Workflow Based Tools Simplifying All Job Functions

• Full library of all GE Multilin Devices, EPM Meters* and Micro Versa Trip Units*

• Automatic retrieval of Waveforms and Events*

• Plug-and-Play Monitoring

• Preconfigured Screens for all GE Multilin Devices

• Monitor 25 devices and up to 3000 points per single-line diagram *

• Create Single Line Diagrams, Annunciator Panels, and

Trending Reports in minutes

• Graphical Flexlogic Designer

• Comtrade Viewer and CSV/Comtrade Converter

• Protection simulation tools**

• Engineering Reports**• Element Report• Peer-to-Peer Connectivity Report

* Version 5.00 release in Oct 2004 ** Shipping Q4 2004

Easy to Use Monitoring and Data Recording for Small Systems

Tool for Control Logic Creation, Simulation Testing, and Commissioning

Plug-and-Play Monitoring

Pre-Configured Screens for Instant Monitoring • Monitor all power quantities in real time (Current, Voltage,

VAR’s etc.) • View the status of all Device Inputs and Outputs• Instantly Identify the status of all protected equipment

Single-Line Monitoring & Control

Create single-line monitoring screens in minutes• Construct system diagrams with drag and drop ease• Contains all necessary symbols and tools required for replicating your power system • Includes a library of meters and Dials to graphically represent any metered quantity• Create links to other Single-Line screens to navigate through different parts of your network• Communicate with up to 25 devices and 3000 points on a

screen at one time

Global Comtrade Viewer

View waveforms recorded from any device• Convert waveforms that were stored in CSV format to COMTRADE compatible files• Merge and Overlay waveforms that were recorded in multiple devices• Identify the harmonics content in all monitored parameters

Trending Reports

Historical Record of monitored data• Trend up to 500 data points• Records data with 1 minute resolution indefinitely• View data in time based graphical or tablature format

Annunciator Alarming

Instant Alarm Notification• Create alarms on any monitored analog or digital data point• Receive alarm warnings through Audio, Visual or Email notification

Automatic Event and Waveform Retrieval

Effortless Data Archiving

• Instantly detects and retrieves any new waveform from all GE Multilin devices, EPM Meters and MicroVersa Trip Units, and saves these files on a Network location

• Automatically acquires any new events recorded in all devices and stores them in system wide Sequence of Event Record

• Sort and Query through system event record to view events categorized by date, device type, timestamp, or customized criteria

• No configuration required

Appendix A – Supported Devices

The following Devices and Firmware Versions are supported by Viewpoint Monitoring Version 5.10

Motor Protection Firmware Version Supported239 2.3x, 2.4x, 2.5x, 2.6x269 6.0x369 1.6x, 1.7x, 1.8x, 1.9x, 2.0x

SR469 2.5x, 2.6x, 2.8x, 2.9x, 4.0x

M602.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

MM2 4.0x, 4.1x, 5.0x, 5.1xMM3 1.0x. 1.1x, 1.2xRRTD 1.4x, 1.5xSPM 2.0x, 2.1x

Feeder Protection Firmware Version SupportedSR735/737 1.5xSR750/760 3.6x, 3.7x, 4.0x, 5.0x, 6.0x

F650 1.3x, 1.4x

F352.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

F602.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

Bus Firmware Version Supported

B302.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

Generator Firmware Version SupportedSR489 1.3x, 1.4x, 1.5x

G30 / G602.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

Transformer Protection Firmware Version SupportedSR745 2.4x, 2.5x, 2.6x, 2.8x

T352.4x, 2.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x,

3.3x, 3.4x, 4.0x, 4.2x

T601.8x, 2.0x, 2.2x, 2.4x, 2.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x, 3.4x, 4.0x, 4.2x

Transmission Line Protection Firmware Version Supported

D302.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

D602.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

L902.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

L602.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

Controllers Firmware Version SupportedMicro Versa Trip Units 5.1x

Enhanced Micro Versa Trip Units 4.1x

C302.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

C602.6x 2.8x, 2.9x, 3.0x, 3.1x, 3.2x, 3.3x,

3.4x, 4.0x, 4.2x, 4.6x

MX 150 / MX 250 5.4x, 6.0x

Meters Firmware Version SupportedEPM 5000P 3.9x

EPM 5200/ EPM 5300/ EPM 5350 2.4xEPM 9450/ EPM 9650 2.1x

PQM 3.3x, 3.4x, 3.5x, 3.6x

• Simplify the process of creating complex control logic for Substation Automation such as advanced Tripping, Reclosing and

Transfer Schemes.

• Design Logic with drag and drop ease using a library of inputs, outputs, logic gates, symbols and configuration tools

• Document actual setting file with text to make it easier for other to understand

• Create settings offline without having to communicate with the relay

Powerful Intuitive Logic Compiler

Analyses logic for potential problems in logic such as:• detecting infinite loops in logic• using inputs and outputs, or protection, control and monitoring elements that have not been configured properly• using Virtual Outputs that have not been assigned• using inputs for hardware or features that is not available on

your relay

Optimizes control logic equations to obtain maximum efficiency and to use the fewest possible lines of logic

Graphical Logic Designer

Design Control Logic in this intuitive, easy to use Graphical Logic Designer

Global Comtrade Viewer

View waveforms recorded from any device• Convert waveforms that were stored in CSV format to COMTRADE compatible files• Merge and Overlay waveforms that were recorded in multiple

devices• Identify the harmonics content in all monitored analog parameters

Protection Test Simulators **

Predict the response of your protection relay• Predict the outcome of commissioning testing performed on your relay based on the actual settings retrieved from the device• Compare Actual functionality and response time of the relay with the expected responses calculated by the protection simulators

** to be released Q4 2004

Appendix B – Plug-and-Play Screens

Click on the link to view the plug and play screens for the following devices

239 Motor Protection Relay

269 Motor Management Relay

369 Motor Management Relay

SR 469 Motor Management Relay

SR 489 Generator Protection Relay

SR 735/737 Feeder Protection Relay

SR 750 Feeder Protection Relay

SR 745 Transformer Protection Relay

F650 Bay Controller

MM2 Motor Controller

MM3 Motor Controller

PQM Power Quality Meter

PQMII Power Quality Meter

RRTD Remote TRD Module

SPM Sychronous Motor Controller

EPM 1000 series Energy Meter

EPM 2000 series Energy Meter

EPM 4000 series Energy Meter

EPM 5000 series Power Quality Meter

EPM 9000 series Power Quality Meter

MicroVersa Trip Units

Univeral Relay Family

Plug-and-Play Monitoring for the 239 - Overview -

View Motor Status Using Current Inputs, RTD Inputs and Overload Levels

Plug-and-Play Monitoring for the 239 - Status -

Identify Motor Alarms and Causes of Trips At a Glance

Plug-and-Play Monitoring for the 239 - Trip Data -

Critical Data in One Location to Simplify Fault Analysis

Plug-and-Play Monitoring for the 269Plus - Overview -

View Motor Status Using Current Inputs, Voltage Inputs, Trip Data and RTD Input

Plug-and-Play Monitoring for the 269Plus - RTDs -

Monitor Temperature at Any Motor Location in One View

Plug-and-Play Monitoring for the 269Plus - Alarm Data -

Quickly Identify Motor Issues Using Alarm Panel Display

Plug-and-Play Monitoring for the 269Plus - Trip Data -

Panel View Makes it Easy to Determine Cause of Trip

Plug-and-Play Monitoring for the 269Plus - Pre-Trip Data -

Detailed Diagnostic Information Simplifies Trip Data Analysis

Plug-and-Play Monitoring for the 269Plus - Statistics -

Use Learned and Historical Data to Get an Understanding of Motor Operation Over Time

Plug-and-Play Monitoring for the 369 - Overview -

View Motor Status, Motor Load, Input Currents and Input Voltages on One Screen

Plug-and-Play Monitoring for the 369 - Metering -

Real-time View of Currents and Voltages Applied to the Motor

Plug-and-Play Monitoring for the 369 - RTDs -

Monitor Temperature at Any Motor Location in One View

Plug-and-Play Monitoring for the 369 - Alarm Data -

Quickly Identify Motor Issues Using Alarm Panel Display

Plug-and-Play Monitoring for the 369 - Trip Data -

On-screen View of Diagnostic Data Makes It Easy to Identify Cause of Motor Trip

Plug-and-Play Monitoring for the 369 - Learned -

Monitor Motor Start and Running Characteristics Through 369 Learned Data

Plug-and-Play Monitoring for the 369 - Maintenance -

Improve Maintenance Efficiency by Analyzing Trip and Start Counters

Plug-and-Play Monitoring for the 469 - Overview -

View Motor Status Using Digital Inputs, Analog Inputs and RTD Inputs

Plug-and-Play Monitoring for the 469 - Metering -

Keep Track of Current and Demand Using Real-time and Historical Data

Plug-and-Play Monitoring for the 469 - RTDs -

Monitor Temperature at Any Motor Location in One View

Plug-and-Play Monitoring for the 469 - Alarm Data -

Quickly Identify Motor Issues Using Alarm Panel Display

Plug-and-Play Monitoring for the 469 - Trip Data -

On-screen View of Diagnostic Data Makes It Easy to Identify Cause of Motor Trip

Plug-and-Play Monitoring for the 469 - Learned -

Monitor Motor Start and Running Characteristics Through 469 Learned Data

Plug-and-Play Monitoring for the 469 - Maintenance -

Improve Maintenance Efficiency by Analyzing Trip and Start Counters

Plug-and-Play Monitoring for the 489 - Overview -

View Generator Status Using Digital Inputs, Analog Inputs and Trip Indicators

Plug-and-Play Monitoring for the 489 - Metering -

Monitor the Running Status of Your Generator Using Real-time Current and Voltage Data

Plug-and-Play Monitoring for the 489 - RTDs -

Monitor Temperature at Any Location in One View

Plug-and-Play Monitoring for the 489 - Alarm Data -

Quickly Identify Generator Issues Using Alarm Panel Display

Plug-and-Play Monitoring for the 489 - Trip Data -

On-screen View of Diagnostic Data Makes It Easy to Identify Cause of Protection Trip

Plug-and-Play Monitoring for the 489 - Learned -

Monitor Generator Start and Running Characteristics Through 489 Learned Data

Plug-and-Play Monitoring for the 489 - Maintenance -

Improve Maintenance Efficiency by Analyzing Trip Counters

Plug-and-Play Monitoring for the 735/737 - Overview -

Get an Overview of Feeder Status in One Comprehensive View

Plug-and-Play Monitoring for the 735/737 - Trip Data -

View Historical Trip Data to Simplify Fault Analysis

Plug-and-Play Monitoring for the 745 - Overview -

View Key Transformer Operating Characteristics on One Screen

Plug-and-Play Monitoring for the 745 - Metering -

Monitor Per-winding Current Levels and Symmetrical Components

Plug-and-Play Monitoring for the 745 - Harmonics -

Monitor Total Harmonic Content in Each Phase for All Windings

Plug-and-Play Monitoring for the 745 - Power -

Get Real, Reactive and Apparent Power Values for All Windings in One View

Plug-and-Play Monitoring for the 745 - Demand -

View Current and Historical Demand With Time and Date Stamping

Plug-and-Play Monitoring for the 745 - Energy -

View Source and Load Watthours / VARhours Per Winding

Plug-and-Play Monitoring for the 745 - Targets -

Monitor All Protection Trips and Alarms From One Panel View

Easily View System Status Using Contact Inputs, Contact Outputs and Logical Inputs

Plug-and Play Monitoring for the 750 / 760- Overview -

Graphically View Real Time Voltage, Current and Frequency Levels From One Location

Plug-and Play Monitoring for the 750 / 760- Metering -

Analyze 3-Phase Apparent, Real and Reactive Power

Plug-and Play Monitoring for the 750 / 760- Power -

Compare Real Time and Historical Maximum Demand Values

Plug-and Play Monitoring for the 750 / 760- Demand -

Track Energy Consumption Levels to Monitor Cost of Energy

Plug-and Play Monitoring for the 750 / 760- Energy -

View Positive, Negative and Zero Sequence Symmetrical Current and Voltage Levels

Plug-and Play Monitoring for the 750 / 760- Analysis -

Easily Monitor Synchronism Levels Needed for Reclosing of Circuit Breaker

Plug-and Play Monitoring for the 750 / 760- Synchro -

Plug-and-Play Monitoring for the F650 - Overview -

Complete view of Bay Status Using Contact Inputs, Contact Outputs and Metering Levels

Plug-and-Play Monitoring for the F650 - Metering -

Monitor Bay Current and Voltage Levels In Real Time

Plug-and-Play Monitoring for the F650 - Power -

Apparent, Real and Reactive Power in One View

Plug-and-Play Monitoring for the F650 - Demand -

Analyze Three phase Power and Current Demand with Historical Maximums

Plug-and-Play Monitoring for the F650 - Energy -

Examine Positive and Negative Energy Consumption Levels

Plug-and-Play Monitoring for the F650 - Analysis -

View Positive, Negative and Zero Sequence Symmetrical Current and Voltage Levels

Plug-and-Play Monitoring for the F650 - Synchro -

Easily Monitor Synchronism Levels Needed for Reclosing of Circuit Breaker

Plug-and-Play Monitoring for the MM2 - Overview -

View Motor Status Using Digital Inputs, Analog Inputs and Other Key Data

Plug-and-Play Monitoring for the MM2 - Metering -

View Running Status of the Motor Including Percentage of Full Load

Plug-and-Play Monitoring for the MM2 - Alarm Data -

Quickly Identify Motor Issues Using Alarm Panel Display

Plug-and-Play Monitoring for the MM2 - Trip Data -

On-screen View of Diagnostic Data Makes It Easy to Identify Cause of Motor Trip

Plug-and-Play Monitoring for the MM2 - Statistics -

Improve Predictive Maintenance by Analyzing Historical Trip Data

Plug-and-Play Monitoring for the MM3 - Overview -

View Motor Status Using Digital Inputs, Analog Inputs and RTD Inputs

Plug-and-Play Monitoring for the MM3 - Metering -

Keep Track of Current and Demand Using Real-time and Historical Data

Plug-and-Play Monitoring for the MM3 - Alarm Data -

Quickly Identify Motor Issues Using Alarm Panel Display

Plug-and-Play Monitoring for the MM3 - Trip Data -

On-screen View of Diagnostic Data Makes It Easy to Identify Cause of Motor Trip

Plug-and-Play Monitoring for the MM3 - Statistics -

Monitor Motor Start and Running Characteristics Through MM3 Learned Data

Plug-and Play Monitoring for the PQM - Overview -

Monitor Power Quality and Equipment Status Using Inputs, Outputs and Power Factor

Plug-and Play Monitoring for the PQM- Metering -

View Real Time Current and Voltage and Manage Historical Values

Plug-and Play Monitoring for the PQM- Power -

Analyze Load and Unbalance of the System Using Real Time and Min / Max Values

Plug-and Play Monitoring for the PQM- Demand -

Graphically View Real-time and Historical Demand Values In One Location

Plug-and Play Monitoring for the PQM- Energy -

Track and Compare Cost of Energy With Inputs From Revenue Meters

Plug-and Play Monitoring for the PQM- Analysis -

Visually Monitor the Amount of Total Harmonic Distortion on Your Power System

Plug-and Play Monitoring for the PQMII - Overview -

Monitor Power Quality and Equipment Status Using Inputs, Outputs and Power Factor

Plug-and Play Monitoring for the PQMII- Metering -

View Real Time Current and Voltage and Manage Historical Values

Plug-and Play Monitoring for the PQMII- Power -

Analyze Load and Unbalance of the System Using Real Time and Min / Max Values

Plug-and Play Monitoring for the PQMII- Demand -

Graphically View Real-time and Historical Demand Values In One Location

Plug-and Play Monitoring for the PQMII- Energy -

Track and Compare Cost of Energy With Inputs From Revenue Meters

Plug-and Play Monitoring for the PQMII- Analysis -

Visually Monitor the Amount of Total Harmonic Distortion on Your Power System

Plug-and-Play Monitoring for the RRTD - Overview -

Monitor Trip Status and Hottest RTD Temperature

Plug-and-Play Monitoring for the RRTD - RTDs -

Monitor Motor Temperature at Multiple Points

Plug-and-Play Monitoring for the RRTD - Alarm Data -

Quickly Identify Issues Using Alarm Panel Display

Plug-and-Play Monitoring for the SPM - Overview -

View Motor Status, Trip Data and Synchronism

Plug-and-Play Monitoring for the SPM - Statistics -

Quick View of Historical Trip Events

Plug-and-Play Monitoring for the L90 – Overview

Monitor the status of the L90-protected Transmission Lines

Plug-and-Play Monitoring for the L90 – Metering

Monitor all Currents, Voltages and Sequential Components for each source

Plug-and-Play Monitoring for the L90 – Power

A Complete View of All the Data Needed for Performing Power Analysis

Plug-and-Play Monitoring for the L90 – Demand

Analyze Three Phase Power and Current Demand with Historical Maximums

Plug-and-Play Monitoring for the L90 – Contact I/O

View All Hardware Signals Being Sent To and From the L90 Relay

Plug-and-Play Monitoring for the L90 – Virtual I/O

Monitor Software Commands Sent to the L90 and the Status of Any Flexlogic Equations

Plug-and-Play Monitoring for the L90 – Peer to Peer

See the Status of All Peer-to-Peer Messages Being Sent Between Relays