ethernet/ip configuration details for 857/865 protection ......liability for actual use based on the...

EtherNet/IP Configuration Details for 857/865 Protection SystemBulletin Numbers 857, 865

User ManualOriginal Instructions

Important User Information

Read this document and the documents listed in the additional resources section about installation, configuration, and operation of this equipment before you install, configure, operate, or maintain this product. Users are required to familiarize themselves with installation and wiring instructions in addition to requirements of all applicable codes, laws, and standards.

Activities including installation, adjustments, putting into service, use, assembly, disassembly, and maintenance are required to be carried out by suitably trained personnel in accordance with applicable code of practice.

If this equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.

In no event will Rockwell Automation, Inc. be responsible or liable for indirect or consequential damages resulting from the use or application of this equipment.

The examples and diagrams in this manual are included solely for illustrative purposes. Because of the many variables and requirements associated with any particular installation, Rockwell Automation, Inc. cannot assume responsibility or liability for actual use based on the examples and diagrams.

No patent liability is assumed by Rockwell Automation, Inc. with respect to use of information, circuits, equipment, or software described in this manual.

Reproduction of the contents of this manual, in whole or in part, without written permission of Rockwell Automation, Inc., is prohibited.

Throughout this manual, when necessary, we use notes to make you aware of safety considerations.

Labels may also be on or inside the equipment to provide specific precautions.

WARNING: Identifies information about practices or circumstances that can cause an explosion in a hazardous environment, which may lead to personal injury or death, property damage, or economic loss.

ATTENTION: Identifies information about practices or circumstances that can lead to personal injury or death, property damage, or economic loss. Attentions help you identify a hazard, avoid a hazard, and recognize the consequence.

IMPORTANT Identifies information that is critical for successful application and understanding of the product.

SHOCK HAZARD: Labels may be on or inside the equipment, for example, a drive or motor, to alert people that dangerous voltage may be present.

BURN HAZARD: Labels may be on or inside the equipment, for example, a drive or motor, to alert people that surfaces may reach dangerous temperatures.

ARC FLASH HAZARD: Labels may be on or inside the equipment, for example, a motor control center, to alert people to potential Arc Flash. Arc Flash will cause severe injury or death. Wear proper Personal Protective Equipment (PPE). Follow ALL Regulatory requirements for safe work practices and for Personal Protective Equipment (PPE).

Table of Contents

PrefaceDocument Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Additional Resources . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Chapter 1EtherNet/IP EtherNet/IP Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Messaging. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7Devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Objects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Device Profile . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10Electronic Data Sheet (EDS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Chapter 2EtherNet/IP in 857 Protection System Devices

Objects and Messaging. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11Supported Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12I/O Messaging Assemblies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13Electronic Data Sheet (EDS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14Events . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14Fault Codes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Chapter 3Configuration General. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

EtherNet/IP Main Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19IP Address . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Multicast IP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Multicast TTL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Auto/Manual Header Detection. . . . . . . . . . . . . . . . . . . . . . . . . . . . 21I/O Assembly Instances in Use . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21Include Run/Idle Header (Producing). . . . . . . . . . . . . . . . . . . . . . . 21Include Run/Idle Header (Consuming) . . . . . . . . . . . . . . . . . . . . . 22

Data Point Configuration. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22Generating an EDS File with SetPointPS . . . . . . . . . . . . . . . . . . . . . . . . 24

Chapter 4Testing with Simple Tester Simple Tester Overview. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

Connecting the Simple Tester . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26Reading Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27Writing Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

Writing to a Data Item. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29Writing to an Item in the Consuming Assembly . . . . . . . . . . . . . 29

Events . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

Rockwell Automation Publication 857-UM005A-EN-P - July 2018 3

Table of Contents

Chapter 5Data Model Standard Objects - Included in Assemblies . . . . . . . . . . . . . . . . . . . . . . 31

Control Supervisor Object, Class Code 0x29 (41), Instance 0x01 (01). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31Overload Object, Class Code 0x2C (44), Instance 0x01 (01) . . 32

Appendix A857 Protection System Event Codes

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

4 Rockwell Automation Publication 857-UM005A-EN-P - July 2018

Preface

Document Overview This document describes the configuration and the testing of the EtherNet/IP protocol in 857 Protection System devices.

In this document, ‘device’ refers to the 857 Protection System protection relays, Bulletin 857 measuring units, and similar types of equipment.

To configure 857 protection relays, the SetPointPS relay setting and configuration tool version 2.2.185 or higher is needed. The tool is available at:

http://ab.rockwellautomation.com/Circuit-and-Load-Protection/Medium-Voltage/857-Medium-Voltage-Protection

Refer to the SetPointPS Configuration Software Programming Manual, publication 857-PM001, for complete details on the used and configuration of the SetPointPS software tool. To configure a device and change protocol settings, login with Configurator security access level. Enter the appropriate password when connecting to a device with SetPointPS. The factory default password for configurator access level is ‘2’ or ‘0002’. If the factory default password has been changed, the new password must be entered.

This document assumes that the reader has an understanding of the EtherNet/IP protocol.

Additional Resources

These documents contain additional information concerning related products from Rockwell Automation®.

IMPORTANT This document applies to firmware revisions v.13.001 and higher.

Resource Description

857 Protection System for Feeder and Motor Protection, Series A, publication 857-UM001

Provides information on parameters, installation, dimensions, troubleshooting, control functions, and specifications

857-RAA/857-RAD RTD Scanner User Manual, publication 857-UM002

Provides information on layout, wiring, installation, configurations, mounting and I/O

857-VPA3CG PROFIBUS DP Option Module, publication 857-UM003

Provides information on the PROFIBUS option modules, including installation, commissioning, dimensions, and specifications

SetPointPS Configuration Software Programming Manual, publication 857-PM001

Provides information on configuring, setting up, troubleshooting, and using the SetPointPS communication software

857 Protection System for Feeder and Motor Protection Quick Start, publication 857-QS001

Provides information on mounting, wiring, and installation of the 857 relay


http://literature.rockwellautomation.com/idc/groups/literature/documents/um/857-um001_-en-p.pdf

http://literature.rockwellautomation.com/idc/groups/literature/documents/pm/857-pm001_-en-p.pdf

http://ab.rockwellautomation.com/Circuit-and-Load-Protection/Medium-Voltage/857-Medium-Voltage-Protection

http://literature.rockwellautomation.com/idc/groups/literature/documents/qs/857-qs001_-en-p.pdf



Refer to the SetPointPS Programming Manual, 857-PM001 for complete details on the used and configuration of the SetPointPS software tool.

Preface

You can view or download publications at:http://www.rockwellautomation.com/global/literature-library/overview.page. To request paper copies of technical documentation, contact your local Allen-Bradley distributor or Rockwell Automation sales representative.

857 Protection System Specification Guide, publication 857-SR001

Provides specifications on protective features, measuring and monitoring, arc flash protection, and cold load pickup monitoring

Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1

Provides general guidelines for installing a Rockwell Automation industrial system.

Product Certifications website, http://www.rockwellautomation.com/global/certification/overview.page

Provides declarations of conformity, certificates, and other certification details.

Resource Description


http://literature.rockwellautomation.com/idc/groups/literature/documents/in/1770-in041_-en-p.pdf

http://www.rockwellautomation.com/literature/

http://literature.rockwellautomation.com/idc/groups/literature/documents/sr/857-sr001_-en-p.pdf

http://www.rockwellautomation.com/global/certification/overview.page?

http://www.rockwellautomation.com/global/certification/overview.page?

http://www.rockwellautomation.com/global/literature-library/overview.page

Chapter 1

EtherNet/IP

This section gives a general overview of EtherNet/IP and its implementation in 857 Protection System devices.

EtherNet/IP Overview EtherNet/IP is an adaptation of the open standard Common Industrial Protocol (CIP), which is designed for vendor-independent device interoperability that is strictly object-oriented protocol.

CIP can use different transport layers. If EtherNet/IP, Ethernet (IEEE 802.3 and the TCP/IP protocol suite) is used. The ‘IP’ in ‘EtherNet/IP’ refers to ‘Industrial Protocol’.

Messaging

EtherNet/IP supports unconnected and connected modes of messaging.• Unconnected messaging refers to peer-to-peer communication, where

the opening and the closing of connections is allowed via unconnected messaging. The Unconnected Message Manager (UCMM) handles the messaging. Messages are sent over TCP/IP.

• Connected messaging is dedicated to a particular purpose, such as frequent explicit message transactions or real-time I/O data transfers. Connection resources are reserved and configured using communications services available via the UCMM. Messages are sent over TCIP/IP and UDP.

EtherNet/IP specifies a special encapsulation protocol to carry CIP messages over TCP/IP and UDP. There are two types of connections, explicit and implicit.

• Explicit connections refer to request-response connections, which are general-purpose connections. Explicit connections use TCP/IP and use either unconnected messaging via UCMM (Unconnected Message Manager-one-time request/response) or Class 3 connections (cyclic request /response).

• With Implicit connections, only application data is contained within the messages. Implicit data can be polled, cyclic, or COS (Change of State) messages. Implicit connections are either point-to-point (unicast) or one-to-many (multicast) connections. Implicit connections use UDP/IP.


Chapter 1 EtherNet/IP

Communication Types That Are Supported

The 857 Protection System Ethernet stack supports three types of communication.

Connection Limits

The 857 Protection System supports the following connection limits:• Class 3 connections – there can be maximum six Class 3 connections

simultaneously.• Class 1 connection – there can be only one Class 1 connection

simultaneously.

Devices

There are two classes of devices in a CIP network, adapters and scanners.• Adapters are targets of real-time I/O data connection. Adapters cannot

send or receive real-time data unless requested to do so by a scanner device. Adapters can exchange data by using explicit messages with any class of devices but cannot originate a connection.

• Scanners are originators of I/O data connection requests and originators or targets of explicit connection requests.

Objects

The following defines objects in CIP (and EtherNet/IP).

Unconnected Explicit Requests and Responses

Used mainly for establishing explicit and I/O connections, but can also be used for one time requests to attributes of data model objects.

Explicit Messaging (Class 3) Connections

Point-to-point connections that cyclically query the adapter for some data or cyclically write data to the adapter. Transmitted using TCP.

I/O Messaging (Class 1) Connections Point-to-point or multicast. Used for frequent exchange of process data. 857 Protection System relay supports only cyclic I/O connections. Transmitted using UDP.

Description A description of an object being specified.

Class Code A hexadecimal identifier that is assigned to each CIP object.

Attributes Data elements that are associated with the object.

Common Services A list of common services that are defined for the object.

Object-specific Services The full specifications of any services unique to the object.

Connections Object supported connections.

Behavior The relationship between attribute values and services.


EtherNet/IP Chapter 1

The object model of CIP is shown in Figure 1. A description of the objects is given in Table 1.

Figure 1 - The CIP Object Model

The CIP specification includes an Object Library, which is a set of standardized objects that covers protocol objects. For example, the Identity Object, Assembly Object, and Application Objects. The Object Library covers basic industrial automation building-blocks and some more complex devices. These include Digital Input, Digital Output, Analog Input, Analog Output, Position Sensor, Position Controller, AC/DC Drive, Overload, Soft Start, and Motion Axis.

Table 1 - CIP Object Description

Application Objects are based on the standard objects from the Object Library if possible, if not, vendors can define their own, private (vendor-specific) Application Objects. CIP specifies the Class ID ranges for that purpose, see Table 2 on page 10.

Object Description

Connection Object The CIP Communication Object manages and provides the runtime exchange of messages.

Message Router The Message Router Object provides a messaging connection point through which a Client can address a service to any object class or instance that resides in the physical device. It routes explicit messages over requested paths.

Assembly Object The Assembly Object binds attributes of multiple objects. The binding of objects allows data to or from each of these objects to be sent or received over a connection (like a data set).Assembly Objects can be used to group:• input data (that produces an instance of an Assembly Object – information that is

transmitted to the network).• output data (the consuming instance of an Assembly Object – information that is

received from the network).I/O connections are established between Assembly Object instances of the devices – between inputs and outputs.Assembly Object instances are accessible via Explicit Messaging.

Identity Object Provides device identification and general information about the device, such as vendor identifier, product code, name, status. The Identity Object is present in all CIP products.


Chapter 1 EtherNet/IP

Device Profile

The series of application objects for a particular device type is known as the device profile. Many profiles for many device types have been defined. An example of a device profile is shown in Table 3 on page 11.

Electronic Data Sheet (EDS)

An Electronic Data Sheet (EDS) is a textural description of a device profile. An EDS specifies the accessible parameters and the content of assemblies. The format of an EDS (file) is similar to Windows .INI files to maintain machine readability. EDS files mainly contain the following information.

• Device identity information – main configuration parameters See Configuration on page 17.

• Parameters list – all attributes available in the 857 Protection System data model. See Data Model on page 31.

• Assemblies info – current configuration of the producing and the consuming assemblies.

Table 2 - CIP Class ID Ranges

Range (Hexadecimal) Range (Decimal) Meaning Quantity

0x00…0x63 000…099 Open 100

0x64…0xC7 100…199 Vendor specific 100

0xC8…0xEF 200…239 Reserved by CIP for future use 40

0xF0…0x2FF 240…767 Open 528

0x300…0x4FF 768…1279 Vendor specific 512

0x500…0xFFFF 1280…65535 Reserved by CIP for future use 64256


Chapter 2

EtherNet/IP in 857 Protection System Devices

The EtherNet/IP protocol is available on the 857 Protection System devices with an optional embedded Ethernet card. The protocol can be used to read / write data from the device using request / response communication. And via cyclic I/O messages transporting data that are assigned to assemblies (sets of data).

857 Protection System devices with the EtherNet/IP protocol that is selected on the Ethernet port serves as adapters. Which means that they are not able to initiate communication with other devices in the network.

Objects and Messaging The EtherNet/IP implementation on the 857 Protection System devices supports all required standard objects with their required attributes. There are also total of 10 application objects from which 8 are private. A list of the 857 Protection System device objects and their classes is shown in Table 3.

Table 3 - Device Profile of an 857 Protection Relay in Motor Manager Mode

Class (Hex) Class (Dec) Object Object Category

0x01 01 Identity Protocol Standard

0x02 02 Message Router

0x04 04 Assembly

0x06 06 Connection Manager

0xF5 245 TCP/IP Interface

0xF6 246 Ethernet Link

0x29 41 Control Supervisor Application

0x2C 44 Overload

0x382 898 857 Digital Private (vendor specific)0x383 899 857 Analog

0x385 901 857 Stage Protect Current

0x386 902 857 Stage Protect EF

0x387 903 857 Stage Protect Other

0x388 904 857 Stage Protect General

0x384 900 857 Analog2

0x389 905 857 Special


Chapter 2 EtherNet/IP in 857 Protection System Devices

The EtherNet/IP implementation in the 857 Protection System supports three types of communication:

• Unconnected Explicit Requests and Responses – used mainly for establishing explicit and I/O connections, but can also be used for one time requests to attributes of data model objects.

• Explicit Messaging (Class 3) connections – are strictly point-to-point connections. The connections cyclically query the adapter for some data or cyclically write data to the adapter. Transmitted using TCP.

• I/O Messaging (Class 1) connections – can be point-to-point or multicast. Used for frequent exchange of process data. 857 Protection System supports only cyclic I/O connections. Transmitted using UDP.

Connection limits:• Class 3 connections – there can be maximum six Class 3 connections

simultaneously.• Class 1 connection – there can be only one Class 1 connection

simultaneously.

Supported Services 857 Protection System device support following services for objects:• GAA = Get Attribute All.• GAS = Get Attribute Single.• SAS = Set Attribute Single.

GAS service is available for all attributes with the GET or GET | SET access type. The SAS service is available for all attributes with the GET | SET or SET access type.

A list of the 857 Protection System device services for objects is shown in the Table 3 on page 11.

Table 4 - Supported Services for Objects in the 857 Protection System

Class Class Object Support Services

(Hex) (Dec) Get Set

0x01 01 Identity GAA, GAS -

0x02 02 Message Router - -

0x04 04 Assembly GAS SAS

0x06 06 Connection Manager - -

0xF5 245 TCP/IP Interface GAA, GAS -

0xF6 246 Ethernet Link GAA, GAS -

0x29 41 Control Supervisor GAS SAS

0x2C 44 Overload GAS SAS

0x382 898 857 Digital GAS SAS

0x383 899 857 Analog GAS SAS

0x385 901 857 Stage Protect Current GAS SAS


EtherNet/IP in 857 Protection System Devices Chapter 2

I/O Messaging Assemblies EtherNet/IP implementation on 857 Protection System device includes three producing assemblies (Tx, Target -> Originator) and three consuming assemblies (Rx, Target <- Originator). See Table 5.

A zero-length configuration assembly with instance number ‘199’ is available.

Assemblies must be configured during the device setup. Configuring these assemblies involve selecting the producing and the consuming instances to be used.

0x386 902 857 Stage Protect EF GAS SAS

0x387 903 857 Stage Protect Other GAS SAS

0x388 904 857 Stage Protect General GAS SAS

0x384 900 857 Analog2 GAS SAS

0x389 905 857 Special GAS SAS

Table 4 - Supported Services for Objects in the 857 Protection System (Continued)

Class Class Object Support Services

(Hex) (Dec) Get Set

Table 5 - Available Assemblies in 857 Protection System

Instance Number Type Description

2 Producing Static Basic Output Image

50 Consuming Static Basic Input Image

100 Producing Configurable Output Image (dynamic)

150 Consuming Configurable Input Image (dynamic)

101 Producing Static Advanced Output Image#1

151 Consuming Static Advanced Input Image#1





104 Producing Static Advance Input Image #4

154 Consuming Static Advance Output Image #4


155 Consuming Static Advance Input Image #5


156 Consuming Static Advance Input Image #6


157 Consuming Static Advance Input Image#7

IMPORTANT When updating from firmware revisions older than 10.96, manually change the value of the configuration Assembly Instance to 199.



If dynamic assemblies (instance numbers 100 and 150) are used, configure the contents of both assemblies using SetPointPS. By default, both assemblies are configured with 1 byte of data each. By default, the producing assembly is configured with ‘Control Supervisor Object’ / ‘Faulted attribute’ and the consuming assembly with ‘Control Supervisor Object’ / ‘FaultRst’.

I/O connections with the 857 Protection System device must be opened with the RPI (Requested Packet Interval) no less than 50 ms and not greater than 5 seconds. The default value is 100 ms.

See 857-UM001 for the complete details regarding the content and configuration of the static and dynamic assemblies

Electronic Data Sheet (EDS) Every change to main configuration parameters or assemblies configuration requires a new EDS file to be generated. After all changes are made and the device is to be used in the network, generate a new EDS file.

Some of the configuration tools can simplify device configuration that is based on the EDS file. In the current implementation on the 857 Protection System, the EDS file can only be generated by using the SetPointPS configuration tool.

Events The 857 Protection System device events, from the relay Event Buffer, are available under the following attributes of the Digital Object 0x64 (100).

Events are read starting from the oldest one in the Event Buffer on the Protection System device. Events are read sequentially, the next event is read when the previous one is acknowledged. Acknowledgment is done by setting attribute 152 of the Digital Object (0x64) – Event Ack. When all events have been read and the event buffer thus is empty, the attributes contain zero-data (zeroes). This zero-data is automatically replaced with the data of a new event when one is registered.

IMPORTANT Direct EDS file extraction, over the EtherNet/IP network using Studio 5000®, is not supported in the Bulletin 857 system. The EDS file can be directly extracted from Bulletin 857 device over the EtherNet/IP network or by connection to the front serial port connection using only the SetPointPS software tool. See Generating an EDS File with SetPointPS on page 24.

Attribute 147 Event Code (bits 0…5: code, bits 6…15: channel).

Attribute 148 Event Milliseconds And Seconds (bits 0…5: seconds, bits 6…15: milliseconds).

Attribute 149 Event Min And Hour (bits 0…7: hour, bits 8…15: minutes).

Attribute 150 Event Day And Month (bits 0…7: month, bits 8…5: day).

Attribute 151 Event Year.

Attribute 152 Event Ack.



EtherNet/IP in 857 Protection System Devices Chapter 2

Reading of events is the same for all communication types. The relay sends the oldest available event. Next oldest event is read only after setting the Event Ack parameter. The one previously read is not available any more. Or after the event buffer has been cleared and a new event is generated later on. A list of all event codes is shown in Appendix A.

Fault Codes Table 6 contains a translation of the 857 Protection System protection stages to EtherNet/IP Fault Codes.

Table 6 - EtherNet/IP Fault Code to 857 Protection System, Protection Stage Translation

EtherNet/IP Fault Codes Description 857 Protection System Protection Stage

20 CURRENT TRIP Overcurrent Stage I>Overcurrent Stage I>>Overcurrent Stage I>>>

21 THERMAL OVERLOAD Thermal Overload Stage T>

26 PHASE IMBALANCE Unbalance Stage I2>

27 GROUND FAULT Earth Fault Stage Io>Earth Fault Stage Io>>Earth Fault Stage Io>>>Earth Fault Stage Io>>>>

29 UNDERLOAD Under Current Stage I<

31 STALL Stall Protection Stage Ist>

51 UNDERVOLTAGE U<U<<U<<<

52 857 Protection SystemOVERVOLTAGE

U>U>>U>>>

54 PHASE REVERSAL Unbalance Stage I2>>

55 FREQUENCY f<f<<f><f>><<

73 START/HOURS EXCEEDED Frequent Start Protection N>



Notes:


Chapter 3

Configuration

This section explains how to configure the 857 Protection System device to use EtherNet/IP.

General The SetPointPS software must be used to connect to the device. Connect a USB cable to a RS-232 converter to the personal computer then connect an 857-VX003 cable from the converter to the front port of the device. Alternatively, an Ethernet connection can be used. See the device manual for more information on the different ports on the device. Alternatively, if the 857 relay is configured for Ethernet/IP, the web-based version of SetPointPS software, Webset, can also be used for basic configuration.

Activate the EtherNet/IP protocol by first configuring the Ethernet port settings. These settings can be found by navigating to the Protocol Configuration menu in the SetPointPS Group List. The list to the left in the SetPointPS window. See Figure 2 on page 18 before connecting a relay to an existing network, so that no conflicts emerge. If DHCP (Dynamic Host Configuration Protocol) is not enabled the IP address, subnet mask, and Gateway must be set in the 857 Protection System.

The EtherNet/IP protocol is activated by setting it as the Ethernet port protocol on one of the TCP port instances. To set the protocol, click one of the Ethernet Port Protocol selections in Figure 2 on page 18 and select “EtherNetIP” from the pull-down menu.

IMPORTANT The configuration and features available can vary slightly between different 857 Protection System devices and between different firmware revisions.

IMPORTANT There are two TCP port instances, “TCP PORT 1st INST” and “TCP PORT 2nd INST”, two independent sockets for two different protocols. The default TCP/IP port for EtherNet/IP is 44818.

IMPORTANT To set a protocol, on any port, a restart of the device is required before the changes take effect. SetPointPS prompts for a device restart when a change has been made to any protocol selection.


Chapter 3 Configuration

Figure 2 - The Protocol Configuration Menu in SetPointPS

IP address of the RelaySubnet Mask of the Relay

Gateway to which the Relay is connectedNTP server IP address (if used)

Ethernet port protocol selectionIP Port Selection

Ethernet port protocol selectionIP Port Selection


Configuration Chapter 3

EtherNet/IP Main Configuration

The configuration of the EtherNet/IP settings is done in the EtherNet/IP Main Configuration menu in SetPointPS. The available settings are shown in Figure 3 on page 19 and explained in Table 7 on page 19.

Figure 3 - The EtherNet/IP Main Configuration Menu in SetPointPS

Table 7 - Description of the EtherNet/IP Main Configuration Parameters

Parameter Range Description

Multicast IP Address 239.0.0.0…239.255.255.255 Multicast IP address that is used for sending I/O messages.

Multicast TTL 1…100 Time-to-live of the I/O messages sent as multicast.

Vendor ID(1) 1…65535 Identification of the vendor by number.

Device Type(1) 0…65535 Identification of the general type of product.

Product Code(1) 1…65535 Identification of the particular product of an individual vendor.

Major revision(1) 1…127 Major revision of the item that the Identity Object represents.

Minor revision(1) 1…255 Minor revision of the item that the Identity Object represents.

Serial Number(1) 0…4294967295 Serial number of the device.

Product Name 32 characters Human readable identification.

Auto/Manual Header Detection

Manual

Auto (default)

Include Run/Idle Header parameters are used to define whether Run/Idle Header is to be used.Run/Idle Headers are detected automatically.

I/O Assembly Instance in use 2+50, (default)100+150,101+151, 102+152, 103+153

Instance numbers of the producing and the consuming assemblies being used.

Producing Instance The producing instance number Instance number of the producing assembly (not directly editable).(2)



IP Address

Each device in each subnetwork must have a unique IP address. Valid Class A, B, or C IP address must be assigned to the device to allow it to serve as a TCP/IP node. The assigned IP address is used by the EtherNet/IP scanner to find the device in the network and start a communication with it.

Multicast IP

Multicast IP address is a parameter that is used by the device to send EtherNet/IP multicast packets, if requested to do so by the scanner. Multicast IP must be a valid Class D IP address. In the 857 Protection System, there is only one possible I/O connection at a time and therefore only single Multicast IP is used.

Multicast IP parameter is ignored when scanner requested T->O (target-to-originator, for example adapter to scanner) communication to be point-to-point. The default value of this parameter is 239.0.0.1.

Multicast TTL

Multicast TTL value must be used for the IP header Time-to-live field when sending EtherNet/IP multicast packets. This value is ignored for the unicast packets and TTL as configured for the TCP/IP stack is used instead.

Include Run/Idle Header On

Off (default)

Include Run/Idle Header in outgoing I/O messages.Exclude Run/Idle Header in outgoing I/O messages.

Producing Instance Size [bytes] The size of the producing assembly (not directly editable).(3)

Consuming Instance The consuming instance number

Instance number of the consuming assembly (not directly editable). (2)

Include Run/Idle Header On (default)

Off

Expect presence of Run/Idle Header in incoming I/O messages.Expect absence of Run/Idle Header in incoming I/O messages.

Consuming Instance Size [bytes] The size of the consuming assembly (not directly editable).(3)

Configuration Instance 1…1279 Instance number of configuration instance

Configuration Instance Size [bytes] The size of the consuming assembly (not directly editable).(3)

(1) Read Only attribute. (2) Automatically updated according to the value of ‘I/O Assembly Instances in use’ parameter.(3) Automatically \updated as the assemblies are configured.

Table 7 - Description of the EtherNet/IP Main Configuration Parameters (Continued)

Parameter Range Description



The default value of this parameter is 1, the number of network hops over which the multicast packet is propagated. Datagrams are limited to the local subnet.

Auto/Manual Header Detection

When this parameter is set to ‘Manual’, you must manually define the presence of Run/Idle header in the I/O messaging by configuring parameters ‘Include Run/Idle Header’. For more information, see Include Run/Idle Header (Producing) on page 21 and Include Run/Idle Header (Consuming) on page 22.

When ‘Auto’ is selected, the 857 Protection System automatically detects whether Run/Idle header is used in the I/O messaging. The default value of this parameter is ‘Auto’.

I/O Assembly Instances in Use

Select the producing and the consuming instances to be used. The values of the producing and the consuming assemblies are available in the EDS file and are used by the configuration tool as a reference path during I/O connection opening.

Every change to this parameter requires restarting the device.

Include Run/Idle Header (Producing)

An I/O connection can be established with or without the Run/Idle Header in the T->O direction (adapter to scanner). By including Run/Idle Header in the producing assembly, an additional 4 bytes is added to the beginning of the data part of an I/O message. Run bit is always set in the outgoing messages if the 857 Protection System is configured to send I/O messages with the Run/Idle Header. Information about whether the Run/Idle Header is included in the outgoing messages is available in the EDS file. This information is used by the configuration tool to establish I/O communication.

Every change to this parameter requires generation of the new EDS file. The default value of this parameter is ‘Off ’.



Include Run/Idle Header (Consuming)

An I/O connection can be established with or without the Run/Idle Header in the T<-O direction (scanner to adapter). Set this value to ‘On’ to inform the configuration tool that the 857 Protection System expects the consuming assembly to contain additional 4 bytes of data. If the Run/Idle Header is included and the Run bit is set in the incoming I/O messages, then the Protection System processes received data. If the Run bit is cleared, then the Protection System ignores received data. If the Run/Idle Header is not included in the incoming I/O messages, then the received data is always processed. Information about whether the Run/Idle Header is expected in the incoming I/O messages is available in the EDS file. The information is used by the configuration tool to establish I/O communication.

Every change to this parameter requires generation of the new EDS file. The default value of this parameter is ‘On’.

Data Point Configuration Available data items, that is, the contents of the Producing Assembly and the Consuming Assembly can be viewed / configured in the following SetPointPS menus:

• EtherNet/IP I/O 2+50 (static)• EtherNet/IP I/O 100+150 (dynamic)• EtherNet/IP I/O 101+151 (static)• EtherNet/IP I/O 102+152 (static)• EtherNet/IP I/O 103+153 (static)• EtherNet/IP I/O 104+154 (static)• EtherNet/IP I/O 105+155 (static)• EtherNet/IP I/O 106+156 (static)• EtherNet/IP I/O 107+157 (static)

These assemblies are static. You cannot change their contents.• 2+50• 101+151• 102+152• 103+153• 104 + 154• 105 + 155• 106 + 156• 107 + 157

IMPORTANT The 857 Protection System does not allow changing of both Include Run/Idle Header parameters while the I/O connection is running.



Assemblies 100+150 are dynamic, meaning you can select data items to the assemblies. Click a row in them and select a desired data point. An example is shown in Figure 4 on page 23. The columns of the assembly table are described in Table 8 on page 23. The Consuming Assembly is created and formatted in the same way as the Producing Assembly.

Figure 4 - Configuration of the EtherNet/IP Producing Assembly 100 in SetPointPS

Editing the Producing Assembly

Table 8 - Assembly Configuration Table Contents

Attribute Description

Name Type and name of the data item

Length Length of the data item in bytes

Scaling The scaling that is used for the data item

Offset The byte offset of the data item in the assembly

IMPORTANT Changes made to the assemblies require a device restart for the changes to take effect. See Data Model on page 31 for a list of the set of available data items in EtherNet/IP.



Generating an EDS File with SetPointPS

An EDS file can be generated with SetPointPS.

1. Click the Communication tab on the top row of the SetPointPS software tool.

2. From the pull-down menu, click Get EtherNetIP EDS… (Figure 5).

The EDS file is generated and opens a dialog that requests where to save the generated file, see Figure 6 on page 24.

Figure 5 - Creating an EDS File with SetPointPS

3. Click Save to store the generated EDS file in the selected location.

Figure 6 - Saving the EDS File


Chapter 4

Testing with Simple Tester

This section describes how to test the EtherNet/IP protocol after it is successfully configured through a few examples with the Simple Tester tool (available only by request).

‘DUT’ is used in this section to refer to the Device Under Test, that is, the 857 Protection System device to which Simple Tester is connected.

Simple Tester Overview Simple Tester is a basic protocol testing tool (for personal computer) that supports several different protocols, including EtherNet/IP. Simple Tester can be used to test reading and writing data, view events and perform clock synchronization from the personal computer. The user interface of Simple Tester with EtherNet/IP selected as current protocol (but not connected to a device) is shown and explained in Figure 7.

Figure 7 - Simple Tester with EtherNet/IP Selected (Not Connected to a Device)

Communication ParametersProtocol Selection

Device Connection Configuration

Ethernet IP settings

Data Read controls

Data Write controls

Rx and TX Instances

Event View

Connection Status Line


Chapter 4 Testing with Simple Tester

Connecting the Simple Tester To connect to a device over EtherNet/IP with Simple Tester, the device must be configured as described in Chapter 3. You must also have a physical Ethernet connection to the device.

To connect Simple Tester, follow these steps.

1. Select Ethernet IP in the Protocol field in the Communication Parameters section. See Figure 8.

2. Enter the IP address of the device under test in the Host field of the Communication parameters section.

3. Set the IP port in the Port field of the Communication Parameter section. This setting refers to the IP port as set in the IP port for protocol setting of the protocol configuration menu in SetPointPS. See Figure 4 on page 23.

4. Click GO.

An OK in the lower right corner of the Simple Tester window indicates a successful connection. See Figure 8 for an example of a successful connection.

Figure 8 - Simple Tester That Is Connected to a Device

Connection Status


Testing with Simple Tester Chapter 4

Reading Data Data can be read in two ways: • By the specific data item. Use the Data read controls.• By the Producing Assembly of the device. Use the general I/O controls

(see Figure 7).

Some virtual measurements are sent to the device with SetPointPS. The measurements and the Assembly configurations are shown in Figure 9.

Figure 9 - Assembly Configurations and Virtual Measurements in SetPointPS.

The simulated (virtual measurement) of Phase 1 current, IL1, is 537 A. This value can be found in the EtherNet/IP configuration as: Class 0x2C (44), InstanceID 0x01 (01), AttributeID 0x08 (08). These values are entered into the Read controls of Simple Tester as decimal values.

The result is shown in First Data Read Result (Figure 10). To read the value, click the Read button.

Figure 10 - First Data Read Result



The result, 5370, corresponds to the virtual value, 537 A, fed to the device by SetPointPS.

Note the scaling, which applies to objects of type Overload. The scaling is indicated in the Scaling column of the assembly configuration as “1.0 A = 10”, which means that the observed value would represent 537.0 A.

The value of IL1 is also available as an attribute of an object of class Analog (0x383) with the parameters: Class 0x383 (899), InstanceID 0x01 (01), AttributeID 0x01 (01).

The result of a read of these values is shown in the Second Data Result (Figure 11). The values have been entered as decimal values. The result in this case, 537 again corresponds to the virtual value, 537 A, but has not been scaled, since values represented with objects of class Analog are not scaled.

Figure 11 - Second Data Read Result

When using the general I/O controls, the {RxInstance, RxHeader, Size} and {TxInstance, TxHeader, Size} parameters must be configured. The parameters must correspond to the definition of the consuming and the producing assemblies on the DUT. These settings are seen from the point of view of the test application, not the DUT. Thus, the values of the parameters {RxInstance, RxHeader, Size} must correspond to the values of the Producing Assembly on the DUT. The values of the parameters {TxInstance, TxHeader, Size} must correspond to the values of the Consuming Assembly on the DUT. The sizes of the assemblies can be checked from the EtherNet/IP MAIN CONFIGURATION menu in SetPointPS. In this example, the result leads to the configuration as shown in Figure 10.

When the data is to be read, click the Start IO button. A successful action is indicated in the Status field of the General I/O controls.

Figure 12 - Result of General I/O

The received data must be interpreted. As can be seen in the Producing Assembly configuration (Figure 9 on page 27), the offset of IL1 (CurrentL1) is 003 and 004. The 2 bytes are in the order “low byte, high byte”, the 2 bytes are highlighted in Figure 12.

The value of the data is 0x14FA = 5370, which again corresponds to the virtual value, 537 A. Because the value is contained within an object of class Overload, it is scaled as indicated by the Scaling column of the Assembly configuration.

The Analog class representation of this data item is not available via the Assemblies, as it has not been set. To set the Analog class, follow the instructions detail in Data Point Configuration on page 22.


Testing with Simple Tester Chapter 4

Writing Data Data is either written to a particular data item, or to an item defined in the consuming assembly of the DUT.

Writing to a Data Item

To write directly to a data item, the Write controls in Simple Tester are used. For this example a “1” is written to Virtual Input 1 (VI1), which can be found as an object of the Digital Class (0x382) (898), InstanceId 0x01 (01), and AttributeId 0x6B (107). This translates to the decimal values 898, 1, and 107.

These values are entered into their respective fields in the Write controls and a ‘1’ is entered in the Value field. The write is performed by clicking the Write button. A screenshot of Simple Tester after the write to VI1 is shown in Figure 13. The message “Success” in the Status field indicates a succesful write.

Figure 13 - Simple Tester after Writing to Virtual Input 1

Writing to an Item in the Consuming Assembly

To write to VI1 via the general I/O controls, the item must first be defined in the consuming assembly of the DUT. Then I/O must be active, which is done by clicking the Start IO button (if not already clicked).

In VI, 1 can be seen in the configuration of the consuming assembly at offset 1. To perform the actual write:

1. Click the lower half-byte of the byte at offset 1.

2. Enter a ‘1’.

See Figure 14 and Figure 15.

Figure 14 - Selecting the Half-byte to Write to

Figure 15 - Result after Writing to VI1 in the General I/O Section

In this example, VI1 has also been defined in the producing assembly at offset 1, see Figure 9 on page 27. Thus, its value can also be seen at offset 2 in the producing assembly of the DUT (RxData in Simple Tester), highlighted in Figure 15.



Events Events can be viewed by checking the Poll for events checkbox. which polls the DUT for any events in its event buffer. Events are in the format ‘<timestamp> <event code>’, where the event codes are the same as used by the SPA-bus protocol. See Figure 16 for an example.

Figure 16 - Example of the Event View When “Poll for events” is Selected

The meaning of the event codes can be found in a separate document available from Rockwell Automation. Contact the product manager for details.


Chapter 5

Data Model

Standard Objects - Included in Assemblies

857 Protection System process data are mapped into two standard objects (Control Supervisor Object and Overload Object) and two private objects (Digital Object and Analog Object). All attributes of these objects are available to be included in assemblies.

Control Supervisor Object, Class Code 0x29 (41), Instance 0x01 (01)

Attribute ID is prescript with ‘Control Supervisor#xxx’ where xxx is the Attribute ID.

Table 9 - Control Supervisor Object, Class Code 0x29 (41)

Attribute ID Access Name Data Type Scaling / Description of Attribute

003 GET | SET Run1 BOOL Run command from the network is internally blocked.For conformance reasons only.

010 GET Faulted BOOL 1 = Fault Occurred (latched)0 = No Faults present

011 GET Warning BOOL 1 = Fault (not latched)0 = No warnings present

012 GET | SET FaultRst BOOL 0->1 = Fault Reset0 = No action

014 GET WarnCode UINT Code word indicating warnings present.CurrTrip=20ThermOver=21PhImb=26GndFault=27Underload=29Stall=31Undervol=51 Overvol=52Phrevers=54Freq=55StHrExceed=73


Chapter 5 Data Model

Overload Object, Class Code 0x2C (44), Instance 0x01 (01)

Attribute ID is prescript with ‘Overload#xxx’ where xxx is the Attribute ID.

Table 10 - Overload Object, Class Code 0x2C (44)

Refer to the parameter details for other Class Codes and Instances (0x382, 0x383, 0x385, 0x386, 0x387, 0x388, 0x384, and 0x389) in Appendix A in publication 857-UM001.

013 GET FaultCode UINT If in Faulted state, FaultCode indicates the fault that caused the transition to Faulted state. If not in Faulted state, FaultCode indicates the fault that caused the last transition to the Faulted state. Power up state of fault code is 0.CurrTrip=20ThermOver=21PhImb=26GndFault=27Underload=29Stall=31Undervol=51Overvol=52Phrevers=54Freq=55StHrExceed=73

022 GET | SET CycleCount UDINT Number of operations (motor starts) on the equipment.The relay variable that is used for this attribute is UINT


005 GET AvgCurrent INT Average of the three phase current

006 GET %PhImbal USINT % Phase Imbalance

007 GET %Thermal USINT % Thermal Capacity

008 GET CurrentLl INT Actual motor phase current L1

009 GET CurrentL2 INT Actual motor phase current L2

010 GET CurrentL3 INT Actual motor phase current L3

011 GET GroundCurrent INT Ground Current

Table 9 - Control Supervisor Object, Class Code 0x29 (41) (Continued)




Appendix A

857 Protection System Event Codes

Table 11 - 857 Protection System Event Codes for Firmware Versions 12 and 13

Modbus No. Event Code Event Name on Front Display or in Event Buffer

Description

0 0E0 NONE Not Used

1 0E1 DI1 on Digital input #1 has activated

2 0E2 DI1 off Digital input #1 has deactivated






























Appendix A 857 Protection System Event Codes











42 0E42 COMTRADE file ready A COMTRADE file of a disturbance recorded has been created

43 0E43 Disturbance rec. deleted A Disturbance Recording has been deleted

44 0E44 Disturbance rec. overwritten A Disturbance Recording has been overwritten

45 0E45 LED state changed At least one Front Panel LED has changed state

46 0E46 Disturbance rec. memory freed

Disturbance Recorder memory has been cleared

47 0E47 Disturbance rec. memory FULL

Disturbance Recorder memory is FULL

48 0E48 Disturbance recording A Disturbance recording has been taken

49 0E49 Xfault1 distance Distance to Reactive fault 1 calculated

50 0E50 Device restart The device has been restarted via Reboot or Power cycle

56 0E56 SelfDiag Alarm The Self Diagnostic Alarm is ON

57 0E57 SelfDiag Alarm Off The Self Diagnostic Alarm is OFF

58 0E58 L1 Trip Line 1 Trip status is ON

59 0E59 L1 Trip Off Line 1 Trip status is status is OFF


61 0E61 L2 Trip Off Line 2 Trip status is status is OFF


63 0E63 L3 Trip Off Line 3 Trip status is OFF

65 1E1 I> start on 1st Overcurrent Stage Alarm is ON

66 1E2 I> trip on 1st Overcurrent Stage Trip status is ON

67 1E3 I> start off 1st Overcurrent Stage Alarm is OFF

68 1E4 I> trip off 1st Overcurrent Stage Trip is OFF

129 2E1 I>> start on 2nd Overcurrent Stage Alarm is ON

130 2E2 I>> trip on 2nd Overcurrent Stage Trip status is ON

131 2E3 I>> start off 2nd Overcurrent Stage alarm is OFF

132 2E4 I>> trip off 2nd Overcurrent Stage Trip status is OFF

193 3E1 I>>> start on 3rd Overcurrent Stage Alarm is ON



Description


857 Protection System Event Codes Appendix A

194 3E2 I>>> trip on 3rd Overcurrent Stage Trip status is ON

195 3E3 I>>> start off 3rd Overcurrent Stage Alarm is OFF

196 3E4 I>>> trip off 3rd Overcurrent Stage Trip status is OFF

257 4E1 Iv> start on Not used on the 857

258 4E2 Iv> trip on Not used on the 857

259 4E3 Iv> start off Not used on the 857

260 4E4 Iv> trip off Not used on the 857

321 5E1 I2> start on Current Unbalance Alarm is ON

322 5E2 I2> trip on Current Unbalance Trip status is ON

323 5E3 I2> start off Current Unbalance Alarm is OFF

324 5E4 I2> trip off Current Unbalance Trip status is OFF

386 6E2 dI> trip on Not used on the 857

388 6E4 dI> trip off Not used on the 857

450 7E2 dI>> trip on Not used on the 857

452 7E4 dI>> trip off Not used on the 857

513 8E1 IDir> start on IDir> Alarm is ON

514 8E2 IDir> trip on IDir> Trip status is ON

515 8E3 IDir> start off IDir> Alarm is OFF

516 8E4 IDir> trip off IDir> Trip status is OFF

577 9E1 IDir>> start on IDir>> Alarm is ON

578 9E2 IDir>> trip on IDir>> Trip status is ON

579 9E3 IDir>> start off IDir>> Alarm is OFF

580 9E4 IDir>> trip off IDir>> Trip status is OFF

641 10E1 IDir>>> start on IDir>>> Alarm is ON

642 10E2 IDir>>> trip on IDir>>> Trip status is ON

643 10E3 IDir>>> start off IDir>>> Alarm is OFF

644 10E4 IDir>>> trip off IDir>>> Trip status is OFF

705 11E1 IDir>>>> start on IDir>>>> Alarm is ON

706 11E2 IDir>>>> trip on IDir>>>> Trip status is ON

707 11E3 IDir>>>> start off IDir>>>> Alarm is OFF

708 11E4 IDir>>>> trip off IDir>>>> Trip status is OFF

770 12E2 I ARC trip on I ARC Trip status is ON

772 12E4 I ARC trip off I ARC Trip status is OFF

833 13E1 I< start on Undercurrent Alarm is ON

834 13E2 I< trip on Undercurrent Trip status is ON

835 13E3 I< start off Undercurrent Alarm is OFF

836 13E4 I< trip off Undercurrent Trip status is OFF

897 14E1 T> start on Thermal Overload Alarm is ON

898 14E2 T> trip on Thermal Overload Trip status is ON



Description



899 14E3 T> start off Thermal Overload Alarm is OFF

900 14E4 T> trip off Thermal Overload Trip status is OFF

962 15E2 I' ARC trip on I' ARC Trip status is ON

964 15E4 I' ARC trip off I' ARC Trip status is OFF

1025 16E1 Ist> start on Stall Alarm is ON

1026 16E2 Ist> trip on Stall Trip status is ON

1027 16E3 Ist> start off Stall Alarm is OFF

1028 16E4 Ist> trip off Stall Trip status is OFF

1089 17E1 2. Harm start on 2nd Harmonic Alarm is ON

1090 17E2 2. Harm trip on 2nd Harmonic Trip status is ON

1091 17E3 2. Harm start off 2nd Harmonic Alarm is OFF

1092 17E4 2. Harm trip off 2nd Harmonic Trip status is OFF

1153 18E1 I2>> start on 2nd Current Unbalance Alarm is ON

1154 18E2 I2>> trip on 2nd Current Unbalance Trip status is ON

1155 18E3 I2>> start off 2nd Current Unbalance Alarm OFF

1156 18E4 I2>> trip off 2nd Current Unbalance Trip status is OFF

1217 19E1 O/C Alarm General Overcurrent Alarm ON

1218 19E2 O/C Trip General Overcurrent Trip ON

1219 19E3 O/C Alarm Off General Overcurrent Alarm OFF

1220 19E4 O/C Trip Off General Overcurrent Trip OFF

1221 19E5 E/F Alarm General Earth Fault Alarm ON

1222 19E6 E/F Trip General Earth Fault Trip ON

1223 19E7 E/F Alarm Off General Earth Fault Alarm OFF

1224 19E8 E/F Trip Off General Earth Fault Trip OFF

1226 19E10 L1 Alarm Line 1 Alarm ON

1227 19E11 L1 Alarm Off Line 1 Alarm OFF





1281 20E1 Io> start on 1st Earth Fault Stage Alarm ON

1282 20E2 Io> trip on 1st Earth Fault Stage Trip ON

1283 20E3 Io> start off 1st Earth Fault Stage Alarm OFF

1284 20E4 Io> trip off 1st Earth Fault Stage Trip OFF

1345 21E1 Io>> start on 2nd Earth Fault Stage Alarm ON

1346 21E2 Io>> trip on 2nd Earth Fault Stage Trip ON

1347 21E3 Io>> start off 2nd Earth Fault Stage Alarm OFF

1348 21E4 Io>> trip off 2nd Earth Fault Stage Trip OFF

1409 22E1 Io>>> start on 3rd Earth Fault Stage Alarm ON



Description



1410 22E2 Io>>> trip on 3rd Earth Fault Stage Trip ON

1411 22E3 Io>>> start off 3rd Earth Fault Stage Alarm OFF

1412 22E4 Io>>> trip off 3rd Earth Fault Stage Trip OFF

1473 23E1 IoDir> start on Directional Earth Fault Alarm ON

1474 23E2 IoDir> trip on Directional Earth Fault Trip ON

1475 23E3 IoDir> start off Directional Earth Fault Alarm OFF

1476 23E4 IoDir> trip off Directional Earth Fault Trip OFF

1537 24E1 IoDir>> start on Directional Earth Fault Alarm ON

1538 24E2 IoDir>> trip on Directional Earth Fault Trip ON

1539 24E3 IoDir>> start off Directional Earth Fault Alarm OFF

1540 24E4 IoDir>> trip off Directional Earth Fault Trip OFF

1601 25E1 Io>>> start on 3rd Earth Fault Stage Alarm ON

1602 25E2 Io>>> trip on 3rd Earth Fault Stage Trip ON

1603 25E3 Io>>> start off 3rd Earth Fault Stage Alarm OFF

1604 25E4 Io>>> trip off 3rd Earth Fault Stage Trip OFF

1611 25E11 Io>>> Trig unbalance 3rd Earth Fault Stage Trig unbalance

1612 25E12 Io>>> Trig off unbalance 3rd Earth Fault Stage Trig OFF unbalance

1665 26E1 Io>>>> start on 4th Earth Fault Stage Alarm ON

1666 26E2 Io>>>> trip on 4th Earth Fault Stage Trip ON

1667 26E3 Io>>>> start off 4th Earth Fault Stage Alarm OFF

1668 26E4 Io>>>> trip off 4th Earth Fault Stage Trip OFF

1675 26E11 Io>>>> Trig unbalance 4th Earth Fault Stage Trig unbalance

1676 26E12 Io>>>> Trig off unbalance 4th Earth Fault Stage Trig OFF unbalance

1730 27E2 Io1 ARC trip on 1st Arc Fault Stage Trip ON

1732 27E4 Io1 ARC trip off 1st Arc Fault Stage Trip OFF

1794 28E2 Io2 ARC trip on 2nd Arc Fault Stage Trip ON

1796 28E4 Io2 ARC trip off 2nd Arc Fault Stage Trip OFF

1857 29E1 Uof3< start on Uof3< Alarm ON

1858 29E2 Uof3< trip on Uof3< Trip ON

1859 29E3 Uof3< start off Uof3< Alarm OFF

1860 29E4 Uof3< trip off Uof3< Trip OFF

1921 30E1 U> start on 1st Undervoltage Alarm ON

1922 30E2 U> trip on 1st Overvoltage Trip ON

1923 30E3 U> start off 1st Overvoltage Alarm OFF

1924 30E4 U> trip off 1st Overvoltage Trip OFF

1985 31E1 U>> start on 2nd Overvoltage Alarm ON

1986 31E2 U>> trip on 2nd Overvoltage Trip ON

1987 31E3 U>> start off 2nd Overvoltage Alarm OFF

1988 31E4 U>> trip off 2nd Overvoltage Trip OFF



Description



2049 32E1 U< start on 1st Undervoltage Stage Alarm ON

2050 32E2 U< trip on 1st Undervoltage Stage Trip ON

2051 32E3 U< start off 1st Undervoltage Stage Alarm OFF

2052 32E4 U< trip off 1st Undervoltage Stage Trip OFF

2113 33E1 U<< start on 2nd Undervoltage Stage Alarm ON

2114 33E2 U<< trip on 2nd Undervoltage Stage Trip ON

2115 33E3 U<< start off 2nd Undervoltage Stage Alarm OFF

2116 33E4 U<< trip off 2nd Undervoltage Stage Trip OFF

2177 34E1 U1< start on Not Used in the 857

2178 34E2 U1< trip on Not Used in the 857

2179 34E3 U1< start off Not Used in the 857

2180 34E4 U1< trip off Not Used in the 857

2241 35E1 U1<< start on Not Used in the 857

2242 35E2 U1<< trip on Not Used in the 857

2243 35E3 U1<< start off Not Used in the 857

2244 35E4 U1<< trip off Not Used in the 857

2305 36E1 Uo> start on 1st Zero Sequence Over Voltage Alarm ON

2306 36E2 Uo> trip on 1st Zero Sequence Over Voltage Trip ON

2307 36E3 Uo> start off 1st Zero Sequence Over Voltage Alarm OFF

2308 36E4 Uo> trip off 1st Zero Sequence Over Voltage Trip OFF

2369 37E1 Uo>> start on 2nd Zero Sequence Over Voltage Alarm ON

2370 37E2 Uo>> trip on 2nd Zero Sequence Over Voltage Trip ON

2371 37E3 Uo>> start off 2nd Zero Sequence Over Voltage Alarm OFF

2372 37E4 Uo>> trip off 2nd Zero Sequence Over Voltage Trip OFF

2433 38E1 U>>> start on 3rd Over Voltage Alarm ON

2434 38E2 U>>> trip on 3rd Over Voltage Trip ON

2435 38E3 U>>> start off 3rd Over Voltage Alarm OFF

2436 38E4 U>>> trip off 3rd Over Voltage Trip OFF

2497 39E1 U<<< start on 3rd Over Voltage Alarm ON

2498 39E2 U<<< trip on 3rd Over Voltage Trip ON

2499 39E3 U<<< start off 3rd Over Voltage Alarm OFF

2500 39E4 U<<< trip off 3rd Over Voltage Trip OFF

2561 40E1 P< start on 1st Under Power stage Alarm ON

2562 40E2 P< trip on 1st Under Power stage Trip on

2563 40E3 P< start off 1st Under Power stage Alarm off

2564 40E4 P< trip off 1st Under Power stage Trip off

2625 41E1 P<< start on 2nd Under Power stage Alarm on

2626 41E2 P<< trip on 2nd Under Power stage Trip on

2627 41E3 P<< start off 2nd Under Power stage Alarm off



Description



2628 41E4 P<< trip off 2nd Under Power stage Trip off

2689 42E1 Q< start on Not Used in the 857

2690 42E2 Q< trip on Not Used in the 857

2691 42E3 Q< start off Not Used in the 857

2692 42E4 Q< trip off Not Used in the 857

2753 43E1 Z< start on Not Used in the 857

2754 43E2 Z< trip on Not Used in the 857

2755 43E3 Z< start off Not Used in the 857

2756 43E4 Z< trip off Not Used in the 857

2817 44E1 Z<< start on Not Used in the 857

2818 44E2 Z<< trip on Not Used in the 857

2819 44E3 Z<< start off Not Used in the 857

2820 44E4 Z<< trip off Not Used in the 857

2881 45E1 ARC L> on ARC Protection Trip is ON

2882 45E2 Delayed ARC L> on Delayed ARC Detection Trip ON

2883 45E3 ARC L> off ARC Protection Trip is OFF

2884 45E4 Delayed ARC L> off Delayed ARC Protection Trip is OFF

2885 45E5 ARC 1 FAULT ON ARC Channel #1 FAULT ON

2886 45E6 ARC 2 FAULT ON ARC Channel #2 FAULT ON

2887 45E7 BI/O FAULT ON Binary Input/Output FAULT ON

2888 45E8 ARC 1 fault off ARC Channel #1 fault OFF

2889 45E9 ARC 2 fault off ARC Channel #2 fault OFF

2890 45E10 BI/O fault off Binary Input/Output fault OFF

2891 45E11 ARC CARD FAULT ARC CARD FAULT

2892 45E12 ARC 3 FAULT ON ARC 3 FAULT ON

2893 45E13 ARC 3 fault off ARC 3 fault OFF

2901 45E21 ARC Sensor 1 ON ARC Sensor Channel #1 Active (ON)

2902 45E22 ARC Sensor 2 ON ARC Sensor Channel #2 Active (ON)

2903 45E23 ARC BIO ON ARC Binary Input/Output ON

2904 45E24 ARC Sensor 1 off ARC Sensor Channel #1 Deactivated (OFF)

2905 45E25 ARC Sensor 2 off ARC Sensor Channel #2 Deactivated (OFF)

2906 45E26 ARC BIO off ARC Binary Input/Output OFF

2936 45E56 3S+BIO: VO2 on Used with Arc Flash Option

2940 45E60 3S+BIO: VO2 off Used with Arc Flash Option

2937 45E57 3S+BIO: VO1 on Used with Arc Flash Option

2941 45E61 3S+BIO: VO1 off Used with Arc Flash Option

2938 45E58 3S+BIO: T1 on Used with Arc Flash Option

2942 45E62 3S+BIO: T1 off Used with Arc Flash Option

2939 45E59 3S+BIO: BO on Used with Arc Flash Option



Description



2943 45E63 3S+BIO: BO off Used with Arc Flash Option

2945 46E1 Prg1 start on Programmable Stage 1 Alarm ON

2946 46E2 Prg1 trip on Programmable Stage 1 Trip ON

2947 46E3 Prg1 start off Programmable Stage 1 Alarm OFF

2948 46E4 Prg1 trip off Programmable Stage 1 Trip OFF













3201 50E1 fX start on 1st Frequency Stage Alarm ON

3202 50E2 fX trip on 1st Frequency Stage Trip ON

3203 50E3 fX start off 1st Frequency Stage Alarm OFF

3204 50E4 fX trip off 1st Frequency Stage Trip OFF

3265 51E1 fXX start on 2nd Frequency Stage Alarm ON

3266 51E2 fXX trip on 2nd Frequency Stage Trip ON

3267 51E3 fXX start off 2nd Frequency Stage Alarm OFF

3268 51E4 fXX trip off 2nd Frequency Stage Trip OFF

3329 52E1 f< start on 1st Under Frequency Stage Alarm ON

3330 52E2 f< trip on 1st Under Frequency Stage Trip ON

3331 52E3 f< start off 1st Under Frequency Stage Alarm OFF

3332 52E4 f< trip off 1st Under Frequency Stage Trip OFF

3393 53E1 f<< start on 2nd Under Frequency Stage Alarm ON

3394 53E2 f<< trip on 2nd Under Frequency Stage Trip ON

3395 53E3 f<< start off 2nd Under Frequency Stage Alarm OFF

3396 53E4 f<< trip off 2nd Under Frequency Stage Trip OFF

3457 54E1 df/dt start on Rate of Frequency Change/Time Alarm ON

3458 54E2 df/dt trip on Rate of Frequency Change/Time Trip ON

3459 54E3 df/dt start off Rate of Frequency Change/Time Alarm OFF

3460 54E4 df/dt trip off Rate of Frequency Change/Time Trip OFF

3521 55E1 U/f> start on Not Used in the 857

3522 55E2 U/f> trip on Not Used in the 857



Description



3523 55E3 U/f> start off Not Used in the 857

3524 55E4 U/f> trip off Not Used in the 857

















3841 60E1 CBFP start on Circuit Breaker Fault Protection Alarm ON

3842 60E2 CBFP trip on Circuit Breaker Fault Protection Trip ON

3843 60E3 CBFP start off Circuit Breaker Fault Protection Alarm OFF

3844 60E4 CBFP trip off Circuit Breaker Fault Protection Trip OFF

3905 61E1 AR request 1 Automatic Reclose request 1





3910 61E6 AR shot 1 start Automatic Reclose shot 1 Alarm





3915 61E11 Critical AR req. Critical Automatic Reclose req.

3916 61E12 Reclose locked Reclose locked

3917 61E13 Reclose running Reclose running

3918 61E14 Final trip Final Trip

3919 61E15 AR1 req end Automatic Reclose 1 request ended





Description





3924 61E20 Shot 1 end Shot 1 ended





3929 61E25 Critical AR end Critical Automatic Reclose ended

3930 61E26 Reclose unlocked Reclose unlocked

3931 61E27 Reclose stopped Reclose stopped

3932 61E28 Final trip end Final Trip ended

3933 61E29 AR enabled Automatic Reclose enabled

3934 61E30 AR disabled Automatic Reclose disabled

3935 61E31 Crit. final trip Critical final Trip after Reclose Events

3936 61E32 AR1 final trip Automatic Reclose 1 final trip ON




3940 61E36 Crit. final trip off Critical final trip OFF

3941 61E37 AR1 final trip off Automatic Reclose 1 final trip OFF




3969 62E1 N> alarm on One Start Left Alarm is ON

3970 62E2 Mot start dis Motor Start Enable Alarm Disabled

3971 62E3 N> alarm off The Number of starts allowed is greater than 1

3972 62E4 Mot start ena Motor Alarm Enabled (Min.Time between starts is expired and at least 1 more start available)

4033 63E1 Motor starting Motor starting current has exceeded the setting threshold in the 48/Ist protection element

4034 63E2 Motor running Motor is running within its nominal current range

4035 63E3 Motor started Motor has passed through the setting threshold for Motor Stating Current

4036 63E4 Motor stopped Neither Starting and/or Running status is active - motor is stopped

4097 64E1 Voltage int. on A voltage interruption has been detected

4098 64E2 Voltage int. off Voltage Interruption status is OFF

4106 64E10 Voltage sag on Voltage sag ON

4107 64E11 Voltage sag off Voltage sag OFF

4108 64E12 Voltage swell on Voltage swell ON



Description



4109 64E13 Voltage swell off Voltage swell OFF

4110 64E14 Voltage sag timeout Voltage sag timeout

4111 64E15 Voltage swell timeout Voltage swell timeout

4124 64E28 Start of DST Day Light Savings has Alarmed - clock is adjusted if DST enabled

4125 64E29 End of DST Day Light Savings has ended- clock is adjusted if DST enabled

4126 64E30 EF Distance on Distance Earth Fault Detection is ON

4127 64E31 EFD calc. ready Earth Fault Distance calculation ready

4128 64E32 Xfault2 distance Distance to Reactive fault 2 calculated

4136 64E40 Manual timer control Manual timer control

4137 64E41 Manual timer ctrl off Manual timer ctrl off

4138 64E42 Timer 1 on Timer 1 Status is ON

4139 64E43 Timer 1 off Timer 1 Status is OFF







4161 65E1 Logic output 1 on Logic output 1 ON

4162 65E2 Logic output 1 off Logic output 1 OFF





















Description























4225 66E1 CB wear alarm 1 on CB wear alarm 1 ON

4226 66E2 CB wear alarm 1 off CB wear alarm 1 OFF

4227 66E3 CB wear alarm 2 on CB wear alarm 2 ON

4228 66E4 CB wear alarm 2 off CB wear alarm 2 OFF

4290 67E2 CT supervisor on CT supervisor ON

4292 67E4 CT supervisor off CT supervisor OFF

4354 68E2 VT supervisor on VT supervision is activated

4356 68E4 VT supervisor off VT supervision is deactivated

4417 69E1 VI1 on Virtual Input 1 status is ON

4418 69E2 VI1 off Virtual Input 1 status is OFF







4433 69E17 VO1 on Virtual Output 1 status is ON

4434 69E18 VO1 off Virtual Output 1 status is OFF




Description












4481 70E1 Remote Remote Mode Enabled

4482 70E2 Local Local Mode Enabled

4483 70E3 Pwd open panel Password has been entered via the HMI

4484 70E4 Pwd close panel Password has been closed using the HMI

4485 70E5 Pwd open PCser Password has been opened via a PC

4486 70E6 Pwd close PCser Password has been closed via a PC

4487 70E7 Setting chg panel Settings have been changed from the front panel

4488 70E8 Setting chg PCser Settings have been changed from a PC

4489 70E9 Firmware update Firmware has been updated, relay had rebooted

4490 70E10 Comm. active REMOTE Communications are active in the REMOTE mode

4491 70E11 Comm. inactive REMOTE Communications are NOT active in theREMOTE mode

4492 70E12 Comm. active EXTENSION Communications are active in the Extension mode

4493 70E13 Comm. inactive EXTENSION Communications are NOT active in the Extension mode

4494 70E14 Comm. active COM1 Communications are active on COM1

4495 70E15 Comm. inactive COM1 Communications are NOT active on COM1











4545 71E1 Obj1 open Object 1 open

4546 71E2 Obj1 closed Object 1 closed

4547 71E3 Obj1 undef (11) Object 1 undef (11)



Description




4549 71E5 Obj1 open output on Object 1 open output ON

4550 71E6 Obj1 open output off Object 1 open output OFF

4551 71E7 Obj1 close output activate Object 1 close output activate

4552 71E8 Obj1 close output end Object 1 close output end

4553 71E9 Obj1 interlocked Object 1 interlocked

4554 71E10 Obj1 open timeout Object 1 open timeout

4555 71E11 Obj1 close timeout Object 1 close timeout

4556 71E12 Obj1 ready timeout Object 1 ready timeout

4557 71E13 Obj1 final trip Object 1 final trip

4558 71E14 Obj1 final trip off Object 1 final trip OFF

4559 71E15 Obj1 open blocking on Object 1 open blocking ON

4560 71E16 Obj1 open blocking off Object 1 open blocking OFF

4561 71E17 Obj1 close blocking on Object 1 close blocking ON

4562 71E18 Obj1 close blocking off Object 1 close blocking OFF

4563 71E19 Obj1 inactivity alarm on Object 1 inactivity alarm ON

4564 71E20 Obj1 inactivity alarm off Object 1 inactivity alarm OFF

























Description












































Description











5185 81E1 Ext. DI1 on External Digital Input 1 status is ON

5186 81E2 Ext. DI1 off External Digital Input 1 status is OFF
































Description








5249 82E1 Alarm 1 Ext AI1 on Alarm Level 1 External Analog Input 1 (RTD) ON

5250 82E2 Alarm 1 Ext AI1 off Alarm Level 1 External Analog Input 1 (RTD) OFF























5273 82E25 Alarm 1 Ext AI13 on Alarm Level 1 External Analog Input 13 ON

5274 82E26 Alarm 1 Ext AI13 off Alarm Level 1 External Analog Input 13 OFF









Description



































5345 83E33 Ext. AI short circuit on At least one enabled External Analog Channel is short circuited

5346 83E34 Ext. AI short circuit off There are no External Analog Channel short circuited

5347 83E35 Ext. AI disconn. error on At least one enabled External Analog Channel is disconnected



Description



5348 83E36 Ext. AI disconn. error off There are no enabled External Analog Channel disconnected

5377 84E1 I'2> start on Not Used in the 857 (Phase unbalance protection (secondary side))

5378 84E2 I'2> trip on Not Used in the 857 (Phase unbalance protection (secondary side))

5379 84E3 I'2> start off Not Used in the 857 (Phase unbalance protection (secondary side))

5380 84E4 I'2> trip off Not Used in the 857 (Phase unbalance protection (secondary side))

5441 85E1 X< start on Used in feeder mode

5442 85E2 X< trip on Used in feeder mode

5443 85E3 X< start off Used in feeder mode

5444 85E4 X< trip off Used in feeder mode

5505 86E1 X<< start on Used in feeder mode

5506 86E2 X<< trip on Used in feeder mode

5507 86E3 X<< start off Used in feeder mode

5508 86E4 X<< trip off Used in feeder mode

5569 87E1 Synchrocheck 1 request Synchrocheck 1 request

5570 87E2 Synchrocheck 1 request off Synchrocheck 1 request OFF

5571 87E3 Synchrocheck 1 OK on Synchrocheck 1 OK ON

5572 87E4 Synchrocheck 1 OK off Synchrocheck 1 OK OFF

5573 87E5 Synchrocheck 1 bypass Synchrocheck 1 bypass

5574 87E6 Synchrocheck 1 bypass off Synchrocheck 1 bypass OFF

5575 87E7 Synchrocheck 1 failed Synchrocheck 1 failed

5576 87E8 Synchrocheck 1 fail off Synchrocheck 1 fail OFF

5633 88E1 Synchrocheck 2 request Synchrocheck 2 request

5634 88E2 Synchrocheck 2 request off Synchrocheck 2 request OFF

5635 88E3 Synchrocheck 2 OK on Synchrocheck 2 OK ON

5636 88E4 Synchrocheck 2 OK off Synchrocheck 2 OK OFF

5637 88E5 Synchrocheck 2 bypass Synchrocheck 2 bypass

5638 88E6 Synchrocheck 2 bypass off Synchrocheck 2 bypass OFF

5639 88E7 Synchrocheck 2 failed Synchrocheck 2 failed

5640 88E8 Synchrocheck 2 fail off Synchrocheck 2 fail OFF

5697 89E1 Set group 1 on Setting Group #1 is ON

5698 89E2 Set group 1 off Setting Group #1 is OFF








Description




5761 90E1 DI21 on Digital Input 21 ON

5762 90E2 DI21 off Digital Input 21 OFF























5825 91E1 I'> start on Not Used in the 857

5826 91E2 I'> trip on Not Used in the 857

5827 91E3 I'> start off Not Used in the 857

5828 91E4 I'> trip off Not Used in the 857

5889 92E1 I'>> start on Not Used in the 857

5890 92E2 I'>> trip on Not Used in the 857

5891 92E3 I'>> start off Not Used in the 857

5892 92E4 I'>> trip off Not Used in the 857

5954 93E2 CT' supervisor on Current Transformer Supervisor is activated

5956 93E4 CT' supervisor off Current Transformer Supervisor is deactivated

6145 96E1 Uc> start on Not Used in the 857

6146 96E2 Uc> trip on Not Used in the 857

6147 96E3 Uc> start off Not Used in the 857

6148 96E4 Uc> trip off Not Used in the 857



Description



6209 97E1 Z1< start on Used in Feeder mode

6210 97E2 Z1< trip on Used in Feeder mode

6211 97E3 Z1< start off Used in Feeder mode

6212 97E4 Z1< trip off Used in Feeder mode

















6529 102E1 Z1e< start on Used in Feeder mode

6530 102E2 Z1e< trip on Used in Feeder mode

6531 102E3 Z1e< start off Used in Feeder mode

6532 102E4 Z1e< trip off Used in Feeder mode


















Description




6849 107E1 IoInt> start on Directional Intermittent Transient Earth-fault Stage alarm ON

6850 107E2 IoInt> trip on Directional Intermittent Transient Earth-fault Stage trip ON

6851 107E3 IoInt> start off Directional Intermittent Transient Earth-fault Stage alarm OFF

6852 107E4 IoInt> trip off Directional Intermittent Transient Earth-fault Stage trip OFF

6913 108E1 LdI>>> Start On Not Used in the 857

6914 108E2 LdI>>> Trip On Not Used in the 857

6915 108E3 LdI>>> Start Off Not Used in the 857

6916 108E4 LdI>>> Trip Off Not Used in the 857

6917 108E5 LdI>>> Communication Error On

Not Used in the 857

6918 108E6 LdI>>> Communication Error Off

Not Used in the 857

6919 108E7 LdI>>> Remote Trip On Not Used in the 857

6920 108E8 LdI>>> Remote Trip Off Not Used in the 857

6977 109E1 POC1 on Power On Confidence Test 1 alarm ON

6978 109E2 POC1 off Power On Confidence Test 1 alarm OFF























Description













7009 109E33 ANSI85 Communication Error On

ANSI85 Communication Channel Error On

7010 109E34 ANSI85 Communication Error Off

ANSI85 Communication Channel Error Off

7041 110E1 Power swing On Not Used in the 857

7042 110E2 Power swing Off Not Used in the 857

7043 110E3 Out of step On Not Used in the 857

7044 110E4 Out of step Off Not Used in the 857

7045 110E5 Synchronous power swing On Not Used in the 857

7046 110E6 Synchronous power swing Off Not Used in the 857

7105 111E1 IoRMS start on Not Used in the 857

7106 111E2 IoRMS alarm on Not Used in the 857

7107 111E3 IoRMS start off Not Used in the 857

7108 111E4 IoRMS alarm off Not Used in the 857

7169 112E1 U>>>> start on Not Used in the 857

7170 112E2 U>>>> trip on Not Used in the 857

7171 112E3 U>>>> start off Not Used in the 857

7172 112E4 U>>>> trip off Not Used in the 857

7233 113E1 U>>>>> start on Not Used in the 857

7234 113E2 U>>>>> trip on Not Used in the 857

7235 113E3 U>>>>> start off Not Used in the 857

7236 113E4 U>>>>> trip off Not Used in the 857

7297 114E1 U<<<< start on Not Used in the 857

7298 114E2 U<<<< trip on Not Used in the 857

7299 114E3 U<<<< start off Not Used in the 857

7300 114E4 U<<<< trip off Not Used in the 857

7361 115E1 U<<<<< start on Not Used in the 857

7362 115E2 U<<<<< trip on Not Used in the 857

7363 115E3 U<<<<< start off Not Used in the 857

7364 115E4 U<<<<< trip off Not Used in the 857



Description



7425 116E1 Uo>>> start on Not Used in the 857

7426 116E2 Uo>>> trip on Not Used in the 857

7427 116E3 Uo>>> start off Not Used in the 857

7428 116E4 Uo>>> trip off Not Used in the 857

7489 117E1 f>>> start on Not Used in the 857

7490 117E2 f>>> trip on Not Used in the 857

7491 117E3 f>>> start off Not Used in the 857

7492 117E4 f>>> trip off Not Used in the 857

7553 118E1 f<<< start on Not Used in the 857

7554 118E2 f<<< trip on Not Used in the 857

7555 118E3 f<<< start off Not Used in the 857

7556 118E4 f<<< trip off Not Used in the 857

7617 119E1 U1<<< start on Not Used in the 857

7618 119E2 U1<<< trip on Not Used in the 857

7619 119E3 U1<<< start off Not Used in the 857

7620 119E4 U1<<< trip off Not Used in the 857

7681 120E1 Uf>> start on Not Used in the 857

7682 120E2 Uf>> trip on Not Used in the 857

7683 120E3 Uf>> start off Not Used in the 857

7684 120E4 Uf>> trip off Not Used in the 857

7745 121E1 U2> start on Not Used in the 857

7746 121E2 U2> trip on Not Used in the 857

7747 121E3 U2> start off Not Used in the 857

7748 121E4 U2> trip off Not Used in the 857

7809 122E1 U2>> start on Not Used in the 857

7810 122E2 U2>> trip on Not Used in the 857

7811 122E3 U2>> start off Not Used in the 857

7812 122E4 U2>> trip off Not Used in the 857

7873 123E1 U2>>> start on Not Used in the 857

7874 123E2 U2>>> trip on Not Used in the 857

7875 123E3 U2>>> start off Not Used in the 857

7876 123E4 U2>>> trip off Not Used in the 857

7937 124E1 Card uninitialized Not Used in the 857

7938 124E2 Card added Not Used in the 857

7939 124E3 Card replaced Not Used in the 857

7940 124E4 Card unstable Not Used in the 857

7941 124E5 Card lost Not Used in the 857

7942 124E6 Card found RT Not Used in the 857

7943 124E7 Card disabled Not Used in the 857



Description



7944 124E8 Card error Not Used in the 857

8001 125E1 Arc stage 1 on Not Used in the 857

8002 125E2 Arc stage 1 off Not Used in the 857















8513 133E1 Arc sensor 1 on Not Used in the 857

8523 133E11 Arc sensor 1 off Not Used in the 857



















8533 133E21 Zone 1 on Not Used in the 857

8538 133E26 Zone 1 off Not Used in the 857



Description









8537 133E25 I>ext. on Not Used in the 857

8542 133E30 I>ext. off Not Used in the 857

8543 133E31 I>int. on Not Used in the 857

8545 133E33 I>int. off Not Used in the 857

8544 133E32 Io>int. on Not Used in the 857

8546 133E34 Io>int. off Not Used in the 857

8547 133E35 BI1 on Not Used in the 857



8550 133E38 BI1 off Not Used in the 857



8553 133E41 BI1 error on Not Used in the 857



8556 133E44 BI1 error off Not Used in the 857



8577 134E1 Arc sensor 1 not conn. error Arc sensor 1 not connected alarm ON

8587 134E11 Arc sensor 1 not conn. err off Arc sensor 1 not connected alarm OFF

8578 134E2 Arc sensor 2 not conn. error Arc sensor 2 not connect alarm ON

8588 134E12 Arc sensor 2 not conn. err off Arc sensor 2 not connect alarm OFF

8579 134E3 Arc sensor 3 not conn. error Not Used in the 857

8589 134E13 Arc sensor 3 not conn. err off Not Used in the 857












Description








8597 134E21 Arc sensor 1 short circuit error Arc sensor 1 short circuit alarm ON

8607 134E31 Arc sensor 1 short circ. err off Arc sensor 1 short circuit alarm OFF

8598 134E22 Arc sensor 2 short circuit error Arc sensor 2 short circuit alarm ON

8608 134E32 Arc sensor 2 short circ. err off Arc sensor 2 short circuit alarm OFF

8599 134E23 Arc sensor 3 short circuit error Not Used in the 857

8609 134E33 Arc sensor 3 short circ. err off Not Used in the 857













8606 134E30 Arc sensor 10 short circuit error

Not Used in the 857


8617 134E41 Arc sensor 1 daylight error Not Used in the 857

8627 134E51 Arc sensor 1 daylight error off Not Used in the 857














Description









8636 134E60 Arc sensor 10 daylighterror off

Not Used in the 857

8641 135E1 I/O unit sensor error on Not Used in the 857

8642 135E2 I/O unit sensor error off Not Used in the 857

8643 135E3 I/O unit ArcI/O error on Not Used in the 857

8644 135E4 I/O unit ArcI/O error off Not Used in the 857

8645 135E5 I/O unit arc sensor on Not Used in the 857

8646 135E6 I/O unit arc sensor off Not Used in the 857

8647 135E7 I/O unit current sensor on Not Used in the 857

8648 135E8 I/O unit current sensor off Not Used in the 857

8649 135E9 I/O unit ArcI/O error on Not Used in the 857

8650 135E10 I/O unit ArcI/O error off Not Used in the 857

8651 135E11 I/O unit install ready Not Used in the 857

8652 135E12 I/O unit registers cleared Not Used in the 857

8653 135E13 Latches cleared Not Used in the 857

8654 135E14 QD ch. Not Used in the 857

8655 135E15 QD ch. Not Used in the 857

8656 135E16 321 slave unit error on Not Used in the 857

8657 135E17 321 slave unit error off Not Used in the 857

8681 135E41 Arc sensor 1 not inst. error Not Used in the 857

8691 135E51 Arc sensor 1 not inst. error off Not Used in the 857















Description








8700 135E60 Arc sensor 10 not inst.error off

Not Used in the 857

8705 136E1 LdI> Start On Not Used in the 857

8706 136E2 LdI> Trip On Not Used in the 857

8707 136E3 LdI> Start Off Not Used in the 857

8708 136E4 LdI> Trip Off Not Used in the 857

8709 136E5 LdI> Remote Trip On Not Used in the 857

8710 136E6 LdI> Remote Trip Off Not Used in the 857

8711 136E7 LdI> Symp Trip On Not Used in the 857

8712 136E8 LdI> Symp Trip Off Not Used in the 857

8769 137E1 LdI>> Start On Not Used in the 857

8770 137E2 LdI>> Trip On Not Used in the 857

8771 137E3 LdI>> Start Off Not Used in the 857

8772 137E4 LdI>> Trip Off Not Used in the 857

8773 137E5 LdI>> Symp Trip On Not Used in the 857

8774 137E6 LdI>> Symp Trip Off Not Used in the 857

8833 138E1 5. Harm Start On 5th Harmonic level Alarm ON

8834 138E2 5. Harm Trip On 5th Harmonic level Trip ON

8835 138E3 5. Harm Start Off 5th Harmonic level Alarm OFF

8836 138E4 5. Harm Trip Off 5th Harmonic level Trip OFF

8897 139E1 Ethernet Port1 Link Up First Ethernet channel is On and Operating

8898 139E2 Ethernet Port1 Link Down First Ethernet channel is OFF and Not Operating

8899 139E3 Ethernet Port2 Link Up Second Ethernet channel is On and Operating

8900 139E4 Ethernet Port2 Link Down Second Ethernet channel is OFF and Not Operating

9217 144E1 NI1 Change GOOSE Network Index 1 Changed












Description












































Description


















9345 146E1 GOOSE NI Group 1 OK GOOSE Network Index Group 1 OK

9346 146E2 GOOSE NI Group 1 Error GOOSE Network Index Group 1 Error

























Description











9377 146E33 GCB1 Test On Goose control block 1 Test On

9378 146E34 GCB1 Test Off Goose control block 1 Test Off

9379 146E35 GCB2 Test On Goose control block 2 Test On

9380 146E36 GCB2 Test Off Goose control block 2 Test Off

9381 146E37 GCB1 Needscommissioning On

Goose control block 1 Needs commissioning On

9382 146E38 GCB1 Needs commissioning Off

Goose control block 1 Needs commissioning Off

9383 146E39 GCB2 Needs commissioning On

Goose control block 2 Needs commissioning On

9384 146E40 GCB2 Needs commissioning Off

Goose control block 2 Needs commissioning Off

9385 146E41 VAI1 Quality Not Used in the 857





9390 146E46 Not used Not Used in the 857




9390 146E50 Global Trip On Any trip event activated- only logged in the Event Buffer. Is not displayed on HMI or in Matrix

9389 146E51 Global Trip Off Any trip event deactivated - only logged in the Event Buffer. Is not displayed on HMI or in Matrix

9409 147E1 Connecting to VAM 3TD Not Used in the 857

9410 147E2 VAM 3TD Discharching Not Used in the 857

9411 147E3 VAM 3TD Charching Not Used in the 857

9412 147E4 VAM 3TD Ready Not Used in the 857

9413 147E5 VAM 3TD Tripped Not Used in the 857

9414 147E6 VAMP 3TD Clear Not Used in the 857

9473 148E1 SW diag Software Device Diagnostics have been engaged

9537 149E1 Pole slip start on Not used on the 857



Description



9538 149E2 Pole slip trip on Not used on the 857

9539 149E3 Pole slip start off Not used on the 857

9540 149E4 Pole slip trip off Not used on the 857

9601 150E1 IoDir>>> start on 3rd Direction earth fault current trip ON

9602 150E2 IoDir>>> trip on 3rd Direction earth fault current alarm ON

9603 150E3 IoDir>>> start off 3rd Direction earth fault current trip OFF

9604 150E4 IoDir>>> trip off 3rd Direction earth fault current alarm OFF

9665 151E1 Ilr start on Locked Rotor Current alarm ON

9666 151E2 Ilr trip on Locked Rotor Current trip ON

9667 151E3 Ilr start off Locked Rotor Current alarm OFF

9668 151E4 Ilr trip off Locked Rotor Current trip OFF

9729 152E1 ArcEM Group 1 on Not used on the 857
















9745 152E17 ArcEM Group 1 off Not used on the 857














Description







9766 152E38 ArcEM COM with Card Resumed

Not used on the 857

9767 152E39 ArcEM Not used on the 857

9768 152E40 ArcEM proper install, issued: Not used on the 857

9769 152E41 ArcEM improper install, issued:

Not used on the 857

9770 152E42 ArcEM install from bus, issued:

Not used on the 857

9771 152E43 ArcEM latches released, issued:

Not used on the 857

9772 152E44 ArcEM latches releasetimed-out

Not used on the 857

9773 152E45 ArcEM IO: config. is set Not used on the 857

9774 152E46 ArcEM IO: config. set timed-out

Not used on the 857

9775 152E47 ArcEM Unit arc sensor on Not used on the 857

9776 152E48 ArcEM Unit arc sensor off Not used on the 857

9777 152E49 ArcEM Unit current sensor on Not used on the 857

9778 152E50 ArcEM Unit current sensor off Not used on the 857

9779 152E51 ArcEM pot. output problem Not used on the 857

9780 152E52 ArcEM pot. memory problem Not used on the 857

9781 152E53 ArcEM CPU COM Not used on the 857

9782 152E54 ArcEM sensor disconnected Not used on the 857

9783 152E55 ArcEM sensor short circuit Not used on the 857

9784 152E56 ArcEM sensor daylight Not used on the 857

9785 152E57 ArcEM sensor not installed Not used on the 857

9786 152E58 ArcEM measured Vin >< Not used on the 857

9787 152E59 ArcEM potential HW problem Not used on the 857

9793 153E1 ArcEM IO: Duplicated found Not used on the 857

9794 153E2 ArcEM IO: Lost Not used on the 857

9795 153E3 ArcEM IO: Added Not used on the 857

9796 153E4 ArcEM Network: packet overload!

Not used on the 857

9797 153E5 ArcEM Network: ring detected!

Not used on the 857

9798 153E6 ArcEM Protection setup changed

Not used on the 857



Description



Notes:


Publication 857-UM005A-EN-P - July 2018Copyright © 2018 Rockwell Automation, Inc. All rights reserved. Printed in Canada.

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ethernet/ip configuration details for 857/865 protection ......liability for actual use based on the...

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