD Directional Power 2 Block 1 0xEF02 46847 0x1ABE Directional Power 2 Block 2 0xEF02 46848 0x1ABF...
Page 250 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 41211 0x4BA Logic Element 12 Trigger FC149 Logic 41212 0x4BB Logic Element 12 Block FC149 Logic 41219...
Page 251 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43500 0xDAB Logic Element 6 Trigger 1 0xFFFF FC134B 43501 0xDAC Logic Element 6 Trigger 2 0xFFFF FC134B 43502...
Page 252 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46393 0x18F8 Logic Element 13 Block 2 0xFFFF FC134B 46394 0x18F9 Logic Element 13 Block 3 0xFFFF FC134B 46395...
Page 253 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47034 0x1B79 Logic Element 3 Trigger 8 0xFFFF FC134B 47035 0x1B7A Logic Element 3 Block 4 0xFFFF FC134B 47036...
Page 254 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47074 0x1BA1 Logic Element 8 Trigger 8 0xFFFF FC134B 47075 0x1BA2 Logic Element 8 Block 4 0xFFFF FC134B 47076...
Page 255 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47114 0x1BC9 Logic Element 13 Trigger 8 0xFFFF FC134B 47115 0x1BCA Logic Element 13 Block 4 0xFFFF FC134B 47116...
Page 256 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47211 0x1C2A Real Power Demand 90% FC432 Response Time 47212 0x1C2B Real Power Demand Time FC432 Interval 47213...
Page 257 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47249 0x1C50 Lockout Input 7 0xFFFF FC134D 47250 0x1C51 Lockout Input 8 0xFFFF FC134D 47251 0x1C52 Lockout Input 9...
Page 258 339 MODBUS MEMORY MAP CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47306 0x1C89 Led 3 FC103 47307 0x1C8A Led 4 FC103 47308 0x1C8B Led 5 FC103 47309 0x1C8C...
Page 259 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47365 0x1CC4 Analog input 6 Min -2147483648 2147483647 47367 0x1CC6 Analog input 6 Max -2147483648 2147483647 214748364 47369...
Page 260 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 Format Codes In some cases names of settings displayed in the HMI have been shortened. The Long Definition column below contains the full name used in the Enervista Setup software, when applicable.
Page 261 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description unsigned 32 bits Unsigned Long Value 2 Decimal Places 1st 16 bits High Order Word of Long Value 2nd 16 bits Low Order Word of Long Value Example: 1234.56 stored as 123456 i.e.
Page 262 16 bits Unsigned Value AS Seconds SHOW AS Duration unsigned 16 bits Trace Memory Channel Data Leading Leading Lagging Lagging unsigned 16 bits 350 Trace Memory Channel Data F26A unsigned 16 bits 339 Trace Memory Channel Data ICBCT ICBCT Not Used Not Used...
Page 263 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description Virtual Inputs7-32 Virtual Inputs 17-32 Remote INs 1-16 Remote Inputs 1-16 Remote INs 17-32 Remote Inputs 17-32 Logic Elements Logic Elements F26B unsigned 16 bits 345 Trace Memory Channel Data unsigned 32 bits Unsigned Long Value 4 Decimal Places unsigned 16 bits OC Curve Selection Extremely Inverse...
Page 264 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Triggered Triggered Pretrigger Pretrigger PostTrigger PostTrigger unsigned 16 bits Overcurrent Direction Disabled Disabled Forward Forward Reverse Reverse unsigned 16 bits Data Logger Channel Data Disabled Disabled Phase A Current...
Page 265 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description (2) 16-Bit Binary Counter (5) 32-Bit Binary Counter w/o Flag (6) 16-Bit Binary Counter w/o Flag unsigned 16 bits DNP Object 21 Default Variation (1) 32-Bit Frozen Counter (2) 16-Bit Frozen Counter (9) 32-Bit Frozen Counter w/o Flag...
Page 266 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Virtual Input 8 Virtual Input 8 Virtual Input 9 Virtual Input 9 Virtual Input 10 Virtual Input 10 Virtual Input 11 Virtual Input 11 Virtual Input 12 Virtual Input 12 Virtual Input 13...
Page 267 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description Power Factor Power Factor Real Power Real Power Reactive Pwr Reactive Power Apparent Pwr Apparent Power Positive Watthours Positive Watthours Positive Varhours Positive Varhours Negative Watthours Negative Watthours Negative Varhours...
Page 268 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description FR Vaux Fault Report Vaux FR Vaux Angle Fault Report Vaux Angle FR System Freq Fault Report System Frequency FR Phases Fault Report Phases Current Dmd 1 PhA Current Demand 1 PhA Current Dmd 1 PhB...
Page 269 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description Vab Angle Vab Angle Vbc Angle Vbc Angle Vca Angle Vca Angle Biased Motor Load Biased Motor Load Voltage Unbalance Voltage Unbalance RTD 7 Temp RTD 7 Temp RTD 8 Temp RTD 8 Temp...
Page 270 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x43 Contact Input 4 Contact Input 4 0x44 Contact Input 5 Contact Input 5 0x45 Contact Input 6 Contact Input 6 0x46 Contact Input 7 Contact Input 7 0x47 Contact Input 8...
Page 271 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xC8 Logic Element 9 Logic Element 9 0xC9 Logic Element 10 Logic Element 10 0xCA Logic Element 11 Logic Element 11 0xCB Logic Element 12 Logic Element 12 0xCC Logic Element 13...
Page 272 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x43 Contact Input 4 Contact Input 4 0x44 Contact Input 5 Contact Input 5 0x45 Contact Input 6 Contact Input 6 0x46 Contact Input 7 Contact Input 7 0x47 Contact Input 8...
Page 273 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xC8 Logic Element 9 Logic Element 9 0xC9 Logic Element 10 Logic Element 10 0xCA Logic Element 11 Logic Element 11 0xCB Logic Element 12 Logic Element 12 0xCC Logic Element 13...
Page 274 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x42 Contact Input 3 Contact Input 3 0x43 Contact Input 4 Contact Input 4 0x44 Contact Input 5 Contact Input 5 0x45 Contact Input 6 Contact Input 6 0x46 Contact Input 7...
Page 275 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xC7 Logic Element 8 Logic Element 8 0xC8 Logic Element 9 Logic Element 9 0xC9 Logic Element 10 Logic Element 10 0xCA Logic Element 11 Logic Element 11 0xCB Logic Element 12...
Page 276 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Any Two Any Two All Three All Three F92A unsigned 16 bits Phases + Average unsigned 16 bits Phase UV Curve Definite Time Definite Time Inverse Time Inverse Time...
Page 277 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description Unicast Unicast Anycast Anycast Broadcast Broadcast FC101 unsigned 16 bits RS 485 Baud Rate 9600 baud 9600 baud 19200 baud 19200 baud 38400 baud 38400 baud 57600 baud 57600 baud...
Page 278 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Stack Underflow Stack Underflow Program Too Long Program Too Long FC111 unsigned 16 bits Trip Relays Trip Trip Alarm Alarm FC112 unsigned 16 bits Communication Status Error Error FC115...
Page 279 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 17V Threshold 17V Threshold 33V Threshold 33V Threshold 84V Threshold 84V Threshold 166V Threshold 166V Threshold FC124 unsigned 16 bits Phase Rotation FC124A unsigned 16 bits Phase Rotation FC125 unsigned 16 bits Coil Monitor...
Page 280 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x00CD Logic Element 14 Logic Element 14 0x00CE Logic Element 15 Logic Element 15 0x00CF Logic Element 16 Logic Element 16 0x00D0 VO 17 Virtual Output 17 0x00D1 VO 18...
Page 281 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x00CF Logic Element 16 Logic Element 16 0x8001 Any Trip PickUp Any Trip PickUp 0x8002 Any Trip Any Trip 0x8004 Any Trip DropOut Any Trip DropOut 0xA001 Any Alarm PickUp...
Page 282 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Rx Goose 8 OFF Rx Goose 8 OFF Eth Link A Fail Ethernet Link A Fail Eth Link B Fail Ethernet Link B Fail 0x0040 Contact IN 1 On Contact Input 1 On...
Page 283 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x0098 Virtual IN 25 On Virtual Input 25 On 0x0099 Virtual IN 26 On Virtual Input 26 On 0x009A Virtual IN 27 On Virtual Input 27 On 0x009B Virtual IN 28 On...
Page 284 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x01C7 Remote IN 8 On Remote Input 8 On 0x01C8 Remote IN 9 On Remote Input 9 On 0x01C9 Remote IN 10 On Remote Input 10 On 0x01CA Remote IN 11 On...
Page 285 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x01F6 Remote IN 23 Off Remote Input 23 Off 0x01F7 Remote IN 24 Off Remote Input 24 Off 0x01F8 Remote IN 25 Off Remote Input 25 Off 0x01F9 Remote IN 26 Off...
Page 286 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x84C4 LE 1 Trip DPO Logic Element 1 Trip DPO 0x8501 LE 2 Trip PKP Logic Element 2 Trip PKP 0x8502 LE 2 Trip OP Logic Element 2 Trip OP 0x8504 LE 2 Trip DPO...
Page 287 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x8FC4 Ph Revrsl Trip DPO Ph Revrsl Trip DPO 0x9041 Ntrl IOC1 Trip PKP Neutral IOC 1 Trip PKP 0x9042 Ntrl IOC1 Trip OP Neutral IOC 1 Trip OP 0x9044 Ntrl IOC1 Trip DPO...
Page 288 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x94A1 Ph C UV1 Trip PKP Phase C UV1 Trip PKP 0x94A2 Ph C UV1 Trip OP Phase C UV1 Trip OP 0x94A4 Ph C UV1 Trip DPO Phase C UV1 Trip DPO 0x9541...
Page 289 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x9984 SPD2 U/C Trip DPO SPD2 U/C Trip DPO 0x9C01 LE 9 Trip PKP Logic Element 9 Trip PKP 0x9C02 LE 9 Trip OP Logic Element 9 Trip OP 0x9C04 LE 9 Trip DPO...
Page 290 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA302 RTD 2 Alarm OP RTD 2 Alarm OP 0xA341 RTD 3 Alarm PKP RTD 3 Alarm PKP 0xA342 RTD 3 Alarm OP RTD 3 Alarm OP 0xA381 RTD 4 Alarm PKP...
Page 291 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xA841 PosSeq UV1 AlrmPKP Positive Sequence UV 1 Alarm PKP 0xA842 PosSeq UV1 Alrm OP Positive Sequence UV 1 Alarm OP 0xA844 PosSeq UV1 AlrmDPO Positive Sequence UV 1 Alarm DPO 0xA882 BKR Alarm...
Page 292 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xAF84 Fuse Fail Alrm DPO Fuse Fail Alarm DPO 0xAFC1 Ph Revrsl Alrm PKP Ph Reversal Alarm PKP 0xAFC2 Ph Revrsl Alarm OP Ph Reversal Alarm OP 0xAFC4 Ph Revrsl Alrm DPO...
Page 293 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xB489 Ph A UV1 Alarm PKP Phase A UV1 Alarm PKP 0xB48A Ph A UV1 Alarm OP Phase A UV1 Alarm OP 0xB48C Ph A UV1 Alarm DPO Phase A UV1 Alarm DPO 0xB491...
Page 294 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB8D2 Ph B UV2 Alarm OP Ph B UV2 Alarm OP 0xB8D4 Ph B UV2 Alarm DPO Ph B UV2 Alarm DPO 0xB8E1 Ph C UV2 Alarm PKP Ph C UV2 Alarm PKP 0xB8E2...
Page 295 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xC142 Self-Test Rly 7 OP Self-Test Rly 7 OP 0xC144 Self-Tst Rly 7 DPO Self-Tst Rly 7 DPO 0xC182 Rly1 Coil OP Relay # 1 Coil OP 0xC184 Rly1 Coil DPO Relay # 1 Coil DPO...
Page 296 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xC942 BKR Close Breaker Close 0xC982 Maint. Req. OP Maintenance Required OP 0xCA02 52a Contact OP 52a Contact OP 0xCA42 52b Contact OP 52b Contact OP 0xCA82 Reset OK...
Page 297 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xDD42 LE 14 OP Logic Element 14 OP 0xDD44 LE 14 DPO Logic Element 14 DPO 0xDD81 LE 15 PKP Logic Element 15 PKP 0xDD82 LE 15 OP Logic Element 15 OP...
Page 298 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xE784 RTD10 Blk DPO RTD10 Blk DPO 0xE7C2 RTD11 Block RTD11 Block 0xE7C4 RTD11 Blk DPO RTD11 Blk DPO 0xE802 RTD12 Block RTD12 Block 0xE804 RTD12 Blk DPO RTD12 Blk DPO...
Page 299 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xF882 Ph OV2 Block Ph OV2 Block 0xF884 Ph OV2 Block DPO Ph OV2 Block DPO 0xF8C2 Ph UV2 Block Ph UV2 Block 0xF8C4 Ph UV2 Block DPO Ph UV2 Block DPO...
Page 300 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x8700 RTD 8 Trip RTD 8 Trip 0x8740 RTD 9 Trip RTD 9 Trip 0x8780 RTD 10 Trip RTD 10 Trip 0x87C0 RTD 11 Trip RTD 11 Trip 0x8800 RTD 12 Trip...
Page 301 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xA340 RTD 3 Alarm RTD 3 Alarm 0xA380 RTD 4 Alarm RTD 4 Alarm 0xA3C0 RTD 5 Alarm RTD 5 Alarm 0xA400 RTD 6 Alarm RTD 6 Alarm 0xA440 RTD Trouble Alrm...
Page 302 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB240 Dir Pwr 1 Alarm Directional Pwr 1 Alarm 0xB280 Dir Pwr 2 Alarm Directional Pwr 2 Alarm 0xB3C0 NSeq OV Alarm Negative Sequence OV Alarm 0xB440 Ph OV1 Alarm Phase OV 1 Alarm...
Page 303 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xC5C0 LE 5 LE 5 0xC600 LE 6 LE 6 0xC640 LE 7 LE 7 0xC680 LE 8 LE 8 0xC900 Open BKR Open Breaker 0xC940 Close BKR...
Page 304 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xE740 RTD9 Block RTD9 Block 0xE780 RTD10 Block RTD10 Block 0xE7C0 RTD11 Block RTD11 Block 0xE800 RTD12 Block RTD12 Block 0xE840 PosSeq UV1 Block Positive Sequence UV 1 Block 0xE900 PosSeq UV2 Block...
Page 305 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x0064 Contact IN 5 Off Contact Input 5 Off 0x0065 Contact IN 6 Off Contact Input 6 Off 0x0066 Contact IN 7 Off Contact Input 7 Off 0x0067 Contact IN 8 Off...
Page 306 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x01C9 Remote IN 10 On Remote Input 10 On 0x01CA Remote IN 11 On Remote Input 11 On 0x01CB Remote IN 12 On Remote Input 12 On 0x01CC Remote IN 13 On...
Page 307 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x01F8 Remote IN 25 Off Remote Input 25 Off 0x01F9 Remote IN 26 Off Remote Input 26 Off 0x01FA Remote IN 27 Off Remote Input 27 Off 0x01FB Remote IN 28 Off...
Page 308 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x8504 LE 2 Trip DPO Logic Element 2 Trip DPO 0x8541 LE 3 Trip PKP Logic Element 3 Trip PKP 0x8542 LE 3 Trip OP Logic Element 3 Trip OP 0x8544 LE 3 Trip DPO...
Page 309 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x90C1 Ph TOC1 Trip PKP Phase TOC 1 Trip PKP 0x90C2 Ph TOC1 Trip OP Phase TOC 1 Trip OP 0x90C4 Ph TOC1 Trip DPO Phase TOC 1 Trip DPO 0x90C9 Ph A TOC1 Trip PKP...
Page 310 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9542 UndrFreq1 Trip OP Underfrequency 1 Trip OP 0x9544 UndrFreq1 Trip DPO Underfrequency 1 Trip DPO 0x9581 UndrFreq2 Trip PKP Underfrequency 2 Trip PKP 0x9582 UndrFreq2 Trip OP Underfrequency 2 Trip OP...
Page 311 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x9C41 LE 10 Trip PKP Logic Element 10 Trip PKP 0x9C42 LE 10 Trip OP Logic Element 10 Trip OP 0x9C44 LE 10 Trip DPO Logic Element 10 Trip DPO 0x9C81 LE 11 Trip PKP...
Page 312 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA382 RTD 4 Alarm OP RTD 4 Alarm OP 0xA3C1 RTD 5 Alarm PKP RTD 5 Alarm PKP 0xA3C2 RTD 5 Alarm OP RTD 5 Alarm OP 0xA401 RTD 6 Alarm PKP...
Page 313 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xA902 PosSeq UV2 Alrm OP Positive Sequence UV 2 Alarm OP 0xA904 PosSeq UV2 AlrmDPO Positive Sequence UV 2 Alarm DPO 0xA982 Motor Run Hrs OP Motor Running Hours OP 0xA9C1 CTFail Alrm PKP...
Page 314 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB0D1 Ph B TOC1 Alrm PKP Phase B TOC 1 Alarm PKP 0xB0D2 Ph B TOC1 Alrm OP Phase B TOC 1 Alarm OP 0xB0D4 Ph B TOC1 Alrm DPO Phase B TOC 1 Alarm DPO...
Page 315 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xB584 UndrFreq2 Alrm DPO Underfrequency 2 Alarm DPO 0xB5C1 OverFreq1 Alrm PKP Overfrequency 1 Alarm PKP 0xB5C2 OverFreq1 Alrm OP Overfrequency 1 Alarm OP 0xB5C4 OverFreq1 Alrm DPO Overfrequency 1 Alarm DPO...
Page 316 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xBC01 LE 9 Alarm PKP Logic Element 9 Alarm PKP 0xBC02 LE 9 Alarm OP Logic Element 9 Alarm OP 0xBC04 LE 9 Alarm DPO Logic Element 9 Alarm DPO 0xBC41 LE 10 Alarm PKP...
Page 317 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xC4C4 LE 1 DPO Logic Element 1 DPO 0xC501 LE 2 PKP Logic Element 2 PKP 0xC502 LE 2 OP Logic Element 2 OP 0xC504 LE 2 DPO Logic Element 2 DPO...
Page 318 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xD342 Ntrl Dir Rev OP Neutral Directional Rev OP 0xD344 Ntrl Dir Rev DPO Neutral Directional Reverse DPO 0xDC01 LE 9 PKP Logic Element 9 PKP 0xDC02 LE 9 OP Logic Element 9 OP...
Page 319 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xE802 RTD12 Block RTD12 Block 0xE842 PosSeq UV1 Block Positive Sequence UV 1 Block 0xE902 PosSeq UV2 Block Positive Sequence UV 2 Block 0xE9C2 CTFail Block CT Fail Block...
Page 320 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0067 Contact IN 8 Off Contact Input 8 Off 0x0068 Contact IN 9 Off Contact Input 9 Off 0x0069 Contact IN 10 Off Contact Input 10 Off 0x0080 Virtual IN 1 On...
Page 321 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x00AC Virtual IN 13 Off Virtual Input 13 Off 0x00AD Virtual IN 14 Off Virtual Input 14 Off 0x00AE Virtual IN 15 Off Virtual Input 15 Off 0x00AF Virtual IN 16 Off...
Page 322 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x01DB Remote IN 28 On Remote Input 28 On 0x01DC Remote IN 29 On Remote Input 29 On 0x01DD Remote IN 30 On Remote Input 30 On 0x01DE Remote IN 31 On...
Page 323 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x8181 Single PH Trip PKP Single PH Trip PKP 0x8182 Single PH Trip OP Single PH Trip OP 0x8184 Single PH Trip DPO Single PH Trip DPO 0x8201 Mech Jam Trip PKP...
Page 324 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x8684 LE 8 Trip DPO Logic Element 8 Trip DPO 0x86C1 RTD 7 Trip PKP RTD 7 Trip PKP 0x86C2 RTD 7 Trip OP RTD 7 Trip OP 0x8701 RTD 8 Trip PKP...
Page 325 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x9541 UndrFreq1 Trip PKP Underfrequency 1 Trip PKP 0x9542 UndrFreq1 Trip OP Underfrequency 1 Trip OP 0x9544 UndrFreq1 Trip DPO Underfrequency 1 Trip DPO 0x9581 UndrFreq2 Trip PKP Underfrequency 2 Trip PKP...
Page 326 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9D84 LE 15 Trip DPO Logic Element 15 Trip DPO 0x9DC1 LE 16 Trip PKP Logic Element 16 Trip PKP 0x9DC2 LE 16 Trip OP Logic Element 16 Trip OP 0x9DC4 LE 16 Trip DPO...
Page 327 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xA584 LE 4 Alarm DPO Logic Element 4 Alarm DPO 0xA5C1 LE 5 Alarm PKP Logic Element 5 Alarm PKP 0xA5C2 LE 5 Alarm OP Logic Element 5 Alarm OP 0xA5C4 LE 5 Alarm DPO...
Page 328 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xABC1 HI Amb Temp PKP High Ambient Temperature Alarm PKP 0xABC2 HI Amb Temp OP High Ambient Temperature Alarm 0xABC4 HI Amb Temp DPO High Ambient Temperature Alarm DPO 0xAC01 LO Amb Temp PKP...
Page 329 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xB544 UndrFreq1 Alrm DPO Underfrequency 1 Alarm DPO 0xB581 UndrFreq2 Alrm PKP Underfrequency 2 Alarm PKP 0xB582 UndrFreq2 Alrm OP Underfrequency 2 Alarm OP 0xB584 UndrFreq2 Alrm DPO Underfrequency 2 Alarm DPO...
Page 330 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xBD81 LE 15 Alarm PKP Logic Element 15 Alarm PKP 0xBD82 LE 15 Alarm OP Logic Element 15 Alarm OP 0xBD84 LE 15 Alarm DPO Logic Element 15 Alarm DPO 0xBDC1 LE 16 Alarm PKP...
Page 331 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xC644 LE 7 DPO Logic Element 7 DPO 0xC681 LE 8 PKP Logic Element 8 PKP 0xC682 LE 8 OP Logic Element 8 OP 0xC684 LE 8 DPO Logic Element 8 DPO...
Page 332 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xDD42 LE 14 OP Logic Element 14 OP 0xDD44 LE 14 DPO Logic Element 14 DPO 0xDD81 LE 15 PKP Logic Element 15 PKP 0xDD82 LE 15 OP Logic Element 15 OP...
Page 333 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xF702 Curr Dmd1 Block Current Demand 1 Block OP 0xF742 RealP Dmd Block Real Power Demand Block OP 0xF782 ReacP Dmd Block Reactive Power Demand Block OP 0xF7C2 AppP Dmd Block Apparent Power Demand Block OP...
Page 334 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x008F Virtual IN 16 On Virtual Input 16 On 0x0090 Virtual IN 17 On Virtual Input 17 On 0x0091 Virtual IN 18 On Virtual Input 18 On 0x0092 Virtual IN 19 On...
Page 335 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x8902 PosSeq UV2 Trip OP Positive Sequence UV 2 Trip OP 0x89C2 Self Test OP Self Test OP 0x8F82 Fuse Fail Trip OP Fuse Fail Trip OP 0x8FC2 Ph Revrsl Trip OP...
Page 336 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x8042 Therm O/L Trip OP Thermal Overload Trip OP 0x8082 GF Trip OP GF Trip OP 0x80C2 Accel Trip OP Acceleration Trip OP 0x8142 Under Pwr Trip OP Under Power Trip OP...
Page 337 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x948A Ph A UV1 Trip OP Phase A UV1 Trip OP 0x9492 Ph B UV1 Trip OP Phase B UV1 Trip OP 0x94A2 Ph C UV1 Trip OP Phase C UV1 Trip OP 0x9542...
Page 338 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0068 Contact IN 9 Off Contact Input 9 Off 0x0069 Contact IN 10 Off Contact Input 10 Off 0x0080 Virtual IN 1 On Virtual Input 1 On 0x0081 Virtual IN 2 On...
Page 339 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0xBD42 LE 14 Alarm OP Logic Element 14 Alarm OP 0xBD82 LE 15 Alarm OP Logic Element 15 Alarm OP 0xBDC2 LE 16 Alarm OP Logic Element 16 Alarm OP 0xC4C2 LE 1 OP...
Page 340 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0001 0x0040 Contact Inputs Contact Inputs 0x0080 Virtual Inputs Virtual Inputs 0x00C0 Virtual Outputs Virtual Outputs 0x01C0 Remote Inputs Remote Inputs 0x0380 Insert Insert 0x0400 0x0440...
Page 341 Type Definition Long Description Running Running ESD Trip / Stop ESD Trip / Stop FC144 unsigned 32 bits LED Status - 350 FC144A unsigned 32 bits LED Status - 339 0x00000300 Hot RTD Amber Hot RTD Amber 0x00000400 Running Red...
Page 342 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0001 9600 9600 0x0002 19200 19200 0x0004 31250 31250 0x0008 45450 45450 0x0010 93750 93750 0x0020 187500 187500 0x0040 500000 500000 0x0080 1500000 1500000 0x07E2 Auto Detect...
Page 343 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description Last Last FC171 unsigned 16 bits Weekdays Not Set Not Set FC172 unsigned 16 bits Auto/Manual Control Stop Mode Always Enabled Always Enabled Follow Ctrl Mode Follow Control Mode FC173...
Page 344 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description FC192 unsigned 32 bits Ctrl Element Status 2 FC193 unsigned 32 bits Ctrl Status 3 FC194 unsigned 32 bits Ctrl Status 4 FC195 unsigned 16 bits Command Status Normal Normal...
Page 345 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description 0x0048 Contact Input 9 Contact Input 9 0x0049 Contact Input 10 Contact Input 10 FC204C unsigned 16 bits Contact Input FlexLogic Bit Field Values (Subset C) 0x0000 Disabled...
Page 346 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description FC216 unsigned 16 bits Received GOOSE Message Formatting 0x0000 0x0001 0x0002 Bool Bool 0x0003 Byte Byte 0x0004 Ubyte Ubyte 0x0005 Short Short 0x0006 Ushort Ushort 0x0007...
Page 347 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description FC225 unsigned 16 bits Security Audit Trail Change Method Unknown Unknown COM1 COM1 Ethernet Ethernet KeyPad KeyPad FC226 unsigned 16 bits Security Audit Trail Event Type Unknown Unknown Setpoint Change...
Page 348 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description DAUGHTER Error DAUGHTER Error COMM HW Rev Error COMM HW Revision Error 1024 Link Error Link Error 2048 Traffic Error Traffic Error 4096 Internal Temp Internal Temp FC401...
Page 349 CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES 339 FORMAT CODES Code Type Definition Long Description Not Within zone Not Within zone Within zone Within zone FC415 unsigned 16 bits SR345 CT Type 1 A Secondary 1 A Secondary 5 A Secondary 5 A Secondary FC418...
Page 350 339 FORMAT CODES CHAPTER 10: 339 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 20 min 20 min 30 min 30 min FC433 unsigned 16 bits BKR Alarm Counter Detection Detection Monitoring Monitoring FC434 unsigned 16 bits 61850 NV Status Unknown Unknown Header Error...
Page 351 Chapter 11: 345 MODBUS memory map and Format Codes 345 MODBUS memory map and Format Codes The 339, 345, and 350 relays have different MODBUS maps and Format Codes. Make sure NOTE: you are looking at the chapter corresponding to your relay model.
Page 352 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30051 0x32 Comm Build Date Unknown 30057 0x38 Comm Build Time Unknown 30061 0x3C Comm Revision 0xFFFF 30063...
Page 353 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30437 0x1B4 Event Phase A Thermal 1500 Capacity 30438 0x1B5 Event Phase B Thermal 1500 Capacity 30439...
Page 354 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words USER MAP ACTUAL VALUES 30524 0x20B User Map Value 1 0xFFFF 30525 0x20C User Map Value 2 0xFFFF 30526 0x20D...
Page 355 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30569 0x238 User Map Value 46 0xFFFF 30570 0x239 User Map Value 47 0xFFFF 30571 0x23A User Map Value 48...
Page 356 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30615 0x266 User Map Value 92 0xFFFF 30616 0x267 User Map Value 93 0xFFFF 30617 0x268 User Map Value 94...
Page 357 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30665 0x298 Event Date 0x010107D8 0X0C1F082E 0x010107D 30667 0x29A W1 Ia 65535 x CT 30668 0x29B W1 Ib...
Page 358 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30720 0x2CF Sample Index + Trace -32767 32767 Memory Sample 1 30721 0x2D0 Sample Index + Trace -32767 32767 Memory Sample 2...
Page 359 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30748 0x2EB Sample Index + Trace -32767 32767 Memory Sample 29 30749 0x2EC Sample Index + Trace -32767 32767 Memory Sample 30...
Page 360 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30776 0x307 Sample Index + Trace -32767 32767 Memory Sample 57 30777 0x308 Sample Index + Trace -32767 32767 Memory Sample 58...
Page 361 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30804 0x323 Sample Index + Trace -32767 32767 Memory Sample 85 30805 0x324 Sample Index + Trace -32767 32767 Memory Sample 86...
Page 362 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30832 0x33F Sample Index + Trace -32767 32767 Memory Sample 113 30833 0x340 Sample Index + Trace -32767 32767 Memory Sample 114...
Page 363 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words IEC61850 GOOSE STATUS 31515 0x5EA Remote GOOSE Status 0xFFFFFFFF FC215 31517 0x5EC Remote GOOSE Header 0xFFFFFFFF FC215 Status...
Page 364 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 31579 0x62A Alarm Phase B Status 4 65535 FC134 31580 0x62B Alarm Phase C Status 4 65535 FC134 DIFFERENTIAL ALARM STATUS...
Page 365 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 31711 0x6AE Idiff 2 PhC Angle 31712 0x6AF Idiff 5 PhA Angle 31713 0x6B0 Idiff 5 PhB Angle 31714 0x6B1...
Page 366 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 31788 0x6FB Fault Report Ic Angle ° 31789 0x6FC Fault Report Ig 1200000 31791 0x6FE Fault Report Ig Angle °...
Page 367 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 32172 0x87B Current Demand 1 Last Rst 0X173BEA5F Time 32174 0x87D Current Demand 1 PhA 300000 32176 0x87F...
Page 368 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40133 0x84 Command Data 3 0xFFFF 40134 0x85 Command Data 4 0xFFFF 40135 0x86 Command Data 5 0xFFFF 40136...
Page 369 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40524 0x20B User Map Address 1 30001 39999 30305 40525 0x20C User Map Address 2 30001 39999 30505...
Page 370 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40570 0x239 User Map Address 47 30001 39999 30300 40571 0x23A User Map Address 48 30001 39999 30301...
Page 371 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40616 0x267 User Map Address 93 30001 39999 30001 40617 0x268 User Map Address 94 30001 39999 30001...
Page 372 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40660 0x293 Recording of Trip Events FC126 40661 0x294 Recording of Alarm Events FC126 40662 0x295 Recording of Control Events 0...
Page 373 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 41120 0x45F Logic Element 1 Function FC205 41121 0x460 Logic Element 1 Asserted FC103 41122 0x461 Logic Element 1 Relay...
Page 374 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 41193 0x4A8 Logic Element 10 Asserted FC103 41194 0x4A9 Logic Element 10 Relay 0x7F FC198 41198 0x4AD...
Page 375 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 41420 0x58B XFMR Rated MVA 20000 41422 0x58D XFRM Type FC419 41423 0x58E Phase Compensation FC411 41424 0x58F...
Page 376 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 41574 0x625 LED 3 Source 0xFFFF FC134B 41576 0x627 LED 4 Source 0xFFFF FC134B 41578 0x629 LED 5 Source...
Page 377 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42487 0x9B6 Phase IOC Delay 30000 NEUTRAL IOC1 42490 0x9B9 Neutral IOC Function FC197 42491 0x9BA Neutral IOC Pickup...
Page 378 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42535 0x9E6 Neutral Time OC 2 Function FC197 42536 0x9E7 Neutral Time OC 2 Pickup 2000 x CT 42537...
Page 379 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42621 0xA3C GND Current SPVSN Level 1000 x CTg F17A 42624 0xA3F Restd Gnd Fault 1 Func FC197 42625 0xA40...
Page 380 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43037 0xBDC Virtual Input Name 18 Virtual IN 43046 0xBE5 Virtual Input Name 19 Virtual IN 43055 0xBEE...
Page 381 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40354 0x161 RTD 8 Alarm DPO Delay 60000 40355 0x162 RTD 9 Alarm DPO Delay 60000 40356 0x163...
Page 382 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40443 0x1BA RTD 10 Alarm Temp °C 40444 0x1BB RTD 10 Trip Voting FC122 40445 0x1BC RTD 10 Trip Temp...
Page 383 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43562 0xDE9 RTD 2 Alarm FC126 43563 0xDEA RTD 2 Trip FC126 43564 0xDEB RTD 3 Alarm FC126 43565...
Page 384 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43611 0xE1A RTD 5 Block1 0xEF02 43612 0xE1B RTD 5 Block2 0xEF02 43613 0xE1C RTD 5 Block3 0xEF02 43614...
Page 385 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43680 0xE5F Neutral IOC 1 CT Input FC418 43681 0xE60 Neutral IOC 2 CT Input FC418 43682 0xE61...
Page 386 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words FORCE VIRTUAL INPUTS 43764 0xEB3 Force Virtual Input 1 FC103 43765 0xEB4 Force Virtual Input 2 FC103 43766 0xEB5...
Page 387 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43845 0xF04 Object Information Address 16777215 2000 Analog 43847 0xF06 Object Information Address 16777215 3000 Counters 43849...
Page 388 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43887 0xF2E Binary Input Point 9 Entry 0xFFFF FC134B 43888 0xF2F Binary Input Point 10 Entry 0xFFFF FC134B 43889...
Page 389 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43933 0xF5C Binary Input Point 55 Entry 0xFFFF FC134B 43934 0xF5D Binary Input Point 56 Entry 0xFFFF FC134B 43935...
Page 390 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43944 0xF67 Analog Input Point 0 100000000 30000 Deadband 43946 0xF69 Analog Input Point 1 Entry 43947 0xF6A Analog Input Point 1 Scale...
Page 391 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43987 0xF92 Analog Input Point 11 Scale Factor 43988 0xF93 Analog Input Point 11 100000000 30000 Deadband...
Page 392 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44030 0xFBD Analog Input Point 22 Entry 44031 0xFBE Analog Input Point 22 Scale Factor 44032 0xFBF...
Page 393 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44137 0x1028 Negative Sequence TOC FC103 Initiate THERMAL MODEL 44211 0x1072 Thermal Overload Function FC197 44212 0x1073...
Page 394 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44243 0x1092 Binary In Point 11 Entry Function Type 44244 0x1093 Binary In Point 11 Entry Information Number 44245 0x1094...
Page 395 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44271 0x10AE Binary In Point 25 Entry Function Type 44272 0x10AF Binary In Point 25 Entry Information Number 44273 0x10B0...
Page 396 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44299 0x10CA Binary In Point 39 Entry Function Type 44300 0x10CB Binary In Point 39 Entry Information Number 44301 0x10CC...
Page 397 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44327 0x10E6 Binary In Point 53 Entry Function Type 44328 0x10E7 Binary In Point 53 Entry Information Number 44329 0x10E8...
Page 398 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44354 0x1101 Binary Out Point 2 Entry Information Number 44355 0x1102 Binary Out Point 3 Entry Function Type 44356 0x1103...
Page 399 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44382 0x111D IEC60870-5-103 Slave Address 44383 0x111E Synchronization Timeout 1440 IEC60870-5-103 MEASURANDS 44384 0x111F 103 First ASDU Identification FC221 Type...
Page 400 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44410 0x1139 103 First ASDU Eigth 0xFFFF Analogue Factor 44411 0x113A 103 First ASDU Eigth 0xFFFF Analogue Offset 44412...
Page 401 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44438 0x1155 103 Second ASDU Seventh 0xFFFF Analogue Factor 44439 0x1156 103 Second ASDU Seventh 0xFFFF Analogue Offset 44440...
Page 402 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44466 0x1171 103 Third ASDU Sixth 0xFFFF Analogue Factor 44467 0x1172 103 Third ASDU Sixth 0xFFFF Analogue Offset 44468...
Page 403 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44494 0x118D 103 Fourth ASDU Fifth 0xFFFF Analogue Factor 44495 0x118E 103 Fourth ASDU Fifth 0xFFFF Analogue Offset 44496...
Page 404 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44551 0x11C6 Security Passcode Remote Setpoint 1 44552 0x11C7 Security Passcode Remote Setpoint 2 44553 0x11C8 Security Passcode Remote...
Page 405 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44583 0x11E6 Virtual Input 4 Function FC126 44584 0x11E7 Virtual Input 5 Function FC126 44585 0x11E8 Virtual Input 6 Function...
Page 406 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44628 0x1213 Virtual Input 17 Type FC199 44629 0x1214 Virtual Input 18 Type FC199 44630 0x1215 Virtual Input 19 Type...
Page 407 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44732 0x127B DataSet Item 8 0xFFFF FC134B 44733 0x127C Item 8 Quality FC126 44734 0x127D DataSet Item 9 0xFFFF...
Page 408 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44778 0x12A9 DataSet Item 31 0xFFFF FC134B 44779 0x12AA Item 31 Quality FC126 44780 0x12AB DataSet Item 32 0xFFFF...
Page 409 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 45025 0x13A0 RX4 Control Block Name DEVICE/ LLN0$GO$g cb04 45045 0x13B4 RX4 DataSet Configuration 0xFFFF Revision 45046...
Page 410 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 45289 0x14A8 RX8 Control Block Name DEVICE/ LLN0$GO$g cb08 45309 0x14BC RX8 DataSet Configuration 0xFFFF Revision 45310...
Page 411 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 45693 0x163C Remote Input 7 Name RI 7 45709 0x164C Remote Input 7 GOOSE 0x80 FC219 Source...
Page 412 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 45840 0x16CF Remote Input 14 Name RI 14 45856 0x16DF Remote Input 14 GOOSE 0x80 Source 45857...
Page 413 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 45984 0x175F Remote Input 20 Item Mask 0xFFFF FC218 45985 0x1760 Remote Input 20 Default FC220 State 45987...
Page 414 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46129 0x17F0 Remote Input 27 GOOSE 0x80 Source 46130 0x17F1 Remote Input 27 Item 0xFFFF FC217 Source...
Page 415 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46285 0x188C Logic Element 6 Name Logic El #6 46294 0x1895 Logic Element 7 Name Logic El #7 46303 0x189E...
Page 416 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42660 0xA63 Phase IOC 2 Block 2 0xEF02 42661 0xA64 Phase IOC 2 Block 3 0xEF02 42662 0xA65...
Page 417 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46345 0x18C8 XFMR Block 2 0xEF02 46346 0x18C9 XFMR Block 3 0xEF02 46347 0x18CA RGF 1 Block1 0xEF02 46348...
Page 418 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46892 0x1AEB Negative Sequence IOC 2 0x7F FC198 Relays FAULT REPORT 46985 0x1B48 Fault Report Delay 60000 46986 0x1B49...
Page 419 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 41235 0x4D2 Logic Element 15 Trigger FC149 Logic 41236 0x4D3 Logic Element 15 Block FC149 Logic 41243...
Page 420 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43509 0xDB4 Logic Element 7 Block 1 0xFFFF FC134B 43510 0xDB5 Logic Element 7 Block 2 0xFFFF FC134B 43511...
Page 421 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46402 0x1901 Logic Element 15 Trigger 2 0xFFFF FC134B 46403 0x1902 Logic Element 15 Trigger 3 0xFFFF FC134B 46404...
Page 422 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47042 0x1B81 Logic Element 4 Trigger 8 0xFFFF FC134B 47043 0x1B82 Logic Element 4 Block 4 0xFFFF FC134B 47044...
Page 423 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47082 0x1BA9 Logic Element 9 Trigger 8 0xFFFF FC134B 47083 0x1BAA Logic Element 9 Block 4 0xFFFF FC134B 47084...
Page 424 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47122 0x1BD1 Logic Element 14 Trigger 8 0xFFFF FC134B 47123 0x1BD2 Logic Element 14 Block 4 0xFFFF FC134B 47124...
Page 425 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47244 0x1C4B Lockout Input 2 0xFFFF FC134D 47245 0x1C4C Lockout Input 3 0xFFFF FC134D 47246 0x1C4D Lockout Input 4...
Page 426 345 MODBUS MEMORY MAP CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47337 0x1CA8 Analog input 2 Min -2147483648 2147483647 47339 0x1CAA Analog input 2 Max -2147483648 2147483647 214748364 47341...
Page 427 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES 345 Format Codes In some cases names of settings displayed in the HMI have been shortened. The Long Definition column below contains the full name used in the Enervista Setup software, when applicable.
Page 428 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description unsigned 32 bits Unsigned Long Value 2 Decimal Places 1st 16 bits High Order Word of Long Value 2nd 16 bits Low Order Word of Long Value Example: 1234.56 stored as 123456 i.e.
Page 429 16 bits Unsigned Value AS Seconds SHOW AS Duration unsigned 16 bits Trace Memory Channel Data Leading Leading Lagging Lagging unsigned 16 bits 350 Trace Memory Channel Data F26A unsigned 16 bits 339 Trace Memory Channel Data Not Used Not Used Not Used Not Used...
Page 430 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description F26B unsigned 16 bits 345 Trace Memory Channel Data W2 Ia W2 Ia W2 Ib W2 Ib W2 Ic W2 Ic W2 Ig W2 Ig Not Used Not Used...
Page 431 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description Fault State Fault State Postfault State Postfault State unsigned 16 bits Reset Time Model Instantaneous Instantaneous Linear Linear unsigned 16 bits Data Logger Sample Rate 1 Cycle 1 Cycle 1 Second...
Page 432 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description (5) 32-Bit Binary Counter w/o Flag (6) 16-Bit Binary Counter w/o Flag unsigned 16 bits DNP Object 21 Default Variation (1) 32-Bit Frozen Counter (2) 16-Bit Frozen Counter (9) 32-Bit Frozen Counter w/o Flag (10) 16-Bit Frozen Counter w/o Flag...
Page 433 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description Virtual Input 9 Virtual Input 9 Virtual Input 10 Virtual Input 10 Virtual Input 11 Virtual Input 11 Virtual Input 12 Virtual Input 12 Virtual Input 13 Virtual Input 13 Virtual Input 14...
Page 434 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description W2 Gnd Current W2 Ground Current W2 SGnd Current W2 Sensitive Ground Current Ph A Diff Current Phase A Differential Current Ph B Diff Current Phase B Differential Current Ph C Diff Current Phase C Differential Current...
Page 435 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description FR Idiff 1 PhC Fault Report Idiff 1 PhC FR Idiff 1 PhC Ang Fault Report Idiff 1 PhC Angle FR I Restr PhC Fault Report I Restraint PhC FR I Restr PhC Ang Fault Report I Restraint PhC Angle...
Page 436 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Ib2 Angle Ib2 Angle Ic2 Angle Ic2 Angle Ig2 Angle Ig2 Angle In2 Angle In2 Angle Idiff 1 PhA Angle Idiff 1 PhA Angle Idiff 1 PhB Angle Idiff 1 PhB Angle Idiff 1 PhC Angle...
Page 437 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x80 Virtual Input 1 Virtual Input 1 0x81 Virtual Input 2 Virtual Input 2 0x82 Virtual Input 3 Virtual Input 3 0x83 Virtual Input 4 Virtual Input 4 0x84 Virtual Input 5...
Page 438 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xCF Logic Element 16 Logic Element 16 0x1C0 Remote Input 1 Remote Input 1 0x1C1 Remote Input 2 Remote Input 2 0x1C2 Remote Input 3 Remote Input 3 0x1C3 Remote Input 4...
Page 439 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x82 Virtual Input 3 Virtual Input 3 0x83 Virtual Input 4 Virtual Input 4 0x84 Virtual Input 5 Virtual Input 5 0x85 Virtual Input 6 Virtual Input 6 0x86 Virtual Input 7...
Page 440 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x1C1 Remote Input 2 Remote Input 2 0x1C2 Remote Input 3 Remote Input 3 0x1C3 Remote Input 4 Remote Input 4 0x1C4 Remote Input 5 Remote Input 5 0x1C5 Remote Input 6...
Page 441 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x83 Virtual Input 4 Virtual Input 4 0x84 Virtual Input 5 Virtual Input 5 0x85 Virtual Input 6 Virtual Input 6 0x86 Virtual Input 7 Virtual Input 7 0x87 Virtual Input 8...
Page 442 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x1C2 Remote Input 3 Remote Input 3 0x1C3 Remote Input 4 Remote Input 4 0x1C4 Remote Input 5 Remote Input 5 0x1C5 Remote Input 6 Remote Input 6 0x1C6 Remote Input 7...
Page 443 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description Contact Input 1 Contact Input 1 Contact Input 2 Contact Input 2 Contact Input 3 Contact Input 3 Contact Input 4 Contact Input 4 Contact Input 5 Contact Input 5 Contact Input 6...
Page 444 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 115200 baud 115200 baud FC102 unsigned 16 bits RS 485 Parity None None Even Even FC103 unsigned 16 bits Off / On Selection FC103A unsigned 16 bits No / Yes Selection FC104...
Page 445 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description Trip Trip Alarm Alarm FC116 unsigned 16 bits Switch Type Open Open Closed Closed FC117 unsigned 16 bits Directional Voltage Measured (Vx) Measured (Vx) Calculated (VTs) Calculated (VTs) FC118...
Page 446 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Healthy Healthy Unhealthy Unhealthy FC126 unsigned 16 bits Disabled / Enabled Selection Disabled Disabled Enabled Enabled FC127 unsigned 16 bits System Language English English Chinese Chinese...
Page 447 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x00D8 VO 25 Virtual Output 25 0x00D9 VO 26 Virtual Output 26 0x00DA VO 27 Virtual Output 27 0x00DB VO 28 Virtual Output 28 0x00DC VO 29 Virtual Output 29...
Page 448 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x00DA VO 27 Virtual Output 27 0x00DB VO 28 Virtual Output 28 0x00DC VO 29 Virtual Output 29 0x00DD VO 30 Virtual Output 30 0x00DE VO 31 Virtual Output 31...
Page 449 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description Rx Goose 5 OFF Rx Goose 5 OFF Rx Goose 6 ON Rx Goose 6 ON Rx Goose 6 OFF Rx Goose 6 OFF Rx Goose 7 ON Rx Goose 7 ON Rx Goose 7 OFF...
Page 450 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0092 Virtual IN 19 On Virtual Input 19 On 0x0093 Virtual IN 20 On Virtual Input 20 On 0x0094 Virtual IN 21 On Virtual Input 21 On 0x0095 Virtual IN 22 On...
Page 451 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x01C1 Remote IN 2 On Remote Input 2 On 0x01C2 Remote IN 3 On Remote Input 3 On 0x01C3 Remote IN 4 On Remote Input 4 On 0x01C4 Remote IN 5 On...
Page 452 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x01F0 Remote IN 17 Off Remote Input 17 Off 0x01F1 Remote IN 18 Off Remote Input 18 Off 0x01F2 Remote IN 19 Off Remote Input 19 Off 0x01F3 Remote IN 20 Off...
Page 453 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x83C1 RTD 12 Trip PKP RTD 12 Trip PKP 0x83C2 RTD 12 Trip OP RTD 12 Trip OP 0x84C1 LE 1 Trip PKP Logic Element 1 Trip PKP 0x84C2 LE 1 Trip OP...
Page 454 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x90C2 Ph TOC1 Trip OP Phase TOC 1 Trip OP 0x90C4 Ph TOC1 Trip DPO Phase TOC 1 Trip DPO 0x90C9 Ph A TOC1 Trip PKP Phase A TOC 1 Trip PKP 0x90CA Ph A TOC1 Trip OP...
Page 455 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x9281 Ntrl TOC2 Trip PKP Neutral TOC 2 Trip PKP 0x9282 Ntrl TOC2 Trip OP Neutral TOC 2 Trip OP 0x9284 Ntrl TOC2 Trip DPO Neutral TOC 2 Trip DPO 0x92C1 Gnd TOC2 Trip PKP...
Page 456 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9904 NSeq IOC 2 Trp DPO Negative Sequence IOC 2 Trip DPO 0x99C1 SGnd TOC2 Trip PKP Sensitive Ground TOC 2 Trip PKP 0x99C2 SGnd TOC2 Trip OP Sensitive Ground TOC 2 Trip OP...
Page 457 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xA241 RTD 6 Alarm PKP RTD 6 Alarm PKP 0xA242 RTD 6 Alarm OP RTD 6 Alarm OP 0xA281 RTD 7 Alarm PKP RTD 7 Alarm PKP 0xA282 RTD 7 Alarm OP...
Page 458 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA722 C Dmd2 PhC Alrm OP Current Demand 2 PhC Alarm OP 0xA842 W1BKR Alarm W1 Breaker Alarm 0xA882 W1BKR Trip Time W1 Breaker Trip Time 0xA8C2 W1BKR Close Time W1 Breaker Close Time...
Page 459 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xB024 Ph C IOC1 Alrm DPO Phase C IOC 1 Alarm DPO 0xB041 Ntrl IOC1 Alrm PKP Neutral IOC 1 Alarm PKP 0xB042 Ntrl IOC1 Alrm OP Neutral IOC 1 Alarm OP 0xB044...
Page 460 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB24A Ph A TOC2 Alrm OP Phase A TOC 2 Alarm OP 0xB24C Ph A TOC2 Alrm DPO Phase A TOC 2 Alarm DPO 0xB251 Ph B TOC2 Alrm PKP Phase B TOC 2 Alarm PKP...
Page 461 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xB801 NSeq TOC1 Alrm PKP Negative Sequence TOC 1 Alarm PKP 0xB802 NSeq TOC1 Alrm OP Negative Sequence TOC 1 Alarm OP 0xB804 NSeq TOC1 Alrm DPO Negative Sequence TOC 1 Alarm DPO 0xB841...
Page 462 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xC102 Output Relay 6 On Output Relay 6 On 0xC104 Output Relay 6 Off Output Relay 6 Off 0xC142 Self-Test Rly 7 OP Self-Test Rly 7 OP 0xC144 Self-Tst Rly 7 DPO...
Page 463 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xCAC4 L/O Rst Closed DPO Lockout Reset Closed DPO 0xCC01 Lockout PKP Lockout PKP 0xCC02 Lockout OP Lockout OP 0xCC04 Lockout DPO Lockout DPO 0xCC42 Testing ON Testing ON...
Page 464 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xDD04 LE 13 DPO Logic Element 13 DPO 0xDD41 LE 14 PKP Logic Element 14 PKP 0xDD42 LE 14 OP Logic Element 14 OP 0xDD44 LE 14 DPO Logic Element 14 DPO...
Page 465 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xE704 Curr Dmd2 Blk DPO Current Demand 2 Block DPO 0xE882 Group Change Blk Group Change Blk 0xE884 Grp Change Blk DPO Group Change Block DPO 0xEC02 Lockout Block Lockout Block...
Page 466 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xF842 NSeq TOC2 Blk Negative Sequence TOC 2 Block 0xF844 NSeq TOC2 Blk DPO Negative Sequence TOC 2 Block DPO 0xF902 NSeq IOC 2 Block Negative Sequence IOC 2 Block 0xF904 NSeq IOC 2 Blk DPO...
Page 467 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x8D00 Rly #1 Trip OP Rly #1 Trip OP 0x8D40 Rly #2 Trip OP Rly #2 Trip OP 0x8D80 BKR Failure BKR Failure 0x8F40 Breaker 2 Failure Breaker 2 Failure...
Page 468 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA380 RTD 11 Alarm RTD 11 Alarm 0xA3C0 RTD 12 Alarm RTD 12 Alarm 0xA400 RTD Trouble Alrm RTD Trouble Alarm 0xA480 Not Configured Not Configured 0xA4C0 LE 1 Alarm...
Page 469 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xB6C0 NSeq IOC Alrm Negative Sequence IOC Alarm 0xB700 Pcnt DIFF Alarm Pcnt DIFF Alarm 0xB740 RGF1 Alarm RGF1 Alarm 0xB780 RGF2 Alarm RGF2 Alarm 0xB7C0 Inst DIFF Alarm...
Page 470 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xCC40 Testing Testing 0xCD00 BKR Stat Clsd Breaker Status Closed 0xCD40 Setpoint Group1 Setpoint Group1 0xDA00 BKR 2 52a Contact BKR 2 52a Contact 0xDA40 BKR 2 52b Contact BKR 2 52b Contact...
Page 471 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xF200 Gnd IOC2 Block Ground IOC 2 Block 0xF240 Ph TOC2 Block Phase TOC 2 Block 0xF280 Ntrl TOC2 Block Neutral TOC 2 Block 0xF2C0 Gnd TOC2 Block Ground TOC 2 Block...
Page 472 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0086 Virtual IN 7 On Virtual Input 7 On 0x0087 Virtual IN 8 On Virtual Input 8 On 0x0088 Virtual IN 9 On Virtual Input 9 On 0x0089 Virtual IN 10 On...
Page 473 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x00B5 Virtual IN 22 Off Virtual Input 22 Off 0x00B6 Virtual IN 23 Off Virtual Input 23 Off 0x00B7 Virtual IN 24 Off Virtual Input 24 Off 0x00B8 Virtual IN 25 Off...
Page 474 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x01E4 Remote IN 5 Off Remote Input 5 Off 0x01E5 Remote IN 6 Off Remote Input 6 Off 0x01E6 Remote IN 7 Off Remote Input 7 Off 0x01E7 Remote IN 8 Off...
Page 475 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x8241 RTD 6 Trip PKP RTD 6 Trip PKP 0x8242 RTD 6 Trip OP RTD 6 Trip OP 0x8281 RTD 7 Trip PKP RTD 7 Trip PKP 0x8282 RTD 7 Trip OP...
Page 476 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9021 Ph C IOC1 Trip PKP Phase C IOC 1 Trip PKP 0x9022 Ph C IOC1 Trip OP Phase C IOC 1 Trip OP 0x9024 Ph C IOC1 Trip DPO Phase C IOC 1 Trip DPO...
Page 477 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x9244 Ph TOC2 Trip DPO Phase TOC 2 Trip DPO 0x9249 Ph A TOC2 Trip PKP Phase A TOC 2 Trip PKP 0x924A Ph A TOC2 Trip OP Phase A TOC 2 Trip OP 0x924C...
Page 478 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x97C2 Inst Diff Trip OP Inst Diff Trip OP 0x97C4 Inst Diff Trip DPO Inst Diff Trip DPO 0x9801 NSeq TOC1 Trip PKP Negative Sequence TOC 1 Trip PKP 0x9802 NSeq TOC1 Trip OP...
Page 479 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xA081 RTD 1 Alarm PKP RTD 1 Alarm PKP 0xA082 RTD 1 Alarm OP RTD 1 Alarm OP 0xA0C1 RTD 2 Alarm PKP RTD 2 Alarm PKP 0xA0C2 RTD 2 Alarm OP...
Page 480 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA682 LE 8 Alarm OP Logic Element 8 Alarm OP 0xA684 LE 8 Alarm DPO Logic Element 8 Alarm DPO 0xA6C2 Curr Dmd1 Alrm OP Current Demand 1 Alarm OP 0xA6CA C Dmd1 PhA Alrm OP...
Page 481 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xB012 Ph B IOC1 Alrm OP Phase B IOC 1 Alarm OP 0xB014 Ph B IOC1 Alrm DPO Phase B IOC 1 Alarm DPO 0xB021 Ph C IOC1 Alrm PKP Phase C IOC 1 Alarm PKP...
Page 482 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB241 Ph TOC2 Alrm PKP Phase TOC 2 Alarm PKP 0xB242 Ph TOC2 Alrm OP Phase TOC 2 Alarm OP 0xB244 Ph TOC2 Alrm DPO Phase TOC 2 Alarm DPO 0xB249 Ph A TOC2 Alrm PKP...
Page 483 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xB784 RGF2 Alarm DPO RGF2 Alarm DPO 0xB7C1 Inst Diff Alrm PKP Inst Diff Alrm PKP 0xB7C2 Inst Diff Alrm OP Inst Diff Alrm OP 0xB7C4 Inst Diff Alrm DPO Inst Diff Alrm DPO...
Page 484 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xC0C2 Output Relay 5 On Output Relay 5 On 0xC102 Output Relay 6 On Output Relay 6 On 0xC142 Self-Test Rly 7 OP Self-Test Rly 7 OP 0xC182 Rly1 Coil OP...
Page 485 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xDA42 BKR2 52b Cont OP BKR2 52b Cont OP 0xDA82 BKR2 Stat Open BKR2 Stat Open 0xDAC2 BKR2 Stat Clsd BKR2 Stat Clsd 0xDB02 Trip BKR 1 OP Trip BKR 1 OP...
Page 486 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xE282 RTD7 Block RTD7 Block 0xE2C2 RTD8 Block RTD8 Block 0xE302 RTD9 Block RTD9 Block 0xE342 RTD10 Block RTD10 Block 0xE382 RTD11 Block RTD11 Block 0xE3C2 RTD12 Block...
Page 487 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x0047 Contact IN 8 On Contact Input 8 On 0x0048 Contact IN 9 On Contact Input 9 On 0x0049 Contact IN 10 On Contact Input 10 On 0x0060 Contact IN 1 Off...
Page 488 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x00A2 Virtual IN 3 Off Virtual Input 3 Off 0x00A3 Virtual IN 4 Off Virtual Input 4 Off 0x00A4 Virtual IN 5 Off Virtual Input 5 Off 0x00A5 Virtual IN 6 Off...
Page 489 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x01D1 Remote IN 18 On Remote Input 18 On 0x01D2 Remote IN 19 On Remote Input 19 On 0x01D3 Remote IN 20 On Remote Input 20 On 0x01D4 Remote IN 21 On...
Page 490 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x8002 Any Trip Any Trip 0x8042 Therm O/L Trip OP Thermal Overload Trip OP 0x8044 Therm O/L Trip DPO Thermal Overload Trip DPO 0x8081 RTD 1 Trip PKP RTD 1 Trip PKP...
Page 491 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x8644 LE 7 Trip DPO Logic Element 7 Trip DPO 0x8681 LE 8 Trip PKP Logic Element 8 Trip PKP 0x8682 LE 8 Trip OP Logic Element 8 Trip OP 0x8684 LE 8 Trip DPO...
Page 492 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9682 SGnd IOC2 Trip OP Sensitive Ground IOC 2 Trip OP 0x9684 SGnd IOC2 Trip DPO Sensitive Ground IOC 2 Trip DPO 0x96C1 NSeq IOC Trp PKP Negative Sequence IOC Trip PKP 0x96C2...
Page 493 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x9D81 LE 15 Trip PKP Logic Element 15 Trip PKP 0x9D82 LE 15 Trip OP Logic Element 15 Trip OP 0x9D84 LE 15 Trip DPO Logic Element 15 Trip DPO 0x9DC1 LE 16 Trip PKP...
Page 494 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA5C2 LE 5 Alarm OP Logic Element 5 Alarm OP 0xA5C4 LE 5 Alarm DPO Logic Element 5 Alarm DPO 0xA601 LE 6 Alarm PKP Logic Element 6 Alarm PKP 0xA602 LE 6 Alarm OP...
Page 495 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xB042 Ntrl IOC1 Alrm OP Neutral IOC 1 Alarm OP 0xB044 Ntrl IOC1 Alrm DPO Neutral IOC 1 Alarm DPO 0xB081 Gnd IOC1 Alarm PKP Ground IOC 1 Alarm PKP 0xB082 Gnd IOC1 Alarm OP...
Page 496 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB741 RGF1 Alarm PKP RGF1 Alarm PKP 0xB742 RGF1 Alarm OP RGF1 Alarm OP 0xB744 RGF1 Alarm DPO RGF1 Alarm DPO 0xB781 RGF2 Alarm PKP RGF2 Alarm PKP 0xB782 RGF2 Alarm OP...
Page 497 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xBDC1 LE 16 Alarm PKP Logic Element 16 Alarm PKP 0xBDC2 LE 16 Alarm OP Logic Element 16 Alarm OP 0xBDC4 LE 16 Alarm DPO Logic Element 16 Alarm DPO 0xC042 Output Relay 3 On...
Page 498 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xCC42 Testing ON Testing ON 0xCC44 Testing OFF Testing OFF 0xCCC2 BKR Stat Open Breaker Status Open OP 0xCD02 BKR Stat Clsd Breaker Status Closed OP 0xCD42 Setpoint Group1 On Setpoint Group1 On...
Page 499 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xE082 RTD1 Block RTD1 Block 0xE0C2 RTD2 Block RTD2 Block 0xE102 RTD3 Block RTD3 Block 0xE142 RTD4 Block RTD4 Block 0xE182 Output Relay 1 Blk Output Relay 1 Block 0xE1C2 Output Relay 2 Blk...
Page 500 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0001 0x0040 Contact IN 1 On Contact Input 1 On 0x0041 Contact IN 2 On Contact Input 2 On 0x0042 Contact IN 3 On Contact Input 3 On 0x0043 Contact IN 4 On...
Page 501 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x009A Virtual IN 27 On Virtual Input 27 On 0x009B Virtual IN 28 On Virtual Input 28 On 0x009C Virtual IN 29 On Virtual Input 29 On 0x009D Virtual IN 30 On...
Page 502 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x8202 RTD 5 Trip OP RTD 5 Trip OP 0x8242 RTD 6 Trip OP RTD 6 Trip OP 0x8282 RTD 7 Trip OP RTD 7 Trip OP 0x82C2 RTD 8 Trip OP...
Page 503 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x9722 Ph Diff C Trip OP Ph Diff C Trip OP 0x9742 RGF1 Trip OP RGF1 Trip OP 0x9782 RGF2 Trip OP RGF2 Trip OP 0x97C2 Inst Diff Trip OP Inst Diff Trip OP...
Page 504 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9042 Ntrl IOC1 Trip OP Neutral IOC 1 Trip OP 0x9082 Gnd IOC1 Trip OP Ground IOC 1 Trip OP 0x90C2 Ph TOC1 Trip OP Phase TOC 1 Trip OP 0x90CA Ph A TOC1 Trip OP...
Page 505 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x0041 Contact IN 2 On Contact Input 2 On 0x0042 Contact IN 3 On Contact Input 3 On 0x0043 Contact IN 4 On Contact Input 4 On 0x0044 Contact IN 5 On...
Page 506 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x009C Virtual IN 29 On Virtual Input 29 On 0x009D Virtual IN 30 On Virtual Input 30 On 0x009E Virtual IN 31 On Virtual Input 31 On 0x009F Virtual IN 32 On...
Page 507 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0xBCC2 LE 12 Alarm OP Logic Element 12 Alarm OP 0xBD02 LE 13 Alarm OP Logic Element 13 Alarm OP 0xBD42 LE 14 Alarm OP Logic Element 14 Alarm OP 0xBD82 LE 15 Alarm OP...
Page 508 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x00C0 Virtual Outputs Virtual Outputs 0x01C0 Remote Inputs Remote Inputs 0x0380 Insert Insert 0x0400 0x0440 0x0480 0x04C0 LATCH LATCH 0x0500 0x0540 0x0580 0x05C0 NAND NAND 0x0600...
Page 509 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description FC144 unsigned 32 bits LED Status - 350 FC144A unsigned 32 bits LED Status - 339 FC144B unsigned 32 bits LED Status - 345 0x00000100 W2 Closed Red...
Page 510 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description LATCH LATCH FC150 unsigned 32 bits IP Address FC155 unsigned 16 bits Profibus Baud Rate 0x0001 9600 9600 0x0002 19200 19200 0x0004 31250 31250 0x0008 45450...
Page 511 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description Last Last FC171 unsigned 16 bits Weekdays Not Set Not Set FC172 unsigned 16 bits Auto/Manual Control Stop Mode Always Enabled Always Enabled Follow Ctrl Mode Follow Control Mode FC173...
Page 512 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description FC188 unsigned 32 bits Message Status 2 FC189 unsigned 32 bits Message Status 3 FC190 unsigned 32 bits Message Status 4 FC191 unsigned 32 bits Ctrl Element Status 1 FC192 unsigned 32 bits Ctrl Element Status 2 FC193...
Page 513 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description 0x0046 Contact Input 7 Contact Input 7 0x0047 Contact Input 8 Contact Input 8 0x0048 Contact Input 9 Contact Input 9 0x0049 Contact Input 10 Contact Input 10 FC204C unsigned 16 bits Contact Input FlexLogic Bit Field Values...
Page 514 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description FC214 unsigned 16 bits MAC Address FC215 unsigned 32 bits GOOSE Receive Status FC216 unsigned 16 bits Received GOOSE Message Formatting 0x0000 0x0001 0x0002 Bool Bool...
Page 515 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description Simplified Simplified Advanced Advanced FC225 unsigned 16 bits Security Audit Trail Change Method Unknown Unknown COM1 COM1 Ethernet Ethernet KeyPad KeyPad FC226 unsigned 16 bits Security Audit Trail Event Type Unknown Unknown Setpoint Change...
Page 516 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description DAUGHTER Error DAUGHTER Error COMM HW Rev Error COMM HW Revision Error 1024 Link Error Link Error 2048 Traffic Error Traffic Error 4096 Internal Temp Internal Temp FC401...
Page 517 CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES 345 FORMAT CODES Code Type Definition Long Description FC412 unsigned 16 bits Winding Connection Delta Delta Zig-Zag Zig-Zag FC413 unsigned 16 bits Grounding Connection Not Within zone Not Within zone Within zone Within zone FC415 unsigned 16 bits SR345 CT Type...
Page 518 345 FORMAT CODES CHAPTER 11: 345 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Ready Ready File Over File Over FC421 unsigned 16 bits Redundancy type FC422 unsigned 16 bits Redundancy Port FC423 unsigned 16 bits Redundancy State FC424 unsigned 16 bits Dead Condition FC425...
Page 519 Chapter 12: 350 MODBUS memory map and Format Codes 350 MODBUS memory map and Format Codes The 339, 345, and 350 relays have different MODBUS maps and Format Codes. Make sure NOTE: you are looking at the chapter corresponding to your relay model.
Page 520 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30051 0x32 Comm Build Date Unknown 30057 0x38 Comm Build Time Unknown 30061 0x3C...
Page 521 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30348 0x15B Vcn Angle ° 30349 0x15C Ground Current Angle ° 30350 0x15D Neutral Current Angle °...
Page 522 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30538 0x219 User Map Value 15 0xFFFF 30539 0x21A User Map Value 16 0xFFFF...
Page 523 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30584 0x247 User Map Value 61 0xFFFF 30585 0x248 User Map Value 62 0xFFFF...
Page 524 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30630 0x275 User Map Value 107 0xFFFF 30631 0x276 User Map Value 108 0xFFFF...
Page 525 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30678 0x2A5 Event Vab 65535 x VT F17A 30679 0x2A6 Event Vbc 65535 x VT...
Page 526 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30734 0x2DD Sample Index + Trace -32767 32767 Memory Sample 15 30735 0x2DE Sample Index + Trace...
Page 527 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30762 0x2F9 Sample Index + Trace -32767 32767 Memory Sample 43 30763 0x2FA Sample Index + Trace...
Page 528 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30790 0x315 Sample Index + Trace -32767 32767 Memory Sample 71 30791 0x316 Sample Index + Trace...
Page 529 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30818 0x331 Sample Index + Trace -32767 32767 Memory Sample 99 30819 0x332 Sample Index + Trace...
Page 530 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30846 0x34D Sample Index + Trace -32767 32767 Memory Sample 127 30847 0x34E Sample Index + Trace...
Page 531 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words PHASE UV TRIP STATUS 31536 0x5FF Trip Phase A Status 6 65535 FC134 31537...
Page 532 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 31574 0x625 Alarm Phase C Status 2 65535 FC134 PHASE TOC1 ALARM STATUS 31575...
Page 533 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 31601 0x640 65535 FC134 PhaseOV3Alarm_PhaseCStat PHASE UV 3 ALARM STATUS 31602 0x641 65535 FC134...
Page 534 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 30463 0x1CE Negative Sequence Voltage °Lag Angle 30464 0x1CF Zero Sequence Voltage 60000 Magnitude...
Page 535 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 30715 0x2CA Trace Memory Trigger 12000 Frequency 30716 0x2CB Total Triggers 0xFFFF 30718 0x2CD...
Page 536 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 31739 0x6CA Directional Power 1 -1000000 1000000 31741 0x6CC Directional Power 2 -1000000 1000000...
Page 537 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 32186 0x889 Current Demand 1 PhA Date 0x010107D9 0x0C1F0833 0x010107D 32188 0x88B Current Demand 1 PhB Date 0x010107D9...
Page 538 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40138 0x89 Command Data 8 0xFFFF 40139 0x8A Command Data 9 0xFFFF 40140 0x8B...
Page 539 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40281 0x118 Bus VT Secondary 40282 0x119 Bus VT Ratio 50000 POWER SYSTEM 40284...
Page 540 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 40561 0x230 User Map Address 38 30001 39999 30286 40562 0x231 User Map Address 39...
Page 541 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40607 0x25E User Map Address 84 30001 39999 30001 40608 0x25F User Map Address 85...
Page 542 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words EVENT RECORDER 40649 0x288 Recording of Block Events FC126 40654 0x28D Recording of Pickup Events...
Page 543 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 40970 0x3C9 Input Name 2 Contact 40979 0x3D2 Input Name 3 Input 3 40988...
Page 544 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 41174 0x495 Timer 8 Pickup Delay 60000 41175 0x496 Timer 8 Dropout Delay 60000...
Page 545 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 41380 0x563 Remote Reset 0xEF02 F89A 41386 0x569 Remote Open 0xEF02 F89A 41387 0x56A...
Page 546 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 41570 0x621 LED 1 Source 0xFFFF FC134B 41572 0x623 LED 2 Source 0xFFFF FC134B...
Page 547 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42229 0x8B4 Block Phase IOC 1 FC103A 42230 0x8B5 Block Phase IOC 2 FC103A...
Page 548 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42298 0x8F9 Flex Curve A 2.90 X PU 65535 42299 0x8FA Flex Curve A 3.00 X PU...
Page 549 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42344 0x927 Flex Curve A 13.50 X PU 65535 42345 0x928 Flex Curve A 14.00 X PU...
Page 550 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42411 0x96A Flex Curve B 4.00 X PU 65535 42412 0x96B Flex Curve B 4.10 X PU...
Page 551 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42457 0x998 Flex Curve B 19.00 X PU 65535 42458 0x999 Flex Curve B 19.50 X PU...
Page 552 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43145 0xC48 Virtual Input Name 30 Virtual IN 43154 0xC51 Virtual Input Name 31...
Page 553 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43758 0xEAD Pha Dir Relays 0x7F FC198 43759 0xEAE Ph Dir Block 1 0xEF02...
Page 554 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43841 0xF00 IEC Cyclic Data Period 65535 43842 0xF01 IEC TCP Connection Timeout 10...
Page 555 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43883 0xF2A Binary Input Point 5 Entry 0xFFFF FC134B 43884 0xF2B Binary Input Point 6 Entry...
Page 556 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43929 0xF58 Binary Input Point 51 Entry 0xFFFF FC134B 43930 0xF59 Binary Input Point 52 Entry...
Page 557 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words DNP / IEC60870-5-104 ANALOG INPUTS 43942 0xF65 Analog Input Point 0 Entry 43943 0xF66...
Page 558 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 43984 0xF8F Analog Input Point 10 100000000 30000 Deadband 43986 0xF91 Analog Input Point 11 Entry...
Page 559 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44027 0xFBA Analog Input Point 21 Scale Factor 44028 0xFBB Analog Input Point 21...
Page 560 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44102 0x1005 Fault Report Mapping FC126 Enable AUTORECLOSE SHOT 1 44139 0x102A Phase IOC 1 Shot 1 Initiate...
Page 561 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44189 0x105C Sensitive Ground IOC 2 Shot FC103 3 Initiate 44190 0x105D Sensitive Ground TOC Shot 3 0...
Page 562 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words AUTORECLOSE SHOT 4 44198 0x1065 Block Negative Sequence FC103 IOC Shot 4 44199 0x1066...
Page 563 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44234 0x1089 Binary In Point 6 Entry Information Number 44235 0x108A Binary In Point 7 Entry...
Page 564 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44262 0x10A5 Binary In Point 20 Entry Information Number 44263 0x10A6 Binary In Point 21 Entry...
Page 565 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44290 0x10C1 Binary In Point 34 Entry Information Number 44291 0x10C2 Binary In Point 35 Entry...
Page 566 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44318 0x10DD Binary In Point 48 Entry Information Number 44319 0x10DE Binary In Point 49 Entry...
Page 567 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44346 0x10F9 Binary In Point 62 Entry Information Number 44347 0x10FA Binary In Point 63 Entry...
Page 568 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44373 0x1114 Binary Out Point 12 Entry Function Type 44374 0x1115 Binary Out Point 12 Entry...
Page 569 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44401 0x1130 103 First ASDU Fifth 0xFFFF Analogue Factor 44402 0x1131 103 First ASDU Fifth...
Page 570 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44429 0x114C 103 Second ASDU Fourth 0xFFFF Analogue Factor 44430 0x114D 103 Second ASDU Fourth...
Page 571 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44457 0x1168 103 Third ASDU Third 0xFFFF Analogue Factor 44458 0x1169 103 Third ASDU Third...
Page 572 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44485 0x1184 103 Fourth ASDU Second 0xFFFF Analogue Factor 44486 0x1185 103 Fourth ASDU Second...
Page 573 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44542 0x11BD Security Passcode Local Setpoint 2 44543 0x11BE Security Passcode Local Setpoint 3...
Page 574 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44570 0x11D9 Security Passcode Entry Setpoints 5 44571 0x11DA Security Passcode Entry Control 1...
Page 575 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44612 0x1203 Virtual Input 1 Type FC199 44613 0x1204 Virtual Input 2 Type FC199...
Page 576 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44716 0x126B TCP Connection Timeout 1800 IEC61850 GOOSE TRANSMISSION DATASET ITEMS 44718 0x126D DataSet Item 1...
Page 577 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 44762 0x1299 DataSet Item 23 0xFFFF FC134B 44763 0x129A Item 23 Quality FC126 44764...
Page 578 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 44919 0x1336 Rx GOOSE3 ID DEVICE_IED 2_GOOSE3 44939 0x134A Incoming GOOSE DataSet DEVICE/ Name...
Page 579 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 45183 0x143E Rx GOOSE7 ID DEVICE_IED 2_GOOSE7 45203 0x1452 Incoming GOOSE DataSet DEVICE/ Name...
Page 580 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 45648 0x160F Remote Input 4 Item Mask 0xFFFF FC218 45649 0x1610 Remote Input 4 Default...
Page 581 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 45796 0x16A3 Remote Input 11 Default FC220 State 45798 0x16A5 Remote Input 12 Name...
Page 582 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 45941 0x1734 Remote Input 18 Item 0xFFFF FC217 Source 45942 0x1735 Remote Input 18 Item Mask...
Page 583 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46071 0x17B6 Remote Input 25 Name RI 25 46087 0x17C6 Remote Input 25 GOOSE...
Page 584 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46215 0x1846 Remote Input 31 Item Mask 0xFFFF FC218 46216 0x1847 Remote Input 31 Default...
Page 585 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46267 0x187A Logic Element 4 Name Logic El #4 46276 0x1883 Logic Element 5 Name...
Page 586 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46783 0x1A7E PTP Domain Number 46784 0x1A7F PTP VLAN Priority 46785 0x1A80 PTP VLAN ID...
Page 587 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46922 0x1B09 Phase OV 3 Block 1 0xEF02 46923 0x1B0A Phase OV 3 Block 2...
Page 588 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 41203 0x4B2 Logic Element 11 Trigger FC149 Logic 41204 0x4B3 Logic Element 11 Block...
Page 589 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 43496 0xDA7 Logic Element 5 Trigger 3 0xFFFF FC134B 43497 0xDA8 Logic Element 5 Block 1...
Page 590 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46389 0x18F4 Logic Element 13 Trigger 1 0xFFFF FC134B 46390 0x18F5 Logic Element 13 Trigger 2...
Page 591 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47030 0x1B75 Logic Element 3 Trigger 4 0xFFFF FC134B 47031 0x1B76 Logic Element 3 Trigger 5...
Page 592 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47070 0x1B9D Logic Element 8 Trigger 4 0xFFFF FC134B 47071 0x1B9E Logic Element 8 Trigger 5...
Page 593 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47110 0x1BC5 Logic Element 13 Trigger 4 0xFFFF FC134B 47111 0x1BC6 Logic Element 13 Trigger 5...
Page 594 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42491 0x9BA Neutral IOC Pickup 2000 x CT 42492 0x9BB Neutral IOC Delay 30000...
Page 595 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42562 0xA01 Negative Sequence OV 60000 Delay 42563 0xA02 Neutral OV Function FC197 42564...
Page 596 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42604 0xA2B Negative Sequence IOC FC197 Function 42605 0xA2C Negative Sequence IOC 2000 x CT...
Page 597 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 46844 0x1ABB Directional Power 2 Pickup 6000 Delay 46845 0x1ABC Directional Power 2 Output...
Page 598 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 42641 0xA50 Phase IOC 1 Block 1 0xEF02 42642 0xA51 Phase IOC 1 Block 2...
Page 599 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42695 0xA86 Phase UV Block 1 0xEF02 42696 0xA87 Phase UV Block 2 0xEF02...
Page 600 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 46840 0x1AB7 Directional Power 1 Block 3 0xEF02 46846 0x1ABD Directional Power 2 Block 1...
Page 601 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 42750 0xABD Neutral Directional (67N) 0x7F FC198 Relay 42752 0xABF Negative Sequence 0x7F FC198...
Page 602 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47216 0x1C2F Real Power Demand Block 1 0 0xEF02 47217 0x1C30 Real Power Demand Block 2 0...
Page 603 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default words 47255 0x1C56 Lockout Reset From PB FC126 Reset 47256 0x1C57 Lockout Block Reset Lockout 0...
Page 604 350 MODBUS MEMORY MAP CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47321 0x1C98 Relay 3 Auxiliary FC103 47322 0x1C99 Relay 4 Auxiliary FC103 47323 0x1C9A...
Page 605 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Modbus Description Step Units Format Factory Size in Address Address Code Default words 47377 0x1CD0 Analog input 8 db 100000 47379 0x1CD2 Analog input 8 Min -2147483648 2147483647...
Page 606 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Example: 123456 stored as 123456 i.e. 1st word: 0001 hex 2nd word: E240 hex unsigned 32 bits Unsigned Long Value 1 Decimal Place...
Page 607 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description signed 16 bits 2's Complement Signed Value 1 Decimal Place unsigned 32 bits Unsigned Long Value 3 Decimal Places F17A unsigned 16 bits Unsigned Value 3 Decimal Places...
Page 608 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Inputs 1-16 Inputs 1-16 Outputs 1-16 Outputs 1-16 Virtual Inputs1-16 Virtual Inputs 1-16 Virtual Inputs7-32 Virtual Inputs 17-32 Remote INs 1-16 Remote Inputs 1-16...
Page 609 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description Phase C Phase C All Phases All Phases unsigned 16 bits OC Direction pickup flags 0x10 Direction PKP Ph A Direction PKP Phase A...
Page 610 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Reactive Pwr Reactive Power Apparent Pwr Apparent Power Positive Watthours Positive Watthours Positive Varhours Positive Varhours Hottest Stator RTD Hottest Stator RTD Therm Cap. Used...
Page 611 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description unsigned 16 bits DNP and 103 Binary Output Points Virtual Input 1 Virtual Input 1 Virtual Input 2 Virtual Input 2 Virtual Input 3...
Page 612 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Phase A Current Phase A Current Phase B Current Phase B Current Phase C Current Phase C Current Gnd Current Gnd Current System Frequency...
Page 613 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description FR Ib Angle Fault Report Ib Angle FR Ic Fault Report Ic FR Ic Angle Fault Report Ic Angle FR Ig Fault Report Ig...
Page 614 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Ntrl Voltage Angle Neutral Voltage Angle Vaux Angle Vaux Angle Vab Angle Vab Angle Vbc Angle Vbc Angle Vca Angle Vca Angle Bus Freq...
Page 615 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x88 Virtual Input 9 Virtual Input 9 0x89 Virtual Input 10 Virtual Input 10 0x8A Virtual Input 11 Virtual Input 11 0x8B Virtual Input 12...
Page 616 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x1C7 Remote Input 8 Remote Input 8 0x1C8 Remote Input 9 Remote Input 9 0x1C9 Remote Input 10 Remote Input 10 0x1CA Remote Input 11...
Page 617 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x86 Virtual Input 7 Virtual Input 7 0x87 Virtual Input 8 Virtual Input 8 0x88 Virtual Input 9 Virtual Input 9 0x89 Virtual Input 10...
Page 618 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x1C5 Remote Input 6 Remote Input 6 0x1C6 Remote Input 7 Remote Input 7 0x1C7 Remote Input 8 Remote Input 8 0x1C8 Remote Input 9...
Page 619 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x83 Virtual Input 4 Virtual Input 4 0x84 Virtual Input 5 Virtual Input 5 0x85 Virtual Input 6 Virtual Input 6 0x86 Virtual Input 7...
Page 620 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x1C2 Remote Input 3 Remote Input 3 0x1C3 Remote Input 4 Remote Input 4 0x1C4 Remote Input 5 Remote Input 5 0x1C5 Remote Input 6...
Page 621 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description Definite Time Definite Time Inverse Time Inverse Time unsigned 16 bits Breaker Control Disabled Disabled Contact Input 1 Contact Input 1 Contact Input 2...
Page 622 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 9600 baud 9600 baud 19200 baud 19200 baud 38400 baud 38400 baud 57600 baud 57600 baud 115200 baud 115200 baud FC102 unsigned 16 bits RS 485 Parity...
Page 623 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description FC112 unsigned 16 bits Communication Status Error Error FC115 unsigned 16 bits Alarm Type Selection Trip Trip Alarm Alarm FC116 unsigned 16 bits Switch Type...
Page 624 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description FC129 unsigned 16 bits Relay Status FC130 unsigned 16 bits LED Flash FC131 unsigned 16 bits Comm Fail Mode Serial Serial Serial & Ethernet Serial &...
Page 625 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x8004 Any Trip DropOut Any Trip DropOut 0xA001 Any Alarm PickUp Any Alarm PickUp 0xA002 Any Alarm Any Alarm 0xA004 Any Alarm DropOut...
Page 626 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA002 Any Alarm Any Alarm 0xA004 Any Alarm DropOut Any Alarm DropOut 0xC002 Any Inhibit Any Inhibit FC134 unsigned 16 bits Cause of Event...
Page 627 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x0043 Contact IN 4 On Contact Input 4 On 0x0044 Contact IN 5 On Contact Input 5 On 0x0045 Contact IN 6 On...
Page 628 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x009E Virtual IN 31 On Virtual Input 31 On 0x009F Virtual IN 32 On Virtual Input 32 On 0x00A0 Virtual IN 1 Off...
Page 629 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x01CD Remote IN 14 On Remote Input 14 On 0x01CE Remote IN 15 On Remote Input 15 On 0x01CF Remote IN 16 On...
Page 630 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x01FC Remote IN 29 Off Remote Input 29 Off 0x01FD Remote IN 30 Off Remote Input 30 Off 0x01FE Remote IN 31 Off...
Page 631 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x025D Remote OUT 30 On Remote Output 30 On 0x025E Remote OUT 31 On Remote Output 31 On 0x025F Remote OUT 32 On...
Page 632 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x8242 Arc Flash Trip OP Arc Flash Trip OP 0x83C1 Volt Hz Trip PKP Volt Hz Trip PKP 0x83C2 Volt Hz Trip OP...
Page 633 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x9012 Ph B IOC1 Trip OP Phase B IOC 1 Trip OP 0x9014 Ph B IOC1 Trip DPO Phase B IOC 1 Trip DPO...
Page 634 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9301 SGnd TOC1 Trip PKP Sensitive Ground TOC 1 Trip PKP 0x9302 SGnd TOC1 Trip OP Sensitive Ground TOC 1 Trip OP 0x9304...
Page 635 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x95C4 OverFreq1 Trip DPO Overfrequency 1 Trip DPO 0x9601 OverFreq2 Trip PKP Overfrequency 2 Trip PKP 0x9602 OverFreq2 Trip OP Overfrequency 2 Trip OP...
Page 636 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x97A2 Ph C UV4 Trip OP Phase C UV 4 Trip OP 0x97A4 Ph C UV4 Trip DPO Phase C UV 4 Trip DPO...
Page 637 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x99C1 Ntrl OV3 Trip PKP Neutral OV 3 Trip PKP 0x99C2 Ntrl OV3 Trip OP Neutral OV 3 Trip OP 0x99C4 Ntrl OV3 Trip DPO...
Page 638 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9F44 WGF 2 Trip DPO Wattmetric Gnd Fault 2 Trip DPO 0xA002 Any Alarm Any Alarm 0xA042 Therm Lvl Alrm OP Thermal Level Alarm OP...
Page 639 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xA742 Curr Dmd1 Alrm OP Current Demand 1 Alarm OP 0xA74A C Dmd1 PhA Alrm OP Current Demand 1 PhA Alarm OP 0xA752...
Page 640 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xAF84 Fuse Fail Alrm DPO Fuse Fail Alarm DPO 0xAFC1 Brkn Cond Alrm PKP Broken Cond Alarm PKP 0xAFC2 Brkn Cond Alarm OP...
Page 641 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xB192 Ph B IOC2 Alrm OP Phase B IOC 2 Alarm OP 0xB194 Ph B IOC2 Alrm DPO Phase B IOC 2 Alarm DPO...
Page 642 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB4A1 Ph C UV1 Alarm PKP Phase C UV1 Alarm PKP 0xB4A2 Ph C UV1 Alarm OP Phase C UV1 Alarm OP 0xB4A4...
Page 643 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xB74C Ph A UV3 Alrm DPO Phase A UV 3 Alrm DPO 0xB751 Ph B UV3 Alrm PKP Phase B UV 3 Alrm PKP...
Page 644 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB912 Ph B OV3 Alarm OP Phase B OV 3 Alarm OP 0xB914 Ph B OV3 Alarm DPO Phase B OV 3 Alarm DPO...
Page 645 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xBCC1 LE 12 Alarm PKP Logic Element 12 Alarm PKP 0xBCC2 LE 12 Alarm OP Logic Element 12 Alarm OP 0xBCC4 LE 12 Alarm DPO...
Page 646 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xC102 Output Relay 6 On Output Relay 6 On 0xC104 Output Relay 6 Off Output Relay 6 Off 0xC142 Self-Test Rly 7 OP...
Page 647 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xC684 LE 8 DPO Logic Element 8 DPO 0xC742 Testing ON Testing ON 0xC744 Testing OFF Testing OFF 0xC882 Setpoint Group2 On Setpoint Group2 On...
Page 648 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xD484 Ph UV1 DPO Phase UV1 DPO 0xD701 Ph UV2 PKP Phase UV 2 PKP 0xD702 Ph UV2 OP Phase UV 2 OP...
Page 649 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xDE04 PhDir Rev DPO Ph Directional Reverse DPO 0xDE0A PhADir Rev OP Ph A Directional Reverse OP 0xDE0C PhADir Rev DPO Ph A Directional Reverse DPO...
Page 650 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xE802 AppP Dmd Block Apparent Power Demand Block OP 0xE804 AppP Dmd Block DPO Apparent Power Demand Block DPO 0xE882 Group Change Blk...
Page 651 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xF504 Aux UV Block DPO Auxiliary UV Block DPO 0xF542 UndrFreq1 Block Underfrequency 1 Block 0xF544 UndrFreq1 BlockDPO Underfrequency 1 Block DPO 0xF582...
Page 652 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xFE02 PhDir Block Ph Directional Block 0xFE04 PhDir Block DPO Ph Directional Block DPO 0xFE0A PhADir Block PhA Directional Block 0xFE0C PhADir Block DPO...
Page 653 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x9080 Gnd IOC1 Trip Ground IOC 1 Trip 0x90C0 Ph TOC1 Trip Phase TOC 1 Trip 0x9100 Ntrl TOC1 Trip Neutral TOC 1 Trip...
Page 654 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA080 PosSeq UV1 Alrm Positive Sequence UV 1 Alarm 0xA240 Arc Flash Alarm Arc Flash Alarm 0xA2C0 Light Sens1 Trouble Light Sensor 1 Trouble...
Page 655 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xB180 Ph IOC2 Alarm Phase IOC 2 Alarm 0xB1C0 Ntrl IOC2 Alarm Neutral IOC 2 Alarm 0xB200 Gnd IOC2 Alarm Ground IOC 2 Alarm...
Page 656 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xBF40 WGF 2 Alarm Wattmetric Gnd Fault 2 Alarm 0xC040 Output Relay 3 Output Relay 3 0xC080 Output Relay 4 Output Relay 4...
Page 657 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xCF00 2nd Hrmc 2nd Harmonic 0xCF40 Light Sensor 3 Light Sensor 3 0xCF80 Light Sensor 4 Light Sensor 4 0xCFC0 Brkn Cond Broken Cond...
Page 658 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xF0C0 Ph TOC1 Block Phase TOC 1 Block 0xF100 Ntrl TOC1 Block Neutral TOC 1 Block 0xF140 Gnd TOC1 Block Ground TOC 1 Block...
Page 659 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x0043 Contact IN 4 On Contact Input 4 On 0x0044 Contact IN 5 On Contact Input 5 On 0x0045 Contact IN 6 On...
Page 660 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x009E Virtual IN 31 On Virtual Input 31 On 0x009F Virtual IN 32 On Virtual Input 32 On 0x01C0 Remote IN 1 On...
Page 661 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x01ED Remote IN 14 Off Remote Input 14 Off 0x01EE Remote IN 15 Off Remote Input 15 Off 0x01EF Remote IN 16 Off...
Page 662 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x83C2 Volt Hz Trip OP Volt Hz Trip OP 0x83C4 Volt Hz Trip DPO Volt Hz Trip DPO 0x84C1 LE 1 Trip PKP...
Page 663 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x9022 Ph C IOC1 Trip OP Phase C IOC 1 Trip OP 0x9024 Ph C IOC1 Trip DPO Phase C IOC 1 Trip DPO...
Page 664 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x93C1 NSeq OV Trp PKP Negative Sequence OV Trip PKP 0x93C2 NSeq OV Trp OP Negative Sequence OV Trip OP 0x93C4 NSeq OV Trp DPO...
Page 665 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x9604 OverFreq2 Trip DPO Overfrequency 2 Trip DPO 0x9641 SGnd IOC1 Trip PKP Sensitive Ground IOC 1 Trip PKP 0x9642 SGnd IOC1 Trip OP...
Page 666 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x97C2 NSeq OV2 Trp OP Negative Sequence OV2 Trp OP 0x97C4 NSeq OV2 Trp DPO Negative Sequence OV2 Trp DPO 0x9801 NSeq TOC1 Trip PKP...
Page 667 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x9A01 Ntrl OV4 Trip PKP Neutral OV 4 Trip PKP 0x9A02 Ntrl OV4 Trip OP Neutral OV 4 Trip OP 0x9A04 Ntrl OV4 Trip DPO...
Page 668 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xA044 Therm Lvl Alrm DPO Thermal Level Alarm DPO 0xA04A Therm PhA Alrm OP Thermal Phase A Alarm OP 0xA04C Therm PhA Alrm DPO...
Page 669 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xA782 RealP Dmd Alrm OP Real Power Demand Alarm OP 0xA7C2 ReacP Dmd Alrm OP Reactive Power Demand Alarm OP 0xA802 AppP Dmd Alrm OP...
Page 670 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB021 Ph C IOC1 Alrm PKP Phase C IOC 1 Alarm PKP 0xB022 Ph C IOC1 Alrm OP Phase C IOC 1 Alarm OP...
Page 671 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xB304 SGnd TOC1 Alrm DPO Sensitive Ground TOC 1 Alarm DPO 0xB342 NtrlDir RevAlm OP Neutral Directional Alarm OP 0xB344 NtrlDir RevAlmDPO Neutral Directional Reverse Alarm DPO...
Page 672 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB5C1 OverFreq1 Alrm PKP Overfrequency 1 Alarm PKP 0xB5C2 OverFreq1 Alrm OP Overfrequency 1 Alarm OP 0xB5C4 OverFreq1 Alrm DPO Overfrequency 1 Alarm DPO...
Page 673 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xB794 Ph B UV4 Alrm DPO Phase B UV 4 Alrm DPO 0xB7A1 Ph C UV4 Alrm PKP Phase C UV 4 Alrm PKP...
Page 674 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB962 Ph C OV4 Alarm OP Phase C OV 4 Alarm OP 0xB964 Ph C OV4 Alarm DPO Phase C OV 4 Alarm DPO...
Page 675 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xBE02 PhDir RevAlm OP Ph Directional Reverse Alarm OP 0xBE04 PhDir RevAlm DPO Ph Directional Reverse Alarm DPO 0xBE0A PhADir RevAlm OP Ph A Directional Reverse Alarm OP...
Page 676 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xC4C2 LE 1 OP Logic Element 1 OP 0xC4C4 LE 1 DPO Logic Element 1 DPO 0xC501 LE 2 PKP Logic Element 2 PKP...
Page 677 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xCEC2 Dir Pwr 2 OP Directional Pwr 2 OP 0xCF01 2nd Hrmc PKP 2nd Harmonic PKP 0xCF02 2nd Hrmc OP 2nd Harmonic OP...
Page 678 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xDE4A PhADir Und OP Ph A Directional Und OP 0xDE4C PhADir Und DPO Ph A Directional Und DPO 0xDE52 PhBDir Und OP Ph B Directional Und OP...
Page 679 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xF442 Ph OV1 Block Ph OV 1 Block 0xF482 Ph UV1 Block Ph UV 1 Block 0xF4C2 Aux OV Block Auxiliary OV Block...
Page 680 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0064 Contact IN 5 Off Contact Input 5 Off 0x0065 Contact IN 6 Off Contact Input 6 Off 0x0066 Contact IN 7 Off...
Page 681 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x00A9 Virtual IN 10 Off Virtual Input 10 Off 0x00AA Virtual IN 11 Off Virtual Input 11 Off 0x00AB Virtual IN 12 Off...
Page 682 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x01D8 Remote IN 25 On Remote Input 25 On 0x01D9 Remote IN 26 On Remote Input 26 On 0x01DA Remote IN 27 On...
Page 683 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x83C1 Volt Hz Trip PKP Volt Hz Trip PKP 0x83C2 Volt Hz Trip OP Volt Hz Trip OP 0x83C4 Volt Hz Trip DPO...
Page 684 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x90C2 Ph TOC1 Trip OP Phase TOC 1 Trip OP 0x90C4 Ph TOC1 Trip DPO Phase TOC 1 Trip DPO 0x9101 Ntrl TOC1 Trip PKP...
Page 685 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x9601 OverFreq2 Trip PKP Overfrequency 2 Trip PKP 0x9602 OverFreq2 Trip OP Overfrequency 2 Trip OP 0x9604 OverFreq2 Trip DPO Overfrequency 2 Trip DPO...
Page 686 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9A44 OverFreq3 Trip DPO Overfrequency 3 Trip DPO 0x9A81 OverFreq4 Trip PKP Overfrequency 4 Trip PKP 0x9A82 OverFreq4 Trip OP Overfrequency 4 Trip OP...
Page 687 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xA2C2 LightSns1 Trbl Light Sensor 1 Trouble 0xA302 LightSns2 Trbl Light Sensor 2 Trouble 0xA342 LightSns3 Trbl Light Sensor 3 Trouble 0xA382 LightSns4 Trbl...
Page 688 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xAC04 LO Amb Temp DPO Low Ambient Temperature Alarm DPO 0xAC42 Self Test Alarm OP Self Test Alarm OP 0xACC2 BKRTrpCntrAlrm OP Breaker Trip Control Alarm OP...
Page 689 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xB1C4 Ntrl IOC2 Alrm DPO Neutral IOC 2 Alarm DPO 0xB201 Gnd IOC2 Alarm PKP Ground IOC 2 Alarm PKP 0xB202 Gnd IOC2 Alarm OP...
Page 690 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xB6C1 NSeq IOC Alrm PKP Negative Sequence IOC Alarm PKP 0xB6C2 NSeq IOC Alrm OP NSeq IOC Alrm OP 0xB6C4 NSeq IOC Alrm DPO...
Page 691 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xBAC4 UndFreq3 Alrm DPO Underfrequency 3 Alrm DPO 0xBB01 UndFreq4 Alarm PKP Underfrequency 4 Alarm PKP 0xBB02 UndFreq4 Alarm OP Underfrequency 4 Alarm OP...
Page 692 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xBEC4 NtrlDir UndAlm DPO Neutral Directional Und Alarm DPO 0xBF01 WGF 1 Alarm PKP Wattmetric Gnd Fault 1 Alarm PKP 0xBF02 WGF 1 Alarm OP...
Page 693 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xC684 LE 8 DPO Logic Element 8 DPO 0xC742 Testing ON Testing ON 0xC744 Testing OFF Testing OFF 0xC882 Setpoint Group2 On Setpoint Group2 On...
Page 694 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xDCC1 LE 12 PKP Logic Element 12 PKP 0xDCC2 LE 12 OP Logic Element 12 OP 0xDCC4 LE 12 DPO Logic Element 12 DPO...
Page 695 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xE2C2 Lockout Block Lockout Block 0xE3C2 Volt Hz Block Volt Hz Block 0xE742 Curr Dmd1 Block Current Demand 1 Block OP 0xE782 RealP Dmd Block...
Page 696 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xFA02 Ntrl OV4 Block Neutral OV 4 Block 0xFA42 OverFreq3 Block Overfrequency 3 Block 0xFA82 OverFreq4 Block Overfrequency 4 Block 0xFAC2 UndFreq3 Block...
Page 697 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x0090 Virtual IN 17 On Virtual Input 17 On 0x0091 Virtual IN 18 On Virtual Input 18 On 0x0092 Virtual IN 19 On...
Page 698 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x00BF Virtual IN 32 Off Virtual Input 32 Off 0x8002 Any Trip Any Trip 0x8042 Therm O/L Trip OP Thermal Overload Trip OP...
Page 699 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x9482 Ph UV1 Trip OP Phase UV 1 Trip OP 0x948A Ph A UV1 Trip OP Phase A UV1 Trip OP 0x9492 Ph B UV1 Trip OP...
Page 700 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9C42 LE 10 Trip OP Logic Element 10 Trip OP 0x9C82 LE 11 Trip OP Logic Element 11 Trip OP 0x9CC2 LE 12 Trip OP...
Page 701 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x91A2 Ph C IOC2 Trip OP Phase C IOC 2 Trip OP 0x91C2 Ntrl IOC2 Trip OP Neutral IOC 2 Trip OP 0x9202...
Page 702 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x9952 Ph B OV4 Trip OP Phase B OV 4 Trip OP 0x9962 Ph C OV4 Trip OP Phase C OV 4 Trip OP...
Page 703 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x0085 Virtual IN 6 On Virtual Input 6 On 0x0086 Virtual IN 7 On Virtual Input 7 On 0x0087 Virtual IN 8 On...
Page 704 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xC5C2 LE 5 OP Logic Element 5 OP 0xC602 LE 6 OP Logic Element 6 OP 0xC642 LE 7 OP Logic Element 7 OP...
Page 705 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x0580 0x05C0 NAND NAND 0x0600 TIMER TIMER 0x0640 ASSIGN ASSIGN 0x8000 Trip Trip 0x8E81 Dir Pwr 1 Trip PKP Directional Pwr 1 Trip PKP...
Page 706 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0xBE64 PhCDir UndAlm DPO Ph C Directional Und Alarm DPO 0xBE82 GndDir UndAlm OP Ground Directional Und Alarm OP 0xBE84 GndDir UndAlm DPO...
Page 707 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0xDEC4 NtrlDir Und DPO Neutral Directional Und DPO 0xDF01 WGF 1 PKP Wattmetric Gnd Fault 1 PKP 0xDF02 WGF 1 OP Wattmetric Gnd Fault 1 OP...
Page 708 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description FC144A unsigned 32 bits LED Status - 339 FC144B unsigned 32 bits LED Status - 345 FC145 unsigned 16 bits Element Status 1...
Page 709 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description Green Green FC160 unsigned 16 bits Auto/Manual Mode Auto Auto Manual Manual FC167 unsigned 32 bits Contact/Virtual Input/Output Status FC168 unsigned 32 bits Contact/Virtual Input/Output Status...
Page 710 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Unaffected Unaffected FC176 unsigned 16 bits Auxiliary VT Connection Vab VT Vab VT Vbc VT Vbc VT Vca VT Vca VT Van VT...
Page 711 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description FC202 unsigned 32 bits Block Status 3 FC203 unsigned 32 bits Block Status 4 FC204 unsigned 16 bits Contact Input FlexLogic Bit Field Values...
Page 712 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description 0x0043 Contact Input 4 W2 Breaker 52b (CI#4) FC205 unsigned 16 bits Element Type 1 Disabled Disabled Alarm Alarm Latched Alarm Latched Alarm...
Page 713 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 0x0014 Bstring Bstring 0x0015 Bvstring Bvstring 0x00FF FC217 unsigned 16 bits Remote Input Item Source FC218 unsigned 16 bits Remote Input Item Mask...
Page 714 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description Flex Curve B Flex Curve B FC240 unsigned 16 bits Self Test Error None None Order Code Error Order Code Error RTC Error...
Page 715 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description 120 Ohm Ni 120 Ohm Nickel 100 Ohm Ni 100 Ohm Nickel FC406 unsigned 16 bits PC Program Reserved for FlexLogic Bit (Do...
Page 716 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES Code Type Definition Long Description DAISY CHAIN DAISY CHAIN FC422 unsigned 16 bits Redundancy Port Internal(software) Internal(software) SNTP SNTP IRIGB IRIGB FC423 unsigned 16 bits Redundancy State Disabled...
Page 717 CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 350 FORMAT CODES Code Type Definition Long Description FC431 unsigned 16 bits Demand Measurement Type Blk Interval Blk Interval Exponential Exponential Rolling Dmd Rolling Dmd FC432 unsigned 16 bits Demand Time...
Page 718 350 FORMAT CODES CHAPTER 12: 350 MODBUS MEMORY MAP AND FORMAT CODES 12-200 SR3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 719: Mics
Grid Solutions 3 Series Protective Relay Platform Appendix A: IEC 61850 Implementation Details IEC 61850 Implementation Details MICS This sections contains the Model Implementation Conformance Statement (MICS) for the IEC 61850 interface in 3 Series Family of protective relays. Date: January 31, 2017 Version: 1.13 1 INTRODUCTION This model implementation conformance statement is applicable for 3 Series Family, with...
Page 720 MICS L: System Logical Nodes Description ANSI LPHD 1 Physical device information LLN0 Logical node zero P:Logical Nodes for protection Description ANSI functions phsPIOC Instantaneous Overcurrent Yes(2) Yes(2) ndPIOC Instantaneous Neutral Yes(2) Yes(1) Yes(2) Overcurrent gndPIOC Instantaneous Ground Yes(2) Yes(2) Overcurrent gndPIOC Ground Fault...
Page 721 R:Logical Nodes for protection Description ANSI functions ndRDIR Neutral Directional Yes(1) Yes(1) Overcurrent gndRDIR Ground Directional Yes(1) Overcurrent hseRDIR Sensitive Ground Directional 67SG Yes(1) Overcurrent phsRDIR Phase Directional Overcurrent 67P Yes(1) RREC Autorecloser Yes(1) rptRFLO Fault Report Yes(1) Yes(1) Yes(1) RBRF Breaker Failure 50BF...
Page 722: Logical Nodes
MICS 2 LOGICAL NODES The tables in this section use the following abbreviations: • M: Data is mandatory in the IEC 61850-7-4. • O: Data is optional in the IEC 61850-7-4 and is used in the device. • C: Data is conditional in the IEC 61850-7-4 and is used in the device. •...
Page 723: Logical Nodes For Protection Functions. Ln Group:p
Health INS_1 Health NamPlt LPL_0 Name plate GoCB (ACSI class GOOSE control block) GoCB GoCB 2.1.3 GoCB (GOOSE control block class definition) GoCB class Attribute Name Attribute Type Notes GoEna BOOLEAN Enable (TRUE), disable (FALSE) GoID VISIBLE STRING65 DatSet Object Reference ConfRev INT32U NdsCom...
Page 724 MICS instPDIF: Transformer Instantaneous Differential PDIF class Attribute Name Attr. Type Explanation M/O/C/E Notes InstPDIF Overpower Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start XRFM INST DIFF PKP ACT_2 Operate XRFM INST DIFF OP...
Page 725 NdPDOP: Wattmetric Ground Fault PDOP class Attribute Name Attr. Type Explanation M/O/C/E Notes NdPDOP Overpower Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Measured Values Watt MV_6 Wattmetric Power Status Information ACD_2 Start Wattmetric Ground Fault ACT_2...
Page 726 MICS 2.2.4 PIOC (Instantaneous overcurrent) phsPIOC: phase IOC PIOC class Attribute Name Attr. Type Explanation M/O/C/E Notes PhsPIOC Instantaneous overcurrent Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_0 Start Phase IOC PKP ACT_0 Operate...
Page 727 gndPIOC: ground fault IOC PIOC class Attribute Name Attr. Type Explanation M/O/C/E Notes GndPIOC Instantaneous overcurrent Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_1 Start Ground IOC PKP ACT_1 Operate Ground IOC OP ACT_3...
Page 728 MICS 2.2.5 PMRI (Motor restart inhibition) PMRI: Motor restart inhibition PMRI class Attribute Name Attr. Type Explanation M/O/C/E Notes PMRI Motor restart inhibition Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information Strlnh SPS_0 Restart inhibited...
Page 729 Status Information ACD_1 Start Sensitive Ground TOC PKP ACT_1 Operate Sensitive Ground TOC OP ACT_3 Block Sensitive Ground TOC BLK NgSeqPTOC: Negative Sequence TOC(339/350) PTOC class Attribute Name Attr. Type Explanation M/O/C/E Notes NgSeqPTOC_0 Time overcurrent Data Common Logical Node Information...
Page 730 MICS NgSeqPTOC: Negative Sequence TOC(345) PTOC class Attribute Name Attr. Type Explanation M/O/C/E Notes NgSeqPTOC_1 Time overcurrent Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_1 Start Negative Sequence TOC ACT_1 Operate Negative Sequence TOC OP...
Page 731 accelPTOC: Acceleration PTOC class Attribute Name Attr. Type Explanation M/O/C/E Notes accelPTOC Time overcurrent Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_1 Start Acceleration PKP ACT_1 Operate Acceleration OP ACT_3 Block Acceleration BLK...
Page 732 MICS 2.2.8 PTOV (Overvoltage) phsPTOV: phase overvoltage PTOV class Attribute Name Attr. Type Explanation M/O/C/E Notes PhsPTOV Overvoltage Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_0 Start Phase TOV PKP ACT_0 Operate Phase TOV OP...
Page 733 ngseqPTOV: negative sequence overvoltage PTOV class Attribute Name Attr. Type Explanation M/O/C/E Notes NgSeqPTOV Overvoltage Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start Negative Sequence TOV ACT_2 Operate Negative Sequence TOV OP ACT_3 Block...
Page 734 MICS 2.2.9 PTTR (Thermal overload) PTTR: Thermal O/L (350/345) PTTR class Attribute Name Attr. Type Explanation M/O/C/E Notes PTTR_0 Thermal Overload Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Measured values ThmCapPhsA...
Page 735 2.2.10 PTUC (UnderCurrent) PTUC: under current PTUC class Attribute Name Attr. Type Explanation M/O/C/E Notes PTUC Undercurrent Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_1 Start Undercurrent PKP ACT_1 Operate Undercurrent OP ACT_3...
Page 736 MICS 2.2.12 PTUV (Undervoltage) phsPTUV: phase undervoltage PTUV class Attribute Name Attr. Type Explanation M/O/C/E Notes PhsPTUV Undervoltage Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_0 Start Phase PTUV PKP ACT_0 Operate Phase PTUV OP...
Page 737: Logical Nodes For Protection Related Functions. Ln Group: R
2.2.13 PVPH (Volts per Hz) PVPH: Volts per Hz PVPH class Attribute Name Attr. Type Explanation M/O/C/E Notes PVPH Volts per Hz Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start Volts Hz PKP...
Page 738 MICS ndRDIR: neutral directional overcurrent RDIR class Attribute Name Attr. Type Explanation M/O/C/E Notes NdRDIR_0 Directional Element Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_1 Directions ACT_4 Operate ACT_3 Block gndRDIR: ground directional overcurrent RDIR class...
Page 739 2.3.2 RBRF (Breaker failure) RBRF: breaker failure (350) RBRF class Attribute Name Attr. Type Explanation M/O/C/E Notes RBRF_0 Breaker failure element Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACD_2...
Page 740 MICS FltIa CMV_3 FltIb CMV_3 FltIc CMV_3 FltIg CMV_3 FltIn CMV_3 FltVan CMV_3 FltVbn CMV_3 FltVcn CMV_3 FltVab CMV_3 FltVbc CMV_3 FltVca CMV_3 FltVn CMV_3 FltVaux CMV_3 FltFreq MV_3 rptRFLO: Fault report (345) RFLO class Attribute Name Attr. Type Explanation M/O/C/E Notes RFLO_1 Fault locator element...
Page 741 2.3.4RREC (Autoreclosing) RREC: Recloser RREC class Attribute Name Attr. Type Explanation M/O/C/E Notes RREC Autoreclosing element Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status Information ACT_2 AutoRecSt INS_3 Operate 2.3.5RSYN (Synchronism-check) RSYN: Synchronism-check RSYN class Attribute Name...
Page 742: Logical Nodes For Generic References. Ln Group: G
MICS 2.4 Logical Nodes for generic references. LN Group: G 2.4.1 GGIO (Generic process I/O) GGIO1: Remote Outputs logical node GGIO class Attribute Name Attr. Type Explanation M/O/C/E Notes GGIO_0 Generic process I/O Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health...
Page 743 GGIO3: Virtual Inputs logical node. GGIO class Attribute Name Attr. Type Explanation M/O/C/E Notes GGIO_2 Generic process I/O Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Controls SPCSO1 SPC_0 Single point controllable status output SPCSO2 SPC_0...
Page 744 MICS GGIO5: remote inputs logical node. GGIO class Attribute Name Attr. Type Explanation M/O/C/E Notes GGIO_0 Generic process I/O Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Status information Ind1 SPS_0 Remote digital input 1 Ind2 SPS_0 Remote digital input 2...
Page 745: Logical Nodes For Metering And Measurement. Ln Group: M
AnIn2 MV_0 Analog Operand 2 AnIn8 MV_0 Analog Operand 8 2.5 Logical Nodes for metering and measurement. LN Group: M 2.5.1 MMXU MMXU1: measurements (339/350). MMXU class Attribute Name Attr. Type Explanation M/O/C/E Notes MMXU_0 Measurement Data Common Logical Node Information...
Page 746 MICS MMXU1: W1 Phase currents (345). MMXU class Attribute Name Attr. Type Explanation M/O/C/E Notes MMXU_1 Measurement Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Measured values WYE_1 Phase currents (IL1, ...) W1 Phase currents MMXU2: W2 Phase currents(345).
Page 747 MMXU4: Idiff 2 Phase Currents (345) MMXU class Attribute Name Attr. Type Explanation M/O/C/E Notes DiffMMXU Measurement Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Measured values WYE_2 Phase currents (IL1, ...) Idiff 2 Phase Currents MMXU5: Idiff 5 Phase Currents (345) MMXU class...
Page 748 MICS 2.5.2 MSQI MSQI: Sequence and imbalance (339/350) MSQI class Attribute Name Attr. Explanation M/O/C/E Notes Type MSQI Sequence and imbalance Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Measured values SeqA...
Page 749: Logical Nodes For Switchgear. Ln Group: X
2.5.3 MMTR MMTR: Metering MMTR class Attribute Name Attr. Explanation M/O/C/E Notes Type MMTR_0 Metering Data Common Logical Node Information INC_0 Mode INS_0 Behaviour Health INS_1 Health NamPlt LPL_1 Name plate Measured values PosTotWh MV_5 NegTotWh MV_5 PosTotVArh MV_5 NegTotVArh MV_5 2.6 Logical Nodes for switchgear.
Page 750: Common Data Class
MICS 3 COMMON DATA CLASS 3.1 Common data class specifications for status information 3.1.1 Single Point Status (SPS) SPS_0 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute status stVal Boolean dchg BVstring13 qchg Utctime configuration, description and extension Vstring255 SPS_1 Attribute Name Attribute Type TrgOp...
Page 751 Utctime INS_5 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute status stVal INT32 dchg BVstring13 qchg Utctime configuration, descripcion and extension Vstring255 dataNs Vstring255 GE Multilin SR3 AC_DLN_M Namespace:2003 3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE A–33...
Page 752 ACT_3 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute control and status general Boolean dchg Bvstring13 qchg Utctime configuration, description and extension Vstring255 dataNs Vstring255 GE Multilin SR3 AC_DLN_M Namespace:2003 A–34 3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 753 ACT_4 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute control and status general Boolean dchg neut Boolean dchg Bvstring13 qchg Utctime configuration, description and extension Vstring255 dataNs Vstring255 IEC 61850-7-4:2003 AC_DLN_M ACT_5 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute control and status...
Page 754 MICS ACD_1 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute control and status general Boolean dchg dirGeneral Enumerated dchg unknown | forward | backward | both (Byte) neut Boolean dchg GC_2(1) dirNeut Enumerated dchg unknown | forward | backward GC_2(1) (Byte) Bvstring13...
Page 755: Common Data Class Specifications For Measurand Information
3.2 Common data class specifications for measurand information 3.2.1 Measured Value (MV) MV_0 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute measured attributes instMag FloatAnalogueValue ------ f FLOAT32 GC_1 FloatAnalogueValue dchg f FLOAT32 GC_1 range ENUMERATED(Byte) dchg BVstring13 qchg Utctime configuration, description and extension units...
Page 756 FLOAT32 GC_1 BVstring13 qchg Utctime configuration, description and extension units Unit SIUnit ENUMERATED(Byte) Multiplier ENUMERATED(Byte) Vstring255 dataNs Vstring255 GE Multilin SR3 AC_DLN_M Namespace:2003 MV_4 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute measured attributes IntAnalogueValue dchg f INT32...
Page 757 GC_1 lLim FloatAnalogueValue f FLOAT32 GC_1 llLim FloatAnalogueValue f FLOAT32 GC_1 min FloatAnalogueValue f FLOAT32 GC_1 max FloatAnalogueValue f FLOAT32 GC_1 limDb INT32U Vstring255 dataNs Vstring255 GE Multilin SR3 AC_DLN_M Namespace:2003 3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE A–39...
Page 758 MICS MV_6 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute measured attributes instMag FloatAnalogueValue ------ f FLOAT32 GC_1 FloatAnalogueValue dchg f FLOAT32 GC_1 range ENUMERATED(Byte) dchg BVstring13 qchg Utctime configuration, description and extension units Unit SIUnit ENUMERATED(Byte) Multiplier ENUMERATED(Byte) INT32U zeroDb INT32U...
Page 759 BVstring13 qchg Utctime configuration, description and extension units Unit SIUnit Byte Multiplier Byte INT32U dbAng INT32U zeroDb INT32U rangeC RangeConfig Vstring255 cdcNs Vstring255 GE Multilin SR3 AC_DLNDA Namespace:2003 cdcName Vstring255 AC_DLNDA 3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE A–41...
Page 760 Unit SIUnit Byte Multiplier Byte INT32U dbAng INT32U zeroDb INT32U rangeC RangeConfig Vstring255 dataNs Vstring255 GE Multilin SR3 AC_DLN_M Namespace:2003 CMV_2 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute measured attributes cVal FloatVector dchg mag FloatAnalogueValue f FLOAT32...
Page 761 Unit SIUnit Byte Multiplier Byte Vstring255 dataNs Vstring255 GE Multilin SR3 AC_DLN_M Namespace:2003 3.2.3 Phase to ground related measured values of a three phase system ( WYE ) WYE_0 Attribute Name Attribute Type TrgOp Value/Value Range...
Page 762 MICS WYE_2 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E Data phsA CMV_0 GC_1 phsB CMV_0 GC_1 phsC CMV_0 GC_1 configuration, description and extension Vstring255 3.2.4 Phase to phase related measured values of a three phase system ( DEL ) DEL_0 Attribute Name Attribute Type TrgOp...
Page 763: Common Data Class Specifications For Controllable Status
AC_ST Quality AC_ST TimeStamp AC_ST configuration, description and extension ctlModel ENUMERATED ctlModel_1 operTimeout INT32U AC_CO_O cdcNs Vstring255 GE Multilin SR3 AC_DLNDA Namespace:2003 cdcName Vstring255 AC_DLNDA SPC_1 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute control and status stVal Boolean...
Page 764 ENUMERATED sboTimeout INT32U AC_CO_O sboClass ENUMERATED AC_CO_O operTimeout INT32U AC_CO_O Vstring255 cdcNs Vstring255 GE Multilin SR3 AC_DLNDA Namespace:2003 cdcName Vstring255 AC_DLNDA 3.3.3 Controllable integer status (INC) INC_0 (type Mod) Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute status...
Page 765 3.4 Common data class specifications for description information 3.4.1 Device name plate (DPL) DPL_0 (type Mod) Attribute Name Attribute Type TrgOp Value/Value Range M/O/C/E DataAttribute control and status vendor Vstring255 swRev Vstring255 serNum Vstring255 model Vstring255 location Vstring255 3.4.2 Logical node name plate (LPL) LPL_0 (type Mod) Attribute Name Attribute Type TrgOp...
Page 766 TICS TICS This section contains the TISSUES (Technical Issues) Implementation Conformance Statement (TICS) for the IEC 61850 interface in the 3 Series Family of protective relays. Date: January 3, 2017 Version 1.10 1 Introduction This tissues conformance statement is applicable to the 3 Series family with firmware version 2.30.
Page 767 Part Tissue Description Implemented Y/na Control "T" semantic AddCause - Object not sel Missing AddCauses Synchro check cancel "." in LD Name? BRCB TimeOfEntry (part of #453) LNName start with number? ARRAY [0..num] missing Ambiguity GOOSE SqNum Add DstAddr to GsCB, SV Name constraint for control blocks etc.
Page 768 TICS 3 Other Implemented TISSUES Part Tissue Description Ignoring OptFlds bits for URCB AutoRecSt value 4 = "unsuccessful" A–50 3 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
Page 769: Pics
PICS This section contains the Protocol Implementation Conformance Statement (PICS) for the IEC 61850 interface in the 3 Series Family of protective relays. Version 1.10 Date: January 3, 2017 1 General The following ACSI conformance statements are used to provide an overview and details about 3 Series Family, with firmware 2.30: •...
Page 770: Asci Basic Conformance Statement
PICS 2 ASCI basic conformance statement The basic conformance statement is defined in Table A.1. Table A.1: Basic conformance statement Client/ Server/ Value/ Subscriber Publisher Comments Client-Server roles Server side (of TWO-PARTY- APPLICATION-ASSOCIATION) Client side of (TWO-PARTY- APPLICATION-ASSOCIATION) SCSMs supported SCSM: IEC 6185-8-1 used SCSM: IEC 6185-9-1 used Deprecated...
Page 771: Acsi Models Conformance Statement
3 ACSI models conformance statement The ACSI models conformance statement is defined in Table A.2. Table A.2: ACSI models conformance statement Client/ Server/ Value/ Subscriber Publisher Comments If Server or Client side (B11/12) supported Logical device Logical node Data Data set Substitution Setting group control Reporting...
Page 772 PICS Client/ Server/ Value/ Subscriber Publisher Comments If SVC (B41/B42) is supported Multicast SVC Unicast SVC For all IEDs Time Time source with required accu- racy shall be available. Only Time Masters are SNTP (Mode4 response) time servers. All other Client/Server devices require SNTP...
Page 773: Acsi Service Conformance Statement
4 ACSI service conformance statement The ACSI service conformance statement is defined in Table A.3 (depending on the statements in Table A.1). Table A.3: Table A.3 - ACSI service Conformance statement ACSI Service Client Sub Server Pub Comments TP/MC Server GetServerDirectory(LOGICAL-DEVICE) Application association Associate...
Page 774 PICS ACSI Service Client Sub Server Pub Comments TP/MC Report S24-1 1,2 data- change (dchg) S24-2 1,2 quality- change (qchg) S24-3 1,2 data-update (dupd) GetBRCBValues SetBRCBValues Unbuffered report control block (URCB) Report S27-1 1,2 data- change (dchg) S27-2 1,2 quality- change (qchg) S27-3 1,2...
Page 775 ACSI Service Client Sub Server Pub Comments TP/MC Transmission of sampled value model (SVC) Multicast SV SendMSVMessage Use for 9-2LE or IEC 61869-9 Multicast Sampled Value Control Block GetMSVCBValues SetMSVCBValues Unicast SV SendUSVMessage Unicast Sampled Value Control Block GetUSVCBValues SetUSVCBValues Control Select SBO Normal Security...
Page 776: Pixit
PIXIT PIXIT This section contains the Protocol Implementation eXtra Information for Testing (PIXIT) for the IEC 61850 interface in the 3 Series Family of protective relays. Version 1.10 Date: January 3, 2017 Introduction This document specifies the protocol implementation extra information for testing (PIXIT) of the IEC 61850 interface in the 3 Series Family with firmware version 2.30 Together with the PICS and the MICS, the PIXIT forms the basis for a conformance test according to IEC 61850-10.
Page 777: Pixit For Server Model
PIXIT for Server model Description Value / Clarification Which analogue value (MX) quality bits Validity: are supported (can be set by server) Good, Invalid, Reserved, Questionable Details: Overflow OutofRange BadReference Oscillatory Failure OldData Inconsistent Inaccurate Source: Process Substituted Test OperatorBlocked Which status value (ST) quality bits are Validity: supported (can be set by server)
Page 778: Pixit For Data Set Model
PIXIT PIXIT for Data set model Ed Description Value / Clarification Ds1 1 What is the maximum number of data elements in one data set (compare ICD setting) Ds2 1 How many persistent data sets can be created by one or NOT SUPPORTED more clients (this number includes predefined datasets)
Page 779: Pixit For Reporting Model
PIXIT for Reporting model Description Value / Clarification The supported trigger conditions are integrity (compare PICS) data change quality change data update general interrogation The supported optional fields are sequence-number report-time-stamp reason-for-inclusion data-set-name data-reference buffer-overflow entryID conf-rev segmentation Can the server send segmented reports Mechanism on second internal data change Send report immediately notification of the same analogue data value within...
Page 780: Pixit For Goose Publish Model
PIXIT PIXIT for GOOSE publish model Description Value / Clarification Can the test (Ed1) / simulation (Ed2) flag in the published GOOSE be set What is the behaviour when the GOOSE publish DUT keeps GoEna=F configuration is incorrect Relay will not send GOOSE message. Published FCD supported common data classes SPS, INS, ENS, ACT, ACD, MV, CMV, SAV, WYE, DEL, SEQ, INC, ENC, SPC, DPC, INC, ENC.
Page 781: Pixit For Goose Subscribe Model
PIXIT for GOOSE subscribe model Description Value / Clarification What elements of a subscribed GOOSE header are checked to decide the Y destination MAC address message is valid and the allData values are accepted? If yes, describe the Y APPID conditions.
Page 782: Pixit For Control Model
PIXIT PIXIT for Control model Description Value / Clarification What control models are supported Deprecated (compare PICS) Is the control model fixed, configurable and/or dynamic Configurable & Dynamic Is TimeActivatedOperate supported (compare PICS or SCL) Deprecated Is "operate-many" supported (compare sboClass) Deprecated Will the DUT activate the control output when the test attribute is set in the SelectWithValue and/or Operate request (when N test procedure Ctl2...
Page 783 Description Value / Clarification Ct14 1,2 What happens if the orCat value is not supported or invalid DOns: control is rejected (Oper- ObjectAccessDenied). SBOns: control is rejected (Oper- ObjectAccessDenied). DOes: control is rejected (Oper- ServiceError, ObjectAccessDenied). SBOes: control is rejected (SBOw- ServiceError, ObjectAccessDenied).
Page 784: Pixit For Time Synchronisation Model
PIXIT PIXIT for Time synchronisation model Description Value / Clarification Tm1 1,2 What time quality bits are supported (may be set by the IED) Y LeapSecondsKnown N ClockFailure Y ClockNotSynchronized. Tm2 1,2 Describe the behaviour when the time server(s) ceases to respond On one time server: An event is generated What is the time server lost detection time On all time servers: An event is generated...
Page 785: Manual Revision History
History Warranty and Revision History Warranty For products shipped as of 1 October 2013, GE warrants most of its GE manufactured products for 10 years. For warranty details including any limitations and disclaimers, see our Terms and Conditions at https://www.gegridsolutions.com/multilin/warranty.htm For products shipped before 1 October 2013, the standard 24-month warranty applies.
Page 786 Initial release of combined 3 Series Communications Guide Content updated for release 2.2x This manual replaces the following individual product Communications Guides: • 350 Feeder Protection System Communications Guide (1601-9094-AB) • 345 Transformer Protection System Communications Guide (1601-9099-A5) • 339 Motor Protection System Communications Guide (1601-9102-A6) B–2...

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