GE Multilin 850 Communications Manual
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GE Multilin 850 Communications Manual

Protective relay platform 8 series
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GE
Grid Solutions
8 Series
Protective Relay Platform
850 - 845 - 869 - 889
Communications Guide
8 Series version: 2.0x
GE publication code: 1601-0702-A4 (GEK-130907C)
*1601-0702-A4*

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Summary of Contents for GE Multilin 850

  • Page 1 Grid Solutions 8 Series Protective Relay Platform 850 - 845 - 869 - 889 Communications Guide 8 Series version: 2.0x GE publication code: 1601-0702-A4 (GEK-130907C) *1601-0702-A4*...
  • 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 Inc. The content of this manual is for informational use only and is subject to change without notice.

  • Page 3: Table Of Contents

    Table of Contents 1.INTRODUCTION 1 - 1 Communications ..........................1 - 2 For Further Assistance ..........................1 - 2 2.COMMUNICATION PORTS 2 - 1 RS485 Port............................2 - 1 RS485 ................................2 - 1 WiFi ................................. 2 - 2 WiFi Quick Start Procedure........................2 - 4 USB................................
  • Page 4 Transmission mode for application data..................7 - 4 Common address of ASDU........................7 - 4 Selection of standard information numbers in monitor direction ........7 - 4 Selection of standard information numbers in control direction........7 - 7 Basic application functions........................7 - 7 Miscellaneous .............................
  • Page 5 Reading Last Trip Target Messages.....................12 - 12 Modbus Commands ........................12 - 15 13.MODBUS MEMORY MAP 13 - 1 14.FORMAT CODES 14 - 1 A.RADIUS SERVER AND CERTIFICATES A - 1 Simple RADIUS Server and Certificate Management............A - 1 Setting Up a Simple RADIUS Server..................
  • Page 6 PIXIT for Logging model ........................B - 68 PIXIT for GOOSE publish model......................B - 69 PIXIT for GOOSE subscribe model ....................B - 70 PIXIT for Control model........................B - 71 PIXIT for Time synchronisation model ..................B - 73 PIXIT for File transfer model......................

  • Page 7: Introduction

    8 Series Protective Relay Platform Chapter 1: Introduction Introduction The Multilin 8 Series protective relay platform includes four different relays, the 850, 845, 869, and 889. Information in this manual applies to all 8 series relays unless otherwise indicated. The Multilin 850 relay is a microprocessor-based unit intended for the management and primary protection of distribution feeders, as well as for the management and backup protection of buses, transformers, and transmission lines.

  • Page 8: Communications

    COMMUNICATIONS CHAPTER 1: INTRODUCTION Communications 8 Series relays have a two-stage communications capability. The base CPU supports Modbus protocol through the Ethernet, USB, serial and WiFi port. In addition, the base CPU also supports IEC 103, DNP serial, DNP TCP/IP, and TFTP protocol. Once the communications module option is added to the base, the base Ethernet port becomes disabled but the two Ethernet ports on the communications module have enhanced communications capabilities such as IEC61850, IEC62439 parallel redundancy protocol...

  • Page 9: Communication Ports

    Grid Solutions 8 Series Protective Relay Platform Chapter 2: Communication Ports Communication Ports 8 Series protective relays have four communications ports: RS485, WiFi, USB, and Ethernet. RS485 Port SERIAL RS485 port: ............Isolated Baud rates:.............Supports 9600, 19200, 38400, 57600, and 115200 kbps Response time:.............10 ms typical Parity: ...............None, Odd, Even Protocol: ..............Modbus RTU, DNP 3.0, IEC 60870-5-103...

  • Page 10: Wifi

    WIFI CHAPTER 2: COMMUNICATION PORTS WiFi WiFi refers to Wireless Local Area Networks (WLANs) that are based on the 802.11 set of standards. WLANs are essentially providing Local Area Network (LAN) type of connectivity but without the need of cables, which makes them more convenient for use in limited spaces.
  • Page 11 CHAPTER 2: COMMUNICATION PORTS WIFI WiFi GWY IP Address The setting specifies the address of the access point AP which the 8 Series device uses for communicating over WiFi. WiFi Security The setting enables WiFi security. If set to “None”, there is no security and all traffic is open. By default WiFi Security is set to WPA2-PSK.

  • Page 12: Wifi Quick Start Procedure

    WIFI CHAPTER 2: COMMUNICATION PORTS WiFi Quick Start Procedure The following provides the settings information and instructions to quickly setup WiFi. Required Equipment • 8-Series Relay with WiFi functionality • PC with WiFi • Access Point Quick Start Procedure The PC WiFi Network Settings are as follows: Passphrase: provided with the 8-Series relay The Access Point Settings are given below: IP address:...

  • Page 13: Usb

    CHAPTER 2: COMMUNICATION PORTS The USB parameters are as follows: IP Address: 172.16.0.2 IP Mask: 255.255.255.0 IP Gateway: 172.16.0.1 Whenever the device is rebooted, the USB cable needs to be unplugged and plugged in FASTPATH: again for proper communication to be established over USB. Connecting multiple 8 Series relays over USB to a single PC is not possible because in the FASTPATH: case of USB, the IP address of the device 172.16.0.2 is constant.

  • Page 14: Ethernet Ports

    ETHERNET PORTS CHAPTER 2: COMMUNICATION PORTS Ethernet Ports The following communication offerings are available. Base Offering Modes: 10/100 Mbps One Port: RJ45 Protocol: Modbus TCP Communications Card Option “C” - 2x Copper (RJ45) Ports Modes: 10/100 MB Two Ports: RJ45 (with this option both enabled ports are on the communications card; the Ethernet port located on the base CPU is disabled) Protocols: Modbus TCP, DNP 3.0, IEC 60870-5-104, IEC 61850 GOOSE, IEEE 1588, SNTP, IEC 62439-3 clause 4 (PRP)
  • Page 15 CHAPTER 2: COMMUNICATION PORTS ETHERNET PORTS PRT1 GWY ADDRESS This setting sets the ports IPv4 GATEWAY address in standard IPv4 format. This setting is only valid on port 1. This setting is not present on port 4 and 5, which are available on the communications card.

  • Page 16: Routing

    ETHERNET PORTS CHAPTER 2: COMMUNICATION PORTS Routing When the configuration card is present, a default route and a maximum number of 6 static routes can be configured. The default route is used as the last choice, if no other route towards a given destination is found.
  • Page 17 CHAPTER 2: COMMUNICATION PORTS ETHERNET PORTS Deleting a route: Rule #5. Routes are deleted by replacing the route destination with the default address (127.0.0.1). When deleting a route, the mask and gateway must also be put back to their default values. Rule #6.

  • Page 18: Status

    STATUS CHAPTER 2: COMMUNICATION PORTS • Port 5 (IP address 10.1.2.2) connects to LAN 10.1.2.0/24 and to EnerVista setup program through Router 2. Router 2 has an interface on 10.1.2.0/24 and the IP address of this interface is 10.1.2.1. Configuration Network addresses: PRT54IP ADDRESS = 10.1.1.2PRT4 SUBNET IP MASK = 255.255.255.0PRT5 IP ADDRESS = 10.1.2.2PRT5 SUBNET IP MASK = 255.255.255.0...
  • Page 19 CHAPTER 2: COMMUNICATION PORTS STATUS MMS TCP - Maximum Modbus TCP - Maximum DNP TCP - Maximum 2 (Depends on the number of configured channels) IEC-104 TCP -Maximum 2 (Depends on the number of configured channels) OPC-UA - Maximum SFTP - Maximum* 8 (2 x 1 Administrator, 2 x 3 Observers) * SFTP is only available with the Advanced security option.

  • Page 20: Activity Status

    STATUS CHAPTER 2: COMMUNICATION PORTS Activity Status The communication state for each enabled communication type is shown by its value. The main CPU and Comms software sets/resets the active bits for all enabled communication types. The communication state bits are not latched. Path: Status >...

  • Page 21: Time Protocols

    Grid Solutions 8 Series Protective Relay Platform Chapter 3: Time Protocols Time Protocols Real-time Clock Path: Setpoints > Device > Real Time Clock The 8 Series relay is capable of receiving a time reference from several time sources in addition to its own internal clock for the purpose of time-stamping events, transient recorders and other occurrences within the relay.

  • Page 22: Ieee 1588 Precision Time Protocol (Ptp)

    REAL-TIME CLOCK CHAPTER 3: TIME PROTOCOLS IEEE 1588 Precision Time Protocol (PTP) PTP Status The present values of the PTP protocol are displayed here. Path: Status > PTP The RTC Sync Source actual value is the time synchronizing source the relay is using at present.
  • Page 23 CHAPTER 3: TIME PROTOCOLS REAL-TIME CLOCK PORT 4(5) PATH DELAY ASYMMETRY Range: -1000 to +1000 ns in steps of 1 ns Default: 0 ns The setting corresponds to “Delay Asymmetry” in PTP, which is used by the peer delay mechanism to compensate for any difference in the propagation delay between the two directions of a link.

  • Page 24: Clock

    REAL-TIME CLOCK CHAPTER 3: TIME PROTOCOLS PTP VLAN ID Range: 0 to 4095 Default: 0 The setting selects the value of the ID field in the 802.1Q VLAN tag in request messages issued by the relay’s peer delay mechanism. It is provided in compliance with PP (Power Profile).

  • Page 25: Irig-B

    CHAPTER 3: TIME PROTOCOLS REAL-TIME CLOCK DST START HOUR Range: 0 to 23 Default: 2 DST END MONTH Range: January to December (all months) Default: Not Set DST END WEEK Range: 1st, 2nd, 3rd, 4th, Last Default: Not Set DST END DAY Range: SUN to SAT (all days of the week) Default: Not Set DST END HOUR...
  • Page 26 REAL-TIME CLOCK CHAPTER 3: TIME PROTOCOLS 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 27: Dnp Protocol

    Grid Solutions 8 Series Protective Relay Platform Chapter 4: DNP Protocol DNP Protocol Path: Setpoints > Device > Communications > DNP protocol DNP Channel (1 or 2) Port Range: NONE, NETWORK - TCP, NETWORK - UDP Default: NONE The DNP Channel 1 Port and DNP Channel 2 Port settings select the communications port assigned to the DNP protocol for each channel.
  • Page 28 CHAPTER 4: DNP PROTOCOL DNP Unsol Resp Timeout Range: 0 to 60 s in steps of 1 Default: 5 s Sets the time the 8 Series relay waits for a DNP master to confirm an unsolicited response. Unsol Resp Max Retries Range: 1 to 255 in steps of 1 Default: 10 Sets the number of times the 8 Series relay retransmits an unsolicited response without...

  • Page 29: Dnp Communication

    CHAPTER 4: DNP PROTOCOL DNP COMMUNICATION DNP communication The 8 Series relay supports Distributed Network Protocol (DNP) version 3.0. and the 8 Series relay operates as a DNP slave device. Two DNP masters can actively communicate with the 8 Series relay at one time as the 8 Series relay maintains two sets of DNP data change buffers and connection information.
  • Page 30 DNP COMMUNICATION CHAPTER 4: DNP PROTOCOL Table 4-1: Supported Object Numbers Object DNP Data Type 8 Series relay Binary Input Status User Assigned FlexLogic Operands Binary Input Change since last read Binary Output Status for User assigned Virtual Inputs and/ monitoring or Commands (client looks at status only)
  • Page 31 CHAPTER 4: DNP PROTOCOL DNP COMMUNICATION DNP CHANNEL 1 PORT Range: NONE, NETWORK - TCP, NETWORK- UDP Default: NONE DNP CHANNEL 2 PORT Range: NONE, NETWORK - TCP, NETWORK- UDP Default: NONE The DNP Channel 1 Port and DNP Channel 2 Port settings select the communications port assigned to the DNP protocol for each channel.
  • Page 32 DNP COMMUNICATION CHAPTER 4: DNP PROTOCOL DNP UNSOL RESPONSE DEST ADDRESS Range: 0 to 65519 in steps of 1 Default: 1 Sets the DNP address to which all unsolicited responses are sent. The IP address to which unsolicited responses are sent is determined by the 8 Series relay from the current TCP connection or the most recent UDP message.
  • Page 33 CHAPTER 4: DNP PROTOCOL DNP COMMUNICATION DNP OBJECT 32 DEFAULT VARIATION Range: 1, 2, 3, 4, 5, 7 Default: 1 For explanation, see above. DNP TCP CONNECTION TIMEOUT Range: 10 to 300 s in steps of 1 s Default: 120 s The setting specifies a time delay for the detection of failed network TCP connections.

  • Page 34: Dnp Device Profile

    DNP DEVICE PROFILE CHAPTER 4: DNP PROTOCOL DNP device profile DNP 3.0 Device Profile (Also see the IMPLEMENTATION TABLE in the following section) Vendor Name: General Electric Multilin Device Name: 8 Series relay Highest DNP Level Supported: For Requests: Level 2 For Responses: Level 2 Device Function: □...
  • Page 35 CHAPTER 4: DNP PROTOCOL DNP DEVICE PROFILE DNP 3.0 Device Profile Others: Transmission Delay: No intentional delay Need Time Interval: Configurable (default = 24 hrs.) Select/Operate Arm Timeout: 10 s Binary input change scanning period: 8 times per power system cycle Analog input change scanning period: 500 ms Counter change scanning period: 500 ms Frozen counter event scanning period: 500 ms...

  • Page 36: Dnp Implementation

    DNP IMPLEMENTATION CHAPTER 4: DNP PROTOCOL DNP implementation OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES (HEX) FUNCTION CODES QUALIFIER CODES CODES (DEC) (DEC) (HEX) Binary Input 1 (read) 00, 01 (start-stop) (Variation 0 is used 22 (assign class) 06 (no range, or all) to request default 07, 08 (limited quantity)
  • Page 37 CHAPTER 4: DNP PROTOCOL DNP IMPLEMENTATION OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES (HEX) FUNCTION CODES QUALIFIER CODES CODES (DEC) (DEC) (HEX) 32-Bit Binary 1 (read) 00, 01 (start-stop) 129 (response) 00, 01 (start-stop) Counter without Flag 7 (freeze) 06 (no range, or all) 17, 28 (index) (see 8 (freeze noack)
  • Page 38 DNP IMPLEMENTATION CHAPTER 4: DNP PROTOCOL OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES (HEX) FUNCTION CODES QUALIFIER CODES CODES (DEC) (DEC) (HEX) Analog Input 1 (read) 00, 01 (start-stop) (Variation 0 is used 22 (assign class) 06 (no range, or all) to request default 07, 08 (limited quantity) variation)
  • Page 39 CHAPTER 4: DNP PROTOCOL DNP IMPLEMENTATION OBJECT REQUEST RESPONSE OBJECT VARIATION DESCRIPTION FUNCTION QUALIFIER CODES (HEX) FUNCTION CODES QUALIFIER CODES CODES (DEC) (DEC) (HEX) 2 (write) 00, 01 (start-stop) 07, 08 (limited quantity) 17, 28 (index) Time and Date 1 (read) 00, 01 (start-stop) 129 (response) 00, 01 (start-stop)
  • Page 40 DNP IMPLEMENTATION CHAPTER 4: DNP PROTOCOL 4-14 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 41: Dnp / Iec104 Point Lists

    Grid Solutions 8 Series Protective Relay Platform Chapter 5: DNP / IEC104 Point Lists DNP / IEC104 Point Lists The menu path for the DNP/IEC104 point lists is shown below. Path: Setpoints > Device > Communications > DNP/IEC104 Point Lists Binary Input / MSP Points Analog Input / MME Points Binary Outp / CSC / CDC Pnts...
  • Page 42 CHAPTER 5: DNP / IEC104 POINT LISTS Note that a scale factor of ”/ 0.1” is equivalent to a multiplier of 10. FASTPATH: DNP ANALOG INPUT POINT 0(31) DEADBAND Range: 1 to 100000000 in steps of 1 Default: 30000 The setting is the threshold value to define the condition to trigger unsolicited responses containing analog input data.
  • Page 43 CHAPTER 5: DNP / IEC104 POINT LISTS Static (Steady-State) Object Number: 20 Change Event Object Number: 22 Request Function Codes supported: 1 (read), 7 (freeze), 8 (freeze noack), 9 (freeze and clear), 10 (freeze and clear, noack), 22 (assign class) Static Variation reported when variation 0 requested: 1 (32-Bit Binary Counter with Flag) Change Event Variation reported when variation 0 requested: 1 (32-Bit Counter...
  • Page 44 CHAPTER 5: DNP / IEC104 POINT LISTS A default variation refers to the variation response when variation 0 is requested and/ FASTPATH: or in class 0, 1, 2, or 3 scans. The default variations for object types 1, 2, 20, 21, 22, 23, 30, and 32 are selected via relay settings.
  • Page 45 Grid Solutions 8 Series Protective Relay Platform Chapter 6: IEC 60870-5-104 IEC 60870-5-104 The IEC 60870-5-104 communications protocol is supported on Ethernet ports 4 and 5 only. Setting changes become active after rebooting. In 8 Series relay both DNP and IEC104 protocol can work at the same time, but the user FASTPATH: has to consider that there is only one point map.

  • Page 46: Iec 60870-5-104

    CHAPTER 6: IEC 60870-5-104 For example, to trigger spontaneous responses from the 8 Series relay when a current value changes by 15 A, the “Analog Point xx Deadband” setting should be set to 15. Note that these settings are the default values of the deadbands. P_ME_NB_1 (parameter of measured value, scaled value) points can be used to change threshold values, from the default, for each individual M_ME_NB_1 analog point.

  • Page 47: Interoperability

    CHAPTER 6: IEC 60870-5-104 INTEROPERABILITY Interoperability This document is adapted from the IEC 60870-5-104 standard. For this section the boxes indicate the following: ⊠ – used in the standard direction; □– not used. IEC 60870-5-104 Interoperability Document System or device: □...
  • Page 48 INTEROPERABILITY CHAPTER 6: IEC 60870-5-104 Table 6-2: Process information in control direction Number / description Mnemonic ⊠ <45> := Single command C_SC_NA_1 ⊠ <46> := Double command C_DC_NA_1 □ <47> := Regulating step command C_RC_NA_1 □ <48> := Set point command, normalized value C_SE_NA_1 □...
  • Page 49 CHAPTER 6: IEC 60870-5-104 INTEROPERABILITY Type identifier and cause of transmission assignments (station-specific parameters) are shown in the following tables. In these tables, shaded boxes (░) are not required, black boxes (█) are not permitted in the companion standard, empty cells indicate the functions or ASDU are not used, and a cross (╳) indicates availability only in the standard direction.
  • Page 50 INTEROPERABILITY CHAPTER 6: IEC 60870-5-104 Type identification Cause of transmission Mnemonic 10 11 12 13 20 44 45 46 47 ░ ░ █ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ <17> M_EP_TA_1 ░...
  • Page 51 CHAPTER 6: IEC 60870-5-104 INTEROPERABILITY Type identification Cause of transmission Mnemonic 10 11 12 13 20 44 45 46 47 ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ ░ <121> F_SR_NA_1 ░ ░ ░ ░ ░...
  • Page 52 INTEROPERABILITY CHAPTER 6: IEC 60870-5-104 ⊠ Group 13. ⊠ Group 14. ⊠ Group 15. ⊠ Group 16. ⊠ Global. Clock synchronization: ⊠ Clock synchronization (optional, see Clause 7.6). □ Day of week used. □ RESI, GEN (time tag substituted/not substituted) □...
  • Page 53 CHAPTER 6: IEC 60870-5-104 INTEROPERABILITY File transfer in monitor direction: □ Transparent file. □ Transmission of disturbance data of protection equipment. □ Transmission of sequences of events. □ Transmission of sequences of recorded analog values. File transfer in control direction: □...
  • Page 54 INTEROPERABILITY CHAPTER 6: IEC 60870-5-104 6-10 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 55: Iec 60870-5-103

    Grid Solutions 8 Series Protective Relay Platform Chapter 7: IEC 60870-5-103 IEC 60870-5-103 The point map for the 103 is different from the one shared by the IEC104 and DNP protocols. IEC 60870-5-103 serial communications protocol is supported on the rear RS485 port only.
  • Page 56 CAUSE OF TRANSMISSION CHAPTER 7: IEC 60870-5-103 Table 7-1: Cause of Transmission in the Monitor Direction Value Description <1> Spontaneous <2> Cyclic <3> Reset frame count bit (FCB) <4> Reset communications unit (CU) <5> Start/Restart <6> Power on <8> Time synchronization <9>...

  • Page 57: Iec 60870-5-103 Menus

    CHAPTER 7: IEC 60870-5-103 IEC 60870-5-103 MENUS IEC 60870-5-103 Menus PATH: SETPOINTS > DEVICE > COMMUNICATIONS > IEC103 POINT LISTS > BINARY INPUTS BINARY INPUT POINT X FUNC TYPE Range: 0 to 255 in steps of 1 Default: 0 INFO NUM Range: 0 to 255 in steps of 1 Default: 0 POINT X...

  • Page 58: Interoperability

    INTEROPERABILITY CHAPTER 7: IEC 60870-5-103 Interoperability Physical layer 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 59 CHAPTER 7: IEC 60870-5-103 INTEROPERABILITY Table 7-4: Status indications in monitor direction Semantics 8 Series relay 8 Series relay Identifier Data Text □ <16> Auto-recloser active □ <17> Teleprotection active □ <18> Protection active □ <19> LED reset □ <20> Monitor direction blocked □...
  • Page 60 INTEROPERABILITY CHAPTER 7: IEC 60870-5-103 Semantics 8 Series relay 8 Series relay Identifier Data Text □ <70> Trip L2 □ <71> Trip L3 □ <72> Trip I>> (back-up operation) □ <73> Fault location X in ohms □ <74> Fault forward / line □...

  • Page 61: Miscellaneous

    CHAPTER 7: IEC 60870-5-103 INTEROPERABILITY Semantics □ <249> Write entry with confirmation □ <250> Write entry with execution □ <251> Write entry aborted Selection of standard Table 7-11: System functions in control direction information numbers Semantics in control direction ⊠ <0>...
  • Page 62 INTEROPERABILITY CHAPTER 7: IEC 60870-5-103 Measurand Max. MVAL = times rated value □ ⊠ Voltage L3-E □ ⊠ Active power P □ ⊠ Reactive power Q □ ⊠ Frequency f □ ⊠ Voltage L1-L2 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 63: Iec 61850

    Grid Solutions 8 Series Protective Relay Platform Chapter 8: IEC 61850 IEC 61850 The optional communications processor supports both the IEC61850 GOOSE and IEC 61850 MMS Server service as per IEC 61850 standard Ed. 2. The GOOSE messaging service provides the 8 Series relay unit the ability to Publish/Subscribe Digital Input Status and its Quality and Timestamp to/from other IEDs with supporting GOOSE messaging service, while the server support allows remote control center, RTU/Gateway, local HMI or other client role devices access to the relay for monitoring and control.

  • Page 64: Functionality

    FUNCTIONALITY CHAPTER 8: IEC 61850 Functionality CLIENT CONNECTIONS The 8 Series relay supports up to four IEC61850 concurrent client connections. LOGICAL DEVICES AND REPORTS Supported buffered and un-buffered report, the report triggers are shown in the Supported Triggers list. Supported Triggers •...

  • Page 65: Status

    CHAPTER 8: IEC 61850 STATUS Status IEC 61850 Status Path: Status > Communications > IEC 61850 Status COMMS NOT VALIDATED OK Range: NO, YES Default: NO COMMS NOT VALIDATED DONE Range: YES, NO Default: YES COMMS VALIDATED OK Range: YES, NO Default: YES COMMS VALIDATED DONE Range: YES, NO...

  • Page 66: Goose Status

    STATUS CHAPTER 8: IEC 61850 CLIENT 1(8) IP ADDRESS Range: 0, 0XFFFFFFFF Default: 0 GOOSE Status GGIO1 INDICATIONS Path: Status > Communications > GGIO1 Indications The present state of the 32 GGIO1 Indications are shown here. There are up to 32 GGIO indications that can be used to map any FlexLogic operand into the IED 61850 information model.
  • Page 67 CHAPTER 8: IEC 61850 STATUS MAIN NOT VALIDATED OK Range: NO, YES Default: NO MAIN NOT VALIDATED DONE Range: YES, NO Default: YES MAIN VALIDATED OK Range: YES, NO Default: YES MAIN VALIDATED DONE Range: YES, NO Default: YES NOT RUNNING.ERROR CID Range: NO, YES Default: NO RUNNING.DEFAULT CID...

  • Page 68: The Iec 61850 Configurator

    THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 The IEC 61850 Configurator The 8 Series relay supports the IEC 61850 protocol which is identified by order code option “2A” or “2E”. The IEC 61850 configurator is found in both the online and offline section of the EnerVista 8 Series Setup software for configuring the online 8 Series relay and offline 8 Series relay settings file respectively.

  • Page 69: Iec 61850 Configurator Details

    CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR Read Device Settings: The menu option reads all the settings from the relay by TFTP and creates an 8 Series relay file with extension *.CID. The created *.CID file consists of two sections. A private section where all non IEC 61850 settings are available, and a public section in which IEC 61850 related settings are implemented.

  • Page 70: Icd/Cid

    THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 ICD/CID Select the ICD/CID tab in the IEC 61850 Configurator window. The ICD/CID tab consists of the ICD Explorer window to the left side of the view. The ICD Explorer window allows the user to navigate through the data model of the relay and change desired IEC 61850 parameters such as the Logical Device Name, MMS port and others.
  • Page 71 CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR connection for more than this setting time, the connection is disconnected from the server. GOOSE Transmission on port -4 and port-5 (which are the 2 advanced communication optic ports available) is configurable. The user can choose either port or both of the ports for GOOSE transmissions and receptions.

  • Page 72: Settings

    THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 Settings The Settings tab consists of General Settings, DAI Settings tab, and GGIO1 Indications tab. 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 73 See the following list of supported parameters for the 8 Series relay. Note that the same list is also supported for the MSQI logical node. MSQI parameters are displayed only if the relay supports sensitive ground CT. Supported Parameters (names begin with 845, 850, 869, or 889 depending on the specific relay) 850.MMXU1$CF$TotW$db 850.MMXU1$CF$TotVAr$db 850.MMXU1$CF$TotVA$db...
  • Page 74 THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 Supported Parameters (names begin with 845, 850, 869, or 889 depending on the specific relay) 850.MMXU1$CF$A$phsA$db 850.MMXU1$CF$A$phsA$dbAng 850.MMXU1$CF$A$phsB$db 850.MMXU1$CF$A$phsB$dbAng 850.MMXU1$CF$A$phsC$db 850.MMXU1$CF$A$phsC$dbAng 850.MMXU1$CF$A$neut$db 850.MMXU1$CF$A$neut$dbAng 850.MMXU1$CF$A$net$db 850.MMXU1$CF$A$net$dbAng 850.MMXU1$CF$AuxV$db 850.MMXU1$CF$AuxV$dbAng GGIO3 Logical Node Range: Enum These are the control models supported: (0) status only, (1) direct-with-normal- security.

  • Page 75: Reports

    CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR These GGIO1 indications are assigned by the corresponding setpoint that can be modified in the “Settings Tab” screen of the 61850 configurator. There, the user can select the mapping element from the FlexLogic™ operand list similar to DNP or IEC104 binary input point configuration.
  • Page 76 THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 Figure 8-2: Report Control Blocks and DataSet Sources Screen The following buttons are available in the Reports window. • “Add Report” button and “Remove Report” button: Both buttons are in the lower side of the screen.
  • Page 77 CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR Click on 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 “845” (or your relay model number) under GEDevice “tree”.) The “New Report Control Block”...
  • Page 78 THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 All the available parameters of the Report control block are displayed when clicking “Report Advanced Configuration”. Respective OptFields, TrgOps can be configured by either selecting “True” or “False”. Buffer time is given in milliseconds. Figure 8-6: Advanced Configuration Configure Dataset Items Select the required logical node under GEDevice >...
  • Page 79 CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR Figure 8-9: Delete a Dataset Item • Select the row in which the dataset item is to be deleted then right click and select the displayed “Delete FCDA” option. Figure 8-10: Delete FCDA Option Number of DAs Counter Depending on the configured dataset items, the “Number of DAs”...

  • Page 80: Goose Transmission

    THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 Goose Transmission The 8 Series relay has an IEC 61850 server and supports the GOOSE message scheme. A maximum of three GOOSE control blocks can be added. The GOOSE Configuration has two sections: •...
  • Page 81 CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR • Dataset sources: Each GOOSE control block can be appended with dataset items in this screen using a drag and drop operation. – DataSet Name: The first character in the value of this attribute must be a letter (upper or lower case).
  • Page 82 THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 Note that the Goose control block can also be deleted by right clicking on the configured existing report. • Save button and Cancel button: Click the Save button to save all configured settings. Click the Cancel button to discard the modifications just made to the configuration.
  • Page 83 CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR Parameters for Goose TX • GOOSE ID: The range of the setting is 129-characters • Time to live (ms): The range of the setting is 1000 to 60000 in steps of 1000 •...

  • Page 84: Goose Reception

    THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 Figure 8-19: Dataset Properties Goose Reception The 8 Series relay can receive Transmitted GOOSE from any IED in “GOOSE Reception”. For proper GOOSE reception the relay must be configurated as described in this section. A maximum of eight IEDs can be added.
  • Page 85 CHAPTER 8: IEC 61850 THE IEC 61850 CONFIGURATOR Figure 8-21: Mapping to Remote Inputs Delete a Dataset Item • Select the row in which the dataset item is being deleted then right click and select the “Delete Entry” button. Figure 8-22: Delete a Dataset Item IED Count Depending on the configured dataset items for IEDs, the IED count increases automatically.
  • Page 86 THE IEC 61850 CONFIGURATOR CHAPTER 8: IEC 61850 8-24 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 87: Opc-Ua Communication Standard

    Grid Solutions 8 Series Protective Relay Platform Chapter 9: OPC–UA Communication Standard OPC–UA Communication Standard This chapter describes the implementation process for the OPC-UA (OLE for Process Control – Unified Architecture) in the 8 Series relays. Definitions and Acronyms • OPC-UA –...

  • Page 88: Opc-Ua Architecture

    OPC–UA ARCHITECTURE CHAPTER 9: OPC–UA COMMUNICATION STANDARD OPC–UA Architecture OPC-UA is a platform-independent standard through which various systems and devices can communicate by sending messages between Clients and Servers. It supports robust, secure communication that assures the identity of Clients and Servers and resists attacks. OPC-UA defines sets of Services that Servers may provide, and individual Servers specify to Clients which Service sets they support.

  • Page 89: Opc-Ua Server Configuration

    CHAPTER 9: OPC–UA COMMUNICATION STANDARD OPC–UA SERVER CONFIGURATION OPC–UA Server Configuration For order code options including OPC-UA communications, the OPC-UA server is always available in the 8 Series relay. It does not need to be turned on or enabled in any way. The 8 Series OPC-UA server internal configuration data includes the following: •...
  • Page 90 OPC–UA POINT LISTS CHAPTER 9: OPC–UA COMMUNICATION STANDARD 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 91: File Transfer Protocols

    Grid Solutions 8 Series Protective Relay Platform Chapter 10: File Transfer Protocols File Transfer Protocols The base offering of 8 Series relay supports Trivial File Transfer Protocol (TFTP). The default port 69 is always used. No configuration setting is available. When the communications module is present, SSH File Transfer Protocol (SFTP) is also available.

  • Page 92: Reading Transient Recorder

    READING TRANSIENT RECORDER CHAPTER 10: FILE TRANSFER PROTOCOLS Reading Transient Recorder Familiarity with the Transient recorder feature is required to understand the following description. The Oscillography_ Number_of_Triggers register is incremented by one every time a new oscillography file is triggered (captured) and cleared to zero when oscillography data is cleared.

  • Page 93: Modbus Protocol

    Grid Solutions 8 Series Protective Relay Platform Chapter 11: Modbus Protocol Modbus Protocol All Ethernet ports and serial communication ports support the Modbus protocol. The only exception is if the serial port has been configured for DNP or IEC 60870-5-103 operation (see descriptions below).
  • Page 94 SR750. The emulation supports typical actual value data for common data items. See the 8 Series Protective Relay Communications guide for the list. When the device is programmed as a SR750, 850 actual values cannot be retrieved from NOTE: Modbus.

  • Page 95: Function Code 03H (Read Setpoints)

    CHAPTER 11: MODBUS PROTOCOL FUNCTION CODE 03H (READ SETPOINTS) Error ID Exception Description ILLEGAL FUNCTION The function code transmitted is not one of the functions supported by the 8 Series relay. ILLEGAL DATA ADDRESS The address referenced in the data field transmitted by the master is not an allowable address for the 8 Series relay.

  • Page 96: Function Code 04H (Read Actual Values)

    FUNCTION CODE 04H (READ ACTUAL VALUES) CHAPTER 11: MODBUS PROTOCOL ASE 2000 V2 Example --> 00 00 00 00 00 06 FE 03 4A 8A 00 04 --> 00 00 00 00 00 0B FE 03 08 00 00 04 B0 00 00 00 64 Function Code 04H (Read Actual Values) Modbus Implementation: Read Input Registers 8 Series relay Implementation: Read Actual Values...

  • Page 97: Function Code 05H (Execute Operation)

    CHAPTER 11: MODBUS PROTOCOL FUNCTION CODE 05H (EXECUTE OPERATION) Function Code 05H (Execute Operation) Modbus Implementation: Force Single Coil 8 Series relay Implementation: Execute Operation The function code allows the master to request an 8 Series relay to perform specific command operations.

  • Page 98: Function Code 06H (Store Single Setpoint)

    FUNCTION CODE 06H (STORE SINGLE SETPOINT) CHAPTER 11: MODBUS PROTOCOL Function Code 06H (Store Single Setpoint) Modbus Implementation: Preset Single Register 8 Series relay Implementation: Store Single Setpoint The command allows the master to store a single setpoint into the memory of an 8 Series relay.

  • Page 99: Function Code 07H (Read Device Status)

    CHAPTER 11: MODBUS PROTOCOL FUNCTION CODE 07H (READ DEVICE STATUS) Function Code 07H (Read Device Status) Modbus Implementation: Read Exception Status 8 Series relay Implementation: Read Device Status The function used to quickly read the status of a selected device. A short message length allows for rapid reading of status.

  • Page 100: Function Code 08H (Loopback Test)

    FUNCTION CODE 08H (LOOPBACK TEST) CHAPTER 11: MODBUS PROTOCOL Function Code 08H (Loopback Test) Modbus Implementation: Loopback 8 Series relay Implementation: Loopback Test The function is used to test the integrity of the communication link. The 8 Series relay echos the request. For example, consider a loopback test from slave 254: Table 11-12: Master Packet Format for Function Code 08H MASTER TRANSMISSION...

  • Page 101: Function Code 10H (Store Multiple Setpoints)

    CHAPTER 11: MODBUS PROTOCOL FUNCTION CODE 10H (STORE MULTIPLE SETPOINTS) Function Code 10H (Store Multiple Setpoints) Modbus Implementation: Preset Multiple Registers 8 Series relay Implementation: Store Multiple Setpoints The function code allows multiple Setpoints to be stored into the 8 Series relay memory. Modbus “registers”...
  • Page 102 ADMINISTRATOR LOGIN AND COMMANDS VIA MODBUS FOR 8 SERIES RELAYS CHAPTER 11: MODBUS PROTOCOL Administrator Login and Commands via Modbus for 8 Series Relays Logging in as Administrator Logging in as Administrator is demonstrated in the example below. The process requires writing 44 bytes which consist of the Role ID and Password.

  • Page 103: Administrator Login And Commands Via Modbus For 8 Series Relays

    CHAPTER 11: MODBUS PROTOCOL ADMINISTRATOR LOGIN AND COMMANDS VIA MODBUS FOR 8 SERIES RELAYS Sending commands requires writing 4 bytes to the Command address register using the Modbus Function 10H (Store Multiple Setpoints). The 4 bytes are the function and the command values.
  • Page 104 ADMINISTRATOR LOGIN AND COMMANDS VIA MODBUS FOR 8 SERIES RELAYS CHAPTER 11: MODBUS PROTOCOL Command Value Value Description Clear Events Clear Energy Use Data 4096 Force Virtual Input 1 Table 11-26: Function Format for Reset command Slave # Function Operation Code Code Value 0001 FF00...

  • Page 105: About The Modbus Memory Map

    Grid Solutions 8 Series Protective Relay Platform Chapter 12: About the Modbus Memory Map About the Modbus Memory Map Accessing Data via the User Map The 8 Series relay has a powerful feature, called the User Map, which allows a computer to read up to 125 non-consecutive data registers (setpoints or actual values) by using one Modbus packet.

  • Page 106: Memory Map Organization

    MEMORY MAP ORGANIZATION CHAPTER 12: ABOUT THE MODBUS MEMORY MAP User Map Address Description Modbus Address User Map Address 9,10 Virtual Input Status 1-32 30714 30715 User Map Address 11, 12 Virtual Output Status 1-32 30718 30719 User Map Address 13,14 Remote Input 1-32 30728 30729...

  • Page 107: Compatibility Mode

    CHAPTER 12: ABOUT THE MODBUS MEMORY MAP COMPATIBILITY MODE Compatibility Mode The 8 Series relay supports emulation of the SR750/SR469 Modbus memory map for retrofit applications. The emulation supports typical actual value data for common data items. When enabled, the 8 Series relay responds to Modbus packets from a PLC as if it were a legacy SR relay.
  • Page 108 COMPATIBILITY MODE CHAPTER 12: ABOUT THE MODBUS MEMORY MAP 469 HEX 469 Decimal Modicon Format Description (Needed for User Map) 030E 30783 Ib Diff 030F 30784 Ic Diff 0320 30801 Hottest Stator RTD Temp (°C) 0321 30802 RTD 1 (°C) 0322 30803 RTD 2 (°C)
  • Page 109 CHAPTER 12: ABOUT THE MODBUS MEMORY MAP COMPATIBILITY MODE 469 HEX 469 Decimal Modicon Format Description (Needed for User Map) 0394 30917 Pwr1 Reactive Dmd 039D 30919 Pwr1 Max Apparent Dmd 0397 30920 Cur1 Max Ph A Demand 0399 30922 Pwr1 Max Real Dmd 039B 30924...
  • Page 110 COMPATIBILITY MODE CHAPTER 12: ABOUT THE MODBUS MEMORY MAP 750 HEX 750 Decimal Modicon Format Description (Needed for User Map) 0094 0094 30148 Virtual Input 4 0095 0095 30149 Virtual Input 5 0096 0096 30150 Virtual Input 6 0097 0097 30151 Virtual Input 7 0098...
  • Page 111 CHAPTER 12: ABOUT THE MODBUS MEMORY MAP COMPATIBILITY MODE 750 HEX 750 Decimal Modicon Format Description (Needed for User Map) 0318 30793 Bus Volts Magnitude 0319 30794 Bus Volts Frequency 031A 30795 Voltage Difference 031B 30796 Angle Difference 031C 30797 Frequency Difference 031D 30798...
  • Page 112 COMPATIBILITY MODE CHAPTER 12: ABOUT THE MODBUS MEMORY MAP 750 HEX 750 Decimal Modicon Format Description (Needed for User Map) 0414 31045 J2 Vbc Angle 0415 31046 J2 Vca Angle 0416 31047 J2 Vn Angle 0420 31057 J1 I_0 0421 31058 J1 I_0 Angle 0422...

  • Page 113: Using The Memory Map

    CHAPTER 12: ABOUT THE MODBUS MEMORY MAP USING THE MEMORY MAP Using the Memory Map Reading CO Outputs CO Outputs are used to show the state of the output relays in the 8-Series device (internal to the device). For example, on the 869 relay the Trip and Close contacts have voltage monitoring inputs.
  • Page 114 USING THE MEMORY MAP CHAPTER 12: ABOUT THE MODBUS MEMORY MAP Table 12-7: Modbus Map entries, Element Status Register for Breaker Control Relays Modbus Description Step Units Format Factory Size in Address Address Code Default Words 30765 0x02FC Element Status 20 (Output Relay 1) 65535 FE020 Y Y Y Y...

  • Page 115: Reading Phase Current Values

    The phase current metering values read by the PLC should match the values shown on the relay. Validating the received values in the PLC against the real values observed on the 850 relay front panel or read via 8 Series EnerVista Setup is recommended.

  • Page 116: Reading Last Trip Target Messages

    USING THE MEMORY MAP CHAPTER 12: ABOUT THE MODBUS MEMORY MAP 1st 16 bits High Order Word of Long Value 2nd 16 bits Low Order Word of Long Value unsigned 32 bits Unsigned Long Value unsigned 32 bits Unsigned Long Value, 3 Decimal Places For example: Phase A Current value on relay display: 183.594 A Phase current values read from Phase A Current Modbus registers:...
  • Page 117 CHAPTER 12: ABOUT THE MODBUS MEMORY MAP USING THE MEMORY MAP The value in Target Message Register 0112(hex) is 0x0037. 0x0037 = Decimal 55 - Link Error Primary (As per format FC134) Table 12-12: Format FC134 (See full description in Format Code Table) Code Type Definition...
  • Page 118 USING THE MEMORY MAP CHAPTER 12: ABOUT THE MODBUS MEMORY MAP 0xF2xx - IOC 1 0xF4xx - IOC 2 0xF6xx - IOC 3 0xXX01 - Pickup 0xXX02 - Operate 0xXX04 - Dropout The value in Last Trip Event Register 0x1447(hex) is 0x0000. The value in Last Trip Event Register 0x1448(hex) is 0x0300.

  • Page 119: Modbus Commands

    CHAPTER 12: ABOUT THE MODBUS MEMORY MAP MODBUS COMMANDS Modbus Commands Command Value Description None Reset Open Close Open2 Close2 Open3 Close3 ChangeToSetpointGroup1 ChangeToSetpointGroup2 ChangeToSetpointGroup3 ChangeToSetpointGroup4 ChangeToSetpointGroup5 ChangeToSetpointGroup6 Active Group Local Remote Clear All Records Clear Targets Clear Events Clear Transient Records Clear DataLogger Clear Max Current Demand Clear Max Real Power Demand...

  • Page 120: Modbus Commands

    MODBUS COMMANDS CHAPTER 12: ABOUT THE MODBUS MEMORY MAP Command Value Description Start Inhibit MotorDLogClear MotorDLogStart MotorDLogStop Trigger Waveform Clear Autoreclose Clear Broken Rotor Bar Data Clear Motor Start Statistics Clear Motor Learned Data Clear Xfmr Loss of Life Clear Xfmr Learned Data Clear Xfmr Energization Records Clear Xfmr DFR Records Clear Xfmr Historic Max Record...
  • Page 121 CHAPTER 12: ABOUT THE MODBUS MEMORY MAP MODBUS COMMANDS Command Value Description 4125 Force Virtual Input 30 4126 Force Virtual Input 31 4127 Force Virtual Input 32 4128 Force Virtual Input 33 4129 Force Virtual Input 34 4130 Force Virtual Input 35 4131 Force Virtual Input 36 4132...
  • Page 122 MODBUS COMMANDS CHAPTER 12: ABOUT THE MODBUS MEMORY MAP Command Value Description TabPbNavBtn3Pressed TabPbNavBtn4Pressed TabPbNavBtnReleased Acknowledge Annunciator 12-18 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
  • Page 123 Grid Solutions 8 Series Protective Relay Platform Chapter 13: MODBUS memory map MODBUS memory map Modbus Description Step Units Format Factory Size in Address Address Code Default Words Actual Values Product Information 30001 0x0000 Product Code 65535 Y Y Y Y 30002 0x0001 Hardware Revision...
  • Page 124 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 30079 0x004E Display CPLD 0xFFFFFFFF Y Y Y Y 30083 0x0052 Remote CANBUS IO 65535 F60_6 Y Y Y Y 30086 0x0055 Num of RMIO RTDs Y Y Y Y Environment...
  • Page 125 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words AutoReclose 1 Status 30320 0x013F Shot Number In Effect 65535 shots 30321 0x0140 Shots Remaining 65535 shots 30322 0x0141 Shot Rate Per Hour 65535 sh/hr 30323...
  • Page 126 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 30554 0x0229 User Map Value 31 65535 Y Y Y Y 30555 0x022A User Map Value 32 65535 Y Y Y Y 30556 0x022B User Map Value 33...
  • Page 127 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 30599 0x0256 User Map Value 76 65535 Y Y Y Y 30600 0x0257 User Map Value 77 65535 Y Y Y Y 30601 0x0258 User Map Value 78...
  • Page 128 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 30644 0x0283 User Map Value 121 65535 Y Y Y Y 30645 0x0284 User Map Value 122 65535 Y Y Y Y 30646 0x0285 User Map Value 123...
  • Page 129 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 30892 0x037B Annunciator Status 12 0xFFFFFFFF FC409 Y Y Y Y 30894 0x037D Annunciator Status 13 0xFFFFFFFF FC409 Y Y Y Y 30896 0x037F Annunciator Status 14...
  • Page 130 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 31040 0x040F State FC264 Y Y Y Y 31041 0x0410 Trip Coil FC289 Y Y Y Y 31042 0x0411 Close Coil FC289 Y Y Y Y Breaker 2 Status 31054...
  • Page 131 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 31216 0x04BF Parameter 20 -2147483648 2147483647 Y Y Y Y 31218 0x04C1 Parameter 21 -2147483648 2147483647 Y Y Y Y 31220 0x04C3 Parameter 22 -2147483648 2147483647 Y Y Y Y...
  • Page 132 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Arc Flash 1 Status 31320 0x0527 Arc Flash 1 Status 0xFFFF FC387 Y Y Y Y Flex States 31330 0x0531 Parameter 1 65535 FC344A 0 Y Y Y Y...
  • Page 133 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 31395 0x0572 Client 3 IP Address 0xFFFFFFFF Y Y Y Y 31397 0x0574 Client 4 IP Address 0xFFFFFFFF Y Y Y Y 31399 0x0576 Client 5 IP Address...
  • Page 134 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 31490 0x05D1 Breaker 0xFFFFFFFF Y Y Y 31492 0x05D3 Ground 0xFFFFFFFF Y Y Y 31494 0x05D5 Sensitive Ground 65535 Y Y Y 31495 0x05D6 Neutral 65535...
  • Page 135 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 31898 0x0769 Parameter 6 -2147483648 2147483647 Y Y Y Y 31900 0x076B Parameter 7 -2147483648 2147483647 Y Y Y Y 31902 0x076D Parameter 8 -2147483648 2147483647 Y Y Y Y 31904...
  • Page 136 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 31988 0x07C3 Parameter 51 -2147483648 2147483647 Y Y Y Y 31990 0x07C5 Parameter 52 -2147483648 2147483647 Y Y Y Y 31992 0x07C7 Parameter 53 -2147483648 2147483647 Y Y Y Y...
  • Page 137 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 32078 0x081D Start Effective Current 2000 x FLA 32079 0x081E Start Peak Current 2000 x FLA Learned Data 32090 0x0829 Records Since Clear 65535 32091 0x082A...
  • Page 138 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 32246 0x08C5 Arcing Current Phase A 4294967295 kA2-cyc F12 32248 0x08C7 Arcing Current Phase B 4294967295 kA2-cyc F12 32250 0x08C9 Arcing Current Phase C 4294967295 kA2-cyc F12 32252...
  • Page 139 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 32370 0x0941 Last PH A Arc Time 4294967295 32372 0x0943 Avg. of 5 PH A Arc Time 4294967295 32374 0x0945 Avg. of PH A Arc Time 4294967295 32376 0x0947...
  • Page 140 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 32461 0x099C Avg. of PH A Arc Energy 4294967295 kA2-cyc F12 32463 0x099E Last PH B Arc Energy 4294967295 kA2-cyc F12 32465 0x09A0 Avg.
  • Page 141 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 32890 0x0B49 Counter 1 Accumulated -2147483648 2147483647 User- Y Y Y Y Defined Modbus 84154 32892 0x0B4B Counter 1 Frozen -2147483648 2147483647 User- Y Y Y Y Defined...
  • Page 142 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 32940 0x0B7B Counter 5 Frozen -2147483648 2147483647 User- Y Y Y Y Defined Modbus 84322 32942 0x0B7D Date/Time - Frozen 0xFFFFFFFF Y Y Y Y 32944 0x0B7F Counter 5 us - Frozen...
  • Page 143 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Digital Counter Status 10 32998 0x0BB5 Counter 10 Accumulated -2147483648 2147483647 User- Y Y Y Y Defined Modbus 84532 33000 0x0BB7 Counter 10 Frozen -2147483648 2147483647 User- Y Y Y Y...
  • Page 144 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 33048 0x0BE7 Counter 14 Frozen -2147483648 2147483647 User- Y Y Y Y Defined Modbus 84700 33050 0x0BE9 Date/Time - Frozen 0xFFFFFFFF Y Y Y Y 33052 0x0BEB Counter 14 us - Frozen...
  • Page 145 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 33113 0x0C28 FlexAnalog 4 -2147483648 2147483647 (GE_CH Y Y Y Y *)&g_G MD.Devi ce[0].An alogSP[ 3].Unit 33115 0x0C2A FlexAnalog 5 -2147483648 2147483647 (GE_CH Y Y Y Y *)&g_G...
  • Page 146 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 33131 0x0C3A FlexAnalog 13 -2147483648 2147483647 (GE_CH Y Y Y Y *)&g_G MD.Devi ce[0].An alogSP[ 12].Unit 33133 0x0C3C FlexAnalog 14 -2147483648 2147483647 (GE_CH Y Y Y Y *)&g_G...
  • Page 147 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 33149 0x0C4C FlexAnalog 22 -2147483648 2147483647 (GE_CH Y Y Y Y *)&g_G MD.Devi ce[0].An alogSP[ 21].Unit 33151 0x0C4E FlexAnalog 23 -2147483648 2147483647 (GE_CH Y Y Y Y *)&g_G...
  • Page 148 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 33734 0x0E95 Ic Diff 2nd Harm 1000 33735 0x0E96 Ia Diff 5th Harm 1000 33736 0x0E97 Ib Diff 5th Harm 1000 33737 0x0E98 Ic Diff 5th Harm 1000...
  • Page 149 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 33837 0x0EFC Maximum Component 7600 Freq 33838 0x0EFD Motor load at BRB x FLA Maximum 33839 0x0EFE Load Dev. at BRB x FLA Maximum 33840 0x0EFF...
  • Page 150 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 34126 0x101D Carbon Dioxide (CO2) 0xFFFFFFFF 34128 0x101F Carbon Monoxide (CO) 0xFFFFFFFF 34130 0x1021 Ethylene (C2H4) 0xFFFFFFFF 34132 0x1023 Ethane (C2H6) 0xFFFFFFFF 34134 0x1025 Methane (CH4)
  • Page 151 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 34215 0x1076 %RH Hourly Average H Limit 34216 0x1077 %RH Hourly Average HH Limit 34217 0x1078 H2O ppm Level H Limit 0xFFFFFFFF 34219 0x107A H2O ppm Level HH Limit...
  • Page 152 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Current Values 1 (J1) 34420 0x1143 J1 Ia 0xFFFFFFFF Y Y Y Y 34422 0x1145 J1 Ib 0xFFFFFFFF Y Y Y Y 34424 0x1147 J1 Ic...
  • Page 153 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 34501 0x1194 K1 I_2 0xFFFFFFFF Y Y Y Y 34503 0x1196 K1 I_0 Angle -3599 ° Y Y Y Y 34504 0x1197 K1 I_1 Angle -3599 °...
  • Page 154 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 34591 0x11EE JK Ib Angle -3599 ° 34592 0x11EF JK Ic Angle -3599 ° 34593 0x11F0 JK Ig Angle -3599 ° 34594 0x11F1 JK In Angle -3599...
  • Page 155 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Voltages 2 - K2 34693 0x1254 K2 Van 200000000 34695 0x1256 K2 Vbn 200000000 34697 0x1258 K2 Vcn 200000000 34699 0x125A K2 Vab 200000000 34701 0x125C...
  • Page 156 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 34780 0x12AB LEA1 Vbc RMS 200000000 34782 0x12AD LEA1 Vca RMS 200000000 34784 0x12AF LEA1 Vn RMS 200000000 34788 0x12B3 LEA1 Van Angle -3599 °...
  • Page 157 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 34869 0x1304 LEA2 V0 Angle -3599 ° 34870 0x1305 LEA2 V1 Angle -3599 ° 34871 0x1306 LEA2 V2 Angle -3599 ° Frequency Values 1 34891 0x131A Frequency...
  • Page 158 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35018 0x1399 K1 Phase A 2nd Harm 0xFFFFFFFF 35020 0x139B K1 Phase B 2nd Harm 0xFFFFFFFF 35022 0x139D K1 Phase C 2nd Harm 0xFFFFFFFF 35024 0x139F...
  • Page 159 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35109 0x13F4 J1 Phase B 7th Harm 65535 Y Y Y Y 35110 0x13F5 J1 Phase C 7th Harm 65535 Y Y Y Y 35111 0x13F6 J1 Phase A 8th Harm...
  • Page 160 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35154 0x1421 J1 Phase B 22nd Harm 65535 Y Y Y Y 35155 0x1422 J1 Phase C 22nd Harm 65535 Y Y Y Y 35156 0x1423 J1 Phase A 23rd Harm...
  • Page 161 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35208 0x1457 J2 Phase A 12th Harm 65535 Y Y Y Y 35209 0x1458 J2 Phase B 12th Harm 65535 Y Y Y Y 35210 0x1459 J2 Phase C 12th Harm...
  • Page 162 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35262 0x148D K1 Phase C THD 65535 35263 0x148E K1 Phase A 2nd Harm 65535 35264 0x148F K1 Phase B 2nd Harm 65535 35265 0x1490...
  • Page 163 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35307 0x14BA K1 Phase C 16th Harm 65535 35308 0x14BB K1 Phase A 17th Harm 65535 35309 0x14BC K1 Phase B 17th Harm 65535 35310 0x14BD K1 Phase C 17th Harm...
  • Page 164 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35361 0x14F0 K2 Phase B 6th Harm 65535 35362 0x14F1 K2 Phase C 6th Harm 65535 35363 0x14F2 K2 Phase A 7th Harm 65535 35364 0x14F3...
  • Page 165 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35406 0x151D K2 Phase B 21st Harm 65535 35407 0x151E K2 Phase C 21st Harm 65535 35408 0x151F K2 Phase A 22nd Harm 65535 35409 0x1520...
  • Page 166 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35460 0x1553 JK Phase A 11th Harm 65535 35461 0x1554 JK Phase B 11th Harm 65535 35462 0x1555 JK Phase C 11th Harm 65535 35463 0x1556...
  • Page 167 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Harmonic Detection J1 35530 0x1599 HD J1 Ph A 2nd Harm 1000 Y Y Y Y 35531 0x159A HD J1 Ph B 2nd Harm 1000 Y Y Y Y 35532...
  • Page 168 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35571 0x15C2 HD JK Ph C 3rd Harm 1000 35572 0x15C3 HD JK Ph A 4th Harm 1000 35573 0x15C4 HD JK Ph B 4th Harm 1000 35574 0x15C5...
  • Page 169 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 35728 0x165F Pwr2 Real -2147483648 2147483647 35730 0x1661 Pwr2 Reactive -2147483648 2147483647 kvar 35732 0x1663 Pwr2 Apparent -2147483648 2147483647 35734 0x1665 Pwr2 Ph A Real -2147483648 2147483647 35736 0x1667...
  • Page 170 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Energy Values 4 35928 0x1727 Reset Energy D/T 0xFFFFFFFF 35930 0x1729 Reset Energy Time (us) 999999 35932 0x172B Pwr4 Pos WattHours 4294967295 35934 0x172D Pwr4 Pos WattHours Cost 0 0xFFFFFFFF...
  • Page 171 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 36030 0x178D Cur2 Ph A Demand Time 999999 (us) 36032 0x178F Cur2 Ph B Demand Time 999999 (us) 36034 0x1791 Cur2 Ph C Demand Time 999999 (us) Current Demand Values 3...
  • Page 172 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 36138 0x17F9 Pwr1 Date/Time Real 0xFFFFFFFF Y Y Y Y 36140 0x17FB Pwr1 Real Dmd Time (us) 0 999999 Y Y Y Y 36142 0x17FD Pwr1 Reactive Dmd...
  • Page 173 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 36230 0x1855 Pwr2 D/T Apparent 0xFFFFFFFF Demand 36232 0x1857 Pwr2 Apparent Dmd 999999 Time(us) Power Demand Values 4 36244 0x1863 Pwr2 Reset Dmd Date/ 0xFFFFFFFF Time 36246...
  • Page 174 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 36355 0x18D2 CTS 1 Diff Current 120000000 CT Supervision 2 AV 36357 0x18D4 CTS 2 Sym Imin 120000000 36359 0x18D6 CTS 2 Sym Imax 120000000 36361 0x18D8 CTS 2 Sym Quotient...
  • Page 175 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 36599 0x19C6 RTD 4 Max °C F20E Y Y Y Y 36600 0x19C7 RTD 4 Max Date/Time 0xFFFFFFFF Y Y Y Y 36602 0x19C9 RTD 5 Max...
  • Page 176 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 36714 0x1A39 RRTD 2 Max Date/Time 0xFFFFFFFF Y Y Y Y 36716 0x1A3B RRTD 3 Max °C F20E Y Y Y Y 36717 0x1A3C RRTD 3 Max Date/Time 0xFFFFFFFF...
  • Page 177 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Element Status 37900 0x1EDB Element Status 1 (Any 65535 FC151 Y Y Y Y Trip) 37901 0x1EDC Element Status 2 (Any 65535 FC151 Y Y Y Y Alarm)
  • Page 178 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 37928 0x1EF7 Element Status 29 65535 FC151 Y Y Y Y (Programmable PB 9) 37929 0x1EF8 Element Status 30 65535 FC151 Y Y Y Y (Programmable PB 10) 37930 0x1EF9...
  • Page 179 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 37955 0x1F12 Element Status 56 65535 FC151 (Generator Status) 37956 0x1F13 Element Status 57 (Open 65535 FC151 Y Y Y Y BKR 1) 37957 0x1F14 Element Status 58 (Open...
  • Page 180 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38007 0x1F46 Element Status 108 65535 FC151 Y Y Y Y (Output Relay 3) 38008 0x1F47 Element Status 109 65535 FC151 Y Y Y Y (Output Relay 4) 38009 0x1F48...
  • Page 181 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38047 0x1F6E Element Status 148 65535 FC151 (Thermal Trip) 38048 0x1F6F Element Status 149 65535 FC151 (Thermal Alarm) 38049 0x1F70 Element Status 150 65535 FC151 (Current Unbalance...
  • Page 182 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38072 0x1F87 Element Status 173 65535 FC151 (Ground Fault Trip) 38073 0x1F88 Element Status 174 65535 FC151 (Acceleration Time) 38074 0x1F89 Element Status 175 65535 FC151 (Speed2 Acceleration)
  • Page 183 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38102 0x1FA5 Element Status 203 65535 FC151 (Phase IOC 13) 38103 0x1FA6 Element Status 204 65535 FC151 (Phase IOC 14) 38104 0x1FA7 Element Status 205 65535 FC151...
  • Page 184 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38136 0x1FC7 Element Status 237 (Ntrl 65535 FC151 IOC 9) 38137 0x1FC8 Element Status 238 (Ntrl 65535 FC151 IOC 10) 38138 0x1FC9 Element Status 239 (Ntrl 65535 FC151...
  • Page 185 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38174 0x1FED Element Status 275 (GND 65535 FC151 IOC 11) 38175 0x1FEE Element Status 276 (GND 65535 FC151 IOC 12) 38180 0x1FF3 Element Status 281 65535 FC151...
  • Page 186 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38217 0x2018 Element Status 318 (Neg 65535 FC151 Seq TOC 6) 38218 0x2019 Element Status 319 (Neg 65535 FC151 Seq TOC 7) 38219 0x201A Element Status 320 (Neg...
  • Page 187 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38254 0x203D Element Status 355 65535 FC151 (Thermal Overload 1) 38255 0x203E Element Status 356 65535 FC151 (Thermal Overload 1 Alrm) 38256 0x203F Element Status 357 65535...
  • Page 188 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38300 0x206B Element Status 401 65535 FC151 Y Y Y Y (Auxiliary UV 2) 38301 0x206C Element Status 402 65535 FC151 (Auxiliary UV 3) 38302 0x206D Element Status 403 65535...
  • Page 189 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38347 0x209A Element Status 448 (Dir 65535 FC151 Power 4) 38352 0x209F Element Status 453 65535 FC151 (Wattmetric Ground Fault 38353 0x20A0 Element Status 454 65535 FC151...
  • Page 190 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38387 0x20C2 Element Status 488 65535 FC151 (Overfrequency 8) 38388 0x20C3 Element Status 489 65535 FC151 (Overfrequency 9) 38389 0x20C4 Element Status 490 65535 FC151 (Overfrequency 10)
  • Page 191 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38422 0x20E5 Element Status 523 (Fast 65535 FC151 Underfrequency 7) 38423 0x20E6 Element Status 524 (Fast 65535 FC151 Underfrequency 8) 38428 0x20EB Element Status 529 65535 FC151...
  • Page 192 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38459 0x210A Element Status 560 65535 FC151 Y Y Y Y (Breaker 1 Arcing Current) 38460 0x210B Element Status 561 65535 FC151 (Breaker 2 Arcing Current) 38461 0x210C...
  • Page 193 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38499 0x2132 Element Status 600 65535 FC151 Y Y Y Y (Reactive Power Demand 38500 0x2133 Element Status 601 65535 FC151 (Reactive Power Demand 38501 0x2134 Element Status 602...
  • Page 194 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38523 0x214A Element Status 624 65535 FC151 Y Y Y Y (Digital Counter 16) 38524 0x214B Element Status 625 65535 FC151 Y Y Y Y (Harmonic Detection 1) 38525 0x214C...
  • Page 195 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38562 0x2171 Element Status 663 (RTD 7 65535 FC151 Y Y Y Y Alarm) 38563 0x2172 Element Status 664 (RTD 8 65535 FC151 Y Y Y Y Alarm)
  • Page 196 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38601 0x2198 Element Status 702 65535 FC151 Y Y Y Y (Remote RTD 10 Alarm) 38602 0x2199 Element Status 703 65535 FC151 Y Y Y Y (Remote RTD 11 Alarm) 38603...
  • Page 197 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38641 0x21C0 Element Status 742 (Local 65535 FC151 Y Y Y Y Control Mode Switch 2) 38642 0x21C1 Element Status 743 (Local 65535 FC151 Y Y Y Y...
  • Page 198 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38684 0x21EB Element Status 785 65535 FC151 Y Y Y Y (Switch Control 6) 38685 0x21EC Element Status 786 65535 FC151 Y Y Y Y (Switch Control 7) 38686 0x21ED Element Status 787...
  • Page 199 65535 FC151 (Undervoltage Restoration 1) 38748 0x222B Element Status 849 65535 FC151 (Undervoltage Restoration 2) 38749 0x222C Element Status 850 65535 FC151 (Underfrequency Restoration 1) 38750 0x222D Element Status 851 65535 FC151 (Underfrequency Restoration 2) 38751 0x222E Element Status 852 (Bus...
  • Page 200 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 38766 0x223D Element Status 867 (CT 65535 FC151 Supervision 2) 38767 0x223E Element Status 868 (CT 65535 FC151 Supervision 3) 38771 0x2242 Element Status 872 (VT 65535 FC151...
  • Page 201 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Setpoints Firmware Build Signature 40001 0x0000 Version Y Y Y Y 40002 0x0001 Date 0x071C07E1 0x071C07E1 0x071C07 Y Y Y Y 40004 0x0003 Time 0x0F051300...
  • Page 202 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 40274 0x0111 Port 5 Path Delay Adder 60000 Y Y Y Y 40275 0x0112 Port5 Path Delay -1000 1000 Y Y Y Y Asymmetry 40276 0x0113...
  • Page 203 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 40553 0x0228 User Map Address 30 30001 49999 34647 Y Y Y Y 40554 0x0229 User Map Address 31 30001 49999 34648 Y Y Y Y 40555 0x022A...
  • Page 204 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 40598 0x0255 User Map Address 75 30001 49999 35693 Y Y Y Y 40599 0x0256 User Map Address 76 30001 49999 35702 Y Y Y Y 40600 0x0257...
  • Page 205 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 40643 0x0282 User Map Address 120 30001 49999 30001 Y Y Y Y 40644 0x0283 User Map Address 121 30001 49999 30001 Y Y Y Y 40645 0x0284...
  • Page 206 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 40774 0x0305 DGA History 0xC6CD00 FC142 40776 0x0307 Running Hours 0xC6CD00 FC142 40778 0x0309 Stator Inter-Turn Fault 0xC6CD00 FC142 40780 0x030B ESA Baseline Data 0xC6CD00 FC142 40782...
  • Page 207 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 41059 0x0422 Events FC126 Y Y Y Y Contact Input 3 41060 0x0423 Name 65535 F60_26 CI 3 Y Y Y Y 41073 0x0430 Debounce Time...
  • Page 208 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Contact Input 14 41225 0x04C8 Name 65535 F60_26 CI 14 Y Y Y Y 41238 0x04D5 Debounce Time Y Y Y Y 41239 0x04D6 Events FC126...
  • Page 209 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 41390 0x056D Name 65535 F60_26 CI 25 Y Y Y Y 41403 0x057A Debounce Time Y Y Y Y 41404 0x057B Events FC126 Y Y Y Y Contact Input 26...
  • Page 210 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 41568 0x061F Debounce Time Y Y Y Y 41569 0x0620 Events FC126 Y Y Y Y Contact Input 37 41570 0x0621 Name 65535 F60_26 CI 37...
  • Page 211 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 41734 0x06C5 Events FC126 Y Y Y Y Contact Input 48 41735 0x06C6 Name 65535 F60_26 CI 48 Y Y Y Y 41748 0x06D3 Debounce Time Y Y Y Y...
  • Page 212 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Contact Input 59 41900 0x076B Name 65535 F60_26 CI 59 Y Y Y Y 41913 0x0778 Debounce Time Y Y Y Y 41914 0x0779 Events...
  • Page 213 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 42113 0x0840 Name 65535 F60_26 VI 8 Y Y Y Y 42126 0x084D Type FC199 Y Y Y Y 42127 0x084E Events FC126 Y Y Y Y Virtual Input 9...
  • Page 214 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 42257 0x08D0 Name 65535 F60_26 VI 17 Y Y Y Y 42270 0x08DD Type FC199 Y Y Y Y 42271 0x08DE Events FC126 Y Y Y Y Virtual Input 18...
  • Page 215 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 42401 0x0960 Name 65535 F60_26 VI 26 Y Y Y Y 42414 0x096D Type FC199 Y Y Y Y 42415 0x096E Events FC126 Y Y Y Y Virtual Input 27...
  • Page 216 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 42545 0x09F0 Name 65535 F60_26 VI 35 Y Y Y Y 42558 0x09FD Type FC199 Y Y Y Y 42559 0x09FE Events FC126 Y Y Y Y Virtual Input 36...
  • Page 217 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 42689 0x0A80 Name 65535 F60_26 VI 44 Y Y Y Y 42702 0x0A8D Type FC199 Y Y Y Y 42703 0x0A8E Events FC126 Y Y Y Y Virtual Input 45...
  • Page 218 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 42833 0x0B10 Name 65535 F60_26 VI 53 Y Y Y Y 42846 0x0B1D Type FC199 Y Y Y Y 42847 0x0B1E Events FC126 Y Y Y Y Virtual Input 54...
  • Page 219 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 42977 0x0BA0 Name 65535 F60_26 VI 62 Y Y Y Y 42990 0x0BAD Type FC199 Y Y Y Y 42991 0x0BAE Events FC126 Y Y Y Y Virtual Input 63...
  • Page 220 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 44102 0x1005 Events FC126 Y Y Y Y 44103 0x1006 Targets FC101 Y Y Y Y Analog Input 2 44108 0x100B Function FC386 Y Y Y Y 44109...
  • Page 221 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 44176 0x104F Max Value -500000 500000 User- Y Y Y Y Defined Modbus 44170 44178 0x1051 Trip Function FC100D 0 Y Y Y Y 44179 0x1052 Trip Type...
  • Page 222 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 44232 0x1087 Trip Dropout Delay Y Y Y Y 44233 0x1088 Trip Output Relay 0xFFFFFFFF FC198D 0 Y Y Y Y 44235 0x108A Alarm Function FC100E...
  • Page 223 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 44790 0x12B5 Events FC126 Y Y Y Y 44791 0x12B6 Name 65535 F60_26 RI 11 Y Y Y Y Remote Input 12 44804 0x12C3 Events...
  • Page 224 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 45000 0x1387 Events FC126 Y Y Y Y 45001 0x1388 Name 65535 F60_26 RI 26 Y Y Y Y Remote Input 27 45014 0x1395 Events...
  • Page 225 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 45210 0x1459 Events FC126 Y Y Y Y 45211 0x145A Name 65535 F60_26 RI 41 Y Y Y Y Remote Input 42 45224 0x1467 Events...
  • Page 226 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 45420 0x152B Events FC126 Y Y Y Y 45421 0x152C Name 65535 F60_26 RI 56 Y Y Y Y Remote Input 57 45434 0x1539 Events...
  • Page 227 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 45630 0x15FD Events FC126 Y Y Y Y 45631 0x15FE Name 65535 F60_26 RI 71 Y Y Y Y Remote Input 72 45644 0x160B Events...
  • Page 228 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 45840 0x16CF Events FC126 Y Y Y Y 45841 0x16D0 Name 65535 F60_26 RI 86 Y Y Y Y Remote Input 87 45854 0x16DD Events FC126...
  • Page 229 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 46050 0x17A1 Events FC126 Y Y Y Y 46051 0x17A2 Name 65535 F60_26 RI 101 Y Y Y Y Remote Input 102 46064 0x17AF Events...
  • Page 230 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 46260 0x1873 Events FC126 Y Y Y Y 46261 0x1874 Name 65535 F60_26 RI 116 Y Y Y Y Remote Input 117 46274 0x1881 Events...
  • Page 231 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 46470 0x1945 Events FC126 Y Y Y Y 46471 0x1946 Name 65535 F60_26 RI 131 Y Y Y Y Remote Input 132 46484 0x1953 Events...
  • Page 232 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 46680 0x1A17 Events FC126 Y Y Y Y 46681 0x1A18 Name 65535 F60_26 RI 146 Y Y Y Y Remote Input 147 46694 0x1A25 Events...
  • Page 233 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 46890 0x1AE9 Events FC126 Y Y Y Y 46891 0x1AEA Name 65535 F60_26 RI 161 Y Y Y Y Remote Input 162 46904 0x1AF7 Events...
  • Page 234 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 47100 0x1BBB Events FC126 Y Y Y Y 47101 0x1BBC Name 65535 F60_26 RI 176 Y Y Y Y Remote Input 177 47114 0x1BC9 Events FC126...
  • Page 235 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 47310 0x1C8D Events FC126 Y Y Y Y 47311 0x1C8E Name 65535 F60_26 RI 191 Y Y Y Y Remote Input 192 47324 0x1C9B Events FC126...
  • Page 236 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 47520 0x1D5F Events FC126 Y Y Y Y 47521 0x1D60 Name 65535 F60_26 RI 206 Y Y Y Y Remote Input 207 47534 0x1D6D Events FC126...
  • Page 237 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 47730 0x1E31 Events FC126 Y Y Y Y 47731 0x1E32 Name 65535 F60_26 RI 221 Y Y Y Y Remote Input 222 47744 0x1E3F Events...
  • Page 238 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 47940 0x1F03 Events FC126 Y Y Y Y 47941 0x1F04 Name 65535 F60_26 RI 236 Y Y Y Y Remote Input 237 47954 0x1F11 Events...
  • Page 239 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 48150 0x1FD5 Events FC126 Y Y Y Y 48151 0x1FD6 Name 65535 F60_26 RI 251 Y Y Y Y Remote Input 252 48164 0x1FE3 Events...
  • Page 240 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 48328 0x2087 Seal-In Time Y Y Y Y 48329 0x2088 Type FC278 Y Y Y Y 48330 0x2089 Operation FC208 Y Y Y Y 48331 0x208A Events...
  • Page 241 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 48435 0x20F2 Operation FC208 Y Y Y Y 48436 0x20F3 Events FC126 Y Y Y Y 48437 0x20F4 Block 0xC6CD00 FC142 Y Y Y Y Output Relay 10 48439 0x20F6...
  • Page 242 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 48542 0x215D Block 0xC6CD00 FC142 Y Y Y Y Output Relay 15 48544 0x215F Aux Relay 15 Name 65535 F60_26 Aux Relay Y Y Y Y 48557 0x216C...
  • Page 243 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 48649 0x21C8 Aux Relay 20 Name 65535 F60_26 Aux Relay Y Y Y Y 48662 0x21D5 Operate 0xC6CD00 FC142 Y Y Y Y 48664 0x21D7 Seal-In Time Y Y Y Y...
  • Page 244 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 49069 0x236C Events FC126 Y Y Y Y Virtual Output 11 49070 0x236D Name 65535 F60_26 VO 11 Y Y Y Y 49083 0x237A Events...
  • Page 245 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 49279 0x243E Events FC126 Y Y Y Y Virtual Output 26 49280 0x243F Name 65535 F60_26 VO 26 Y Y Y Y 49293 0x244C Events...
  • Page 246 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 49489 0x2510 Events FC126 Y Y Y Y Virtual Output 41 49490 0x2511 Name 65535 F60_26 VO 41 Y Y Y Y 49503 0x251E Events...
  • Page 247 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 49699 0x25E2 Events FC126 Y Y Y Y Virtual Output 56 49700 0x25E3 Name 65535 F60_26 VO 56 Y Y Y Y 49713 0x25F0 Events...
  • Page 248 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 49909 0x26B4 Events FC126 Y Y Y Y Virtual Output 71 49910 0x26B5 Name 65535 F60_26 VO 71 Y Y Y Y 49923 0x26C2 Events...
  • Page 249 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 50119 0x2786 Events FC126 Y Y Y Y Virtual Output 86 50120 0x2787 Name 65535 F60_26 VO 86 Y Y Y Y 50133 0x2794 Events...
  • Page 250 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 50746 0x29F9 Max Value -2147483648 2147483647 Y Y Y Y Analog Output 3 50752 0x29FF Function FC126 Y Y Y Y 50753 0x2A00 Range FC274...
  • Page 251 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 50870 0x2A75 Local Admin. Psswrd 65535 F60_22 Y Y Y Y Supervisory Settings 51021 0x2B0C Lock Relay FC126 Y Y Y Y 51022 0x2B0D Administrator Forced FC126B 0...
  • Page 252 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 51506 0x2CF1 PRT5 Subnet IP Mask 0xFFFFFFFF Y Y Y Y Default Route 51530 0x2D09 Gateway Address 0xDFFFFFFE 0x7F0000 Y Y Y Y Static RT 1 51532 0x2D0B RT1 Destination...
  • Page 253 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 51577 0x2D38 DNP TCP/UDP Port 1 65535 20000 Y Y Y Y 51578 0x2D39 DNP TCP/UDP Port 2 65535 20000 Y Y Y Y 51579 0x2D3A DNP Unsol Resp Function 0 FC126...
  • Page 254 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 51654 0x2D85 Point 22 Entry 0xC6CD00 FC142 Y Y Y Y 51656 0x2D87 Point 23 Entry 0xC6CD00 FC142 Y Y Y Y 51658 0x2D89 Point 24 Entry 0xC6CD00...
  • Page 255 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 51744 0x2DDF Point 67 Entry 0xC6CD00 FC142 Y Y Y Y 51746 0x2DE1 Point 68 Entry 0xC6CD00 FC142 Y Y Y Y 51748 0x2DE3 Point 69 Entry 0xC6CD00...
  • Page 256 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Analog Input Point 4 51836 0x2E3B Analog IP Point 4 Entry 36807 FC273 Y Y Y Y 51837 0x2E3C Point 4 Scale Factor FC229 Y Y Y Y 51838...
  • Page 257 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 51880 0x2E67 Analog IP Point 15 Entry 36807 FC273 Y Y Y Y 51881 0x2E68 Point 15 Scale Factor FC229 Y Y Y Y 51882 0x2E69 Point 15 Deadband...
  • Page 258 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 51925 0x2E94 Point 26 Scale Factor FC229 Y Y Y Y 51926 0x2E95 Point 26 Deadband 100000000 30000 Y Y Y Y Analog Input Point 27 51928 0x2E97...
  • Page 259 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 51975 0x2EC6 Binary Output Point 7 OFF 0 FC230 Y Y Y Y Binary Output Point 8 51976 0x2EC7 Binary Output Point 8 ON 0 FC230 Y Y Y Y 51977...
  • Page 260 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52080 0x2F2F IEC103 Common ASDU Y Y Y Y Addrs 52081 0x2F30 IEC103 Sync Timeout 1440 Y Y Y Y Binary Input Point 0 52100 0x2F43 Point 0 Func Type...
  • Page 261 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52200 0x2FA7 Point 7 0xC6CD00 FC142 Y Y Y Y 52202 0x2FA9 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 8 52212 0x2FB3...
  • Page 262 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52312 0x3017 Point 15 0xC6CD00 FC142 Y Y Y Y 52314 0x3019 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 16 52324 0x3023...
  • Page 263 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52424 0x3087 Point 23 0xC6CD00 FC142 Y Y Y Y 52426 0x3089 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 24 52436 0x3093...
  • Page 264 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52536 0x30F7 Point 31 0xC6CD00 FC142 Y Y Y Y 52538 0x30F9 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 32 52548 0x3103...
  • Page 265 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52648 0x3167 Point 39 0xC6CD00 FC142 Y Y Y Y 52650 0x3169 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 40 52660 0x3173...
  • Page 266 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52760 0x31D7 Point 47 0xC6CD00 FC142 Y Y Y Y 52762 0x31D9 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 48 52772 0x31E3...
  • Page 267 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52872 0x3247 Point 55 0xC6CD00 FC142 Y Y Y Y 52874 0x3249 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 56 52884 0x3253...
  • Page 268 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 52984 0x32B7 Point 63 0xC6CD00 FC142 Y Y Y Y 52986 0x32B9 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 64 52996 0x32C3...
  • Page 269 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53096 0x3327 Point 71 0xC6CD00 FC142 Y Y Y Y 53098 0x3329 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 72 53108 0x3333...
  • Page 270 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53208 0x3397 Point 79 0xC6CD00 FC142 Y Y Y Y 53210 0x3399 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 80 53220 0x33A3...
  • Page 271 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53320 0x3407 Point 87 0xC6CD00 FC142 Y Y Y Y 53322 0x3409 Present in Gen FC126B 0 Y Y Y Y Interrogation Binary Input Point 88 53332 0x3413...
  • Page 272 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53432 0x3477 Point 95 0xC6CD00 FC142 Y Y Y Y 53434 0x3479 Present in Gen FC126B 0 Y Y Y Y Interrogation First ASDU 53460 0x3493...
  • Page 273 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53510 0x34C5 Second Analog Offset -32768 32767 Y Y Y Y 53511 0x34C6 Third Analog Entry 36807 FC273 Y Y Y Y 53512 0x34C7 Third Analog Factor...
  • Page 274 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53564 0x34FB Seventh Analog Entry 36807 FC273 Y Y Y Y 53565 0x34FC Seventh Analog Factor 65535 Y Y Y Y 53566 0x34FD Seventh Analog Offset -32768...
  • Page 275 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53627 0x353A Fifth ASDU Scan Timeout 0 1000 Y Y Y Y 53628 0x353B First Analog Entry 36807 FC273 Y Y Y Y 53629 0x353C First Analog Factor...
  • Page 276 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 53697 0x3580 Fifteenth Analog Offset -32768 32767 Y Y Y Y 53698 0x3581 Sixteenth Analog Entry 36807 FC273 Y Y Y Y 53699 0x3582 Sixteenth Analog Factor...
  • Page 277 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54012 0x36BB Command 8 Func Type Y Y Y Y 54013 0x36BC Command 8 Info Num Y Y Y Y 54014 0x36BD Command 8 ON FC230 Y Y Y Y 54015...
  • Page 278 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54048 0x36DF Command 17 Func Type Y Y Y Y 54049 0x36E0 Command 17 Info Num Y Y Y Y 54050 0x36E1 Command 17 ON FC230 Y Y Y Y...
  • Page 279 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54084 0x3703 Command 26 Func Type Y Y Y Y 54085 0x3704 Command 26 Info Num Y Y Y Y 54086 0x3705 Command 26 ON FC230 Y Y Y Y...
  • Page 280 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54150 0x3745 GGIO1 Indication 16 0xC6CD00 FC142 Y Y Y Y 54152 0x3747 GGIO1 Indication 17 0xC6CD00 FC142 Y Y Y Y 54154 0x3749 GGIO1 Indication 18...
  • Page 281 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54240 0x379F GGIO1 Indication 61 0xC6CD00 FC142 Y Y Y Y 54242 0x37A1 GGIO1 Indication 62 0xC6CD00 FC142 Y Y Y Y 54244 0x37A3 GGIO1 Indication 63...
  • Page 282 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54307 0x37E2 Info Num Y Y Y Y IEC103 Disturbance Rec Digital Channel 15 54308 0x37E3 Func Type Y Y Y Y 54309 0x37E4 Info Num...
  • Page 283 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54337 0x3800 Info Num Y Y Y Y IEC103 Disturbance Rec Digital Channel 30 54338 0x3801 Func Type Y Y Y Y 54339 0x3802 Info Num...
  • Page 284 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54367 0x381E Info Num Y Y Y Y IEC103 Disturbance Rec Digital Channel 45 54368 0x381F Func Type Y Y Y Y 54369 0x3820 Info Num...
  • Page 285 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54397 0x383C Info Num Y Y Y Y IEC103 Disturbance Rec Digital Channel 60 54398 0x383D Func Type Y Y Y Y 54399 0x383E Info Num...
  • Page 286 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54614 0x3915 Float ID 65535 F60_12 Y Y Y Y GOOSE Analog Float 11 54620 0x391B Float Name 65535 F60_26 Y Y Y Y 54633 0x3928 Float ID...
  • Page 287 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 54913 0x3A40 Sint32 ID 65535 F60_12 Y Y Y Y GOOSE Analog Sint32 2 54919 0x3A46 Sint32 Name 65535 F60_26 Y Y Y Y 54932 0x3A53 Sint32 ID...
  • Page 288 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 55200 0x3B5F Digital Input 6 0xC6CD00 FC142 Y Y Y Y 55202 0x3B61 Digital Input 7 0xC6CD00 FC142 Y Y Y Y 55204 0x3B63 Digital Input 8...
  • Page 289 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 55290 0x3BB9 Digital Input 51 0xC6CD00 FC142 Y Y Y Y 55292 0x3BBB Digital Input 52 0xC6CD00 FC142 Y Y Y Y 55294 0x3BBD Digital Input 53 0xC6CD00...
  • Page 290 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 55375 0x3C0E Channel 11 Source 36807 FC273 Y Y Y Y 55376 0x3C0F Channel 12 Source 36807 FC273 Y Y Y Y 55377 0x3C10 Channel 13 Source...
  • Page 291 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 55434 0x3C49 Analog Channel 20 36807 FC273 Y Y Y Y 55435 0x3C4A Analog Channel 21 36807 FC273 Y Y Y Y 55436 0x3C4B Analog Channel 22 36807...
  • Page 292 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 55689 0x3D48 Parameter 20 36807 FC273 Y Y Y Y 55690 0x3D49 Parameter 21 36807 FC273 Y Y Y Y 55691 0x3D4A Parameter 22 36807 FC273 Y Y Y Y...
  • Page 293 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Flex States Configuration 55800 0x3DB7 Parameter 1 0xC6CD00 FC142 Y Y Y Y 55802 0x3DB9 Parameter 2 0xC6CD00 FC142 Y Y Y Y 55804 0x3DBB Parameter 3 0xC6CD00...
  • Page 294 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 55888 0x3E0F Parameter 45 0xC6CD00 FC142 Y Y Y Y 55890 0x3E11 Parameter 46 0xC6CD00 FC142 Y Y Y Y 55892 0x3E13 Parameter 47 0xC6CD00 FC142...
  • Page 295 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 55978 0x3E69 Parameter 90 0xC6CD00 FC142 Y Y Y Y 55980 0x3E6B Parameter 91 0xC6CD00 FC142 Y Y Y Y 55982 0x3E6D Parameter 92 0xC6CD00 FC142 Y Y Y Y...
  • Page 296 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 56068 0x3EC3 Parameter 135 0xC6CD00 FC142 Y Y Y Y 56070 0x3EC5 Parameter 136 0xC6CD00 FC142 Y Y Y Y 56072 0x3EC7 Parameter 137 0xC6CD00 FC142...
  • Page 297 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 56158 0x3F1D Parameter 180 0xC6CD00 FC142 Y Y Y Y 56160 0x3F1F Parameter 181 0xC6CD00 FC142 Y Y Y Y 56162 0x3F21 Parameter 182 0xC6CD00 FC142...
  • Page 298 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 56248 0x3F77 Parameter 225 0xC6CD00 FC142 Y Y Y Y 56250 0x3F79 Parameter 226 0xC6CD00 FC142 Y Y Y Y 56252 0x3F7B Parameter 227 0xC6CD00 FC142...
  • Page 299 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 56378 0x3FF9 LED 3 Trigger 0xC6CD00 FC142 0x800202 2 Y Y Y Y 56380 0x3FFB LED 3 Type FC199 Y Y Y Y Programmable LED 4 56381 0x3FFC...
  • Page 300 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 56530 0x4091 LED 12 Color FC157 Y Y Y Y 56531 0x4092 LED 12 Trigger 0xC6CD00 FC142 0x0000 Y Y Y Y 56533 0x4094 LED 12 Type...
  • Page 301 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 56687 0x412E LED 22 Name 65535 F60_26 PB 8 Y Y Y Y 56701 0x413C LED 22 Trigger 0xC6CD00 FC142 0x803602 2 Y Y Y Y 56703 0x413E...
  • Page 302 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 56894 0x41FD Function FC101 Y Y Y Y 56895 0x41FE ID Text 65535 F60_26 GndTrip Y Y Y Y Enbld 56908 0x420B ON Text 65535 F60_26...
  • Page 303 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Programmable Pushbutton 8 57086 0x42BD Function FC101 57087 0x42BE ID Text 65535 F60_26 Settings 57100 0x42CB ON Text 65535 F60_26 PB8 On 57113 0x42D8 OFF Text 65535...
  • Page 304 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 58080 0x469F Autoreset FC126 Y Y Y Y 58081 0x46A0 Autoreset Delay 6000 Y Y Y Y 58082 0x46A1 Lock 0xC6CD00 FC142 0x0000 Y Y Y Y 58084...
  • Page 305 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 58267 0x475A Line 2 Short Text 65535 F60_10 Y Y Y Y 58272 0x475F Button Color FC405 Y Y Y Y 58273 0x4760 Text Color FC405...
  • Page 306 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Tab PB7 58416 0x47EF Function FC101 Y Y Y Y 58417 0x47F0 ID Text 65535 F60_26 Tab PB7 Y Y Y Y 58430 0x47FD Line 1 Text...
  • Page 307 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 58607 0x48AE Hold Pressed Y Y Y Y 58608 0x48AF Autoreset FC126 Y Y Y Y 58609 0x48B0 Autoreset Delay 6000 Y Y Y Y 58610 0x48B1 Lock...
  • Page 308 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 58790 0x4965 Line 1 Short Text 65535 F60_10 Y Y Y Y 58795 0x496A Line 2 Short Text 65535 F60_10 Y Y Y Y 58800 0x496F Button Color...
  • Page 309 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 58943 0x49FE Events FC126 Y Y Y Y Tab PB15 58944 0x49FF Function FC101 Y Y Y Y 58945 0x4A00 ID Text 65535 F60_26 Tab PB15...
  • Page 310 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 59133 0x4ABC Indicator Trigger 0xC6CD00 FC142 0x805C02 2 Y Y Y Y 59135 0x4ABE Hold Pressed Y Y Y Y 59136 0x4ABF Autoreset FC126 Y Y Y Y...
  • Page 311 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 59303 0x4B66 Line 2 Text 65535 F60_30 Y Y Y Y 59318 0x4B75 Line 1 Short Text 65535 F60_10 Y Y Y Y 59323 0x4B7A Line 2 Short Text 65535...
  • Page 312 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 59555 0x4C62 Text Line 1 65535 F60_30 Y Y Y Y 59570 0x4C71 Text Line 2 65535 F60_30 Y Y Y Y 59585 0x4C80 Text Line 3...
  • Page 313 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 59851 0x4D8A Alarm Input 0xC6CD00 FC142 0x0000 Y Y Y Y 59853 0x4D8C Back Color FC405 Y Y Y Y 59854 0x4D8D Text Color FC405 Y Y Y Y 59855...
  • Page 314 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 60135 0x4EA6 Text Line 3 65535 F60_30 Y Y Y Y Indicator 16 60150 0x4EB5 Alarm Type FC101A 0 Y Y Y Y 60151 0x4EB6 Alarm Input...
  • Page 315 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 60404 0x4FB3 Text Color FC405 Y Y Y Y 60405 0x4FB4 Text Line 1 65535 F60_30 Y Y Y Y 60420 0x4FC3 Text Line 2 65535 F60_30...
  • Page 316 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 60700 0x50DB Alarm Type FC101A 0 Y Y Y Y 60701 0x50DC Alarm Input 0xC6CD00 FC142 0x0000 Y Y Y Y 60703 0x50DE Back Color FC405 Y Y Y Y...
  • Page 317 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 60970 0x51E9 Text Line 2 65535 F60_30 Y Y Y Y 60985 0x51F8 Text Line 3 65535 F60_30 Y Y Y Y Indicator 33 61000 0x5207...
  • Page 318 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 61383 0x5386 Default Screen 1 2201 FC290 Y Y Y Y 61384 0x5387 Default Screen 2 2201 FC290 Y Y Y Y 61385 0x5388 Default Screen 3...
  • Page 319 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 64072 0x5E07 Ground CT Primary 12000 64074 0x5E09 Sens. Ground CT Primary 1 12000 Voltage 1 - J2 64080 0x5E0F Phase VT Bank Name 65535 F60_26 Ph VT...
  • Page 320 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 64192 0x5E7F LEA Sensor 1 Mag 1500 p.u. 1000 Correction 64193 0x5E80 LEA Sensor 2 Mag 1500 p.u. 1000 Correction 64194 0x5E81 LEA Sensor 3 Mag 1500 p.u.
  • Page 321 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 64262 0x5EC5 Speed2 Switch 2-1 Delay 0 60000 64263 0x5EC6 Speed2 CT Primary 12000 64264 0x5EC7 Speed2 Motor FLA 5000 64265 0x5EC8 Number of Poles 64266 0x5EC9...
  • Page 322 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 64412 0x5F5B Angle With Respect To W1 0 FC377 64413 0x5F5C Grounding FC376 64414 0x5F5D Wndg Resistance (3-ph) 1000000 ohms 100000 Transformer Winding 3 64423 0x5F66 Rated MVA...
  • Page 323 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 64521 0x5FC8 dcmA at Min Tap 20000 4000 64522 0x5FC9 dcmA at Max Tap 20000 18000 64523 0x5FCA BCD Bit 1 Input 0xF1F FC241 64525...
  • Page 324 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 64812 0x60EB Contact Input 89b 0xC6CD00 FC142 0x0000 Y Y Y Y 64814 0x60ED Alarm Delay 6000000 2000 Y Y Y Y 64816 0x60EF Reset Alarm...
  • Page 325 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 64930 0x6161 Events FC126 Y Y Y Y 64931 0x6162 Targets FC101 Y Y Y Y Switch 7 64932 0x6163 Name 65535 F60_26 Y Y Y Y 64945...
  • Page 326 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65215 0x627E FlexCurve A Time 200000000 Y Y Y Y 0.30xPKP 65217 0x6280 FlexCurve A Time 200000000 Y Y Y Y 0.35xPKP 65219 0x6282 FlexCurve A Time...
  • Page 327 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65271 0x62B6 FlexCurve A Time 200000000 Y Y Y Y 0.93xPKP 65273 0x62B8 FlexCurve A Time 200000000 Y Y Y Y 0.94xPKP 65275 0x62BA FlexCurve A Time 200000000...
  • Page 328 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65351 0x6306 FlexCurve A Time 4.3xPKP 0 200000000 Y Y Y Y 65353 0x6308 FlexCurve A Time 4.4xPKP 0 200000000 Y Y Y Y 65355 0x630A FlexCurve A Time 4.5xPKP 0...
  • Page 329 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65425 0x6350 FlexCurve A Time 200000000 Y Y Y Y 16.0xPKP 65427 0x6352 FlexCurve A Time 200000000 Y Y Y Y 16.5xPKP 65429 0x6354 FlexCurve A Time...
  • Page 330 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65490 0x6391 FlexCurve B Time 200000000 Y Y Y Y 0.62xPKP 65492 0x6393 FlexCurve B Time 200000000 Y Y Y Y 0.64xPKP 65494 0x6395 FlexCurve B Time...
  • Page 331 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65550 0x63CD FlexCurve B Time 1.6xPKP 0 200000000 Y Y Y Y 65552 0x63CF FlexCurve B Time 1.7xPKP 0 200000000 Y Y Y Y 65554 0x63D1 FlexCurve B Time 1.8xPKP 0 200000000...
  • Page 332 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65640 0x6427 FlexCurve B Time 6.5xPKP 0 200000000 Y Y Y Y 65642 0x6429 FlexCurve B Time 7.0xPKP 0 200000000 Y Y Y Y 65644 0x642B FlexCurve B Time 7.5xPKP 0...
  • Page 333 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65711 0x646E FlexCurve C Time 200000000 Y Y Y Y 0.05xPKP 65713 0x6470 FlexCurve C Time 200000000 Y Y Y Y 0.10xPKP 65715 0x6472 FlexCurve C Time...
  • Page 334 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65767 0x64A6 FlexCurve C Time 200000000 Y Y Y Y 0.86xPKP 65769 0x64A8 FlexCurve C Time 200000000 Y Y Y Y 0.88xPKP 65771 0x64AA FlexCurve C Time 200000000...
  • Page 335 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65841 0x64F0 FlexCurve C Time 3.5xPKP 0 200000000 Y Y Y Y 65843 0x64F2 FlexCurve C Time 3.6xPKP 0 200000000 Y Y Y Y 65845 0x64F4 FlexCurve C Time 3.7xPKP 0...
  • Page 336 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65921 0x6540 FlexCurve C Time 200000000 Y Y Y Y 13.5xPKP 65923 0x6542 FlexCurve C Time 200000000 Y Y Y Y 14.0xPKP 65925 0x6544 FlexCurve C Time...
  • Page 337 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 65986 0x6581 FlexCurve D Time 200000000 Y Y Y Y 0.52xPKP 65988 0x6583 FlexCurve D Time 200000000 Y Y Y Y 0.54xPKP 65990 0x6585 FlexCurve D Time...
  • Page 338 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 66042 0x65B9 FlexCurve D Time 200000000 Y Y Y Y 1.03xPKP 66044 0x65BB FlexCurve D Time 200000000 Y Y Y Y 1.05xPKP 66046 0x65BD FlexCurve D Time 1.1xPKP 0 200000000...
  • Page 339 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 66130 0x6611 FlexCurve D Time 5.3xPKP 0 200000000 Y Y Y Y 66132 0x6613 FlexCurve D Time 5.4xPKP 0 200000000 Y Y Y Y 66134 0x6615 FlexCurve D Time 5.5xPKP 0...
  • Page 340 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 66196 0x6653 FlexCurve D Time 200000000 Y Y Y Y 19.0xPKP 66198 0x6655 FlexCurve D Time 200000000 Y Y Y Y 19.5xPKP 66200 0x6657 FlexCurve D Time...
  • Page 341 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 68071 0x6DA6 Inst Diff Pickup 3000 x CT 1000 68072 0x6DA7 Inst Diff Block 0xC6CD00 FC142 68074 0x6DA9 Inst Diff Output Relays 0xFFFFFFFF FC198I 68076...
  • Page 342 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 68175 0x6E0E Trip Pickup Delay 18000 68176 0x6E0F Trip Dropout Delay 18000 68177 0x6E10 Trip Relays 0xFFFFFFFF FC198D 0 68179 0x6E12 Alarm Function FC100E 68180 0x6E13...
  • Page 343 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 68297 0x6E88 Signal Input FC102A 1 68298 0x6E89 Start Block Delay 60000 68300 0x6E8B Trip Pickup x CT 68301 0x6E8C Trip Pickup Delay 18000 68302 0x6E8D Trip Dropout Delay...
  • Page 344 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Inadvertent Energization 68390 0x6EE5 Function FC100 68391 0x6EE6 Arming Mode FC382 68392 0x6EE7 O/C Pickup 3000 x CT 68393 0x6EE8 U/V Pickup x VT 68394 0x6EE9...
  • Page 345 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 68472 0x6F37 Trip Pickup Delay 60000 68473 0x6F38 Trip Supv 68474 0x6F39 Trip Relay 0xFFFFFFFF FC198D 0 68476 0x6F3B Alarm Function FC100E 68477 0x6F3C Alarm Pickup...
  • Page 346 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 68628 0x6FD3 Trip Pickup Run Delay 18000 68629 0x6FD4 Trip Dropout Delay 18000 68630 0x6FD5 Trip Relays 0xFFFFFFFF FC198D 0 68632 0x6FD7 Alarm Function FC100E 68633...
  • Page 347 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Speed2 Thermal Model 68790 0x7075 Overload Curve FC161C 23 68791 0x7076 TD Multiplier 2500 68792 0x7077 TD Multiplier 60000 68793 0x7078 Volt. Dependent Function 0 FC126 68794 0x7079...
  • Page 348 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 68904 0x70E7 Signal Input FC102A 1 68905 0x70E8 Input FC256 68906 0x70E9 Pickup 30000 x CT 1000 68908 0x70EB Curve FC161 68909 0x70EC 60000 68910...
  • Page 349 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 68996 0x7143 Pickup 30000 x CT 1000 68998 0x7145 Curve FC161 68999 0x7146 60000 69000 0x7147 Reset FC166 69001 0x7148 Voltage Restraint FC126 69003 0x714A...
  • Page 350 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 69090 0x71A1 Reset FC166 69091 0x71A2 Voltage Restraint FC126 69093 0x71A4 Direction FC164C 0 69094 0x71A5 Relays 0xFFFFFFFF FC198 69096 0x71A7 Block 0xC6CD00 FC142 69098...
  • Page 351 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 69271 0x7256 Signal Input FC102A 1 69272 0x7257 Input FC256 69273 0x7258 Pickup 30000 x CT 1000 69275 0x725A Direction FC164C 0 69276 0x725B Pickup Delay...
  • Page 352 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 69372 0x72BB Targets FC101 Phase IOC 8 69386 0x72C9 Function FC100 69387 0x72CA Signal Input FC102A 1 69388 0x72CB Input FC256 69389 0x72CC Pickup 30000 x CT...
  • Page 353 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 69483 0x732A Relays 0xFFFFFFFF FC198 69485 0x732C Block 0xC6CD00 FC142 69487 0x732E Events FC126 69488 0x732F Targets FC101 Phase IOC 12 69502 0x733D Function FC100 69503...
  • Page 354 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 69594 0x7399 Direction FC164C 0 69595 0x739A Pickup Delay 6000000 69597 0x739C Dropout Delay 6000000 69599 0x739E Relays 0xFFFFFFFF FC198 69601 0x73A0 Block 0xC6CD00 FC142...
  • Page 355 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 69825 0x7480 Targets FC101 Phase Dir OC 4 69839 0x748E Function FC126 69840 0x748F Signal Input FC102D 1 69841 0x7490 ° 69842 0x7491 Polarizing V Threshold 3000...
  • Page 356 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 70028 0x754B Relays 0xFFFFFFFF FC198 70030 0x754D Block 0xC6CD00 FC142 70032 0x754F Events FC126 70033 0x7550 Targets FC101 Neutral TOC 4 70047 0x755E Function FC100...
  • Page 357 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 70132 0x75B3 Signal Input FC102A 1 70133 0x75B4 Input FC256 70134 0x75B5 Pickup 30000 x CT 1000 70136 0x75B7 Curve FC161 70137 0x75B8 60000 70138...
  • Page 358 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 70297 0x7658 Targets FC101 Y Y Y Y Neutral IOC 3 70311 0x7666 Function FC100 70312 0x7667 Signal Input FC102A 1 70314 0x7669 Pickup 30000...
  • Page 359 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Neutral IOC 7 70427 0x76DA Function FC100 70428 0x76DB Signal Input FC102A 1 70430 0x76DD Pickup 30000 x CT 1000 70432 0x76DF Direction FC164D 0 70433 0x76E0...
  • Page 360 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 70543 0x774E Function FC100 70544 0x774F Signal Input FC102A 1 70546 0x7751 Pickup 30000 x CT 1000 70548 0x7753 Direction FC164D 0 70549 0x7754 Pickup Delay...
  • Page 361 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 70660 0x77C3 Signal Input FC102A 1 70662 0x77C5 Pickup 30000 x CT 1000 70664 0x77C7 Direction FC164D 0 70665 0x77C8 Pickup Delay 6000000 70667 0x77CA Dropout Delay...
  • Page 362 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 70882 0x78A1 Block 0xC6CD00 FC142 70884 0x78A3 Events FC126 70885 0x78A4 Targets FC101 Neutral Directional OC 3 70899 0x78B2 Function FC126 70900 0x78B3 Signal Input FC102D 1...
  • Page 363 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 71111 0x7986 Function FC100 71112 0x7987 Signal Input FC102A 1 71113 0x7988 Input FC256 71114 0x7989 Pickup 30000 x CT 1000 71116 0x798B Curve FC161...
  • Page 364 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 71202 0x79E1 Reset FC265 71203 0x79E2 Direction FC164 71204 0x79E3 Relays 0xFFFFFFFF FC198 71206 0x79E5 Block 0xC6CD00 FC142 71208 0x79E7 Events FC126 71209 0x79E8 Targets...
  • Page 365 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 71386 0x7A99 Direction FC164 71387 0x7A9A Pickup Delay 6000000 71389 0x7A9C Dropout Delay 6000000 71391 0x7A9E Relays 0xFFFFFFFF FC198 71393 0x7AA0 Block 0xC6CD00 FC142 71395...
  • Page 366 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 71503 0x7B0E Pickup Delay 6000000 71505 0x7B10 Dropout Delay 6000000 71507 0x7B12 Relays 0xFFFFFFFF FC198 71509 0x7B14 Block 0xC6CD00 FC142 71511 0x7B16 Events FC126 71512...
  • Page 367 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 71621 0x7B84 Dropout Delay 6000000 71623 0x7B86 Relays 0xFFFFFFFF FC198 71625 0x7B88 Block 0xC6CD00 FC142 71627 0x7B8A Events FC126 71628 0x7B8B Targets FC101 Ground IOC 12 71642...
  • Page 368 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 71926 0x7CB5 Pickup 3000 x CT 1000 71928 0x7CB7 Curve FC161 71929 0x7CB8 TDM 60000 71930 0x7CB9 Reset FC265 71931 0x7CBA Direction FC164 71932 0x7CBB Relays...
  • Page 369 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 72116 0x7D73 Pickup 3000 x CT 1000 72118 0x7D75 Direction FC164 72119 0x7D76 Pickup Delay 6000000 72121 0x7D78 Dropout Delay 6000000 72123 0x7D7A Relays 0xFFFFFFFF FC198...
  • Page 370 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 72402 0x7E91 Pickup 30000 x CT 72403 0x7E92 Slope 72404 0x7E93 Pickup Delay 6000000 72406 0x7E95 Gnd Curr Superv FC126 72407 0x7E96 Gnd Curr Superv Level 30000 x CT...
  • Page 371 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 72569 0x7F38 SOTF Current Pickup 1000 x CT 72570 0x7F39 SOTF Detection Window 6000000 72572 0x7F3B External SOTF Trigger 0xC6CD00 FC142 0x0000 72574 0x7F3D Pickup Delay...
  • Page 372 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 72628 0x7F73 Dead Line Max Current x CT 72629 0x7F74 Dead Line Pickup Delay 6000000 10000 72631 0x7F76 SOTF Max Voltage x VT 72632 0x7F77 SOTF Current Pickup...
  • Page 373 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 72716 0x7FCB Reset FC265 72717 0x7FCC Direction FC164 72718 0x7FCD Relays 0xFFFFFFFF FC198 72720 0x7FCF Block 0xC6CD00 FC142 72722 0x7FD1 Events FC126 72723 0x7FD2 Targets...
  • Page 374 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 72820 0x8033 Pickup 30000 x CT 1000 72822 0x8035 Curve FC161 72823 0x8036 60000 72824 0x8037 Reset FC265 72825 0x8038 Direction FC164 72826 0x8039 Relays...
  • Page 375 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 72992 0x80DF Function FC100 72993 0x80E0 Signal Input FC102A 1 72995 0x80E2 Pickup 30000 x CT 1000 72997 0x80E4 Direction FC164 72998 0x80E5 Pickup Delay 6000000...
  • Page 376 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 73109 0x8154 Signal Input FC102A 1 73111 0x8156 Pickup 30000 x CT 1000 73113 0x8158 Direction FC164 73114 0x8159 Pickup Delay 6000000 73116 0x815B Dropout Delay...
  • Page 377 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 73227 0x81CA Pickup 30000 x CT 1000 73229 0x81CC Direction FC164 73230 0x81CD Pickup Delay 6000000 73232 0x81CF Dropout Delay 6000000 73234 0x81D1 Relays 0xFFFFFFFF FC198...
  • Page 378 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 73345 0x8240 Direction FC164 73346 0x8241 Pickup Delay 6000000 73348 0x8243 Dropout Delay 6000000 73350 0x8245 Relays 0xFFFFFFFF FC198 73352 0x8247 Block 0xC6CD00 FC142 73354...
  • Page 379 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 73557 0x8314 Forward Pickup 30000 x CT 73558 0x8315 Reverse Limit Angle ° 73559 0x8316 Reverse Pickup 30000 x CT 73560 0x8317 Block 0xC6CD00 FC142...
  • Page 380 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 73725 0x83BC Angle ° 73726 0x83BD Pickup Delay 6000000 73728 0x83BF Dropout Delay 6000000 73730 0x83C1 Block 0xC6CD00 FC142 73732 0x83C3 Relays 0xFFFFFFFF FC198 73734...
  • Page 381 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 73935 0x848E Dropout Delay 18000 73936 0x848F Block 0xC6CD00 FC142 73938 0x8491 Output Relays 0xFFFFFFFF FC198 73940 0x8493 Events FC126 73941 0x8494 Targets FC101 PUV 1...
  • Page 382 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74060 0x850B Function FC100 74061 0x850C Signal Input 0x12 0x28 FC103C 0x12 74063 0x850E Mode FC260 74064 0x850F Pickup x VT 74065 0x8510 Minimum Voltage x VT...
  • Page 383 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74154 0x8569 Undervoltage Curves FC131 74155 0x856A Pickup Delay 6000000 1000 74157 0x856C Relays 0xFFFFFFFF FC198 74159 0x856E Block 0xC6CD00 FC142 74161 0x8570 Events FC126...
  • Page 384 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74351 0x862E Curve Time 5 600000000 1500 74353 0x8630 Curve Time 6 600000000 2000 74355 0x8632 Curve Time 7 600000000 2000 74357 0x8634 Curve Time 8 600000000...
  • Page 385 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74417 0x8670 Targets FC101 Timed UV 3 74418 0x8671 Function FC100 74419 0x8672 Signal Input 0x12 0x28 FC103C 0x12 74420 0x8673 Mode FC260 74421 0x8674...
  • Page 386 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74475 0x86AA Minimum Voltage x VT 74476 0x86AB Counter Mode FC126 74477 0x86AC Voltage Drops 74478 0x86AD Time for Voltage Drops 600000000 2000 74480 0x86AF...
  • Page 387 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74750 0x87BD Restore Initiate 0xC6CD00 FC142 0x0000 74752 0x87BF 27Q Initiate FC126A 0 74753 0x87C0 Restore Delay 600000 74755 0x87C2 Synchrocheck FC410 Supervision 74756 0x87C3...
  • Page 388 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74807 0x87F6 Block 0xC6CD00 FC142 0x0000 74809 0x87F8 Restore Function FC100F 74810 0x87F9 Min Voltage x VT 74811 0x87FA Min Frequency 2000 6500 5900 74812...
  • Page 389 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74862 0x882D Pickup Vars 65000 kvar 74863 0x882E Curr Superv Level x CT 74864 0x882F Var Direction FC164A 1 74865 0x8830 Pickup Delay 600000 74867 0x8832...
  • Page 390 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 74921 0x8868 Targets FC101 Aux UV 1 75013 0x88C4 Function FC100 Y Y Y Y 75014 0x88C5 Signal Input 0x22 0x24 FC103D 0x22 75016 0x88C7 Pickup...
  • Page 391 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words POV 1 75193 0x8978 Function FC100 Y Y Y Y 75194 0x8979 Signal Input 0x12 0x28 FC103C 0x12 75196 0x897B Mode FC260 Y Y Y Y 75197 0x897C...
  • Page 392 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 75292 0x89DB Block 0xC6CD00 FC142 75294 0x89DD Events FC126 75295 0x89DE Targets FC101 Aux OV 1 75443 0x8A72 Function FC100 Y Y Y Y 75444 0x8A73 Signal Input...
  • Page 393 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 75545 0x8AD8 Events FC126 75546 0x8AD9 Targets FC101 Neutral OverVoltage 1 75693 0x8B6C Function FC100 Y Y Y Y 75694 0x8B6D Signal Input 0x12 0x28 FC103C 0x12...
  • Page 394 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 75791 0x8BCE Targets FC101 Negative Sequence OverVoltage 1 75933 0x8C5C Function FC100 Y Y Y Y 75934 0x8C5D Signal Input 0x12 0x28 FC103C 0x12 75935 0x8C5E...
  • Page 395 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 76093 0x8CFC Pickup V/Hz Y Y Y 76094 0x8CFD Curve FC161D 7 Y Y Y 76095 0x8CFE TD Multiplier 60000 Y Y Y 76096 0x8CFF T Reset...
  • Page 396 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 76209 0x8D70 G0 Rev Reach -50000 50000 -100 76211 0x8D72 B0 Fwd Reach -50000 50000 76213 0x8D74 B0 Rev Reach -50000 50000 -100 76215 0x8D76 Minimum Current...
  • Page 397 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 76271 0x8DAE Pickup Delay 600000 76273 0x8DB0 Dropout Delay 600000 76275 0x8DB2 Block 0xC6CD00 FC142 0x0000 76277 0x8DB4 Output Relays 0xFFFFFFFF FC198 76279 0x8DB6 Events FC126...
  • Page 398 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Directional Power 4 76480 0x8E7F Function FC100 76481 0x8E80 Signal Input FC286A 0 76482 0x8E81 ° 76483 0x8E82 Calibration ° 76484 0x8E83 Stage 1 SMIN -1200 1200...
  • Page 399 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 76690 0x8F51 Relays 0xFFFFFFFF FC198 76692 0x8F53 Block 0xC6CD00 FC142 76694 0x8F55 Events FC126 76695 0x8F56 Targets FC101 Wattmetric Ground Fault 3 76709 0x8F64 Function...
  • Page 400 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 76914 0x9031 Negative var Trip Delay 60000 76915 0x9032 Trip Relays 0xFFFFFFFF FC198 76917 0x9034 Alarm Function FC100E 76918 0x9035 Positive var Alarm Pickup 2 x Rated F2 76919 0x9036...
  • Page 401 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 77026 0x90A1 Pickup 2000 6500 5900 Y Y Y Y 77027 0x90A2 Pickup Delay 6000000 2000 Y Y Y Y 77029 0x90A4 Dropout Delay 6000000 2000...
  • Page 402 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 77128 0x9107 Minimum Current 30000 x CT 77130 0x9109 Relays 0xFFFFFFFF FC198 77132 0x910B Block 0xC6CD00 FC142 77134 0x910D Events FC126 77135 0x910E Targets FC101...
  • Page 403 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 77254 0x9185 Relays 0xFFFFFFFF FC198 77256 0x9187 Block 0xC6CD00 FC142 77258 0x9189 Events FC126 77259 0x918A Targets FC101 Underfrequency 11 77273 0x9198 Function FC100 77274...
  • Page 404 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 77572 0x92C3 Block 0xC6CD00 FC142 Y Y Y Y 77574 0x92C5 Events FC126 Y Y Y Y 77575 0x92C6 Targets FC101 Y Y Y Y Overfrequency 3 77589 0x92D4 Function...
  • Page 405 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 77686 0x9335 Events FC126 77687 0x9336 Targets FC101 Overfrequency 7 77701 0x9344 Function FC100 77702 0x9345 Signal Input 0x12 0x28 FC103A 0x12 77703 0x9346 Pickup...
  • Page 406 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 77799 0x93A6 Targets FC101 Overfrequency 11 77813 0x93B4 Function FC100 77814 0x93B5 Signal Input 0x12 0x28 FC103A 0x12 77815 0x93B6 Pickup 2000 6500 6050 77816...
  • Page 407 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 78092 0x94CB VT Input 0x12 0x28 FC103B 0x12 Y Y Y Y 78093 0x94CC Minimum Voltage 1250 x VT Y Y Y Y 78095 0x94CE CT Input...
  • Page 408 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 78188 0x952B VT Input 0x12 0x28 FC103B 0x12 78189 0x952C Minimum Voltage 1250 x VT 78191 0x952E CT Input FC102A 1 78192 0x952F Minimum Current 30000...
  • Page 409 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 78290 0x9591 Relays 0xFFFFFFFF FC198 78292 0x9593 Block 0xC6CD00 FC142 78294 0x9595 Events FC126 78295 0x9596 Targets FC101 Frequency Rate Of Change 9 78309 0x95A4 Function...
  • Page 410 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 78406 0x9605 Trend FC253 78407 0x9606 Pickup 1500 Hz/sec 78408 0x9607 Pickup Delay 6000000 2000 78410 0x9609 Minimum Frequency 2000 8000 4500 78411 0x960A Maximum Frequency...
  • Page 411 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 78686 0x971D Block 0xC6CD00 FC142 78688 0x971F Relays 0xFFFFFFFF FC198 78690 0x9721 Events FC126 78691 0x9722 Targets FC101 Fast Underfreq 4 78692 0x9723 Function FC100...
  • Page 412 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 78744 0x9757 Relays 0xFFFFFFFF FC198 78746 0x9759 Events FC126 78747 0x975A Targets FC101 Fast Underfreq 8 78748 0x975B Function FC100 78749 0x975C Type FC388 78750...
  • Page 413 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 82043 0xA43A Block 0xC6CD00 FC142 82045 0xA43C Relays 0xFFFFFFFF FC198 82047 0xA43E Events FC126 82048 0xA43F Targets FC101 Transformer Aging Factor 82060 0xA44B Function FC100A 0 82061...
  • Page 414 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Frequency OOB Accum General 82260 0xA513 Minimum Voltage x VT 82261 0xA514 Reset Accumulators 0xC6CD00 FC142 82263 0xA516 Block 0xC6CD00 FC142 82265 0xA518 Events FC126...
  • Page 415 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 82358 0xA575 Time Limit 100000 82360 0xA577 Time Preset 100000 82362 0xA579 Output Relay 0xFFFFFFFF FC198 Frequency OOB Accum 7 82370 0xA581 Function FC100A 0 82371...
  • Page 416 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 82469 0xA5E4 Dropout Delay 6000000 82471 0xA5E6 Bypass Breaker State FC126 82474 0xA5E9 Block 0xC6CD00 FC142 82476 0xA5EB Relays 0xFFFFFFFF FC198 82478 0xA5ED Events FC126 82479...
  • Page 417 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 82690 0xA6C1 Signal Input FC102A 1 82691 0xA6C2 Initiation 0xC6CD00 FC142 82693 0xA6C4 Delay 6000000 82695 0xA6C6 Alarm Level 50000 kA2-cyc F0 1000 82696 0xA6C7 Relays...
  • Page 418 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 82849 0xA760 Close Trigger 0xC6CD00 FC142 82851 0xA762 Open Status 0xC6CD00 FC142 82853 0xA764 Close Status 0xC6CD00 FC142 82855 0xA766 Spring Charge Status 0xC6CD00 FC142 82857...
  • Page 419 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 83167 0xA89E Minimum Motor Load x FLA 83168 0xA89F Maximum Load Deviation 0 x FLA 83169 0xA8A0 Maximum Current 1000 Unbalance 83170 0xA8A1 Motor Voltage 1000 Supervision...
  • Page 420 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 83257 0xA8F8 Stator Flt PKP Stg 1 83258 0xA8F9 Stator Flt PKP Delay1 83259 0xA8FA Stator Flt PKP Stg 2 83260 0xA8FB Stator Flt PKP Delay2 83261 0xA8FC...
  • Page 421 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 83382 0xA975 Switch-Out 83383 0xA976 Delay 6000000 50000 83385 0xA978 Minimum Voltage x VT 83386 0xA979 Relays 0xFFFFFFFF FC198 83388 0xA97B Block 0xC6CD00 FC142 83390...
  • Page 422 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 83620 0xAA63 Relays 0xFFFFFFFF FC198 83622 0xAA65 Block 0xC6CD00 FC142 83624 0xAA67 Events FC126 83625 0xAA68 Targets FC101 Current Demand 3 83645 0xAA7C Function FC100A 0 83646...
  • Page 423 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 83764 0xAAF3 Pickup 3000000 10000 83766 0xAAF5 Relays 0xFFFFFFFF FC198 83768 0xAAF7 Block 0xC6CD00 FC142 83770 0xAAF9 Events FC126 83771 0xAAFA Targets FC101 Real Power Demand 3 83785...
  • Page 424 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 83893 0xAB74 Time Interval FC255 83894 0xAB75 Pickup 3000000 kvar 10000 83896 0xAB77 Relays 0xFFFFFFFF FC198 83898 0xAB79 Block 0xC6CD00 FC142 83900 0xAB7B Events FC126 83901...
  • Page 425 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84022 0xABF5 Thermal 90% Response FC255 Time 84023 0xABF6 Time Interval FC255 84024 0xABF7 Pickup 3000000 10000 84026 0xABF9 Relays 0xFFFFFFFF FC198 84028 0xABFB Block 0xC6CD00...
  • Page 426 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Digital Counter 1 84140 0xAC6B Function FC126 Y Y Y Y 84141 0xAC6C Name 65535 F60_26 Counter 1 13 Y Y Y Y 84154 0xAC79 Units 65535...
  • Page 427 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84255 0xACDE Freeze/Count 0xC6CD00 FC142 Y Y Y Y 84257 0xACE0 Block 0xC6CD00 FC142 Y Y Y Y 84259 0xACE2 HI 3 Output Relays 0xFFFFFFFF FC198 Y Y Y Y...
  • Page 428 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84369 0xAD50 Compare -2147483648 2147483647 Y Y Y Y 84371 0xAD52 Up 0xC6CD00 FC142 Y Y Y Y 84373 0xAD54 Down 0xC6CD00 FC142 Y Y Y Y 84375...
  • Page 429 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84475 0xADBA Events FC126 Y Y Y Y Digital Counter 9 84476 0xADBB Function FC126 Y Y Y Y 84477 0xADBC Name 65535 F60_26 Counter 9 13...
  • Page 430 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84587 0xAE2A Reset 0xC6CD00 FC142 Y Y Y Y 84589 0xAE2C Freeze/Reset 0xC6CD00 FC142 Y Y Y Y 84591 0xAE2E Freeze/Count 0xC6CD00 FC142 Y Y Y Y 84593...
  • Page 431 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84687 0xAE8E Name 65535 F60_26 Counter Y Y Y Y 84700 0xAE9B Units 65535 F60_6 units Y Y Y Y 84703 0xAE9E Pre-set -2147483648 2147483647 Y Y Y Y...
  • Page 432 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84801 0xAF00 Freeze/Count 0xC6CD00 FC142 Y Y Y Y 84803 0xAF02 Block 0xC6CD00 FC142 Y Y Y Y 84805 0xAF04 HI 16 Output Relays 0xFFFFFFFF FC198 Y Y Y Y...
  • Page 433 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 84904 0xAF67 Harmonic FC374 Y Y Y Y 84905 0xAF68 Pickup 1000 Y Y Y Y 84906 0xAF69 Pickup Delay 60000000 Y Y Y Y 84908 0xAF6B Phases for Operation...
  • Page 434 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 85143 0xB056 Alarm Output Relay 0xFFFFFFFF FC198 85145 0xB058 Block 0xC6CD00 FC142 85147 0xB05A Events FC126 85148 0xB05B Targets FC101 RTD 1 Input Setpoints 85400 0xB157 Trip Function...
  • Page 435 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 85482 0xB1A9 Voting FC122 85483 0xB1AA Trip Temperature °C Y Y Y Y 85484 0xB1AB Trip Pickup Delay Y Y Y Y 85485 0xB1AC Trip Dropout Delay Y Y Y Y...
  • Page 436 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 85558 0xB1F5 Alarm Relays 0xFFFFFFFF FC198C 0 Y Y Y Y 85561 0xB1F8 Block 0xC6CD00 FC142 Y Y Y Y 85563 0xB1FA Events FC126 Y Y Y Y...
  • Page 437 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 85647 0xB24E Voting FC122 85648 0xB24F Trip Temperature °C Y Y Y Y 85649 0xB250 Trip Pickup Delay Y Y Y Y 85650 0xB251 Trip Dropout Delay...
  • Page 438 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 85723 0xB29A Alarm Relays 0xFFFFFFFF FC198C 0 Y Y Y Y 85726 0xB29D Block 0xC6CD00 FC142 Y Y Y Y 85728 0xB29F Events FC126 Y Y Y Y...
  • Page 439 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 85812 0xB2F3 Voting FC122 85813 0xB2F4 Trip Temperature °C Y Y Y Y 85814 0xB2F5 Trip Pickup Delay Y Y Y Y 85815 0xB2F6 Trip Dropout Delay...
  • Page 440 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 86079 0xB3FE Alarm Relays 0xFFFFFFFF FC198C 0 Y Y Y Y 86082 0xB401 Block 0xC6CD00 FC142 Y Y Y Y 86084 0xB403 Events FC126 Y Y Y Y...
  • Page 441 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 86168 0xB457 Voting FC122A 0 86169 0xB458 Trip Temperature °C Y Y Y Y 86170 0xB459 Trip Pickup Delay Y Y Y Y 86171 0xB45A Trip Dropout Delay Y Y Y Y...
  • Page 442 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 86244 0xB4A3 Alarm Relays 0xFFFFFFFF FC198C 0 Y Y Y Y 86247 0xB4A6 Block 0xC6CD00 FC142 Y Y Y Y 86249 0xB4A8 Events FC126 Y Y Y Y 86250...
  • Page 443 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 86333 0xB4FC Voting FC122A 0 86334 0xB4FD Trip Temperature °C Y Y Y Y 86335 0xB4FE Trip Pickup Delay Y Y Y Y 86336 0xB4FF Trip Dropout Delay...
  • Page 444 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 86409 0xB548 Alarm Relays 0xFFFFFFFF FC198C 0 Y Y Y Y 86412 0xB54B Block 0xC6CD00 FC142 Y Y Y Y 86414 0xB54D Events FC126 Y Y Y Y 86415...
  • Page 445 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 88119 0xBBF6 Change Inhibit 16 0xC6CD00 FC142 Y Y Y Y 88121 0xBBF8 Events FC126 Y Y Y Y Generator Field Brk Discrep 88140 0xBC0B Function FC100...
  • Page 446 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 88295 0xBCA6 Start Timer 6000 88296 0xBCA7 Block 0xC6CD00 FC142 88298 0xBCA9 Trip Output Relays 0xFFFFFFFF FC198D 0 88300 0xBCAB Events FC126 88301 0xBCAC Targets FC101...
  • Page 447 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 88390 0xBD05 Bypass Rem Blk Close 0xC6CD00 FC142 88392 0xBD07 Close Sync Spvn BKR3 FC410 88393 0xBD08 Events FC126 88394 0xBD09 Targets FC101 Cnct1 Control 88450...
  • Page 448 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 88553 0xBDA8 Targets FC101 Y Y Y Y SW 4 Control 88554 0xBDA9 Remote Open 0xC6CD00 FC142 0x0000 Y Y Y Y 88556 0xBDAB Remote Close 0xC6CD00...
  • Page 449 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words SW 8 Control 88626 0xBDF1 Remote Open 0xC6CD00 FC142 0x0000 Y Y Y Y 88628 0xBDF3 Remote Close 0xC6CD00 FC142 0x0000 Y Y Y Y 88630 0xBDF5 Open Seal-In 6000000...
  • Page 450 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 88764 0xBE7B BKR Close Trigger 0xC6CD00 FC142 0x0000 88766 0xBE7D External Pole Discordance 0 0xC6CD00 FC142 0x0000 88768 0xBE7F Pickup Delay 6000000 2000 88770 0xBE81...
  • Page 451 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 88937 0xBF28 Force Virtual Input 8 FC126A 0 Y Y Y Y 88938 0xBF29 Force Virtual Input 9 FC126A 0 Y Y Y Y 88939 0xBF2A Force Virtual Input 10...
  • Page 452 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 88982 0xBF55 Force Virtual Input 53 FC126A 0 Y Y Y Y 88983 0xBF56 Force Virtual Input 54 FC126A 0 Y Y Y Y 88984 0xBF57 Force Virtual Input 55...
  • Page 453 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 89153 0xC000 Input 6 0xC6CD00 FC142 Y Y Y Y 89155 0xC002 Input 7 0xC6CD00 FC142 Y Y Y Y 89157 0xC004 Input 8 0xC6CD00 FC142...
  • Page 454 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Trip Bus 4 89260 0xC06B Function FC100 Y Y Y Y 89261 0xC06C Input 1 0xC6CD00 FC142 Y Y Y Y 89263 0xC06E Input 2 0xC6CD00...
  • Page 455 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 89353 0xC0C8 Reset 0xC6CD00 FC142 Y Y Y Y 89355 0xC0CA Pickup Delay 6000000 Y Y Y Y 89357 0xC0CC Dropout Delay 6000000 Y Y Y Y 89359...
  • Page 456 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 89575 0xC1A6 Lowset Delay 6000000 Y Y Y Y 89577 0xC1A8 Phase Lowset Pickup 30000 x CT 1000 Y Y Y Y 89578 0xC1A9 Neutral Lowset Pickup 30000...
  • Page 457 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 89661 0xC1FC Relays 0xFFFFFFFF FC198 89663 0xC1FE Block 0xC6CD00 FC142 89665 0xC200 Events FC126 89666 0xC201 Targets FC101 Breaker Failure 4 Setup 89680 0xC20F Function...
  • Page 458 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 89856 0xC2BF Initiate IN3 0xC6CD00 FC142 89858 0xC2C1 Initiate IN4 0xC6CD00 FC142 89860 0xC2C3 Initiate IN5 0xC6CD00 FC142 89862 0xC2C5 Initiate IN6 0xC6CD00 FC142 89864...
  • Page 459 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 89958 0xC325 Initiate IN14 0xC6CD00 FC142 89960 0xC327 Initiate IN15 0xC6CD00 FC142 Arc Flash 1 90060 0xC38B Function FC100 Y Y Y Y 90061 0xC38C Signal Input FC102A 1...
  • Page 460 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 90308 0xC483 Relays 0xFFFFFFFF FC198 90310 0xC485 Block 0xC6CD00 FC142 90312 0xC487 Events FC126 90313 0xC488 Targets FC101 Manual Close Blocking BKR1 90403 0xC4E2 Function...
  • Page 461 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 90442 0xC509 Select Setting Group 0xFFFF FC132 65535 90443 0xC50A Relays 0xFFFFFFFF FC198 90445 0xC50C Events FC126 90446 0xC50D Targets FC101 Manual Close Blocking BKR2 90460 0xC51B Function FC100A 0...
  • Page 462 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 90499 0xC542 Select Setting Group 0xFFFF FC132 65535 90500 0xC543 Relays 0xFFFFFFFF FC198 90502 0xC545 Events FC126 90503 0xC546 Targets FC101 Cold Load Pickup 1 90523 0xC55A Function FC100A 0...
  • Page 463 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 90563 0xC582 Raise Sens Gnd TOC 1 PKP 0 90564 0xC583 Raise Sens Gnd TOC 2 PKP 0 90565 0xC584 Raise Neg Seq TOC 1 PKP 0 90566 0xC585 Raise Neg Seq TOC 2 PKP 0...
  • Page 464 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 90622 0xC5BD Raise Neutral TOC 4 PKP 90623 0xC5BE Raise Ground TOC 1 PKP 90624 0xC5BF Raise Ground TOC 2 PKP 90625 0xC5C0 Raise Ground TOC 3 PKP 90626 0xC5C1 Raise Ground TOC 4 PKP...
  • Page 465 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 90841 0xC698 Incomplete Sequence 10000 Time 90842 0xC699 Synchrocheck FC280 Supervision 90843 0xC69A Relays 0xFFFFFFFF FC198J 90845 0xC69C Block 0xC6CD00 FC142 90847 0xC69E Events FC126...
  • Page 466 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 90951 0xC706 Block Transfer 0xC6CD00 FC142 90953 0xC708 Events FC126 90954 0xC709 Targets FC101 Transfer Function Incomer 2 90961 0xC710 Inc 2 BKR Connected 0xC6CD00 FC142 90963...
  • Page 467 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91066 0xC779 Blk Time Upon Manual Cls 0 6000000 10000 91072 0xC77F Rst Lockout On Manual FC126A 0 91073 0xC780 Rst Lockout If Bkr Closed FC126A 0 91074 0xC781...
  • Page 468 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91169 0xC7E0 Block Neutral IOC 4 FC126A 0 91170 0xC7E1 Block Ground IOC 1 FC126A 0 91171 0xC7E2 Block Ground IOC 2 FC126A 0 91172 0xC7E3...
  • Page 469 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91212 0xC80B Block Ground IOC 4 FC126A 0 91213 0xC80C Block Sens Ground IOC 1 FC126A 0 91214 0xC80D Block Sens Ground IOC 2 FC126A 0 91215 0xC80E...
  • Page 470 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91255 0xC836 Block Sens Ground IOC 4 FC126A 0 91256 0xC837 Block Neg Sequence IOC FC126A 0 91257 0xC838 Block Neg Sequence IOC FC126A 0 91258 0xC839...
  • Page 471 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91296 0xC85F Block Neg Sequence IOC FC126A 0 91297 0xC860 Block Neg Sequence IOC FC126A 0 91298 0xC861 Block Neg Sequence IOC FC126A 0 91299 0xC862...
  • Page 472 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91510 0xC935 Dead Time 1 6000000 1000 91512 0xC937 Block Phase IOC 1 FC126A 0 91513 0xC938 Block Phase IOC 2 FC126A 0 91514 0xC939 Block Phase IOC 3...
  • Page 473 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91554 0xC961 Block Phase IOC 4 FC126A 0 91555 0xC962 Block Neutral IOC 1 FC126A 0 91556 0xC963 Block Neutral IOC 2 FC126A 0 91557 0xC964...
  • Page 474 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91597 0xC98C Block Neutral IOC 4 FC126A 0 91598 0xC98D Block Ground IOC 1 FC126A 0 91599 0xC98E Block Ground IOC 2 FC126A 0 91600 0xC98F...
  • Page 475 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91640 0xC9B7 Block Ground IOC 4 FC126A 0 91641 0xC9B8 Block Sens Ground IOC 1 FC126A 0 91642 0xC9B9 Block Sens Ground IOC 2 FC126A 0 91643 0xC9BA Block Sens Ground IOC 3...
  • Page 476 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 91731 0xCA12 Signal Input FC102A 1 91732 0xCA13 Phase Current Pickup 30000 x CT 1000 91734 0xCA15 Neutral Current Pickup 30000 x CT 91736 0xCA17 Pickup Time 6000000...
  • Page 477 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 92153 0xCBB8 Targets FC101 CT Supervision 3 92154 0xCBB9 Function FC100 92155 0xCBBA Signal Input FC102A 1 92156 0xCBBB Max Current Supervision 30000 x CT 1500...
  • Page 478 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94005 0xD2F4 Timer 2 Dropout Delay 60000 Y Y Y Y Timer 3 94006 0xD2F5 Timer 3 Type FC141 Y Y Y Y 94007 0xD2F6 Timer 3 Pickup Delay...
  • Page 479 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words Timer 14 94039 0xD316 Timer 14 Type FC141 Y Y Y Y 94040 0xD317 Timer 14 Pickup Delay 60000 Y Y Y Y 94041 0xD318 Timer 14 Dropout Delay 60000...
  • Page 480 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94072 0xD337 Timer 25 Type FC141 Y Y Y Y 94073 0xD338 Timer 25 Pickup Delay 60000 Y Y Y Y 94074 0xD339 Timer 25 Dropout Delay 60000 Y Y Y Y...
  • Page 481 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94140 0xD37B NV Latch 2 Events FC126 Y Y Y Y 94141 0xD37C NV Latch 2 Targets FC101 Y Y Y Y Non-Volatile Latch 3 94142 0xD37D NV Latch 3 Name...
  • Page 482 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94261 0xD3F4 NV Latch 8 Type FC271 Y Y Y Y 94262 0xD3F5 NV Latch 8 Set 0xC6CD00 FC142 Y Y Y Y 94264 0xD3F7 NV Latch 8 Reset...
  • Page 483 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94371 0xD462 NV Latch 13 Events FC126 Y Y Y Y 94372 0xD463 NV Latch 13 Targets FC101 Y Y Y Y Non-Volatile Latch 14 94373 0xD464 NV Latch 14 Name...
  • Page 484 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94481 0xD4D0 Events FC126 Y Y Y Y 94482 0xD4D1 Targets FC101 Y Y Y Y FlexElement 2 94489 0xD4D8 Function FC126 Y Y Y Y 94490 0xD4D9 Name...
  • Page 485 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94583 0xD536 Input Comparison Mode FC378 Y Y Y Y 94584 0xD537 Operating Mode FC379 Y Y Y Y 94585 0xD538 Operating Signal FC275 Y Y Y Y Direction...
  • Page 486 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94666 0xD589 Rate of Change Time Unit FC141 Y Y Y Y (dt) 94667 0xD58A Rate of Change Time 65535 Y Y Y Y 94668 0xD58B Pickup Delay 6000000...
  • Page 487 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 94754 0xD5E1 Events FC126 Y Y Y Y 94755 0xD5E2 Targets FC101 Y Y Y Y Modbus File Transfer Mode 95020 0xD6EB Transfer Mode FC324 Y Y Y Y Modbus File Transfer...
  • Page 488 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 95319 0xD816 DataBlock 36 65535 Y Y Y Y 95320 0xD817 DataBlock 37 65535 Y Y Y Y 95321 0xD818 DataBlock 38 65535 Y Y Y Y 95322...
  • Page 489 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 95364 0xD843 DataBlock 81 65535 Y Y Y Y 95365 0xD844 DataBlock 82 65535 Y Y Y Y 95366 0xD845 DataBlock 83 65535 Y Y Y Y 95367...
  • Page 490 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 101941 0xF1F4 Test LED 17-32 0xFFFFFFFF FC301 Y Y Y Y Information 102111 0xF29E PSU Serial # 65535 F60_14 PCBSerial1 7 Y Y Y Y 102118 0xF2A5 CAN1 Serial #...
  • Page 491 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 102610 0xF491 J1 Prefault Phase Ic 46000 x CT Y Y Y Y 102611 0xF492 J1 Prefault Phase Ig 46000 x CT Y Y Y Y 102612 0xF493...
  • Page 492 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 102651 0xF4BA J2-LEA2 Prefault Vbn -3599 ° Angle 102652 0xF4BB J2-LEA2 Prefault Vcn -3599 ° Angle Simulation Fault 102663 0xF4C6 J2 Fault Van Voltage 30000 Y Y Y Y 102664...
  • Page 493 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 102706 0xF4F1 K2 Fault Ic Angle -3599 ° Y Y Y Y 102707 0xF4F2 K2 Fault Ig Angle -3599 ° Y Y Y Y 102708 0xF4F3 JK Fault Ia Angle...
  • Page 494 CHAPTER 13: MODBUS MEMORY MAP Modbus Description Step Units Format Factory Size in Address Address Code Default Words 102763 0xF52A K2 Postfault Phase Ib 46000 x CT Y Y Y Y 102764 0xF52B K2 Postfault Phase Ic 46000 x CT Y Y Y Y 102765 0xF52C...
  • Page 495 Element Status Format Codes (FE001 onwards) contain values that should be masked with 0x01FF to match the bit field values shown. Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Example: 1234 stored as 1234 unsigned 16 bits...
  • Page 496 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 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. 1st word: 0001 hex, 2nd word: E240 hex...
  • Page 497 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 1st 16 bits High Order Word of Long Value 2nd 16 bits Low Order Word of Long Value Example: -12345.6 stored as -123456 i.e. 1st word: FFFE hex, 2nd word: 1DC0 hex...
  • Page 498 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value F60_30 unsigned 16 bits Two 8-BIT Characters Packed Into 16-BIT Unsigned Custom Text. 30 characters long F60_10 unsigned 16 bits Two 8-BIT Characters Packed Into 16-BIT Unsigned Custom Text.
  • Page 499 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value FC102A unsigned 16 bits Current Signal Input FC102B unsigned 16 bits Tap Changer Winding Currents Enter the CT bank associated to the winding with tap changer...
  • Page 500 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Lower 8 bits Bank (uses FC102 format) 2 = J2, 4 = K2 0x12 J2-3VT 0x14 K2-3VT 0x22 J2-Vx 0x24 K2-Vx 0x26 J2-LEA1 0x28...
  • Page 501 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value QuickKey 2 QuickKey 3 QuickKey 4 QuickKey 5 USERPushButton1 USERPushButton2 USERPushButton3 No Key Press Nav Up Key Nav Left Key Nav Down Key Nav Right Key...
  • Page 502 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value RTD 11 RTD 12 RTD 13 FC122A unsigned 16 bits RRTD Voting Selection RRTD 1 RRTD 2 RRTD 3 RRTD 4 RRTD 5 RRTD 6...
  • Page 503 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Inverse Time FlexCurve A FlexCurve B FlexCurve C FlexCurve D FC131A unsigned 16 bits Current Unbalance Trip Curve Definite Time Inverse Time FC132 unsigned 16 bits...
  • Page 504 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Firmware Upgd Firmware Lock Setting Chg Setting Lock Login Logoff Event Rate High Not Calibrated Prototype Software Invalid MAC Address General Target Message Relay Not Ready...
  • Page 505 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value End Data Logger Data Logger Full Clear Data Logger Motor Start Failure Start Motor Start End Motor Start Clear Start Rec LDR Clear Wrong Route Config...
  • Page 506 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x215 CI 22 On 0x216 CI 23 On 0x217 CI 24 On 0x218 CI 25 On 0x219 CI 26 On 0x21A CI 27 On...
  • Page 507 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x307 CI 8 Off 0x308 CI 9 Off 0x309 CI 10 Off 0x30A CI 11 Off 0x30B CI 12 Off 0x30C CI 13 Off...
  • Page 508 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x335 CI 54 Off 0x336 CI 55 Off 0x337 CI 56 Off 0x338 CI 57 Off 0x339 CI 58 Off 0x33A CI 59 Off...
  • Page 509 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x427 VI 40 On 0x428 VI 41 On 0x429 VI 42 On 0x42A VI 43 On 0x42B VI 44 On 0x42C VI 45 On...
  • Page 510 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x515 VI 22 Off 0x516 VI 23 Off 0x517 VI 24 Off 0x518 VI 25 Off 0x519 VI 26 Off 0x51A VI 27 Off...
  • Page 511 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x603 VO 4 On 0x604 VO 5 On 0x605 VO 6 On 0x606 VO 7 On 0x607 VO 8 On 0x608 VO 9 On...
  • Page 512 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x631 VO 50 On 0x632 VO 51 On 0x633 VO 52 On 0x634 VO 53 On 0x635 VO 54 On 0x636 VO 55 On...
  • Page 513 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x65F VO 96 On 0x700 VO 1 Off 0x701 VO 2 Off 0x702 VO 3 Off 0x703 VO 4 Off 0x704 VO 5 Off...
  • Page 514 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x72D VO 46 Off 0x72E VO 47 Off 0x72F VO 48 Off 0x730 VO 49 Off 0x731 VO 50 Off 0x732 VO 51 Off...
  • Page 515 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x75B VO 92 Off 0x75C VO 93 Off 0x75D VO 94 Off 0x75E VO 95 Off 0x75F VO 96 Off 0x800 Rly 1 On...
  • Page 516 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE15 RI 22 On 0xE16 RI 23 On 0xE17 RI 24 On 0xE18 RI 25 On 0xE19 RI 26 On 0xE1A RI 27 On...
  • Page 517 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE43 RI 68 On 0xE44 RI 69 On 0xE45 RI 70 On 0xE46 RI 71 On 0xE47 RI 72 On 0xE48 RI 73 On...
  • Page 518 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE71 RI 114 On 0xE72 RI 115 On 0xE73 RI 116 On 0xE74 RI 117 On 0xE75 RI 118 On 0xE76 RI 119 On...
  • Page 519 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE9F RI 160 On 0xEA0 RI 161 On 0xEA1 RI 162 On 0xEA2 RI 163 On 0xEA3 RI 164 On 0xEA4 RI 165 On...
  • Page 520 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xECD RI 206 On 0xECE RI 207 On 0xECF RI 208 On 0xED0 RI 209 On 0xED1 RI 210 On 0xED2 RI 211 On...
  • Page 521 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xEFB RI 252 On 0xEFC RI 253 On 0xEFD RI 254 On 0xEFE RI 255 On 0xEFF RI 256 On 0xF00 RI 1 Off...
  • Page 522 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF29 RI 42 Off 0xF2A RI 43 Off 0xF2B RI 44 Off 0xF2C RI 45 Off 0xF2D RI 46 Off 0xF2E RI 47 Off...
  • Page 523 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF57 RI 88 Off 0xF58 RI 89 Off 0xF59 RI 90 Off 0xF5A RI 91 Off 0xF5B RI 92 Off 0xF5C RI 93 Off...
  • Page 524 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF85 RI 134 Off 0xF86 RI 135 Off 0xF87 RI 136 Off 0xF88 RI 137 Off 0xF89 RI 138 Off 0xF8A RI 139 Off...
  • Page 525 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xFB3 RI 180 Off 0xFB4 RI 181 Off 0xFB5 RI 182 Off 0xFB6 RI 183 Off 0xFB7 RI 184 Off 0xFB8 RI 185 Off...
  • Page 526 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xFE1 RI 226 Off 0xFE2 RI 227 Off 0xFE3 RI 228 Off 0xFE4 RI 229 Off 0xFE5 RI 230 Off 0xFE6 RI 231 Off...
  • Page 527 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x160F Warning 7 On 0x1610 Warning 8 On 0x1611 Warning 9 On 0x1612 Alarm 1 On 0x1613 Alarm 2 On 0x1614 Alarm 3 On...
  • Page 528 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x801201 Role Admin Act 0x801204 Authentication Lockout 0x801210 Authentication Fail 0x801220 Unauth Change Attempt 0x801240 Role Operator Act 0x801280 Role Observer Act 0x801300 Radius Srv Unavailable...
  • Page 529 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x803E01 TAB PB 2 PRESS 0x803E02 TAB PB 2 ON 0x803E04 TAB PB 2 OFF 0x804001 TAB PB 3 PRESS 0x804002 TAB PB 3 ON...
  • Page 530 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x805C02 TAB PB 17 ON 0x805C04 TAB PB 17 OFF 0x805E01 TAB PB 18 PRESS 0x805E02 TAB PB 18 ON 0x805E04 TAB PB 18 OFF...
  • Page 531 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x808A08 BKR1 Configured 0x808A10 BKR1 Not Configured 0x808A20 BKR1 Unkwn State 0x808C02 BKR2 Closed 0x808C08 BKR2 Disconnected 0x808C10 BKR2 Connected 0x808C20 BKR2 52a CI OFF...
  • Page 532 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x80BC10 SW2 Discrepancy 0x80BC20 SW2 Not Configured 0x80BE01 SW3 Opened 0x80BE02 SW3 Closed 0x80BE08 SW3 Intermittent 0x80BE10 SW3 Discrepancy 0x80BE20 SW3 Not Configured 0x80C001...
  • Page 533 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x80DA04 Voff 0x80DC02 0x80DC04 Voff 0x80DE01 Anlg Ip 1 PKP 0xC0DE01 Anlg Ip 1 Trip PKP 0x80DE02 Anlg Ip 1 OP 0xC0DE02 Anlg Ip 1 Trip OP...
  • Page 534 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC11002 Ovrl Percent Diff Trip OP 0x811008 Ovrl Percent Diff PKP A 0xC11008 Ovrl Percent Diff Trip PKP A 0x811010 Ovrl Percent Diff PKP B...
  • Page 535 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x811E20 2nd Harm Diff C 0xC11E20 2nd Harm Diff Trip C 0x811E40 5th Harm Diff A 0xC11E40 5th Harm Diff Trip A 0x811E80 5th Harm Diff B...
  • Page 536 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x812601 Thermal PKP 0x812602 Thermal OP 0xA12802 Thermal Alarm OP 0xA12A02 Cur Unbal Alarm OP 0x812C02 Cur Unbal OP 0x812C40 Single Phasing OP 0x812E01...
  • Page 537 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x814401 LOE Circle 2 PKP 0xA14401 LOE Circle 2 Alrm PKP 0xC14401 LOE Circle 2 Trip PKP 0x814402 LOE Circle 2 OP 0xA14402 LOE Circle 2 Alrm OP...
  • Page 538 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x815201 Short Circuit PKP 0x815202 Short Circuit OP 0xA15601 GndFault Alarm PKP 0xA15602 GndFault Alarm OP 0x815801 GndFault PKP 0x815802 GndFault OP 0x815A02 Motor Accel Time OP...
  • Page 539 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x816A10 Ph TOC 2 PKP B 0x816A20 Ph TOC 2 PKP C 0x816A40 Ph TOC 2 OP A 0x816A80 Ph TOC 2 OP B...
  • Page 540 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC16E40 Ph TOC 4 Trip OP A 0x816E80 Ph TOC 4 OP B 0xA16E80 Ph TOC 4 Alrm OP B 0xC16E80 Ph TOC 4 Trip OP B...
  • Page 541 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x817240 Ph TOC 6 OP A 0xA17240 Ph TOC 6 Alrm OP A 0xC17240 Ph TOC 6 Trip OP A 0x817280 Ph TOC 6 OP B...
  • Page 542 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA17620 Ph TOC 8 Alrm PKP C 0xC17620 Ph TOC 8 Trip PKP C 0x817640 Ph TOC 8 OP A 0xA17640 Ph TOC 8 Alrm OP A...
  • Page 543 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA18080 Ph IOC 3 Alrm OP B 0xC18080 Ph IOC 3 Trip OP B 0x818100 Ph IOC 3 OP C 0xA18100 Ph IOC 3 Alrm OP C...
  • Page 544 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC18440 Ph IOC 5 Trip OP A 0x818480 Ph IOC 5 OP B 0xA18480 Ph IOC 5 Alrm OP B 0xC18480 Ph IOC 5 Trip OP B...
  • Page 545 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x818840 Ph IOC 7 OP A 0xA18840 Ph IOC 7 Alrm OP A 0xC18840 Ph IOC 7 Trip OP A 0x818880 Ph IOC 7 OP B...
  • Page 546 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA18C20 Ph IOC 9 Alrm PKP C 0xC18C20 Ph IOC 9 Trip PKP C 0x818C40 Ph IOC 9 OP A 0xA18C40 Ph IOC 9 Alrm OP A...
  • Page 547 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC19010 Ph IOC 11 Trip PKP B 0x819020 Ph IOC 11 PKP C 0xA19020 Ph IOC 11 Alrm PKP C 0xC19020 Ph IOC 11 Trip PKP C...
  • Page 548 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x819410 Ph IOC 13 PKP B 0xA19410 Ph IOC 13 Alrm PKP B 0xC19410 Ph IOC 13 Trip PKP B 0x819420 Ph IOC 13 PKP C...
  • Page 549 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA19808 Ph IOC 15 Alrm PKP A 0xC19808 Ph IOC 15 Trip PKP A 0x819810 Ph IOC 15 PKP B 0xA19810 Ph IOC 15 Alrm PKP B...
  • Page 550 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x81A640 Ph Dir OC 2 REV A 0x81A680 Ph Dir OC 2 REV B 0x81A700 Ph Dir OC 2 REV C 0x81A802 Ph Dir OC 3 REV...
  • Page 551 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA1C201 Ntrl TOC 8 Alrm PKP 0xC1C201 Ntrl TOC 8 Trip PKP 0x81C202 Ntrl TOC 8 OP 0xA1C202 Ntrl TOC 8 Alrm OP 0xC1C202...
  • Page 552 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC1D402 Ntrl IOC 7 Trip OP 0x81D601 Ntrl IOC 8 PKP 0xA1D601 Ntrl IOC 8 Alrm PKP 0xC1D601 Ntrl IOC 8 Trip PKP 0x81D602...
  • Page 553 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x81E402 Ntrl IOC 15 OP 0xA1E402 Ntrl IOC 15 Alrm OP 0xC1E402 Ntrl IOC 15 Trip OP 0x81E601 Ntrl IOC 16 PKP 0xA1E601 Ntrl IOC 16 Alrm PKP...
  • Page 554 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x820A02 GND TOC 6 OP 0xA20A02 GND TOC 6 Alrm OP 0xC20A02 GND TOC 6 Trip OP 0x821001 GND IOC 1 PKP 0x821002 GND IOC 1 OP...
  • Page 555 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC21E02 GND IOC 8 Trip OP 0x822001 GND IOC 9 PKP 0xA22001 GND IOC 9 Alrm PKP 0xC22001 GND IOC 9 Trip PKP 0x822002...
  • Page 556 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x824401 SGND IOC 3 PKP 0xA24401 SGND IOC 3 Alm PKP 0xC24401 SGND IOC 3 Trip PKP 0x824402 SGND IOC 3 OP 0xA24402 SGND IOC 3 Alm OP...
  • Page 557 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC26601 SOTF 2 Trip PKP 0x826602 SOTF 2 OP 0xA26602 SOTF 2 Alarm OP 0xC26602 SOTF 2 Trip OP 0x826801 SOTF 3 PKP 0xA26801...
  • Page 558 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA27602 NegSeq TOC 4 Alm OP 0xC27602 NegSeq TOC 4 Trip OP 0x827801 NegSeq TOC 5 PKP 0xA27801 NegSeq TOC 5 Alm PKP 0xC27801...
  • Page 559 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x828C01 NegSeq IOC 5 PKP 0xA28C01 NegSeq IOC 5 Alm PKP 0xC28C01 NegSeq IOC 5 Trip PKP 0x828C02 NegSeq IOC 5 OP 0xA28C02 NegSeq IOC 5 Alm OP...
  • Page 560 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA29A02 NegSeq IOC 12 Alm OP 0xC29A02 NegSeq IOC 12 Trip OP 0x829C01 NegSeq IOC 13 PKP 0xA29C01 NegSeq IOC 13 Alm PKP 0xC29C01...
  • Page 561 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x82C408 Thermal 1 PKP A 0xA2C408 Thermal 1 Alm PKP A 0xC2C408 Thermal 1 Trip PKP A 0x82C410 Thermal 1 PKP B 0xA2C410 Thermal 1 Alm PKP B...
  • Page 562 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA2CA02 Thermal 2 Alarm 0xA2CA40 Thermal 2 Alarm A 0xA2CA80 Thermal 2 Alarm B 0xA2CB00 Thermal 2 Alarm C 0x82D401 Phase Rev PKP 0xA2D401...
  • Page 563 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x82DE02 Ph UV 5 OP 0x82DE08 Ph UV 5 PKP A 0x82DE10 Ph UV 5 PKP B 0x82DE20 Ph UV 5 PKP C 0x82DE40...
  • Page 564 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x82EE40 Timed UV1 OP A 0xA2EE40 Timed UV1 Alrm OP A 0xC2EE40 Timed UV1 Trip OP A 0x82EE80 Timed UV1 OP B 0xA2EE80 Timed UV1 Alrm OP B...
  • Page 565 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA2F601 Timed UV3 Alrm PKP 0xC2F601 Timed UV3 Trip PKP 0x82F602 Timed UV3 OP 0xA2F602 Timed UV3 Alrm OP 0xC2F602 Timed UV3 Trip OP...
  • Page 566 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC2FA40 Timed UV4 Trip OP A 0x82FA80 Timed UV4 OP B 0xA2FA80 Timed UV4 Alrm OP B 0xC2FA80 Timed UV4 Trip OP B 0x82FB00...
  • Page 567 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x831440 UV Var 4 Restore 0xA31440 UV Var 4 Alarm Restore 0xC31440 UV Var 4 Trip Restore 0x831601 UV Var 5 PKP 0xA31601 UV Var 5 Alarm PKP...
  • Page 568 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x832E02 Ph OV 3 OP 0x832E08 Ph OV 3 PKP A 0x832E10 Ph OV 3 PKP B 0x832E20 Ph OV 3 PKP C 0x832E40...
  • Page 569 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x834E02 Ntrl OV 3 OP 0xA34E02 Ntrl OV 3 Alm OP 0xC34E02 Ntrl OV 3 Trip OP 0x835001 Ntrl OV 4 PKP 0xA35001 Ntrl OV 4 Alm PKP...
  • Page 570 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC36A08 OOS Lft Bld Trip PKP 0x836A10 OOS Rgt Bld PKP 0xA36A10 OOS Rgt Bld Alrm PKP 0xC36A10 OOS Rgt Bld Trip PKP 0x836A20...
  • Page 571 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x837E10 DirPwr 4 Stg2 PKP 0x837E40 DirPwr 4 Stg1 OP 0x837E80 DirPwr 4 Stg2 OP 0x838801 Watt GndFlt 1 PKP 0x838802 Watt GndFlt 1 OP...
  • Page 572 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x83A402 Underfreq 5 OP 0xA3A402 Underfreq 5 Alm OP 0xC3A402 Underfreq 5 Trip OP 0x83A404 Underfreq 5 DPO 0xA3A404 Underfreq 5 Alm DPO 0xC3A404...
  • Page 573 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA3AE02 Underfreq 10 Alm OP 0xC3AE02 Underfreq 10 Trip OP 0x83AE04 Underfreq 10 DPO 0xA3AE04 Underfreq 10 Alm DPO 0xC3AE04 Underfreq 10 Trip DPO...
  • Page 574 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA3C801 Overfreq 5 Alm PKP 0xC3C801 Overfreq 5 Trip PKP 0x83C802 Overfreq 5 OP 0xA3C802 Overfreq 5 Alm OP 0xC3C802 Overfreq 5 Trip OP...
  • Page 575 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC3D201 Overfreq 10 Trip PKP 0x83D202 Overfreq 10 OP 0xA3D202 Overfreq 10 Alm OP 0xC3D202 Overfreq 10 Trip OP 0x83D204 Overfreq 10 DPO 0xA3D204...
  • Page 576 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x83E680 FreqRate2 Dwn OP 0xA3E680 FreqRate2 Alm Dwn OP 0xC3E680 FreqRate2 Trip Dwn OP 0x83E801 FreqRate3 PKP 0xA3E801 FreqRate3 Alm PKP 0xC3E801 FreqRate3 Trip PKP...
  • Page 577 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA3EC08 FreqRate5 Alm Up PKP 0xC3EC08 FreqRate5 Trip Up PKP 0x83EC10 FreqRate5 Dwn PKP 0xA3EC10 FreqRate5 Alm Dwn PKP 0xC3EC10 FreqRate5 Trip Dwn PKP...
  • Page 578 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC3F080 FreqRate7 Trip Dwn OP 0x83F201 FreqRate8 PKP 0xA3F201 FreqRate8 Alm PKP 0xC3F201 FreqRate8 Trip PKP 0x83F202 FreqRate8 OP 0xA3F202 FreqRate8 Alm OP 0xC3F202...
  • Page 579 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x83F610 FreqRate10 Dwn PKP 0xA3F610 FreqRate10 Alm Dwn PKP 0xC3F610 FreqRate10 Trip Dwn PKP 0x83F640 FreqRate10 Up OP 0xA3F640 FreqRate10 Alm Up OP 0xC3F640...
  • Page 580 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA40801 Fast UF 1 Alm PKP 0xC40801 Fast UF 1 Trip PKP 0x840802 Fast UF 1 OP 0xA40802 Fast UF 1 Alm OP 0xC40802...
  • Page 581 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC41602 Fast UF 8 Trip OP 0x842002 Load Limit Reduced 0x842201 W1 Hmc Der PKP 0xA42201 W1 Hmc Der Alm PKP 0x842202 W1 Hmc Der OP...
  • Page 582 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x843802 Freq OOB 2 Accum OP 0xA43802 Freq OOB 2 Accum Alrm OP 0x843A01 Freq OOB 3 Accum PKP 0xA43A01 Freq OOB 3 Accum Alrm PKP...
  • Page 583 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x846A10 BKR1 Hlth Cls PKP 0x846A20 BKR1 Hlth Chg PKP 0x846A40 BKR1 Hlth OP Fail 0x846C01 BKR2 Charge Fail 0xA46C01 BKR2 Charge Fail Alm...
  • Page 584 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x848608 Bearing Flt PKP Stg 1 0x848610 Mech Flt PKP Stg1 0x848620 Stator Flt PKP Stg 1 0x848640 Bearing Flt OP Stg 1 0x848680...
  • Page 585 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA4A008 Current Dmd 2 Alm PKP A 0x84A010 Current Dmd 2 PKP B 0xA4A010 Current Dmd 2 Alm PKP B 0x84A020 Current Dmd 2 PKP C...
  • Page 586 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x84C410 Counter 3 EQL 0x84C420 Counter 3 HI 0x84C440 Counter 3 at Limit 0x84C608 Counter 4 LO 0x84C610 Counter 4 EQL 0x84C620 Counter 4 HI...
  • Page 587 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x84DA40 Counter 14 at Limit 0x84DC08 Counter 15 LO 0x84DC10 Counter 15 EQL 0x84DC20 Counter 15 HI 0x84DC40 Counter 15 at Limit 0x84DE08 Counter 16 LO...
  • Page 588 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x84FE80 RTD 2 Shorted 0x850001 RTD 3 PKP 0x850002 RTD 3 OP 0x850040 RTD 3 Open 0x850080 RTD 3 Shorted 0x850201 RTD 4 PKP...
  • Page 589 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC51440 RTD 13 Open 0x851480 RTD 13 Shorted 0xC51480 RTD 13 Shorted 0xA52001 RTD 1 Alarm PKP 0xA52002 RTD 1 Alarm OP 0xA52201 RTD 2 Alarm PKP...
  • Page 590 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC54900 RRTD 3 Trouble 0x854A01 RRTD 4 PKP 0xC54A01 RRTD 4 Trip PKP 0x854A02 RRTD 4 OP 0xC54A02 RRTD 4 Trip OP 0x854B00 RRTD 4 Trouble...
  • Page 591 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC55802 RRTD 11 Trip OP 0x855900 RRTD 11 Trouble 0xC55900 RRTD 11 Trouble 0x855A01 RRTD 12 PKP 0xC55A01 RRTD 12 Trip PKP 0x855A02 RRTD 12 OP...
  • Page 592 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA59C02 Fld Bkr Discr Alrm OP 0xC59C02 Fld Bkr Discr Trip OP 0x859E01 Seq Shtdn PKP 0xA59E01 Seq Shtdn Alrm PKP 0xC59E01 Seq Shtdn Trip PKP...
  • Page 593 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x85BC01 BKR1 Tag OFF 0x85BC02 BKR1 Tag On 0x85BC08 BKR1 Selected 0x85BE01 BKR2 Tag OFF 0x85BE02 BKR2 Tag On 0x85BE08 BKR2 Selected 0x85C001 BKR3 Tag OFF...
  • Page 594 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x85D410 SW7 Loc Blk Open 0x85D420 SW7 Loc Blk Open By 0x85D440 SW7 Local Close 0x85D480 SW7 Loc Blk Close 0x85D500 SW7 Loc Blk Cls By...
  • Page 595 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x85F820 Cnct1 Loc Blk Open By 0x85F840 Cnct1 Local Close 0x85F880 Cnct1 Loc Blk Close 0x85F900 Cnct1 Loc Blk Cls By 0x85FA01 Cnct1 Tag OFF...
  • Page 596 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x861A40 SW3 Remote Close 0x861A80 SW3 Rem Blk Close 0x861B00 SW3 Rem Blk Close Byp 0x861C01 SW4 Open Cmd 0x861C02 SW4 Close Cmd 0x861C08...
  • Page 597 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x862610 SW9 Rem Blk Open 0x862620 SW9 Rem Blk Open Byp 0x862640 SW9 Remote Close 0x862680 SW9 Rem Blk Close 0x862700 SW9 Rem Blk Close Byp...
  • Page 598 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xC63300 Current PD2 Trip OP 0x863408 PD2-A Fail to Open 0xA63408 PD2-A Alrm Fail to Open 0xC63408 PD2-A Trip Fail to Open 0x863410 PD2-B Fail to Open...
  • Page 599 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x863900 PD3-C Fail to Cls 0xA63900 PD3-C Alrm Fail to Cls 0xC63900 PD3-C Trip Fail to Cls 0x864601 Trip Bus 1 PKP 0x864602 Trip Bus 1 OP...
  • Page 600 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x865A02 BF3 OP 0xA65A02 BF3 Alm OP 0x865A08 BF3 Retrip 0xA65A08 BF3 Retrip Alm 0x865A10 BF3 Highset OP 0xA65A10 BF3 Highset Alm OP 0x865A20...
  • Page 601 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x866820 AF 1 HS Ph IOC PKP C 0xA66820 AF 1 HS Ph IOC Alm PKP C 0xC66820 AF 1 HS Ph IOC Trip PKP C...
  • Page 602 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA68900 Light Sensor 4 Trouble Alm 0xC68900 Light Sensor 4 Trouble Trip 0x868C02 Sync1 Close Perm 0x868C08 Sync1 Live Bus 0x868C10 Sync1 Live Line...
  • Page 603 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA6A401 UF Restore 2 Alm PKP 0xC6A401 UF Restore 2 Close PKP 0x86A402 UF Restore 2 OP 0xA6A402 UF Restore 2 Alm OP 0xC6A402...
  • Page 604 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x86C210 CTS 1 Diff Check PKP 0xA6C210 CTS 1 Diff Check Alrm PKP 0xC6C210 CTS 1 Diff Check Trip PKP 0x86C220 CTS 1 Sym Check PKP...
  • Page 605 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA6C608 CTS 3 Seq Check Alrm PKP 0xC6C608 CTS 3 Seq Check Trip PKP 0x86C610 CTS 3 Diff Check PKP 0xA6C610 CTS 3 Diff Check Alrm PKP...
  • Page 606 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x86E604 NV Latch 10 OFF 0x86E802 NV Latch 11 ON 0x86E804 NV Latch 11 OFF 0x86EA02 NV Latch 12 ON 0x86EA04 NV Latch 12 OFF...
  • Page 607 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Second Minute FC142 unsigned 32 bits FlexLogic Bit Field (EEETTTTTTTSSSSSS) 0x200 CI 1 On 0x201 CI 2 On 0x202 CI 3 On 0x203 CI 4 On...
  • Page 608 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x22B CI 44 On 0x22C CI 45 On 0x22D CI 46 On 0x22E CI 47 On 0x22F CI 48 On 0x230 CI 49 On...
  • Page 609 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x259 CI 90 On 0x25A CI 91 On 0x25B CI 92 On 0x25C CI 93 On 0x25D CI 94 On 0x25E CI 95 On...
  • Page 610 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x327 CI 40 Off 0x328 CI 41 Off 0x329 CI 42 Off 0x32A CI 43 Off 0x32B CI 44 Off 0x32C CI 45 Off...
  • Page 611 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x355 CI 86 Off 0x356 CI 87 Off 0x357 CI 88 Off 0x358 CI 89 Off 0x359 CI 90 Off 0x35A CI 91 Off...
  • Page 612 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x423 VI 36 On 0x424 VI 37 On 0x425 VI 38 On 0x426 VI 39 On 0x427 VI 40 On 0x428 VI 41 On...
  • Page 613 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x511 VI 18 Off 0x512 VI 19 Off 0x513 VI 20 Off 0x514 VI 21 Off 0x515 VI 22 Off 0x516 VI 23 Off...
  • Page 614 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x53F VI 64 Off 0x600 VO 1 On 0x601 VO 2 On 0x602 VO 3 On 0x603 VO 4 On 0x604 VO 5 On...
  • Page 615 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x62D VO 46 On 0x62E VO 47 On 0x62F VO 48 On 0x630 VO 49 On 0x631 VO 50 On 0x632 VO 51 On...
  • Page 616 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x65B VO 92 On 0x65C VO 93 On 0x65D VO 94 On 0x65E VO 95 On 0x65F VO 96 On 0x700 VO 1 Off...
  • Page 617 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x729 VO 42 Off 0x72A VO 43 Off 0x72B VO 44 Off 0x72C VO 45 Off 0x72D VO 46 Off 0x72E VO 47 Off...
  • Page 618 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x757 VO 88 Off 0x758 VO 89 Off 0x759 VO 90 Off 0x75A VO 91 Off 0x75B VO 92 Off 0x75C VO 93 Off...
  • Page 619 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x905 Rly 6 Off 0x906 Rly 7 Off 0x907 Rly 8 Off 0x908 Rly 9 Off 0x909 Rly 10 Off 0x90A Rly 11 Off...
  • Page 620 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE13 RI 20 On 0xE14 RI 21 On 0xE15 RI 22 On 0xE16 RI 23 On 0xE17 RI 24 On 0xE18 RI 25 On...
  • Page 621 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE41 RI 66 On 0xE42 RI 67 On 0xE43 RI 68 On 0xE44 RI 69 On 0xE45 RI 70 On 0xE46 RI 71 On...
  • Page 622 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE6F RI 112 On 0xE70 RI 113 On 0xE71 RI 114 On 0xE72 RI 115 On 0xE73 RI 116 On 0xE74 RI 117 On...
  • Page 623 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE9D RI 158 On 0xE9E RI 159 On 0xE9F RI 160 On 0xEA0 RI 161 On 0xEA1 RI 162 On 0xEA2 RI 163 On...
  • Page 624 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xECB RI 204 On 0xECC RI 205 On 0xECD RI 206 On 0xECE RI 207 On 0xECF RI 208 On 0xED0 RI 209 On...
  • Page 625 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xEF9 RI 250 On 0xEFA RI 251 On 0xEFB RI 252 On 0xEFC RI 253 On 0xEFD RI 254 On 0xEFE RI 255 On...
  • Page 626 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF27 RI 40 Off 0xF28 RI 41 Off 0xF29 RI 42 Off 0xF2A RI 43 Off 0xF2B RI 44 Off 0xF2C RI 45 Off...
  • Page 627 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF55 RI 86 Off 0xF56 RI 87 Off 0xF57 RI 88 Off 0xF58 RI 89 Off 0xF59 RI 90 Off 0xF5A RI 91 Off...
  • Page 628 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF83 RI 132 Off 0xF84 RI 133 Off 0xF85 RI 134 Off 0xF86 RI 135 Off 0xF87 RI 136 Off 0xF88 RI 137 Off...
  • Page 629 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xFB1 RI 178 Off 0xFB2 RI 179 Off 0xFB3 RI 180 Off 0xFB4 RI 181 Off 0xFB5 RI 182 Off 0xFB6 RI 183 Off...
  • Page 630 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xFDF RI 224 Off 0xFE0 RI 225 Off 0xFE1 RI 226 Off 0xFE2 RI 227 Off 0xFE3 RI 228 Off 0xFE4 RI 229 Off...
  • Page 631 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x160D Warning 5 On 0x160E Warning 6 On 0x160F Warning 7 On 0x1610 Warning 8 On 0x1611 Warning 9 On 0x1612 Alarm 1 On...
  • Page 632 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x2803 OR ( 3 Inputs) 0x2804 OR ( 4 Inputs) 0x2805 OR ( 5 Inputs) 0x2806 OR ( 6 Inputs) 0x2807 OR ( 7 Inputs)
  • Page 633 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x2E04 NAND ( 4 Inputs) 0x2E05 NAND ( 5 Inputs) 0x2E06 NAND ( 6 Inputs) 0x2E07 NAND ( 7 Inputs) 0x2E08 NAND ( 8 Inputs)
  • Page 634 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x3201 Assign VO 2 0x3202 Assign VO 3 0x3203 Assign VO 4 0x3204 Assign VO 5 0x3205 Assign VO 6 0x3206 Assign VO 7...
  • Page 635 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x322F Assign VO 48 0x3230 Assign VO 49 0x3231 Assign VO 50 0x3232 Assign VO 51 0x3233 Assign VO 52 0x3234 Assign VO 53...
  • Page 636 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x325D Assign VO 94 0x325E Assign VO 95 0x325F Assign VO 96 0x3401 POSITIVE ONE SHOT (1 Input) 0x3402 NEGATIVE ONE SHOT (1 Input)
  • Page 637 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x803002 PB 5 ON 0x803004 PB 5 OFF 0x803202 PB 6 ON 0x803204 PB 6 OFF 0x803402 PB 7 ON 0x803404 PB 7 OFF...
  • Page 638 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x805202 TAB PB 12 ON 0x805204 TAB PB 12 OFF 0x805401 TAB PB 13 PRESS 0x805402 TAB PB 13 ON 0x805404 TAB PB 13 OFF...
  • Page 639 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x808808 BKR1 Disconnected 0x808810 BKR1 Connected 0x808820 BKR1 52a CI OFF 0x808840 BKR1 52b CI OFF 0x808880 BKR1 52a CI ON 0x808900 BKR1 52b CI ON...
  • Page 640 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x80BA02 SW1 Closed 0x80BA08 SW1 Intermittent 0x80BA10 SW1 Discrepancy 0x80BA20 SW1 Not Configured 0x80BC01 SW2 Opened 0x80BC02 SW2 Closed 0x80BC08 SW2 Intermittent 0x80BC10 SW2 Discrepancy...
  • Page 641 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x80D402 0x80D404 Voff 0x80D602 0x80D604 Voff 0x80D802 0x80D804 Voff 0x80DA02 0x80DA04 Voff 0x80DC02 0x80DC04 Voff 0x80DE01 Anlg Ip 1 PKP 0x80DE02 Anlg Ip 1 OP...
  • Page 642 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x811402 Ovrl Percent Diff Sat 0x811440 Ovrl Percent Diff Sat A 0x811480 Ovrl Percent Diff Sat B 0x811500 Ovrl Percent Diff Sat C 0x811602...
  • Page 643 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x813201 Undercur 1 PKP 0x813202 Undercur 1 OP 0xA13401 Undercur Alarm 2 PKP 0xA13402 Undercur Alarm 2 OP 0x813601 Undercur 2 PKP 0x813602 Undercur 2 OP...
  • Page 644 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x815C02 Spd2 Accel Time OP 0xA15E01 Underpwr Alarm PKP 0xA15E02 Underpwr Alarm OP 0x816001 Underpwr PKP 0x816002 Underpwr OP 0x816201 Overload PKP 0x816202 Overload OP...
  • Page 645 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x817001 Ph TOC 5 PKP 0x817002 Ph TOC 5 OP 0x817008 Ph TOC 5 PKP A 0x817010 Ph TOC 5 PKP B 0x817020 Ph TOC 5 PKP C...
  • Page 646 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x817E80 Ph IOC 2 OP B 0x817F00 Ph IOC 2 OP C 0x818001 Ph IOC 3 PKP 0x818002 Ph IOC 3 OP 0x818008 Ph IOC 3 PKP A...
  • Page 647 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x818A20 Ph IOC 8 PKP C 0x818A40 Ph IOC 8 OP A 0x818A80 Ph IOC 8 OP B 0x818B00 Ph IOC 8 OP C...
  • Page 648 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x819608 Ph IOC 14 PKP A 0x819610 Ph IOC 14 PKP B 0x819620 Ph IOC 14 PKP C 0x819640 Ph IOC 14 OP A...
  • Page 649 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x81BC01 Ntrl TOC 5 PKP 0x81BC02 Ntrl TOC 5 OP 0x81BE01 Ntrl TOC 6 PKP 0x81BE02 Ntrl TOC 6 OP 0x81C001 Ntrl TOC 7 PKP...
  • Page 650 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x81F608 Ntrl Dir OC 4 FWD 0x81F640 Ntrl Dir OC 4 REV 0x820001 GND TOC 1 PKP 0x820002 GND TOC 1 OP 0x820201 GND TOC 2 PKP...
  • Page 651 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x824201 SGND IOC 2 PKP 0x824202 SGND IOC 2 OP 0x824401 SGND IOC 3 PKP 0x824402 SGND IOC 3 OP 0x824601 SGND IOC 4 PKP...
  • Page 652 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x828402 NegSeq IOC 1 OP 0x828601 NegSeq IOC 2 PKP 0x828602 NegSeq IOC 2 OP 0x828801 NegSeq IOC 3 PKP 0x828802 NegSeq IOC 3 OP...
  • Page 653 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x82C402 Thermal 1 OP 0x82C408 Thermal 1 PKP A 0x82C410 Thermal 1 PKP B 0x82C420 Thermal 1 PKP C 0x82C440 Thermal 1 OP A...
  • Page 654 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x82DA20 Ph UV 3 PKP C 0x82DA40 Ph UV 3 OP A 0x82DA80 Ph UV 3 OP B 0x82DB00 Ph UV 3 OP C...
  • Page 655 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x82EE08 Timed UV1 PKP A 0x82EE10 Timed UV1 PKP B 0x82EE20 Timed UV1 PKP C 0x82EE40 Timed UV1 OP A 0x82EE80 Timed UV1 OP B...
  • Page 656 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x831240 UV Var 3 Restore 0x831401 UV Var 4 PKP 0x831402 UV Var 4 OP 0x831440 UV Var 4 Restore 0x831601 UV Var 5 PKP...
  • Page 657 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x833020 Ph OV 4 PKP C 0x833040 Ph OV 4 OP A 0x833080 Ph OV 4 OP B 0x833100 Ph OV 4 OP C...
  • Page 658 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x837840 DirPwr 1 Stg1 OP 0x837880 DirPwr 1 Stg2 OP 0x837A01 DirPwr 2 PKP 0x837A02 DirPwr 2 OP 0x837A08 DirPwr 2 Stg1 PKP 0x837A10...
  • Page 659 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x83A601 Underfreq 6 PKP 0x83A602 Underfreq 6 OP 0x83A801 Underfreq 7 PKP 0x83A802 Underfreq 7 OP 0x83AA01 Underfreq 8 PKP 0x83AA02 Underfreq 8 OP...
  • Page 660 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x83E608 FreqRate2 Up PKP 0x83E610 FreqRate2 Dwn PKP 0x83E640 FreqRate2 Up OP 0x83E680 FreqRate2 Dwn OP 0x83E801 FreqRate3 PKP 0x83E802 FreqRate3 OP 0x83E808 FreqRate3 Up PKP...
  • Page 661 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x83F601 FreqRate10 PKP 0x83F602 FreqRate10 OP 0x83F608 FreqRate10 Up PKP 0x83F610 FreqRate10 Dwn PKP 0x83F640 FreqRate10 Up OP 0x83F680 FreqRate10 Dwn OP 0x83F801 FreqRate11 PKP...
  • Page 662 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x842C02 Xfmr LOL OP 0x842E08 TC at Min Tap OFF 0x842E10 TC at Ntrl Tap OFF 0x842E20 TC at Max Tap OFF 0x842E40 TC at Min Tap ON...
  • Page 663 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x846A08 BKR1 Hlth Trip PKP 0x846A10 BKR1 Hlth Cls PKP 0x846A20 BKR1 Hlth Chg PKP 0x846A40 BKR1 Hlth OP Fail 0x846C01 BKR2 Charge Fail...
  • Page 664 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x848640 Bearing Flt OP Stg 1 0x848680 Mech Flt OP Stg1 0x848700 Stator Flt OP Stg 1 0x848804 Data Quality Check Fail 0x848808 Bearing Flt PKP Stg 2...
  • Page 665 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x84A601 RealPwr Dmd 1 PKP 0x84A801 RealPwr Dmd 2 PKP 0x84AA01 RealPwr Dmd 3 PKP 0x84AC01 RealPwr Dmd 4 PKP 0x84AE01 ReactvPwr Dmd 1 PKP...
  • Page 666 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x84CE20 Counter 8 HI 0x84CE40 Counter 8 at Limit 0x84D008 Counter 9 LO 0x84D010 Counter 9 EQL 0x84D020 Counter 9 HI 0x84D040 Counter 9 at Limit...
  • Page 667 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x84F801 Speed PKP 0x84F802 Speed OP 0xA4FA01 Speed Alarm PKP 0xA4FA02 Speed Alarm OP 0x84FC01 RTD 1 PKP 0x84FC02 RTD 1 OP 0x84FC40 RTD 1 Open...
  • Page 668 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x851040 RTD 11 Open 0x851080 RTD 11 Shorted 0x851201 RTD 12 PKP 0x851202 RTD 12 OP 0x851240 RTD 12 Open 0x851280 RTD 12 Shorted...
  • Page 669 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x854A02 RRTD 4 OP 0x854B00 RRTD 4 Trouble 0x854C01 RRTD 5 PKP 0x854C02 RRTD 5 OP 0x854D00 RRTD 5 Trouble 0x854E01 RRTD 6 PKP...
  • Page 670 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xA57C01 RRTD 11 Alarm PKP 0xA57C02 RRTD 11 Alarm OP 0xA57E01 RRTD 12 Alarm PKP 0xA57E02 RRTD 12 Alarm OP 0xA58C01 RTD Trouble PKP...
  • Page 671 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x85B300 BKR2 Loc Blk Cls By 0x85B401 BKR3 Manual Open 0x85B402 BKR3 Manual Close 0x85B408 BKR3 Local Open 0x85B410 BKR3 Loc Blk Open 0x85B420...
  • Page 672 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x85D080 SW5 Loc Blk Close 0x85D100 SW5 Loc Blk Cls By 0x85D208 SW6 Local Open 0x85D210 SW6 Loc Blk Open 0x85D220 SW6 Loc Blk Open By...
  • Page 673 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x85EC08 SW7 Selected 0x85EE01 SW8 Tag OFF 0x85EE02 SW8 Tag On 0x85EE08 SW8 Selected 0x85F001 SW9 Tag OFF 0x85F002 SW9 Tag On 0x85F008 SW9 Selected...
  • Page 674 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x861820 SW2 Rem Blk Open Byp 0x861840 SW2 Remote Close 0x861880 SW2 Rem Blk Close 0x861900 SW2 Rem Blk Close Byp 0x861A01 SW3 Open Cmd...
  • Page 675 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x862408 SW8 Remote Open 0x862410 SW8 Rem Blk Open 0x862420 SW8 Rem Blk Open Byp 0x862440 SW8 Remote Close 0x862480 SW8 Rem Blk Close...
  • Page 676 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x864801 Trip Bus 2 PKP 0x864802 Trip Bus 2 OP 0x864A01 Trip Bus 3 PKP 0x864A02 Trip Bus 3 OP 0x864C01 Trip Bus 4 PKP...
  • Page 677 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x868880 Light Sensor 3 Trouble 0x868900 Light Sensor 4 Trouble 0x868C02 Sync1 Close Perm 0x868C08 Sync1 Live Bus 0x868C10 Sync1 Live Line 0x868C20 Sync1 Dead Src OK...
  • Page 678 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x86A700 Transfer Not Ready 0x86A802 Transfer Initiated 0x86AA01 AR1 Disabled 0x86AA08 AR1 Enabled 0x86AA10 AR1 Initiated 0x86AA20 AR1 In Progress 0x86AA40 AR1 Close 0x86AA80...
  • Page 679 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x86CE08 VT Fuse1 V Loss 0x86D002 VT Fuse Fail2 OP 0x86D008 VT Fuse2 V Loss 0x86D402 NV Latch 1 ON 0x86D404 NV Latch 1 OFF...
  • Page 680 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x86FE02 FlexEl 6 OP 0x870001 FlexEl 7 PKP 0x870002 FlexEl 7 OP 0x870201 FlexEl 8 PKP 0x870202 FlexEl 8 OP FC150 unsigned 16 bits...
  • Page 681 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Tab Pushbutton 11 Tab Pushbutton 12 Tab Pushbutton 13 Tab Pushbutton 14 Tab Pushbutton 15 Tab Pushbutton 16 Tab Pushbutton 17 Tab Pushbutton 18...
  • Page 682 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Switches 2 Switches 3 Switches 4 Switches 5 Switches 6 Switches 7 Switches 8 Switches 9 Switches 10 Switches 11 Switches 12 Output Relay 1...
  • Page 683 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Undercurrent 3 Alarm Undercurrent 3 Trip Generator Unbalance Trip Generator Unbalance Alarm Inadvertent Energization Loss of Excitation Circle 1 Loss of Excitation Circle 2...
  • Page 684 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Phase IOC 13 Phase IOC 14 Phase IOC 15 Phase IOC 16 Phase Directional OC 1 Phase Directional OC 2 Phase Directional OC 3...
  • Page 685 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Neutral Directional OC 5 Neutral Directional OC 6 Neutral Directional OC 7 Neutral Directional OC 8 Ground TOC 1 Ground TOC 2 Ground TOC 3...
  • Page 686 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Restricted Ground Fault 1 Restricted Ground Fault 2 Restricted Ground Fault 3 Restricted Ground Fault 4 Restricted Ground Fault 5 Restricted Ground Fault 6...
  • Page 687 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Broken Conductor 1 Broken Conductor 2 Broken Conductor 3 Broken Conductor 4 LoadEncr 1 Load Encroachment 2 Load Encroachment 3 Load Encroachment 4 Thermal Overload 1...
  • Page 688 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value UV ReactivePwr 6 UV ReactivePwr 7 UV ReactivePwr 8 Auxiliary UV 1 Auxiliary UV 2 Auxiliary UV 3 Auxiliary UV 4 Auxiliary UV 5...
  • Page 689 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Dir Power 3 Dir Power 4 Dir Power 5 Dir Power 6 Dir Power 7 Dir Power 8 Wattmetric Ground Fault 1 Wattmetric Ground Fault 2...
  • Page 690 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Overfrequency 17 Overfrequency 18 Frequency Rate Of Change 1 Frequency Rate Of Change 2 Frequency Rate Of Change 3 Frequency Rate Of Change 4...
  • Page 691 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Freq OOB Accum 4 Freq OOB Accum 5 Freq OOB Accum 6 Freq OOB Accum 7 Thermal Overload Protection Trip Coil Monitor 1 Trip Coil Monitor 2...
  • Page 692 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Power Factor 8 PF Trip (Motor Generator) PF Alarm (Motor Generator) Current Dmd 1 Current Dmd 2 Current Dmd 3 Current Dmd 4 Real Power Demand 1...
  • Page 693 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Harmonic Detection 11 Harmonic Detection 12 Speed Trip Speed Alarm RTD 1 Trip RTD 2 Trip RTD 3 Trip RTD 4 Trip RTD 5 Trip...
  • Page 694 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Remote RTD 5 Alarm Remote RTD 6 Alarm Remote RTD 7 Alarm Remote RTD 8 Alarm Remote RTD 9 Alarm Remote RTD 10 Alarm...
  • Page 695 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Local Control Mode Switch 9 Local Control Mode Switch 10 Local Control Mode Switch 11 Local Control Mode Switch 12 Local Control Mode SW1 Tag...
  • Page 696 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Pole Discordance Fail 2 Pole Discordance 3 Pole Discordance Fail 3 Pole Discordance 4 Pole Discordance Fail 4 Pole Discordance 5 Pole Discordance Fail 5...
  • Page 697 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Transfer Initiated AutoReclose 1 AR1 Shot Cnt AR1 Shot Cnt Reduction AR1 Rate Supervision AutoReclose 2 AR2 Shot Cnt AR2 Shot Cnt Reduction AR2 Rate Supervision...
  • Page 698 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value FC151 unsigned 16 bits Element Status This format shows the meaning of the Element Status values. Refer to Format FC142 for exact information for each element.
  • Page 699 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value FlexCurve B FlexCurve C FlexCurve D FC161A unsigned 16 bits Neutral OV Curve Selection Definite Time FlexCurve A FlexCurve B FlexCurve C FlexCurve D...
  • Page 700 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Reverse FC164B unsigned 16 bits Neutral Admittance Direction Non-Directional Forward Reverse FC164C unsigned 16 bits Phase OC Direction Disabled Ph Dir OC 1 FWD...
  • Page 701 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value December FC170 unsigned 16 bits Count of Week Not Set Last FC171 unsigned 16 bits Weekdays Not Set FC176 unsigned 16 bits Auxiliary VT Connection...
  • Page 702 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Disabled Continuous Triggered FC187 unsigned 16 bits Data Logger Channel Mode Sample Mean FC191 unsigned 32 bits Remote Input 1-32 Operation 0x00000001 Remote Input 1...
  • Page 703 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000010 Remote Output 5 0x00000020 Remote Output 6 0x00000040 Remote Output 7 0x00000080 Remote Output 8 0x00000100 Remote Output 9 0x00000200 Remote Output 10...
  • Page 704 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00020000 Contact Input 18 0x00040000 Contact Input 19 0x00080000 Contact Input 20 0x00100000 Contact Input 21 0x00200000 Contact Input 22 0x00400000 Contact Input 23...
  • Page 705 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x40000000 Contact Input 63 0x80000000 Contact Input 64 FC198 unsigned 32 bits Output Relay Operation Each bit corresponds to a particular output relay, and...
  • Page 706 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000020 Relay 6 0x00000040 Relay 7 0x00000080 Relay 8 0x00000100 Relay 9 0x00000200 Relay 10 0x00000400 Relay 11 0x00000800 Relay 12 0x00001000 Relay 13...
  • Page 707 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00008000 Alarm Output Relay 16 0x00010000 Alarm Output Relay 17 0x00020000 Alarm Output Relay 18 0x00040000 Alarm Output Relay 19 0x00080000 Alarm Output Relay 20...
  • Page 708 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x02000000 Trip Output Relay 26 0x04000000 Trip Output Relay 27 0x08000000 Trip Output Relay 28 0x10000000 Trip Output Relay 29 0x20000000 Trip Output Relay 30...
  • Page 709 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000002 Relay 2 0x00000004 Relay 3 0x00000008 Relay 4 0x00000010 Relay 5 0x00000020 Relay 6 0x00000040 Relay 7 0x00000080 Relay 8 0x00000100 Relay 9...
  • Page 710 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00002000 Relay 14 0x00004000 Relay 15 0x00008000 Relay 16 0x00010000 Relay 17 0x00020000 Relay 18 0x00040000 Relay 19 0x00080000 Relay 20 0x00100000 Relay 21...
  • Page 711 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00800000 Output Relay 24 0x01000000 Output Relay 25 0x02000000 Output Relay 26 0x04000000 Output Relay 27 0x08000000 Output Relay 28 0x10000000 Output Relay 29...
  • Page 712 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000001 Relay 1 0x00000002 Relay 2 0x00000004 Relay 3 0x00000008 Relay 4 0x00000010 Relay 5 0x00000020 Relay 6 0x00000040 Relay 7 0x00000080 Relay 8...
  • Page 713 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00001000 Relay 13 0x00002000 Relay 14 0x00004000 Relay 15 0x00008000 Relay 16 0x00010000 Relay 17 0x00020000 Relay 18 0x00040000 Relay 19 0x00080000 Relay 20...
  • Page 714 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x01000000 Relay 25 0x02000000 Relay 26 0x04000000 Relay 27 0x08000000 Relay 28 0x10000000 Relay 29 0x20000000 Relay 30 0x40000000 Relay 31 0x80000000 Relay 32...
  • Page 715 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value WPA2-PSK FC228 unsigned 16 bits 61850 Status 0x0001 Comms NV OK 0x0002 Comms NV Done 0x0004 Comms V OK 0x0008 Comms V Done 0x0010...
  • Page 716 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Virtual Input 14 Virtual Input 15 Virtual Input 16 Virtual Input 17 Virtual Input 18 Virtual Input 19 Virtual Input 20 Virtual Input 21...
  • Page 717 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Virtual Input 60 Virtual Input 61 Virtual Input 62 Virtual Input 63 Virtual Input 64 FC231 unsigned 16 bits DNP Object 1 Default Variation...
  • Page 718 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Network-TCP Network-UDP FC239A unsigned 16 bits IEC104 Channel Port None Network-TCP FC240 unsigned 32 bits Self Test Error No Error 0x00000001 Order Code Error...
  • Page 719 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00002000 Clock Not Set 0x00004000 RTC Error 0x00008000 COMM Error #1 0x00010000 FLASH Error 0x00020000 COMM Error #2 0x00040000 Link Error Primary 0x00080000 Traffic Error Primary...
  • Page 720 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x219 CI 26 On 0x21A CI 27 On 0x21B CI 28 On 0x21C CI 29 On 0x21D CI 30 On 0x21E CI 31 On...
  • Page 721 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x247 CI 72 On 0x248 CI 73 On 0x249 CI 74 On 0x24A CI 75 On 0x24B CI 76 On 0x24C CI 77 On...
  • Page 722 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x315 CI 22 Off 0x316 CI 23 Off 0x317 CI 24 Off 0x318 CI 25 Off 0x319 CI 26 Off 0x31A CI 27 Off...
  • Page 723 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x343 CI 68 Off 0x344 CI 69 Off 0x345 CI 70 Off 0x346 CI 71 Off 0x347 CI 72 Off 0x348 CI 73 Off...
  • Page 724 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x411 VI 18 On 0x412 VI 19 On 0x413 VI 20 On 0x414 VI 21 On 0x415 VI 22 On 0x416 VI 23 On...
  • Page 725 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x51F VI 32 Off 0xE00 RI 1 On 0xE01 RI 2 On 0xE02 RI 3 On 0xE03 RI 4 On 0xE04 RI 5 On...
  • Page 726 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE2D RI 46 On 0xE2E RI 47 On 0xE2F RI 48 On 0xE30 RI 49 On 0xE31 RI 50 On 0xE32 RI 51 On...
  • Page 727 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE5B RI 92 On 0xE5C RI 93 On 0xE5D RI 94 On 0xE5E RI 95 On 0xE5F RI 96 On 0xE60 RI 97 On...
  • Page 728 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xE89 RI 138 On 0xE8A RI 139 On 0xE8B RI 140 On 0xE8C RI 141 On 0xE8D RI 142 On 0xE8E RI 143 On...
  • Page 729 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xEB7 RI 184 On 0xEB8 RI 185 On 0xEB9 RI 186 On 0xEBA RI 187 On 0xEBB RI 188 On 0xEBC RI 189 On...
  • Page 730 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xEE5 RI 230 On 0xEE6 RI 231 On 0xEE7 RI 232 On 0xEE8 RI 233 On 0xEE9 RI 234 On 0xEEA RI 235 On...
  • Page 731 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF13 RI 20 Off 0xF14 RI 21 Off 0xF15 RI 22 Off 0xF16 RI 23 Off 0xF17 RI 24 Off 0xF18 RI 25 Off...
  • Page 732 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF41 RI 66 Off 0xF42 RI 67 Off 0xF43 RI 68 Off 0xF44 RI 69 Off 0xF45 RI 70 Off 0xF46 RI 71 Off...
  • Page 733 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF6F RI 112 Off 0xF70 RI 113 Off 0xF71 RI 114 Off 0xF72 RI 115 Off 0xF73 RI 116 Off 0xF74 RI 117 Off...
  • Page 734 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xF9D RI 158 Off 0xF9E RI 159 Off 0xF9F RI 160 Off 0xFA0 RI 161 Off 0xFA1 RI 162 Off 0xFA2 RI 163 Off...
  • Page 735 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xFCB RI 204 Off 0xFCC RI 205 Off 0xFCD RI 206 Off 0xFCE RI 207 Off 0xFCF RI 208 Off 0xFD0 RI 209 Off...
  • Page 736 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0xFF9 RI 250 Off 0xFFA RI 251 Off 0xFFB RI 252 Off 0xFFC RI 253 Off 0xFFD RI 254 Off 0xFFE RI 255 Off...
  • Page 737 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Disabled Retrip Latched Alarm Alarm Configurable FC263 unsigned 16 bits Breaker Failure Supervision Current 52b & Current FC264 unsigned 16 bits Breaker Status State Unknown...
  • Page 738 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value FC271 unsigned 16 bits Non-Volatile Latch Type Reset-Dominant Set-Dominant FC272 unsigned 16 bits Directional Polarizing Voltage Calculated V0 Measured VX FC272A unsigned 16 bits...
  • Page 739 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 30323 Total Shot Count 30332 Shot Number In Effect 30333 Shots Remaining 30334 Shot Rate Per Hour 30335 Total Shot Count 30961 Thermal Capacity Used...
  • Page 740 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 31238 Parameter 31 31240 Parameter 32 31242 Parameter 33 31244 Parameter 34 31246 Parameter 35 31248 Parameter 36 31250 Parameter 37 31252 Parameter 38...
  • Page 741 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 31434 GOOSE Analog Float 13 31436 GOOSE Analog Float 14 31438 GOOSE Analog Float 15 31440 GOOSE Analog Float 16 31442 GOOSE Analog Float 17...
  • Page 742 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 32928 Counter 4 Frozen 32938 Counter 5 Accumulated 32940 Counter 5 Frozen 32950 Counter 6 Accumulated 32952 Counter 6 Frozen 32962 Counter 7 Accumulated...
  • Page 743 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 33149 FlexAnalog 22 33151 FlexAnalog 23 33153 FlexAnalog 24 33155 FlexAnalog 25 33157 FlexAnalog 26 33159 FlexAnalog 27 33700 Load Current 33701 Unbalance Current...
  • Page 744 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 33812 Fltd Mag Cur B 33814 Fltd Mag Cur C 33820 Speed 33850 Operating Quantity 33851 Learned Unbal Z 33950 SC RMS Ia 33952...
  • Page 745 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 34386 Ntrl Admit 3 Angle 34387 Ntrl 3 Conductance 34389 Ntrl 3 Susceptance 34420 J1 Ia 34422 J1 Ib 34424 J1 Ic 34426 J1 Ig...
  • Page 746 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 34501 K1 I_2 34503 K1 I_0 Angle 34504 K1 I_1 Angle 34505 K1 I_2 Angle 34506 K1 Igd 34508 K1 Igd Angle 34509 K1 Load...
  • Page 747 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 34594 JK In Angle 34595 JK I AVG 34597 JK I_0 34599 JK I_1 34601 JK I_2 34603 JK I_0 Angle 34604 JK I_1 Angle...
  • Page 748 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 34703 K2 Vca 34705 K2 Vn 34707 K2 Vaux 34709 K2 Van RMS 34711 K2 Vbn RMS 34713 K2 Vcn RMS 34715 K2 Vab RMS...
  • Page 749 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 34793 LEA1 Vca Angle 34794 LEA1 Vn Angle 34796 LEA1 V AVG L-L 34798 LEA1 V AVG L-N 34800 LEA1 V0 34802 LEA1 V1...
  • Page 750 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 34942 K1-CT Frequency 34944 K1-CT Frq Rate of Chge 34945 K2-3VT Frequency 34947 K2-3VT Frq Rate of Chge 34948 K2-Vx Frequency 34950 K2-Vx Frq Rate of Chge...
  • Page 751 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35118 J1 Phase B 10th Harm 35119 J1 Phase C 10th Harm 35120 J1 Phase A 11th Harm 35121 J1 Phase B 11th Harm...
  • Page 752 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35164 J1 Phase C 25th Harm 35175 J2 Phase A THD 35176 J2 Phase B THD 35177 J2 Phase C THD 35178 J2 Phase A 2nd Harm...
  • Page 753 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35220 J2 Phase A 16th Harm 35221 J2 Phase B 16th Harm 35222 J2 Phase C 16th Harm 35223 J2 Phase A 17th Harm...
  • Page 754 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35276 K1 Phase B 6th Harm 35277 K1 Phase C 6th Harm 35278 K1 Phase A 7th Harm 35279 K1 Phase B 7th Harm...
  • Page 755 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35322 K1 Phase C 21st Harm 35323 K1 Phase A 22nd Harm 35324 K1 Phase B 22nd Harm 35325 K1 Phase C 22nd Harm...
  • Page 756 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35378 K2 Phase A 12th Harm 35379 K2 Phase B 12th Harm 35380 K2 Phase C 12th Harm 35381 K2 Phase A 13th Harm...
  • Page 757 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35434 JK Phase B 2nd Harm 35435 JK Phase C 2nd Harm 35436 JK Phase A 3rd Harm 35437 JK Phase B 3rd Harm...
  • Page 758 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35480 JK Phase C 17th Harm 35481 JK Phase A 18th Harm 35482 JK Phase B 18th Harm 35483 JK Phase C 18th Harm...
  • Page 759 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35551 HD K1 Ph A 5th Harm 35552 HD K1 Ph B 5th Harm 35553 HD K1 Ph C 5th Harm 35554 HD K2 Ph A 2nd Harm...
  • Page 760 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35692 Pwr1 Reactive 35694 Pwr1 Apparent 35696 Pwr1 Ph A Real 35698 Pwr1 Ph B Real 35700 Pwr1 Ph C Real 35702 Pwr1 Ph A Reactive...
  • Page 761 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 35942 Pwr4 Neg VarHours 35960 Power Factor 1 35961 Power Factor 2 35962 Power Factor 3 35963 Power Factor 4 35974 Cur1 Ph A Demand...
  • Page 762 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 36228 Pwr2 Max Apparent Dmd 36248 Pwr2 Real Dmd 36250 Pwr2 Max Real Dmd 36256 Pwr2 Reactive Dmd 36258 Pwr2 Max Reactive Dmd 36264...
  • Page 763 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 36565 RTD 6 36566 RTD 7 36567 RTD 8 36568 RTD 9 36569 RTD 10 36570 RTD 11 36571 RTD 12 36572 RTD 13...
  • Page 764 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 36737 RRTD 10 Max 36740 RRTD 11 Max 36743 RRTD 12 Max 36770 Analog Ip 1 36772 Analog Ip 2 36774 Analog Ip 3...
  • Page 765 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Aux UV 3 OP Aux UV 4 OP Timed UV1 OP Timed UV2 OP Timed UV3 OP Timed UV4 OP FC280 unsigned 16 bits...
  • Page 766 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Freq ROC 5 DWN OP Freq ROC 6 DWN OP Freq ROC 7 DWN OP Freq ROC 8 DWN OP Freq ROC 9 DWN OP...
  • Page 767 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Summary-Motor Summary-Transformer Summary-Generator Breakers-Breaker 1 Status Breakers-Breaker 2 Status Breakers-Breaker 3 Status Breakers-Breaker 4 Status Breakers-Breaker 5 Status Breakers-Breaker 6 Status Contactor-Contactor 1 Status...
  • Page 768 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Metering-CT Bank 3 -K2 Metering-CT Bank 4 -JK Metering-Ph VT Bnk1-J2 Metering-Ph VT Bnk2-K2 Metering-LEA Bnk1-J2 Metering-LEA Bnk2-J2 Metering-Ax VT Bnk1-J2 Metering-Ax VT Bnk2-K2...
  • Page 769 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 2166 Breakers-Breaker 2 Health 2167 Breakers-Breaker 3 Health 2168 Breakers-Breaker 4 Health 2169 Breakers-Breaker 5 Health 2170 Breakers-Breaker 6 Health 2201 Records-Clear Records FC300...
  • Page 770 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x03000000 LED 13 Orange 0x04000000 LED 14 Red 0x08000000 LED 14 Green 0x0C000000 LED 14 Orange 0x10000000 LED 15 Red 0x20000000 LED 15 Green...
  • Page 771 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x21D CI 30 On 0x21E CI 31 On 0x21F CI 32 On 0x220 CI 33 On 0x221 CI 34 On 0x222 CI 35 On...
  • Page 772 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x24B CI 76 On 0x24C CI 77 On 0x24D CI 78 On 0x24E CI 79 On 0x24F CI 80 On 0x250 CI 81 On...
  • Page 773 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00004000 GOOSE Status 15 0x00008000 GOOSE Status 16 0x00010000 GOOSE Status 17 0x00020000 GOOSE Status 18 0x00040000 GOOSE Status 19 0x00080000 GOOSE Status 20...
  • Page 774 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x08000000 GOOSE Status 60 0x10000000 GOOSE Status 61 0x20000000 GOOSE Status 62 0x40000000 GOOSE Status 63 0x80000000 GOOSE Status 64 FC324 unsigned 16 bits...
  • Page 775 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000001 Parameter 17 0x00000002 Parameter 18 0x00000004 Parameter 19 0x00000008 Parameter 20 0x00000010 Parameter 21 0x00000020 Parameter 22 0x00000040 Parameter 23 0x00000080 Parameter 24...
  • Page 776 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00001000 Parameter 61 0x00002000 Parameter 62 0x00004000 Parameter 63 0x00008000 Parameter 64 FC344E unsigned 16 bits Flex States Parameters 65-80 0x00000001 Parameter 65 0x00000002...
  • Page 777 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000080 Parameter 104 0x00000100 Parameter 105 0x00000200 Parameter 106 0x00000400 Parameter 107 0x00000800 Parameter 108 0x00001000 Parameter 109 0x00002000 Parameter 110 0x00004000 Parameter 111...
  • Page 778 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000004 Parameter 147 0x00000008 Parameter 148 0x00000010 Parameter 149 0x00000020 Parameter 150 0x00000040 Parameter 151 0x00000080 Parameter 152 0x00000100 Parameter 153 0x00000200 Parameter 154...
  • Page 779 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00004000 Parameter 191 0x00008000 Parameter 192 FC344M unsigned 16 bits Flex States Parameters 193-208 0x00000001 Parameter 193 0x00000002 Parameter 194 0x00000004 Parameter 195 0x00000008...
  • Page 780 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000200 Parameter 234 0x00000400 Parameter 235 0x00000800 Parameter 236 0x00001000 Parameter 237 0x00002000 Parameter 238 0x00004000 Parameter 239 0x00008000 Parameter 240 FC344P unsigned 16 bits...
  • Page 781 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value Definite Time Adaptive FC353 unsigned 16 bits Motor Thermal Model Curve Effect Cutoff Shift FC356 unsigned 16 bits Differential Type Internal Sum Core Balance...
  • Page 782 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value RTD 5 RTD 6 RTD 7 RTD 8 RTD 9 RTD 10 RTD 11 RTD 12 RTD 13 FC371 unsigned 16 bits Top Oil Temperature...
  • Page 783 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value FC376 unsigned 16 bits Xfmr Grounding Not Within Zone Within Zone FC377 unsigned 16 bits Xfmr Angle with respect to Reference 0 ° 30 °Lag 60 °Lag...
  • Page 784 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value FC387 unsigned 16 bits Arc Flash Status 0x0001 Light 1 PKP 0x0002 Light 2 PKP 0x0004 Light 3 PKP 0x0008 Light 4 PKP 0x0100...
  • Page 785 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x04000000 Alarm 9 0x08000000 FlexLogic Operand 28 0x10000000 FlexLogic Operand 29 0x20000000 FlexLogic Operand 30 0x40000000 FlexLogic Operand 31 0x80000000 FlexLogic Operand 32 FC395...
  • Page 786 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x0003 Serial + Ethernet 0x0007 FC398 unsigned 16 bits Config Mode Regular Simplified FC399 unsigned 16 bits Communications Activity Status 0x0001 Serial Modbus 0x0008...
  • Page 787 CHAPTER 14: FORMAT CODES Code Type Definition 850 869 889 845 unsigned 16 bits Unsigned Value 0x00000200 Latched 0x00000400 Acknowledged FC410 unsigned 16 bits Close Sync Spvn Bypass Sync 1 Cls Perm Sync 2 Cls Perm FC411 unsigned 16 bits...
  • Page 788 CHAPTER 14: FORMAT CODES 14-294 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...
  • Page 789 Grid Solutions 8 Series Protective Relay Platform Appendix A: Radius Server and Certificates Radius Server and Certificates Appendix A includes information about the RADIUS server and certificates followed by an example of how to set up a simple RADIUS server and certificate management. Simple RADIUS Server and Certificate Management The 8 Series unit can act as a RADIUS client and has the ability to authenticate users with a RADIUS server using the EAP-TTLS protocol.
  • Page 790 SETTING UP A SIMPLE RADIUS SERVER CHAPTER A: RADIUS SERVER AND CERTIFICATES Authentication: The user initiates the authentication process by providing user credentials. The 8 Series unit then tries to establish a trust relationship with the RADIUS server. The RADIUS server identifies itself via a certificate which it sends to the 8 Series unit.
  • Page 791 CHAPTER A: RADIUS SERVER AND CERTIFICATES SETTING UP A SIMPLE RADIUS SERVER • Locality Name • Organizational Unit Nae • Common Name • Email Address What you enter here is called a Distinguished Name or a DN. All this information is sent with the certificate request, see figure A-1.
  • Page 792 SETTING UP A SIMPLE RADIUS SERVER CHAPTER A: RADIUS SERVER AND CERTIFICATES openssl x509 –req –days 3650 –in server.csr –CA ca.crt –CAkey ca.key –set_serial 01 –out server.crt Definitions x509 This term is used to add a digital signature to the certificate. -req With this option, a certificate request is expected instead of the certificate (by default).
  • Page 793 CHAPTER A: RADIUS SERVER AND CERTIFICATES SETTING UP A SIMPLE RADIUS SERVER The following text defines a RADIUS client 8 Series unit with the assumption that its IP- address is 10.0.0.2 and subnet mask is 255.255.255.0. The “secret” that is specified here is also configured on the 8 Series unit for successful authentication.
  • Page 794 SETTING UP A SIMPLE RADIUS SERVER CHAPTER A: RADIUS SERVER AND CERTIFICATES Figure A-2: EAP.CONF file Start the Server file can be used to start the RADIUS <Path_to_Radius>/start_radiusd_debug.bat server in debug mode. It is recommended to first run the RADIUS server in debug mode, otherwise, you cannot see what is going on and cannot correct any problems.

  • Page 795: Mics

    IEC 61850 Implementation Details MICS This section contains the combined Model Implementation Conformance Statement (MICS) for the IEC 61850 interface in the 8 Series family of protective relays: 845 Transformer, 850 Feeder, 869 Motor and 889 Generator. • 845: July 10, 2017, version 1.51 •...
  • Page 796 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS LOGICAL NODES L: System Logical Nodes Description ANSI LPHD Physical device information LLN0 Logical node zero LG0S Goose subscription GoCB Goose control block class definition P:Logical Nodes for Description ANSI protection functions phsPIOC Instantaneous Overcurrent Yes(6) Yes(16)
  • Page 797 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS ThHaNeutAlmPTUV Third Harmonic Neutral Alarm 27TN Yes(1) Undervoltage PTUF Underfrequency Yes(6) Yes(12) Yes(4) Yes(4) FastPTUF Fast Underfrequency Yes(8) HzBndPTUF Frequency out of band Yes(7) accumulation PFRC Rate of change of frequency Yes(6) Yes(12) Yes(1) Yes(2) PTRC...
  • Page 798 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS RBRF Breaker Failure 50BF Yes(3) Yes(4) Yes(1) Yes(2) SynChkRSYN Synchrocheck Yes(1) Yes(2) Yes(1) S:Logical Nodes for Description ANSI supervision and monitoring ArcFlsSARC Arc Flash Yes(3) Yes(3) Yes(3) Yes(3) RtdSTMP Temperature Supervision Yes(13) Yes(13) Yes(13) Yes(13) SPTR...

  • Page 799: System Logical Nodes. Ln Group: L

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS X:Logical Nodes for Description ANSI switchgear XCBR Circuit Breaker Yes(3) Yes(1) Yes(1) Yes(2) XSWI Circuit Switch Yes(9) Y:Logical Nodes for power Description ANSI transformers YPTR Harmonic Derating Yes(1) Z:Logical Nodes for Description ANSI further power system equipment GnStZGEN...

  • Page 800: Logical Nodes For Protection Functions. Ln Group:p

    Object Reference ConfRev INT32U NdsCom BOOLEAN DstAddress PHYCOMADDR 2.2 Logical Nodes for protection functions. LN Group:P 2.2.1 PIOC (Instantaneous overcurrent) phsPIOC: Phase IOC (845, 850, 889) OfflinePIOC: Offline IOC (889) PIOC class Attribute Name Attr. Type Explanation Notes phsPIOC Instantaneous...
  • Page 801 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS ndPIOC: neutral IOC gndPIOC: ground IOC (845/850/889), ground fault IOC (869) hsePIOC: Sensitive Ground IOC (850/889) jamPIOC: Mechanical Jam (869) scPIOC: Short Circuit (869) PIOC class Attribute Name Attr. Type Explanation Notes ndPIOC/...
  • Page 802 TOC (845/850/889) unbalalmPTOC: Generator unbalance alarm (889) unbaltripPTOC: Generator unbalance trip (889) lodincrPTOC: Load increase alarm (889) gndPTOC: ground TOC (845/850/889) hsePTOC: sensitive ground TOC (850/889) unbalPTOC: Current unbalance (869) accelPTOC: Acceleration (869) ldincPTOC: Load Increase alarm (869) PTOC class Attribute Name Attr.
  • Page 803 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS Status Information ACD_1 Start ACT_1 Operate NgSeqPTOC: Negative Sequence TOC (845/850) PTOC class Attribute Name Attr. Type Explanation Notes NgSeqPTOC Time overcurrent Data Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1...
  • Page 804 Status Information ACD_0 Start Phase TOV PKP ACT_0 Operate Phase TOV OP auxPTOV: Auxiliary overvoltage (845/850/889) ndPTOV: Neutral overvoltage (845/850) ngseqPTOV: negative sequence overvoltage (850/869/889) phsrevPTOV: Phase reversal overvoltage (869) PTOV class Attribute Name Attr. Type Explanation Notes auxPTOV/ Overvoltage...
  • Page 805 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start Auxiliary UV PKP ACT_2 Operate Auxiliary UV OP RectPwrPTUV: Reactive Power undervoltage (850) PTUV class Attribute Name Attr. Type Explanation Notes RectPwrPTUV Undervoltage Data Common Logical Node Information ENC_0 Mode ENS_0...
  • Page 806 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start ACT_2 Operate SPS_2 Curve SPS_2 Counter 2.2.7 PTUF (Underfrequency) PTUF: Underfrequency FastPTUF: Fast Underfrequency PTUF class Attribute Name Attr.
  • Page 807 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start ACT_2 Operate 2.2.10 PTTR (Thermal overload) PTTR: Thermal O/L (850) MotThmPTTR: Thermal mode node (869) PTTR class Attribute Name Attr. Type Explanation Notes PTTR/ Thermal Overload MotThmPTTR Data Common Logical Node Information...
  • Page 808 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start ACT_2 Operate 2.2.11 PSDE (Sensitive directional Earth fault) WatPSDE: Wattmetric Ground fault (850) NeutAdm: Neutral admittance (850) PSDE class Attribute Name Attr. Type Explanation Notes WatPSDE/ Sensitive directional NeutAdm earth fault (/Neutral...
  • Page 809 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS Health ENS_1 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start ACT_2 Operate 2.2.12 PDOP (Directional Overpower) PDOP: Directional overpower PDOP class Attribute Name Attr. Type Explanation Notes PDOP Directional Overpower Data Common Logical Node Information ENC_0 Mode ENS_0...
  • Page 810 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt LPL_1 Name plate Status Information ACD_2 Start ACT_2 Operate RctPwrTripPDUP: Reactive power trip (869, 889) RctPwrAlmPDUP: Reactive power alarm (869, 889) PDUP class Attribute Name Attr.
  • Page 811 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS 2.2.16 PDIF (Differential protection) PDIF: Differential protection (845) PDIF class Attribute Name Attr. Type Explanation Notes PDIF Differential protection Data Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt LPL_1 Name plate Status Information ACT_2...
  • Page 812 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS Status Information ACD_0 Start ACT_0 Operate DifACLc WYE_3 Differential Current RstA WYE_3 Restraint Current 2.2.17 PDIS (Differential Protection) LosExtPDIS: Loss of Excitation (889) PDIS class Attribute Name Attr. Type Explanation Notes LosExtPDIS Differential Protection Data Common Logical Node Information ENC_0...
  • Page 813 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS 2.2.19 PHIZ (Ground detector) ThHaVPHIZ: Third harmonic Voltage difference (889) PHIZ class Attribute Name Attr. Type Explanation Notes ThHaVTripPHIZ/ Ground detector ThHaVAlmpPHIZ Data Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt LPL_1...

  • Page 814: Logical Nodes For The Functional Block. Ln Group: F

    MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS Status Information ACD_2 Start ACT_2 Operate 2.3 Logical Nodes for the functional block. LN Group: F 2.3.1 FXOT (Action at over threshold) TurnFltFXOT: Stator inter-turn fault (869) FXOT class Attribute Name Attr. Type Explanation Notes TurnFltFXOT Stator inter-turn fault...

  • Page 815: Logical Nodes For Protection Related Functions. Ln Group: R

    Health NamPlt LPL_1 Name plate Status Information ACD_0 Direction ACT_3 Operate ndRDIR: Neutral directional element gndRDIR: Ground directional element (845, 850, 889) RDIR class Attribute Name Attr. Type Explanation Notes ndRDIR/ Directional Element gndRDIR Data Common Logical Node Information ENC_0...
  • Page 816 Fault Distance in KM FltLoop ENS_4 Fault Type RecCyc INS_1 Fault Reclose Shot 2.4.4 RBRF (Breaker failure) RBRF: breaker failure (845, 850, 889) RBRF class Attribute Name Attr. Type Explanation Notes RBRF Breaker failure element Data Common Logical Node Information...
  • Page 817 NamPlt LPL_1 Name plate Status Information OpEx ACT_2 Breaker failure operate OpIn ACT_2 Breaker failure retrjp 2.4.5 RSYN (Synchronism-check) SynChkRSYN: Synchrocheck (845/850/889) RSYN class Attribute Name Attr. Type Explanation Notes SynChkRSYN Synchronism-check Data Common Logical Node Information ENC_0 Mode ENS_0...

  • Page 818: Logical Nodes For Supervision And Monitoring. Ln Group: S

    MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS LinVMag MV_3 LinVHz MV_3 LinVAng MV_3 2.5 Logical Nodes for supervision and monitoring. LN Group: S 2.5.1 SARC (Monitoring and diagnostics for arcs) ArcFlsSARC: Arc Flash SARC class Attribute Name Attr. Type Explanation M/O/ Notes ArcFlsSARC...
  • Page 819 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS 2.5.2 STMP (Temperature supervision) RtdSTMP: Temperature supervision STMP class Attribute Name Attr. Explanation Notes Type STMP temperature sensor Data Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt LPL_1 Name plate Status Information SPS_0 Trip...
  • Page 820 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS XfmrLfLst MV_3 TopOilTmp MV_3 AmbTmp MV_3 2.5.4 SIML (Insulation medium supervision) DgaSIML: Insulation medium supervision (liquid) (845) SIML class Attribute Name Attr. Explanation Notes Type SIML_DGA Insulation medium supervision Data Common Logical Node Information ENC_0 Mode ENS_0...

  • Page 821: Logical Nodes For Generic References. Ln Group: G

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS 2.6 Logical Nodes for generic references. LN Group: G 2.6.1 GGIO (Generic process I/O) GGIO1: Remote Outputs logical node GGIO class Attribute Name Attr. Type Explanation M/O/ Notes GGIO_RO Generic process I/O Data Common Logical Node Information ENC_0 Mode...
  • Page 822 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS NamPlt LPL_1 Name plate Status information Controls SPCSO1 SPC_1 Single point controllable Virtual Input 1 status output SPCSO2 SPC_1 Single point controllable Virtual Input 2 status output SPCSO64 SPC_1 Single point controllable Virtual Input 64 status output GGIO4: Virtual Outputs logical node.
  • Page 823 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS GGIO5: Remote Inputs (GOOSE) logical node for 2A/2E option. GGIO class Attribute Name Attr. Type Explanation Notes GGIO_RI Generic process I/O Data Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt LPL_1 Name plate...
  • Page 824 ENS_1 Health NamPlt LPL_1 Name plate Status information ACD_2 Pickup ACT_2 Operate ColdLodGAPC: Cold load (850) SwOntoFlt: Switch Onto Fault (850) GAPC class Attribute Name Attr. Type Explanation M/O/ Notes ColdLodGAPC/ Generic Automatic SwOntoFlt process control Data Common Logical Node Information...
  • Page 825 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS PoleDscGAPC: Pole Discordance logical nodes (850) GAPC class Attribute Name Attr. Type Explanation M/O/ Notes PoleDscGAPC Generic Automatic process control Data Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt...

  • Page 826: Logical Nodes For Metering And Measurement. Ln Group: M

    Phase to ground voltages Ground Voltage (VL1ER, ...) WYE_1 Phase currents (IL1, ...) Currents AuxV CMV_1 Auxiliary Phase Voltage Aux Voltage MMXU1: Measurements (850) MMXU class Attribute Name Attr. Type Explanation Notes MMXU_1 Measurement Data Common Logical Node Information ENC_0...
  • Page 827 Phase to ground voltages Ground Voltage (VL1ER, ...) WYE_1 Phase currents (IL1, ...) Currents AuxV CMV_1 Auxiliary Phase Voltage Aux Voltage MMXU2: Measurements (850, 889-sensitive ground) MMXU class Attribute Name Attr. Type Explanation Notes MMXU_2 Measurement Data Common Logical Node Information ENC_0...
  • Page 828 Health ENS_1 Health NamPlt LPL_1 Name plate Measured values WYE_1 Phase currents (IL1, ...) Currents DEL_0 WYE_0 CTSupMMXU: CT Supervision Metering (850) MMXU class Attribute Name Attr. Type Explanation Notes MMXU_CTS Measurement Data Common Logical Node Information ENC_0 Mode B-34...
  • Page 829 Measured values MV_0 Line Frequency HzRte MV_1 Line Frequency 2.7.2 MSQI Sequence and Imbalance MSQI: Sequence and Imbalance (850, 869) MSQI1: Sequence and imbalance (845-Slot J, 889-Slot J) K_MSQI: Sequence and imbalance (889) MSQI class Attribute Name Attr. Explanation M/O/C...
  • Page 830 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS Health ENS_1 Health NamPlt LPL_1 Name plate Measured values SeqA SEQ_0 Pos, Neg and Zero seq I0_P, I1_P, I2_P Current SeqV SEQ_0 Pos, Neg and Zero seq V0_P, V1_P, V2_P Voltage KxMSQI1: Sequence and imbalance (845-Slot K, 889-Slot K) MSQI class Attribute Name Attr.

  • Page 831: Logical Nodes For Instrument Transformers And Sensors. Ln Group: T

    Virtual output Status information CBOpCap ENS_2 Circuit breaker operating (BKR Openings Cnt - capability BREAKER Openings)*2 2.9.2 XSWI (Circuit Switch) XSWI: circuit breaker (850) XSWI class Attribute Name Attr. Explanation Notes Type XSWI_0 Circuit switch 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 832: Logical Nodes For Power Transformers. Ln Group: Y

    MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS Data Common Logical Node Information ENC_0 Mode ENS_0 Behavior Health ENS_1 Health NamPlt LPL_1 Name plate SPS_0 Local operation OpCnt INS_0 Operation counter Controls DPC_0 Switch position BlkOpn SPC_1 Block opening BlkClr SPC_1 Block closing Status information SwTyp...

  • Page 833: Logical Nodes For Further Power System Equipment. Ln Group: Z

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS 2.11 Logical Nodes for further power system equipment. LN Group: Z 2.11.1 ZGEN (Generator) GnStZGEN: Generator status (889) ZGEN class Attribute Name Attr. Explanation Notes Type GnStZGEN Generator Data Common Logical Node Information ENC_0 Mode ENS_0...

  • Page 834: Common Data Class

    MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MotLoad MV_1 MotCurrUnb MV_1 ThModBsdLoad MV_1 FltdMotLoad MV_1 FltdRMSCurA MV_1 FltdRMSCurB MV_1 FltdRMSCurC MV_1 FltdMagCurA MV_1 FltdMagCurB MV_1 FltdMagCurC MV_1 3 COMMON DATA CLASS The tables in this section use the following abbreviations: •...
  • Page 835 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS stVal Boolean dchg BVstring13 qchg Utctime 3.1.2 Integer Status (INS) INS_0 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute status stVal INT32 dchg BVstring13 qchg Utctime Vstring255 3.1.3 Enumerated Status (ENS) ENS_0 (Beh) Attribute Name Attribute Type TrgOp Value/Value Range...
  • Page 836 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS ENS_3 (AutoRecSt) Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute status stVal Enumerated dchg Close, Lockout, In progress,... BVstring13 qchg Utctime Vstring255 (869, 889) ENS_4 (Fault Type) Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute...
  • Page 837 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS 3.1.4 Protection activation information (ACT) ACT_0 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute control and status general Boolean dchg phsA Boolean dchg phsB Boolean dchg phsC Boolean dchg Bvstring13 qchg Utctime configuration, description and extension Vstring255 ACT_1...
  • Page 838 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 3.1.5 Directional protection activation information (ACD) ACD_0 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute control and status general Boolean dchg dirGeneral Enumerated dchg unknown | forward | (Byte) backward | both phsA Boolean dchg...

  • Page 839: Common Data Class Specifications For Measurand Information

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS (889) ACD_3 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute control and status general Boolean dchg dirGeneral Enumerated dchg unknown | forward | (Byte) backward | both Bvstring13 qchg Utctime configuration, description and extension Vstring255 dataNs Vstring255...
  • Page 840 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS f FLOAT32 GC_1 limDb INT32U Vstring255 (869) MV_1 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute measured attributes instMag FloatAnalogueValue ------ f FLOAT32 GC_1 FloatAnalogueValue dchg f FLOAT32 GC_1 range ENUMERATED(Byte) dchg BVstring13 qchg Utctime...
  • Page 841 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS configuration, description and extension Vstring255 dataNs Vstring255 (869) MV_5 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute measured attributes FloatAnalogueValue dchg f FLOAT32 GC_1 BVstring13 qchg Utctime configuration, description and extension Vstring255 dataNs Vstring255 3.2.2 Complex Measured Value (CMV)
  • Page 842 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS f FLOAT32 cVal FloatVector dchg mag FloatAnalogueValue f FLOAT32 range ENUMERATED(Byte) dchg BVstring13 qchg Utctime configuration, description and extension units Unit SIUnit Byte Multiplier Byte INT32U dbAng INT32U zeroDb INT32U rangeC RangeConfig Vstring255 dataNs Vstring255 (845, 869, 889)
  • Page 843 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS SIUnit Byte Multiplier Byte Vstring255 (845, 869, 889) CMV_4 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute measured attributes instCVal FloatVector ------ mag FloatAnalogueValue f FLOAT32 cVal FloatVector dchg mag FloatAnalogueValue f FLOAT32 range ENUMERATED(Byte) dchg...
  • Page 844 MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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 M/O/C Data phsA CMV_0 GC_1 phsB CMV_0 GC_1 phsC CMV_0 GC_1 neut CMV_0 GC_1 configuration, description and extension...
  • Page 845 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS (845, 869, 889) WYE_4 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C 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 846: Common Data Class Specifications For Controllable Status Information

    MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS SIUnit ENUMERATED(Byte Multiplier ENUMERATED(Byte Vstring255 3.3 Common data class specifications for controllable status information 3.3.1 Controllable single point (SPC) SPC_0 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute control and status stVal Boolean FALSE | TRUE AC_ST...
  • Page 847 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS ctlModel ENUMERATED ctlModel_1 operTimeout INT32U AC_CO_O Vstring255 3.3.2 Controllable double point (DPC) DPC_0 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute control and status Oper ctlVal Boolean AC_CO_M origin Originator CO,ST AC_CO_M orCat ENUMERATED orIdent OCTECT64...

  • Page 848: Common Data Class Specifications For Description Information

    MICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 3.3.4 Controllable enumerated status (ENC) ENC_0 (type Mod) Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute status stVal Enum dcgh BVstring13 qchg Utctime configuration, description and extension ctlModel ENUMERATED 3.4 Common data class specifications for description information 3.4.1 Device name plate (DPL) DPL_0 (type Mod) Attribute Name Attribute Type...
  • Page 849 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS MICS LPL_2 Attribute Name Attribute Type TrgOp Value/Value Range M/O/C DataAttribute control and status vendor Vstring255 swRev Vstring255 Vstring255 ldNs Vstring255 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE B-55...

  • Page 850: Tics Template For Server

    TICS TEMPLATE FOR SERVER CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS TICS Template for Server This section contains a template for the TISSUES (Technical Issues) Implementation Conformance Statement (TICS). According to the UCA IUG QAP (Quality Assurance Plan) the Tissue conformance statement is required to perform a conformance test and is referenced on the certificate.
  • Page 851 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS TICS TEMPLATE FOR SERVER Part 7-1 Description Implemented Tissue Y/na Data model namespace revision IEC 61850-7-4:2007[A] 1151 simulated GOOSE disappears after 1st appearance when LPHD.Sim = TRUE 1196 Extensions to standardized LN classes made by third parties Part 7-2 Description...
  • Page 852 TICS TEMPLATE FOR SERVER CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS Part 7-4 Description Implemented Tissue Y/na mistake in definition of Mod & Beh CDC of ZRRC.LocSta is wrong SIML LN Same data object name used with different CDC MotStr is used with different CDC in PMMS and SOPM LN classes Remove CycTrMod Enum SI unit for MHYD.Cndct...
  • Page 853 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS TICS TEMPLATE FOR SERVER Part 7-4 Description Implemented Tissue Y/na 1077 Rename DOnames within LTIM Part 8-1 Description Implemented Tissue Y/na Tracking of control (CTS) Fixed-length GOOSE float encoding File dir name length 64 Encoding of Owner attribute 1040 More associate error codes...

  • Page 854: Pics

    PICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS PICS This section contains the Protocol Implementation Conformance Statement (PICS) for the IEC 61850 interface in the 8 Series relays. Version 1.0 Date: July 23, 2015 1 General The following ACSI conformance statements are used to provide an overview and details about 8 Series relays, with firmware 1.80: •...

  • Page 855: Acsi Models Conformance Statement

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS PICS 3 ACSI models conformance statement The ACSI models conformance statement is defined in Table B.2. Table B.2: ACSI models conformance statement Client/ Server/ Value/ Subscriber Publisher Comments If Server or Client side (B11/12) supported Logical device Logical node Data...

  • Page 856: Acsi Service Conformance Statement

    PICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS Client/ Server/ Value/ Subscriber Publisher Comments If SVC (B41/B42) is supported Multicast SVC Unicast SVC For all IEDs Time Y = service is supported N or empty = service is not supported 4 ACSI service conformance statement The ACSI service conformance statement is defined in Table B.3 (depending on the statements in Table B.1).
  • Page 857 CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS PICS ACSI Service Client Sub Server Pub Comments TP/MC Setting group control SelectActiveSG SelectEditSG SetEditSGValues ConfirmEditSGValues GetEditSGValues GetSGCBValues Reporting Buffered report control block (BRCB) Report S24-1 1,2 data- change (dchg) S24-2 1,2 quality- change (qchg) S24-3 1,2 data-update...
  • Page 858 PICS CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS ACSI Service Client Sub Server Pub Comments TP/MC SetGoCBValues GSSE (Ed2:61850-7-2 Annex C) SendGSSEMessage Deprecated GSSE Control Block (Ed2:61850-7-2 Annex C) GetGsReference Deprecated GetGSSEDataOffset Deprecated GetGsCBValues Deprecated SetGsCBValues Deprecated Transmission of sampled value model (SVC) Multicast SV SendMSVMessage Use for 9-2LE or IEC 61869-9...

  • Page 859: Pixit

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS PIXIT PIXIT This section contains the Protocol Implementation eXtra Information for Testing (PIXIT) for the IEC 61850 interface in the 8 Series relays. Version 1.0 Date: July 23, 2015 Introduction This document specifies the protocol implementation extra information for testing (PIXIT) of the IEC 61850 interface in 8 Series relays.

  • Page 860: Pixit For Server Model

    PIXIT CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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 Overflow OutofRange BadReference Oscillatory Failure OldData Inconsistent Inaccurate Source: Process...

  • Page 861: Pixit For Data Set Model

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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 862: Pixit For Reporting Model

    PIXIT CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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...

  • Page 863: Pixit For Goose Publish Model

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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 Behavior when the GOOSE publish DUT keeps GoEna=F configuration is incorrect Configuration tool does not allow wrong configuration to be uploaded into device.

  • Page 864: Pixit For Goose Subscribe Model

    PIXIT CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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 865: Pixit For Control Model

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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"...
  • Page 866 PIXIT CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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).

  • Page 867: Pixit For Time Synchronisation Model

    CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS 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 Behavior 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 868 PIXIT CHAPTER B: IEC 61850 IMPLEMENTATION DETAILS B-74 8 SERIES PROTECTIVE RELAY PLATFORM – COMMUNICATIONS GUIDE...

  • Page 869: Warranty

    Grid Solutions 8 Series Protective Relay Platform Appendix C: Warranty and Revision History Warranty and Revision History This Appendix includes the warranty and revision history. Warranty For products shipped as of 1 October 2013, GE warrants most of its GE manufactured products for 10 years.
  • Page 870 CHANGES Initial release of combined 8 Series Communications Guide This manual replaces the following individual product Communications Guides: • 850 Feeder Protection System Communications Guide (1601-0299-A5) • 845 Transformer Protection System Communications Guide (1601-0409-A2) • 869 Motor Protection System Communications Guide (1601-0451-A3)

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