modbus communications protocol manual

Equipped with Relion® technology

eVD4Breaker Integrated Protection RBX615Modbus Communication Protocol Manual

Document ID: 1MRS757103Issued: 2011-12-13

Revision: BProduct version: 2.0

© Copyright 2011 ABB. All rights reserved

CopyrightThis document and parts thereof must not be reproduced or copied without writtenpermission from ABB, and the contents thereof must not be imparted to a thirdparty, nor used for any unauthorized purpose.

The software or hardware described in this document is furnished under a licenseand may be used, copied, or disclosed only in accordance with the terms of suchlicense.

TrademarksABB and Relion are registered trademarks of the ABB Group. All other brand orproduct names mentioned in this document may be trademarks or registeredtrademarks of their respective holders.

WarrantyPlease inquire about the terms of warranty from your nearest ABB representative.

ABB S.p.A.

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Via Friuli, 4

I-24044 Dalmine

Telephone: +39 035 6952 111

Facsimile: +39 035 6952 874

[email protected]

http://www.abb.com

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DisclaimerThe data, examples and diagrams in this manual are included solely for the conceptor product description and are not to be deemed as a statement of guaranteedproperties. All persons responsible for applying the equipment addressed in thismanual must satisfy themselves that each intended application is suitable andacceptable, including that any applicable safety or other operational requirementsare complied with. In particular, any risks in applications where a system failure and/or product failure would create a risk for harm to property or persons (including butnot limited to personal injuries or death) shall be the sole responsibility of theperson or entity applying the equipment, and those so responsible are herebyrequested to ensure that all measures are taken to exclude or mitigate such risks.

This document has been carefully checked by ABB but deviations cannot becompletely ruled out. In case any errors are detected, the reader is kindly requestedto notify the manufacturer. Other than under explicit contractual commitments, inno event shall ABB be responsible or liable for any loss or damage resulting fromthe use of this manual or the application of the equipment.

ConformityThe IED is designed in accordance with the international standards of the IEC60255 series, EMC Directive 2004/108/EC and MV circuit breaker standard IEC62271-100.

Table of contents

Section 1 Introduction.......................................................................3This manual........................................................................................3Intended audience..............................................................................3Product documentation.......................................................................4

Product documentation set............................................................4Document revision history.............................................................5Related documentation..................................................................6

Symbols and conventions...................................................................6Symbols.........................................................................................6Document conventions..................................................................6

Section 2 Modbus overview.............................................................9Modbus standard................................................................................9

Ethernet communication................................................................9Application data implementation ...................................................9Terms and definitions..................................................................10

Section 3 Vendor-specific implementation.....................................11Modbus link alternatives...................................................................11

TCP/IP link...................................................................................11TCP/IP interface configuration...............................................11Modbus TCP/IP diagnostic counters......................................12

Supported function codes.................................................................13Application functions....................................................................13Exception codes..........................................................................14

Application data................................................................................14Modbus data objects...................................................................14Modbus data implementation......................................................15Data mapping principles..............................................................16

Data in monitoring direction....................................................16One bit data mapping.............................................................16Data in control direction..........................................................16

Digital input data..........................................................................17Multiple digital inputs mapping...............................................17

Measurand registers....................................................................18Primary and per-unit values...................................................18Register sizes.........................................................................19Register saturation.................................................................19Time of update.......................................................................19

Control operations.......................................................................20

Table of contents

Breaker Integrated Protection RBX615 1Communication Protocol Manual

Control functions....................................................................21Control operations through 4X register structures..................22Additional control operations..................................................23

System status registers ..............................................................24SSR1......................................................................................24SSR2 .....................................................................................25SSR3 .....................................................................................26SSR4 .....................................................................................26SSR5 .....................................................................................27SSR6 .....................................................................................27

User definable data.....................................................................28User definable registers.........................................................29User definable bits..................................................................29Data exceptions......................................................................29Data properties.......................................................................29Unmapped data locations.......................................................29UDR data configuration..........................................................30UDR value manipulation.........................................................30

Event records .............................................................................31Single event record structure.................................................31Single event record reading...................................................32Other event record registers...................................................33Multiple event records reading...............................................37

Fault records ...............................................................................39Fault record structure.............................................................39Fault record reading...............................................................40Other fault record registers.....................................................41

Parameter setting group selection...............................................42Time synchronization ..................................................................42

Real-time clock structure........................................................43Writing to real-time structures................................................43

Device information.......................................................................44ASCII character coding..........................................................45ASCII string syntax.................................................................45

Reset time structure....................................................................45

Section 4 Modbus parameters and diagnostics.............................47Parameter list...................................................................................47Monitored data..................................................................................48

Section 5 Modbus data mappings..................................................49Point list for RBX615 Ver. 2.0...........................................................50

Section 6 Glossary.........................................................................87

Table of contents

2 Breaker Integrated Protection RBX615Communication Protocol Manual

Section 1 Introduction

1.1 This manual

The communication protocol manual describes a communication protocolsupported by the IED. The manual concentrates on vendor-specific implementations.

1.2 Intended audience

This manual addresses the communication system engineer or system integratorresponsible for pre-engineering and engineering for communication setup in asubstation from an IED perspective.

The system engineer or system integrator must have a basic knowledge ofcommunication in protection and control systems and thorough knowledge of thespecific communication protocol.

1MRS757103 B Section 1Introduction


1.3 Product documentation

1.3.1 Product documentation set

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Application manual

Operation manual

Installation manual

Service manual

Engineering manual

Commissioning manual

Communication protocolmanual

Technical manual

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Application manualApplication manual

Operation manualOperation manual

Installation manualInstallation manual

Service manualService manual

Engineering manualEngineering manual

Commissioning manualCommissioning manual

Communication protocolmanualCommunication protocolmanual

Technical manualTechnical manual

en07000220.vsd

IEC07000220 V1 EN

Figure 1: The intended use of manuals in different lifecycles

The engineering manual contains instructions on how to engineer the IEDs usingthe different tools in PCM600. The manual provides instructions on how to set up aPCM600 project and insert IEDs to the project structure. The manual alsorecommends a sequence for engineering of protection and control functions, LHMIfunctions as well as communication engineering for IEC 61850 and othersupported protocols.

The installation manual contains instructions on how to install the IED. Themanual provides procedures for mechanical and electrical installation. The chaptersare organized in chronological order in which the IED should be installed.

The commissioning manual contains instructions on how to commission the IED.The manual can also be used by system engineers and maintenance personnel forassistance during the testing phase. The manual provides procedures for checkingof external circuitry and energizing the IED, parameter setting and configuration as

Section 1 1MRS757103 BIntroduction


well as verifying settings by secondary injection. The manual describes the processof testing an IED in a substation which is not in service. The chapters are organizedin chronological order in which the IED should be commissioned.

The operation manual contains instructions on how to operate the IED once it hasbeen commissioned. The manual provides instructions for monitoring, controllingand setting the IED. The manual also describes how to identify disturbances andhow to view calculated and measured power grid data to determine the cause of afault.

The troubleshooting manual contains quick answers to frequently asked questionsabout the IED use. The manual provides instant solutions to the problems that theend used might face while using the IED, both at commissioning and during theeVD4 life.

The service manual contains instructions on how to service and maintain the IED.The manual also provides procedures for de-energizing, de-commissioning anddisposal of the IED.

The application manual contains application descriptions and setting guidelinessorted per function. The manual can be used to find out when and for what purposea typical protection function can be used. The manual can also be used whencalculating settings.

The technical manual contains application and functionality descriptions and listsfunction blocks, logic diagrams, input and output signals, setting parameters andtechnical data sorted per function. The manual can be used as a technical referenceduring the engineering phase, installation and commissioning phase, and duringnormal service.

The communication protocol manual describes a communication protocolsupported by the IED. The manual concentrates on vendor-specific implementations.

The point list manual describes the outlook and properties of the data pointsspecific to the IED. The manual should be used in conjunction with thecorresponding communication protocol manual.

Some of the manuals are not available yet.

1.3.2 Document revision historyDocument revision/date Product series version HistoryA/2010-10-14 1.0 First release

B/2011-12-13 2.0 Content updated to correspond to theproduct series version



Download the latest documents from the ABB Web sitehttp://www.abb.com/mediumvoltage.

1.3.3 Related documentationProduct-specific point list manuals and other product series- and product-specificmanuals can be downloaded from the ABB web site http://www.abb.com/mediumvoltage.

1.4 Symbols and conventions

1.4.1 Symbols

The caution icon indicates important information or warning relatedto the concept discussed in the text. It might indicate the presenceof a hazard which could result in corruption of software or damageto equipment or property.

The information icon alerts the reader of important facts andconditions.

The tip icon indicates advice on, for example, how to design yourproject or how to use a certain function.

Although warning hazards are related to personal injury, it is necessary tounderstand that under certain operational conditions, operation of damagedequipment may result in degraded process performance leading to personal injuryor death. Therefore, comply fully with all warning and caution notices.

1.4.2 Document conventionsA particular convention may not be used in this manual.

• Abbreviations and acronyms in this manual are spelled out in the glossary. Theglossary also contains definitions of important terms.

• Push-button navigation in the LHMI menu structure is presented by using thepush-button icons.To navigate between the options, use and .

• HMI menu paths are presented in bold.Select Main menu/Settings.

• WHMI menu names are presented in bold.

Section 1 1MRS757103 BIntroduction


HTTP://WWW.ABB.COM/MEDIUMVOLTAGE



Click Information in the WHMI menu structure.• LHMI messages are shown in Courier font.

To save the changes in non-volatile memory, select Yes and press .• Parameter names are shown in italics.

The function can be enabled and disabled with the Operation setting.• Parameter values are indicated with quotation marks.

The corresponding parameter values are "On" and "Off".• IED input/output messages and monitored data names are shown in Courier font.

When the function starts, the START output is set to TRUE.



Section 2 Modbus overview

2.1 Modbus standard

Modbus is a communication protocol developed by the Modicon company in the1970’s. Originally it was used for communication in PLCs and RTU devices. Lateron the Modbus protocol has been used in a variety of different device applications.Today the Modbus protocol is mainly used over serial communication networksand Ethernet.

The Modbus serial communication and the Ethernet based Modbus TCP/IPcommunication in this IED follow the specifications maintained by ModbusOrganization.

Modbus communication reference guides are downloadable fromTechnical Resources at www.modbus.org.

2.1.1 Ethernet communicationModbus communication over Ethernet TCP/IP is of client-server type. This IEDoperates as a Modbus server.

Modbus TCP/IP connection is established when the Modbus client opens a TCPsocket connection to the Modbus server. The socket port 502 on the TCP/IP stackis reserved for Modbus. If the connection request is accepted by the server, theclient can start communicating with the server unit.

IEDs can usually accept several simultaneous Modbus TCP/IP client connectionseven though the number of connections is limited. It is possible to configure theIED to only accept socket connection requests from known client IP addresses.

2.1.2 Application data implementationThis IED is designed to operate with a wide range of different Modbus masters andclients. The Modbus memory map offers the possibility to view IED's internalprocess data in a simple I/O map style which is mainly aimed at PLC masters andother process automation devices. Time-tagged, chronological event lists and faultrecords can be read over the Modbus interface. These data are more suitable forSCADA type of Modbus masters.

The Modbus standard defines four main memory areas for mapping IED's processdata. Due to its open nature, the Modbus standard does not define exactly what

1MRS757103 B Section 2Modbus overview


HTTP://WWW.MODBUS.ORG

type of data should be mapped to each memory area. The Modbus mappingapproach of the IED ensures that the same process data are readable from as manyModbus memory areas as possible. The users may then choose the memory areasthat are most suitable for their Modbus master systems.

All Modbus data in the IEDs can be accessed using command functions belongingto Modbus conformance classes 0 and 1. This means that most master systems areable to communicate with the IED.

2.1.3 Terms and definitionsModbus data appears in different memory areas in the Modbus device. The fourmost common areas are coils, digital input, input register and holding register.These are also referred to as 0X, 1X, 3X and 4X areas respectively.

Data within these four areas are addressed from 1 onwards. Modbus definesaddressing in two ways: PLC addressing starts from address 1 and regular Modbusdata addressing starts from 0. For example, a holding register at PLC address 234can be referred to either as 4X register 234 or as 40234. The regular Modbusaddressing, that is the PLC address decremented by one, is shown when analyzingthe Modbus traffic on the physical network.

Listings and references to the Modbus data in this documentation follow the PLCaddressing scheme. Refer also to the Modbus protocol standard documentation thatcan be found for free at www.modbus.org.

Section 2 1MRS757103 BModbus overview


HTTP://WWW.MODBUS.ORG

Section 3 Vendor-specific implementation

3.1 Modbus link alternatives

Modbus communication is only possible over the Ethernet interface.

3.1.1 TCP/IP linkThe IED operates as a Modbus TCP/IP server. A Modbus TCP/IP client canestablish a connection to the IED through the standardized TCP socket port 502.

The Modbus TCP/IP interface of the IED can be configured to accept severalsimultaneous Modbus client connections. It is possible to grant connections only tothe predefined TCP/IP clients. The write authority of the Modbus TCP/IP client isconfigurable.

Modbus TCP usually shares the Ethernet connection with the otherEthernet based protocols of the IED. The number of Ethernet basedclients that can be simultaneously connected to the IED is restricted.

3.1.1.1 TCP/IP interface configuration

The Modbus TCP/IP protocol uses the Ethernet interface. The general setupparameters of Ethernet, for example the IED's own IP address, are found via theLHMI path Configuration/Communication/Ethernet.

Client connectionsThe Modbus TCP/IP server accepts as many simultaneous client connections asdefined with the Max TCP/IP clients parameter:

• The setting range for the parameter is 0...5.• If the parameter value is zero, the Modbus TCP/IP server connection is not in

use.• The parameter works in conjunction with the parameters of a registered

Modbus TCP/IP client.

When client X reconnects, the old connection of that client is disconnected and thenew connection is accepted to avoid zombie clients. When the maximum numberof clients are connected, a new connection request is handled as follows:

1MRS757103 B Section 3Vendor-specific implementation


• If there are unregistered clients connected, the one with the longest silentperiod is disconnected and a new connection is accepted.

• If there are only registered clients connected, the new connection request isrejected.

It is possible to predefine the client or clients which are always granted Modbus TCP/IP connections by registering the clients' IP addresses. For example, if fourconcurrent connections are allowed and three of them are registered, they are seenas Client connection 1...Client connection 3. These three registered connections arethen dedicated to certain clients only and the fourth connection is available to otherclients.

Client IP addressesThere are five Modbus setting parameters for Modbus client IP addresses. Theparameter value "0.0.0.0" indicates that the client IP address is not defined.

If there are, for example, four available TCP/IP connections defined and one of theconnections is to be dedicated for a certain client X, enter the client X's IP addressto the Client IP1 parameter. The IP addresses of the Modbus clients 2..4 can be setto "0.0.0.0". The setting of the Modbus client5 IP address has no meaning in thisexample as the connection is not in use. In this example, the TCP/IP session 1 isdedicated to the client X which means that this registered client X is always able toconnect to the IED. Unregistered clients can connect to sessions 2...4. However, anunregistered client connection request can be rejected if sessions 2...4 are alreadyoccupied. The write authority can also be assigned differently for registered TCP/IP clients.

Client's write authorityThe registering of a Modbus client affects the client's write authority and thereading of latched Modbus data.

The TCP write authority parameter can be set to three different states:

• 0 = No write authority for any Modbus TCP/IP client• 1 = Write authority only for registered Modbus TCP/IP clients• 2 = Write authority for all Modbus TCP/IP clients

The possible blocking of write operation does not include the selection writeoperation that has to be done to read out Modbus event and fault record structures.

3.1.1.2 Modbus TCP/IP diagnostic counters

Modbus TCP/IP counters can be viewed via the LHMI path Monitoring/Communication/Modbus/Ethernet.

Counters related to the possible Modbus TCP/IP instances 1...5 have the suffixes 1…5 (N). The counters show the complete Modbus protocol link frames and Modbus

Section 3 1MRS757103 BVendor-specific implementation


errors. The Ethernet communication driver maintains its own counters for lowerlevel communication diagnostics.

Table 1: TCP/IP diagnostic counters

Counter DescriptionReceived framesN

Total amount of received Modbus frames.

Transmittedframes N

Total amount of transmitted Modbus responses.

Transmitted ExcA N

Total amount of exception responses 1 and 2. These exception responsesusually reveal configuration errors on the Modbus client’s side.

Transmitted ExcB N

Total amount of exception responses 3. These exceptions reveal the IEDapplication level rejections.

Status N Shows the value "True" if the TCP/IP or serial instance is in use. This means thata Modbus client has connected to the TCP socket and Modbus TCP messagesare received regularly at least with a 30 second interval or faster. In all othercases this value shows "False". Resetting of all diagnostic counters in theinstance N is done by writing value "True" into this same Status N object.

The counters and status of an instance N are reset when the client makes a TCPsocket disconnection or if the TCP socket connection keep alive times out.

The common (instance independent) Modbus TCP/IP diagnostic counters can bereset separately by writing the value 0 into them.

Table 2: Common (instance independent) Modbus TCP/IP diagnostic counters

Counter DescriptionCnReject Nosockets

The amount of connection requests that are rejected due to unavailable TCPsockets.

CnReject Not reg The amount of connection requests that are rejected since the client is notregistered.

3.2 Supported function codes

3.2.1 Application functionsTable 3: Supported application functions

Functioncode

Name Description

01 Read coil status Reads the status of discrete outputs.

02 Read digital input status Reads the status of discrete inputs.

03 Read holding registers Reads the contents of output registers.

04 Read input registers Reads the contents of input registers.

05 Force single coil Sets the status of a discrete output.

06 Preset single register Sets the value of a holding register.

Table continues on next page



Functioncode

Name Description

08 Diagnostics Checks the communication systembetween the master and the slave.

15 Force multiple coils Sets the status of multiple discrete outputs.

16 Preset multiple registers Sets the value of multiple holding registers.

23 Read/write holding registers Exchanges holding registers in one query.

3.2.2 Exception codesTable 4: Supported exception codes

Functioncode

Name Description

01 Illegal function The slave does not support the requestedfunction.

02 Illegal data address The slave does not support the dataaddress or the number of items in thequery is incorrect.

03 Illegal data value A value contained in the query data fieldis out of range.

3.3 Application data

3.3.1 Modbus data objectsThe Modbus protocol in RBX615 IED is built on top of the internal IEC 61850data model. Thus, the Modbus application data objects, proprietary events andMCD bits are derived from IEC 61850 data objects and data set reporting. TheRBX615 IED have a predefined IEC 61850 data set configuration. In other words,it is predefined which internal data object changes the RBX615 IED detect.

The available Modbus indications in the RBX615 IED are generally selected fromthe IEC 61850 indications residing in data sets. Objects that do not reside in anydata set are updated to the Modbus database slower. This concerns, for example,some measurand register values. Fast changes in these object values may not bedetected or propagated to the Modbus database. However, the latest value of theseobjects is always found in the Modbus database. The DS column in the Modbuspoint list manual shows if the object resides in some data set as a default.

For a list of the available data objects, see the point list manual.



3.3.2 Modbus data implementationThe IED is internally modelled according to the IEC 61850 standard. The Modbusprotocol is implemented on top of this model. However, all features of theIEC61850 data model are not available through the Modbus interface.

The Modbus protocol standard defines one bit digital data and 16 bit register dataas the application data alternatives but it does not define exactly how the digitaldata and the register data should be used by the application. Instead, the choice ofthe usage is left to the IEDs implementation.

Change events and time synchronizationThe Modbus standard does not define event reporting or time synchronizationprocedures. Proprietary solutions have been introduced in this IED to support thesefunctionalities.

Control operationsThe Modbus standard defines data types 0X for coils and 4X for holding registersto be used for control operations. This IED supports both data types.

Depending on the controlled object, the control operations may be of direct-operateor select-before-operate type. Control operations include automatic checking forauthorization, local and remote blockings and preventing simultaneous controllingby multiple clients.

Application data compatibilityThis IED is designed to operate with a wide range of Modbus masters spanningfrom industrial PLCs to substation SCADA devices. The application solutions havebeen chosen to achieve the highest possible level of compatibility with these systems:

• Application data are readable in many different Modbus memory areas. Digitaldata are readable as bits or packed bits in registers.

• Primarily 16 bit register sizes are used for measurands. 32 bits are used only insome rare cases.

• The measurands can be freely rescaled by the user.• The proprietary Modbus event buffer can be read in many different ways. A

master can continuously read and log change events in real time or, forexample, read out the n latest events on demand.

• Change detect data can be used as an alternative to the event record reading tocatch fast indication data transitions between the master scans.

• The Modbus fault record gives a summary of the captured max-min values andprotection stages starting and possibly tripping during a fault.

• The addressing of the application data in the documentation and tools followsthe so-called Modbus-PLC addressing principle where the base address 1 is



used. The application data addressing in this IED spans only between thelocations 1 and 9999.

• The Modbus memory mapped data in the monitoring direction can additionallybe re-assembled into user definable registers or bits in a specific UDR memoryarea. The data can then be scanned also from this area.

3.3.3 Data mapping principlesModbus data is organized sequentially. This is the most efficient organizationmethod since the master normally scans the Modbus data in blocks.

3.3.3.1 Data in monitoring direction

All data in the monitoring direction is available through the 3X and 4X memoryareas.This includes the digital indication data which is also readable in the 1X and0X areas.

All register structures are located in the 4X area.

The Modbus data may contain empty bits or registers within the sequential dataareas. These bits and registers are intended for possible future expansion. Readingthis data does not result in any Mobdus exception response. The value in these bitsor registers is always zero.

3.3.3.2 One bit data mapping

All one bit data in the IED is readable either from the 0X or 1X memory area. TheModbus bit point addresses are similar regardless of the memory area. In addition,the same one bit data can also be read either from the 3X or the 4X area. In thiscase the bit values are packed into 16 bit 3X and 4X registers. The bit locationsfollow a pattern similar to the 0X and 1X locations.

If a one bit value is located in the 0X or 1X bit address 2893, the same bit valuecan also be found in the 3X or 4X register 180 (2893 DIV 16) at bit 13 (2893 MOD16). The addressing pattern is evident when the address numbers are expressed in ahexadecimal format: 2893 = 0xB4D, 180 = 0xB4, 13 = 0xD.

3.3.3.3 Data in control direction

IED controls, set points and acknowledgements are mapped to Modbus 0X data(coils). Coils can only be operated one by one.

Some control bits are packed bits in the 4X control register structures. The 4Xcontrol structure contains a password which has to be given before starting controloperations.



3.3.4 Digital input dataIndication signals related to protection applications often change rapidly. Thus, theModbus master might not be able to detect all changes.

Momentary- and momentary change detect bitsIn this IED, indications are presented as two adjacent Modbus bits in the Modbusmemory map. The two bits represent the momentary position and the momentarychange detect state of the indication.

MOM

MCD

A070894 V2 EN

Figure 2: Change detection bit

If the momentary value of an indication bit has changed two times or more sincethe master last read it, the MCD bit is set to one. When the MCD bit has been read,it is reset to zero. Since indications usually are 1-active, it is easy to detect anindication activation by combining the MOM and MCD bits using a logical ORoperation (MOM+MCD). The momentary position bit and the MCD bit of a certainindication point always occur as pairs in the Modbus memory map.

Observe that the MCD bit states are client dependent. The MCD bit is only resetfor the specific Modbus client that reads it. Thus, other Modbus clients may stillreceive value one from the same MCD bit when it is read.

MOM indication changes are captured in the IED's sequential Modbus eventbuffer. Additionally, the Modbus event buffer provides a time stamp andchronology of indication changes.

3.3.4.1 Multiple digital inputs mapping

Digital inputs related to two-bit DPC or DPS objects, for instance circuit breakerand disconnectors, have a multiple mapping in the Modbus address space. Theobjects’ open and close bits are coded as MOM+MCD bit pair entities. The MCDbits reveals if the object has changed its position several times since the Modbusmaster last scanned it. In addition, the open and close bits are also coded usingMOM values only, among with a fault bit. The fault bit is set to "1" when theobject is in intermediate (00) or faulty (11) position.



Table 5: Bit treatment

Bits TreatmentClose MOM One 2 bit entity

Close MCD

Open MOM One 2 bit entity

Open MCD

:

Close MOM One 1 bit entity

Open MOM One 1 bit entity

Faulty position MOM One 1 bit entity

:

The MOM values are identical in each entity. The MCD bit is only reset if theMOM bit in the same entity is read.

3.3.5 Measurand registersThe Modbus measurands are located in the Modbus register area. The measurandsare readable from both 3X and 4X areas from the same register addresses.

The Modbus measurands derive from the IED's internal, original IEC 61850measurand values. Modbus register values in this IED are always in integer format.Since the internal IEC 61850 values are often represented as decimal numbers, theModbus stack needs to scale these values to integer format. Thus, there alwaysexists a scaleFactor and an offset parameter for each Modbus register value. Theuser can freely configure these parameters with CMT.

The formula for calculating the Modbus register value is:

Modbus value IEC Value scaleFactor Offset = ×( ) +61850

A070857 V1 EN (Equation 1)

The range of the original IEC 61850 value can be seen in the Modbus memory mappoint list.

All frequently updated data are readable from a sequential data area. Additionally,there is a separate sequential data area for measurands and counters with a slowupdate rate.

3.3.5.1 Primary and per-unit values

Measurands originating from CT or VT measurements can be obtained from theIED in two ways. They can be viewed either as primary values or as per-unit values.

The primary values are represented internally as decimal numbers. The primaryunits are [A] for current and [kV] for voltage. The internal representation of the per-



unit values is always 1.0 at nominal current or voltage. A typical range for a per-unit value is 0.00...40.00, that is 0 to 40 times nominal. With CMT the user canselect how these values are presented in the Modbus register. It may be necessaryto upscale or downscale the primary values to fit the register's 16 bit integer value.The register's scaleFactor and offset parameters can be used for this purpose. As adefault, this IED shows per-unit values multiplied with the scaleFactor 1000.

3.3.5.2 Register sizes

In most cases the measurands or counters are located in single 16 bit registers. Themeasurands are either unsigned or signed two's complement values while thecounters are always unsigned values.

In some rare cases the measurands or counter values can be located in twoconsecutive registers, thus forming a single 32 bit integer value. The 32 bit value isalways coded so that the high word part, that means the higher 16 bits, is locatedfirst in the lower register address. The low word part, that means the lower 16 bits,is then always in the next register address.

Register sizes and types are clearly stated in the Modbus memory map list.

3.3.5.3 Register saturation

After a re-scaling operation the Modbus value may exceed the limit of the Modbusregister representation. The Modbus value then saturates to the closest max or minvalue of the register size in question.

3.3.5.4 Time of update

Some Modbus values may have a time structure attached to their values in theModbus memory map. This is often the case with demand measurement values.The time structure shows the time when the value was last updated.

Table 6: Time structure data

Address Register Values CommentN TimeStamp

(Year,Month) High byte:year, low

byte:month

N+1 TimeStamp (Day,Hour) High byte:day, lowbyte:hour

N+2 TimeStamp (Min,Sec) High byte:min, lowbyte:seconds

N+3 TimeStamp(Milliseconds)

Word: milliseconds

N+4 Time quality See the table abouttime quality register



Table 7: Time quality register

Bit Meaning Values15 Time format 0 = Local time

1 = UTC time

14 Time source 0 = Internal (RTC)

1 = Modbus stack

13 RTC not synchronized 0 = RTC synchronized

1 = Not synchronized

12 RTC Failure 0 = RTC OK

1 = RTC failure

11...0 Not used 0

3.3.6 Control operationsThe IED's outputs can be controlled either through the 0X coil objects or 4Xholding register control structures. Refer to the Modbus control objects' memorymap for the available control objects.

The control objects in this IED are either single point or double point control objects.

Single point control object output typesSingle point control objects can be either pulse outputs or persistent outputs.

The Modbus client can only write "1" to the pulse outputs. This write operationactivates the control operation and there is no need for the Modbus client to everwrite "0" to the object.

The Modbus client can write both "1" and "0" to the persistent outputs. Therefore,the persistent outputs have two defined levels: "0" and "1".

Most of the outputs in this IED are pulse outputs.

Control operation modesThis IED supports two control models: direct-operate and select-before-operate.The single point control objects in this IED are of direct-operate type. The doublepoint control objects can be configured either into the direct-operate or select-before-operate mode.

An output cannot support both direct-operate and select-before-operate modes at the same time.

The double point select-before-operate mode is usually used for the circuit breakeroperations. It consists of four controllable objects:



• Select open• Select close• Cancel selection• Operate (=execute) selection

Direct operate of a double point object consists of two controllable objects:

• Direct open (writing a "1" value opens the circuit breaker, writing a "0" valuecloses the circuit breaker)

• Direct close (writing a "1" value closes the circuit breaker, writing a "0" valueopens the circuit breaker)

Direct operate of a double point object is always possible. Select-before-operate control is possible if the controllable object's controlmodel is set to "sbo-with-enhanced-sequrity".

3.3.6.1 Control functions

Generally, output objects are controlled one at a time. The IED accepts onlyfunctions 05 (force single coil) and 15 (force multiple coils), when the 0X coilscontrol structure is used for control operation.

Only one control bit can be operated at a time when the 4X control structures areused.

Exception codesOnly a few exception code alternatives exist for the write coil and write registerrequests in Modbus:

• 01 = illegal function• 02 = illegal address• 03 = illegal value

The exception code 03 is also returned if a command operation is rejected due tothe IED's other internal reasons. The client can find the code for the internalrejecting reason in the SSR6 register.

Internal control rejection reasons with coils may be, for example:

• The client has no write authority.• The IED is in local state.• The control operation is already reserved by another client and thus blocked.

If a positive acknowledgement is returned, the control command has been initiatedby the IED.



3.3.6.2 Control operations through 4X register structures

The control outputs can be operated through the control structures in the 4Xregister area. This means that the control output is also located as a bit within thevalue and bit mask registers of the 4X control structure. Although usually less,there may be up to eight control structures defined in the IED.

The control structure operations can be controlled with passwords. As a default, nopasswords exist for the structures. Any four character ASCII string can be used as apassword. The password string “****” with four asterisks, that is ASCII code 42,indicates that a password is not used.

Table 8: Single control structure

Location Meaning4x Reg N Execute register

4x Reg N+1 Password register 1 high, two ASCII characters

4x Reg N+2 Password register 2 low, two ASCII characters

4x Reg N+3 Value register

4x Reg N+4 Bitmask register

With the control operations the client must assemble the control structure registervalues and write them into the IED.

Execute register

Control step (select, execute or cancel) is executed when value "1" is written intothis register.

Password register 1

If a password is defined, the two first ASCII characters of the four characterpassword are written into this register: the first character into the higher byte andthe second character into the lower byte of the register. If no password is definedfor the control structure, this register is not checked by the IED.

Password register 2

If a password is defined, the two last ASCII characters of the four characterpassword are written into this register: the third character into the higher byte andthe fourth character into the lower byte of the register. If no password is defined forthe control structure, this register is not checked by the IED.

Value register

Set the register bit corresponding to the output to the proper write value. For pulsetype outputs the value is always "1".

Bitmask register



Set the register bit corresponding to the object to be operated to "1". All other bitsmust be set to zero.

Control structure register assembling orderThe Modbus client can assemble all the control structure registers and write themin one multiple registers write function 16 request.

The Modbus client can also write the registers in several separate transactions oreven one by one using registers write function 06. The execute register has to bewritten last and no more than 15 seconds may occur between the separate registerwrites. The control structure operation will time out after 15 seconds after the lastregister write. The timeout between select and operate steps is fixed to 15 secondsregardless of the controllable object’s configured timeout value.

If several clients are allowed to perform control operationssimultaneously, this method should not be used by more than one ofthe multiple clients in question.

Exception codesOnly a few exception code alternatives exist for control structures:

• 01 = illegal function• 02 = illegal address• 03 = illegal value

The exception code 03 is also returned if a command operation is rejected due tothe IED's other internal reasons. The client can find the code for the internalrejecting reason in the SSR6 register.

The primary internal rejection reasons for control structure write operations may befor example:

• The Modbus control structure write has timed out (15 sec).• The client has no write authority.• The IED is in the local state.• The control operation is blocked, that means already reserved, by another client.

If a positive acknowledgement is returned, the control command has been initiatedinside the IED.

3.3.6.3 Additional control operations

Secured and unsecured control operationsIf the control command initiates an object that is internally defined to perform asecured control operation, the SSR6 register CmdState bits will show "CommandIn Progress" during the actual control operation. Once the command sequence is



over, the SSR6 command state bits change to "Response Ready”. The contents ofthe SSR6 CmdResultCode can then be examined.

In unsecured operation mode, the positive confirmation response to a Modbuscommand request is based on the internal, IEC 61850 level, positive activationconfirmation and not on the command termination confirmation. In securedoperation mode, the Modbus command response is always based on the terminationconfirmation.

The update of the SSR6 bits (sequence number + command state) is based on thetermination confirmation in both operation modes. If a new control operation isissued by the client before the previous command has been concluded, that isbefore the SSR6 has been updated, the operation is rejected because the commandoperation still in progress.

Disable coil writingIt is possible to disable the coil writing operations for the objects that are modelledboth as coil 0X and 4X control structure bits.

Location of control structuresOne or several control structures may be defined in the IED. If there are severalcontrol structures, they are located one after another in the Modbus 4X memorymap. Refer to the IED's Modbus memory map for the actual locations of controlstructures.

3.3.7 System status registersThe ModbusSSRx 16 bit system status registers are located at the beginning of theregular Modbus map at addresses 40128...40133. The regular Modbus map startsfrom register location 128. See the Modbus memory map for the actual locations ofSSRx registers. The SSRx registers can also be read from the 3X register area fromcorresponding register addresses.

Table 9: System status registers

Register Description AddressSSR1 Device health 40128

SSR2 Device mode 40129

SSR3 Data available 1 40130

SSR4 Data available 2 40131

SSR5 Device alive counter 40132

SSR6 Last command result 40133

3.3.7.1 SSR1

The device health SSR1 register is located at address 40128. The bits in SSR1 arecommon for all Modbus clients. The bits in SSR1 give an overview of the IED's



health. If a specific bit in this register is "1," it signifies a warning or an error in thehardware entity in question.

More specific warning and error codes can be read from elsewherein the Modbus memory. Refer to the Modbus memory map forthese register locations.

Table 10: 16-bit SSR1 register

Bit Meaning0 Device global warning

1 Device global error

2 Slot 0 (BSB) warning or error

3 Slot 2 (PSP) warning or error

4 Slot 3 (BIO) warning or error

5...15 0 = not used

3.3.7.2 SSR2

The device mode SSR2 register is located at address 40129. The bit values in SSR2are common for all Modbus clients. The bits give an overview of the IED's mode.For example, bit 6 is activated if the IED's configured time synchronization sourceis lost.

Table 11: 16 bit SSR2 register

Bit Meaning0 Test mode (1= Device is set into test mode)

1 Local/Remote Off (0= On, 1= Off)

2 Local/Remote state (0= Remote, 1= Local, only relevant if Bit 1=0)

3...5 Active setting parameter setting group (bit 3 = LSB)001 = Setting group 1010 = Setting group 2011 = Setting group 3100 = Setting group 4101 = Setting group 5110 = Setting group 6

6 IED time synchronization failure (1 = Failure)

7 0 = not used

8 Last reset cause (1= Power reset)

9 Last reset cause (1= Watchdog reset)

10 Last reset cause (1= Warm reset)

11...15 0 = not used



3.3.7.3 SSR3

The data available 1 SSR3 register is located at address 40130. The bit values inthe SSR3 register are Modbus client dependent.

Bits 0 and 1 are set to "1" as long as the client in question has not read out theavailable Modbus event or fault records.

Bit 4 is set to "1" if any momentary bit has been updated in the Modbus memorymap. The bit is reset when the client reads the register.

Bit 5 is set to "1" if any MCD bit has been set in the Modbus memory map. The bitis reset when the client reads the register.

Bit 6 is set to "1" to indicate the device restart. The bit is reset when the clientreads this register.

Bit 8 is set to "1" when an event record has been loaded into registers49252...49262. The bit is reset when the client writes the reset code 4 to the eventrecord selection register 49251.

Bit 9 is set to "1" when a fault record has been loaded into registers starting from49402. The bit is reset when the client writes the reset code 4 to the fault recordselection register 49401.


Bit Meaning0 Unread event records available

1 Unread fault records available

2 0 = not used

3 0 = not used

4 Any MOM bit updated

5 Any indication MCD bit set

6 Device restart bit

7 0 = not used

8 Event record ready for reading

9 Fault record ready for reading

10...15 0 = not used

3.3.7.4 SSR4

The data available in SSR4 register is located at address 40131. The bit values inSSR4 are Modbus client dependent.

Bits 0...15 in the SSR4 registers correspond to different data categories in theregular Modbus memory map. Bit 0 corresponds to data category 1, bit 1 to datacategory 2 and so on.



If a bit is set to "1", some data belonging to the category in question has changedsince the client last scanned the register. The SSR4 bit or bits are cleared when theregister is read.

The data category number for each Modbus data is shown in the Modbus memorymap. The meaning of the category number is available in a separate table. If thedata have not been assigned to any category, the data category number for that datais set to "0". The data category number is freely configurable with PCM600/CMT.The table below is an example of how the categories can be divided.


Bit Meaning Data category0 Data in category 1 changed 1 = Physical inputs

1 Data in category 2 changed 1 = Protection function start/trip

2 Data in category 3 changed 1 = LED Alarm

3 Data in category 4 changed 1 = New disturbance record available

4 Data in category 5 changed 1 = New demand values

5 Data in category 6 changed 1 = New peak demand values

6 Data in category 7 changed 0










3.3.7.5 SSR5

The device alive counter SSR5 register is located at address 40132. SSR5 simplycounts upwards from 0 to 65535 and then starts over. The meaning of this registeris to assure that the device is actually operating.

3.3.7.6 SSR6

The last command result SSR6 register is located at address 40133. This clientdependent SSR6 register shows the result of a specific client's last write attempt.This is especially useful if the exception code 03 appears or if the commandinitiates a secured control operation. The client will only see its own results, not theresults of other clients. A client with no write authority will receive a 0x0000 valueresponse when reading this register.




ClientCmdSEQNo Cmd State Resp Type CMDResultCode15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0

ClientCmdSEQNo

Counts the client's failed control operations from 0000...1111, that is 0...15, andthen starts over. Observe that successful control operations are not counted.

CmdState

00 = No write command has ever been issued by this client

01 = Command in progress

11 = Response Ready

RespType

01 = Unsecured control response

10 = Secured control response

11 = Modbus 03 exception response valid. CMDResultCode is in this case 0. Thereason for the 03 exception is an invalid written value.

Table 15: CMDResultCode

Code Meaning0 OK

201 Device in local mode

202 Control operation reserved by another client

203 Select-timeout or Execute/Cancel without select

204 Control operation internally blocked

205 Control operation timed out

250 Other reason

3.3.8 User definable dataThere can be several reasons for defining UD data. For example, the user may wantto repack a limited amount of important data into sequential addresses andthereafter only scan this smaller set of data. Especially with serial links, this savesbandwidth and improves response times.

User definable register can be used if more advanced rescaling and re-manipulatingof the regular Modbus register is needed.



3.3.8.1 User definable registers

The Modbus register areas 3X and 4X from 1 to 127 can be compiled freely by theuser. Almost any regular register data in the Modbus memory map can be made toappear as a register copy in this UDR memory area. The regular Modbus sourceregister is not moved away from its original location and thus it can be read alsofrom the original location.

3.3.8.2 User definable bits

The Modbus bit address areas 0X and 1X from bit 16 to 2047 can be freelycompiled by the user. Almost any regular bit data in the Modbus memory map canbe made to appear as a bit data copy in this UDB memory area. The regularModbus source bit data are not moved away from their original location and thusthey can be read also from the original location.

The bit 16 is the first valid bit address in the address space becausethe register and bit addresses overlap and the register addresses startfrom the register location 1. The bit address 16 is the same asregister 1, bit 0.

3.3.8.3 Data exceptions

Some exceptions exist for the Modbus source data concerning the UD mapping:

• None of the system status registers or fixed register structures can appear inthe UD area.

• UD registers/bits themselves cannot act as source data for other UD data.• Modbus source data can only be attached to one UD location.

3.3.8.4 Data properties

The UD data inherits all properties from the source data. This applies to:

• The memory areas on which the source data are located• Data pre-scaling in case of registers

3.3.8.5 Unmapped data locations

It is possible to partially scan unmapped register or bit locations, also known asgaps. No exception responses are generated. The unmapped locations always returndata value 0.



3.3.8.6 UDR data configuration

UDR definitions can be created using CMT.

3.3.8.7 UDR value manipulation

UDR values are initially copied from the source register. Thereafter the followingmanipulations can be applied to the UDR value:

• Additional rescaling of the source data value.• Swapping high/low words within the 32 bit register types.• Changing the saturation points of the UDR values, that is, the bit-length of the

source value can be redefined. Also the justification of the redefined bitswithin the Modbus register can be defined.

• Swapping high/low bytes within the 16 bit register types.

Table 16: UDR scaling alternatives

Scaling alternative Setting DescriptionNo scaling No change is made to the sourceValue

Ratio scaling UDRScaleArg1 = Min in

Uses all 4 scaling argumentsUDRScaleArg1...UDRScaleArg4.

UDRScaleArg2 = Max in

UDRScaleArg3 = Minout

UDRScaleArg4 = Maxout

Multiplicativescaling

UDRScaleArg1 =Multiplicand Uses the argument UDRScaleArg1 (Min in)

Divisior scaling UDRScaleArg1 = Divisor Uses the argument UDRScaleArg1 (Min in)

Ratio scaling Operation

The sourceValue is to be checked for saturation. If it is less than Min in, the UDRresult value is equal to Min out. If it is greater than Max in, the UDR result value isMax out. Otherwise the UDR result value is calculated as

• X = (MaxOut-MinOut)/(MaxIn-MinIn)• UDR_ResultValue = X*sourceValue + (MinOut-X*MinIn)

Multiplicative scaling Operation

UDR_resultValue = sourceValue*multiplicand

Divisior scaling Operation

UDR_resultValue = sourceValue/Divisor



3.3.9 Event recordsThe IED creates a Modbus event record when a momentary digital input bitchanges its value. The IED then stores the changed Modbus bit location and valueinto the Modbus event record buffer. The event time tag is also stored into therecord. The time tag includes a full time stamp from a year down to milliseconds.

Modbus event generation on/off is selectable for each individual momentary bit inthe Modbus memory map. It is possible to define whether events are to begenerated from the rising edge- or both edges' transitions of the momentary bit.

Modbus events can also be generated from selected Modbus registers. Thisconcerns registers containing status information. In this case events would begenerated each time the register's integer value changes.

The size of the IED's internal Modbus event record buffer is 500 events. The 500latest events are at any time readable from the IED. When the Modbus event recordbuffer becomes full, the IED overwrites the oldest event records in the buffer.

Multiple clients supportSeveral Modbus clients can independently of one another read out Modbus eventrecords from the IED. The Modbus event buffer keeps track of where in the eventbuffer the different clients are reading at the moment. Clients are identified eitherby the serial port from where the requests are issued or by the client's IP address inthe TCP/IP network. Up to 25 different IP addresses are memorized by the IED.

3.3.9.1 Single event record structure

The Modbus event record structure is located at addresses 49251...49262.

Table 17: Event record structure

Address Register Values Comment49251 Event selection 1...4 and -1...-499 Write register

49252 Sequence Number 0...65535

49253 Unread records left 0...499

49254 TimeStamp(Year,Month)

High byte:year, low byte:month

49255 TimeStamp (Day,Hour)

High byte:day, low byte:hour

49256 TimeStamp (Min, Sec) High byte:min, low byte:second

49257 TimeStamp(Milliseconds)

Word: milliseconds (0...999)

49258 Event type See separate description




Address Register Values Comment49259 Data Object ID 1 0 or UID high word See separate description

49260 Data Object ID 2 Modbus address or UID lowword

49261 Data Value Modbus data value Value into which object haschanged

49262 Data Value Additional data

The event record can have two different data object identification alternatives. Thedata object can be identified by the Modbus address on which the object resides orit can be identified by a unique id which is platform dependent.

The identification alternative is selected with the Modbus parameter Event ID.

3.3.9.2 Single event record reading

As long as there are unread Modbus events available for the Modbus client inquestion, bit 0 of Modbus SSR3 register remains "1".

Events are read in two steps. First, the client writes a selection code to the Eventselection register at location 49251. The selection code defines the type of readoperation that the client wants to perform. The selected event record is loaded bythe IED into the following 11 registers from 9252 to 9262. Second, the client readsout the 11 registers in one multiple register read operation.

Event records can be read by using two commands, function 5 forthe write operation and function 3 for the read operation, or byusing function 23 that includes write and read operations in thesame transaction.

If event records are read by using two commands, the positiveconfirmation to the write select operation tells the client that anevent record has been loaded for reading. Another way to detect thepositive confirmation is by monitoring the state of SSR3 bit 8.

Selection code 1: Reading the oldest unread recordWhen writing the selection code 1, the IED first checks the client. If the client hasread events before, the IED knows which internal event has been sent to thisspecific client during the last reading. The IED then loads the next event, that is theoldest unread, into the next 11 registers. If this is the first time the client readsevents from the IED, the oldest event of the Modbus event buffer is loaded into the11 event record registers.



Selection code 2: Reading the oldest stored recordSelection code 2 always forces the event reading to go back to the oldest event inthe Modbus event buffer. The oldest event record is then loaded into the 11 eventrecord registers. After the client has read out this record, the next record becomesthe oldest unread. The client can continue with the selection code 1 by reading outthe oldest unread event record again.

Selection code -1...-499A negative selection code, that is a 16 bit two's complement value, defines howmany records backwards from the newest event the event record reading is to bemoved. For example, the ten latest events could be read out at any time by firstselecting -10, reading out the event and then continuing with the selection code 1 toread out the nine additional event records. There can be 500 event records altogether.

Selection code 3: Resetting the event read pointerThe write selection 3 is not followed by a read operation. The selection 3 meansthat there are no unread records in the Modbus event buffer left for the client inquestion, that is, the buffer is cleared. The next new event that is logged into theModbus event buffer becomes the first unread record for this specific client.

Selection code 4: Resetting SSR3 bit 8The write selection 4 is not followed by a read operation. The selection code onlyresets the bit 8 in SSR3.

If event records are read by using two commands, the client can re-read the 11 event record registers as many times as it wants. Aslong as no new selection write operation is performed, the contentsof the 11 event record registers are not changed.

3.3.9.3 Other event record registers

Sequence numberEvery Modbus event record is given a sequence number. The sequence numberruns from 1 to 65535 and then rolls over to 1 again. The client can check that thesequence numbers of the recorded data are sequential. During the event bufferoverflow the client can notice a jump in the sequence numbers when some eventrecords are lost. The gap between the new and the previous sequence numberreveals exactly how many event records have been lost.

Unread records leftThis register shows how many unread event records still remain unread for theclient in question at a particular moment.



Time stamp registersTime stamp is either in local time or UTC time. The time stamp alternative isselected with a Modbus parameter.

Time stamp registers usually hold two data values in the high and low byte of theregisters. High byte value = RegisterValue DIV 256, Low byte value =RegisterValue MOD 256. The Milliseconds register is an exception as it containsthe milliseconds 0...999 coded as such.

Event typeThis register contains information to interpret the event data correctly.

Table 18: Information contained by the 16 bit register

Bit Meaning Values15 Event time

stampformat

0 = Local time 1 = UTC time

14 Time stampsource

0 = Internal application 1 = Modbus stack

13 Clock notsynchronized

0 = Synchronized

1 = Time not synchronized

12 Clock failure 0 = Clock OK 1 = Clock failure

11 Reserved 0

10 Reserved 0

9 Reserved 0

8 Data objectID type

0 = Modbus address 1 = UID data

7...0 Data valueidentification

00000000 = One bit indication00000010 = Two bit indication00000100...00001010 = Integer value11111111 = reserved

00000001 = ACD indication00000011 = SEC indication+add data00001001 = reserved00001011...

Event time stamp format bit 15

The time stamp format can be selected with a Modbus parameter via the LHMI orCMT.

Event time stamp source bit 14

The time stamp can be generated by the IED application (accurate time) or byModbus. If generated by Modbus, the change values are detected by the Modbusbackground scan task. Since there is a latency time between the value change andthe time when Modbus detects the change, the time stamp is not accurate in this case.

Clock not synchronized bit 13



The quality information bit is set in the IED's real-time clock if the IED has notbeen synchronized.

Clock failure bit 12

The quality information bit is set in the IED's real-time clock if the clock has asevere failure. Do not rely on this time stamp.

Data object ID bit 8

The coding alternatives of the data object ID registers 1 and 2 are the Modbusaddress or UID. The coding alternatives cannot occur simultaneously in the IEDbut are selected and configured at the system setup phase. The default setting is"Modbus address".

The UID code is 32 bits wide and occupies both registers 9259 and 9260. The wordorder is high/low. The UID code refers to the functional design of the IED platformin which the object resides. Shortly, it means that the UID code is equal in all theplatform IEDs in which the same functional design and the same Modbus object isused.

Data value identification bits 5..0

Coding of the event data value is one bit, two bits or 32 bits. The coding dependson the IEC 61850 common data class which is the origin of the Modbus data inquestion.

Table 19: Modbus event value alternatives

Object derivedfrom IEC 61850

Class

Meaning One Bit DataValue

Two Bit DataValue

32 bit DataValue

SPS Single Point Status X

SPC Single Point Status of acontrollable object

X

DPS Dual Point Status X

DPC Dual Point Status of a controllableobject

X

ACT Trip status X

ACD Start/Pick-up status X

INS/INC Integer status X

Table 20: Interpretation of the one-bit data value

Register 9261 binary coded value Meaningxxxx.xxxx.xxxx.xxx0 Object in OFF position

xxxx.xxxx.xxxx.xxx1 Object in ON position



Table 21: Interpretation of the two-bit data value

Register 9261 binary coded value Meaningxxxx.xxxx.xxxx.xx00 Object in intermediate position (changing)

xxxx.xxxx.xxxx.xx01 Object in ON (close) position

xxxx.xxxx.xxxx.xx10 Object in OFF (open) position

xxxx.xxxx.xxxx.xx11 Object in faulty position

In case of a DPS/DPC two-bit event value (Data valueidentification = 2), the data object ID registers 9259 and 9260always refer to the Modbus address or UID of the CLOSEmomentary value bit.

Table 22: Interpretation of the integer status data value

Register address Meaning9261 Higher 16 bit part of the 32 bit integer value

9262 Lower 16 bit part of the 32 bit integer value

Table 23: Interpretation of the ACD data

Register address Meaning9261 xxxx.xxxx.xxxx.xxx0 Object in OFF position

xxxx.xxxx.xxxx.xxx1 Object in ON position

9262 xxxx.xxxx.xxxx.xx00 Start in unknown direction

xxxx.xxxx.xxxx.xx01 Start in forward direction

xxxx.xxxx.xxxx.xx10 Start in backwards direction

xxxx.xxxx.xxxx.xx11 Start in both directions

Table 24: Interpretation of the SEC data

Register address Meaning9261 xxxx.xxxx.xxxx.x000 Unknown security violation

xxxx.xxxx.xxxx.x001 Critical security violation

xxxx.xxxx.xxxx.x010 Major security violation

xxxx.xxxx.xxxx.x011 Minor security violation

xxxx.xxxx.xxxx.x100 Warning

9262 Security violations counter, 16 bits

The original SEC cnt attribute is actually defined as a 32 bit counter. The Modbusevent shows the least significant 16 bits of that counter, that is 0...65535.



3.3.9.4 Multiple event records reading

It is possible to read out up to 10 sequential event records in one event select/readtransaction. The number of sequential event records to be returned for reading shallbe written to the Num of records register (49250) in front of the selection register.This number can be written once or it can be rewritten for each select/readtransaction. If this number is never written, only one event record is returned.

If the Modbus client requests multiple event records, the returned records shouldalso be read out by the client. One record consists of 11 registers, two records of 22registers and so on. The read length must thus be adjusted depending on thenumber of records requested.

The selection/read operation is otherwise exactly similar to the single-record readcase. The next records to be returned always continues from the last record in theprevious read operation.

Reading out more event records than are available in the internalevent bufferThe requested amount of event records is always returned for reading. Forexample, if 10 event records are requested, but the IED only contains five eventrecords, the last valid event record is repeated (duplicated) in the last five eventrecords returned. The easiest way to detect the duplication is to check the sequencenumber of the event records. The sequence numbers remain similar to theduplicated event records.

Extended event record structureThe extended register addresses are 49250 and 49263-49361.

Table 25: Extended event record structure with the maximum of 10 event records

Address Register Values Description49250 Num of records 1...10 Write: Number of

Event structures

49251 Selection Write: Selection code

49252 Sequence Number 1

Event record 1

49253 Unread records left 1

49254 TimeStamp 1

49255 TimeStamp 1

49256 TimeStamp 1

49257 TimeStamp 1

49258 Event Type 1

49259 Data Object Id 1_1


49261 Data Value 1

49262 Data Value 1




Address Register Values Description49263 Sequence Number 2

Event record 2


49265 TimeStamp 2

49266 TimeStamp 2

49267 TimeStamp 2

49268 TimeStamp 2

49269 Event Type 2



49272 Data Value 2

49273 Data Value 2

49274 Sequence Number 3 Event record 3

: : : :


: : : :


: : : :


: : : :


: : : :


: : : :


: : : :

49351 Sequence Number 10

Event record 10


49353 TimeStamp 10

49354 TimeStamp 10

49355 TimeStamp 10

49356 TimeStamp 10

49357 Event Type 10



49360 Data Value 10

49361 Data Value 10



3.3.10 Fault recordsA fault record is created by the IED as a set of registrations during a detected faultperiod. The registration includes the selected peak values of the protection stages,the time of recording and a sequence number for the fault record.

The size of the IED's internal Modbus fault record buffer is 100 records. The 100latest fault records are at any time readable from the IED. The Modbus fault recordis Modbus dependent and the data organization and buffer size differ from theIED's initial system level registrations. When the Modbus fault record bufferbecomes full, the IED overwrites the oldest records in the buffer.

Multiple clients supportSeveral Modbus clients can independently of one another read out the Modbusfault records from the IED. The Modbus fault record buffer keeps track of where inthe buffer the different clients are reading at the moment. Clients are identifiedeither by the serial port from where the requests are issued or by the client's IPaddress in the TCP/IP network.

3.3.10.1 Fault record structure

The IED's fault record structure starts from the location 49401 and consists of afixed header part and an application data part. The application data part is alwaysIED type specific. The whole fault record including the IED-specific applicationdata part is found in the Modbus memory map section.

Table 26: Header part of the record structure

Address Register Values Comment49401 Fault record selection 1...4 and -1...-99 Write register

49402 Sequence Number 0...65535

49403 Unread records left 0...99

49404 TimeStamp (Year,Month) High byte:year, low byte:month

49405 TimeStamp (Day, Hour) High byte:day, low byte:hour

49406 TimeStamp (Min, Sec) High byte:min, low byte:second

49407 TimeStamp (Milliseconds) Word: milliseconds (0...999)

49408 Time quality

49409 From this location onwards starts the Fault record application data...

Fault record application data partThe data in the application section are IED type dependent. The description of thedata is found in the Modbus fault record section of the Modbus memory map.



3.3.10.2 Fault record reading

As long as there are unread fault records available for the Modbus client inquestion, bit 1 of the Modbus SSR3 register remains "1".

The fault record reading is done in two steps. First, the client writes a selectioncode to the Fault record selection register at the location 49401. The selection codedefines the type of read operation that the client wants to do. The selected faultrecord is loaded by the IED into the following N registers (49402-NNNN). Second,the client reads out these registers in one multiple register read operation.

The fault records can be read by using two commands, the function5 for the write operation and the function 3 for the read operation,or by using the function 23 that includes write and read operationsin the same transaction.

If the fault records are read by using two commands, the positiveconfirmation to the write select operation tells the client that a faultrecord has been loaded for reading. Another way to detect thepositive confirmation is by monitoring the state of SSR3 bit 9.

Fault record structure lengthSince the application data part is IED type dependent, the length of the fault recordstructures vary in different types of IEDs. A client can read out more Modbusregisters than are actually coded in one structure when reading out the datastructures. The maximum read amount is 80 Modbus registers. The additionaltrailing registers contain the value 0. The Modbus protocol will give an exceptionresponse if the client tries to read out too few registers from the fault record structure.

Selection code 1: Reading the oldest unread recordWhen writing the selection code 1, the IED first checks the client. If the client hasbeen reading fault records before, the IED knows which internal fault record hasbeen sent to this specific client during the last reading. The IED then loads the nextfault record, that is the oldest unread, into the registers following the selectionregister. If this is the first time the client reads fault records from the IED, theoldest fault record of the Modbus fault record buffer is given to the client.

Selection code 2: Reading the oldest stored recordThe selection code 2 always forces the fault record reading to go back to the oldestfault record stored in the buffer. The oldest fault record is then loaded into theregisters following the selection register. After the client has read out this record,the next record becomes the oldest unread. The client can continue by reading outthe oldest unread fault records again with the selection code 1.



Selection code -1...-99A negative selection code, that is a 16 bit two's complement value, defines howmany records backwards from the newest fault record the reading is to be moved.For example, the ten latest fault records can be read out at any time by firstselecting -10, reading out the record and then continuing with the selection code 1to read out the nine additional records

Selection code 3: Resetting the fault record read pointerThe write selection code 3 is not followed by a read operation. The selection 3means that there are no unread records in the Modbus fault record buffer left forthe client in question, that is, the buffer is cleared.. The next new fault record that islogged into the Modbus fault record buffer becomes the first unread record for thisspecific client.

Selection code 4: Resetting SSR3 bit 9The write selection 4 is not followed by any read operation. The selection codeonly resets bit 9 in SSR3.

If the fault records are read by using two commands, the client canre-read the given fault record registers as many times as it wants.As long as no new selection write operation is performed, thecontents of the fault record registers are not changed.

3.3.10.3 Other fault record registers

Sequence numberEvery fault record is given a sequence number. The sequence number runs from 1to 65535 and then rolls over to one again. The client can check that the sequencenumbers of the recorded data are sequential. During the fault record bufferoverflow the client can notice a jump in the sequence numbers when some faultrecords are lost. The gap between the new and the previous sequence numberreveals exactly how many records have been lost.

Unread records LeftThis register shows how many unread fault records still remain unread for theclient in question at a particular moment.

Time stamp registersThe time stamp registers usually hold two data values in the high and low byte ofthe registers. High byte value = RegisterValue DIV 256, Low byte value =RegisterValue MOD 256. An exception is the milliseconds register which containsthe milliseconds 0...999 coded as such. Time stamp also contains a time qualityregister.



Time qualityTable 27: Information contained by the 16 bit (bits 15..0) register

Bit Meaning Values15 Event time stamp format 0 = Local time 1 = UTC time

14 Time stamp source 0 = Internalapplication

1 = Modbus stack

13 Clock not synchronized 0 = Synchronized

1 = Time notsynchronized

12 Clock failure 0 = Clock OK 1 = Clock failure

11...0 Reserved 0

Event time stamp format bit 15

The time stamp format can be selected with a Modbus parameter via the LHMI orthe parameter setting tool.

Event time stamp source bit 14

The time stamp can be generated by the IED application, that is accurate time, orby Modbus. If generated by Modbus, the change values are detected by theModbus background scan task. Since there is a latency time between the valuechange and the time when Modbus detects the change, in this case the time stampis not accurate.

Clock not synchronized bit 13

The quality information bit is set in the IED's real-time clock if the IED has notbeen synchronized.

Clock failure bit 12

The quality information bit is set in the IED's real-time clock if the clock has asevere failure. Do not rely on this time stamp.

3.3.11 Parameter setting group selectionThe active parameter setting group can be changed by writing the new settinggroup number to 4X register 9231. See the IED documentation for the number ofavailable setting groups. Exception response 3 is given if the written value is out ofrange or the setting group changing is blocked.

3.3.12 Time synchronizationThe real-time clock inside the IED runs in UTC time. However, the local time isalso known by the IED through the time parameter settings. With Modbus the IEDtime can be viewed and set either in local time or UTC time.



Two identical time structures are available in the Modbus memory map: the IED'slocal time at location 49201...49208 and the internal UTC time at the location49211...49218.

Time synchronization can be given either to the local time structure or to the UTCtime structure.

The IED accepts Modbus time synchronization only if the Synchsource setting is set to "Modbus". The parameter can be set via theLHMI path Configuration/Time/Synchronization/Synch source.

3.3.12.1 Real-time clock structure

Table 28: Modbus real-time clock structure

Modbus address Register contents ValuesLocal Time UTC Time

49201 49211 Control register 0...2

49202 49212 Year 2000...9999

49203 49213 Month 1...12

49204 49214 Day 1...31

49205 49215 Hour 0...23

49206 49216 Minutes 0...59

49207 49217 Seconds 0...59

49208 49218 Milliseconds 0...999

3.3.12.2 Writing to real-time structures

The Modbus time synchronization can be done in several ways. Over the serialinterface, the host's synchronization write can be given with the Modbus broadcastaddress "0". Thus, all IEDs in the same serial network can be synchronized at thesame time.

Method 1: Synchronization in one stepThe registers 49201...49208 (49211...49218) should be written in one multipleregisters preset request (function 16) by a Modbus TCP/IP client or by a serialinterface master. The IED's Modbus address or the Modbus broadcast address canbe used with the serial interface. If the clock is written in one step, the write valueof the register 49201 (49211) is not checked by the IED.

Method 2: Synchronization in three steps1. The client reserves the time synchronization by writing value "1" to the

register 49201 (49211). If necessary, check that the reservation value is zero at



the beginning. If the time synchronization writing is already reserved byanother client, the IED returns the exception response 03.

2. The client writes the time structure to the IED. This can be done in onetransaction or alternatively each register can be written separately.

3. The client sets the clock by writing "2" into the register 49201 (49211). Whenthe value "2" is written, the timesync registers are latched onto the IED'sinternal clock and the reservation in 49201 (49211) is released.

The Modbus broadcast address cannot be used with thesynchronization method 2.

There is an internal timeout for the clock setting. The time synchronizationreservation is released if the clock is not set within two minutes. The client canabort the time synchronization at any time by writing "0" into the register 49201(49211). In that case the real-time clock is not set at all.

Other Modbus clients can read the currently running real-time clock even if thetime writing is reserved by another client.

3.3.13 Device informationThe IED's device information can be read from the Modbus registers 49001...49083.

If the information data are in practice shorter, the trailing registersin the response are filled with the value "0".

The Modbus device information is based on the IED's internal IEC 61850 deviceinformation model. All internal descriptions are coded as ASCII strings. TheModbus device information ASCII string includes the information from the IED:

• IED model (max. 12 characters)• IED type (max. 6 characters)• IED serial number (max. 12 characters)• IED location information (max. 34 characters)• CPU card SWand HW revision numbers• HMI card SW and HW revision numbers• Slot 0 (BSB) card SW and HW revision numbers• Slot 1 Unused• Slot 2 (PSP) card SW and HW revision numbers• Slot 3 (BIO) card SW and HW revision numbers• Slot 4 Unused

The IED does not need to contain cards in all slots nor does aspecific card need to include a CPU. The SW revision informationis simply omitted from the information string.



3.3.13.1 ASCII character coding

Table 29: The 8 bit ASCII character coding in the Modbus registers

Modbus register ASCII characterRegister 1 High byte = ASCII character 1

Register 1 Low byte = ASCII character 2

Register 2 High byte = ASCII character 3

: :

3.3.13.2 ASCII string syntax

Syntax:C(model;type;serialNo;location;swRev;hwRev)H(swRev;hwRev)0(swRev;hwRev)1(swRev;hwRev)2(swRev;hwRev)3(swRev;hwRev)4(swRev;HwRev)• Parenthesis and semicolon ASCII characters are used as delimiters inside the

string.• Section C(...) contains IED information and CPU version information.• Section H(...) contains version information of the local HMI card.• Sections 0(... ) to 4(...) contain version information of the additional

HW cards (slots 0...4).• If an additional card does not include any version information, it is signalled

with a ”-” (minus) character in the swRev field. If both swRev and hwRev aresignalled with ”-” signs, the card in question does not exist in the IED.

Example of an identification string could be:C(REF615;FE01;1VHR123456R2;feeder15.12;1.6;2.0)H(1.2;3.1)0(-;-)1(-;1.1)2(-;1.0)3(-;1.1)4(-;2.0)

The data within the C section is restricted to certain maximum lengths. Forexample, the user definable IED location is here restricted to a maximum of 34characters. If the IED location information on system level contains morecharacters, only the 34 first characters are displayed.

3.3.14 Reset time structureThe time and cause of the IED's last reset are stored into this structure. The resettime is taken directly from the IED's RTC at the startup. The clock might not beaccurate and the data can be corrupted.



Table 30: Reset time structure

Address Register Values Comment49221 TimeStamp

(Year,Month) High byte:year, low

byte:month

49222 TimeStamp (Day,Hour) High byte:day, lowbyte:hour

49223 TimeStamp (Min,Sec) High byte:min, lowbyte:seconds

49224 TimeStamp(Milliseconds)

Word: milliseconds

49225 Time Quality See Time quality table

49226 Cause of reset 1 = Power reset

2 = Watchdog reset

3 = Warm reset

Table 31: Time quality

Bit Meaning Values15 Time format 0 = Local time

1 = UTC time

14 Time source 0 = Internal (RTC)

13 RTC not synchronized 0 = RTC synchronized

1 = Not synchronized

12 RTC Failure 0 = RTC OK

1 = RTC failure

11...0 Not used 0



Section 4 Modbus parameters and diagnostics

4.1 Parameter list

The Modbus parameters can be accessed with PCM600 or via the LHMI pathConfiguration/Communication/Modbus.

Table 32: MODBUS settings

Parameter Values (Range) Unit Step Default DescriptionMaxTCPClients 0...5 5 Maximum number of Modbus TCP/IP

clients

TCPWriteAuthority 0=No clients1=Reg. clients2=All clients

2=All clients Write authority setting for Modbus TCP/IP clients

EventID 0=Address1=UID

0=Address Event ID selection

TimeFormat 0=UTC1=Local

1=Local Time format for Modbus time stamps

ClientIP1 000.000.000.000 Modbus Registered Client 1





CtlStructPWd1 **** Password for Modbus control struct 11)

CtlStructPWd2 **** Password for Modbus control struct 2







Internal Overflow 0=False1=True

0=False Modbus Internal Overflow: TRUE-System level overflow occured(indication only)

1) The amount of available control structures may vary depending on the IED type.

1MRS757103 B Section 4Modbus parameters and diagnostics


4.2 Monitored data

The Modbus Ethernet monitored data can be accessed with PST or via the LHMIpath Monitoring/Communication/Modbus/Ethernet.

Table 33: Modbus TCP/IP

Parameter Values (range) DescriptionReceived frames N1) 0...2147483648 Received Modbus frames by instance N

Transmitted frames N 0...2147483648 Transmitted Modbus frames by instance N

Transmitted Exec A N 0...2147483648 Transmitted exception responses 1 and 2 by instanceN

Transmitted Exec B N 0...2147483648 Transmitted exception responses 3 by instance N.

Cn Rejects No socket 0...2147483648 Connection rejections due to no free sockets

Cn Rejects Not reg 0...2147483648 Connection rejections due to not registered client IP.

Status N True, False Status of communication, instance N

Reset of diagnostic counters instance N

1) N = instance number 1, 2...

Section 4 1MRS757103 BModbus parameters and diagnostics


Section 5 Modbus data mappings

This document describes the Modbus data points and structures available in Ver. 1.0.

Point list table columns

0x addr Coil (0X) PLC address, base address = 1

Addr. Signal address

AFL-Common SA name AFL name of the corresponding data signal

Bit addr Bit (1X and 0X) PLC address, base address = 1

Ctrl bit Control bit (0..15) within control structure

Ctrl struct Control structure number

Description Signal description

Ds Object resides as default in some IEC 61850 data set (Y = yes, N = no)

Identification IED's internal IEC 61850 signal name

IEC 61850 name IEC 61850 signal description

Mode Control object mode: unsecured or secured

Reg addr Modbus register address (3X or 4X). PLC address, base address = 1

Reg.bit Register PLC address (3X and 4X) and bit within register (0..15)

Scale Scale factor, default setting

Type Register type and value interpretation: signed or unsigned

Value range Value range of the signal

1MRS757103 B Section 5Modbus data mappings


5.1 Point list for RBX615 Ver. 2.0

Section 5 1MRS757103 BModbus data mappings


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eman

d va

lue

for P

hase

A c

urre

nt0.

00 …

. 40.

00 [x

In]

2010

Tim

estru

ct (p

eak

valu

e ca

ptur

e)

Ti

me

stru

ctur

e (s

ee d

oc)

2011

2012

2013

2014

2015

u16

1000

LD0.

CM

STA1

.Max

Amps

2.m

agC

MM

XU1.

Max

dem

and

IL2

NM

ax. d

eman

d va

lue

for P

hase

B c

urre

nt0.

00 …

. 40.

00 [x

In]

2016

Tim

estru

ct (p

eak

valu

e ca

ptur

e)

Ti

me

stru

ctur

e (s

ee d

oc)

2017

2018

2019

2020

2021

u16

1000

LD0.

CM

STA1

.Max

Amps

3.m

agC

MM

XU1.

Max

dem

and

IL3

NM

ax. d

eman

d va

lue

for P

hase

C c

urre

nt0.

00 …

. 40.

00 [x

In]

2022

Tim

estru

ct (p

eak

valu

e ca

ptur

e)

Ti

me

stru

ctur

e (s

ee d

oc)

2023

2024

2025

2026

Cou

nter

s - C

ircui

t bre

aker

, aut

orec

lose

r20

27

(rese

rved

)0

2028

u16

1LD

0.D

ARR

EC1.

OpC

nt1.

stVa

lD

ARR

EC1.

CN

T_SH

OT1

NAu

tore

clos

er o

pera

tion

coun

ter (

1st s

hot)

0…65

535

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

2029

u16

1LD

0.D

ARR

EC1.

OpC

nt2.

stVa

lD

ARR

EC1.

CN

T_SH

OT2

NAu

tore

clos

er o

pera

tion

coun

ter (

2nd

shot

)0…

6553

520

30u1

61

LD0.

DAR

REC

1.O

pCnt

3.st

Val

DAR

REC

1.C

NT_

SHO

T3N

Auto

recl

oser

ope

ratio

n co

unte

r (3r

d sh

ot)

0…65

535

2031

u16

1LD

0.D

ARR

EC1.

OpC

nt4.

stVa

lD

ARR

EC1.

CN

T_SH

OT4

NAu

tore

clos

er o

pera

tion

coun

ter (

4th

shot

)0…

6553

520

32u1

61

LD0.

DAR

REC

1.O

pCnt

5.st

Val

DAR

REC

1.C

NT_

SHO

T5N

Auto

recl

oser

ope

ratio

n co

unte

r (5t

h sh

ot)

0…65

535

2033

u16

1LD

0.D

ARR

EC1.

FrqO

pCnt

.stV

alD

ARR

EC1.

FRQ

_OPR

_CN

TN

Auto

recl

oser

freq

uent

ope

ratio

n co

unte

r0…

6553

520

34u1

61

LD0.

T1PT

TR1.

TmsO

p.st

Val

T1PT

TR1.

THER

MLE

V_ST

NEs

timat

ed ti

me

to o

pera

te0…

6000

00 [s

]20

35u1

61

LD0.

T1PT

TR1.

TmsR

ecEn

a.st

Val

T1PT

TR1.

THER

MLE

V_EN

DN

Estim

ated

tim

e to

dea

ctiv

ate

BLK_

CLO

SE0…

6000

00 [s

]20

36

(rese

rved

)0

2037

(re

serv

ed)

0En

ergy

cou

nter

s20

38u1

610

LD0.

MPT

TR1.

Thm

LevS

tM

PTTR

1.TH

ERM

LEV_

STN

Ther

mal

leve

l at b

egin

ning

of m

otor

sta

rtup

0.00

…9.

99

2039

u16

10LD

0.M

PTTR

1.Th

mLe

vEnd

MPT

TR1.

THER

MLE

V_EN

DN

Ther

mal

leve

l at t

he e

nd o

f mot

or s

tartu

psi

tuat

ion

0.00

…9.

9920

40u1

61

LD0.

MPT

TR1.

StrIn

hTm

s.st

Val

MPT

TR1.

T_EN

ARES

TAR

TN

Estim

ated

tim

e to

rese

t of b

lock

rest

art

0...9

9999

[s]

2041

(re

serv

ed)

020

42u3

21

LD0.

PEM

MTR

1.Su

pWh.

actV

al H

igh

LD0.

PEM

MTR

1.Su

pWh.

actV

alN

Rev

erse

act

ive

ener

gy W

h0…

9999

9999

9 (u

nits

= s

eedo

c.)

2043

2044

u32

1LD

0.PE

MM

TR1.

SupV

Arh.

actV

al H

igh

LD0.

PEM

MTR

1.Su

pVAr

h.ac

tVal

NR

ever

se re

activ

e en

ergy

Var

0…99

9999

999

(uni

ts =

see

doc.

)20

4520

46u3

21

LD0.

PEM

MTR

1.D

emW

h.ac

tVal

Hig

hLD

0.PE

MM

TR1.

Dem

Wh.

actV

alN

Forw

ard

activ

e en

ergy

Wh

0…99

9999

999

(uni

ts =

see

doc.

)20

4720

48u3

21

LD0.

PEM

MTR

1.D

emVA

rh.a

ctVa

l Hig

hLD

0.PE

MM

TR1.

Dem

VArh

.act

Val

NFo

rwar

d re

activ

e en

ergy

VAr

0…99

9999

999

(uni

ts =

see

doc.

)20

4920

50

(rese

rved

)0

2051

(re

serv

ed)

020

52

(rese

rved

)0

Dia

gnos

tics

2053

u16

1LD

0.LP

HD

1.Ph

yHea

lth1.

stVa

lW

arni

ngY

Phys

ical

dev

ice

- War

ning

Cod

es: s

ee d

ocum

enta

tion

2054

u16

1LD

0.LP

HD

1.Ph

yHea

lth2.

stVa

lIn

tern

al F

ault

YPh

ysic

al d

evic

e - I

nter

nal F

ault

Cod

es: s

ee d

ocum

enta

tion

2055

u16

1D

R.R

DR

E1.F

ltNum

.stV

al

ND

istu

rban

ce re

cord

er -

Num

ber o

f rec

ordi

ngs

0…N

2056

u16

1D

R.R

DR

E1.M

emU

sed.

stVa

N

Dis

turb

ance

reco

rder

- R

ec. M

emor

y us

ed0…

100

[%]

2057

u16

1LD

0.LP

HD

1.N

umPw

rUp.

stVa

l

NPh

ysic

al d

evic

e - N

umbe

r of P

ower

ups

0…65

535

2058

u16

1LD

0.LP

HD

1.W

rmSt

r.stV

al

NPh

ysic

al d

evic

e - N

umbe

r of W

arm

sta

rts0…

6553

520

59u1

61

LD0.

LPH

D1.

Wac

Trg.

stVa

l

NPh

ysic

al d

evic

e - N

umbe

r of w

atch

dog

rese

ts0…

6553

520

60u1

61

LD0.

LPH

D1.

Num

Cm

pChg

.stV

al

NN

umbe

r of c

ompo

sitio

n ch

ange

s0…

6553

520

61

(re

serv

ed)

(rese

rved

)0

Circ

uit b

reak

er c

ondi

tion

mon

itorin

g20

62u3

21

LD0.

ESSC

BR1.

OpC

nt.s

tVal

ESSC

BR1.

NO

_OPR

YN

um o

f CB

oper

atio

ns -

low

wor

d0…

9999

920

63N

um o

f CB

oper

atio

ns -

high

wor

d

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

2064

u32

1LD

0.ES

SCBR

1.Pr

OpC

nt.s

tVal

ESSC

BR1.

NO

_PR

OT_

OPR

NN

um o

f ope

ratio

ns u

nder

load

- lo

w w

ord

0…99

999

2065

Num

of o

pera

tions

und

er lo

ad -

high

wor

d20

66u1

61

LD0.

ESSC

BR1.

InaT

mdC

nt.s

tVal

ESSC

BR1.

INA_

DAY

SN

Num

of i

nact

ive

days

for C

B0…

9999

2067

u16

1LD

0.ES

SCBR

1.Tm

msO

pn.m

ag.i

ESSC

BR1.

TRV_

OP_

TN

Trav

ellin

g tim

e fo

r Ope

n op

erat

ion

0…60

000

[ms]

2068

u16

1LD

0.ES

SCBR

1.Tm

msC

ls.m

ag.i

ESSC

BR1.

TRV_

CL_

TN

Trav

ellin

g tim

e fo

r Clo

se o

pera

tion

0…60

000

[ms]

2069

u16

100

LD0.

ESSC

BR1.

Tmm

sSpr

Cha

.mag

.iES

SCBR

1.SP

R_C

HR

_TN

Sprin

g ch

argi

ng ti

me

0.00

… 9

9.99

[s]

2070

i16

1LD

0.ES

SCBR

1.R

mnL

ifPhA

.stV

alES

SCBR

1.C

B_LI

FE_A

NR

emai

ning

CB

life,

pha

se A

-999

9…99

9920

71i1

61

LD0.

ESSC

BR1.

Rm

nLifP

hB.s

tVal

ESSC

BR1.

CB_

LIFE

_BN

Rem

aini

ng C

B lif

e, p

hase

B-9

999…

9999

2072

i16

1LD

0.ES

SCBR

1.R

mnL

ifPhC

.stV

alES

SCBR

1.C

B_LI

FE_C

NR

emai

ning

CB

life,

pha

se C

-999

9…99

9920

73u1

61

LD0.

ESSC

BR1.

Con

tQA.

stVa

lES

SCBR

1.C

ON

TAC

T_A_

QN

Con

tact

qua

lity,

pha

se A

0…10

0 [%

]20

74u1

61

LD0.

ESSC

BR1.

Con

tQB.

stVa

lES

SCBR

1.C

ON

TAC

T_B_

QN

Con

tact

qua

lity,

pha

se B

0…10

0 [%

]20

75u1

61

LD0.

ESSC

BR1.

Con

tQC

.stV

alES

SCBR

1.C

ON

TAC

T_C

_QN

Con

tact

qua

lity,

pha

se C

0…10

0 [%

]20

76u1

61

LD0.

ESSC

BR1.

TrvO

pQ.s

tVal

ESSC

BR1.

TRV_

OP_

QN

Trav

el ti

me

Ope

n qu

ality

0…10

0 [%

]20

77u1

61

LD0.

ESSC

BR1.

TrvC

lQ.s

tVal

ESSC

BR1.

TRV_

CL_

QN

Trav

el ti

me

Clo

se q

ualit

y0…

100

[%]

2078

u16

1LD

0.ES

SCBR

1.Sp

rCha

Q.s

tVal

ESSC

BR1.

SPR

_CH

R_Q

NSp

ring

char

ge q

ualit

y0…

100

[%]

2079

u16

1LD

0.ES

SCBR

1.Sp

rFac

Q.s

tVal

ESSC

BR1.

FAC

_QN

Sprin

g, fa

tal a

ttem

pt to

cha

rge,

qua

lity

0…10

0 [%

]20

80

(re

serv

ed)

(rese

rved

)0

2081

(rese

rved

)

(re

serv

ed)

020

82

(re

serv

ed)

(rese

rved

)0

2083

(rese

rved

)

(re

serv

ed)

0O

pera

tion

coun

ters

2084

u16

1C

TRL.

FCBC

SWI1

.OpC

ntR

s.st

Val

FCBC

SWI.O

pera

tion

coun

ter

NO

pera

tion

coun

ter

0…65

535

2085

u16

1C

TRL.

WC

BCSW

I1.O

pCnt

Rs.

stVa

lW

CBC

SWI.O

pera

tion

coun

ter

NO

pera

tion

coun

ter

0…65

535

2086

u16

1C

TRL.

MES

CSW

I1.O

pCnt

Rs.

stVa

lM

ESC

SWI.O

pera

tion

coun

ter

NO

pera

tion

coun

ter

0…65

535

2087

u16

1C

TRL.

TRC

SWI1

.OpC

ntR

s.st

Val

TRC

SWI.O

pera

tion

coun

ter

NO

pera

tion

coun

ter

0…65

535

…

LED

sta

tes

2091

u16

1LD

0.M

LED

GG

IO1.

INC

SO1.

stVa

l

YLe

d ob

ject

1 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2092

u16

1LD

0.M

LED

GG

IO1.

INC

SO2.

stVa

l

YLe

d ob

ject

2 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2093

u16

1LD

0.M

LED

GG

IO1.

INC

SO3.

stVa

l

YLe

d ob

ject

3 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2094

u16

1LD

0.M

LED

GG

IO1.

INC

SO4.

stVa

l

YLe

d ob

ject

4 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2095

u16

1LD

0.M

LED

GG

IO1.

INC

SO5.

stVa

l

YLe

d ob

ject

5 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2096

u16

1LD

0.M

LED

GG

IO1.

INC

SO6.

stVa

l

YLe

d ob

ject

6 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2097

u16

1LD

0.M

LED

GG

IO1.

INC

SO7.

stVa

l

YLe

d ob

ject

7 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

2098

u16

1LD

0.M

LED

GG

IO1.

INC

SO8.

stVa

l

YLe

d ob

ject

8 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2099

u16

1LD

0.M

LED

GG

IO1.

INC

SO9.

stVa

l

YLe

d ob

ject

9 s

tatu

s [.s

tVal

]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2100

u16

1LD

0.M

LED

GG

IO1.

INC

SO10

.stV

al

YLe

d ob

ject

10

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2101

u16

1LD

0.M

LED

GG

IO1.

INC

SO11

.stV

al

YLe

d ob

ject

11

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2102

u16

1LD

0.M

LED

GG

IO1.

INC

SO12

.stV

al

YLe

d ob

ject

12

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2103

u16

1LD

0.M

LED

GG

IO1.

INC

SO13

.stV

al

YLe

d ob

ject

13

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2104

u16

1LD

0.M

LED

GG

IO1.

INC

SO14

.stV

al

YLe

d ob

ject

14

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2105

u16

1LD

0.M

LED

GG

IO1.

INC

SO15

.stV

al

YLe

d ob

ject

15

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2106

u16

1LD

0.M

LED

GG

IO1.

INC

SO16

.stV

al

YLe

d ob

ject

16

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2107

u16

1LD

0.M

LED

GG

IO1.

INC

SO17

.stV

al

YLe

d ob

ject

17

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2108

u16

1LD

0.M

LED

GG

IO1.

INC

SO18

.stV

al

YLe

d ob

ject

18

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2109

u16

1LD

0.M

LED

GG

IO1.

INC

SO19

.stV

al

YLe

d ob

ject

19

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2110

u16

1LD

0.M

LED

GG

IO1.

INC

SO20

.stV

al

YLe

d ob

ject

20

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2111

u16

1LD

0.M

LED

GG

IO1.

INC

SO21

.stV

al

YLe

d ob

ject

21

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2112

u16

1LD

0.M

LED

GG

IO1.

INC

SO22

.stV

al

YLe

d ob

ject

22

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2113

u16

1LD

0.M

LED

GG

IO1.

INC

SO23

.stV

al

YLe

d ob

ject

23

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

2114

u16

1LD

0.M

LED

GG

IO1.

INC

SO24

.stV

al

YLe

d ob

ject

24

stat

us [.

stVa

l]0=

Off,

1=G

reen

, 2=R

ed,

3=Ye

llow

….

80

00

Con

trol s

truct

ure

180

01u1

6

For i

nfor

mat

ion

on c

ontro

l stru

ctur

e 1

bit

defin

ition

s, s

ee M

odbu

s co

ntro

ls ta

ble.

Con

trol S

truct

1 -

Exec

ute

regi

ster

Con

trol s

truct

ure

(see

Mod

bus

CPM

)80

02u1

6

C

ontro

l Stru

ct 1

- Pa

ssw

ord

1

8003

u16

Con

trol S

truct

1 -

Pass

wor

d 2

80

04u1

6

C

ontro

l Stru

ct 1

- C

ontro

l reg

iste

r

8005

u16

Con

trol S

truct

1 -

Con

firm

regi

ster

C

ontro

l stru

ctur

e 2

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

8006

u16

Fo

r inf

orm

atio

n on

con

trol s

truct

ure

2 bi

tde

finiti

ons,

see

Mod

bus

cont

rols

tabl

e.

C

ontro

l Stru

ct 2

- Ex

ecut

e re

gist

erC

ontro

l stru

ctur

e (s

ee M

odbu

sC

PM)

8007

u16

Con

trol S

truct

2 -

Pass

wor

d 1

80

08u1

6

C

ontro

l Stru

ct 2

- Pa

ssw

ord

2

8009

u16

Con

trol S

truct

2 -

Con

trol r

egis

ter

80

10u1

6

C

ontro

l Stru

ct 2

- C

onfir

m re

gist

er

Con

trol s

truct

ure

380

11u1

6

For i

nfor

mat

ion

on c

ontro

l stru

ctur

e 3

bit

defin

ition

s, s

ee M

odbu

s co

ntro

ls ta

ble.

Con

trol S

truct

3 -

Exec

ute

regi

ster

Con

trol s

truct

ure

(see

Mod

bus

CPM

)80

12u1

6

C

ontro

l Stru

ct 3

- Pa

ssw

ord

1

8013

u16

Con

trol S

truct

3 -

Pass

wor

d 2

80

14u1

6

C

ontro

l Stru

ct 3

- C

ontro

l reg

iste

r

8015

u16

Con

trol S

truct

3 -

Con

firm

regi

ster

C

ontro

l stru

ctur

e 4

8016

u16

Fo

r inf

orm

atio

n on

con

trol s

truct

ure

4 bi

tde

finiti

ons,

see

Mod

bus

cont

rols

tabl

e.

C

ontro

l Stru

ct 4

- Ex

ecut

e re

gist

erC

ontro

l stru

ctur

e (s

ee M

odbu

sC

PM)

8017

u16

Con

trol S

truct

4 -

Pass

wor

d 1

80

18u1

6

C

ontro

l Stru

ct 4

- Pa

ssw

ord

2

8019

u16

Con

trol S

truct

4 -

Con

trol r

egis

ter

80

20u1

6

C

ontro

l Stru

ct 4

- C

onfir

m re

gist

er

Con

trol s

truct

ure

580

21u1

6

For i

nfor

mat

ion

on c

ontro

l stru

ctur

e 5

bit

defin

ition

s, s

ee M

odbu

s co

ntro

ls ta

ble.

Con

trol S

truct

5 -

Exec

ute

regi

ster

Con

trol s

truct

ure

(see

Mod

bus

CPM

)80

22u1

6

C

ontro

l Stru

ct 5

- Pa

ssw

ord

1

8023

u16

Con

trol S

truct

5 -

Pass

wor

d 2

80

24u1

6

C

ontro

l Stru

ct 5

- C

ontro

l reg

iste

r

8025

u16

Con

trol S

truct

5 -

Con

firm

regi

ster

80

26

(rese

rved

)0

...

9000

D

evic

e ID

stri

ng90

01

Max

leng

th o

f dev

ice

ID s

tring

may

be

128

regi

ster

sD

evic

e ID

stri

ng (s

ee M

odbu

sC

PM)

9002

(re

serv

ed)

0...

91

28

Dev

ice

real

-tim

e cl

ock

in lo

cal t

ime

9201

u16

Rea

l-tim

e st

ruct

- C

ontro

l reg

iste

r (0.

.2)

92

02u1

6

R

eal-t

ime

stru

ct -

Year

(200

0..2

999)

92

03u1

6

R

eal-t

ime

stru

ct -

Mon

th (1

..12)

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

9204

u16

Rea

l-tim

e st

ruct

- D

ay (1

..31)

92

05u1

6

R

eal-t

ime

stru

ct -

Hou

r (0.

.23)

92

06u1

6

R

eal-t

ime

stru

ct -

Min

ute

(0..5

9)

9207

u16

Rea

l-tim

e st

ruct

- Se

cond

s (0

..59)

92

08u1

6

R

eal-t

ime

stru

ct -

Milli

seco

nds

(0..9

99)

92

09

(rese

rved

)0

9210

(re

serv

ed)

0D

evic

e re

al-ti

me

cloc

k in

UTC

tim

e92

11u1

6

R

eal-t

ime

stru

ct U

TC -

Con

trol r

egis

ter (

0..2

)

9212

u16

Rea

l-tim

e st

ruct

UTC

- Ye

ar (2

000.

.299

9)

9213

u16

Rea

l-tim

e st

ruct

UTC

- M

onth

(1..1

2)

9214

u16

Rea

l-tim

e st

ruct

UTC

- D

ay (1

..31)

92

15u1

6

R

eal-t

ime

stru

ct U

TC -

Hou

r (0.

.23)

92

16u1

6

R

eal-t

ime

stru

ct U

TC -

Min

ute

(0..5

9)

9217

u16

Rea

l-tim

e st

ruct

UTC

- Se

cond

s (0

..59)

92

18u1

6

R

eal-t

ime

stru

ct U

TC -

Milli

seco

nds

(0..9

99)

92

19

(rese

rved

)0

9220

(re

serv

ed)

0Ti

mes

tam

p of

last

dev

ice

rese

t92

21u1

6

R

eset

tim

e st

ruct

- Ye

ar (2

000.

.299

9)

9222

u16

Res

et ti

me

stru

ct -

Mon

th (1

..12)

92

23u1

6

R

eset

tim

e st

ruct

- D

ay (1

..31)

92

24u1

6

R

eset

tim

e st

ruct

- H

our (

0..2

3)

9225

u16

Res

et ti

me

stru

ct -

Min

ute

(0..5

9)

9226

u16

Res

et ti

me

stru

ct -

Seco

nds

(0..5

9)

9227

u16

Res

et ti

me

stru

ct -

Milli

seco

nds

(0..9

99)

92

28u1

6

R

eset

tim

e st

ruct

- R

easo

n1

= C

old

rese

t2

= W

atch

dog

rese

t4

= W

arm

rese

t92

29

(rese

rved

)0

9230

(re

serv

ed)

Ac

tive

para

met

er s

ettin

g gr

oup

9231

u16

-

-

Setti

ng g

roup

in u

se1.

..6...

(re

serv

ed)

092

49

Even

t rec

ord

stru

ctur

e92

50u1

60

Even

t rea

d se

lect

ion

-

Num

ber o

f eve

nts

reco

rds

in m

ultip

le e

vent

read

ing

1…10

9251

i16

0

Even

t rea

d op

erat

ion

sele

ctio

n-4

99…

3

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

9252

u16

0Ev

ent r

ecor

d 1

(11

regi

ster

s)-

Ev

ent r

ecor

d st

ruct

- Se

quen

ce n

umbe

rEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)92

53u1

60

Ev

ent r

ecor

d st

ruct

- U

nrea

d re

cord

s le

ft

9254

u16

0

Even

t rec

ord

stru

ct -

Tim

eSta

mp

(Yea

r,Mon

th)

92

55u1

60

Ev

ent r

ecor

d st

ruct

- Ti

meS

tam

p (D

ay, H

our)

92

56u1

60

Ev

ent r

ecor

d st

ruct

- Ti

meS

tam

p (M

in, S

ec)

92

57u1

60

Ev

ent r

ecor

d st

ruct

- Ti

meS

tam

p (M

illise

cond

s)

9258

u16

0

Even

t rec

ord

stru

ct -

Even

t ide

ntifi

catio

n

9259

u16

0

Even

t rec

ord

stru

ct -

Dat

a ob

ject

ID 1

92

60u1

60

Ev

ent r

ecor

d st

ruct

- D

ata

obje

ct ID

2

9261

u16

0

Even

t rec

ord

stru

ct -

Dat

a va

lue

92

62u1

60

Ev

ent r

ecor

d st

ruct

- D

ata

valu

e

9263 ... 9273

Even

t rec

ord

2 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9274 ... 9284

Even

t rec

ord

3 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9285 ... 9295

Even

t rec

ord

4 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9296 ... 9306

Even

t rec

ord

5 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9307 ... 9317

Even

t rec

ord

6 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9318 ... 9328

Even

t rec

ord

7 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9329 ... 9339

Even

t rec

ord

8 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9340 ... 9350

Even

t rec

ord

9 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9351 ... 9361

Even

t rec

ord

10 (1

1 re

gist

ers)

-

Even

t rec

ord

stru

ctur

eEv

ent r

ecor

d st

ruct

ure

(see

Mod

bus

CPM

)

9362

(re

serv

ed)

0...

94

00

Faul

t rec

ord

stru

ctur

e94

01i1

60

Faul

t rec

ord

read

sel

ectio

n-

Fa

ult r

ecor

d re

ad o

pera

tion

sele

ctio

n-9

9…3

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

9402

u16

0

Faul

t rec

ord

stru

ct -

Sequ

ence

num

ber

Hea

der

9403

u16

0

Faul

t rec

ord

stru

ct -

Unr

ead

reco

rds

left

94

04u1

60

Fa

ult r

ecor

d st

ruct

- Ti

meS

tam

p (Y

ear,M

onth

)

9405

u16

0

Faul

t rec

ord

stru

ct -

Tim

eSta

mp

(Day

, Hou

r)

9406

u16

0

Faul

t rec

ord

stru

ct -

Tim

eSta

mp

(Min

, Sec

)

9407

u16

0

Faul

t rec

ord

stru

ct -

Tim

eSta

mp

(Milli

seco

nds)

94

08u1

60

Fa

ult r

ecor

d st

ruct

- Ti

meS

tam

p (T

ime

qual

ity)

Fa

ult r

ecor

ds94

09

(rese

rved

)0

9410

(re

serv

ed)

094

11

(rese

rved

)0

9412

u16

1000

LD0.

FLTM

STA1

.MxD

ifAC

lcA.

mag

Max

diff

eren

tial c

urre

nt in

pha

se A

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9413

u16

1000

LD0.

FLTM

STA1

.MxD

ifAC

lcB.

mag

Max

diff

eren

tial c

urre

nt in

pha

se B

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9414

u16

1000

LD0.

FLTM

STA1

.MxD

ifAC

lcC

.mag

Max

diff

eren

tial c

urre

nt in

pha

se C

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9415

u16

1000

LD0.

FLTM

STA1

.MxR

stAC

lcA.

mag

Max

bia

s cu

rrent

in p

hase

A d

urin

g fa

ult

0.00

…. 4

0.00

[xIn

]94

16u1

610

00LD

0.FL

TMST

A1.M

xRst

AClc

B.m

ag

M

ax b

ias

curre

nt in

pha

se B

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9417

u16

1000

LD0.

FLTM

STA1

.MxR

stAC

lcC

.mag

Max

bia

s cu

rrent

in p

hase

C d

urin

g fa

ult

0.00

…. 4

0.00

[xIn

]94

18u1

610

00LD

0.FL

TMST

A1.D

ifAm

psA.

mag

Diff

eren

tial c

urre

nt in

pha

se A

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9419

u16

1000

LD0.

FLTM

STA1

.DifA

mps

B.m

ag

D

iffer

entia

l cur

rent

in p

hase

B a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

20u1

610

00LD

0.FL

TMST

A1.D

ifAm

psC

.mag

Diff

eren

tial c

urre

nt in

pha

se C

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9421

u16

1000

LD0.

FLTM

STA1

.Rst

Amps

A.m

ag

Bi

as c

urre

nt in

pha

se A

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9422

u16

1000

LD0.

FLTM

STA1

.Rst

Amps

B.m

ag

Bi

as c

urre

nt in

pha

se B

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9423

u16

1000

LD0.

FLTM

STA1

.Rst

Amps

C.m

ag

Bi

as c

urre

nt in

pha

se C

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9424

u16

1000

LD0.

FLTM

STA1

.DifA

mps

N.m

ag

D

iffer

entia

l res

idua

l cur

rent

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9425

u16

1000

LD0.

FLTM

STA1

.Rst

Amps

N.m

ag

Bi

as re

sidu

al c

urre

nt a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

26u1

610

00LD

0.FL

TMST

A1.M

axAm

psA.

mag

Max

pha

se A

cur

rent

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9427

u16

1000

LD0.

FLTM

STA1

.Max

Amps

B.m

ag

M

ax p

hase

B c

urre

nt d

urin

g fa

ult

0.00

…. 4

0.00

[xIn

]94

28u1

610

00LD

0.FL

TMST

A1.M

axAm

psC

.mag

Max

pha

se C

cur

rent

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9429

u16

1000

LD0.

FLTM

STA1

.Max

Amps

N.m

ag

M

ax re

sidu

al c

urre

nt d

urin

g fa

ult

0.00

…. 4

0.00

[xIn

]94

30u1

610

00LD

0.FL

TMST

A1.A

mps

A.m

ag

Ph

ase

A cu

rrent

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9431

u16

1000

LD0.

FLTM

STA1

.Am

psB.

mag

Phas

e B

curre

nt a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

32u1

610

00LD

0.FL

TMST

A1.A

mps

C.m

ag

Ph

ase

C c

urre

nt a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

33u1

610

00LD

0.FL

TMST

A1.A

mps

N.m

ag

R

esid

ual c

urre

nt a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

34u1

610

00LD

0.FL

TMST

A1.A

mps

NC

lc.m

ag

R

esid

ual C

lc c

urre

nt a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

35u1

610

00LD

0.FL

TMST

A1.A

mps

NgS

eq.m

ag

N

egat

ive

sequ

ence

cur

rent

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9436

u16

1000

LD0.

FLTM

STA1

.Max

Amps

Ab.m

ag

M

ax p

hase

Ab

curre

nt d

urin

g fa

ult

0.00

…. 4

0.00

[xIn

]94

37u1

610

00LD

0.FL

TMST

A1.M

axAm

psBb

.mag

Max

pha

se B

b cu

rrent

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9438

u16

1000

LD0.

FLTM

STA1

.Max

Amps

Cb.

mag

Max

pha

se C

b cu

rrent

dur

ing

faul

t0.

00 …

. 40.

00 [x

In]

9439

u16

1000

LD0.

FLTM

STA1

.Am

psAb

.mag

Phas

e Ab

cur

rent

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

Tabl

e co

ntin

ues

on n

ext p

age



Reg

addr

Type

Scal

eIE

C 6

1850

nam

eAF

L-C

omm

on S

A na

me

Ds

Des

crip

tion

Valu

e ra

nge

9440

u16

1000

LD0.

FLTM

STA1

.Am

psBb

.mag

Phas

e Bb

cur

rent

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9441

u16

1000

LD0.

FLTM

STA1

.Am

psC

b.m

ag

Ph

ase

Cb

curre

nt a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

42u1

610

00LD

0.FL

TMST

A1.A

mps

NC

lcb.

mag

Res

idua

l Clc

b c

urre

nt a

t mom

ent o

f trip

0.00

…. 4

0.00

[xIn

]94

43u1

610

00LD

0.FL

TMST

A1.A

mps

NgS

eqb.

mag

Neg

ativ

e se

quen

ce b

cur

rent

at m

omen

t of t

rip0.

00 …

. 40.

00 [x

In]

9444

u16

1000

LD0.

FLTM

STA1

.Vol

tsA.

mag

Phas

e A

volta

ge a

t mom

ent o

f trip

0.00

…. 4

.00

[xU

n]94

45u1

610

00LD

0.FL

TMST

A1.V

olts

B.m

ag

Ph

ase

B vo

ltage

at m

omen

t of t

rip0.

00 …

. 4.0

0 [x

Un]

9446

u16

1000

LD0.

FLTM

STA1

.Vol

tsC

.mag

Phas

e C

vol

tage

at m

omen

t of t

rip0.

00 …

. 4.0

0 [x

Un]

9447

u16

1000

LD0.

FLTM

STA1

.Vol

tsAB

.mag

Phas

e-to

-pha

se v

olta

ge A

B at

mom

ent o

f trip

0.00

…. 4

.00

[xU

n]94

48u1

610

00LD

0.FL

TMST

A1.V

olts

BC.m

ag

Ph

ase-

to-p

hase

vol

tage

BC

at m

omen

t of t

rip0.

00 …

. 4.0

0 [x

Un]

9449

u16

1000

LD0.

FLTM

STA1

.Vol

tsC

A.m

ag

Ph

ase-

to-p

hase

vol

tage

CA

at m

omen

t of t

rip0.

00 …

. 4.0

0 [x

Un]

9450

u16

1000

LD0.

FLTM

STA1

.Vol

tsN

.mag

Res

idua

l vol

tage

at m

omen

t of t

rip0.

00 …

. 4.0

0 [x

Un]

9451

u16

1000

LD0.

FLTM

STA1

.VZr

oSeq

.mag

Posi

tive

sequ

ence

vol

tage

at m

omen

t of t

rip0.

00 …

. 4.0

0 [x

Un]

9452

u16

1000

LD0.

FLTM

STA1

.VPs

Seq.

mag

Neg

ativ

e se

quen

ce v

olta

ge a

t mom

ent o

f trip

0.00

…. 4

.00

[xU

n]94

53u1

610

00LD

0.FL

TMST

A1.V

NgS

eq.m

ag

Ze

ro s

eque

nce

volta

ge a

t mom

ent o

f trip

0.00

…. 4

.00

[xU

n]94

54u1

610

00LD

0.FL

TMST

A1.M

axTm

pRl.m

ag

M

ax re

lativ

e te

mpe

ratu

re0.

00…

99.9

9 [d

egre

es C

elsi

us]

9455

i16

10LD

0.FL

TMST

A1.D

ifNAn

gN.m

ag

R

esid

ual v

olta

ge-re

sidu

al c

urre

nt a

ngle

-180

.00.

..180

.00

[deg

rees

]

9456

i16

10LD

0.FL

TMST

A1.D

ifAAn

gBC

.mag

Angl

e ph

ase

B to

pha

se C

vol

tage

- ph

ase

Acu

rrent

-180

.00.

..180

.00

[deg

rees

]

9457

i16

10LD

0.FL

TMST

A1.D

ifAAn

gCA.

mag

Angl

e ph

ase

C to

pha

se A

vol

tage

- ph

ase

Bcu

rrent

-180

.00.

..180

.00

[deg

rees

]

9458

i16

10LD

0.FL

TMST

A1.D

ifAAn

gAB.

mag

Angl

e ph

ase

A to

pha

se B

vol

tage

- ph

ase

Ccu

rrent

-180

.00.

..180

.00

[deg

rees

]



Tabl

e 35

:In

dica

tions

Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e27

2017

0.00

CTR

L.LL

N0.

Loc.

stVa

l

YLo

cal/R

emot

e st

ate

- mom

0 =

Loca

l, 1=

Rem

ote

2721

170.

01C

TRL.

LLN

0.Lo

cRem

.stV

al.O

N_O

FF

YLo

cal/R

emot

e O

N/O

FF -

mom

0 =

OFF

, 1 =

ON

2722

170.

02D

R.R

DR

E1.R

cdM

ade.

stVa

l

YD

istu

rban

ce re

cord

er fi

le re

ady

1 =

DR

file

cap

ture

d

2723

170.

03D

R.R

DR

E1.R

cdM

ade.

stVa

l -M

CD

Dis

turb

ance

reco

rder

file

read

y-M

CD

2724

170.

04LD

0.D

ARR

EC1.

ARO

n.st

Val

DAR

REC

1.AR

_ON

YAu

tore

clos

er s

tate

- m

om1

= AR

in u

se, 0

= n

ot in

use

2725

170.

05

(rese

rved

)0

2726

170.

06LD

0.G

SEG

GIO

1.Al

m.s

tVal

Y

Goo

se a

larm

sta

te -

mom

1=G

oose

ala

rm

2727

170.

07LD

0.G

SEG

GIO

1.Al

m.s

tVal

-M

CD

Goo

se a

larm

sta

te -

MC

D

2728

170.

08

(rese

rved

)0

2729

170.

09

(rese

rved

)0

2730

170.

10

(rese

rved

)0

2731

170.

11

(rese

rved

)0

2732

170.

12

(rese

rved

)0

2733

170.

13

(rese

rved

)0

2734

170.

14

(rese

rved

)0

2735

170.

15

(rese

rved

)0

Glo

bal c

ondi

tioni

ng

2736

171.

00LD

0.LE

DPT

RC

1.St

r.gen

eral

Y

Star

t [.g

ener

al] -

mom

1=St

art (

LED

PTR

C)

2737

171.

01LD

0.LE

DPT

RC

1.St

r.gen

eral

-M

CD

Star

t [.g

ener

al] -

MC

D

2738

171.

02LD

0.LE

DPT

RC

1.O

p.ge

nera

l

YO

pera

te [.

gene

ral]

- mom

1=O

pera

te (L

EDPT

RC

)

2739

171.

03LD

0.LE

DPT

RC

1.O

p.ge

nera

l -M

CD

Ope

rate

[.ge

nera

l] - M

CD

Prot

ectio

n tri

p co

nditi

onin

g (1

)

2740

171.

04LD

0.TR

PPTR

C1.

Op.

gene

ral

Y

Inpu

t sig

nal [

.gen

eral

] - m

om1=

Inpu

t sig

nal O

N

2741

171.

05LD

0.TR

PPTR

C1.

Op.

gene

ral -

MC

D

In

put s

igna

l [.g

ener

al] -

MC

D

2742

171.

06LD

0.TR

PPTR

C1.

Tr.g

ener

al

YTr

ip o

utpu

t sig

nal [

.gen

eral

] - m

om1=

Trip

out

put s

igna

l ON

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2743

171.

07LD

0.TR

PPTR

C1.

Tr.g

ener

al -

MC

D

Tr

ip o

utpu

t sig

nal [

.gen

eral

] - M

CD

Prot

ectio

n tri

p co

nditi

onin

g (2

)

2744

171.

08LD

0.TR

PPTR

C2.

Op.

gene

ral

Y

Inpu

t sig

nal [

.gen

eral

] - m

om1=

Inpu

t sig

nal O

N

2745

171.

09LD

0.TR

PPTR

C2.

Op.

gene

ral -

MC

D

In

put s

igna

l [.g

ener

al] -

MC

D

2746

171.

10LD

0.TR

PPTR

C2.

Tr.g

ener

al

YTr

ip o

utpu

t sig

nal [

.gen

eral

] - m

om1=

Trip

out

put s

igna

l ON

2747

171.

11LD

0.TR

PPTR

C2.

Tr.g

ener

al -

MC

D

Tr

ip o

utpu

t sig

nal [

.gen

eral

] - M

CD

Ope

n co

il sw

itch

supe

rvis

ion

2748

171.

12LD

0.O

CSS

CBR

1.C

irAlm

.stV

alO

CSS

CBR

1.AL

ARM

YC

ircui

t ala

rm [.

stVa

l] - m

om1=

Alar

m

2749

171.

13LD

0.O

CSS

CBR

1.C

irAlm

.stV

al-M

CD

Circ

uit a

larm

[.st

Val]

- MC

D

Clo

se c

oil s

witc

h su

perv

isio

n

2750

171.

14LD

0.C

CSS

CBR

1.C

irAlm

.stV

alC

CSS

CBR

1.AL

ARM

YC

ircui

t ala

rm [.

stVa

l] - m

om1=

Alar

m

2751

171.

15LD

0.C

CSS

CBR

1.C

irAlm

.stV

al -

MC

D

C

ircui

t ala

rm [.

stVa

l] - M

CD

Phas

e cu

rrent

val

ue li

mit

supe

rvis

ion

2752

172.

00LD

0.C

MM

XU1.

HiA

lm.s

tVal

CM

MXU

1.H

IGH

_ALA

RM

YH

igh

alar

m[.s

tVal

] - m

om1=

Hig

h al

arm

2753

172.

01LD

0.C

MM

XU1.

HiA

lm.s

tVal

-M

CD

Hig

h al

arm

[.stV

al] -

MC

D

2754

172.

02LD

0.C

MM

XU1.

HiW

rn.s

tVal

CM

MXU

1.H

IGH

_WAR

NY

Hig

h w

arni

ng[.s

tVal

] - m

om1=

Hig

h w

arni

ng

2755

172.

03LD

0.C

MM

XU1.

HiW

rn.s

tVal

-M

CD

Hig

h w

arni

ng[.s

tVal

] - M

CD

2756

172.

04LD

0.C

MM

XU1.

LoW

rn.s

tVal

CM

MXU

1.LO

W_W

ARN

YLo

w w

arni

ng[.s

tVal

] - m

om1=

Low

war

ning

2757

172.

05LD

0.C

MM

XU1.

LoW

rn.s

tVal

-M

CD

Low

war

ning

[.stV

al] -

MC

D

2758

172.

06LD

0.C

MM

XU1.

LoAl

m.s

tVal

CM

MXU

1.LO

W_A

LAR

MY

Low

ala

rm[.s

tVal

] - m

om1=

Low

ala

rm

2759

172.

07LD

0.C

MM

XU1.

LoAl

m.s

tVal

-M

CD

Low

ala

rm[.s

tVal

] - M

CD

Res

idua

l cur

rent

val

ue li

mit

supe

rvis

ion

2760

172.

08LD

0.R

ESC

MM

XU1.

HiA

lm.s

tVa

lR

ESC

MM

XU1.

HIG

H_A

LAR

MY

Hig

h al

arm

[.stV

al] -

mom

1=H

igh

alar

m

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2761

172.

09LD

0.R

ESC

MM

XU1.

HiA

lm.s

tVa

l -M

CD

Hig

h al

arm

[.stV

al] -

MC

D

2762

172.

10LD

0.R

ESC

MM

XU1.

HiW

rn.s

tVa

lR

ESC

MM

XU1.

HIG

H_W

ARN

YH

igh

war

ning

[.stV

al] -

mom

1=H

igh

war

ning

2763

172.

11LD

0.R

ESC

MM

XU1.

HiW

rn.s

tVa

l -M

CD

Hig

h w

arni

ng[.s

tVal

] - M

CD

Res

idua

l vol

tage

val

ue li

mit

supe

rvis

ion

2764

172.

12LD

0.R

ESVM

MXU

1.H

iAlm

.stV

alR

ESVM

MXU

1.H

IGH

_ALA

RM

YH

igh

alar

m[.s

tVal

] - m

om1=

Hig

h al

arm

2765

172.

13LD

0.R

ESVM

MXU

1.H

iAlm

.stV

al-M

CD

Hig

h al

arm

[.stV

al] -

MC

D

2766

172.

14LD

0.R

ESVM

MXU

1.H

iWrn

.stV

al

RES

VMM

XU1.

HIG

H_W

ARN

YH

igh

war

ning

[.stV

al] -

mom

1=H

igh

war

ning

2767

172.

15LD

0.R

ESVM

MXU

1.H

iWrn

.stV

al -

MC

D

H

igh

war

ning

[.stV

al] -

MC

D

Phas

e vo

ltage

val

ue li

mit

supe

rvis

ion

2768

173.

00LD

0.VM

MXU

1.H

iAlm

.stV

alVM

MXU

1.H

IGH

_ALA

RM

YH

igh

alar

m[.s

tVal

] - m

om1=

Hig

h al

arm

2769

173.

01LD

0.VM

MXU

1.H

iAlm

.stV

al -

MC

D

H

igh

alar

m[.s

tVal

] - M

CD

2770

173.

02LD

0.VM

MXU

1.H

iWrn

.stV

alVM

MXU

1.H

IGH

_WAR

NY

Hig

h w

arni

ng[.s

tVal

] - m

om1=

Hig

h w

arni

ng

2771

173.

03LD

0.VM

MXU

1.H

iWrn

.stV

al -

MC

D

H

igh

war

ning

[.stV

al] -

MC

D

2772

173.

04LD

0.VM

MXU

1.Lo

Wrn

.stV

alVM

MXU

1.LO

W_W

ARN

YLo

w w

arni

ng[.s

tVal

] - m

om1=

Low

war

ning

2773

173.

05LD

0.VM

MXU

1.Lo

Wrn

.stV

al -

MC

D

Lo

w w

arni

ng[.s

tVal

] - M

CD

2774

173.

06LD

0.VM

MXU

1.Lo

Alm

.stV

alVM

MXU

1.LO

W_A

LAR

MY

Low

ala

rm[.s

tVal

] - m

om1=

Low

ala

rm

2775

173.

07LD

0.VM

MXU

1.Lo

Alm

.stV

al -

MC

D

Lo

w a

larm

[.stV

al] -

MC

D

2776

173.

08

(rese

rved

)0

...

(re

serv

ed)

0

2823

176.

07

(rese

rved

)0

FCB

- Circ

uit b

reak

er 1

pos

ition

2824

176.

08C

TRL.

FCBC

SWI1

.Pos

.stV

al -

Clo

seFC

BCSW

I1.P

OSI

TIO

NY

Clo

se m

om1

= C

lose

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2825

176.

09C

TRL.

FCBC

SWI1

.Pos

.stV

al -

Ope

n

YO

pen

mom

1 =

Ope

n

2826

176.

10C

TRL.

FCBC

SWI1

.Pos

.stV

al -

Erro

r

YEr

ror m

om1

= Fa

ulty

or I

nter

med

iate

WC

B - C

ircui

t bre

aker

2 p

ositi

on

2827

176.

11C

TRL.

WC

BCSW

I1.P

os.s

tVal

-C

lose

WC

BCSW

I1.P

OSI

TIO

NY

Clo

se m

om1

= C

lose

2828

176.

12C

TRL.

WC

BCSW

I1.P

os.s

tVal

-O

pen

Y

Ope

n m

om1

= O

pen

2829

176.

13C

TRL.

WC

BCSW

I1.P

os.s

tVal

-Er

ror

Y

Erro

r mom

1 =

Faul

ty o

r Int

erm

edia

te

ES -

Earth

switc

h 1

posi

tion

2830

176.

14C

TRL.

MES

CSW

I1.P

os.s

tVal

-C

lose

MES

CSW

I1.P

OSI

TIO

NY

Clo

se m

om1

= C

lose

2831

176.

15C

TRL.

MES

CSW

I1.P

os.s

tVal

-O

pen

Y

Ope

n m

om1

= O

pen

2832

177.

00C

TRL.

MES

CSW

I1.P

os.s

tVal

-Er

ror

Y

Erro

r mom

1 =

Faul

ty o

r Int

erm

edia

te

TR -T

ruck

1 p

ositi

on

2833

177.

01C

TRL.

WC

BCSW

I1.T

rkPo

s.st

Val

-Clo

seTR

CSW

I1.P

OSI

TIO

NY

Clo

se m

om1

= C

lose

2834

177.

02C

TRL.

WC

BCSW

I1.T

rkPo

s.st

Val

-Ope

n

YO

pen

mom

1 =

Ope

n

2835

177.

03C

TRL.

WC

BCSW

I1.T

rkPo

s.st

Val

-Erro

r

YEr

ror m

om1

= Fa

ulty

or I

nter

med

iate

2836

177.

04

(rese

rved

)0

2837

177.

05

(rese

rved

)0

2838

177.

06

(rese

rved

)0

2839

177.

07

(rese

rved

)0

FCB

- Circ

uit b

reak

er 1

sta

tus

2840

177.

08C

TRL.

FCBC

SWI1

.Pos

.stS

eld

FCBC

SWI1

.SEL

ECTE

DY

Sele

cted

[.st

Seld

] - m

om1=

Sele

cted

2841

177.

09C

TRL.

FCBC

SWI1

.Pos

.stS

eld

-M

CD

Sele

cted

[.st

Seld

] - M

CD

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2842

177.

10C

TRL.

FCBC

SWI1

.Opn

Ena.

stV

alFC

BCSW

I1.E

NA_

OPE

NY

Ope

n en

able

d [.s

tVal

] - m

om1=

Ope

n en

able

2843

177.

11C

TRL.

FCBC

SWI1

.Cls

Ena.

stVa

lFC

BCSW

I1.E

NA_

CLO

SEY

Clo

se e

nabl

ed [.

stVa

l] - m

om1=

Clo

se e

nabl

e

WC

B - C

ircui

t bre

aker

2 s

tatu

s

2844

177.

12C

TRL.

WC

BCSW

I1.P

os.s

tSel

dW

CBC

SWI1

.SEL

ECTE

DY

Sele

cted

[.st

Seld

] - m

om1=

Sele

cted

2845

177.

13C

TRL.

WC

BCSW

I1.P

os.s

tSel

d-M

CD

Sele

cted

[.st

Seld

] - M

CD

2846

177.

14C

TRL.

WC

BCSW

I1.O

pnEn

a.st

Val

WC

BCSW

I1.E

NA_

OPE

NY

Ope

n en

able

d [.s

tVal

] - m

om1=

Ope

n en

able

2847

177.

15C

TRL.

WC

BCSW

I1.C

lsEn

a.st

Val

WC

BCSW

I1.E

NA_

CLO

SEY

Clo

se e

nabl

ed [.

stVa

l] - m

om1=

Clo

se e

nabl

e

ES -

Earth

switc

h 1

stat

us

2848

178.

00C

TRL.

MES

CSW

I1.P

os.s

tSel

dM

ESC

SWI1

.SEL

ECTE

DY

Sele

cted

[.st

Seld

] - m

om1=

Sele

cted

2849

178.

01C

TRL.

MES

CSW

I1.P

os.s

tSel

d -

MC

D

Se

lect

ed [.

stSe

ld] -

MC

D

2850

178.

02C

TRL.

MES

CSW

I1.O

pnEn

a.st

Val

MES

CSW

I1.E

NA_

OPE

NY

Ope

n en

able

d [.s

tVal

] - m

om1=

Ope

n en

able

2851

178.

03C

TRL.

MES

CSW

I1.C

lsEn

a.st

Val

MES

CSW

I1.E

NA_

CLO

SEY

Clo

se e

nabl

ed [.

stVa

l] - m

om1=

Clo

se e

nabl

e

TR -T

ruck

1 s

tatu

s

2852

178.

04C

TRL.

TRC

SWI1

.Pos

.stS

eld

TRC

SWI1

.SEL

ECTE

DY

Sele

cted

[.st

Seld

] - m

om1=

Sele

cted

2853

178.

05C

TRL.

TRC

SWI1

.Pos

.stS

eld

-M

CD

Sele

cted

[.st

Seld

] - M

CD

2854

178.

06C

TRL.

TRC

SWI1

.Opn

Ena.

stVa

lTR

CSW

I1.E

NA_

OPE

NY

Ope

n en

able

d [.s

tVal

] - m

om1=

Ope

n en

able

2855

178.

07C

TRL.

TRC

SWI1

.Cls

Ena.

stVa

lTR

CSW

I1.E

NA_

CLO

SEY

Clo

se e

nabl

ed [.

stVa

l] - m

om1=

Clo

se e

nabl

e

2856

178.

08

(rese

rved

)0

2857

178.

09

(rese

rved

)0

2858

178.

10

(rese

rved

)0

2859

178.

11

(rese

rved

)0

2860

178.

12

(rese

rved

)0

2861

178.

13

(rese

rved

)0

2862

178.

14

(rese

rved

)0

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e28

6317

8.15

(re

serv

ed)

0

Cur

cuit

brea

ker f

ailu

re p

rote

ctio

n

2864

179.

00LD

0.C

CBR

BRF1

.Str.

gene

ral

CC

BRBR

F1.C

B_FA

ULT

_AL

YSt

art,

timer

runn

ing[

.gen

eral

] - m

om1=

Star

t,tim

er ru

nnin

g

2865

179.

01LD

0.C

CBR

BRF1

.Str.

gene

ral -

MC

D

St

art,

timer

runn

ing[

.gen

eral

] - M

CD

2866

179.

02LD

0.C

CBR

BRF1

.OpE

x.ge

nera

lC

CBR

BRF1

.TR

BUY

Failu

re, e

xter

nal t

rip [.

gene

ral]

- mom

1=Fa

ilure

,ext

erna

l trip

2867

179.

03LD

0.C

CBR

BRF1

.OpE

x.ge

nera

l -M

CD

Failu

re, e

xter

nal t

rip [.

gene

ral]

- MC

D

2868

179.

04LD

0.C

CBR

BRF1

.OpI

n.ge

nera

lC

CBR

BRF1

.TR

RET

YO

pera

te, i

nter

nal r

etrip

[.ge

nera

l] - m

om1=

Ope

rate

, int

erna

l ret

rip

2869

179.

05LD

0.C

CBR

BRF1

.OpI

n.ge

nera

l-M

CD

Ope

rate

, int

erna

l ret

rip [.

gene

ral]

- MC

D

2870

179.

06

(rese

rved

)0

Circ

uit b

reak

er c

ondi

tion

mon

itorin

g

2871

179.

07LD

0.ES

SCBR

1.O

pnW

rn.s

tVal

ESSC

BR1.

TRV_

T_O

P_W

RN

YO

pen

trave

l tim

e qu

ality

war

ning

1=w

arni

ng

2872

179.

08LD

0.ES

SCBR

1.O

pnAl

m.s

tVal

ESSC

BR1.

TRV_

T_O

P_AL

MY

Ope

n tra

vel t

ime

qual

ity a

larm

1=al

arm

2873

179.

09LD

0.ES

SCBR

1.C

lsW

rn.s

tVal

ESSC

BR1.

TRV_

T_C

L_W

RN

YC

lose

trav

el ti

me

qual

ity w

arni

ng1=

war

ning

2874

179.

10LD

0.ES

SCBR

1.C

lsAl

m.s

tVal

ESSC

BR1.

TRV_

T_C

L_AL

MY

Clo

se tr

avel

tim

e qu

ality

ala

rm1=

alar

m

2875

179.

11LD

0.ES

SCBR

1.Sp

rCha

Wrn

.st

Val

ESSC

BR1.

SPR

_CH

R_W

RN

YSp

ring

char

ge q

ualit

y w

arni

ng1=

war

ning

2876

179.

12LD

0.ES

SCBR

1.Sp

rCha

Alm

.st

Val

ESSC

BR1.

SPR

_CH

R_A

LMY

Sprin

g ch

arge

qua

lity

alar

m1=

alar

m

2877

179.

13LD

0.ES

SCBR

1.O

pNum

Alm

.st

Val

ESSC

BR1.

OPR

_ALM

YN

um o

f CB

oper

. ala

rm li

mit

1=al

arm

2878

179.

14LD

0.ES

SCBR

1.O

pNum

LO.s

tVal

ESSC

BR1.

OPR

_LO

YN

um o

f CB

oper

. loc

kout

lim

it1=

lock

out

2879

179.

15LD

0.ES

SCBR

1.Pr

OpN

umAl

m.

stVa

lES

SCBR

1.PR

OT_

OPR

_ALM

YN

um o

f CB

oper

. und

er lo

ad a

larm

lim

it1=

alar

m

2880

180.

00LD

0.ES

SCBR

1.Pr

OpN

umLO

.st

Val

ESSC

BR1.

PRO

T_O

PR_L

OY

Num

of C

B op

er. u

nder

load

lock

out l

imit

1=lo

ckou

t

2881

180.

01LD

0.ES

SCBR

1.C

ontQ

Wrn

.stV

alES

SCBR

1.C

ON

T_Q

_WR

NY

Con

tact

qua

lity

valu

e w

arni

ng li

mit

1=w

arni

ng

2882

180.

02LD

0.ES

SCBR

1.C

ontQ

Alm

.stV

alES

SCBR

1.C

ON

T_Q

_ALM

YC

onta

ct q

ualit

y va

lue

alar

m li

mit

1=al

arm

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e28

8318

0.03

LD0.

ESSC

BR1.

Con

tQLO

.stV

alES

SCBR

1.C

ON

T_Q

_LO

YC

onta

ct q

ualit

y va

lue

lock

out l

imit

1=lo

ckou

t

2884

180.

04LD

0.ES

SCBR

1.C

BLifA

lm.s

tVal

ESSC

BR1.

CB_

LIFE

_ALM

YR

emai

ning

life

of C

B ex

ceed

s al

arm

lim

it1=

alar

m

2885

180.

05LD

0.ES

SCBR

1.Lo

nTm

Wrn

.stV

alES

SCBR

1.M

ON

_WR

NY

CB

long

tim

e in

activ

e w

arni

ng1=

war

ning

2886

180.

06LD

0.ES

SCBR

1.Lo

nTm

Alm

.stV

alES

SCBR

1.M

ON

_ALM

YC

B lo

ng ti

me

inac

tive

alar

m1=

alar

m

2887

180.

07LD

0.ES

SCBR

1.D

ampW

rn.s

tVa

lES

SCBR

1.D

AMPE

R_W

RN

YD

ampe

r qua

lity

war

ning

1=w

arni

ng

2888

180.

08LD

0.ES

SCBR

1.D

ampA

lm.s

tVa

lES

SCBR

1.D

AMPE

R_A

LMY

Dam

per q

ualit

y al

arm

1=al

arm

2889

180.

09LD

0.ES

SCBR

1.Sp

rFac

Wrn

.stV

alES

SCBR

1.FA

C_W

RN

YSp

ring

fata

l atte

mp

to c

harg

e qu

ality

war

ning

1=w

arni

ng

2890

180.

10LD

0.ES

SCBR

1.Sp

rFac

Alm

.stV

alES

SCBR

1.FA

C_A

LMY

Sprin

g fa

tal a

ttem

p to

cha

rge

qual

ity a

larm

1=al

arm

2891

180.

11LD

0.ES

SCBR

1.Po

sOpn

.stV

alES

SCBR

1.O

PEN

POS

NC

B is

in o

pen

posi

tion

1=op

en

2892

180.

12LD

0.ES

SCBR

1.Po

sIvd

.stV

alES

SCBR

1.IN

VALI

DPO

SN

CB

is in

inva

lid p

ositi

on1=

inva

lid

2893

180.

13LD

0.ES

SCBR

1.Po

sCls

.stV

alES

SCBR

1.C

LOSE

POS

NC

B is

in c

lose

pos

ition

1=cl

osed

2894

180.

14LD

0.ES

SCBR

1.Tr

vTAl

m.s

tVal

ESSC

BR1.

TRV_

OT_

STAT

US

NTr

avel

tim

e al

arm

1=al

arm

2895

180.

15LD

0.ES

SCBR

1.Sp

rCha

TAlm

.st

Val

ESSC

BR1.

SPR

_OT_

STAT

US

NSp

ring

char

ging

tim

e cr

osse

d th

e se

t val

ue1=

cros

sed

valu

e

Non

dire

ctio

nal p

hase

ove

rcur

rent

pro

tect

ion

2896

181.

00LD

0.PH

LPTO

C1.

Str.g

ener

alPH

LPTO

C1.

STAR

TY

Low

sta

ge S

tart[

.gen

eral

] - m

om1=

Low

sta

ge s

tart

2897

181.

01LD

0.PH

LPTO

C1.

Str.g

ener

al -

MC

D

Lo

w s

tage

Sta

rt[.g

ener

al] -

MC

D

2898

181.

02LD

0.PH

LPTO

C1.

Str.p

hsA

Y

Low

sta

ge S

tart[

.phs

A] -

mom

1=Lo

w s

tage

phs

A st

art

2899

181.

03LD

0.PH

LPTO

C1.

Str.p

hsA

-M

CD

Low

sta

ge S

tart[

.phs

A] -

MC

D

2900

181.

04LD

0.PH

LPTO

C1.

Str.p

hsB

Y

Low

sta

ge S

tart[

.phs

B] -

mom

1=Lo

w s

tage

phs

B st

art

2901

181.

05LD

0.PH

LPTO

C1.

Str.p

hsB

-M

CD

Low

sta

ge S

tart[

.phs

B] -

MC

D

2902

181.

06LD

0.PH

LPTO

C1.

Str.p

hsC

Y

Low

sta

ge S

tart[

.phs

C] -

mom

1=Lo

w s

tage

phs

C s

tart

2903

181.

07LD

0.PH

LPTO

C1.

Str.p

hsC

-M

CD

Low

sta

ge S

tart[

.phs

C] -

MC

D

2904

181.

08LD

0.PH

LPTO

C1.

Op.

gene

ral

PHLP

TOC

1.O

PER

ATE

YLo

w s

tage

Ope

rate

[.gen

eral

] - m

om1=

Low

sta

ge o

pera

te

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2905

181.

09LD

0.PH

LPTO

C1.

Op.

gene

ral -

MC

D

Lo

w s

tage

Ope

rate

[.gen

eral

] - M

CD

2906

181.

10LD

0.PH

HPT

OC

1.St

r.gen

eral

PHH

PTO

C1.

STAR

TY

Hig

h st

age(

1) S

tart[

.gen

eral

] - m

om1=

Hig

h(1)

sta

ge s

tart

2907

181.

11LD

0.PH

HPT

OC

1.St

r.gen

eral

-M

CD

Hig

h st

age(

1) S

tart[

.gen

eral

] - M

CD

2908

181.

12LD

0.PH

HPT

OC

1.St

r.phs

A

YH

igh

stag

e(1)

Sta

rt[.p

hsA]

- m

om1=

Hig

h(1)

sta

ge p

hsA

star

t

2909

181.

13LD

0.PH

HPT

OC

1.St

r.phs

A -

MC

D

H

igh

stag

e(1)

Sta

rt[.p

hsA]

- M

CD

2910

181.

14LD

0.PH

HPT

OC

1.St

r.phs

B

YH

igh

stag

e(1)

Sta

rt[.p

hsB]

- m

om1=

Hig

h(1)

sta

ge p

hsB

star

t

2911

181.

15LD

0.PH

HPT

OC

1.St

r.phs

B -

MC

D

H

igh

stag

e(1)

Sta

rt[.p

hsB]

- M

CD

2912

182.

00LD

0.PH

HPT

OC

1.St

r.phs

C

YH

igh

stag

e(1)

Sta

rt[.p

hsC

] - m

om1=

Hig

h(1)

sta

ge p

hsC

sta

rt

2913

182.

01LD

0.PH

HPT

OC

1.St

r.phs

C -

MC

D

H

igh

stag

e(1)

Sta

rt[.p

hsC

] - M

CD

2914

182.

02LD

0.PH

HPT

OC

1.O

p.ge

nera

lPH

HPT

OC

1.O

PER

ATE

YH

igh

stag

e(1)

Ope

rate

[.gen

eral

] - m

om1=

Hig

h(1)

sta

ge o

pera

te

2915

182.

03LD

0.PH

HPT

OC

1.O

p.ge

nera

l -M

CD

Hig

h st

age(

1) O

pera

te[.g

ener

al] -

MC

D

2916

182.

04LD

0.PH

HPT

OC

2.St

r.gen

eral

PHH

PTO

C2.

STAR

TY

Hig

h st

age(

2) S

tart[

.gen

eral

] - m

om1=

Hig

h(2)

sta

ge s

tart

2917

182.

05LD

0.PH

HPT

OC

2.St

r.gen

eral

-M

CD

Hig

h st

age(

2) S

tart[

.gen

eral

] - M

CD

2918

182.

06LD

0.PH

HPT

OC

2.St

r.phs

A

YH

igh

stag

e(2)

Sta

rt[.p

hsA]

- m

om1=

Hig

h(2)

sta

ge p

hsA

star

t

2919

182.

07LD

0.PH

HPT

OC

2.St

r.phs

A -

MC

D

H

igh

stag

e(2)

Sta

rt[.p

hsA]

- M

CD

2920

182.

08LD

0.PH

HPT

OC

2.St

r.phs

B

YH

igh

stag

e(2)

Sta

rt[.p

hsB]

- m

om1=

Hig

h(2)

sta

ge p

hsB

star

t

2921

182.

09LD

0.PH

HPT

OC

2.St

r.phs

B -

MC

D

H

igh

stag

e(2)

Sta

rt[.p

hsB]

- M

CD

2922

182.

10LD

0.PH

HPT

OC

2.St

r.phs

C

YH

igh

stag

e(2)

Sta

rt[.p

hsC

] - m

om1=

Hig

h(2)

sta

ge p

hsC

sta

rt

2923

182.

11LD

0.PH

HPT

OC

2.St

r.phs

C -

MC

D

H

igh

stag

e(2)

Sta

rt[.p

hsC

] - M

CD

2924

182.

12LD

0.PH

HPT

OC

2.O

p.ge

nera

lPH

HPT

OC

2.O

PER

ATE

YH

igh

stag

e(2)

Ope

rate

[.gen

eral

] - m

om1=

Hig

h(2)

sta

ge o

pera

te

2925

182.

13LD

0.PH

HPT

OC

2.O

p.ge

nera

l -M

CD

Hig

h st

age(

2) O

pera

te[.g

ener

al] -

MC

D

2926

182.

14LD

0.PH

IPTO

C1.

Str.g

ener

alPH

IPTO

C1.

STAR

TY

Inst

ante

ous

stag

e St

art[.

gene

ral]

- mom

1=In

stan

teou

s st

age

star

t

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2927

182.

15LD

0.PH

IPTO

C1.

Str.g

ener

al -

MC

D

In

stan

teou

s st

age

Star

t[.ge

nera

l] - M

CD

2928

183.

00LD

0.PH

IPTO

C1.

Str.p

hsA

Y

Inst

ante

ous

stag

e St

art[.

phsA

] - m

om1=

Inst

ante

ous

stag

e ph

sAst

art

2929

183.

01LD

0.PH

IPTO

C1.

Str.p

hsA

-M

CD

Inst

ante

ous

stag

e St

art[.

phsA

] - M

CD

2930

183.

02LD

0.PH

IPTO

C1.

Str.p

hsB

Y

Inst

ante

ous

stag

e St

art[.

phsB

] - m

om1=

Inst

ante

ous

stag

e ph

sBst

art

2931

183.

03LD

0.PH

IPTO

C1.

Str.p

hsB

-M

CD

Inst

ante

ous

stag

e St

art[.

phsB

] - M

CD

2932

183.

04LD

0.PH

IPTO

C1.

Str.p

hsC

Y

Inst

ante

ous

stag

e St

art[.

phsC

] - m

om1=

Inst

ante

ous

stag

e ph

sCst

art

2933

183.

05LD

0.PH

IPTO

C1.

Str.p

hsC

-M

CD

Inst

ante

ous

stag

e St

art[.

phsC

] - M

CD

2934

183.

06LD

0.PH

IPTO

C1.

Op.

gene

ral

PHIP

TOC

1.O

PER

ATE

YIn

stan

teou

s st

age

Ope

rate

[.gen

eral

] - m

om1=

Inst

ante

ous

stag

eop

erat

e

2935

183.

07LD

0.PH

IPTO

C1.

Op.

gene

ral -

MC

D

In

stan

teou

s st

age

Ope

rate

[.gen

eral

] - M

CD

Dire

ctio

nal e

arth

faul

t pro

tect

ion

2936

183.

08LD

0.D

EFLP

TOC

1.St

r.gen

eral

DEF

LPTO

C1.

STAR

TY

Low

(1) s

tage

Sta

rt[.g

ener

al] -

mom

1=Lo

w(1

) sta

ge s

tart

2937

183.

09LD

0.D

EFLP

TOC

1.St

r.gen

eral

-M

CD

Low

(1) s

tage

Sta

rt[.g

ener

al] -

MC

D

2938

183.

10LD

0.D

EFLP

TOC

1.O

p.ge

nera

lD

EFLP

TOC

1.O

PER

ATE

YLo

w(1

) sta

ge O

pera

te[.g

ener

al] -

mom

1=Lo

w(1

) sta

ge o

pera

te

2939

183.

11LD

0.D

EFLP

TOC

1.O

p.ge

nera

l -M

CD

Low

(1) s

tage

Ope

rate

[.gen

eral

] - M

CD

2940

183.

12LD

0.D

EFLP

TOC

2.St

r.gen

eral

DEF

LPTO

C2.

STAR

TY

Low

(2) s

tage

Sta

rt[.g

ener

al] -

mom

1=Lo

w(2

) sta

ge s

tart

2941

183.

13LD

0.D

EFLP

TOC

2.St

r.gen

eral

-M

CD

Low

(2) s

tage

Sta

rt[.g

ener

al] -

MC

D

2942

183.

14LD

0.D

EFLP

TOC

2.O

p.ge

nera

lD

EFLP

TOC

2.O

PER

ATE

YLo

w(2

) sta

ge O

pera

te[.g

ener

al] -

mom

1=Lo

w(2

) sta

ge o

pera

te

2943

183.

15LD

0.D

EFLP

TOC

2.O

p.ge

nera

l -M

CD

Low

(2) s

tage

Ope

rate

[.gen

eral

] - M

CD

2944

184.

00LD

0.D

EFH

PTO

C1.

Str.g

ener

alD

EFH

PTO

C1.

STAR

TY

Hig

h st

age

Star

t[.ge

nera

l] - m

om1=

Hig

h st

age

star

t

2945

184.

01LD

0.D

EFH

PTO

C1.

Str.g

ener

al -

MC

D

H

igh

stag

e St

art[.

gene

ral]

- MC

D

2946

184.

02LD

0.D

EFH

PTO

C1.

Op.

gene

ral

DEF

HPT

OC

1.O

PER

ATE

YH

igh

stag

e O

pera

te[.g

ener

al] -

mom

1=H

igh

stag

e op

erat

e

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2947

184.

03LD

0.D

EFH

PTO

C1.

Op.

gene

ral

-MC

D

H

igh

stag

e O

pera

te[.g

ener

al] -

MC

D

Non

dire

ctio

nal e

arth

faul

t pro

tect

ion

2948

184.

04LD

0.EF

LPTO

C1.

Str.g

ener

alEF

LPTO

C1.

STAR

TY

Low

(1) s

tage

Sta

rt[.g

ener

al] -

mom

1=Lo

w(1

) sta

ge s

tart

2949

184.

05LD

0.EF

LPTO

C1.

Str.g

ener

al -

MC

D

Lo

w(1

) sta

ge S

tart[

.gen

eral

] - M

CD

2950

184.

06LD

0.EF

LPTO

C1.

Op.

gene

ral

EFLP

TOC

1.O

PER

ATE

YLo

w(1

) sta

ge O

pera

te[.g

ener

al] -

mom

1=Lo

w(1

) sta

ge o

pera

te

2951

184.

07LD

0.EF

LPTO

C1.

Op.

gene

ral -

MC

D

Lo

w(1

) sta

ge O

pera

te[.g

ener

al] -

MC

D

2952

184.

08LD

0.EF

LPTO

C2.

Str.g

ener

alEF

LPTO

C2.

STAR

TY

Low

(2) s

tage

Sta

rt[.g

ener

al] -

mom

1=Lo

w(2

) sta

ge s

tart

2953

184.

09LD

0.EF

LPTO

C2.

Str.g

ener

al -

MC

D

Lo

w(2

) sta

ge S

tart[

.gen

eral

] - M

CD

2954

184.

10LD

0.EF

LPTO

C2.

Op.

gene

ral

EFLP

TOC

2.O

PER

ATE

YLo

w(2

) sta

ge O

pera

te[.g

ener

al] -

mom

1=Lo

w(2

) sta

ge o

pera

te

2955

184.

11LD

0.EF

LPTO

C2.

Op.

gene

ral -

MC

D

Lo

w(2

) sta

ge O

pera

te[.g

ener

al] -

MC

D

2956

184.

12LD

0.EF

HPT

OC

1.St

r.gen

eral

EFH

PTO

C1.

STAR

TY

Hig

h st

age

Star

t[.ge

nera

l] - m

om1=

Hig

h st

age

star

t

2957

184.

13LD

0.EF

HPT

OC

1.St

r.gen

eral

-M

CD

Hig

h st

age

Star

t[.ge

nera

l] - M

CD

2958

184.

14LD

0.EF

HPT

OC

1.O

p.ge

nera

lEF

HPT

OC

1.O

PER

ATE

YH

igh

stag

e O

pera

te[.g

ener

al] -

mom

1=H

igh

stag

e op

erat

e

2959

184.

15LD

0.EF

HPT

OC

1.O

p.ge

nera

l -M

CD

Hig

h st

age

Ope

rate

[.gen

eral

] - M

CD

2960

185.

00LD

0.EF

IPTO

C1.

Str.g

ener

alEF

IPTO

C1.

STAR

TY

Inst

ante

ous

stag

e St

art[.

gene

ral]

- mom

1=In

stan

teou

s st

age

star

t

2961

185.

01LD

0.EF

IPTO

C1.

Str.g

ener

al -

MC

D

In

stan

teou

s st

age

Star

t[.ge

nera

l] - M

CD

2962

185.

02LD

0.EF

IPTO

C1.

Op.

gene

ral

EFIP

TOC

1.O

PER

ATE

YIn

stan

teou

s st

age

Ope

rate

[.gen

eral

] - m

om1=

Inst

ante

ous

stag

eop

erat

e

2963

185.

03LD

0.EF

IPTO

C1.

Op.

gene

ral -

MC

D

In

stan

teou

s st

age

Ope

rate

[.gen

eral

] - M

CD

Phas

e ov

ervo

ltage

pro

tect

ion

2964

185.

04LD

0.PH

PTO

V1.S

tr.ge

nera

lPH

PTO

V1.S

TAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

2965

185.

05LD

0.PH

PTO

V1.S

tr.ge

nera

l -M

CD

Stag

e 1

Star

t[.ge

nera

l] - M

CD

2966

185.

06LD

0.PH

PTO

V1.S

tr.ph

sA

YSt

age

1 St

art[.

phsA

] - m

om1=

Stag

e 1

phsA

sta

rt

2967

185.

07LD

0.PH

PTO

V1.S

tr.ph

sA -M

CD

Stag

e 1

Star

t[.ph

sA] -

MC

D

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e29

6818

5.08

LD0.

PHPT

OV1

.Str.

phsB

Y

Stag

e 1

Star

t[.ph

sB] -

mom

1=St

age

1 ph

sB s

tart

2969

185.

09LD

0.PH

PTO

V1.S

tr.ph

sB -M

CD

Stag

e 1

Star

t[.ph

sB] -

MC

D

2970

185.

10LD

0.PH

PTO

V1.S

tr.ph

sC

YSt

age

1 St

art[.

phsC

] - m

om1=

Stag

e 1

phsC

sta

rt

2971

185.

11LD

0.PH

PTO

V1.S

tr.ph

sC -M

CD

Stag

e 1

Star

t[.ph

sC] -

MC

D

2972

185.

12LD

0.PH

PTO

V1.O

p.ge

nera

lPH

PTO

V1.O

PER

ATE

YSt

age

1 O

pera

te[.g

ener

al] -

mom

1=St

age

1 op

erat

e

2973

185.

13LD

0.PH

PTO

V1.O

p.ge

nera

l -M

CD

Stag

e 1

Ope

rate

[.gen

eral

] - M

CD

2974

185.

14LD

0.PH

PTO

V2.S

tr.ge

nera

lPH

PTO

V2.S

TAR

TY

Stag

e 2

Star

t[.ge

nera

l] - m

om1=

Stag

e 2

star

t

2975

185.

15LD

0.PH

PTO

V2.S

tr.ge

nera

l

St

age

2 St

art[.

gene

ral]

- MC

D

2976

186.

00LD

0.PH

PTO

V2.S

tr.ph

sA

YSt

age

2 St

art[.

phsA

] - m

om1=

Stag

e 2

phsA

sta

rt

2977

186.

01LD

0.PH

PTO

V2.S

tr.ph

sA

St

age

2 St

art[.

phsA

] - M

CD

2978

186.

02LD

0.PH

PTO

V2.S

tr.ph

sB

YSt

age

2 St

art[.

phsB

] - m

om1=

Stag

e 2

phsB

sta

rt

2979

186.

03LD

0.PH

PTO

V2.S

tr.ph

sB

St

age

2 St

art[.

phsB

] - M

CD

2980

186.

04LD

0.PH

PTO

V2.S

tr.ph

sC

YSt

age

2 St

art[.

phsC

] - m

om1=

Stag

e 2

phsC

sta

rt

2981

186.

05LD

0.PH

PTO

V2.S

tr.ph

sC

St

age

2 St

art[.

phsC

] - M

CD

2982

186.

06LD

0.PH

PTO

V2.O

p.ge

nera

lPH

PTO

V2.O

PER

ATE

YSt

age

2 O

pera

te[.g

ener

al] -

mom

1=St

age

2 op

erat

e

2983

186.

07LD

0.PH

PTO

V2.O

p.ge

nera

l

St

age

2 O

pera

te[.g

ener

al] -

MC

D

2984

186.

08LD

0.PH

PTO

V3.S

tr.ge

nera

lPH

PTO

V3.S

TAR

TY

Stag

e 3

Star

t[.ge

nera

l] - m

om1=

Stag

e 3

star

t

2985

186.

09LD

0.PH

PTO

V3.S

tr.ge

nera

l

St

age

3 St

art[.

gene

ral]

- MC

D

2986

186.

10LD

0.PH

PTO

V3.S

tr.ph

sA

YSt

age

3 St

art[.

phsA

] - m

om1=

Stag

e 3

phsA

sta

rt

2987

186.

11LD

0.PH

PTO

V3.S

tr.ph

sA

St

age

3 St

art[.

phsA

] - M

CD

2988

186.

12LD

0.PH

PTO

V3.S

tr.ph

sB

YSt

age

3 St

art[.

phsB

] - m

om1=

Stag

e 3

phsB

sta

rt

2989

186.

13LD

0.PH

PTO

V3.S

tr.ph

sB

St

age

3 St

art[.

phsB

] - M

CD

2990

186.

14LD

0.PH

PTO

V3.S

tr.ph

sC

YSt

age

3 St

art[.

phsC

] - m

om1=

Stag

e 3

phsC

sta

rt

2991

186.

15LD

0.PH

PTO

V3.S

tr.ph

sC

St

age

3 St

art[.

phsC

] - M

CD

2992

187.

00LD

0.PH

PTO

V3.O

p.ge

nera

lPH

PTO

V3.O

PER

ATE

YSt

age

3 O

pera

te[.g

ener

al] -

mom

1=St

age

3 op

erat

e

2993

187.

01LD

0.PH

PTO

V3.O

p.ge

nera

l

St

age

3 O

pera

te[.g

ener

al] -

MC

D

Posi

tive

sequ

ence

und

ervo

ltage

pro

tect

ion

2994

187.

02LD

0.PS

PTU

V1.S

tr.ge

nera

lPS

PTU

V1.S

TAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

2995

187.

03LD

0.PS

PTU

V1.S

tr.ge

nera

l -M

CD

Stag

e 1

Star

t[.ge

nera

l] - M

CD

2996

187.

04LD

0.PS

PTU

V1.S

tr.ph

sA

YSt

age

1 St

art[.

phsA

] - m

om1=

Stag

e 1

phsA

sta

rt

2997

187.

05LD

0.PS

PTU

V1.S

tr.ph

sA -M

CD

Stag

e 1

Star

t[.ph

sA] -

MC

D

2998

187.

06LD

0.PS

PTU

V1.S

tr.ph

sB

YSt

age

1 St

art[.

phsB

] - m

om1=

Stag

e 1

phsB

sta

rt

2999

187.

07LD

0.PS

PTU

V1.S

tr.ph

sB -M

CD

Stag

e 1

Star

t[.ph

sB] -

MC

D

3000

187.

08LD

0.PS

PTU

V1.S

tr.ph

sC

YSt

age

1 St

art[.

phsC

] - m

om1=

Stag

e 1

phsC

sta

rt

3001

187.

09LD

0.PS

PTU

V1.S

tr.ph

sC -M

CD

Stag

e 1

Star

t[.ph

sC] -

MC

D

3002

187.

10LD

0.PS

PTU

V1.O

p.ge

nera

lPS

PTU

V1.O

PER

ATE

YSt

age

1 O

pera

te[.g

ener

al] -

mom

1=St

age

1 op

erat

e

3003

187.

11LD

0.PS

PTU

V1.O

p.ge

nera

l -M

CD

Stag

e 1

Ope

rate

[.gen

eral

] - M

CD

Cur

rent

circ

uit s

uper

visi

on

3004

187.

12C

TRL.

CC

RD

IF1.

Op.

gene

ral

CC

RD

IF1.

FAIL

YC

urre

nt c

ircui

t fai

lure

ala

rm -

mom

1=Al

arm

3005

187.

13C

TRL.

CC

RD

IF1.

Op.

gene

ral

Cur

rent

circ

uit f

ailu

re a

larm

- M

CD

3006

187.

14C

TRL.

CC

RD

IF1.

Alm

.gen

eral

CC

RD

IF1.

ALAR

MY

Cur

rent

circ

uit f

ailu

re o

pera

te -

mom

1=O

pera

te

3007

187.

15C

TRL.

CC

RD

IF1.

Alm

.gen

eral

Cur

rent

circ

uit f

ailu

re o

pera

te -

MC

D

3008

188.

00

(rese

rved

)0

3009

188.

01

(rese

rved

)0

3010

188.

02

(rese

rved

)0

3011

188.

03

(rese

rved

)0

Phas

e di

scon

tinui

ty p

rote

ctio

n

3012

188.

04LD

0.PD

NSP

TOC

1.St

r.gen

eral

PDN

SPTO

C1.

STAR

TY

Stag

e St

art[.

gene

ral]

- mom

1=St

age

star

t

3013

188.

05LD

0.PD

NSP

TOC

1.St

r.gen

eral

-MC

D

St

age

Star

t[.ge

nera

l] - M

CD

3014

188.

06LD

0.PD

NSP

TOC

1.O

p.ge

nera

lPD

NSP

TOC

1.O

PER

ATE

YSt

age

Ope

rate

[.gen

eral

] - m

om1=

Stag

e op

erat

e

3015

188.

07LD

0.PD

NSP

TOC

1.O

p.ge

nera

l-M

CD

Stag

e O

pera

te[.g

ener

al] -

MC

D

Neg

ativ

e-se

quen

ce o

verc

urre

nt p

rote

ctio

n

3016

188.

08LD

0.N

SPTO

C1.

Str.g

ener

alN

SPTO

C1.

STAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

3017

188.

09LD

0.N

SPTO

C1.

Str.g

ener

al -

MC

D

St

age

1 St

art[.

gene

ral]

- MC

D

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e30

1818

8.10

LD0.

NSP

TOC

1.O

p.ge

nera

lN

SPTO

C1.

OPE

RAT

EY

Stag

e 1

Ope

rate

[.gen

eral

] - m

om1=

Stag

e 1

oper

ate

3019

188.

11LD

0.N

SPTO

C1.

Op.

gene

ral -

MC

D

St

age

1 O

pera

te[.g

ener

al] -

MC

D

3020

188.

12LD

0.N

SPTO

C2.

Str.g

ener

alN

SPTO

C2.

STAR

TY

Stag

e 2

Star

t[.ge

nera

l] - m

om1=

Stag

e 2

star

t

3021

188.

13LD

0.N

SPTO

C2.

Str.g

ener

al -

MC

D

St

age

2 St

art[.

gene

ral]

- MC

D

3022

188.

14LD

0.N

SPTO

C2.

Op.

gene

ral

NSP

TOC

2.O

PER

ATE

YSt

age

2 O

pera

te[.g

ener

al] -

mom

1=St

age

2 op

erat

e

3023

188.

15LD

0.N

SPTO

C2.

Op.

gene

ral -

MC

D

St

age

2 O

pera

te[.g

ener

al] -

MC

D

Thre

e-ph

ase

inru

sh d

etec

tor

3024

189.

00LD

0.IN

RPH

AR1.

Str.g

ener

alIN

RPH

AR1.

STAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

3025

189.

01LD

0.IN

RPH

AR1.

Str.g

ener

al -

MC

D

St

age

1 St

art[.

gene

ral]

- MC

D

3026

189.

02LD

0.IN

RPH

AR1.

Str.p

hsA

Y

Stag

e 1

Star

t[.ph

sA] -

mom

1=St

age

1 ph

sA s

tart

3027

189.

03LD

0.IN

RPH

AR1.

Str.p

hsA

-M

CD

Stag

e 1

Star

t[.ph

sA] -

MC

D

3028

189.

04LD

0.IN

RPH

AR1.

Str.p

hsB

Y

Stag

e 1

Star

t[.ph

sB] -

mom

1=St

age

1 ph

sB s

tart

3029

189.

05LD

0.IN

RPH

AR1.

Str.p

hsB

-M

CD

Stag

e 1

Star

t[.ph

sB] -

MC

D

3030

189.

06LD

0.IN

RPH

AR1.

Str.p

hsC

Y

Stag

e 1

Star

t[.ph

sC] -

mom

1=St

age

1 ph

sC s

tart

3031

189.

07LD

0.IN

RPH

AR1.

Str.p

hsC

-M

CD

Stag

e 1

Star

t[.ph

sC] -

MC

D

Run

time

coun

ter f

or m

achi

nes

and

devi

ces

3032

189.

08LD

0.M

DSO

PT1.

OpT

mW

rn.s

tVal

MD

SOPT

1.W

ARN

ING

YAc

cum

ulat

ed o

pera

tion

time

war

ning

[.st

Val]

- mom

1=W

arni

ng

3033

189.

09LD

0.M

DSO

PT1.

OpT

mW

rn.s

tVal

Accu

mul

ated

ope

ratio

n tim

e w

arni

ng [.

stVa

l] - M

CD

3034

189.

10LD

0.M

DSO

PT1.

OpT

mAl

m.s

tVal

MD

SOPT

1.AL

ARM

YAc

cum

ulat

ed o

pera

tion

time

alar

m [.

stVa

l] - m

om1=

Alar

m

3035

189.

11LD

0.M

DSO

PT1.

OpT

mAl

m.s

tVal

Accu

mul

ated

ope

ratio

n tim

e al

arm

[.st

Val]

- MC

D

3036

189.

12

(rese

rved

)0

3037

189.

13

(rese

rved

)0

Thre

e-ph

ase

ther

mal

pro

tect

ion

for f

eede

rs, c

able

s an

d di

strib

utio

n tra

nsfo

rmer

s

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e30

3818

9.14

LD0.

T1PT

TR1.

Str.g

ener

alT1

PTTR

1.ST

ART

YSt

art[.

gene

ral]

- mom

1=St

art

3039

189.

15LD

0.T1

PTTR

1.St

r.gen

eral

-M

CD

Star

t[.ge

nera

l] - M

CD

3040

190.

00LD

0.T1

PTTR

1.Al

mTh

m.g

ener

al

T1PT

TR1.

ALAR

MY

Ther

mal

Ala

rm[.g

ener

al] -

mom

1=Th

erm

al A

larm

3041

190.

01LD

0.T1

PTTR

1.Al

mTh

m.g

ener

al -

MC

D

Th

erm

al A

larm

[.gen

eral

] - M

CD

3042

190.

02LD

0.T1

PTTR

1.O

p.ge

nera

lT1

PTTR

1.O

PER

ATE

YO

pera

te[.g

ener

al] -

mom

1=O

pera

te

3043

190.

03LD

0.T1

PTTR

1.O

p.ge

nera

l -M

CD

Ope

rate

[.gen

eral

] - M

CD

Ther

mal

ove

rload

pro

tect

ion

for m

otor

s

3044

190.

04LD

0.M

PTTR

1.St

rInh.

gene

ral

MPT

TR1.

BLK_

RES

TAR

TY

Res

tart

inhi

bit [

.stV

al] -

mom

1=In

hibi

t

3045

190.

05LD

0.M

PTTR

1.St

rInh.

gene

ral -

MC

D

R

esta

rt in

hibi

t [.s

tVal

] - M

CD

3046

190.

06LD

0.M

PTTR

1.Al

mTh

m.g

ener

alM

PTTR

1.AL

ARM

YTh

erm

al A

larm

[.gen

eral

] - m

om1=

Ther

mal

Ala

rm

3047

190.

07LD

0.M

PTTR

1.Al

mTh

m.g

ener

al-M

CD

Ther

mal

Ala

rm[.g

ener

al] -

MC

D

3048

190.

08LD

0.M

PTTR

1.O

p.ge

nera

lM

PTTR

1.O

PER

ATE

YO

pera

te[.g

ener

al] -

mom

1=O

pera

te

3049

190.

09LD

0.M

PTTR

1.O

p.ge

nera

l -M

CD

Ope

rate

[.gen

eral

] - M

CD

Fuse

failu

re s

uper

visi

on

3050

190.

10LD

0.SE

QR

FUF1

.Str.

gene

ral

SEQ

RFU

F1.F

USE

F_U

YG

ener

al s

tart

[.gen

eral

] - m

om1=

Gen

eral

sta

rt

3051

190.

11LD

0.SE

QR

FUF1

.Str.

gene

ral -

MC

D

G

ener

al s

tart

[.gen

eral

] - M

CD

3052

190.

12LD

0.SE

QR

FUF1

.Str3

Ph.g

ener

alSE

QR

FUF1

.FU

SEF_

3PH

YTh

ree-

phas

e st

art [

.gen

eral

] - m

om1=

3-Ph

ase

star

t

3053

190.

13LD

0.SE

QR

FUF1

.Str3

Ph.g

ener

al -M

CD

Thre

e-ph

ase

star

t [.g

ener

al] -

MC

D

3054

190.

14

(rese

rved

)0

3055

190.

15

(rese

rved

)0

Thre

e-ph

ase

dire

ctio

nal o

verc

urre

nt p

rote

ctio

n

3056

191.

00LD

0.D

PHLP

TOC

1.St

r.gen

eral

DPH

LPD

EF1.

STAR

TY

Low

sta

ge(1

) Sta

rt[.g

ener

al] -

mom

1=Lo

w s

tage

(1) s

tart

3057

191.

01LD

0.D

PHLP

TOC

1.St

r.gen

eral

-M

CD

Low

sta

ge(1

) Sta

rt[.g

ener

al] -

MC

D

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e30

5819

1.02

LD0.

DPH

LPTO

C1.

Str.p

hsA

Y

Low

sta

ge(1

) Sta

rt[.p

hsA]

- m

om1=

Low

sta

ge(1

) phs

A st

art

3059

191.

03LD

0.D

PHLP

TOC

1.St

r.phs

A -

MC

D

Lo

w s

tage

(1) S

tart[

.phs

A] -

MC

D

3060

191.

04LD

0.D

PHLP

TOC

1.St

r.phs

B

YLo

w s

tage

(1) S

tart[

.phs

B] -

mom

1=Lo

w s

tage

(1) p

hsB

star

t

3061

191.

05LD

0.D

PHLP

TOC

1.St

r.phs

B -

MC

D

Lo

w s

tage

(1) S

tart[

.phs

B] -

MC

D

3062

191.

06LD

0.D

PHLP

TOC

1.St

r.phs

C

YLo

w s

tage

(1) S

tart[

.phs

C] -

mom

1=Lo

w s

tage

(1) p

hsC

sta

rt

3063

191.

07LD

0.D

PHLP

TOC

1.St

r.phs

C -

MC

D

Lo

w s

tage

(1) S

tart[

.phs

C] -

MC

D

3064

191.

08LD

0.D

PHLP

TOC

1.O

p.ge

nera

lD

PHLP

DEF

1.O

PER

ATE

YLo

w s

tage

(1) O

pera

te[.g

ener

al] -

mom

1=Lo

w s

tage

(1) o

pera

te

3065

191.

09LD

0.D

PHLP

TOC

1.O

p.ge

nera

l -M

CD

Low

sta

ge(1

) Ope

rate

[.gen

eral

] - M

CD

3066

191.

10LD

0.D

PHLP

TOC

2.St

r.gen

eral

DPH

LPD

EF2.

STAR

TY

Low

sta

ge(2

) Sta

rt[.g

ener

al] -

mom

1=Lo

w s

tage

(2) s

tart

3067

191.

11LD

0.D

PHLP

TOC

2.St

r.gen

eral

-M

CD

Low

sta

ge(2

) Sta

rt[.g

ener

al] -

MC

D

3068

191.

12LD

0.D

PHLP

TOC

2.St

r.phs

A

YLo

w s

tage

(2) S

tart[

.phs

A] -

mom

1=Lo

w s

tage

(2) p

hsA

star

t

3069

191.

13LD

0.D

PHLP

TOC

2.St

r.phs

A -

MC

D

Lo

w s

tage

(2) S

tart[

.phs

A] -

MC

D

3070

191.

14LD

0.D

PHLP

TOC

2.St

r.phs

B

YLo

w s

tage

(2) S

tart[

.phs

B] -

mom

1=Lo

w s

tage

(2) p

hsB

star

t

3071

191.

15LD

0.D

PHLP

TOC

2.St

r.phs

B -

MC

D

Lo

w s

tage

(2) S

tart[

.phs

B] -

MC

D

3072

192.

00LD

0.D

PHLP

TOC

2.St

r.phs

C

YLo

w s

tage

(2) S

tart[

.phs

C] -

mom

1=Lo

w s

tage

(2) p

hsC

sta

rt

3073

192.

01LD

0.D

PHLP

TOC

2.St

r.phs

C -

MC

D

Lo

w s

tage

(2) S

tart[

.phs

C] -

MC

D

3074

192.

02LD

0.D

PHLP

TOC

2.O

p.ge

nera

lD

PHLP

DEF

2.O

PER

ATE

YLo

w s

tage

(2) O

pera

te[.g

ener

al] -

mom

1=Lo

w s

tage

(2) o

pera

te

3075

192.

03LD

0.D

PHLP

TOC

2.O

p.ge

nera

l -M

CD

Low

sta

ge(2

) Ope

rate

[.gen

eral

] - M

CD

3076

192.

04LD

0.D

PHH

PTO

C1.

Str.g

ener

alD

PHH

PDEF

1.ST

ART

YH

igh

stag

e(1)

Sta

rt[.g

ener

al] -

mom

1=H

igh(

1) s

tage

sta

rt

3077

192.

05LD

0.D

PHH

PTO

C1.

Str.g

ener

al-M

CD

Hig

h st

age(

1) S

tart[

.gen

eral

] - M

CD

3078

192.

06LD

0.D

PHH

PTO

C1.

Str.p

hsA

Y

Hig

h st

age(

1) S

tart[

.phs

A] -

mom

1=H

igh(

1) s

tage

phs

A st

art

3079

192.

07LD

0.D

PHH

PTO

C1.

Str.p

hsA

-M

CD

Hig

h st

age(

1) S

tart[

.phs

A] -

MC

D

3080

192.

08LD

0.D

PHH

PTO

C1.

Str.p

hsB

Y

Hig

h st

age(

1) S

tart[

.phs

B] -

mom

1=H

igh(

1) s

tage

phs

B st

art

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

3081

192.

09LD

0.D

PHH

PTO

C1.

Str.p

hsB

-M

CD

Hig

h st

age(

1) S

tart[

.phs

B] -

MC

D

3082

192.

10LD

0.D

PHH

PTO

C1.

Str.p

hsC

Y

Hig

h st

age(

1) S

tart[

.phs

C] -

mom

1=H

igh(

1) s

tage

phs

C s

tart

3083

192.

11LD

0.D

PHH

PTO

C1.

Str.p

hsC

-M

CD

Hig

h st

age(

1) S

tart[

.phs

C] -

MC

D

3084

192.

12LD

0.D

PHH

PTO

C1.

Op.

gene

ral

DPH

HPD

EF1.

OPE

RAT

EY

Hig

h st

age(

1) O

pera

te[.g

ener

al] -

mom

1=H

igh(

1) s

tage

ope

rate

3085

192.

13LD

0.D

PHH

PTO

C1.

Op.

gene

ral

-MC

D

H

igh

stag

e(1)

Ope

rate

[.gen

eral

] - M

CD

Emer

genc

y st

art e

nabl

e

3086

192.

14LD

0.ES

MG

APC

1.St

r.gen

eral

ESM

GAP

C1.

ST_E

MER

G_E

NA

YSt

art[.

gene

ral]

- mom

1=Em

erge

ncy

star

t ena

bled

3087

192.

15LD

0.ES

MG

APC

1.St

r.gen

eral

-M

CD

Star

t[.ge

nera

l] - M

CD

Phas

e un

derv

olta

ge p

rote

ctio

n

3088

193.

00LD

0.PH

PTU

V1.S

tr.ge

nera

lPH

PTU

V1.S

TAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

3089

193.

01LD

0.PH

PTU

V1.S

tr.ge

nera

l -M

CD

Stag

e 1

Star

t[.ge

nera

l] - M

CD

3090

193.

02LD

0.PH

PTU

V1.S

tr.ph

sA

YSt

age

1 St

art[.

phsA

] - m

om1=

Stag

e 1

phsA

sta

rt

3091

193.

03LD

0.PH

PTU

V1.S

tr.ph

sA -M

CD

Stag

e 1

Star

t[.ph

sA] -

MC

D

3092

193.

04LD

0.PH

PTU

V1.S

tr.ph

sB

YSt

age

1 St

art[.

phsB

] - m

om1=

Stag

e 1

phsB

sta

rt

3093

193.

05LD

0.PH

PTU

V1.S

tr.ph

sB -M

CD

Stag

e 1

Star

t[.ph

sB] -

MC

D

3094

193.

06LD

0.PH

PTU

V1.S

tr.ph

sC

YSt

age

1 St

art[.

phsC

] - m

om1=

Stag

e 1

phsC

sta

rt

3095

193.

07LD

0.PH

PTU

V1.S

tr.ph

sC -M

CD

Stag

e 1

Star

t[.ph

sC] -

MC

D

3096

193.

08LD

0.PH

PTU

V1.O

p.ge

nera

lPH

PTU

V1.O

PER

ATE

YSt

age

1 O

pera

te[.g

ener

al] -

mom

1=St

age

1 op

erat

e

3097

193.

09LD

0.PH

PTU

V1.O

p.ge

nera

l -M

CD

Stag

e 1

Ope

rate

[.gen

eral

] - M

CD

3098

193.

10LD

0.PH

PTU

V2.S

tr.ge

nera

lPH

PTU

V2.S

TAR

TY

Stag

e 2

Star

t[.ge

nera

l] - m

om1=

Stag

e 2

star

t

3099

193.

11LD

0.PH

PTU

V2.S

tr.ge

nera

l

St

age

2 St

art[.

gene

ral]

- MC

D

3100

193.

12LD

0.PH

PTU

V2.S

tr.ph

sA

YSt

age

2 St

art[.

phsA

] - m

om1=

Stag

e 2

phsA

sta

rt

3101

193.

13LD

0.PH

PTU

V2.S

tr.ph

sA

St

age

2 St

art[.

phsA

] - M

CD

3102

193.

14LD

0.PH

PTU

V2.S

tr.ph

sB

YSt

age

2 St

art[.

phsB

] - m

om1=

Stag

e 2

phsB

sta

rt

3103

193.

15LD

0.PH

PTU

V2.S

tr.ph

sB

St

age

2 St

art[.

phsB

] - M

CD

3104

194.

00LD

0.PH

PTU

V2.S

tr.ph

sC

YSt

age

2 St

art[.

phsC

] - m

om1=

Stag

e 2

phsC

sta

rt

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e31

0519

4.01

LD0.

PHPT

UV2

.Str.

phsC

Stag

e 2

Star

t[.ph

sC] -

MC

D

3106

194.

02LD

0.PH

PTU

V2.O

p.ge

nera

lPH

PTU

V2.O

PER

ATE

YSt

age

2 O

pera

te[.g

ener

al] -

mom

1=St

age

2 op

erat

e

3107

194.

03LD

0.PH

PTU

V2.O

p.ge

nera

l

St

age

2 O

pera

te[.g

ener

al] -

MC

D

3108

194.

04LD

0.PH

PTU

V3.S

tr.ge

nera

lPH

PTU

V3.S

TAR

TY

Stag

e 3

Star

t[.ge

nera

l] - m

om1=

Stag

e 3

star

t

3109

194.

05LD

0.PH

PTU

V3.S

tr.ge

nera

l

St

age

3 St

art[.

gene

ral]

- MC

D

3110

194.

06LD

0.PH

PTU

V3.S

tr.ph

sA

YSt

age

3 St

art[.

phsA

] - m

om1=

Stag

e 3

phsA

sta

rt

3111

194.

07LD

0.PH

PTU

V3.S

tr.ph

sA

St

age

3 St

art[.

phsA

] - M

CD

3112

194.

08LD

0.PH

PTU

V3.S

tr.ph

sB

YSt

age

3 St

art[.

phsB

] - m

om1=

Stag

e 3

phsB

sta

rt

3113

194.

09LD

0.PH

PTU

V3.S

tr.ph

sB

St

age

3 St

art[.

phsB

] - M

CD

3114

194.

10LD

0.PH

PTU

V3.S

tr.ph

sC

YSt

age

3 St

art[.

phsC

] - m

om1=

Stag

e 3

phsC

sta

rt

3115

194.

11LD

0.PH

PTU

V3.S

tr.ph

sC

St

age

3 St

art[.

phsC

] - M

CD

3116

194.

12LD

0.PH

PTU

V3.O

p.ge

nera

lPH

PTU

V3.O

PER

ATE

YSt

age

3 O

pera

te[.g

ener

al] -

mom

1=St

age

3 op

erat

e

3117

194.

13LD

0.PH

PTU

V3.O

p.ge

nera

l

St

age

3 O

pera

te[.g

ener

al] -

MC

D

Neg

ativ

e-se

quen

ce o

verv

olta

ge p

rote

ctio

n

3118

194.

14LD

0.N

SPTO

V1.S

tr.ge

nera

lN

SPTO

V1.S

TAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

3119

194.

15LD

0.N

SPTO

V1.S

tr.ge

nera

l -M

CD

Stag

e 1

Star

t[.ge

nera

l] - M

CD

3120

195.

00LD

0.N

SPTO

V1.S

tr.ph

sA

YSt

age

1 St

art[.

phsA

] - m

om1=

Stag

e 1

phsA

sta

rt

3121

195.

01LD

0.N

SPTO

V1.S

tr.ph

sA -M

CD

Stag

e 1

Star

t[.ph

sA] -

MC

D

3122

195.

02LD

0.N

SPTO

V1.S

tr.ph

sB

YSt

age

1 St

art[.

phsB

] - m

om1=

Stag

e 1

phsB

sta

rt

3123

195.

03LD

0.N

SPTO

V1.S

tr.ph

sB -M

CD

Stag

e 1

Star

t[.ph

sB] -

MC

D

3124

195.

04LD

0.N

SPTO

V1.S

tr.ph

sC

YSt

age

1 St

art[.

phsC

] - m

om1=

Stag

e 1

phsC

sta

rt

3125

195.

05LD

0.N

SPTO

V1.S

tr.ph

sC -M

CD

Stag

e 1

Star

t[.ph

sC] -

MC

D

3126

195.

06LD

0.N

SPTO

V1.O

p.ge

nera

lN

SPTO

V1.O

PER

ATE

YSt

age

1 O

pera

te[.g

ener

al] -

mom

1=St

age

1 op

erat

e

3127

195.

07LD

0.N

SPTO

V1.O

p.ge

nera

l -M

CD

Stag

e 1

Ope

rate

[.gen

eral

] - M

CD

Res

idua

l ove

rvol

tage

pro

tect

ion

3128

195.

08LD

0.R

OVP

TOV1

.Str.

gene

ral

RO

VPTO

V1.S

TAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

3129

195.

09LD

0.R

OVP

TOV1

.Str.

gene

ral -

MC

D

St

age

1 St

art[.

gene

ral]

- MC

D

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e31

3019

5.10

LD0.

RO

VPTO

V1.O

p.ge

nera

lR

OVP

TOV1

.OPE

RAT

EY

Stag

e 1

Ope

rate

[.gen

eral

] - m

om1=

Stag

e 1

oper

ate

3131

195.

11LD

0.R

OVP

TOV1

.Op.

gene

ral -

MC

D

St

age

1 O

pera

te[.g

ener

al] -

MC

D

3132

195.

12LD

0.R

OVP

TOV2

.Str.

gene

ral

RO

VPTO

V2.S

TAR

TY

Stag

e 2

Star

t[.ge

nera

l] - m

om1=

Stag

e 2

star

t

3133

195.

13LD

0.R

OVP

TOV2

.Str.

gene

ral -

MC

D

St

age

2 St

art[.

gene

ral]

- MC

D

3134

195.

14LD

0.R

OVP

TOV2

.Op.

gene

ral

RO

VPTO

V2.O

PER

ATE

YSt

age

2 O

pera

te[.g

ener

al] -

mom

1=St

age

2 op

erat

e

3135

195.

15LD

0.R

OVP

TOV2

.Op.

gene

ral -

MC

D

St

age

2 O

pera

te[.g

ener

al] -

MC

D

3136

196.

00LD

0.R

OVP

TOV3

.Str.

gene

ral

RO

VPTO

V3.S

TAR

TY

Stag

e 3

Star

t[.ge

nera

l] - m

om1=

Stag

e 3

star

t

3137

196.

01LD

0.R

OVP

TOV3

.Str.

gene

ral -

MC

D

St

age

3 St

art[.

gene

ral]

- MC

D

3138

196.

02LD

0.R

OVP

TOV3

.Op.

gene

ral

RO

VPTO

V3.O

PER

ATE

YSt

age

3 O

pera

te[.g

ener

al] -

mom

1=St

age

3 op

erat

e

3139

196.

03LD

0.R

OVP

TOV3

.Op.

gene

ral -

MC

D

St

age

3 O

pera

te[.g

ener

al] -

MC

D

Neg

ativ

e-se

quen

ce o

verc

urre

nt p

rote

ctio

n fo

r mot

ors

3140

196.

04LD

0.M

NSP

TOC

1.St

r.gen

eral

MN

SPTO

C1.

STAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

3141

196.

05LD

0.M

NSP

TOC

1.St

r.gen

eral

Stag

e 1

Star

t[.ge

nera

l] - M

CD

3142

196.

06LD

0.M

NSP

TOC

1.O

p.ge

nera

lM

NSP

TOC

1.O

PER

ATE

YSt

age

1 O

pera

te[.g

ener

al] -

mom

1=St

age

1 op

erat

e

3143

196.

07LD

0.M

NSP

TOC

1.O

p.ge

nera

l

St

age

1 O

pera

te[.g

ener

al] -

MC

D

3144

196.

08LD

0.M

NSP

TOC

2.St

r.gen

eral

MN

SPTO

C2.

STAR

TY

Stag

e 2

Star

t[.ge

nera

l] - m

om1=

Stag

e 2

star

t

3145

196.

09LD

0.M

NSP

TOC

2.St

r.gen

eral

Stag

e 2

Star

t[.ge

nera

l] - M

CD

3146

196.

10LD

0.M

NSP

TOC

2.O

p.ge

nera

lM

NSP

TOC

2.O

PER

ATE

YSt

age

2 O

pera

te[.g

ener

al] -

mom

1=St

age

2 op

erat

e

3147

196.

11LD

0.M

NSP

TOC

2.O

p.ge

nera

l

St

age

2 O

pera

te[.g

ener

al] -

MC

D

Phas

e re

vers

al p

rote

ctio

n

3148

196.

12LD

0.PR

EVPT

OC

1.St

r.gen

eral

PREV

PTO

C1.

STAR

TY

Stag

e 1

Star

t[.ge

nera

l] - m

om1=

Stag

e 1

star

t

3149

196.

13LD

0.PR

EVPT

OC

1.St

r.gen

eral

-M

CD

Stag

e 1

Star

t[.ge

nera

l] - M

CD

3150

196.

14LD

0.PR

EVPT

OC

1.O

p.ge

nera

lPR

EVPT

OC

1.O

PER

ATE

YSt

age

1 O

pera

te[.g

ener

al] -

mom

1=St

age

1 op

erat

e

3151

196.

15LD

0.PR

EVPT

OC

1.O

p.ge

nera

l-M

CD

Stag

e 1

Ope

rate

[.gen

eral

] - M

CD

Mot

or s

tartu

p su

perv

isio

n

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e31

5219

7.00

LD0.

STTP

MSS

1.St

r.gen

eral

STTP

MSU

1.M

OT_

STAR

TY

Mot

or s

tartu

p in

pro

gres

s [.g

ener

al] -

mom

1=St

artu

p in

pro

gres

s

3153

197.

01LD

0.ST

TPM

SS1.

Str.g

ener

al -

MC

D

M

otor

sta

rtup

in p

rogr

ess

[.gen

eral

] - M

CD

3154

197.

02LD

0.ST

TPM

SS1.

Op.

gene

ral

STTP

MSU

1.O

PR_I

ITY

Ther

mal

stre

ss o

pera

te [.

gene

ral]

- mom

1=Th

erm

al s

tress

ope

rate

3155

197.

03LD

0.ST

TPM

SS1.

Op.

gene

ral -

MC

D

Th

erm

al s

tress

ope

rate

[.ge

nera

l] - M

CD

3156

197.

04LD

0.ST

TPM

RI1

.StrI

nh.g

ener

alST

TPM

SU1.

LOC

K_ST

ART

YR

esta

rt in

hibi

t [.g

ener

al] -

mom

1=R

esta

rt in

hibi

t

3157

197.

05LD

0.ST

TPM

RI1

.StrI

nh.g

ener

al-M

CD

Res

tart

inhi

bit [

.gen

eral

] - M

CD

3158

197.

06LD

0.ST

TPM

RI1

.Op.

gene

ral

STTP

MSU

1.O

PR_S

TALL

YSt

allin

g op

erat

e [.g

ener

al] -

mom

1=St

allin

g op

erat

e

3159

197.

07LD

0.ST

TPM

RI1

.Op.

gene

ral -

MC

D

St

allin

g op

erat

e [.g

ener

al] -

MC

D

Stal

led

mot

or p

rote

ctio

n

3160

197.

08LD

0.JA

MPT

OC

1.O

p.ge

nera

lJA

MPT

OC

1.O

PER

ATE

YO

pera

te[.g

ener

al] -

mom

1=O

pera

te

3161

197.

09LD

0.JA

MPT

OC

1.O

p.ge

nera

l -M

CD

Ope

rate

[.gen

eral

] - M

CD

Loss

of l

oad

prot

ectio

n

3162

197.

10LD

0.LO

FLPT

UC

1.St

r.gen

eral

LOFL

PTU

C1.

STAR

TY

Star

t[.ge

nera

l] - m

om1=

Star

t

3163

197.

11LD

0.LO

FLPT

UC

1.St

r.gen

eral

-M

CD

Star

t[.ge

nera

l] - M

CD

3164

197.

12LD

0.LO

FLPT

UC

1.O

p.ge

nera

lLO

FLPT

UC

1.O

PER

ATE

YO

pera

te[.g

ener

al] -

mom

1=O

pera

te

3165

197.

13LD

0.LO

FLPT

UC

1.O

p.ge

nera

l -M

CD

Ope

rate

[.gen

eral

] - M

CD

3168

198.

00

(rese

rved

)0

3169

198.

01

(rese

rved

)0

3170

198.

02

(rese

rved

)0

3171

198.

03

(rese

rved

)0

Sens

or te

mpe

ratu

re

3172

198.

04LD

0.VD

STM

P1.A

lm.s

tVal

Y

Tem

pera

ture

ala

rm(1

) lev

el [.

stVa

l] - m

om1=

Ala

rm le

vel (

1)

3173

198.

05LD

0.VD

STM

P1.A

lm.s

tVal

-M

CD

Tem

pera

ture

ala

rm(1

) lev

el [.

stVa

l] - M

CD

3174

198.

06LD

0.VD

STM

P1.T

rip.s

tVal

Y

Tem

pera

ture

trip

(1) l

evel

[.st

Val]

- mom

1= T

rip le

vel (

1)

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

3175

198.

07LD

0.VD

STM

P1.T

rip.s

tVal

-M

CD

Tem

pera

ture

trip

(1) l

evel

[.st

Val]

- MC

D

3176

198.

08LD

0.VD

STM

P2.A

lm.s

tVal

Y

Tem

pera

ture

ala

rm(2

) lev

el [.

stVa

l] - m

om1=

Ala

rm le

vel (

2)

3177

198.

09LD

0.VD

STM

P2.A

lm.s

tVal

-M

CD

Tem

pera

ture

ala

rm(2

) lev

el [.

stVa

l] - M

CD

3178

198.

10LD

0.VD

STM

P2.T

rip.s

tVal

Y

Tem

pera

ture

trip

(2) l

evel

[.st

Val]

- mom

1= T

rip le

vel (

2)

3179

198.

11LD

0.VD

STM

P2.T

rip.s

tVal

-M

CD

Tem

pera

ture

trip

(2) l

evel

[.st

Val]

- MC

D

3180

198.

12LD

0.VD

STM

P3.A

lm.s

tVal

Y

Tem

pera

ture

ala

rm(3

) lev

el [.

stVa

l] - m

om1=

Ala

rm le

vel (

3)

3181

198.

13LD

0.VD

STM

P3.A

lm.s

tVal

-M

CD

Tem

pera

ture

ala

rm(3

) lev

el [.

stVa

l] - M

CD

3182

198.

14LD

0.VD

STM

P3.T

rip.s

tVal

Y

Tem

pera

ture

trip

(3) l

evel

[.st

Val]

- mom

1= T

rip le

vel (

3)

3183

198.

15LD

0.VD

STM

P3.T

rip.s

tVal

-M

CD

Tem

pera

ture

trip

(3) l

evel

[.st

Val]

- MC

D

Auto

recl

oser

3184

199.

00LD

0.D

ARR

EC1.

PrgR

ec.s

tVal

DAR

REC

1.IN

PRO

YAR

in p

rogr

ess

[.stV

al] -

mom

1=In

pro

gres

s

3185

199.

01LD

0.D

ARR

EC1.

PrgR

ec.s

tVal

-M

CD

AR in

pro

gres

s [.s

tVal

] - M

CD

3186

199.

02LD

0.D

ARR

EC1.

PrgR

ec1.

stVa

lD

ARR

EC1.

INPR

O_1

YAR

in p

rogr

ess

1st r

eclo

se[.s

tVal

] - m

om1=

In p

rogr

ess

3187

199.

03LD

0.D

ARR

EC1.

PrgR

ec1.

stVa

l-M

CD

AR in

pro

gres

s 1s

t rec

lose

[.stV

al] -

MC

D

3188

199.

04LD

0.D

ARR

EC1.

PrgR

ec2.

stVa

lD

ARR

EC1.

INPR

O_2

YAR

in p

rogr

ess

2nd

recl

ose[

.stV

al] -

mom

1=In

pro

gres

s

3189

199.

05LD

0.D

ARR

EC1.

PrgR

ec2.

stVa

l-M

CD

AR in

pro

gres

s 2n

d re

clos

e[.s

tVal

] - M

CD

3190

199.

06LD

0.D

ARR

EC1.

PrgR

ec3.

stVa

lD

ARR

EC1.

INPR

O_3

YAR

in p

rogr

ess

3rd

recl

ose[

.stV

al] -

mom

1=In

pro

gres

s

3191

199.

07LD

0.D

ARR

EC1.

PrgR

ec3.

stVa

l-M

CD

AR in

pro

gres

s 3r

d re

clos

e[.s

tVal

] - M

CD

3192

199.

08LD

0.D

ARR

EC1.

PrgR

ec4.

stVa

lD

ARR

EC1.

INPR

O_4

YAR

in p

rogr

ess

4th

recl

ose[

.stV

al] -

mom

1=In

pro

gres

s

3193

199.

09LD

0.D

ARR

EC1.

PrgR

ec4.

stVa

l-M

CD

AR in

pro

gres

s 4t

h re

clos

e[.s

tVal

] - M

CD

3194

199.

10LD

0.D

ARR

EC1.

PrgR

ec5.

stVa

lD

ARR

EC1.

INPR

O_5

YAR

in p

rogr

ess

5th

recl

ose[

.stV

al] -

mom

1=In

pro

gres

s

3195

199.

11LD

0.D

ARR

EC1.

PrgR

ec5.

stVa

l-M

CD

AR in

pro

gres

s 5t

h re

clos

e[.s

tVal

] - M

CD

3196

199.

12LD

0.D

ARR

EC1.

SucR

ec.s

tVal

DAR

REC

1.SU

C_R

ECL

YSu

cces

sful

recl

ose

stat

us[.s

tVal

] - m

om1=

Succ

essf

ul re

clos

e

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

Com

mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

3197

199.

13LD

0.D

ARR

EC1.

SucR

ec.s

tVal

-M

CD

Succ

essf

ul re

clos

e st

atus

[.stV

al] -

MC

D

3198

199.

14LD

0.D

ARR

EC1.

Uns

Rec

.stV

alD

ARR

EC1.

UN

SUC

_REC

LY

Uns

ucce

ssfu

l rec

lose

sta

tus[

.stV

al] -

mom

1=U

nucc

essf

ul re

clos

e

3199

199.

15LD

0.D

ARR

EC1.

Uns

Rec

.stV

al -

MC

D

U

nsuc

cess

ful r

eclo

se s

tatu

s[.s

tVal

] - M

CD

3200

200.

00LD

0.D

ARR

EC1.

LO.s

tVal

DAR

REC

1.LO

CKE

DY

Lock

out s

tatu

s[.s

tVal

] - m

om1=

Lock

out

3201

200.

01LD

0.D

ARR

EC1.

LO.s

tVal

-MC

D

Lo

ckou

t sta

tus[

.stV

al] -

MC

D

3202

200.

02LD

0.D

ARR

EC1.

Rdy

Rec

.stV

alD

ARR

EC1.

REA

DY

YR

eady

recl

ose

stat

us[.s

tVal

] - m

om1=

Rec

lose

read

y

3203

200.

03LD

0.D

ARR

EC1.

Rdy

Rec

.stV

al -

MC

D

R

eady

recl

ose

stat

us[.s

tVal

] - M

CD

3204

200.

04LD

0.D

ARR

EC1.

ActR

ec.s

tVal

DAA

REC

1.AC

TIVE

YAc

tive

recl

ose

stat

us[.s

tVal

] - m

om1=

Rec

lose

act

ive

3205

200.

05LD

0.D

ARR

EC1.

ActR

ec.s

tVal

-M

CD

Activ

e re

clos

e st

atus

[.stV

al] -

MC

D

3206

200.

06LD

0.D

ARR

EC1.

PrgD

sr.s

tVal

DAR

REC

1.D

ISC

R_I

NPR

OY

Dis

crim

inat

ion

time

in p

rogr

ess[

.stV

al] -

mom

1=D

iscr

. tim

e in

pro

gres

s

3207

200.

07LD

0.D

ARR

EC1.

PrgD

sr.s

tVal

-M

CD

Dis

crim

inat

ion

time

in p

rogr

ess[

.stV

al] -

MC

D

3208

200.

08LD

0.D

ARR

EC1.

PrgC

utO

ut.s

tVal

DAR

REC

1.C

UTO

UT_

INPR

OY

Cut

out t

ime

in p

rogr

ess[

.stV

al] -

mom

1=C

utou

t tim

e in

pro

gres

s

3209

200.

09LD

0.D

ARR

EC1.

PrgC

utO

ut.s

tVal

-MC

D

C

utou

t tim

e in

pro

gres

s[.s

tVal

] - M

CD

3210

200.

10LD

0.D

ARR

EC1.

FrqO

pAlm

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alD

ARR

EC1.

FRQ

_OP_

ALM

YFr

eque

nt o

pera

tion

coun

ter a

larm

[.stV

al] -

mom

1=Fr

eque

nt o

p. A

larm

3211

200.

11LD

0.D

ARR

EC1.

FrqO

pAlm

.stV

al -M

CD

Freq

uent

ope

ratio

n co

unte

r ala

rm[.s

tVal

] - M

CD

ga

p

Raw

I/O

sig

nals

3520

220.

00LD

0.XB

0GG

IO1.

Ind1

.stV

al

Y

3521

220.

01LD

0.XB

0GG

IO1.

Ind1

.stV

al -

MC

D

3522

220.

02LD

0.XB

0GG

IO1.

Ind2

.stV

al

Y

3523

220.

03LD

0.XB

0GG

IO1.

Ind2

.stV

al -

MC

D

3524

220.

04LD

0.XB

0GG

IO1.

Ind3

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al

Y

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

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mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

3525

220.

05LD

0.XB

0GG

IO1.

Ind3

.stV

al -

MC

D

3526

220.

06LD

0.XB

0GG

IO1.

Ind4

.stV

al

Y

3527

220.

07LD

0.XB

0GG

IO1.

Ind4

.stV

al -

MC

D

3528

220.

08LD

0.XB

0GG

IO1.

Ind5

.stV

al

Y

3529

220.

09LD

0.XB

0GG

IO1.

Ind5

.stV

al -

MC

D

3530

220.

10LD

0.XB

0GG

IO1.

Ind6

.stV

al

Y

3531

220.

11LD

0.XB

0GG

IO1.

Ind6

.stV

al -

MC

D

3532

220.

12LD

0.XB

0GG

IO1.

Ind7

.stV

al

Y

3533

220.

13LD

0.XB

0GG

IO1.

Ind7

.stV

al -

MC

D

3534

220.

14LD

0.XB

0GG

IO1.

Ind8

.stV

al

Y

3535

220.

15LD

0.XB

0GG

IO1.

Ind8

.stV

al -

MC

D

3536

221.

00LD

0.XB

0GG

IO1.

Ind9

.stV

al

Y

3537

221.

01LD

0.XB

0GG

IO1.

Ind9

.stV

al -

MC

D

3538

221.

02LD

0.XB

0GG

IO1.

Ind1

0.st

Val

Y

3539

221.

03LD

0.XB

0GG

IO1.

Ind1

0.st

Val -

MC

D

3540

221.

04LD

0.XB

0GG

IO1.

Ind1

1.st

Val

Y

3541

221.

05LD

0.XB

0GG

IO1.

Ind1

1.st

Val -

MC

D

3542

221.

06LD

0.XB

0GG

IO1.

Ind1

2.st

Val

Y

3543

221.

07LD

0.XB

0GG

IO1.

Ind1

2.st

Val -

MC

D

3544

221.

08LD

0.XB

0GG

IO1.

Ind1

3.st

Val

Y

3545

221.

09LD

0.XB

0GG

IO1.

Ind1

3.st

Val -

MC

D

3546

221.

10LD

0.XB

0GG

IO1.

Ind1

4.st

Val

Y

Tabl

e co

ntin

ues

on n

ext p

age



Bit a

ddr

Reg

.bit

IEC

618

50 n

ame

AFL-

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mon

SA

nam

eD

sD

escr

iptio

nVa

lue

rang

e

3547

221.

11LD

0.XB

0GG

IO1.

Ind1

4.st

Val -

MC

D

3548

221.

12LD

0.XB

0GG

IO1.

Ind1

5.st

Val

Y

3549

221.

13LD

0.XB

0GG

IO1.

Ind1

5.st

Val -

MC

D

3550

221.

14LD

0.XB

0GG

IO1.

Ind1

6.st

Val

Y

3551

221.

15LD

0.XB

0GG

IO1.

Ind1

6.st

Val -

MC

D

3552

222.

00LD

0.XB

0GG

IO1.

Ind1

7.st

Val

Y

3553

222.

01LD

0.XB

0GG

IO1.

Ind1

7.st

Val -

MC

D

3554

222.

02LD

0.XB

0GG

IO1.

SPSC

01.s

tVal

Y

3555

222.

03LD

0.XB

0GG

IO1.

SPSC

01.s

tVal

-MC

D

3556

222.

04LD

0.XB

0GG

IO1.

SPSC

02.s

tVal

Y

3557

222.

05LD

0.XB

0GG

IO1.

SPSC

02.s

tVal

-MC

D

3558

222.

06LD

0.XB

0GG

IO1.

SPSC

03.s

tVal

Y

3559

222.

07LD

0.XB

0GG

IO1.

SPSC

03.s

tVal

-MC

D

3560

222.

08LD

0.XB

0GG

IO1.

SPSC

04.s

tVal

Y

3561

222.

09LD

0.XB

0GG

IO1.

SPSC

04.s

tVal

-MC

D

3562

222.

10LD

0.XB

0GG

IO1.

SPSC

05.s

tVal

Y

3563

222.

11LD

0.XB

0GG

IO1.

SPSC

05.s

tVal

-MC

D



Tabl

e 36

:Co

ntro

ls

0x a

ddr

Ctrl

stru

ctC

trl b

itM

ode

Iden

tific

atio

nD

escr

iptio

n20

48

1

0U

ns

CTR

L.FC

BCSW

I1.P

os.c

tlVal

FCBC

SWI -

SBO

Sel

ect O

pen

2049

1U

nsFC

BCSW

I - S

BO S

elec

t Clo

se20

502

Uns

FCBC

SWI -

SBO

Can

cel

2051

3U

nsFC

BCSW

I - S

BO O

pera

te20

524

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FCBC

SWI -

Dire

ct O

pen

2053

5U

nsFC

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irect

Clo

se20

546

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CBC

SWI1

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al

WC

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elec

t Ope

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557

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WC

BCSW

I - S

BO S

elec

t Clo

se20

568

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WC

BCSW

I - S

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ance

l20

579

Uns

WC

BCSW

I - S

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pera

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5810

Uns

WC

BCSW

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irect

Ope

n20

5911

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WC

BCSW

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irect

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se20

60

2

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ns

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L.ES

CSW

I1.P

os.c

tlVal

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SWI -

SBO

Sel

ect O

pen

2061

1U

nsES

CSW

I - S

BO S

elec

t Clo

se20

622

Uns

ESC

SWI -

SBO

Can

cel

2063

3U

nsES

CSW

I - S

BO O

pera

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Uns

ESC

SWI -

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ct O

pen

2065

5U

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CSW

I - D

irect

Clo

se20

666

Uns

CTR

L.TR

CSW

I1.P

os.c

tlVal

TRC

SWI -

SBO

Sel

ect O

pen

2067

7U

nsTR

CSW

I - S

BO S

elec

t Clo

se20

688

Uns

TRC

SWI -

SBO

Can

cel

2069

9U

nsTR

CSW

I - S

BO O

pera

te20

7010

Uns

TRC

SWI -

Dire

ct O

pen

2071

11U

nsTR

CSW

I - D

irect

Clo

se20

72

4

0U

nsLD

0.LL

N0.

LED

Rs1

.ctlV

alR

eset

Indi

catio

ns a

nd L

EDs

2073

1U

nsLD

0.LL

N0.

LED

Rs2

.ctlV

alR

eset

Ala

rm L

EDs

olny

2074

2U

nsLD

0.LL

N0.

Rec

Rs.

ctlV

alR

eset

all

data

2075

3U

ns

(rese

rved

)20

764

Uns

LD0.

ESSC

BR1.

RsC

BWea

r.ctlV

alR

eset

CB

rem

aini

ng li

fe a

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pera

tion

coun

ter

2077

5U

nsD

R.R

DR

E1.R

cdTr

g.ct

lVal

Dis

turb

ance

reco

rder

- Ex

tern

al re

cord

ing

trig

2078

6U

nsD

R.R

DR

E1.M

emC

lr.ct

lVal

Dis

turb

ance

reco

rder

- D

elet

e al

l rec

ords

2079

7U

nsLD

0.C

MST

A1.R

ecR

s.ct

lVal

Res

et C

MM

XU1

max

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and

valu

es20

808

Uns

LD0.

PEM

MXU

1.Su

pDm

dRs.

ctlV

alR

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acc

umul

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met

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clos

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and

open

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timat

or20

8210

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BR1.

RsS

prC

haQ

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alR

eset

inpu

t for

the

rech

arge

qua

lity

of th

e C

B sp

ring

2083

11U

nsLD

0.ES

SCBR

1.R

sCon

tQ.s

tVal

Res

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B co

ntac

t qua

lity

estim

atio

n20

8412

Uns

LD0.

ESSC

BR1.

RsD

ampC

nt.s

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Res

et in

put f

or q

ualit

y es

timat

ion

of C

B da

mpe

rs20

8513

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LD0.

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BR1.

RsS

prFa

cQ.s

tVal

Res

et q

ualit

y es

timat

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of fa

tal a

ttem

pt to

rech

arge

of C

B sp

ring

Tabl

e co

ntin

ues

on n

ext p

age



0x a

ddr

Ctrl

stru

ctC

trl b

itM

ode

Iden

tific

atio

nD

escr

iptio

n20

8614

(rese

rved

)20

8715

(rese

rved

)

2090

60

Uns

LD0.

LPH

D1.

RsD

ev.c

tlVal

Res

et p

hysi

cal d

evic

e



Section 6 Glossary

ACD Start/pickup statusACT Application Configuration tool in PCM600; Trip statusAFL Application function block libraryAR AutoreclosingASCII American Standard Code for Information InterchangeCB Circuit breakerCmdState Command stateCMT Communication Management tool in PCM600CPM Communication protocol manualCPU Central processing unitCT Current transformerDPC Double-point controlDPS Double-point statusDR Disturbance recorderDS Data setEMC Electromagnetic compatibilityEthernet A standard for connecting a family of frame-based

computer networking technologies into a LANHMI Human-machine interfaceHW HardwareIEC 61850 International standard for substation communication

and modelingIED Intelligent electronic deviceINS/INC Integer statusIP address A set of four numbers between 0 and 255, separated

by periods. Each server connected to the Internet isassigned a unique IP address that specifies thelocation for the TCP/IP protocol.

LED Light-emitting diodeLHMI Local human-machine interfaceLSB Least significant bit

1MRS757103 B Section 6Glossary


MCD Momentary change detectModbus A serial communication protocol developed by the

Modicon company in 1979. Originally used forcommunication in PLCs and RTU devices.

Modbus memorymap

Allocation of accessible protocol data

Modbus TCP/IP Modbus RTU protocol which uses TCP/IP and Ethernetto carry data between devices

MOM Momentary positionMV Medium voltagePCM600 Protection and Control IED ManagerPLC Programmable logic controllerPST Parameter Setting tool in PCM600RTC Real-time clockRTU Remote terminal unitSBO Select-before-operateSCADA Supervision, control and data acquisitionSEC Security violationSPC Single-point status of a controllable objectSPS Single-point statusSSR1 System status register for device healthSSR2 System status register for device modeSSR3 System status register for data available 1SSR4 System status register for data available 2SSR5 System status register for device alive counterSSR6 System status register for last command resultSSRx System status registerSW SoftwareTCP Transmission Control ProtocolTCP/IP Transmission Control Protocol/Internet ProtocolUD User-definableUDB User-definable bitUDR User-definable registerUID Unique IDUTC Coordinated universal time

Section 6 1MRS757103 BGlossary


VT Voltage transformerWHMI Web human-machine interface

1MRS757103 B Section 6Glossary


Contact us

ABB S.p.A.Power Products DivisionUnità Operativa Sace-MVVia Friuli, 4I-24044 Dalmine, ItalyPhone +39 035 6952 111Fax +39 035 6952 874E-Mail [email protected]

www.abb.com

ABB OyDistribution AutomationP.O. Box 699FI-65101 VAASA, FinlandPhone +358 10 22 11Fax +358 10 22 41094

www.abb.com/substationautomation

1MR

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7103

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