ꢀ
POWER LEADER™
PMCS 6.8 for
CIMPLICITY© HMI
Interface Toolkit
User’s Guide
DEH-210
GE Power Management Control System 6.8
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Contents
Introduction
1
Welcome..............................................................................................................................1
How should I use this manual?..............................................................................................2
Conventions .........................................................................................................................3
About the Interface Toolkit...................................................................................................3
Installation ...........................................................................................................................4
Configuring and Using PMCS Wizards
5
About the Wizards................................................................................................................5
Configuring a CIMPLICITY Project for PMCS.....................................................................6
PMCS PowerBuilder - Configuring Advanced Wizards.........................................................8
Manually Configuring Wizards without using PMCS Power Builder......................15
Manually Configuring the EPM 7700 Wizard........................................................17
Using a PMCS Wizard........................................................................................................20
Sample Application...............................................................................................21
Small Faceplate Wizards.....................................................................................................23
Usage....................................................................................................................23
Small Faceplate Configuration ..............................................................................24
Large Faceplate/Tabular Wizards........................................................................................26
Usage....................................................................................................................26
Special Considerations..........................................................................................26
Configuration........................................................................................................27
One-Line Wizards ..............................................................................................................33
Usage....................................................................................................................33
Configuration........................................................................................................34
Circuit Breaker One-Line Wizards ........................................................................39
Elevation Wizards ..............................................................................................................40
Usage....................................................................................................................40
Configuration........................................................................................................40
Floor Plan Wizards.............................................................................................................41
Usage....................................................................................................................41
Configuration........................................................................................................41
Annunciator Panel Wizard..................................................................................................42
Usage....................................................................................................................42
Configuration........................................................................................................46
Creating Floor Plans, Elevation Views, and One-Line Diagrams
49
Introduction........................................................................................................................49
Elevation Views .................................................................................................................49
Floor Plans.........................................................................................................................51
Electrical One-Line Diagrams.............................................................................................52
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Sample Application
59
Creating a basic interface....................................................................................................59
Features of GE Large Faceplate Wizards
63
About the Large Faceplate Wizards.....................................................................................63
POWER LEADER EPM.....................................................................................................64
Spectra MicroVersaTrip® Trip Unit.....................................................................................67
Enhanced MicroVersaTrip PM-C Trip Unit.........................................................................68
Enhanced MicroVersaTrip PM-D Trip Unit ........................................................................70
POWER LEADER™ Meter................................................................................................72
Spectra ECM......................................................................................................................74
MDP Digital Overcurrent Relay..........................................................................................76
Power Quality Meter (PQM)...............................................................................................78
EPM 3710 Meter ................................................................................................................80
EPM 3720 Meter ................................................................................................................82
EPM 7300 Meter ................................................................................................................84
EPM 7700 Meter ................................................................................................................87
239 Motor Protection Relay................................................................................................89
269 Plus Motor Management Relay.....................................................................................91
SR469 Motor Management Relay .......................................................................................96
SR489 Generator Management Relay..................................................................................98
565 Feeder Management Relay.........................................................................................100
735 Feeder Relay..............................................................................................................106
SR745 Transformer Management Relay............................................................................107
SR750/SR760 Feeder Management Relay.........................................................................109
Features of Tabular Data Screen Wizards
113
Introduction......................................................................................................................113
Features of Tabular Data Screens......................................................................................113
Power Leader EPM...........................................................................................................115
Spectra MicroVersaTrip....................................................................................................116
Enhanced MicroVersaTrip-C Trip Unit.............................................................................117
Enhanced MicroVersaTrip-D Trip Unit.............................................................................118
POWER LEADER Meter .................................................................................................119
Spectra ECM....................................................................................................................120
MDP Digital Overcurrent Relay........................................................................................121
PQM (Power Quality Meter).............................................................................................122
Motor Manager II (MMII) ................................................................................................123
EPM 3710 Meter ..............................................................................................................124
EPM 3720 Meter ..............................................................................................................125
EPM 7300 Meter ..............................................................................................................126
EPM 7500/7600 Meter......................................................................................................127
Metering Tab......................................................................................................127
Min/Max Tab......................................................................................................129
Power Quality Tab..............................................................................................130
Demand Tab .......................................................................................................131
Inputs Tab...........................................................................................................132
Setup 1 Tab.........................................................................................................133
Setup 2 Tab.........................................................................................................135
EPM 7700 Meter ..............................................................................................................137
Metering Tab......................................................................................................137
Min/Max Tab......................................................................................................139
Power Quality Tab..............................................................................................140
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Demand Tab .......................................................................................................141
Inputs Tab...........................................................................................................142
Setup 1 Tab.........................................................................................................143
Setup 2 Tab.........................................................................................................145
Universal Relay................................................................................................................147
Metering Tab......................................................................................................147
Power Quality Tab..............................................................................................149
Protection Control Tab........................................................................................150
Power System Configuration Tab........................................................................151
Transformer Tab.................................................................................................152
Elements Tab......................................................................................................153
Digital Counter Tab ............................................................................................154
Virtual Inputs Tab...............................................................................................155
Virtual Outputs Tab ............................................................................................156
Contact Inputs Tab..............................................................................................157
Contact Output Tab.............................................................................................158
DCMA Tab.........................................................................................................159
Source Tabs........................................................................................................160
Demand Tab .......................................................................................................161
Line Tab.............................................................................................................162
Breaker Tab........................................................................................................163
Contact Output Current States Tab ......................................................................164
Remote Temperature Detection Tab ....................................................................165
Bus Tab..............................................................................................................166
239 Motor Protection Relay..............................................................................................167
269 Plus Motor Management Relay...................................................................................168
369 Motor Management Relay..........................................................................................169
Metering Tab......................................................................................................169
Alarms Tab.........................................................................................................171
Trip Data Tab .....................................................................................................172
Trip Counter Tab ................................................................................................173
Demand Tab .......................................................................................................174
Local RTD Tab...................................................................................................175
Remote RTD Tab................................................................................................176
Control Tab ........................................................................................................177
Setup Tab ...........................................................................................................178
SR469 Motor Management Relay .....................................................................................179
SR489 Generator Management Relay................................................................................180
565 Feeder Management Relay.........................................................................................181
SR735 Feeder Relay.........................................................................................................183
SR745 Transformer Management Relay............................................................................184
SR750/SR760 Feeder Management Relay.........................................................................185
DFP100 Relay..................................................................................................................187
DFP200 Relay..................................................................................................................189
Fanuc 90/30......................................................................................................................191
Fanuc 90/70......................................................................................................................191
Troubleshooting
193
EPM 3710/EPM 3720 – no data or incorrect data displayed...............................................193
EPM 3720 – KVAH import values incorrect .....................................................................193
Long update when changing setpoints...............................................................................193
PLEPM – Wrong Metering tab displayed ..........................................................................194
PMCS Interface Toolkit
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Appendix A: EPM 3720 Sliding Window Demand Keys
195
Downloading Sliding Demand Window Keys to the EPM 3720.........................................195
Appendix B: Automatic Waveform Capture and Waveform Retrieval on
EPM 3720
201
Using a setpoint to trigger waveform capture or record on the EPM 3720 ..........................201
Index
215
iv • Contents
PMCS Interface Toolkit
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Introduction
Welcome
The PMCS Interface Toolkit is a POWER LEADER Power Management Control
System (PMCS) tool that provides a custom toolkit to efficiently create flexible,
accurate, and friendly user interfaces to your power management data. With the
PMCS Wizards (accurate graphical representations of power management devices
and other commonly encountered objects), you can create applications to provide a
customized interface that accurately represents physical, electrical, and geographical
plant layouts. The wizards can significantly cut new system development time,
providing results in less than an hour.
The PMCS Interface Toolkit allows you to create one-line diagrams, elevation views,
and floor plans that you can combine with tabular data screens and three-dimensional
device wizards to create a virtual representation of your facility and equipment. With
this graphical user interface, you actually see and control devices on the screen,
without having to make a trip out to the meter or trip unit.
The Toolkit, which consists of the CIMPLICITY® HMI development environment
coupled with GE’s PMCS wizards, is easy to use, taking advantage of state-of-the-art
drag-and-drop technology. Wizards are provided for all the devices most commonly
used with the PMCS DDE Server. Creating a custom interface is as easy as selecting
wizards for the devices installed in a facility and placing them on the screen.
Here’s what you’ll find in this guide:
•
Chapter 2 explains the kinds of PMCS Wizards, their use and
configuration – Small Faceplate wizards, Large Faceplate wizards,
Tabular Data Screen wizards, One- Line wizards, Elevation wizards,
and Floor Plan wizards. Includes instructions on using the PMCS
Advanced Wizards, including Small Faceplates, Large Faceplates, and
Tabular Wizards.
•
•
•
Chapter 3 illustrates the use of the GE wizards described in Chapter 2
to create animated displays of the facility floor plan, switchgear
elevations, and system one- line diagrams.
Chapter 4 gives an example of application development, using the
wizards described in Chapters 2 and 3 to create an actual PMCS
application.
Chapter 5 describes the functions available with each of the GE Large
Faceplate wizards. These wizards are accurate graphical
PMCS Interface Toolkit
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representations of power management devices, complete with working
controls that are linked to the corresponding devices in your facility.
•
Chapter 6 describes the Tabular Data wizards. These wizards list the
data and setpoints of power management devices in a tabular format.
Simply point and click to select the appropriate tab of information to
display and view the related data.
The examples and references in this guide enable you to create custom interfaces for
your PMCS system, and allow you to access power management data in the way that
best suits you.
How should I use this manual?
How you use this book depends on your level of expertise with CIMPLICITY.
Consult the table below to determine where you should start.
If this describes you…
Start here:
I’ve never seen this stuff before! What’s Refer to the documentation that came with your
CIMPLICITY HMI? What are
“Wizards”?
CIMPLICITY HMI package. Start with the
introduction and tutorial sections, which will teach
you about CIMPLICITY HMI and how to use it to
create custom applications. When you understand
what wizards are and how to use them, come back
here.
I’ve just opened this package – where
do I go first?
Go to Chapter 1, Introduction. Chapter 1 explains
what the Interface Toolkit is, what it’s good for, and
where to go after that.
I’m familiar with CIMPLICITY HMI
and I’d like to build a custom
application for some GE power
management devices.
Go to Chapter 1 for installation instructions, then to
Chapter 2 for descriptions of the wizards and how to
use them. Chapter 4 provides a demo of actual
application development. This package contains
wizards for the power management devices
supported by GE’s PMCS software.
The GE PMCS Wizards are already
installed on my system, I’m already
experienced with CIMPLICITY HMI ,
and I’m ready to start building custom
applications.
Turn to Chapter 2 for information on how to use the
GE PMCS Wizards, and Chapter 4 for a quick
example of application development. For detailed
descriptions of the Large Faceplate screens or the
Tabular Data screens, refer to Chapters 5 and 6
respectively.
Just tell me about the wizards; I’m an
old pro and ready to go!
Skim through Chapters 2 and 3 for an overview of
what’s in the package, then Chapter 4 for a quick
example of application development. Chapter 5
describes the GE Large Faceplate screens and
Chapter 6 the associated Tabular Data screens.
Conventions
You will find this book easy to use if you look for these simple conventions:
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•
Boldface type indicates the name of an item you need to select.
• Monospacetype indicates an example or text that is displayed on the
screen.
•
UPPERCASE type indicates a file name, command name, or acronym.
About the Interface Toolkit
The Interface Toolkit consists of the CIMPLICITY HMI development environment
and a special set of wizards developed for use with the power management devices
supported by PMCS 6.8.
PMCS Interface Toolkit
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Installation
To install the Interface Toolkit from the CD-ROM, refer to the instructions provided
in DEH-211, the PMCS Read This Book First. When installing CIMPLICITY HMI
4.01, be sure to include the Advanced DDE Communications" option.
For PMCS View Nodes, be sure to install the appropriate PMCS software to support
CIMPLICITY wizard operation. A runtime view node installation provides files
needed to operate the wizards, the wizard help files, and the EventViewer and
Waveform client applications. Without these files, your screens will not function
correctly on the view node.
For WebView users, please note that the EventViewer and Waveform client
applications cannot be viewed, but all information displayed in the wizard is
available.
You can verify successful installation of the PMCS Wizards into CIMPLICITY HMI
by opening CimEdit, and clicking the Object Explorer button to display the symbols
library window. The PMCS Wizards should be listed in the directory structure on the
left side of the Symbols window as shown below. If they are not, reinstall from the
PMCS CD-ROM. PMCS Advanced Wizards (device wizards) are located in the
PMCS Advanced Wizards directory; standard PMCS Wizards (such as Elevation and
Floor Plan wizards) are located in the PMCS Wizards directory.
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Configuring and Using
PMCS Wizards
About the Wizards
The wizards contained in the PMCS Interface Toolkit allow you to quickly build
accurate and friendly user interfaces with CIMPLICITY HMI. In addition to the
various wizards standard with CIMPLICITY HMI development systems, the User
Screen Configurator provides five types of powerful GE wizards:
•
•
•
•
•
GE Small Faceplate Wizards
GE Large Faceplate/Tabular Data Wizards
GE One-Line Tool Wizards
GE Elevation Wizards
GE Floor Plan Wizards
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Configuring and Using PMCS Wizards • 5
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Configuring a CIMPLICITY Project for PMCS
Using the wizards is straightforward. The procedure outlined in this section describes
how to place and configure a PMCS wizard in CIMPLICITY HMI. Later sections
describe using/testing a wizard and go further into describing each kind of wizard.
1. From CIMPLICITY HMI, create a new project by clicking the New Project
button or selecting File: New Project. The New Project window appears:
2. Enter the Project Name and select a directory where the project should be stored
(usually in the cimplicity\hmi\projects\). Under Options, select
PMCS Power Builder. Finally, click the Create button to write the project file to
disk and open the Project Properties window:
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3. In the Project Properties window (Options tab), select the Enable project
broadcast checkbox if you will be using CIMPLICITY HMI view nodes.
Make sure the Computer namefield matches the name of the host machine.
Disregard the Startup Timeoutfield and the Generaltab. Select OK to
open the CIMPLICITY HMI Project Wizard:
4. In the CIMPLICITY Project Wizard step 1 of 3 window, choose Finish to
complete the project setup.
5. The CIMPLICITY Workbench is displayed as shown below:
Double-click PMCS Power Builder to begin adding devices, and refer to PMCS
PowerBuilder - Configuring Advanced Wizards in the following section for details
on placing a PMCS Advanced Wizard in a CIMPLICITY project.
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PMCS PowerBuilder - Configuring Advanced Wizards
PMCS Power Builder is a powerful tool to drastical reduce development time,
enabling you to quickly and easily add many devices to a new CIMPLICITY project.
Besides enhancing your productivity as a developer, PMCS Power Builder also
allows you to create more efficient applications which use fewer system resources
and enjoy greater performance. This is due to PMCS Power Builder's integration
with the PMCS Advanced Wizards. These wizards employ technology and
configuration techniques that take advantage of the power of CIMPLICITY HMI
version 4.01. The PMCS Advanced Wizards use a two-step configuration process
where the device data points are configured separately from the graphical portion of
the wizards. This section explains the procedures for configuring and using these
new wizards.
Beginning at the CIMPLICITY Workbench, double-click the PMCS Power Builder
option to begin adding devices to this project.
The PMCS Power Builder tool appears:
The command buttons displayed in the PMCS Power Builder window are:
8 • Configuring and Using PMCS Wizards
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Add Device – use this button to create a new device in your application. You can
also add a device by double clicking any empty line in the device information section
of the PowerBuilder screen, or right clicking and selecting "Add" from the drop
down menu.
Modify Selected – use this button to change the Description, Resource, and
application information for an existing (selected) device. You can also modify a
device’s configuration by double-clicking a listed device, or by right-clicking an
existing device and selecting "Modify Selected" from the drop down menu. Device
Name and Device Type cannot be modified once a device is created. If you need to
change the device name or device type, you must delete the selected device and add
a new one.
Delete Selected – use this button to completely remove the selected device and its
points from the project. You also delete a device by right clicking and selecting
"Delete Selected" from the drop down menu.
Refresh – use this button to refresh the display of devices in the PowerBuilder
display. You can also refresh the display by right clicking anywhere within the
device information area and selecting "Refresh" from the drop down menu.
Help – use this button to access PMCS Power Builder help information.
Select the Add Device button to begin adding device points to this project. The
Device Configuration dialog appears, prompting you to select a device type to add:
Select the device type to add, and the Device Configuration dialog dynamically
expands to display the device-specific configuration parameters. For example, while
most devices require only five parameters (Type, Name, Description, Resource, and
the Server's Application name), some more complex device types require additional
parameters, such as selecting which Tabs will appear on the Tabular wizard screen at
runtime.
Most PMCS Advanced Wizards share a similar configuration dialog, as shown in the
first example below. However, as mentioned above, some more complex device
types such as the Universal Relay, Multilin 369, and EPM 7700, require some
additional configuration information, and these examples are shown separately.
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Device Configuration Dialog - most PMCS Advanced Wizards
Select a Device Type from the
pulldown menu and enter the device's
name in the Device Name field.
Enter a description (optional).
Select a Resource from the pulldown
menu.
Complete the Application Name
field with ION_LINK.
Complete the Node Name field
with the name of the computer
running the Comm Server
connected to this particular device.
Complete the Gateway Name field
with GE77GTWY. See the
following note for details.
Device Configuration Dialog - EPM 7700
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Choose the desired tabs to
display on the Wizard, and use
the right and left arrow buttons to
move the desired tabs from the
Available Tabs box to the
Selected Tabs box.
Device Configuration Dialog - 369
Complete the Application Name
field; typically GE32MODB, but
if UCA/MMS is selected, enter
AXS4MMS or name of MMS
Server.
Select the Model of UR which you
are configuring. This determines
the contents of the Available Tabs
list.
Use the right and left arrow
buttons to move the highlighted
tabs between the Available and
Selected Tabs fields.
Device Configuration Dialog - Universal Relay devices
When you have completed the Device Configuration dialog for the selected device,
click OK to add the device to the list displayed in the PMCS Power Builder window.
In the example below, an F60 model UR, an ML 369, and five MicroVersaTrip
devices have been added.
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When you are done adding devices, you can generate the screens for all devices in
one step by choosing the Generate Screens button. The PMCS Power Builder tool
creates one tabular screen per device type and one small faceplate per individual
device, following the many-to-one architecture of the PMCS Advanced Wizards.
Note: While PMCS Power Builder can generate screens for most of the PMCS
Advanced wizards, there are some exceptions. The Annunciator Panel and the
EPM7700 screens are not automatically drawn by PMCS Power Builder, but instead
must be created manually after the points are created by PMCS Power Builder.
Follow the manual configuration instructions provided elsewhere in this guide to
configure the Annunciator Panel and EPM7700 points.
When PowerBuilder has finished generating screens for the configured devices, click
the Done button to finish. PowerBuilder has automatically updated the project
configuration and started the project for you. You can now browse the devices,
points, and screens created for you by PowerBuilder in the Workbench. If you don’t
see some items, hit the F5 key to refresh the Workbench display.
12 • Configuring and Using PMCS Wizards
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For the highly-flexible UR and 369 type devices, Power Builder creates a blank
"framework" wizard, with no pre-drawn tabs. In CimEdit the wizard will show no
tabs - the tabs will be dynamically redrawn based on the physical device being
accessed. For example, if you use different models of the Universal Relay in your
application, you might need to display a unique set of tabs for each type of relay.
With dynamic redraw, you only need a single tabular wizard in your project to show
any combination of tabs for any UR device. (The dynamic redraw feature can be
disabled; see Disabling Dynamic Redraw (369 and UR Tabular Wizards) for details.)
PMCS Interface Toolkit
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Device Configuration -
Special Considerations for EPM 7700 only
The EPM 7700 Device Configuration dialog box contains two extra fields, which
must be completed during configuration. The Node Name field requires that you
enter the name of the computer running the Communications Server that connects to
this particular device. Depending on the configuration of the EPM 7700 network,
this can be either the Primary node computer, or a computer setup as a "Full Station"
Secondary node. Refer to DEH-40035, the GE 7700 Gateway Users Guide, and
GEH-6514, PMCS Read This Book First, for more information on network
configuration. The Node Name field is required because the EPM 7700 does not use
the same DDE server as the rest of the standard PMCS devices, and the wizard must
be directed to the location of the correct Communications Server for proper
configuration of DDE topic names.
Also, the Application Name field must be completed as ION_LINK rather than
GE32MODB or GE32ENET for the EPM 7700 device. The ION LINK program is
installed during initial PMCS setup if the EPM 7700 software option is selected.
When configuring Wizards on Secondary nodes, the Application Name field entry
does not follow the PMCS wizard convention of “\\RemoteComputer\ION_LINK”.
EPM 7700 Secondary nodes run a local copy of the ION LINK server, thus the
application name for EPM 7700 Large Faceplate wizards is always “ION_LINK”
whether the wizard is installed on the Primary node or a Secondary node. The Node
Name entry determines if the wizard is on a Secondary node.
The Gateway Name field must be completed with GE77GTWY, the application
name of the GE 7700 Gateway Server program. When configuring the EPM 7700
Tabular wizard on a Secondary node, the Gateway Name does follow the PMCS
wizard convention of “\\RemoteComputer\GE77GTWY” in the Gateway Name field,
where ‘RemoteComputer’ is the name of the PC where the GE 7700 Gateway
application is running – the Primary Node. The previous figure shows a Tabular Data
Dialog box as it would appear when configuring a Tabular Data wizard on a
Secondary node. The Node Name field contains the name of the Primary Node
computer, the Application Name field is ION_LINK (as it is for ALL EPM 7700
wizards on ANY node) and the Gateway Name field points to the GE 7700 Gateway
Server running on the Primary Node PC.
Refer to DEH-40035 for information on the Communications Server and 7700
Gateway Server.
14 • Configuring and Using PMCS Wizards
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Manually Configuring Wizards without using PMCS
Power Builder
This section explains the procedures for manually creating a device graphic wizard.
With one exception (the EPM 7700 device type), the Advanced wizards all share the
same configuration procedures.
NOTE: If you are configuring an EPM 7700 wizard, skip this section and go to
Manually Configuring the EPM 7700 on page 17, which details this wizard’s special
requirements.
To configure the device graphics for a PMCS Advanced Wizard:
1. Open a new CimEdit screen.
2. Select a PMCS Advanced Wizard using the Object Explorer and drop it into the
new window.
3. Dropping a wizard in the CimEdit screen causes the Device Setup dialog box to
appear, as shown below.
4. Choose a default view for the wizard by selecting or deselecting the Tabular
View checkbox. If the Tabular View checkbox is selected, the Tabular wizard
will be displayed whenever this window is opened. If the Tabular View
checkbox is not selected, the Large Faceplate wizard is displayed by default.
5. To complete the Device Name and Trend Screen fields, click the ellipsis button
to the right of each of these fields. This button displays a list of the devices
available in the project. (If no devices are available, stop and restart the project,
then continue; the devices should appear.) The Select Device dialog box is
shown in the following figure.
PMCS Interface Toolkit
Configuring and Using PMCS Wizards • 15
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6. Select the appropriate device from the list and click OK.
7. After the wizard is configured, save the window and close it.
8. Once you have configured an Advanced large faceplate/tabular graphic wizard,
you have two options. You can continue creating new wizard screens for each
physical device in the system, or you can use a single device wizard to view the
data of any physical device of that type using the new functionality provided by
the Advanced small faceplate wizards. See the Sample Application section for
more information.
16 • Configuring and Using PMCS Wizards
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Manually Configuring the EPM 7700 Wizard
The EPM 7700 device type is more complex than the other PMCS Advanced
Wizards, and its wizard reflects this. Dropping the EPM 7700 wizard into a project
creates eight separate screens, each linked to the others. Another unique property of
the EPM 7700 wizard is that the wizard itself is disposable. It is used only for the
initial configuration, and should be deleted after configuration is completed. The
eight screens created by the wizard are left for run-time use. The procedure for
configuring an EPM 7700 wizard is explained below.
Important: Follow the procedure to configure an EPM 7700 carefully - the wizard's
configuration should not be altered after it has been dropped. Changing the wizard
once it has been dropped requires you to delete the screens and re-create the wizard
with the desired properties.
1. Open a new CimEdit screen, using the Screens>New command.
Tip: If you plan to implement a Trend Window, create it before configuring the
EPM 7700 wizard, so that it will be available when you configure the device
graphics portion of the wizard.
2. Select an EPM 7700 wizard using the Object Explorer and drop it into the new
window. You may see a warning message about not being able to undo this
action - disregard this message.
3. Dropping a wizard in the CimEdit screen causes the Wizard Setup dialog box to
appear, as shown below. Note that there is no Tabular View checkbox; because
each of the Tabular screens is created independently of one another and the
Large Faceplate screen is also an independent screen, you are free to navigate to
any desired view. The notion of a default view does not apply to the EPM 7700
wizard.
4. To complete the Device Name and Trend Screen fields, click the ellipsis button
to the right of each of these fields, which displays a list of the devices available
in the project. (If no devices are available, stop and restart the project, then
continue; the devices should appear.) The Select Device dialog box is shown
below.
PMCS Interface Toolkit
Configuring and Using PMCS Wizards • 17
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5. Select the appropriate EPM 7700 device from the list and click OK.
6. Select a Trend Window using the trend window list available by clicking the
ellipsis to the right of the trend window text box.
7. When the wizard has completed its configuration, close the current window and
DO NOT save it – it is not a functional part of the wizard, and it cannot be used
to create graphics for additional devices. All of the functional wizard screens
were created and saved during the configuration process.
8. Stop and restart the project, then hit F5 to refresh the list of screens in the
project.
Repeat steps 1 – 8 to create additional EPM 7700 device screens as necessary for
your application.
Note: Refer to the Sample Application section when designing your project to
understand and take advantage of PMCS Advanced Wizard functions such as the
many-to-one relationships possible with Advanced Small Faceplate Wizards and
Large Faceplate/Tabular Wizards. The configuration techniques available may save
considerable development time and effort, especially with regard to the EPM 7700
device type.
The figure below shows the one of the eight Tabular screens resulting from the
correct configuration of the EPM 7700 wizard. You can verify that there are in fact
eight separate screens rather than multiple pages of a single screen by selecting
different tabs at the bottom of the tabular wizard. Observe the file name at the top of
the window - the file name will change to match the selected tab.
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Note the file name here - changes depending on the tab selected,
showing that each tab represents a separate screen file.
Selecting tabs here changes the screen displayed - note the file
name at the top of the window changing to match the tab selected.
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Using a PMCS Wizard
With the wizard configured, you can test it by launching the *.cim screen from
Windows Explorer or add it to an existing project. Remember that the PMCS DDE
Server must be running before launching the wizard if it is to display real data.
Click the Large
Faceplate to open the
Tabular Data view.
Click on the device’s display in the large faceplate wizard to open the Tabular data
screen wizard: Click on the device icon in the tabular wizard to return to the Large
Faceplate screen.
Click the faceplate to
open the Large
Faceplate view.
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Sample Application
The scenario described in this section illustrates the integration and time-saving
benefits of the PMCS Advanced Wizards.
The Small Faceplate wizards are often used to create visually accurate
representations of physical equipment line-up. Each Small Faceplate has a one-to-
one relationship with not only the physical device, but also the Large
Faceplate/Tabular wizard for that device. Clicking the Small Faceplate wizard for a
particular device opens a unique Large Faceplate/Tabular wizard associated with the
same physical device. We'll call this a one-to-one relationship of Small Faceplate to
Large Faceplate/Tabular.
PMCS Advanced Wizards may be used in the standard, one-to-one manner.
However, they also support many-to-one configuration. In this scenario, several
Small Faceplate wizards of the same device type may all refer to a single Large
Faceplate/Tabular wizard. When the user clicks a particular Small Faceplate wizard,
the unique device identity information associated with that wizard is passed to the
Large Faceplate/Tabular wizard, which displays the data for the requested device.
Thus, with a single Large Faceplate/Tabular wizard, all the devices of a given type
may be viewed. The user navigates from the overview to the elevation view, then
selects a small faceplate wizard to open the tabular screen. However, instead of
configuring many separate tabular screens, only one is required. Obviously, this
saves considerable configuration time, as well as saving substantial system memory
during runtime. The one drawback of the many-to-one configuration is that since the
Small Faceplates all share access to the same Large Faceplate/Tabular wizard, only
one device's data may be displayed at a time. To display a Large Faceplate/Tabular
screen for multiple PMCS Advanced Wizards at once, they must be configured in the
one-to-one manner, sacrificing the configuration time and system memory savings.
In the following example, the application has an Intro screen, from which the user
can access either of two panel boards of equipment. Panel Board #1 is equipped with
three EPM 7300 devices, while Panel Board #2 is equipped with two EPM 7700
devices and a single EPM 7300 device. Each device has an individual Small
Faceplate Wizard, which provides access to the Large Faceplate/Tabular wizard.
With this architecture, only one Large Faceplate/Tabular wizard must be configured
for each device type. Each of the Small Faceplate wizards has access to the
appropriate Large Faceplate/Tabular wizard, and when a Small Faceplate wizard is
invoked, it passes its identity information to the Large Faceplate/Tabular wizard,
which displays the data corresponding to the device associated with the invoked
Small Faceplate wizard.
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EPM 7300_1
Small Faceplate
EPM 7300_2
Small Faceplate
EPM 7300
Tabular/Large
Faceplate
Intro
Panel
Screen
Board #1
EPM 7300_3
Small Faceplate
Panel
Board #2
EPM 7700_1
Small Faceplate
EPM 7700
Metering
Screen
EPM 7700_2
Small Faceplate
EPM 7300_4
Small Faceplate
The details of configuring one-to-one or one-to-many are described in Small
Faceplate Configuration on page 24.
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Small Faceplate Wizards
Usage
The Small Faceplate wizards are icon-sized graphics typically used to create accurate
elevation views and one-line diagrams. These wizards are provided with logic to
open another window, typically either a Large Faceplate/Tabular Data Screen
wizard. There are several directories of Small Faceplate wizards to choose from.
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Small Faceplate Configuration
The Small Faceplate wizard for the PMCS Advanced Wizards offers additional
functions beyond simply opening a designated window. If you so choose, you may
configure a single Large Faceplate/Tabular wizard for each device type, regardless of
how many actual devices of that type are installed, and use multiple Small Faceplate
wizards to access data on each device. This feature operates by assigning an identity
to each Small Faceplate wizard, and passing this identity information to the Large
Faceplate/Tabular wizard when the Small Faceplate wizard is selected. The single
Large Faceplate/Tabular wizard opens, displaying the data for the selected device.
The many-to-one wizard configuration offers substantial configuration time savings
and memory savings, especially for the EPM 7700, where each Large
Faceplate/Tabular wizard actually consists of eight separate screens. A minor
drawback to this approach is that you may only display the Large Faceplate/Tabular
wizard for a single device at a time. To view data on a different Advanced Wizard
sharing this Large Faceplate/Tabular screen, you must close the Large
Faceplate/Tabular wizard and open it again through the desired device's Small
Faceplate wizard.
If you choose to use this many-to-one technique, select the Advanced checkbox in
the Wizard Configuration dialog, as shown in the following figure. If the Advanced
checkbox is not selected, the Small Faceplate wizard functions like any other Small
Faceplate wizard, simply opening the selected screen.
Selecting the OK button in the Screen To Open dialog box, with a device screen
selected and the Advanced checkbox selected, displays the Wizard Setup dialog box
(shown below), prompting you to choose the identity of the device you wish to
associate with this Small Faceplate Wizard.
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NOTE: If an advanced small faceplate wizard is configured to open a screen that
does not contain a graphics wizard of the correct device type, a message similar to
the one below will appear and the screen will not be opened.
The displayed graphic resulted when an EPM7300 small faceplate was configured to
open a screen containing only an EPM 7700 device graphic wizard.
In the Wizard setup dialog box, use the ellipsis buttons for the Device Name and
Trend Screen fields to display the selection dialogs for these items. Choose a Trend
Screen if desired, then use the Select a Device window (shown below) to associate
an individual device with the Small Faceplate wizard being configured. (The Device
ID, Resource and Description fields may be ignored; select the device from the list
box in the lower half of the window.)
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Large Faceplate/Tabular Wizards
Usage
Large Faceplate/Tabular Data Screen wizards are three-dimensional representations
of device faceplates that can be used to display data from the device. These three-
dimensional wizards include extensive logic that provides an accurate reproduction
of the actual display and keys of the device. Large Faceplate wizards are typically
placed in overlay windows.
By clicking on the display of a Large Faceplate wizard, you can display a tabular
data screen portion of the wizard. Tabular Data Screen wizards contain organized,
comprehensive, tabular layouts of device parameters including additional
configuration and remote control features. To make the Tabular Data Screen portion
of the wizard display by default, select the Tabular Datasheet checkbox in the
configuration window.
You can move and resize Tabular Data Screen wizards as desired.
Special Considerations
The button controls on the 3-D representation emulate the controls of the actual
device. This may be useful for reducing software training time for personnel already
familiar with device operation.
Each Tabular Data Screen wizard contains buttons for activating the help file, trend
window, setup window (if applicable) Event Logger, Waveform Capture, and for
closing the window.
Depending on the device, there may be multiple file-tabs beneath the tabular data
section. These switch among various pages relating to data and setpoints.
The detailed features of each of the Tabular Data Screen wizards are described in the
section titled Features of Tabular Data Screen Wizards. The detailed features of
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each of the Large Faceplate wizards are described in the section titled Features of
Large Faceplate Wizards.
Configuration
The PMCS Advanced Wizard device types require special configuration for their
Large Faceplate/Tabular wizards. See the instructions provided in Configuring
PMCS Advanceds Wizards, earlier in this chapter, and refer also to the Sample
Application section, which provides an example of Advanced Wizards in use.
A summary of the Large Faceplate/Tabular wizard configuration procedure is:
1. Configure the Device Points.
2. Stop and restart the project.
3. Configure the Device Graphics.
369 Motor Management Relay
The 369 wizard's Device Configuration dialog allows you to customize the
appearance of the wizard by selecting only those tabs that display data of interest to
you. For example, if you are not using optional Remote RTD accessory units with
your 369 you can leave the RRTD tab de-selected. This results in fewer points in the
CIMPLICITY database, yielding better performance.
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EPM 7700
The EPM 7700 Device Configuration dialog box is slightly different from the other
PMCS device types, containing two extra fields and requiring minor differences in
configuration. The Device Configuration dialog for the EPM 7700 is shown below,
followed by the special configuration requirements.
The Node Name field requires that you enter the name of the computer running the
Communications Server that connects to this particular device. Depending on the
configuration of the EPM 7700 network, this can be either the Primary node
computer, or a computer setup as a “Full Station” Secondary node. Refer to DEH-
40035, the GE 7700 Gateway Users Guide, and GEH-6514, PMCS Read This Book
First, for more information on network configuration. The Node Name field is
required because the EPM 7700 does not use the same DDE server as the rest of the
standard PMCS devices, and the wizard must be directed to the location of the
correct Communications Server for proper configuration of DDE topic names.
Also, the Application Name field must be completed as ION_LINK rather than
GE32MODB or GE32ENET for the EPM 7700 device. The ION LINK program is
installed during initial PMCS setup if the EPM 7700 software option is selected.
When configuring Wizards on Secondary nodes, the Application Name field entry
does not follow the PMCS wizard convention of “\\RemoteComputer\ION_LINK”.
EPM 7700 Secondary nodes run a local copy of the ION LINK server, thus the
application name for EPM 7700 Tabular Data Wizards is always “ION_LINK”
whether the wizard is installed on the Primary node or a Secondary node. The Node
Name entry determines if the wizard is on a Secondary node.
The Gateway Name field must be completed with GE77GTWY, the application
name of the GE 7700 Gateway Server program. When configuring the EPM 7700
Tabular wizard on a Secondary node, the Gateway Name does follow the PMCS
wizard convention of “\\RemoteComputer\GE77GTWY” in the Gateway Name field,
where ‘RemoteComputer’ is the name of the PC where the GE 7700 Gateway
application is running – the Primary Node. The following example shows a Device
Configuration Dialog box as it would appear when configuring a Tabular Data
wizard on a Secondary node. The Node Name field contains the name of the Primary
Node computer, the Application Name field is ION_LINK (as it is for ALL EPM
7700 wizards on ANY node) and the Gateway Name field points to the GE 7700
Gateway Server running on the Primary Node PC.
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Refer to DEH-40035 for information on the Communications Server and 7700
Gateway Server.
Disabling Dynamic Redraw (369 and UR Tabular Wizards)
As described earlier, UR and 369 type devices are highly flexible, and are typically
redrawn on-the-fly by CIMPLICITY, rather than having a static set of tabs. For these
devices, Power Builder creates a blank "framework" wizard, with no pre-drawn tabs.
In CimEdit the wizard will show no tabs - the tabs will be dynamically redrawn
based on the physical device being accessed. For example, if you use different
models of the Universal Relay in your application, you might need to display a
unique set of tabs for each type of relay. Dynamic redraw permits you to use a single
tabular wizard to show any combination of tabs for any UR device.
If for some reason you do not want to have the screen redraw itself, simply
reconfigure the blank framework wizard. In CimEdit, open the framework wizard
screen for the UR or 369 device. Right-click on the wizard graphic, and from the
contextual menu displayed, choose "Trigger Smart Object," as shown in the
following screenshot:
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The Wizard Setup dialog appears, prompting you to select a device:
Click the Browse
button to browse a
list of configured
devices.
Click the Browse button (the ellipsis to the right of the Device Name field) to display
a list of the devices you've already configured:
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Select a device from the displayed list and click OK, then click OK again to accept
the device you've selected. The following message appears:
Choosing NO will cause the wizard to be redrawn once with the tabs specified for
the selected device. The wizard’s configuration is then fixed – it will function like a
conventional wizard, displaying the configured tabs as soon as the window opens,
without redrawing them. This way you can place one framework wizard into your
project for each distinct flavor of 369 or UR device type you intend to use. For
example, if you have two F60 UR devices, and a C30 UR device you could create
two different UR framework wizards. The two F60 UR's can share a wizard since
they display identical information. The C30 requires its own tabular wizard since its
tab panel displays will not match the F60s. Once the various unique tabular wizards
are created, modify the small faceplates created by Power Builder so that the small
faceplates point to the correct tabular wizard screen.
After generating the screens and updating the configuration, small faceplates can
then be taken from the MainMenu.cim file and placed in other screens such as
switchgear elevations. These Small Faceplates act as device-specific front ends or
links into the appropriate Tabular wizard screen. Each device you added with PMCS
Power Builder is represented by its own Small Faceplate, but each class of device
share a single Tabular wizard. In the sample application described earlier, five MVT
small faceplates are generated, but only a single MVT Tabular Wizard. When a
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specific MVT small faceplate is selected at runtime, its identity information is passed
to the shared Tabular wizard, which recognizes which device is being selected and
displays the data for that individual device. This many-to-one sharing of Tabular
wizards provides a tremendous savings of system resources and dramatically
increases performance. However, as has been discussed, the Universal Relay and 369
devices are highly flexible and may represent different models of physical devices,
so the Tabular Wizard must be dynamically redrawn based on the nature of the
selected device. This may result in momentary delays in the display of data as the
dynamic redraw occurs.
You can still create individual device wizards independent of the many-to-one
architecture. Creating individual device wizards by dropping a single wizard into a
project without the use of PMCS Power Builder allows you to avoid the dynamic
redraw case for UR and 369 device types, but requires additional system resources.
This tradeoff must be evaluated on a case-by-case basis depending on the nature of
the project being developed.
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One-Line Wizards
Usage
You can use one-line wizards to create animated one-line diagrams that represent an
electrical schematic of the devices monitored by the software. These wizards are
provided with logic to either open another window or display device status.
One-Line wizards are divided into five functional groups according to the type of
animation:
•
Horizontal and Vertical Meter wizards display another window, such as
a 3-D faceplate.
•
Transformer, Fuse, Ground Symbol, and Motor Symbol wizards have a
discrete color-change animation indicating the On/Off state of the
device.
•
Horizontal and Vertical Relay wizards also have discrete color-change
animation indicating the On/Off state of the device.
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•
•
Horizontal and Vertical Switch wizards have four discrete animations;
two are color changes indicating the On/Off state of the device and two
are used for a three-state display (Open, Closed, and Error conditions).
Circuit Breaker wizards have two discrete color-change animations for
On/Off status display and one analog animation for a five-state display
(Open, Closed, Out, Trip, and Error conditions).
Configuration
In development mode, drag the one-line icon from the symbols dialog to your
CimEdit screen. The wizard’s Control Properties dialog will open automatically.
The following sub-sections describe the control properties dialog boxes for the
various types of one-line wizards. Complete the fields shown, then choose OK.
All one-line wizards have three configuration items in common:
• Line Widthis a number that sets the pixel width of the lines in the
wizard.
• Sizeconfiguration consists of three radio buttons (Small, Medium,
and Large) that determine the overall size of the wizard on the screen.
•
The browse buttons ("…") allow you to select an individual point for a
particular device from the Browsing Points window:
Use the snap-to-grid feature in CIMPLICITY to quickly align One-Line wizards.
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Configuration of each of the five classes of One-Line wizards is described in the
following section.
Meter One-Line Wizards
After placing a meter wizard in a window, double-click on it to display the dialog
box shown below. Configure the wizard by entering the appropriate information into
each of the boxes.
Enter the name of the window to open
when the icon is clicked on during
runtime.
Select the line width and
size of the wizard.
Select the color of the meter
wizard.
Transformer, Fuse, Ground, and Motor One-Line
Wizards
After placing a Fuse, Ground, or Motor wizard in a window, double-click on it to
display the dialog box shown below. Configure the wizard by entering the
appropriate information into each of the boxes.
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Enter the name of the discrete tag that
determines the state of the line colors during
runtime.
Specify the colors of the lines when
the Bus Status is On and Off. The
wizard is displayed in the On Color
when the Bus Status Tagname = 1,
Off Color when the Bus Status
Tagname = 0.
Specify the size of the
wizard to display, and the
line width.
The dialog box for the Transformer wizard has an extra check box that specifies
either an air-core or iron-core transformer, as shown below.
Click on the check
box to specify an air-
core transformer.
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Horizontal and Vertical Relay One-Line Wizards
After placing a Horizontal or Vertical Relay wizard in a window, double-click on it
to display the dialog box shown below. Configure the wizard by entering the
appropriate information into each of the boxes.
Enter the name of the discrete tag that determines
the color of the line to the left (or bottom) of the
Enter the name of the discrete tag
relay symbol during runtime.
that determines the color of the line
to the right (or top) of the relay
symbol during runtime.
Click the check box to
display a slash through the
contacts (normally closed
contact).
Specify the colors of the
wizard elements when the
contact status and
connection discrete tags are
On or Off.
Enter the name of the discrete tag
that determines the color of the
relay symbol during runtime.
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Horizontal and Vertical Switch One-Line Wizards
After placing a Horizontal or Vertical Switch wizard in a window, double-click on it
to display the dialog box shown below. Configure the wizard by entering the
appropriate information into each of the boxes.
Enter the name of the discrete tag that
determines the color of the line to the left (or
bottom) of the switch symbol during runtime.
Enter the name of the discrete tag that
determines the color of the line to the right
(or top) of the switch symbol during
runtime.
Enter the names of the discrete
tags that determine the state of the
switch during runtime.
Specify the colors of the wizard elements when the
connection and switch discrete tags are On and Off
and when there is an Error condition. The switch
symbol color is determined by the following logic:
SwOpen SwClosed Color
0
0
1
1
0
1
0
1
error
on
off
error
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Circuit Breaker One-Line Wizards
After placing a Horizontal or Vertical Circuit Breaker wizard in a window, double-
click on it to display the dialog box shown below. Configure the wizard by entering
the appropriate information into each of the boxes.
Enter the name of the discrete tag that
determines the color of the line to the left (or
bottom) of the breaker symbol during runtime.
Enter text to display next to the breaker graphic
during runtime (optional).
Enter the name of the discrete tag that determines
the color of the line to the right (or top) of the breaker
symbol during runtime.
Enter the name of the analog tag
that determines the color of the
circuit breaker symbol, the state of
the breaker, and the status text
displayed next to the breaker icon
during runtime.
Specify the colors of the wizard
elements and status text for the
breaker states during runtime. See
the table below for default status/
color mappings.
The breaker status values and the associated default colors are listed in the table
below. Error status indicates that the breaker status inputs create an indeterminate
state for the breaker.
Breaker Status
Value
Text
Default Color
Open
1
3
5
7
9
OPN
CLD
OUT
TRP
ERR
Green
Closed
Drawn Out
Tripped
Error
Red
Green
Yellow
Flashing Red
Breaker status values & display colors.
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Elevation Wizards
Usage
Elevation wizards are graphical elements that represent switchgear components
useful for creating 3-D elevation views. These wizards are not associated with any
logic or animation, but are provided to create more visually accurate screens and
representations of equipment. Device icon wizards are typically placed on the
Elevation wizards to show the breakers, trip units, and meters and provide navigation
to device 3-D wizards, tabular displays, or arbitrary windows.
Configuration
After placing an Elevation wizard in an open window, it may be moved or resized,
but no other configuration is possible. Elevation wizards are not provided with logic
for opening another window.
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Floor Plan Wizards
Usage
Floor Plan wizards are graphical elements that are useful for creating accurate
representations of a facility layout. You can use a floor layout as an overview display
of an entire plant, with animated areas for navigation to various switchgear elevation
views or one-line diagrams. You can paste miniature elevation views as bitmap
objects onto the floor layout, sized to fit, and then animate them as push buttons to
display elevation views or one-line diagrams (see Chapter 3).
Configuration
After placing a Floor Plan wizard in an open window, it may be moved or resized,
but no other configuration is possible. Floor Plan wizards are not provided with logic
for opening another window.
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Annunciator Panel Wizard
Usage
The Annunciator Panel wizard provides an industrial-style annunciator display panel,
consisting of a bank of 48 indicator lights which change colors and blink to indicate
various device conditions. For instance, a circuit breaker could be associated with an
annunciator panel wizard to display grey when closed and change to red if it trips.
This wizard requires the PMCS Event Logger software to be installed and properly
configured before it can be used, because it operates by monitoring special DDE tags
which change state based on alarms or events recorded by the Event Logger.
The panel consists of an array of 48 buttons (six columns by eight rows), each of
which may be labeled with up to three lines of text, and each of which is associated
with a particular device (topic) at the PMCS DDE Server.
The annunciator panel wizard provides buttons for acknowledging alarms, resetting
acknowledged alarms, and for viewing an alarm summary via the PMCS Event
Logger.
Annunciator Panel Theory of Operation
The Annunciator Panel wizard provides a screen full of indicator tiles, each relating
to a particular device, event, or group of events. These tiles are displayed in different
colors to indicate different alarm conditions. The Annunciator Panel wizard monitors
selected DDE items in the Event Logger and responds to changes of state in these
items by changing the colors of individual indicator tiles. For example, you might
configure a relay trip event to have a tile in the Annunciator Panel wizard. The
wizard monitors a DDE tag at the Event Logger corresponding to the trip status of
the relay and displays a grey indicator if the relay is operating properly, and a red
indicator if the relay has tripped.
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From the Event Logger’s perspective, there are two parts to configuring the
Annunciator Panel. First, each DDE Item that will be displayed on the Annunciator
Panel wizard must be added (using the Add Items dialog). For the example we’re
discussing, we’ll assume you’ve created a DDE Item named Trip1. Each DDE item
will connect to an individual tile in the Annunciator Panel wizard.
The second part consists of defining events which will turn individual DDE items
ON or OFF. Each DDE item (or Annunciator Panel tile) can be turned on or off by
any number of device events you define. The events are logically ORed together to
determine ON or OFF conditions; i.e., if any of the events occurs, the DDE item is
ON; if none of the events have occurred, the DDE item remains OFF.
We’ll continue the relay example we began above. For example, you might
configure the Trip1 DDE Item to be ON if any of the following events occurs: the
relay is tripped, or the relay reports an error condition, or the relay senses an
overvoltage condition. The Annunciator Panel wizard displays a grey indicator tile
for the relay for as long as the DDE item remains in the OFF condition. If the
Annunciator Panel wizard sees the DDE Item change from OFF to ON, it reacts by
changing the indicator tile from grey to red. The Event Logger Annunciator Panel
logic will also change the state of a DDE Item in response to actions performed at
the Annunciator Panel Wizard. The user can both acknowledge and reset individual
Annunciator DDE Items. The following diagram shows the relationship of the
Annunciator Panel wizard, the Event Logger, and the PMCS DDE Server.
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Annunciator Panel Wizard monitors DDE Items at Event Logger
Relay 1
(green)
Relay 2
(green)
Relay 3
(green)
DDE Item Name: Trip1
Status:
OFF
Configured Events
Relay Tripped?
Error Condition?
Received
NO
NO
Event Logger
tracks events
reported by
PMCS DDE
Server
Overvoltage Condition? NO
Annunciator Panel Wizard
Event Logger
Relay 1
Relay 2
Relay 3
PMCS
DDE Server
Annunciator Panel Wizard monitors DDE Items at Event Logger
Relay 1
(red)
Relay 2
(green)
Relay 3
(green)
DDE Item Name: Trip1
Status:
ON
Configured Events
Relay Tripped?
Error Condition?
Received
YES
NO
Event Logger
tracks events
reported by
PMCS DDE
Server
Overvoltage Condition? NO
Annunciator Panel Wizard
Event Logger
Relay 1
Relay 2
Relay 3
PMCS
DDE Server
In the upper illustration, the Event Logger watches for any of the three events
configured to cause a change of state to the Trip 1 DDE Item. None of these three
events have occurred, so the status of the Trip 1 DDE Item is at OFF. The
Annunciator Panel wizard is monitoring the configured DDE Items at the Event
Logger, but all DDE Items are “OFF” so the Annunciator Panel displays green
indicator tiles.
In the lower illustration, the Event Logger has recorded a “Trip” event for the unit in
question, and changed the state of the Trip 1 DDE Item to “ON”. The Annunciator
Panel wizard sees this change, and responds by changing the color of the annunciator
panel tile for Relay 1 to red.
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Each "Alarm indicator" as defined by the Event Logger will appear to CIMPLICITY
as a DDE Integer item which can have the following values/states:
State
Tag
Value
Default
Color
Normal (no alarm)
10 - 19
20 - 29
30 - 39
40 - 49
Solid Gray
Red Blinking
Solid Red
Alarm Active - Unacknowledged
Alarm Active - Acknowledged
Alarm Reset - Unacknowledged
(alarm occurred but later went off before being
acknowledged)
Solid Yellow
Alarm Disabled
0
Dark Gray
(Event Logger has disabled this alarm indicator)
Each panel button displays one of five different colors, based on the states defined
above. A fill color animation link controlled by an indirect integer tag is used to
change colors. The fill color link is set as follows:
<= 9: Dark Grey
10 -> 19: Grey
20-> 29: Grey (will also have a flashing Red animation link)
30 -> 39: Red
>= 40: Yellow
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Configuring and Using PMCS Wizards • 45
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Configuration
Note: Prior to configuring an Annunciator Panel Wizard, you should have completed
configuration of the Annunciator Panel Items at the PMCS Event Logger. Refer to
GEH-6512, PMCS Event Logger Users Guide, for details.
Using PMCS Power Builder, add an Annunciator Panel device to your CIMPLICITY
project by selecting Annunciator Panel in the Device Configuration dialog. The
Device Configuration dialog box expands to display additional options specific to the
Annunciator Panel:
Complete the Device Name, Description, and Application Name fields as desired,
then configure the indicators of the Annuciator Panel with the desired text display.
Clicking on any of the 48 indicators at the bottom of the Device Configuration dialog
displays the Annunciator Panel Configuration dialog box:
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Enter up to three lines of text that you wish to display on the selected Annunciator
Panel indicator. Complete the Event Item field with the DDE Event code that
triggers this indicator. Finally, select Done to close this dialog box.
As each annunciator panel button is labeled, the Annunciator Panel Dialog reflects
these changes by showing the Row/Column coordinates of the labeled buttons. For
example, R1C1 indicates that the indicator button in Row 1, Column 1 has been
configured.
After configuring each of the indicator panes, choose OK in the Device
Configuration dialog box. When you close this dialog box, CIMPLICITY
automatically creates virtual points for each panel button. These tags are named
xxx_R1C1 through xxx_R8C6, where xxx is the name assigned to the wizard (for
example, Panel1), and R1C1 indicates the row and column position on the
annunciator panel.
You may now drop the Annunciator Panel wizard itself into a new screen in your
project. Dropping the Annunciator Panel wizard displays the following configuration
dialog box:
In the Annunciator Panel Name field, select the device name you entered in the
Device Configuration window.
In the Individual Cell Color Values panel, assign colors to each of the annunciator
indicator conditions by clicking in each radio button (Disabled, Alarm Off, Alarm
On, etc) and choosing the desired color for each from the color pulldown menu.
Selecting the Alarm On radio button enables the Flashing checkbox. You may select
this checkbox to make the indicator flash during an Alarm On condition.
When you have configured the Colors for the selected Annunciator Panel, choose
OK to finalize the Wizard being dropped into your project.
At run-time, CIMPLICITY will receive DDE data from the Event Logger which will
control the colors of all indicators that have been configured properly.
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Configuring and Using PMCS Wizards • 47
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Creating Floor Plans, Elevation
Views, and One-Line Diagrams
Introduction
This section illustrates how to use the GE wizards described earlier to create
animated displays of the facility floor plan, switchgear elevations, and system one-
line diagrams. These examples are typical, but are not intended to display the limits
of creative system design.
Elevation Views
Elevation views of switchgear and switchboards are typically created first, because
miniature bitmaps of the elevations can be conveniently placed in floor plans as
navigation items.
To build an elevation view, place GE Elevation and Small Faceplate wizards into the
window, as follows:
1. Place the appropriate cabinet.
2. Place panels onto the cabinet.
3. Add nameplates, louvers, handles, and fasteners to create the desired level of
detail.
4. Place GE Small Faceplate wizards representing the components installed in the
equipment on top of the elevation wizards, as shown in the figure on the
following page.
5. Configure each of the Small Faceplate wizards to open a window containing an
appropriate Large Faceplate or Tabular Data Screen for the device.
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6. You can add additional navigation buttons (using standard CIMPLICITY
controls) to open windows containing one-line views or other information.
7. If the switchgear shown in the elevation view is fed from or feeds another
lineup, you can add buttons to navigate to elevation views representing those
lineups.
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Floor Plans
A floor plan should be a recognizable overhead representation of a facility. These
windows are built using the GE Floor Plan wizards. They can be made as detailed or
as simple as desired. The example below shows an overview of a facility, showing
all of the areas containing equipment.
You can link each of these areas in the main window to a more detailed window by
adding a labeled navigation button (using standard CIMPLICITY controls) that is
configured to show that window. In this way, you can provide paths to move up and
down through a complete floor plan hierarchy.
Floor plans may be as detailed as you desire and may include miniature bitmaps of
equipment elevations. The procedure for creating a miniature bitmap in a floor plan
view is as follows:
1. In the floor plan window, use the toolbox to create a bitmap object with the
desired size of the miniature switchgear.
2. Switch to the desired elevation window, and select and copy the elevation view.
3. Switch back to the floor plan window.
4. In the floor plan window, use the Paste Bitmap command to insert the elevation
view into the bitmap object.
5. Double-click on the miniature elevation bitmap to configure a link to the full-
sized elevation view window.
6. You can add additional buttons, using standard CIMPLICITY controls, to
navigate to windows containing one-line views of the switchgear or other
information.
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Electrical One-Line Diagrams
One-line diagrams are built by placing and linking circuit elements using the One-
Line wizards, then creating scripts to provide animation for those wizards whose
status can be determined or controlled, such as breakers and switches.
A one-line diagram is drawn by placing GE One-Line wizards into a window. All
animated One-Line wizards have at least one discrete tag to indicate the status of the
bus feed to the device, while others may have tags for in and out connections and for
device status. If you do not require animation, link the wizard’s discrete tags to a
constant tag with a value of true.
After configuring Horizontal or Vertical Bus wizards, several objects can be selected
and grouped together.
When a one-line diagram is too large to comfortably fit into a single window, place
navigation buttons with links to other windows near each bus line that continues to
another screen. This allows intuitive navigation up and down a distribution system
hierarchy.
To accurately animate your one-line diagram once all the graphics are in place,
condition scripts must be written with the logic for the distribution system. See the
CIMPLICITY documentation for details of the scripting language. The following
example shows a simple double-ended substation with a tie breaker and the scripting
that animates it.
An example of the scripting for this one-line diagram is shown in the following
pages:
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Sub Main()
Dim Brkr1S As New Point
Dim Brkr2S As New Point
Dim Brkr3S As New Point
Dim Brkr4S As New Point
Dim Brkr5S As New Point
Dim Brkr6S As New Point
Brkr1S.id = "BRKR1_S"
Brkr2S.id = "BRKR2_S"
Brkr3S.id = "BRKR3_S"
Brkr4S.id = "BRKR4_S"
Brkr5S.id = "BRKR5_S"
Brkr6S.id = "BRKR6_S"
Brkr1S.get
Brkr2S.get
Brkr3S.get
Brkr4S.get
Brkr5S.get
Brkr6S.get
Dim brk1 As Boolean
Dim brk2 As Boolean
Dim brk3 As Boolean
Dim brk4 As Boolean
Dim brk5 As Boolean
Dim brk6 As Boolean
brk1 = false
brk2 = false
brk3 = false
brk4 = false
brk5 = false
brk6 = false
If (Brkr1S.value = 3) Then
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brk1 = true
End If
If (Brkr2S.value = 3) Then
brk2 = true
End If
If (Brkr3S.value = 3) Then
brk3 = true
End If
If (Brkr4S.value = 3) Then
brk4 = true
End If
If (Brkr5S.value = 3) Then
brk5 = true
End If
If (Brkr6S.value = 3) Then
brk6 = true
End If
Dim Bus1 As New Point
Dim Bus2 As New Point
Dim Bus3 As New Point
Dim Bus4 As New Point
Dim Bus5 As New Point
Dim Bus6 As New Point
Dim Bus7 As New Point
Bus1.id = "BUS1"
Bus2.id = "BUS2"
Bus3.id = "BUS3"
Bus4.id = "BUS4"
Bus5.id = "BUS5"
Bus6.id = "BUS6"
Bus7.id = "BUS7"
Bus1.Get
Bus2.Get
Bus3.Get
Bus4.Get
Bus5.Get
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Bus6.Get
Bus7.Get
Dim Change3 As Boolean
Dim Change4 As Boolean
Dim Change5 As Boolean
Dim Change6 As Boolean
Dim Change7 As Boolean
If ((Bus1.value) And (brk1)) Then
Bus3.value = 1
Change3 = 1
ElseIf (Not Change3) Then
Bus3.value = 0
End If
If ((Bus2.value) And (brk2)) Then
Bus5.value = 1
Change5 = 1
ElseIf (Not Change5) Then
Bus5.value = 0
End If
If ((Bus3.value) And (brk3)) Then
Bus4.value = 1
Change4 = 1
ElseIf (Not Change4) Then
Bus4.value = 0
End If
If ((Bus4.value) And (brk4)) Then
Bus5.value = 1
Change5 = 1
ElseIf (Not Change5) Then
Bus5.value = 0
End If
If ((Bus3.value) And (brk5)) Then
Bus6.value = 1
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Change6 = 1
ElseIf (Not Change6) Then
Bus6.value = 0
End If
If ((Bus5.value) And (brk6)) Then
Bus7.value = 1
Change7 = 1
ElseIf (Not Change7) Then
Bus7.value = 0
End If
If ((Bus7.value) And (brk6)) Then
Bus5.value = 1
Change5 = 1
ElseIf (Not Change5) Then
Bus5.value = 0
End If
If ((Bus6.value) And (brk5)) Then
Bus3.value = 1
Change3 = 1
ElseIf (Not Change3) Then
Bus3.value = 0
End If
If ((Bus5.value) And (brk4)) Then
Bus4.value = 1
Change4 = 1
ElseIf (Not Change4) Then
Bus4.value = 0
End If
If ((Bus4.value) And (brk3)) Then
Bus3.value = 1
Change3 = 1
ElseIf (Not Change3) Then
Bus3.value = 0
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End If
Bus3.Set
Bus4.Set
Bus5.Set
Bus6.Set
Bus7.Set
End Sub
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58 • Creating Floor Plans, Elevation Views, and One-Line Diagrams
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Sample Application
Creating a basic interface
We’ve learned about the various parts and pieces of the Interface Toolkit; now let’s
put it to work.
Suppose we have a very basic power management system installed at our corporate
home office. The system consists of four trip units and a PQM (Power Quality
Meter). We’d like to set up a computer in the front office to provide a front end to
this system, allowing us to monitor all these devices at one station without having to
walk back to the individual devices on the plant floor.
We plan the application on paper first so that we know how many screens to create
and what each screen will look like. This will help us save time when in
development by providing a starting point and a map of what we’re trying to create.
This ‘storyboard’ for our application looks something like this:
PQM
Small Faceplate
Trip Unit 1
Small Faceplate
PQM
PQM
Faceplate
Tabular
Panelboard
Intro
Trip Unit 2
Elevation View
Screen
Small Faceplate
Trip Unit
Faceplate
Trip Unit
Tabular
Trip Unit 3
Small Faceplate
Trip Unit 4
Small Faceplate
As shown above, for this basic application, we’ll need four screens — an
introduction screen, a shot of the panelboard showing all five of our power
management devices, and then a large faceplate/tabular screen for each type of
device, one for the PQM, and another for the trip units. We’ll link the Large
Faceplate/Tabular screen for each unit to the Small Faceplate wizard shown on the
Panelboard screen, and, from the Large Faceplate, we can click on the device’s
display to jump to the Tabular data screen for that device. To make it easier to
PMCS Interface Toolkit
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navigate the screens, we’ll create extra buttons on the bottom of the Faceplate and
Tabular screens that will jump back to the Panelboard screen.
With our plan in hand, and after completing the installation procedures described in
Chapter 1, we’re ready to begin development.
Launch CIMPLICITY and create a new project file as described in Chapter 2. Use
the PMCS PowerBuilder to create 5 new devices in your project:
PQM Device type = MLPQM
Trip1 Device type = EMVTC
Trip2 Device type = EMVTC
Trip3 Device type = EMVTC
Trip4 Device type = EMVTC
Click the “Generate Screens” button and let PowerBuilder create the device screens.
When PowerBuilder is finished your project contains three windows:
MainMenu.cim – contains all the small faceplates for the project
wzEMVTC-D.cim – Trip Unit Faceplate/Tabular wizard
wzMLPQM.cim – PQM Faceplate/Tabular wizard
Rename the "MainMenu.cim" screen "Panelboard". Add a new window called "Main
Screen", and use the CIMPLICITY tools to sketch a floorplan of the facility, as
shown below:
In the Manufacturing Floor area, create a button labeled "Click here to begin…," and
give it an animation link to the screen named Panelboard.
Open the Panelboard screen. Use the PMCS Elevation wizards to add a mock-up of
the panelboard, then move the existing Small Faceplate wizards to populate the
panelboard with our PQM meter and the four trip units. The Panelboard screen
should look like this:
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We’ll include a note about the panelboard’s location, describing where to find the
real panel, and also a note of instruction: "Click a device to see the large faceplate
screen."
Now we’ll configure some navigation buttons to enable the user to return to the
previous window. Select the "wzMLPQM.cim" window, then use CIMPLICITY’s
tools to create two new buttons, "HOME" and "Go back to Panel." Modify the button
properties to tie these buttons to the Main Screen and Panelboard windows,
respectively. The screen should look similar to the following:
Add similar navigation buttons to the "wzEMVTC-D.cim " window, and you’re
done. We’ve just developed a PMCS application using the GE CIMPLICITY HMI
PowerBuilder and Wizards.
Note: If the you prefer to use screen names other than the default provided by PMCS
PowerBuilder, simply open the screen in CimEdit and save it under a different name.
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For our sample project, you could save the default "wzMLPQM.cim" screen as
"PQM". Then open the Panelboard screen and reconfigure the PQM small faceplate
to open the new "PQM" screen instead of the "wzMLPQM" screen. Finally, delete
the "wzMLPQM" screen from the project. You can modify any of the PMCS
PowerBuilder generated screens as your application requires.
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Features of GE Large Faceplate
Wizards
About the Large Faceplate Wizards
This chapter contains descriptions of the functions available with each of the GE
Large Faceplate wizards. While a majority of the most popular data available at each
device have been made available in the Wizards, some functions available with the
actual devices are not provided in the Large Faceplate representations, such as the
following:
•
•
Test Mode or Simulation Mode on some devices is not fully supported
Details on status/alarm/trips other than the information displayed by the
front LEDs and a brief text message (see Tabular Data Screens for
detailed status/alarm/trip information)
•
•
Any flashing status messages which may be produced by a device
Some actual values are not displayed on the Large Faceplate Wizard,
but can be found on Tabular Data Screen Wizards
Users should be aware that not all values displayed by the GE Large Faceplate
Wizards are automatically updated. Also, some rapidly changing values, especially
those requiring calculation, cannot be displayed as rapidly on the wizard as on the
actual device’s screen.
For a more detailed description of the functions of a device, see the user’s guide for
that device.
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POWER LEADER EPM
The large faceplate representation of the POWER LEADER EPM provides the
following animated functions:
Click on...
Function
Display Window
Clicking on the display area opens the tabular data window
specified during wizard configuration and sets the view to
the Normal Metering page.
Clicking the GE logo opens the tabular data window
specified during wizard configuration and sets the view to
the Setup page.
GE Logo
SELECT/ENTER
Button
Toggles the display between the normal and alternate lists
of metering parameters.
Loop through all metered parameters for the current mode,
displaying two values at a time. The down arrow scrolls
down through the parameter list, with the new value
appearing on the lower line of the display. The up arrow
scrolls up through the parameter list with the new value
appearing on the display’s upper line. Depending on
whether the EPM has been configured as a Delta or Wye
device, certain parameters display either line-to-line or
line-to-neutral values.
SCROLL Buttons
Table 1. PLEPM Faceplate animated functions.
The electrical parameters and status information displayed by the EPM are listed in
the following tables for both the normal and alternate scrolls. Note that the displayed
64 • Features of GE Large Faceplate Wizards
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parameters differ depending on whether the EPM is configured as Wye or Delta.
Please note that the Normal Scroll Delta and Alternate Scroll Delta lists contain
several parameters marked with an asterisk; these parameters were included in the
wizard for programming reasons, but are not valid for Delta configurations and
should not be used.
Normal Scroll, Wye
Normal Scroll, Delta
Current, RMS Phase A
Current, RMS Phase B
Current, RMS Phase C
Current, RMS Neutral
Voltage, RMS Phase A–N
Voltage, RMS Phase B–N
Voltage, RMS Phase C–N
Voltage, RMS Phase A–B
Voltage, RMS Phase B–C
Voltage, RMS Phase C–A
Watts, Phase A
Current, Phase A
Current, Phase B
Current, Phase C
Current, RMS Neutral *
Voltage, RMS Phase A–N *
Voltage, RMS Phase B–N *
Voltage, RMS Phase C–N *
Voltage, RMS Phase A–B
Voltage, RMS Phase B–C
Voltage, RMS Phase C–A
Watts, Phase A–B
Watts, Phase B
Watts, Phase B–C
Watts, Phase C
Watts, Total
Watts, Total
Watts, Demand
Watts, Demand
Watts, Peak Demand
Vars, Phase A–B
Watts, Peak Demand
Vars, Phase A
Vars, Phase B–C
Vars, Phase B
Vars, Total
Vars, Phase C
Volt-amperes, Phase A–B
Volt-amperes, Phase B–C
Volt-amperes, Total
Power Factor, Total
Watthours, Total
Vars, Total
Volt-amperes, Phase A
Volt-amperes, Phase B
Volt-amperes, Phase C
Volt-amperes, Total
Power Factor, Total
Watthours, Total
Varhours, Total Lag (+)
Varhours, Total Lead (–)
Volt-ampere-hours, Total
Frequency, in hertz
Varhours, Total Lag (+)
Varhours, Total Lead (–)
Volt-ampere-hours, Total
Frequency, in hertz
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Alternate Scroll, Wye
Alternate Scroll, Delta
Current, Phase A Demand
Current, Phase A Peak Demand
Current, Phase B Demand
Current, Phase B Peak Demand
Current, Phase C Demand
Current, Phase C Peak Demand
Watts Demand at Peak VA Demand
Vars, Demand Lag (+)
Current, Phase A Demand
Current, Phase A Peak Demand
Current, Phase B Demand *
Current, Phase B Peak Demand *
Current, Phase C Demand
Current, Phase C Peak Demand
Watts Demand at Peak VA Demand
Vars, Demand Lag (+)
Vars, Demand Lead (–)
Vars, Demand Lead (–)
Vars, Peak Demand Lag (+)
Vars, Peak Demand Lead (–)
Volt-amperes, Demand
Vars, Peak Demand Lag (+)
Vars, Peak Demand Lead (–)
Volt-amperes, Demand
Volt-amperes, Peak Demand
Q-hours, Total
Volt-amperes, Peak Demand
Q-hours, Total
Power Factor, Phase A
Power Factor, Phase A–B
Power Factor, Phase B–C
Power Factor, Phase B
Power Factor, Phase C
Power Factor, Average Since Reset
Power Factor, Demand Average
Power Factor at Peak VA Demand
Number of Demand Resets
Time Left in Demand Subinterval
Number of Power Outages
Potential Transformer Ratio
Current Transformer Ratio
Power Factor, Average Since Reset
Power Factor, Demand Average
Power Factor at Peak VA Demand
Number of Demand Resets
Time Left in Demand Subinterval
Number of Power Outages
Potential Transformer Ratio
Current Transformer Ratio
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Spectra MicroVersaTrip® Trip Unit
The large faceplate representation of the Spectra MicroVersaTrip® trip unit provides
the following animated functions:
Click on...
Function
Display
Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Normal Monitoring
page.
FUNCTION
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
ENTER Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
VALUE Button
Changes phases in appropriate modes, depending on
whether the device has been configured as Wye or Delta
Phase is indicated by letters in the upper right of the
display; press VALUE to display a different phase.
SELECT
Button
Rotates among six different modes, as shown in the lower
left of the display, with units in the lower right.
Table 2. Spectra MVT Faceplate animated functions.
The metering modes available with the SELECT button are as follows:
Mode
Description
AMPS
Current, with no label in the units area of the display. Phase shifting in both
Delta and Wye configurations.
Voltage, displayed as line-to-line (VL-L) for Delta and line-to-neutral (VL-N)
for Wye. Phase shifting in both configurations.
VOLTS
ENGY
PWR
Energy, displayed in kWh; no phase shifting.
Real power indicated by non-blinking units symbol (kW). Apparent power
indicated by blinking units symbol. Phase shifting in Wye configuration.
FREQ
Frequency, displayed in Hz. Phase shifting in both Delta and Wye
configurations.
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Enhanced MicroVersaTrip PM-C Trip Unit
The large faceplate representation of the Enhanced MicroVersaTrip-C trip unit
provides the following animated functions:
Click on ...
Function
Display
Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
FUNCTION
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
ENTER Button
BATTERY
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Changes phases in appropriate modes, depending on
whether the device has been configured as Wye or Delta,
Phase is indicated by numbers in the upper right of the
display; press VALUE to display a different phase.
VALUE Button
SELECT
Button
Rotates among eight different modes, as shown in the lower
left of the display, with units in the lower right.
Table 3. EMVT-C Faceplate animated functions.
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The EMVT-C’s metering modes available with the SELECT button are as follows:
Mode
Description
Current, with no label in the units area of the display. Phase shifting
in both Delta and Wye configurations.
AMPS
Voltage, displayed as line-to-line (Ph-Ph) for Delta and line-to-
neutral (Ph-N) for Wye. Phases shown as 01, 02, or 03 for Wye and
01 02, 01 03, or 02 03 for Delta.
VOLTS
kWh
Energy; no phase shifting.
kW
Real power; no phase shifting.
Apparent power; no phase shifting.
kVA
Power demand, displayed with steady kW symbol. Peak power
demand, displayed with blinking kW symbol. No phase shifting.
Demand
Frequency, displayed in Hz. Phase shifting in both Delta and Wye
configurations.
FREQ
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Enhanced MicroVersaTrip PM-D Trip Unit
The large faceplate representation of the Enhanced MicroVersaTrip-D trip unit
provides the following animated functions:
Feature
Function
Display
Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
FUNCTION
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
ENTER Button
BATTERY
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Changes phases in appropriate modes, depending on whether
the device has been configured as Wye or Delta Phase is
indicated by numbers in the upper right of the display; press
VALUE to display a different phase.
VALUE Button
SELECT
Button
Rotates among eight different modes, as shown in the lower
left of the display, with units in the lower right.
Table 4. EMVT-D Faceplate animated functions.
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The metering modes available with the SELECT button are as follows:
Mode
Description
AMPS
Current, with no label in the units area of the display. Phase
shifting in both Delta and Wye configurations.
VOLTS
Voltage, displayed as line-to-line (Ph-Ph) for Delta and line-to-
neutral (Ph-N) for Wye. Phases shown as 01, 02, or 03 for Wye
and 01 02, 01 03, or 02 03 for delta.
kWh
Energy; no phase shifting.
kW
Real power; no phase shifting.
Apparent power; no phase shifting.
kVA
Power demand, displayed with steady kW symbol. Peak power
demand, displayed with blinking kW symbol. No phase shifting.
Demand
FREQ
Frequency, displayed in Hz. Phase shifting in both Delta and
Wye configurations.
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POWER LEADER™ Meter
The large faceplate representation of the POWER LEADER Meter provides the
following animated functions:
Feature
Function
Display Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
GE Logo
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
RESET/ENTER
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
PHASE Button
Rotates among phase readings for appropriate modes, indicated
by the phase LEDs below the display window.
SCROLL UP
and SCROLL
DOWN Buttons
Loop through display modes either down or up the list of
parameters. Fourteen modes available with a Delta-configured
device; one additional with Wye.
Table 5. PL Meter Faceplate animated functions.
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The parameters available with the SCROLL buttons are listed below:
Mode
Description
RMS Current
RMS Voltage L-N
Units in Amps; phase shifting among A, B, and C.
Units in Volts; available only in Wye configuration, with phase shifting
among A, B, and C.
RMS Voltage L-L
Watts
Units in Volts; phase shifting among AB, BC, and CA.
Units in kW; phase shifting among A, B, C, and total.
Units in kVARs; phase shifting among A, B, C, and total.
Units in kVA; phase shifting among A, B, C, and total.
No units; no phase shifting.
Vars
Volt-Amps
Power Factor
Watt-Hours
VAR-Hours
Current Demand
Peak Current
Watt Demand
Peak Watt Demand
Frequency
Units in kWH; no phase shifting.
Units in kVARH; no phase shifting.
Units in A; phase shifting among A, B, and C.
Units in A; phase shifting among A, B, and C.
Units in kW; no phase shifting.
Units in kW; no phase shifting.
Units in Hz; no phase shifting.
Value area of display is blank; degree of harmonic distortion is shown as
negligible, mild, moderate, or severe.
Harm Distortion
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Spectra ECM
The large faceplate representation of the Spectra ECM provides the following
animated functions:
Feature
Function
Display Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
CONTRAST
Buttons
Open the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Refresh Button
Updates the display to the most current readings.
SCROLL
Buttons
Loop through all selections for each of the valid modes
accessed by the SELECT/EXIT button.
SELECT/EXIT
Button
Displays the top-line message “Press SELECT for”. Press
one of the SCROLL buttons to rotate among the four
modes. Press SELECT/EXIT to display the first value of
the current mode and the SCROLL buttons for all other
values available in that mode. Press again to redisplay the
“Press SELECT for” prompt for mode selection.
Table 6. Spectra ECM Faceplate animated functions.
The modes and the parameters available in each mode are as follows:
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Mode
Parameters and Units
Motor Status
ECM Status
Trip Status
STATUS
SETPOINTS
METERING
FLA Setting, amps
Rating Plug, amps
Phase Unbalance, disabled/enabled
Ground Fault, disabled/enabled
Commnet Address
Phase A Current, amps
Phase B Current, amps
Phase C Current, amps
Average Current, amps
Phase Unbalance, percent
Ground Current, amps
Motor Load, percent
LAST TRIP INFO
Last Trip Cause
Phase A @ Trip, amps
Phase B @ Trip, amps
Phase C @ Trip, amps
Unbalance @ Trip, percent
Ground Current @ Trip, amps
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MDP Digital Overcurrent Relay
The large faceplate representation of the MDP Digital Overcurrent Relay provides
the following animated functions:
Feature
Function
Meter Display
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
Informational
Display
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
LEDs and
Toggles
Display only animation showing the current meter status and
settings.
RESET
LEVER Button
Rotates the display through ten parameters. Press to display
values, repeat to advance through all the parameters.
Table 7. MDP Faceplate animated functions.
The parameters displayed by the RESET LEVER button are shown in the following
table. The first column lists the contents of the meter display, then the informational
display.
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Meter Display
Informational Display
F0
F1
F2
F3
F4
F5
F6
F7
F8
F9
Breaker Status xxxxxx (Open or Closed)
Phase A Current xxxx Amps
Phase B Current xxxx Amps
Phase C Current xxxx Amps
Ground Current xxxx Amps
Phase A Trip Current xxxx Amps
Phase B Trip Current xxxx Amps
Phase C Trip Current xxxx Amps
Ground Trip Current
Trip Time xxxx Sec
If a CT ratio has not been set, the first press of the RESET LEVER button displays
“CT Ratio Not Entered” in the informational window. Click on one of the display
windows to switch to the tabular data screen and enter a valid CT ratio, then return to
the MDP window.
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Power Quality Meter (PQM)
The PQM's large faceplate wizard provides the following animated functions:
Function
Feature
Meter Display
Opens the tabular data window specified during wizard
configuration and sets the view to the Metering tab.
Setpoint button
Reset button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setpoints tab.
Opens the tabular data window specified during wizard
configuration and sets the view to the Metering tab, which offers a
button to issue a RESET command to the device.
Pressing the ACTUAL button rotates through the three Main
Actual Value pages on the device: A1 Metering, A2 Status, and A3
Product Info. If the ACTUAL button is pressed while the display
shows a subgroup or a line, the display will jump back to the Page
header.
Actual button
Message
Up/Down buttons
Scrolls forward/backward through the subgroups for the currently
selected page.
Message
Right/Left
buttons
Scrolls through individual lines for each subgroup within a page.
For most lines, an actual value and units from the device are
displayed.
Panel Display
Lights
Display animation that shows the status of the PQM relay.
Table 8. PQM Faceplate animated functions.
NOTE: The PQM Large Faceplate Wizard cannot display values greater than 2 to
the 31st power. Therefore, numbers greater than 231 (unscaled) for Energy and
Apparent Energy may appear negative. The values affected are kWh, kvarh, kVAh,
Energy Cost and kVA. The Tabular Data Screen wizard show the correct values.
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The Wizard displays the following Subgroups and Lines shown in Chapter 5, Actual
Values, of the PQM Instruction Manual, revision 1.20.
Page 1:
Current
METERING
Voltage
Power
Power Factor values are not
continuously updated.
Frequency
Page 2:
STATUS
A static message is displayed based
on GENERAL_STATUS bit 0,
indicating whether or not an alarm
condition exists.
Page 4:
Software Versions Values are not continuously updated
PRODUCT
INFORMATION
Model Information Values are not continuously updated
The subgroups listed below are displayed by the device but are not implemented in
the 3-D wizard.
Page
Current
Min/Max values are not displayed
1:METERING
Voltage
Power
Min/Max values are not displayed
KVA values and all Min/Max values
are not displayed
Energy
Demand
Frequency
Pulse Counter
Analog Input
Alarms
Min/Max values are not displayed
Page 2: STATUS
Switches
Clock
Programmable
Message
Page 3: POWER
ANALYSIS
Power Quality Values
Total Harmonic
Distortion
Data Logger
Event Recorder
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EPM 3710 Meter
The large faceplate representation of the EPM 3710 provides the following animated
functions:
Feature
Function
Display
Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
MIN/MAX
Buttons
Open the tabular data window specified during wizard
configuration and set the view to the Setup page.
PHASE
Button
Rotates the left side of the display through eight sets of
instantaneous values, as described in the table below.
FUNCTION
Button
Rotates the right side of the display through 13
accumulated values.
Table 9. EPM 3710 Faceplate animated functions.
The parameters displayed by the PHASE button are listed in the following table.
Display Indication
Parameters
A
B
Phase A current and line-to-neutral voltage
Phase B current and line-to-neutral voltage
Phase C current and line-to-neutral voltage
Average current and line-to-neutral voltage
Phase A current and A-B line-to-line voltage
Phase B current and B-C line-to-line voltage
Phase C current and C-A line-to-line voltage
Average current line-to-line voltage
C
*
A,
B,
C,
*,
The parameters displayed by the FUNCTION button are listed in the following table.
If any of the import or export values are zero, they are not displayed and the next
nonzero value is shown. When any of these parameters are displayed, the AMPS
portion of the display window is used to allow display of the complete value.
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Display Indication
Parameter
kW
Total real power
kVA
Total apparent power
Total reactive power
Power factor; lagging or leading
Frequency
kQ
PFLG or PFLD
Hz
kWD
Kilowatt total demand
Current average demand or apparent power demand
RMS auxiliary voltage
RMS neutral current
Import energy
A or kVA
VX
I4
kWH-F
kWH-R
kVARH-F
kVARH-R
Export energy
Import reactive energy
Export reactive energy
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EPM 3720 Meter
The large faceplate representation of the EPM 3720 meter provides the following
animated functions:
Feature
Function
Display Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
GROUP Buttons
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Rotates the left side of the display through eight sets of
instantaneous values, as described in the table below. May
also affect the POWER FUNCTIONS portion of the
display, depending on the FUNCTION selection.
PHASE Button
FUNCTION
Button
Rotates the right side of the display through 24
accumulated values, in conjunction with the PHASE
button.
Table 10. EPM 3720 Faceplate animated functions.
The parameters displayed by the PHASE button are listed in the following table.
Display Indication
Parameters
A
B
C
*
Phase A current and line-to-neutral voltage
Phase B current and line-to-neutral voltage
Phase C current and line-to-neutral voltage
Average current and line-to-neutral voltage
Phase A current and A-B line-to-line voltage
A,
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Display Indication
Parameters
B,
C,
*,
Phase B current and B-C line-to-line voltage
Phase C current and C-A line-to-line voltage
Average current line-to-line voltage
The parameters displayed by the FUNCTION button are listed in the following table.
When any of the import, export, or net parameters are displayed, the AMPS portion
of the display window is used to allow display of the complete value.
Display Indication Parameter
Real power for phase A, B, or C as set by PHASE button, or
total real power if PHASE is set to * or *,.
kW
Reactive power for phase A, B, or C as set by PHASE button, or
total reactive power if PHASE is set to * or *,.
kVR
Apparent power for phase A, B, or C as set by PHASE button,
or total apparent power if PHASE is set to * or *,.
kVA
Power factor, lagging or leading, for phase !A, B, or C as set by
PHASE button, or total power factor if PHASE is set to * or *,.
PFLG or PFLD
I4
RMS neutral current
Frequency
Hz
VX
RMS auxiliary voltage
Import energy
kWH IM
kWH EX
kVARH IM
kVARH EX
kVAH NET
Export energy
Import reactive energy
Export reactive energy
Net reactive energy
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EPM 7300 Meter
The large faceplate representation of the EPM 7300 meter provides the following
animated functions:
Feature
Function
LCD display
window
Opens the tabular data window specified during wizard
configuration and sets the view to the Metering page.
Function Buttons
Opens the tabular data window specified during wizard
configuration and sets the view to the Metering page.
UP and DOWN
arrow keys
Rotate among 16 pages of actual values, metering, and
fixed value information.
Table 11. EPM 7300 Faceplate animated functions.
The parameters displayed by the UP and DOWN buttons are listed in the following
table.
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Page
Text Displayed
Description
1
Vln A
Vln B
Vln C
Vln Avg.
Vll ab
Vll bc
Vll ca
Vll avg
Ia
Units in Volts
Units in Volts.
Units in Volts.
Units in Volts.
Units in Volts.
Units in Volts.
Units in Volts.
Units in Volts.
Units in Amps
Units in Amps
Units in Amps.
Units in Amps
2
3
4
Ib
Ic
Iavg
V unbalance
% deviation from Vln or Vll avg for the phase having the
greatest unbalance
I unbalance
% deviation from I avg for the phase having the greatest
current unbalance
Line Frequency
Phase Reversal
Fundamental Frequency of Phase A voltage.
Boolean register indicating if there is a phase reversal.
When the voltage phases do not rotate in the sequence
specified by the phase order setup, this register is ON.
Real Power for phase a
5
6
kW a
kW b
kW c
kW total
kVAR a
kVAR b
kVAR c
kVAR total
kVA a
kVA b
kVA c
kVA total
PF signed a
PF signed b
PF signed c
PF sign Total
kW SD
Real Power for phase b
Real Power for phase c
Total Real Power
Reactive power for phase a
Reactive power for phase b
Reactive power for phase c
Total Reactive power
Apparent Power for phase A
Apparent Power for phase B
Apparent Power for phase C
Total Apparent Power
Signed Power Factor Phase A
Signed Power Factor Phase B
Signed Power Factor Phase C
Signed Power Factor Total
Real Power Sliding Demand
Real Power Predicted Demand
Reactive Power Sliding Demand
Reactive Power Predicted Demand
Apparent Power Sliding Demand
Apparent Power Predicted Demand
Maximum Average Voltage
Maximum Average Current
Maximum Real Power
7
8
9
kW PD
kVAR SD
kVAR PD
kVA SD
kVA PD
Vln avg MAX
I avg MAX
kW MAX
kVAR MAX
10
11
Maximum Reactive Power
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kVA MAX
Maximum Apparent Power
Maximum Frequency
Minimum Average Voltage
Minimum Average Current
Minimum Frequency
Forward Real Energy
Reverse Real Energy
Total Real Energy
Frequency MAX
Vln avg MIN
I avg MIN
Frequency MIN
kWh Import
kWh Export
kWh Total
12
13
kWh Net
Net Real Energy
14
15
16
kVARh Import
kVARh Export
kVARh Total
kVARh Net
kVAh
V1 Total HD
V2 Total HD
V3 Total HD
I1 Total HD
I2 Total HD
I3 Total HD
Forward Reactive Energy
Reverse Reactive Energy
Total Reactive Energy
Net Reactive energy
Total Apparent Energy
Harmonic Distortion, V1
Harmonic Distortion, V2
Harmonic Distortion, V3
Harmonic Distortion, I1
Harmonic Distortion, I2
Harmonic Distortion, I3
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EPM 7700 Meter
The large faceplate representation of the EPM 7700 meter provides the following
animated functions:
Feature
Function
LCD display
window
Opens the tabular data window specified during wizard
configuration and sets the view to the Metering page.
ESC
Opens the displays the main menu on the faceplate as
shown above.
Blank Buttons
Pressing the keys adjacent to the LCD Display window
displays the selected screen. For instance, selecting the
Total Power button displays the Total Power screen of
data.
Table 12. EPM 7700 Faceplate animated functions.
The parameters displayed by the various data screen buttons are listed in the
following table.
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Screen Selected
Description
1 - Total Power
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KW Total
KVAR Total
KVA Total
PF Signed Total
Vln a; Vln b: n/a when Voltage Mode is DELTA
Vln c: n/a when Voltage Mode is DELTA or SINGLE
Vln Avg: n/a when Voltage Mode is DELTA
Vll ab
Vll bc; Vll ca; Vll avg: n/a when Voltage Mode is SINGLE
Ia, Ib, I4, Iavg
Ic: n/a when Voltage Mode is SINGLE
V unbal
I unbal
2 - Three-Phase Measurements
Line Frequency
3 - Per-Phase Power
KW a; KW b: n/a when Voltage Mode is DELTA
KW c: n/a when Voltage Mode is DELTA or SINGLE
KW Total
KVAR a; KVAR b: n/a when Voltage Mode is DELTA
KVAR c: n/a when Voltage Mode is DELTA or SINGLE
KVAR Total
KVA a; KVA b: n/a when Voltage Mode is DELTA
KVA c: n/a when Voltage Mode is DELTA or SINGLE
KVA Total
PF Signed a; PF Signed b: n/a when Voltage Mode is
DELTA
•
PF Signed c: n/a when Voltage Mode is DELTA or
SINGLE
4 - Energy
•
•
KWh Import; KWh Export; KWh Total; KWh Net
KVARh Import; KVARh Export; KVARh Total; KVARh
Net
•
•
•
KVAh Total
KW Total Min; KVAR Total Min; KVA Total Min
KW Total Max; KVAR Total Max; KVA Total Max
5 - Symmetrical Components
•
•
•
•
I ZeroSeqMag; I PosSeqMag; I NegSeqMag
V ZeroSeqMag; V PosSeqMag; V NegSeqMag
I ZeroSeqPhs; I PosSeqPhs; I NegSeqPhs
V ZeroSeqPhs; V PosSeqPhs; V NegSeqPhs
**NOTE: If the Sliding Demand Reset is initiated, or a SWD setup register is
changed, SWD values are “N/A” in the meter until the number of sub-intervals
specified in the #sub intervals setup register have expired. The 3-D faceplate and
Tabular wizard will display 0 for these values during this state.
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239 Motor Protection Relay
The large faceplate representation of the 239 provides the following animated
functions:
Feature
Function
Display Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Metering page.
SETPOINTS
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
RESET Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Metering page, which offers a
RESET button to issue a reset command to the device.
ACTUAL Button
Rotates through the three Main Actual Value pages available: A1
Status, A2 Metering, and A3 Product Info. If the display was in a
subgroup or line when ACTUAL was pressed, the display will
jump back to the page header.
MESSAGE
UP/DOWN
Buttons
Scrolls forward or backward through the subgroup titles of the
current Actual Value page.
MESSAGE
RIGHT/LEFT
Buttons
Scrolls through the individual lines of each subgroup within the
current page, showing actual values and units.
Panel Display
Lights
Display animation that shows the status of the 239 relay.
Table 13. 239 Faceplate animated functions.
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The Wizard displays the following Subgroups and Lines shown in Chapter 5, Actual
Values, of the 239 Instruction Manual, revision 2.10.
Page 1: STATUS
General
Static messages display general Alarm and
Motor Status
Page 2: METERING Current
Motor Capacity
Temperature
Page 3: PRODUCT Software Versions Values are not continuously updated
INFORMATION
Model Information Values are not continuously updated
The subgroups listed below are displayed by the device but are not implemented in
the 3-D wizard.
Page 1: STATUS
General
Individual Alarm conditions are not
displayed by the Wizard.
Last Trip Data
Switch Status
Programmable Message
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269 Plus Motor Management Relay
The large faceplate representation of the 269 Plus provides the following animated
functions:
Feature
Function
Display Window
Opens the tabular data window specified during wizard
configuration and sets the view to the Monitoring page.
SET POINTS
Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
RESET Button
CLEAR Button
VALUE Buttons
HELP Button
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Opens the tabular data window specified during wizard
configuration and sets the view to the Setup page.
Open the tabular data window specified during wizard
configuration and set the view to the Setup page.
Displays a Windows help screen for PMCS.
ACTUAL
VALUES Button
Brings the meter to an initial setting point and displays ACTUAL
VALUES HAS SEVEN PAGES OF DATA.
REFRESH
Button
Updates the display to the current meter reading.
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Feature
Function
Resets the meter at two special points in the display of values.
Press STORE to toggle the response on the bottom line.
STORE Button
PAGE Buttons
LINE Buttons
Rotate among seven pages of parameter data. Press one of the
arrow keys to display PAGE #: ACTUAL VALUES on the top
line, a description on the bottom, and reset to the first parameter
value. The seven pages are listed in the following tables.
Rotate among parameters within a page. Certain configurations
or meter values may prevent display of all parameters within a
page. The parameters in each page are listed in the table below.
Panel Display
Lights
Display animation that shows the status of the 269 Plus relay. If a
trip or alarm has occurred, auxiliary relay 1 or 2 is active. If the
meter fails its self-test, the dark red square to the left of the label
appears bright red.
Table 14. 269+ Faceplate animated functions.
The following table lists the pages that can be accessed with the PAGE buttons, with
the parameters available in each page that can be accessed with the LINE buttons.
Page
Value
Text Displayed
Description
PAGE 1: ACTUAL VALUES
PHASE CURRENT DATA
1
Page header
I1=xxx
I3=xxx (AMPS)---
I2=xxx
Phase current in amps; --- or RUN based on
motor status
2
I(3 Ph avg.)=xxx AMPS
Average phase current
3
Max Stator RTD=xxx
C
Hottest stator temperature
1
4
UNBALANCE RATIO (In/Ip)
U/B=xx
GROUND FAULT CURRENT
G/F=xxx.0 AMPS
PERCENT
5
Units = *.1 if G/F CT
ratio = 2000:1
6
ST/HR TIMERS (MIN)
xx xx xx xx xx
Starts per hour
7
TIME BETWEEN STARTS
TIMER = xxx
MIN
8
END OF PAGE ONE
ACTUAL VALUES
Page footer
Page header
1
PAGE 2: ACTUAL VALUES
RTD TEMPERATURE DATA
2
HOTTEST STATOR RTD
RTD #xx = xxx
3-12
13
14-17
18
19
RTD TEMPERATURE
RTD # xx = xxx
Displays temperatures of RTDs #1-10
Displays #7-10 max
2
MAX STATOR SINCE LAST
ACCESS: RTD #x = xxx DEGREES C
MAXIMUM RTD #x TEMP SINCE
LAST ACCESS: xxx DEGREES C
CLEAR LAST ACCESS DATA?
NO
Press STORE to clear; message changes to
YES
END OF PAGE TWO
ACTUAL VALUES
Page footer
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Page
Value
Text Displayed
Description
PAGE 3: ACTUAL VALUES
MOTOR CAPACITY DATA
1
Page header
2
ESTIMATED TIME TO
TRIP = xxx SECONDS
3
3
MOTOR LOAD AS A PERCENT
FULL LOAD = xxx PERCENT
4
THERMAL CAPACITY
USED = xxx PERCENT
5
END OF PAGE THREE:
ACTUAL VALUES
Page footer
Page header
1
PAGE 4: ACTUAL VALUES
STATISTICAL DATA
2
RUNNING HOURS SINCE LAST
COMMISSIONING xxx HOURS
3
MEGAWATTHOURS SINCE LAST
COMMISSIONING xxx MWHR
Displayed only if MTM unit is installed in 269
4
# OF STARTS SINCE LAST
COMMISSIONING xxx
5
# OF TRIPS SINCE LAST
COMMISSIONING xxx
6
# O/L TRIPS SINCE LAST
COMMISSIONING xxx
Overload trips
7
# RAPID TRIPS SINCE LAST
COMMISSIONING xxx
8
# U/B TRIPS SINCE LAST
COMMISSIONING xxx
Unbalance trips
4
9
# G/F TRIPS SINCE LAST
COMMISSIONING xxx
Ground-fault trips
10
11
12
13
14
15
16
17
18
# RTD TRIPS SINCE LAST
COMMISSIONING xxx
# S/C TRIPS SINCE LAST
COMMISSIONING xxx
Short-circuit trips
# START TRIPS SINCE LAST
COMMISSIONING xxx
# U/V TRIPS SINCE LAST
COMMISSIONING xxx
Undervoltage trips
Overvoltage trips
Power-failure trips
# O/V TRIPS SINCE LAST
COMMISSIONING xxx
# PF TRIPS SINCE LAST
COMMISSIONING xxx
VOLTAGE PHASE REVERSALS
SINCE COMMISSIONING xxx
START NEW COMMISSIONING
NO
Press STORE to start; message changes to
YES
4
END OF PAGE FOUR:
ACTUAL VALUES
Page footer
1
PAGE 5: ACTUAL VALUES
PRE-TRIP DATA
Page header
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Page
Value
Text Displayed
Description
CAUSE OF LAST TRIP
message
2
Message is a brief explanation of trip cause
3
PRE-TRIP AVERAGE MOTOR
CURRENT = xxx AMPS
4
PRE-TRIP U/B RATIO
(lI/Ip) xxx PERCENT
Unbalance
5
PRE-TRIP G/F CURRENT
G/F=xxx.0 AMPS
Units = *.1 if G/F CT
ratio = 2000:1
5
6
PRE-TRIP MAX STATOR RTD
RTD #XX = xxx
C
7
PRE-TRIP AVERAGE VOLTAGE
VOLTS = xxx
Displayed only if MTM unit is installed in 269
Displayed only if MTM unit is installed in 269
Displayed only if MTM unit is installed in 269
Displayed only if MTM unit is installed in 269
Displayed only if MTM unit is installed in 269
Page footer
8
PRE-TRIP KWATTS
KW = xxx
9
PRE-TRIP KVARS
KVAR = xxx
10
11
12
1
PRE-TRIP POWER FACTOR
PF = xxx
PRE-TRIP FREQUENCY
HZ = xxx
END OF PAGE FIVE
ACTUAL VALUES
PAGE 6: ACTUAL VALUES
LEARNED PARAMETERS
Page header
2
LEARNED Istart (AVG OF 4
STARTS)=xxx AMPS
3
LEARNED Istart (last one)
=xxx
LEARNED K FACTOR
K = xxx AMPS
AMPS
4
6
5
LEARNED RUNNING COOL
TIME-xxx MIN
6
LEARNED STOPPED COOL
TIME = xxx MIN
7
LEARNED ACCEL TIME
ACCEL TIME = xxx SEC
8
LEARNED Start Capacity
Required = xxx PERCENT
9
END OF PAGE SIX
ACTUAL VALUES
Page footer
PAGE 7: ACTUAL VALUES
METERING DATA
1
Page header
Vab = xxx
Vac = xxx
Vbc = xxx
(VOLTS)
2
Displayed only if MTM unit is on line
or
MTM METER MODULE
NOT INSTALLED
3
3 PHASE KWATTS
KW = xxx
Displayed only if MTM unit is on line
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Page
Value
Text Displayed
Description
3 PHASE KVARS
KVAR = xxx
7
4
Displayed only if MTM unit is on line
5
6
7
POWER FACTOR
PF = xxx
Displayed only if MTM unit is on line
Displayed only if MTM unit is on line
Page footer
FREQUENCY
HZ = xx.x
END OF PAGE SEVEN
ACTUAL VALUES
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SR469 Motor Management Relay
The large faceplate representation of the SR469 provides the following animated
functions:
Feature
Function
Display Window
Opens the tabular data window specified during wizard configuration
and sets the view to the Metering page.
SET POINTS
Button
Opens the tabular data window specified during wizard configuration
and sets the view to the Setpoints page.
RESET Button
Opens the tabular data window specified during wizard configuration
and sets the view to the Setpoints page.
VALUE UP and
DOWN Buttons
Opens the Tabular Data window with the view set to the Setpoints tab.
HELP Button
Displays a help screen for the SR469.
ACTUAL
VALUES Button
Rotates the display through the three main Actual Value pages on the
device: A1 Status, A2 Metering, and A3 Product Info. If pressed while
the display was in a Subgroup or Line, jumps back to the page header.
Scrolls the display down one level. For example, if the display was on a
Page, pressing ENTER moves the display to the Page’s first Subgroup.
ENTER Button
ESCAPE Button
Scrolls the display up one level. For example, when displaying a
Subgroup, pressing ENTER moves the display to the Page containing
that Subgroup.
MESSAGE UP or
DOWN Buttons
Pressing these buttons scrolls up or down through the lines of a
Subgroup, displaying the actual value and units.
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Feature
Function
Panel Display
Lights
Display animation that shows the status of the SR469 relay.
Table 15. SR469 Faceplate animated functions.
The Wizard displays the following Pages, Subgroups and Lines shown in Chapter 5,
, of the SR469 Instruction Manual, revision 30D220A8.000.
Actual Values
Page 1: STATUS
Motor Status
Values are not continuously updated except for
Estimated Motor Trip Time and Thermal Capacity.
Voltage
Frequency
Current
Page 2:
METERING
A static message is displayed based on
GENERAL_STATUS bit 0, indicating whether or
not an alarm condition exists.
Temperature
Voltage
Speed
Power
Power Factor values are not continuously updated.
Demand
Analog Inputs
Model
Name and Units are not continuously updated.
Values are not continuously updated
Page 6:
PRODUCT
INFORMATION
Information
Calibration
Information
Values are not continuously updated
The subgroups listed below are displayed by the device but are not implemented in
the 3-D wizard.
Page 1:STATUS
Last Trip Data
Alarm Status
Start Blocks
Digital Inputs
Real Time Clock
Page 3: LEARNED DATA Motor Starting
Average Motor Load
RTD Maximums
Analog In Min/Max
Page 4: MAINTENANCE
Trip Counters
General Counters
Timers
Page 5: EVENT RECORD Event 01, Event 02,…
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SR489 Generator Management Relay
The large faceplate representation of the SR489 Generator Management Relay
provides the following animated functions:
Feature
Function
Opens the tabular data window specified during wizard configuration and sets the view to the
Metering page.
Display Window
Opens the tabular data window specified during wizard configuration and sets the view to the
Setpoints page.
SET POINTS button
RESET button
Opens the tabular data window specified during wizard configuration and sets the view to the
Metering tab, where there is a button to issue a RESET command.
HELP button
Displays a Windows help screen for PMCS with information on the SR489.
Rotates through the three main Actual Value pages: A1, Status; A2, Metering; and A3, Product
Info. If the display showed a subgroup or line when the ACTUAL button was pushed, the display
will change to the header of whichever subgroup was being displayed.
ACTUAL button
ENTER button
ESCAPE button
Scrolls the display down one level. For example, if the display was on a Page, pressing ENTER
moves the display to the first Subgroup within the Page.
Scrolls the display up one level. For example, when displaying a Subgroup, pressing ENTER
moves the display to the Page containing that Subgroup.
MESSAGE UP /
MESSAGE DOWN buttons
Pressing these buttons scrolls up or down through the lines of a Subgroup, displaying the actual
value and units.
Panel Display Lights
The SR489 Faceplate wizard displays LED’s animated to match the LED’s at the actual device.
Table 16. SR489 Faceplate animated functions.
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The Wizard displays the following Pages, Subgroups and Lines shown in Chapter 5,
Actual Values, of the SR489 Instruction Manual, revision 32E120A8.000.
Page 1: STATUS Generator Status
Value is not continuously updated.
Page 2:
Current
METERING
Voltage
Power
Power Factor values are not continuously
updated.
Temperature
Demand
Analog Inputs
Speed
Model Information
Name and Units are not continuously updated.
Values are not continuously updated
Page 6:
PRODUCT
INFORMATION
Calibration Information Values are not continuously updated
The following subgroups are displayed by the device but are not implemented in the
3-D wizard.
Page 1:STATUS
Generator Status
Thermal Capacity Used and
Estimated Trip Time
Last Trip Data
Alarm Status
Trip Pickups
Alarm Pickups
Digital Inputs
Real Time Clock
Current
Page 2: METERING
Neutral Current and Differential
Current are not displayed. Phase
Angles are not displayed.
Phase Angles are not displayed.
Neutral and Term Voltages are not
displayed.
Voltage
Page 3: LEARNED DATA Parameter Averages
RTD Maximums
Analog In Min/Max
Page 4: MAINTENANCE
Trip Counters
General Counters
Timers
Page 5: EVENT RECORD Event 01, Event
02,…
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565 Feeder Management Relay
The large faceplate representation of the 565 provides the following animated
functions:
Feature
Function
Display Window
Opens the tabular data window specified during wizard configuration and sets the view to Monitoring page.
Opens the tabular data window specified during wizard configuration and sets the view to the Setup page.
SET POINTS
Button
RESET Button
CLEAR Button
NEXT CHOICE
0 to 9 Buttons
HELP Button
Opens the tabular data window specified during wizard configuration and sets the view to the Setup page.
Opens the tabular data window specified during wizard configuration and sets the view to the Setup page.
Opens the tabular data window specified during wizard configuration and sets the view to the Setup page.
Open the tabular data window specified during wizard configuration and set the view to the Setup page.
Displays a Windows help screen for PMCS.
ACTUAL
Brings the meter to an initial setting point and displays ACTUAL VALUES HAS NINE PAGES OF DATA.
VALUES Button
REFRESH Button
STORE Button
Updates the display to the current meter reading.
Resets the meter at six special points in the display of values. Press STORE to toggle the response on the
bottom line.
PAGE UP Button
LINE Buttons
Rotates among nine pages of parameter data. Press the key to display ACTUAL VALUES on the top line, a
description on the bottom, and reset to the first parameter value. The nine pages are listed in the table below.
Rotate among parameters within a page. Certain configurations or meter values may prevent display of all
parameters within a page. The parameters in each page are listed in the table below.
Panel Display
Lights
Display animation that shows the status of the 565 relay. The dark red square to the left of the label appears
bright red to indicate an active state. The TRIP bar shows the current trip condition. Auxiliary relays 1, 2, and 3
show user-selected function status. The BREAKER CLOSED and BREAKER OPEN bars show the status of
the monitored feeder breaker. The SERVICE bar is not animated.
Table 17. 565 Faceplate animated functions.
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The following table lists the pages that can be accessed with the PAGE UP button,
with the parameters available in each page that can be accessed with the LINE
buttons.
Page
Value
Text Displayed
Description
1
ACTUAL VALUES
CURRENT
Page header
2
3
4
5
6
PHASE A CURRENT
xxx
Value in amps
Value in amps
Value in amps
Value in amps
Value in amps
PHASE B CURRENT
xxx
1
PHASE C CURRENT
xxx
GROUND CURRENT
xxx
PHASES A = xxx
B = xxx C = xxx
or
Breaker is closed and current <1% of trip
level in all phases
PHASES A<1% FS
B<1% FS C<1% FS
CURRENT
END OF PAGE
7
1
2
Page footer
Page header
ACTUAL VALUES
ANALOG INPUT
<analog input name>
xxx <units>
Name entered by user, value given in user-
defined units
2
or
ANALOG INPUT
DISABLED
Displayed if disabled
Page footer
ANALOG INPUT
END OF PAGE
3
1
2
3
4
5
6
7
8
9
1
ACTUAL VALUES
MAINTENANCE DATA
Page header
BRKR mm/dd/yy
DATE: xx/xx/xx
BREAKER TRIPS
xxx
Number of trips since last reset
ACCUMULATED KA
PHASE A
ACCUMULATED KA
PHASE B xxx
ACCUMULATED KA
PHASE C xxx
MAINTENANCE DATA
CLEAR NO
DATA CLEARED
LAST: xx/xx/xx
xxx
3
Press STORE button to reset trip counter
Date of last reset
MAINTENANCE DATA
END OF PAGE
Page footer
ACTUAL VALUES
Page header
OPERATIONS DATA
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Page
Value
Text Displayed
Description
TIMED PHASE O/C
TRIPS ###
2
3
INST PHASE O/C
TRIPS ###
4
TIMED GROUND O/C
TRIPS ###
4
5
INST GROUND O/C
TRIPS ###
6
OVERVOLTAGE
TRIPS ###
7
UNDERVOLTAGE
TRIPS ###
8
ANALOG INPUT
TRIPS ###
9
CLEAR OPERATIONS
Press STORE button to clear trip counters
DATA?
NO
10
11
1
DATA CLEARED
LAST 0/0/0
OPERATIONS DATA
END OF PAGE
Page footer
Page header
ACTUAL VALUES
PRE-TRIP DATA
2
3
ALARM PHASE O/C
ALARM: GROUND
O/C
4
5
6
ALARM: OVERVOLT
ALARM: UNDERVOLT
ALARM: ANALOG
INPUT
7
ALARM:
ACCUMULATED KA
8
9
SWITCH ALARM 1
ALARM: AMPS
DEMAND
10
11
ALARM: KW DEMAND
ALARM: KVAR
DEMAND
12
ALARM: POWER
FACTOR
13
14
15
16
ALARM: FREQUENCY
ALARM: TRIP COIL
5
ALARM: MTM COMM
CAUSE OF LAST TRIP:
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Page
Value
Text Displayed
Description
TIME OVERCURRENT
PHASE ABC
17
Only phases in alarm are displayed
or
TIME OVERCURRENT GROUND
or
INST OVERCURRENT PHASE ABC
or
UNDERVOLTAGE FAULT
or
OVERVOLTAGE FAULT
or
x is in range 1-4
EXTERNAL TRIP #x
or
ANALOG INPUT
or
POWER FACTOR FAULT
or
FREQUENCY FAULT
18
19
20
21
22
PHASE A PRE-TRIP
CURRENT xxx A
Value in amps
Value in amps
Value in amps
Value in amps
PHASE B PRE-TRIP
CURRENT xxx A
PHASE C PRE-TRIP
CURRENT xxx A
GROUND PRE-TRIP
CURRENT xxx A
PRE -TRIP VOLTAGE
A-B xxx.xx kV
If configured as Delta
or
or
A-N xxx.xx kV
If configured as Wye
23
24
PRE -TRIP VOLTAGE
B-C xxx.xx kV
If configured as Delta
or
or
B-N xxx.xx kV
If configured as Wye
PRE -TRIP VOLTAGE
C-A xxx.xx kV
If configured as Delta
or
or
C-N xxx.xx kV
If configured as Wye
25
26
27
28
FREQUENCY AT
TRIP xxx.xx Hz
DATE OF TRIP
xx/xx/xx
mm/dd/yy
hh:mm:ss
Page footer
TIME OF TRIP
xx:xx:xx
PRE-TRIP DATA
END OF PAGE
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Page
Value
Text Displayed
Description
ACTUAL VALUES
VOLTAGE
1
Page header
2
3
4
5
6
1
2
VOLTAGE A-B
xxx.xx kV
6
VOLTAGE B-C
xxx.xx kV
VOLTAGE C-A
xxx.xx kV
FREQUENCY OF
FEEDER xxx.xx Hz
VOLTAGE
END OF PAGE
Page footer
ACTUAL VALUES
EVENT
Page header
NO OF EVENTS
xxx
Displayed only if enabled
or
EVENT RECORDING
DISABLED
CLEAR EVENTS?
NO
7
3
4
5
1
2
Press STORE button to clear event counter
Date of last reset: mm/dd/yy
Page footer
EVENTS CLEARED
LAST: xx/xx/xx
EVENT
END OF PAGE
ACTUAL VALUES
DEMAND DATA
Page header
PH-A PEAK DEMAND
xxx A
Value in amps
or
or
AMPS DEMAND
DISABLED
Next prompt is CLEAR AMP DEMAND
PH-B PEAK DEMAND
xxx A
3
4
5
6
7
Value in amps
PH-C PEAK DEMAND
xxx A
Value in amps
CLEAR AMP DEMAND
Press STORE button to reset amp data
Date of last reset: mm/dd/yy
DATA?
DATA CLEARED
LAST: xx/xx/xx
NO
PEAK KW DEMAND
xxx kW
8
or
or
KW DEMAND
DISABLED
Displayed if disabled
CLEAR KW DEMAND
8
9
Press STORE button to reset kilowatt data
Date of last reset: mm/dd/yy
DATA?
NO
KW DEMAND DATA
CL’D: xx/xx/xx
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Page
Value
Text Displayed
Description
PEAK KVAR DEMAND
xxx kVAR
10
or
or
KVAR DEMAND
DISABLED
Displayed if disabled
CLEAR KVAR DEMAND
11
12
Press STORE button to reset kVAR data
Date of last reset: mm/dd/yy
DATA?
NO
KVAR DEMAND DATA
CL’D: xx/xx/xx
13
1
DEMAND DATA
END OF PAGE
Page footer
Page header
METERING DATA
DEMAND DATA
2
POWER FACTOR
LAGGING: x.xx
If PF < 0
or
or
LEADING: x.xx
If PF > 0
3
4
5
6
7
FREQUENCY MTM
x.xx Hz
9
REAL POWER
xxx kW
REACTIVE POWER
xxx kVAR
ENERGY USED
xxx MWHRS
METERING DATA
END OF PAGE
Page footer
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735 Feeder Relay
The large faceplate representation of the 735 provides the following animated
functions:
Feature
LED’s
Function
The LED’s on the Faceplate wizard accurately represent the LED’s on the actual device.
The 735’s bar graph is accurately represented on the Faceplate wizard, with active
display of data from the device showing current as a percentage of CT.
Bar Graph
Each of the 735’s eight rotary dials is represented on the Faceplate wizard as a circle with
a text field in the center showing the setting of the dial at the device. These dials are
read-only and do not provide any additional functionality beyond displaying the settings
of the dials.
Rotary Dials
CLEAR
button
Pressing the CLEAR button displays the tabular data screen’s Metering tab, which
contains a button for issuing a CLEAR command to the device.
Comm. Area
button
Clicking anywhere in the Communications area of the Faceplate wizard displays the
tabular data screen’s Metering tab. The DIP switches shown in the Comm. area are not
selectable.
Table 18. 735 Faceplate animated functions.
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SR745 Transformer Management Relay
The large faceplate representation of the SR745 provides the following animated
functions:
Feature
Function
Opens the tabular data window specified during wizard configuration and sets the view to the Metering
tab.
Display Window
SET POINTS button
RESET button
Opens the tabular data window specified during wizard configuration and sets the view to the Setpoints
tab.
Opens the tabular data window specified during wizard configuration and sets the view to the Metering
tab, where there is a button to issue a RESET command.
VALUE UP /
DOWN buttons
Pressing the VALUE UP or VALUE DOWN button opens the tabular data screen and displays the
Setpoints tab.
HELP button
Displays a Windows help screen for PMCS with information on the SR745.
ACTUAL button
Rotates through the three main Actual Value pages: A1, Status; A2, Metering; and A3, Product Info. If
the display showed a subgroup or line when the ACTUAL button was pushed, the display will change
to the header of whichever subgroup was being displayed.
ENTER button
ESCAPE button
Scrolls the display down one level. For example, if the display was on a Page, pressing ENTER moves
the display to the first Subgroup within the Page.
Scrolls the display up one level. For example, if the display was on a Subgroup, pressing ENTER
moves the display to the Page containing that Subgroup.
MESSAGE UP /
MESSAGE DOWN
buttons
Pressing these buttons scrolls up or down through the lines of a Subgroup, displaying the actual value
and units.
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Feature
Function
The SR745 Faceplate wizard displays LED’s which are animated to match the LED’s at the actual
device.
Panel Display Lights
Table 19. SR745 Faceplate animated functions.
The Wizard displays the following Pages, Subgroups and Lines shown in Chapter 6,
, of the SR745 Instruction Manual, revision 200-000.
Actual Values
Page 2: METERING Current
Only the Winding 1, 2, and 3 RMS Current
magnitude values are displayed, along with
their % of rated load. NOTE: Winding 3 values
are only displayed if the Transformer Type
configured on the device is for 3 windings.
Frequency
Tap Changer
Voltage
Ambient
Temperature
Page 4: PRODUCT Revision Codes
INFORMATION
Values are not continuously updated
Dates are not continuously updated
Calibration
Information
The following subgroups are displayed by the device but are not implemented in the
3-D wizard.
Page 1:STATUS
Date and Time
Logic Inputs
Output Relays
Current
Page 2: METERING
Wizard does not display any
Winding phase values,
Positive/Negative/Zero Differential
Sequence Currents, or Restraint
Current for this Subgroup of the
Metering page.
Harmonic Content
Demand
Analog Input
Page 3: EVENT RECORD Event Data Reset
Event 01, Event 02,…
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SR750/SR760 Feeder Management Relay
The large faceplate representation of the SR750 and 760 are very similar. The same
graphical wizard is selected for each device, and at the Wizard Configuration dialog
box, you specify whether the wizard represents an SR750 or SR760 using option
buttons provided. The wizard (regardless of which device it represents) provides the
following animated functions:
Feature
Function
Display Window
Clicking the device’s display opens the tabular data window and sets the view to the Metering page.
Opens the tabular data window and sets the view to the Setpoints tab.
SETPOINTS
Button
Clicking the RESET button opens the tabular data window and sets the view to the Metering tab, where a
button to RESET the device is available.
RESET Button
BREAKER
OPEN/CLOSE
Clicking the BREAKER OPEN button displays the tabular data window and sets the view to the I/O tab,
which contains logic for issuing BREAKER OPEN/CLOSE commands and for checking to see if the
device is in LOCAL mode.
HELP Button
Displays a Windows help screen for PMCS and the SR750.
VALUE
UP/DOWN
Buttons
Pressing the VALUE UP/DOWN button rotates through the three pages of actual values: A1 Status, A2
Metering, and A3 Product Info. If the display showed a subgroup or line when the VALUE UP or VALUE
DOWN button is pressed, the display jumps back to the page header.
ENTER Button
Pressing the ENTER button scrolls the display down one level (from page to subgroup or from subgroup to
line). If the display shows a page when the ENTER button is pressed, the display will change to the first
subgroup within that page. If the display shows a subgroup when the ENTER button is pressed, the display
will change to the first line within that subgroup.
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Feature
Function
ESCAPE Button
Pressing the ESCAPE button while in line mode jumps the display up one level, from line to subgroup.
MESSAGE
UP/DOWN
Buttons
Pressing the MESSAGE UP or MESSAGE DOWN button scrolls the display through individual lines of
the current subgroup within the current page, showing the available values listed below.
Panel Display
Lights
The SR750/SR760 Faceplate wizard displays LEDs which are animated to match the LEDs at the actual
device.
Table 20. SR750/SR760 Faceplate animation functions.
The Wizard displays the following Pages, Subgroups and Lines shown in Chapter 5,
, of the SR750/SR760 Instruction Manual.
Actual Values
Page 1: STATUS
Feeder Status
A single text value is displayed, indicating whether or not
an alarm condition exists. This text is not continuously
updated.
Page 2: METERING
Current
Voltage
Power
Power Factor is not continuously updated.
Frequency
Energy Use
Page 5: PRODUCT INFORMATION Revision Codes
Values are not continuously updated.
Dates are not continuously updated.
Calibration
Information
The subgroups listed below are displayed by the device but are not implemented in
the 3-D wizard.
Page 1:STATUS
Clock
Last Trip Data
Fault Locations
Hardware Inputs
Page 2: METERING
Current
Voltage
All values supported except Current Phase Angles.
All values supported except Voltage Phase Angles and
Synchronizing Voltages.
Demand
Energy
All values supported except Watthour Costs and Last
Reset Date.
Analog Input
Page 3: MAINTENANCE
Trip Counters
Arcing Current
Event 01, Event 02,…
Last Reset Date
Page 4: EVENT RECORDER
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The subgroups listed below are displayed by the device but are not implemented in
the 3-D wizard.
Page 1:STATUS
Clock
Last Trip Data
Fault Locations
Hardware Inputs
Page 2: METERING
Current
Voltage
All values supported except Current Phase Angles.
All values supported except Voltage Phase Angles and
Synchronizing Voltages.
Demand
Energy
All values supported except Watthour Costs and Last Reset
Date.
Analog Input
Page 3: MAINTENANCE
Trip Counters
Arcing Current
Event 01, Event 02,…
Last Reset Date
Page 4: EVENT RECORDER
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Features of Tabular Data Screen
Wizards
Introduction
This chapter describes the features available with tabular data screens. The set of
features basic to all tabular data screens is described first, then any unique features
are described for each device.
Features of Tabular Data Screens
The upper left-hand area of every tabular data screen contains a 3-D graphic of the
device faceplate. This graphic is simply to verify identification and is not animated.
The middle area on the left-hand side displays common information about the
device. It provides a quick indication of how the device is configured and contains
no animation.
The buttons on the lower-left of the screen provide features described below. Not all
devices support all of these buttons, so on some screens one or more of the buttons
may be grayed out.
•
The Help button calls up the PMCS help file with regard to the current
device.
•
•
The Exit button closes the tabular data screen.
The Events button starts or jumps to the PMCS Event Logger client
program and displays its window in the foreground.
•
•
•
The Trend button displays the trend window that was specified in the
configuration dialog. The button will be disabled if no trend window
was specified during configuration of the Wizard.
The Wave button runs the PMCS Waveform Capture client program for
that device. This button is only enabled for devices supporting
waveform capture.
The Setup button, when present on Multilin device wizards, attempts to
launch the xxxPC device setup program. The exception to this is the
PMCS Advanced Wizards (EPM 7300, EPM 7700, and SR750/SR760),
for which the Setup button has no function. It is up to the system
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integrator to provide the necessary scripting to associate a function with
the Setup button for these device types.
The right side of the screen contains a display of the device data. The tabs at the
bottom enable you to select among the various data tables which can be displayed.
The number of tabs (screens) varies according to the type and amount of data
available from the device. The two main types of data are metering, which shows the
data being monitored by the device, and setup, which is used to configure the device.
Other tabs may be available depending on the device’s capabilities.
Some devices have push buttons that reset events or clear accumulated data; these
will be discussed below in the individual device sections. These functions are
represented by 3-D push buttons on the tabular data screens. When a button is
pressed, a dialog box appears that either asks for confirmation of the action or states
that the operator has an insufficient access level to perform the operation. If security
is enabled in your application, the current operator must have an Access level greater
than or equal to the Access level configured for each tabular wizard in order to issue
device commands. See the CIMPLICITY documentation for more information on
how to use security features.
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Power Leader EPM
The Power Leader EPM Tabular Data Screen wizard provides the following
command buttons:
Tab
Button
Function
Setup
Meter Initialize
Clear Errors
Performs a complete meter reset
Clears the event log in the meter
Clears the watt demand register in the meter
Clears the accumulated energy registers in the meter
Demand Reset
Energy Reset
Table 21. PLEPM Tabular data screen commands.
Another feature to bear in mind when working with the PLEPM tabular wizard is:
•
The Normal Metering screen displays one of two tables depending on
whether the meter is configured as Delta or Wye.
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Spectra MicroVersaTrip
The Spectra MicroVersaTrip Tabular Data Screen wizard provides the following
command buttons on the Setup screen:
Tab
Button
Download
Refresh
Function
Setup
Downloads the energy demand interval to the DDE Server
Loads the energy demand interval from the DDE Server
into the screen display
Clear Demand
Clears the accumulated energy
Table 22. Spectra MVT Tabular data screen commands.
Another feature to bear in mind when working with the Spectra MicroVersaTrip
tabular wizard is:
•
The data entry field for the energy demand interval can be set to values
of 5 to 60 minutes in increments of 5 minutes.
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Enhanced MicroVersaTrip-C Trip Unit
The Enhanced MicroVersaTrip-C Tabular Data Screen provides six push buttons on
the Setup screen:
Tab
Button
Function
Setup
Energy
Clears the accumulated energy registers in the trip unit
Clears the peak demand register in the trip unit
Resets the instantaneous trip counter in the trip unit
Resets the short-time trip counter in the trip unit
Resets the long-time trip counter in the trip unit
Resets the ground fault trip counter in the trip unit
Demand
Inst. Trip
Short Trip
Long Trip
Ground Fault
Table 23. EMVT-C Tabular data screen commands.
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Enhanced MicroVersaTrip-D Trip Unit
The Enhanced MicroVersaTrip-D Tabular Data Screen provides six push buttons on
the Setup tab:
Tab
Button
Function
Setup
Energy
Clears the accumulated energy registers in the trip unit
Clears the peak demand register in the trip unit
Resets the instantaneous trip counter in the trip unit
Resets the short-time trip counter in the trip unit
Resets the long-time trip counter in the trip unit
Resets the ground fault trip counter in the trip unit
Demand
Inst. Trip
Short Trip
Long Trip
Ground Fault
Table 24. EMVT-D Tabular data screen commands.
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POWER LEADER Meter
The POWER LEADER Meter Tabular Data Screen wizard provides three push
buttons on the Command screen:
Tab
Button
Function
Command
Energy /VARH Clear
Clears the accumulated energy registers in
the meter
Peak Current Clear
Clears the peak current register in the meter
Clears the peak demand in the meter
Peak Watt Demand
Clear
Table 25. PL Meter Tabular data screen commands.
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Spectra ECM
The Spectra ECM Tabular Data Screen wizard performs the following actions with
push buttons on the Command screen:
Tab
Button
Function
Command
Contactor 1 Start
Contactor 2 Fast Start
Contactor 2 Rev Start
Stop 1 & 2
Closes contactor 1
Initiates a fast start of contactor 2
Reverse closes contactor 2
Opens contactors 1 and 2
ECM Reset
Completely resets the ECM
Resets the temperature memory in the ECM
Trips the ECM contactors
Initialize Temperature
Trip ECM Contactor
Table 26. Spectra ECM Tabular data screen commands.
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MDP Digital Overcurrent Relay
The MDP Tabular Data Screen wizard has three command buttons:
Tab
Button
Function
Command
Open Breaker
Close Breaker
Reset Fault
Opens the breaker.
Closes the breaker.
Clears the event table in the MDP
Table 27. MDP Tabular data screen commands.
Another feature to bear in mind when working with the MDP tabular wizard is:
•
On the Setup screen, you must enter a value into the CT Ratio box.
This value is multiplied by the values in the amp registers to convert
the latter into user units. If you do not enter a value for the CT Ratio,
the message “CT Ratio has not been entered” appears on the bottom of
the Tabular Data Screen and on the Large Faceplate wizard.
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PQM (Power Quality Meter)
All six function buttons under the Info box are enabled for the PQM. Pressing the
Setup button launches the PQMPC program for viewing and configuring setpoints.
The PQM Tabular Data Screen wizard has nine command buttons, described below.
Tab
Button
Function
Metering
Clear Energy
Clears the PQM’s energy counters
Reset Device
Issues a RESET command to the PQM
Demand
Clear Max Demand Values
Clear Frequency Values
Clear Current Min/Max
Clear Voltage Min/Max
Clear Power Min/Max
Clear Max THD Values
Reset Pulse Counter
Clears the PQM’s Max Demand values from memory
Clears the PQM's Max Frequency values from memory
Clears the PQM’s Current Min/Max values from memory
Clears the PQM’s Voltage Min/Max values from memory
Clears the PQM’s Power Min/Max values from memory
Clears the PQM’s Max THD values from memory
Resets the PQM’s pulse counter
I, V Range
P Range
Analysis
I/O
Table 28. PQM Tabular data screen commands.
See the PQM Instruction Manual (Chapter 5,
) for information on the
Actual Values
display of data values under different device configurations. Values not configured
for use are displayed as N/A.
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Motor Manager II (MMII)
Five of the six function buttons under the Info box are enabled for the MMII; the
Wave button is not supported for the MMII.
The MMII Tabular Data Screen wizard has four command buttons, described below.
Tab
Button
Function
Metering
Maintenance
Clear Energy
Clears the MMII's energy counters
Clears the MMII's Start and Trip count values from
memory
Clear Start/Trip Counters
Clear Timers
Clears the MMII's Timer values from memory
Clear Interlock Counter
Clears the MMII’s Interlock Counter values from memory
Table 29. MMII Tabular data screen commands.
See the MMII's Instruction Manual (Chapter 5,
) for information on the
Actual Values
display of data values under different device configurations. Values not configured
for use are displayed as N/A.
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EPM 3710 Meter
The EPM 3710 Tabular Data Screen wizard provides the following special features:
•
The Normal Metering Values screen has a label that displays either
kVA Demand or Amps Demand, depending on how the meter is
configured.
•
•
The Setpoints screen has two scroll buttons that determine which
setpoint is displayed.
The Setup tab contains a field "Iout Key" corresponding to the Iout Key
display on the actual device. On the actual device, this field displays
text messages such as "Voltage A" or "Current C". In the Tabular Data
Screen wizard, these messages are presented as a numeric code and
must be referenced against the following table.
Code
Meaning
Voltage A
Voltage B
Voltage C
Current A
Current B
Current C
KVA
Code
9
Meaning
Code
18
Meaning
0
1
2
3
4
5
6
7
8
KVA A
KVA Total
KVAR Total
PF
10
11
12
13
14
15
16
17
KVA B
19
KVA C
20
KVAR A
21
KW Demand
Amp Demand
Frequency
Vaux
KVAR B
22
KVAR C
23
VOLTAGE AVG
CURRENT AVG
KW Total
24
KWB
25
Current I4
KWC
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EPM 3720 Meter
The EPM 3720 Tabular Data Screen wizard has several special features. You can use
the Setup 1, Setup 2, and Setpoints screens to change the meter configuration. Values
displayed in white boxes are changeable. Some are changed by clicking on the
displayed value, while others provide scroll buttons, and some have both.
•
•
•
•
The Download and Refresh buttons on the Setup 1 and Setup 2 screens
upload and download the values for all of the setup parameters.
The Download and Refresh buttons on the Setpoints screen upload and
download all of the setpoints from the device.
The Reset Energy Integrators and Reset All Min/Max buttons on the
Setup 1 screen provide the named functions.
The Sliding Demand tab supports downloading of up to 10 sliding
demand measurements to the device. See Appendix B for information
on setting the sliding demand keys.
To change setpoints at the device, first press the Refresh button to upload current
setpoint values from the device (otherwise the defaults are shown and used for
download). Modify setpoints as desired, then press the Download button to send all
setpoints to unit.
When you first open the EPM 3720 Tabular Data Screen, you may see values of zero
in all fields. The EPM 3720 Tabular Data Screen requires some user interaction
(such as pressing a key) to update its values.
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EPM 7300 Meter
The EPM 7300 Tabular Data Screen wizard has several special features. You can use
the Setup screen to change the meter configuration. Values displayed in white boxes
are changeable. Some are changed by clicking on the displayed value, while others
are changed by clicking on the associated scroll button. The Download and Refresh
buttons on the setup screen upload and download all of the setpoints from the device.
To change setpoints at the device, first press the refresh button to upload current
setpoint values from the device (otherwise the defaults are shown and used for
download). Modify setpoints as desired, then press the download button to send all
setpoints to the unit.
The EPM 7300 Tabular Data Screen’s command buttons are described below:
Tab
Button
Function
Metering
Reset Energy
Resets all Energy Integrators in the meter.
MIN/MAX
Demand
Digital Input Labels
The user can enter descriptive text (up to 20 characters) for each digital
input. These labels are retentive.
Force ON
For each digital output, this button will force the output to the ON state.
For each digital output, this button will force the output to the OFF state.
Resets all Sliding Demand Values in the device.
Force OFF
Reset Sliding Demand
Reset Min/Max
Resets all Min/Max values in the device.
Table 30. EPM 7300 Tabular data screen commands.
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EPM 7500/7600 Meter
The EPM 7500/7600 Tabular Data Screen wizard has several special features. You
can use the Setup screen to change the meter configuration. Values displayed in
white boxes are changeable. Some are changed by clicking on the displayed value,
while others are changed by clicking on the associated scroll button. The Download
and Refresh buttons on the setup screen upload and download all of the setpoints
from the device.
To change setpoints at the device, first press the refresh button to upload current
setpoint values from the device (otherwise the defaults are shown and used for
download). Modify setpoints as desired, then press the download button to send all
setpoints to the unit.
In the following pages, each of the 7500/7600 Meter’s Tabular Data Screen Wizards’
tabs will be displayed and detailed.
Metering Tab
EPM 7500/7600 Meter - Metering Data Screen
The Metering tab displays the following metered values from the EPM 7500/7600.
•
•
•
•
•
•
Vln A, B: n/a when Voltage Mode is DELTA
Vln C: n/a when Voltage Mode is DELTA or SINGLE
Vln Avg: n/a when Voltage Mode is DELTA
Vll AB
Vll BC, CA, and Avg: n/a when Voltage Mode is SINGLE
I A, B, Neutral, and Avg
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•
•
•
•
•
•
•
•
•
•
•
I C: n/a when Voltage Mode is SINGLE
KW A, B: n/a when Voltage Mode is DELTA
KW C: n/a when Voltage Mode is DELTA or SINGLE
KW Total
KVA A, B: n/a when Voltage Mode is DELTA
KVA C: n/a when Voltage Mode is DELTA or SINGLE
KVA Total
KVAR A, B: n/a when Voltage Mode is DELTA
KVAR C: n/a when Voltage Mode is DELTA or SINGLE
KVAR Total
Power Factor Lead A, B: n/a when Voltage Mode is DELTA or PF is
Lagging
•
Power Factor Lead C: n/a when Voltage Mode is DELTA or SINGLE
or PF is Lagging
•
•
Power Factor Lead Total: n/a when PF is Lagging
Power Factor Lag A, B: n/a when Voltage Mode is DELTA or PF is
Leading
•
Power Factor Lag C: n/a when Voltage Mode is DELTA or SINGLE or
PF is Leading
•
•
•
•
•
Power Factor Lag Total: n/a when PF is Leading
Power Factor Total A, B: n/a when Voltage Mode is DELTA
Power Factor Total C: n/a when Voltage Mode is DELTA or SINGLE
Power Factor Total
Total Harmonic Distortion – Voltage A, B, and C: n/a when Source is
n/a.
•
•
Total Harmonic Distortion – Current A, B, C, and Neutral: n/a when
Source is n/a.
K Factor A, B, C, and Neutral: n/a when Source is n/a.
Three-Phase Values
•
•
•
•
•
Vab, Vbc, Vca
Voltage Unbalance
Current Unbalance
Frequency
Phase Reversal (On, Off) : n/a when Voltage Mode is SINGLE
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Min/Max Tab
EPM 7500/7600 Meter - Min/Max Tab
The Minimum/Maximum Values tab displays a variety of minimum and maximum
values recorded by the EPM 7500/7600. Select Show Minimum or Show Maximum
buttons to display either the minimum or maximum values for the displayed
parameters. To reset all min/max values, select the Reset Min/Max button.
Min/Max values may be displayed for the following parameters:
Phase A, B, C, Neutral and Average Values
•
•
•
•
•
•
•
•
Vln A, B: n/a when Voltage Mode is DELTA
Vln C: n/a when Voltage Mode is DELTA or SINGLE
Vln Avg: n/a when Voltage Mode is DELTA
Vll AB; Vll BC, CA, and Avg: n/a when Voltage Mode is SINGLE
I A, B, Neutral, and Avg
I C: n/a when Voltage Mode is SINGLE
Total Harmonic Distortion – Voltage A, B, and C: n/a when Source is n/a.
Total Harmonic Distortion – Current A, B, C, and Neutral: n/a when Source
is n/a.
•
K Factor A, B, C, and Neutral: n/a when Source is n/a.
Three-Phase Values
•
•
•
•
•
Vab, Vbc, Vca
Power Factor Lead Total: n/a when PF is Lagging
Power Factor Lag Total: n/a when PF is Leading
Voltage Unbalance
Frequency
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Power Quality Tab
EPM 7500/7600 Meter - Power Quality Tab
The Power Quality tab displays the following power quality values from the EPM
7500/7600.
Symmetric Components
•
•
•
Zero Sequence Phase and Magnitude for Current and Voltage
Positive Sequence Phase and Magnitude for Current and Voltage
Negative Sequence Phase and Magnitude for Current and Voltage
Disturbance Counts
•
Sag / Swell Counter
Relative Setpoints
•
•
•
•
•
Over KW Sliding Window Demand Status
Over Current Phase A Status
Over Current Phase B Status
Over Current Phase C Status
Over Voltage Unbalance Status
*Note: no color code is used for the Relative Setpoint Status.
The Power Quality tab also provides push buttons for performing the following
commands:
Reset Sag Swell Disturbance Counter – Resets Sag Swell Counter.
Enable/Disable Sag Swell – Enables or Disables Sag Swell Tracking.
Enable/Disable Over KW SWD – Enables or Disables Over Real Power Sliding
Window Demand for Relative Setpoint Tracking.
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Enable/Disable Over Current – Enables or Disables Over Current for Phases A, B,
and C for Relative Setpoint Tracking.
Enable/Disable Over Vunb – Enables or Disables Over Voltage Unbalance for
Relative Setpoint Tracking.
Demand Tab
EPM 7500/7600 Meter - Demand Tab
The Demand tab displays the following demand values from the EPM 7500/7600.
Energy
•
•
•
Real Energy Import, Export, Total, and Net
Reactive Energy Import, Export, Total, and Net
Apparent Energy Total
Demand
•
•
•
•
Real Power Sliding Window Demand, Predicted Demand, and Thermal
Demand
Reactive Power Sliding Window Demand, Predicted Demand, and
Thermal Demand
Apparent Power Sliding Window Demand, Predicted Demand, and
Thermal Demand
Average RMS Current Sliding Window Demand, Predicted Demand,
and Thermal Demand
Minimum/Peak Demand
Minimum or Peak Real Power Sliding Window Demand, Total
Demand, and Thermal Demand
•
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•
•
Minimum or Peak Reactive Power Sliding Window Demand, Total
Demand, and Thermal Demand
Minimum or Peak Apparent Power Sliding Window Demand, Total
Demand, and Thermal Demand
The Demand tab also provides push buttons for performing the following commands:
Reset Energy – Resets Energy Demand values identified above.
Reset SWD– Resets Sliding Window Demand values identified above.
Reset Thermal – Resets Thermal Demand values identified above.
Reset Peak – Resets Peak Demand values identified above.
The Minimum/Peak panel's Show Maximum and Show Minimum buttons can be
used to toggle the display between minimums and peaks.
Inputs Tab
EPM 7500/7600 Meter - Inputs Tab
The Inputs tab displays the following values from the EPM 7500/7600.
Digital Inputs
•
Status (On, Off) for Status Inputs (SI) 1-8. (Color Code: Green – ON,
Grey – OFF).
•
Counters for SI1-8.
The Inputs tab also provides push buttons for performing the following commands:
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Reset Counters – Resets Digital Input Status Counters for SI1-8.
The Inputs tab also provides retentive memory inputs for the following:
Digital Input Names for SI1-8.
Setup 1 Tab
EPM 7500/7600 Meter - Setup 1 Tab
The Setup 1 tab displays the following demand values from the EPM 7500/7600.
Power Settings
•
•
•
•
Volts Mode
Phase Order
Voltage Polarity for A, B, and C
Current Polarity for A, B, C, and Neutral
Transformer Ratio Settings
•
•
•
PT and CT Primary
PT and CT Secondary
Neutral CT Primary and Secondary
Communications
•
•
•
•
•
Baud Rate for Comm 1, 2, and 3.
Unit ID for Comm 1, 2, and 3.
Protocol for Comm 1, 2, and 3.
Mode for Comm 1.
IP Address, Subnet Mask, and Default Gateway.
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The Setup 1 tab also provides push buttons for performing the following commands:
Download – Executes a script to check for values that have changed and downloads
those values to the device via the GE 7700 Gateway.
Refresh – Executes a script to upload all of the meter values for the settings on the
screen.
Note: Be sure to click the Refresh button prior to changing or downloading any
settings to the EPM7500 or EPM7600, as the latest settings may not be displayed.
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Setup 2 Tab
EPM 7500/7600 Meter - Setup 2 Tab
The Setup 2 tab displays the following demand values from the EPM 7500/7600.
Sliding Window Demand Settings
•
•
Sliding Demand Sub Interval Settings for KW, KVAR, KVA, and Iavg.
Sliding Demand Number of Sub Intervals for KW, KVAR, KVA, and
Iavg.
•
Sliding Demand Predicted Response for KW, KVAR, KVA, and Iavg.
Waveform Recorder Settings
•
Depth of Waveform Recorder
Sag / Swell / Transient Settings
•
•
•
•
Sag / Swell Nominal
Sag Limit
Swell Limit
Change Criteria
Relative Setpoint Settings
•
•
•
•
•
Nominal value for Over KW, Over Current, and Over Vunbal.
Under Dropout for Over KW, Over Current, and Over Vunbal.
Over Dropout for Over KW, Over Current, and Over Vunbal.
Under Pickup for Over KW, Over Current, and Over Vunbal.
Over Pickup for Over KW, Over Current, and Over Vunbal.
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•
•
Time On for Over KW, Over Current, and Over Vunbal.
Time Off for Over KW, Over Current, and Over Vunbal.
The Setup 2 tab also provides push buttons for performing the following commands:
Download– Executes a script to check for values that have changed and downloads
those values to the device via the GE 7700 Gateway.
Refresh– .Executes a script to upload all of the meter values for the settings on the
screen.
Note: Be sure to click the Refresh button prior to changing or downloading any
settings to the EPM7500 or EPM7600, as the latest settings may not be displayed.
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EPM 7700 Meter
The EPM 7700 Tabular Data Screen wizard has several special features. You can use
the Setup screen to change the meter configuration. Values displayed in white boxes
are changeable. Some are changed by clicking on the displayed value, while others
are changed by clicking on the associated scroll button. The Download and Refresh
buttons on the setup screen upload and download all of the setpoints from the device.
To change setpoints at the device, first press the refresh button to upload current
setpoint values from the device (otherwise the defaults are shown and used for
download). Modify setpoints as desired, then press the download button to send all
setpoints to the unit.
In the following pages, each of the 7700 ION Meter’s Tabular Data Screen Wizards’
tabs will be displayed and detailed.
Metering Tab
EPM 7700 ION Meter - Metering Data Screen
The Metering tab displays the following metered values from the EPM 7700.
•
•
•
•
•
•
Vln A, B: n/a when Voltage Mode is DELTA
Vln C: n/a when Voltage Mode is DELTA or SINGLE
Vln Avg: n/a when Voltage Mode is DELTA
I A, B, Neutral, and Avg
I C: n/a when Voltage Mode is SINGLE
Vll AB
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Vll BC, CA, and Avg: n/a when Voltage Mode is SINGLE
KW A, B: n/a when Voltage Mode is DELTA
KW C: n/a when Voltage Mode is DELTA or SINGLE
KW Total
KVAR A, B: n/a when Voltage Mode is DELTA
KVAR C: n/a when Voltage Mode is DELTA or SINGLE
KVAR Total
KVA A, B: n/a when Voltage Mode is DELTA
KVA C: n/a when Voltage Mode is DELTA or SINGLE
KVA Total
Power Factor Lead A, B: n/a when Voltage Mode is DELTA or PF is
Lagging
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Power Factor Lead C: n/a when Voltage Mode is DELTA or SINGLE
or PF is Lagging
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Power Factor Lead Total: n/a when PF is Lagging
Power Factor Lag A, B: n/a when Voltage Mode is DELTA or PF is
Leading
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Power Factor Lag C: n/a when Voltage Mode is DELTA or SINGLE or
PF is Leading
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Power Factor Lag Total: n/a when PF is Leading
Power Factor Total A, B: n/a when Voltage Mode is DELTA
Power Factor Total C: n/a when Voltage Mode is DELTA or SINGLE
Power Factor Total
Total Harmonic Distortion – Voltage A, B, and C: n/a when Source is
n/a.
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Total Harmonic Distortion – Current A, B, C, and Neutral: n/a when
Source is n/a.
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K Factor A, B, C, and Neutral: n/a when Source is n/a.
Voltage Unbalance
Current Unbalance
Frequency
Phase Reversal (On, Off) : n/a when Voltage Mode is SINGLE
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Min/Max Tab
EPM 7700 ION Meter - Min/Max Tab
The Minimum/Maximum Values tab displays a variety of minimum and maximum
values recorded by the EPM 7700. Select Show Minimum or Show Maximum
buttons to display either the minimum or maximum values for the displayed
parameters. To reset all min/max values, select the Reset Min/Max button.
Min/Max values may be displayed for the following parameters:
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Vln A, B: n/a when Voltage Mode is DELTA
Vln C: n/a when Voltage Mode is DELTA or SINGLE
Vln Avg: n/a when Voltage Mode is DELTA
I A, B, Neutral, and Avg
I C: n/a when Voltage Mode is SINGLE
Vll AB
Vll BC, CA, and Avg: n/a when Voltage Mode is SINGLE
KW Total
KVAR Total
KVA Total
Power Factor Lead Total: n/a when PF is Lagging
Power Factor Lag Total: n/a when PF is Leading
Power Factor Total Total
Total Harmonic Distortion – Voltage A, B, and C: n/a when Source is n/a.
Total Harmonic Distortion – Current A, B, C, and Neutral: n/a when Source
is n/a.
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K Factor A, B, C, and Neutral: n/a when Source is n/a.
Voltage Unbalance
Frequency
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Power Quality Tab
EPM 7700 ION Meter - Power Quality Tab
The Power Quality tab displays the following power quality values from the EPM
7700.
Disturbance Monitoring
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Sag / Swell Counter
Transient Counter
Over KW Sliding Window Demand Status
Over Current Phase A Status
Over Current Phase B Status
Over Current Phase C Status
Over Voltage Unbalance Status
*Note: no color code is used for the Relative Setpoint Status.
Symmetric Components
Zero Sequence Magnitude for Current and Voltage
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Zero Sequence Phase for Current and Voltage
Positive Sequence Magnitude for Current and Voltage
Positive Sequence Phase for Current and Voltage
Negative Sequence Magnitude for Current and Voltage
Negative Sequence Phase for Current and Voltage
The Power Quality tab also provides push buttons for performing the following
commands:
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Reset Disturbance Counters – Resets Sag Swell and Transient Counters.
Enable/Disable Sag Swell – Enables or Disables Sag Swell Tracking.
Enable/Disable Transient – Enables or Disables Transient Tracking.
Enable/Disable Over KW – Enables or Disables Over Real Power Sliding Window
Demand for Relative Setpoint Tracking.
Enable/Disable Over Amps – Enables or Disables Over Current for Phases A, B,
and C for Relative Setpoint Tracking.
Enable/Disable Over Vunb – Enables or Disables Over Voltage Unbalance for
Relative Setpoint Tracking.
Demand Tab
EPM 7700 ION Meter - Demand Tab
The Demand tab displays the following demand values from the EPM 7700.
Energy
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Real Energy Import, Export, Total, and Net
Reactive Energy Import, Export, Total, and Net
Apparent Energy Total
Sliding Window Demand (SWD)
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Real Power Sliding Window Demand and Predicted Demand
Reactive Power Sliding Window Demand and Predicted Demand
Apparent Power Sliding Window Demand and Predicted Demand
Average RMS Current Sliding Window Demand and Predicted
Demand
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Thermal Demand
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Real Power Thermal Demand
Reactive Power Thermal Demand
Apparent Power Thermal Demand
Average RMS Current Thermal Demand
The Demand tab also provides push buttons for performing the following commands:
Reset Energy – Resets Energy Demand values identified above.
Reset SWD– Resets Sliding Window Demand values identified above.
Thermal Demand – Resets Thermal Demand values identified above.
Inputs Tab
EPM 7700 ION Meter - Inputs Tab
The Inputs tab displays the following values from the EPM 7700.
Digital Inputs
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Status (On, Off) for Status Inputs (SI) 1-8. (Color Code: Green – ON,
Grey – OFF).
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Counters for SI1-8.
Analog Inputs
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Zero Scale Setting for AI1-4. : n/a when doesn’t exist on the meter
Full Scale Setting for AI1-4. : n/a when doesn’t exist on the meter
Scaled Value for AI1-4. : n/a when doesn’t exist on the meter
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The Inputs tab also provides push buttons for performing the following commands:
Reset Counters – Resets Digital Input Status Counters for SI1-8.
The Inputs tab also provides retentive memory inputs for the following:
Digital Input Names for SI1-8.
Analog Input Names for AI1-4. : n/a when doesn’t exist on the meter
Setup 1 Tab
EPM 7700 ION Meter - Setup 1 Tab
The Setup 1 tab displays the following demand values from the EPM 7700.
Power Settings
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Volts Mode
Phase Order
Voltage Polarity for A, B, and C
Current Polarity for A, B, C, and Neutral
Transformer Ratio Settings
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PT and CT Primary
PT and CT Secondary
Neutral CT Primary and Secondary
Communications
Baud Rate for Comm 1, 2, and 3.
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Unit ID for Comm 1, 2, and 3.
Protocol for Comm 1, 2, and 3.
Mode for Comm 1.
Ethernet Protocol, IP Address, Subnet Mask, and Default Gateway.
The Setup 1 tab also provides push buttons for performing the following commands:
Download – Executes a script to check for values that have changed and downloads
those values to the device via the GE 7700 Gateway.
Refresh – Executes a script to upload all of the meter values for the settings on the
screen.
Note: Be sure to click the Refresh button prior to changing or downloading any
settings to the EPM7700, as the latest settings may not be displayed.
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Setup 2 Tab
EPM 7700 ION Meter - Setup 2 Tab
The Setup 2 tab displays the following demand values from the EPM 7700.
Sliding Window Demand Settings
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Sliding Demand Sub Interval Settings for KW, KVAR, KVA, and Iavg.
Sliding Demand Number of Sub Intervals for KW, KVAR, KVA, and
Iavg.
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Sliding Demand Predicted Response for KW, KVAR, KVA, and Iavg.
Waveform Recorder Settings
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Depth of Waveform Recorder
Sag / Swell / Transient Settings
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Sag / Swell Nominal
Sag Limit
Swell Limit
Change Criteria
Transient Threshold
Relative Setpoint Settings
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Nominal value for Over KW, Over Current, and Over Vunbal.
Under Dropout for Over KW, Over Current, and Over Vunbal.
Over Dropout for Over KW, Over Current, and Over Vunbal.
Under Pickup for Over KW, Over Current, and Over Vunbal.
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Over Pickup for Over KW, Over Current, and Over Vunbal.
Time On for Over KW, Over Current, and Over Vunbal.
Time Off for Over KW, Over Current, and Over Vunbal.
The Setup 2 tab also provides push buttons for performing the following commands:
Download– Executes a script to check for values that have changed and downloads
those values to the device via the GE 7700 Gateway.
Refresh– .Executes a script to upload all of the meter values for the settings on the
screen.
Note: Be sure to click the Refresh button prior to changing or downloading any
settings to the EPM7700, as the latest settings may not be displayed.
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Universal Relay
The Universal Relay devices are a highly-flexible family of power management
devices based on the concept of a backplane and CPU supporting a wide variety of
plug-in modules. These modules provide metering, monitoring, protection and
control functions, and other abilities.
A UR tabular wizard can display between one and eight screens of data – the number
of screens is determined by the user during wizard configuration. There are a total of
thirteen screens available, depending on the type of UR device connected. For
example, the C30 device does not support any metering functions, so the metering an
source tabs are not available for this device.
The UR wizard supports connection to the PMCS Modbus and Ethernet servers and
third party MMS servers. A UCA/MMS check box is provided on the wizard
configuration dialog to correctly set up the Intouch tag names for use with MMS.
Note: If WindowViewer is running when the wizard configuration dialog is called
up, a message appears warning that any changes made to the UR wizard
configuration will not take effect until WindowViewer is shut down and restarted.
For example, if a user elects to change the number of tabs configured for a device,
the changes will not be reflected in the runtime environment until WindowViewer is
restarted.
In the following pages, each of the Tabular Data Screen Wizards’ tabs will be
displayed and described.
Metering Tab
Universal Relay - Metering Data Screen
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The Metering tab displays the following metered values from the B30, C60, D60,
F30, F35, F60, G60, L60, L90, M60 and T60 devices: Actual Values for Voltage,
Current, Power, Power Factor, and Frequency. These values are detailed below.
Current
RMS Current for each phase, ground, and neutral
Phasor magnitude and angle for each phase, ground and neutral
Voltage
RMS voltage for each phase-to-phase, phase-to-neutral, and auxiliary voltage value.
Phasor magnitude and angle for phase-to-phase, phase-to-neutral and auxiliary
voltage value.
Phase-to-neutral voltages are displayed as "N/A" if derived from a source wired in a
delta configuration.
Power
Shows Real (Watts), Reactive (VAR), and Apparent (VA) power values per phase
and 3-phase.
By default, all power values are displayed in terms of kW, kVAR, and kVA. These
values will scale as appropriate to MW, MVAR, and MVA.
Power values derived from a source wired in a delta configuration are displayed as
"N/A".
Power Factor
Shows the signed power factor value in percent.
Power Factor values derived from a source wired in a delta configuration are
displayed as "N/A".
Frequency
Frequency is shown in units of hertz.
Frequency is only displayed if the Frequency Tracking Reference setpoint is set to a
non-zero value.
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Power Quality Tab
Universal Relay - Quality Tab
The Quality tab provides six buttons labeled S1 – S6. These buttons enable you to
select the source (1 – 6) for display. The text in the upper left corner of the tab
indicates which source is currently displayed. Buttons are disabled for sources that
have not been configured or enabled in the attached device. The Voltage parameters
displayed are dependent on CT/VT configuration of the device hardware.
For the selected source, the Quality tab displays actual values for Zero Sequence,
Positive Sequence, and Negative Sequence currents and voltages. The following
devices are supported: B30, C30, C60, D60, F30, F35, F60, G60, L60, L90, M60 and
T60. The displayed values are described below.
Current
Phasor magnitude and angle for negative, positive and zero sequence currents.
Voltage
Phasor magnitude and angle for negative, positive and zero sequence voltages.
Voltage values derived from a source wired in a delta configuration will appear as
"N/A".
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Protection Control Tab
Universal Relay - Protection Control Tab
The Protection Control tab is supported for the following devices: B30, C30, C60,
D60, F30, F35, F60, G60, L60, L90, M60 and T60. The Protection Control tab
provides the features described below.
Grouped Protection Settings
There are eight identical groups of protection settings in the UR - this tab provides an
enable/disable status indication of selected protection elements, as well as a
pushbutton to change the enable/disable status of those elements in each group.
Function availability is determined by the Order Code read from the device – those
functions that are not available in the connected device will be grayed out and
disabled, as shown below:
The label color indicates the
function’s availability on the
connected device: gray = not
available, black = available.
Button to enable or disable the
indicated function.
Status indicator: gray = disabled,
amber = enabled.
To use this tab, the user selects one of the eight settings groups for editing using the
control labeled "Select Settings Group". The status of the settings in the selected
group will then be displayed, and the user can enable/disable functions without
affecting settings in the other seven groups. Note that the displayed group may not be
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the active group currently in use by the relay’s protection algorithms. The
pushbuttons are subject to user level security in Intouch.
Phase TOC and IOC Settings
The Phase, Neutral, and Ground buttons in this section may be used to select the
display of the TOC and IOC values.
Power System Configuration Tab
Universal Relay - Power System Configuration Tab
The Power System Configuration tab supports the B30, C60, D60, F30, F35, F60,
G60, L60, L90, M60 and T60 UR devices, and shows the source CT and VT
configuration of the entire relay. The supported UR devices can be configured with
one to three DSP cards containing voltage and/or current transformers for
measurement purposes.
Current Transformers (CT)
Primary: indicates the current rating of the CT primary.
Secondary: indicates the output current of the CT secondary, either 1A or 5A.
Displays "N/A" if the Order Code indicates no CT is installed in the affected
location.
Voltage Transformers (VT)
Secondary: indicates the output voltage of the VT.
Ratio: the turns ratio of the VT.
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Displays "N/A" if the Order Code indicates no VT is installed in the affected
location.
Synchrocheck 1/2 Delta
The Delta values for Synchrocheck 1 and 2, voltage frequency, and phase.
IRIG-B Signal Type
Displays the IRIG-B signal type in use, if applicable.
Normal Frequency
The system nominal frequency in hertz.
Phase Rotation
The system phase rotation, ABC or ACB.
Frequency Tracking Reference
A numerical setpoint value associated with a specific source. The indicated source is
used by the relay for developing frequency metering information. A value of zero
indicates that the relay is not intended to meter frequency.
Hi-Z Function
Enable or Disable the device's High Impedance (Hi-Z) function, if equipped.
Transformer Tab
Universal Relay - Transformer Tab
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The T60 device alone supports a Transformer Tab on its wizard. This tab is unique to
the T60 device type. The following values are shown:
Differential Current
Phasor magnitude and angle.
Differential 2nd Harmonic
Phasor magnitude and angle
Differential 5th Harmonic
Phasor magnitude and angle
Restraint Current
Phasor Magnitude and angle
Transformer Winding Reference
Indicates which of the six possible transformer windings will serve as the reference
winding.
Elements Tab
Universal Relay - Digital Elements Tab
The Elements tab displays user-defined name and current status of the sixteen digital
elements in the UR. The status indicator color is amber if an element is enabled, gray
if it is disabled. The B30, C30, C60, D60, F30, F35, F60, G60, L60, L90, M60 and
T60 devices are supported.
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Digital Counter Tab
Universal Relay - Digital Counter Tab
The digital counter tab supports B30, C30, C60, D60, F30, F35, F60, G60, L60, L90,
M60 and T60 device types, showing information about the eight digital counters
provided in each UR.
Status – this indicator is amber if the counter is enabled, gray if disabled.
Enable/Disable – this button gives the user the ability to enable or disable the
specified counter.
Name – displays the user-defined name assigned to the counter.
Frozen Value – shows the counter’s value when last frozen.
Time Stamp – shows the time and date when the frozen count was acquired.
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Virtual Inputs Tab
Universal Relay - Virtual Inputs Tab
The Virtual Inputs (VInputs) tab allows the user to enable/disable all configured
virtual inputs in the connected device and provides indication of their status. The 32
virtual inputs can be manually operated with the pushbuttons provided at the bottom
of the screen. This tab supports the B30, C30, C60, D60, F30, F35, F60, G60, L60,
L90, M60 and T60 devices.
Virtual Inputs
The enable/disable controls and status indicators are presented as a series of pages.
To view the virtual inputs, the use the Page arrow keys provided to navigate between
the pages. The arrow keys are disabled when the virtual inputs are not being
displayed.
The state of each virtual input can be controlled with the pushbuttons along the
bottom of the screen. Clicking one of these buttons toggles the status of the virtual
input, changing its state as shown in the indicator blocks associated with each button.
Note that a virtual input must be enabled before the toggling action will take effect in
the relay.
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Virtual Outputs Tab
Universal Relay - Virtual Outputs Tab
The Virtual Outputs (VOutput) tab allows the user to view the status (energized/de-
energized) of all available virtual outputs on the device. The user can also assign a
textual name to each of the outputs. Up to 64 virtual outputs can be diplayed. This
tab supports the B30, C30, C60, D60, F30, F35, F60, G60, L60, L90, M60 and T60
devices.
Virtual Outputs
The outputs and their status indicators are presented as a series of pages. To view the
virtual outputs, the use the Page arrow keys provided to navigate between the pages.
To assign a name to a virtual output, click in the text field to the right of the output
number label. The field becomes editable; make any desired changes, then press
Enter.
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Contact Inputs Tab
Universal Relay - Contact Input Tab
The Contact Input tab supports the B30, C30, C60, D60, F30, F35, F60, G60, L60,
L90, M60 and T60 UR devices, and shows the contact inputs installed on the
selected relay. Up to 96 contact inputs may be displayed.
Contact Inputs
The contacts are presented as a series of pages. To view the contact inputs, use the
Prev(ious) and Next keys provided to navigate among the pages. The number of
contact inputs available is determined from the Order Code read from the device, and
is dependent on the number of digital I/O cards installed in the relay. If a contact
input is not available in the connected relay, the associated control button is grayed
and disabled, and the input name field shows "N/A". If the corresponding Contact
Input State is Energized then the LED is lit with an amber color; otherwise the LED
remains gray (un-energized).
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Contact Output Tab
Universal Relay - Contact Output Tab
The Contact Output tab supports the B30, C30, C60, D60, F30, F35, F60, G60, L60,
L90, M60 and T60 UR devices, and shows the contact outputs installed on the
selected relay. Up to 64 contact outputs may be displayed.
Contact Output
The contacts are presented as a series of pages. To view the contact outputs, use the
Page arrow keys provided to navigate among the pages. The number of contact
outputs available is determined from the Order Code read from the device, and is
dependent on the number of digital I/O cards installed in the relay. If a contact output
is not available in the connected relay, the associated control button is grayed and
disabled, and the output name field shows "N/A".
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DCMA Tab
Universal Relay - DCMA Tab
The Direct Current MilliAmperes (DCMA) tab supports the B30, C30, C60, D60,
F30, F35, F60, G60, L60, L90, M60 and T60 UR devices, and shows the state of the
relay's DCMA inputs. DCMA inputs are analog inputs used to read external
transducer values. An example might be rotational speed on a generator, translated
into a 4-20 mA current loop. Up to 24 inputs may be enabled or disabled.
DCMA Inputs
The DCMA inputs and their parameters are presented as a series of pages. To view
the inputs, the use the Page arrow keys provided to navigate between the pages.
For each DCMA input, its ID number, value, and units are displayed as read from the
device. To enable or disable a selected input, click the Enable button next to its ID
number.
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Source Tabs
Universal Relay - Source Tab Example
Similar in operation to the metering tab (except that frequency information is not
displayed), there are five identical "Source" tabs (2 – 6) which display actual values
information specific to the indicated source. There is no "Source 1" tab, since the
Metering tab serves as the "Source 1" display. The B30, C60, D60, F30, F35, F60,
G60, L60, L90, M60 and T60 UR device types are supported.
The display rules for the metering tab also apply to each Source tab.
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Demand Tab
Universal Relay - Demand Tab
The Demand tab supports the B30, C60, D60, F30, F35, F60, G60, L60, L90, M60
and T60 UR devices, and shows a variety of energy measurements and demand
parameters for a selected source.
These values are displayed for up to six sources, which may be toggled between
using the S1 - S6 buttons. The Clear Demand button clears the values for the selected
source. Note: Energy data is displayed as N/A for the L90 and L60 device types, and
data logger data is displayed as N/A for the B30 device type.
Demand Values
The Demand panel shows the Data Logger parameters, which may be cleared using
the Clear Data Logger button, the time/date stamps of the oldest and newest samples
available, and information on the Demand Current and Demand Power Methods, and
Demand Interval (if applicable).
Source (x) Energy
Displays positive and negative Watthour and Varhour values for the selected source.
Source (x) Demand, Peak Demand, Peak Demand Date
Displays Demand, Peak Demand, and Peak Demand Date values for a variety of
measurements for the selected source.
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Line Tab
Universal Relay - Line Tab
The Line tab supports the D60, F30, F60, G60, L60, L90 and UR devices, and shows
a variety of energy measurements and demand parameters for a selected source.
These values are displayed for up to six sources, which may be toggled between
using the S1 - S6 buttons. The Clear Demand button clears the values for the selected
source.
Line Tab
Displays (for Remote 1, Remote 2, Local, and Differential) the magnitude and angle
on phase A, B, and C.
Also displays information on various Direct Inputs, L90 Channels 1 and 2, and Line
Position and Line Zero values.
Control Functions
The Control Functions panel displays status (enabled/disabled) and allows control of
various relay elements, for example 87L and 87PC protection elements. Elements are
greyed out if not installed or applicable to the device type. Each element's may be
enabled or disabled by clicking the button next to its name.
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Breaker Tab
Universal Relay - Breaker Tab
The Breaker tab supports the B30, C30, C60, D60, F30, F35, F60, G60, L60, L90,
M60 and T60 UR devices, and shows a variety amperage measurements and breaker
status, as well as allowing control of breaker functions and auto reclosers.
Arcing
Amperage at Breaker 1 and 2 is displayed for Phases A, B, and C. The Clear Current
Arcing functions allow current arcing conditions to be cleared.
Breaker Arcing Current features are available for Breakers 1 and 2. This element
calculates an estimate of the per-phase wear on the breaker contacts by measuring
and integrating the current squared passing through the breaker contacts as an arc.
These per-phase values are added to accumulated totals for each phase and compared
to a programmed threshold value. When the threshold is exceeded in any phase, the
relay can set an output operand to "1". The accumulated value for each phase can be
displayed as an actual value.
Breaker Functions
Breaker control can be enabled or disabled using these controls, and the Breaker
Arcing Amp function can be enabled or disabled for Breakers 1 and 2. These
controls will be disabled if the connected device does not support breaker control.
Breaker Status
Selecting a settings group changes the display of functions. Up to 8 settings groups
are available for display.
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Auto Reclose
If the breaker is so equipped, the status of and reclose count for up to six Auto
Reclose functions can be displayed, and each recloser may be enabled or disabled.
Click the button next to each ID number to enable/disable the autorecloser.
Contact Output Current States Tab
Universal Relay - Contact Output Current States Tab
The Contact Output Current State tab supports the B30, C30, C60, D60, F30, F35,
F60, G60, L60, L90, M60 and T60 UR devices, and indicates the current state of the
contact outputs installed on the selected relay. Up to 64 contact outputs may be
displayed.
Contact Output Current State
The Current, Voltage, and Detect buttons enable the user to shift the viewing mode
of the contacts displayed.
The contacts are presented as a series of pages. To view the contact outputs, use the
Page arrow keys provided to navigate among the pages. The number of contact
outputs available is determined from the Order Code read from the device, and is
dependent on the number of digital I/O cards installed in the relay. If a contact output
is not available in the connected relay, the associated control button is grayed and
disabled, and the output name field shows "N/A".
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Remote Temperature Detection Tab
Universal Relay - Contact Output Tab
The RTD tab supports the B30, C30, C60, D60, F30, F35, F60, G60, L60, L90, M60
and T60 UR devices, and shows the RTD sensors installed on the selected relay. Up
to 48 input sensors may be displayed.
RTD Tab
Each RTD sensor's status, function (name), and current temperature are shown.
Individual RTD's may be disabled or enabled using the control button next to the
RTD number.
The sensors are presented as a series of pages. To view each page of RTD's, use the
Prev(ious) and Next keys provided to navigate among the pages. The number of
parameters displayed is determined from the Order Code read from the device, and is
dependent on the number of RTD sensors wired to the relay. If a sensor is not
available in the connected relay, the associated control button is grayed and disabled,
and the name field shows "N/A".
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Bus Tab
Universal Relay - Bus Tab
The Bus tab is supported for the B30 UR device only. It displays Phase Magnitude
and Angle measurements on Bus 1 and Bus 2 for phases A, B, and C.
Current direction is shown in degrees for each phase, and the Zone function can be
enabled or disabled on each Bus.
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239 Motor Protection Relay
The 239 does not support Waveform Capture or Event generation, therefore these
buttons are disabled beneath the Info box.
The 239 Tabular Data Screen’s command buttons are described below:
Tab
Button
Function
Metering
Reset Device
External Restart
Clear Trip Data
Issues a RESET command to the 239
Issues an External Restart command to the 239
Trip Data
Clears the last 5 trip causes from the 239’s
memory
Table 31. 239 Tabular data screen commands.
•
The Status tab displays 35 Pickup LEDs (amber) and 35 Alarm LEDs
(red), along with a text string for each alarm condition on the Status
tab.
See the 239 Motor Protection Relay Instruction Manual (Chapter 5,
)
Actual Values
for information on the display of data values under different device configurations.
Values not configured for use are displayed as N/A.
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269 Plus Motor Management Relay
The 269 Tabular Data Screen wizard provides two reset push buttons on the Setup 6
tab.
Tab
Status 6
Button
Function
Clear Last RTD Data
Clears the RTD last access registers
Clears the commissioning data registers
Clear Commissioning
Data
Table 32. 269+ Tabular data screen commands.
For complete explanations of parameters, refer to the 269+
.
Users Guide
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369 Motor Management Relay
Metering Tab
369 - Metering Data Screen
The Metering tab displays the following metered values from the 369 device: Actual
Values for Voltage, Current, Power, Power Factor, and Frequency. These values are
detailed below.
Current
•
•
•
•
•
•
•
Per phase magnitude and angle
Phase average
Ground current
Motor Load as a percentage of the Full Load Current rating defined in setpoints.
Thermal Capacity used in percent
Estimated time to trip
Current Unbalance ratio
Voltage
Voltage values are only displayed if the Metering or Backspin option is installed in
the relay, and if a voltage transformer (VT) connection has been programmed in the
relay.
Line - Line voltage magnitude.
Average Line-Line voltage.
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Line – Neutral voltage magnitude and angle (only shown for wye configurations)
Average Line-Neutral voltage. (only shown for wye configurations)
Power
Power values are displayed only if the Metering or Backspin option is installed in the
relay and a VT connection has been programmed.
•
•
•
•
Real power
Reactive power
Apparent power
Power Factor
Motor Status
The current status of the motor is shown in a colored indicator block
Timer Functions & Learned Values
The lower right quadrant of the metering tab has two pages – Timer Functions and
Learned Values. You can toggle between these two displays by clicking on the
button located in the bottom right corner of the metering tab display.
Timer Functions: this section displays the current values of several internal timers
within the device. Most of these functions must be programmed in the relay in order
to function. Refer to the device manual for specific usage details.
Learned Values: this section displays items tracked by the relay. For full details on
their usage, consult the relay manual.
Backspin features – these are only enabled when the Backspin option is installed in
the relay.
Learned cool time constants – these are enabled only if the "Enable Learned Cool
Times" feature is programmed.
Learned k factor is only enabled by setting the unbalance biasing of thermal capacity
to on/learned.
Clearing Motor Data (see control tab) will set all these values to their defaults.
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Alarms Tab
369 Relay - Alarms Tab
This page displays the current status of the alarm functions within the relay. If a
function is disabled or not programmed, its label will appear as dark gray text, and its
associated indicator will be dark gray at all times.
If a function is enabled its label will appear as black text, and its indicator will show
the current status of that function.
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Trip Data Tab
369 Relay - Trip Data Tab
This tab displays information about the last trip event.
Voltage, power, and power factor values are only indicated if the Metering or
Backspin option is installed and a VT connection has been programmed in the relay.
Line-Neutral voltages are only displayed when the VT is connected in a wye
configuration.
The Hottest Stator RTD field is only shown if a Stator RTD is programmed.
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Trip Counter Tab
369 Relay - Trip Counter Tab
This tab displays information about the accumulated trips experienced by the relay.
Data on this page can be cleared using the Clear Last Trip Data button on the Control
tab.
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Demand Tab
369 Relay - Demand Tab
This tab displays current and power demand metering information.
Current demand is indicated regardless of options/VT settings.
Power demand values are only available when the Metering or Backspin option is
installed on the relay and a VT connection is programmed.
Peak demand values may be cleared using the Clear Peak Demand Data button on
the Control tab.
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Local RTD Tab
369 Relay - Local RTD Tab
This tab displays information about any RTD temperature probes connected directly
to the device. Information on this tab is only available if the RTD option is installed
in the relay.
Information and alarm indication for each RTD is only available when that RTD is
programmed for operation. If an RTD’s Application is set to "none" then all fields
for that RTD display "N/A".
The hottest Stator RTD indicates which RTD is currently returning the highest
temperature. This condition is indicated by red text in the Temperature field.
Only one alarm condition can be displayed at a time – highest priority alarms are
displayed in the alarm indicator. For example, if a "High Alarm" was triggered and
latched and the RTD value returned to the "Alarm Active" state, the "High Alarm"
latched indicator would persist.
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Remote RTD Tab
369 Relay - RRTD Tab
This tab displays information about any RTD temperature probes connected to one
or more Remote RTD units. These external accessories connect via Modbus to the
369 relay. A maximum of four RRTD modules can be connected to a 369 relay –
each module is assigned a page on this tab. Use the RRTD Selection buttons in the
lower left corner of the tab to navigate between pages.
Information on this tab is only available if an RRTD module is connected to the
relay.
Information and alarm indication for each RTD is only available when that RTD is
programmed for operation. If an RTD’s Application is set to "none" then all fields
for that RTD display "N/A".
The hottest Stator RTD indicates which RTD is currently returning the highest
temperature. This condition is indicated by red text in the Temperature field.
Only one alarm condition can be displayed at a time – highest priority alarms are
displayed in the alarm indicator. For example, if a "High Alarm" was triggered and
latched and the RTD value returned to the "Alarm Active" state, the "High Alarm"
latched indicator would persist.
The Status indicators are dedicated to the indicated RRTD module, except for the
Comm. Failure indicator – this will be energized if any configured RRTD module
stops communicating.
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Control Tab
369 Relay - Control Tab
This tab provides limited control functionality over Modbus.
Status – indicates the current status of the output relays and general digital inputs.
Preset Values – shows the current value of the indicated field and allows you to
preset a new value. To preset a new value, click the white box containing the value
you want to change. Type a new value into the dialog box that appears and click OK.
The new value is now displayed in the Control tab and the Set button is enabled, but
the new value has not yet been sent to the device. Click the Set button: a
confirmation dialog appears. Choose Yes to set the new value to the device, No to
cancel the operation and display the value currently held in the device.
Control – These buttons are disabled unless the Serial Communications Control
setpoint in the relay is programmed to "On". · Motor status is identical to the
indicator on the Metering tab.
Clear Data – These buttons clear the designated values within the device.
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Setup Tab
369 Relay - Setup Tab
This tab displays selected setpoints from the device. All fields on this tab are read-
only. Setpoints may be changed via the relay’s own setup program or manually via
the front panel.
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SR469 Motor Management Relay
All six function buttons under the Info box are enabled for the SR469.
The SR469 Tabular Data Screen wizard has nine command buttons, described below.
Tab
Button
Function
Metering
Reset Device
Issues a RESET command to the SR469
Clears these values from the SR469’s memory
Clears this data from memory
Clear MWh and Mvarh
Clear Peak Demand
Motor Start/Motor Stop
Clear RTD Maximums
Clear Last Trip Data
Status
Issues Motor Start or Motor Stop commands
Resets the RTD Maximums data
Trip
I/O
Clears this data from memory
Clear Analog Input
Min/Max Data
Clears this data from memory
Maintenance
Preset Digital Counter
Clear Trip Counters
Allows presetting of digital counters.
Clears the trip count data from memory.
Table 33. SR469 Tabular data screen commands.
See the SR469 Motor Management Relay manual (Chapter 5,
) for
Actual Values
information on the display of data values under different device configurations.
Values not configured for use are displayed as N/A.
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SR489 Generator Management Relay
All the SR489’s function buttons below the Info box are enabled.
The SR489 Tabular Data Screen wizard has nine command buttons, described below.
Tab
Button
Function
Metering
Reset Device
Issues a RESET command to the device.
Clear Peak Demand
Clears the peak demand data from memory.
Clears the MWh and Mvarh data from memory.
Clears the maximum RTD data from memory.
Clears the last trip data from memory.
Clear MWh and Mvarh
Clear Max RTD Data
Trip Data
I/O
Clear Last Trip Data
Clear Analog I/P Min/Max Data
Clear Trip Counters
Clears the analog input minimum/maximum data from memory.
Clears the trip counter data from memory.
Clears the generator data from memory.
Maintenance
Clear Generator Information
Clear Breaker Information
Clears the breaker data from memory.
Table 34. SR489 Tabular data screen commands.
See the SR489 Generator Management Relay manual (Chapter 5,
) for
Actual Values
information on the display of data values under different device configurations.
Values not configured for use are displayed as N/A.
565 Feeder Management Relay
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The 565 Tabular Data Screen wizard has the following buttons on the Command tab:
Tab
Button
Function
Command
Maint Data
Clears the maintenance data
Clears the operation data
Clears the amp demand registers
Clears the kW demand registers
Clears the kVAR demand registers
Clears the events table
Operation Data
Amp Demand
KW Demand
KVAR Demand
Events
Energy
Clears the energy used data
Performs a keypad reset
Ends the relay test
Reset Keypad
End of Relay Test
End of LED Test
End of Analog Output Test
Test LCD Display
Test LEDs
Ends the LED test
Ends the analog output test
Sends a test pattern to the LCD
Starts the LED test
Table 35. 565 Tabular data screen commands.
The Setup 2 tab has two data input areas. Analog Input Title creates a user label for
the analog input used in the device. Analog Input Units performs the same function
for the units of the analog input. These labels appear on the Metering tab and on the
Large Faceplate wizard when the analog input is displayed. The analog input can be
scaled to display any desired units from the front of the device, but these labels are
not sent to the DDE Server.
For complete explanations of parameters, refer to the 565
.
Users Guide
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SR735 Feeder Relay
The Events and Wave function buttons below the Info box are disabled since the
SR735 does not support Waveform Capture or Event generation.
The SR735 Tabular Data Screen wizard has two command buttons, described below.
Tab
Button
Function
Metering
Trip
Reset Device
Clear Last Trip Data
Issues a RESET command to the 735
Clears the trip causes log
Table 36. 735 Tabular data screen commands.
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SR745 Transformer Management Relay
Under the Info box, the SR745’s function buttons are all enabled.
The SR745 Tabular Data Screen wizard has three command buttons:
Tab
Button
Function
Metering
Demand
Reset Device
Issues a RESET command to the device
Clear Max
Demand Data
Clears the maximum demand data from the
SR745’s memory
Harmonics
Clear Loss-of-Life
Data
Clears loss-of-life data from the SR745’s
memory
Table 37. SR745 Tabular data screen commands.
See the SR745 Transformer Management Relay Instruction Manual (Chapter 6,
) for information on the display of data values under different device
Actual Values
configurations. Values not configured for use are displayed as N/A. When
configured for only 2 Windings, the Winding 3 fields on the Tabular Data wizard are
not visible.
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SR750/SR760 Feeder Management Relay
The SR750 and SR760 are very similar devices and share a common Tabular Data
Screen wizard. During wizard configuration, select which type of device the wizard
represents (SR750 or SR760) by selecting the corresponding radio button in the
Wizard Configuration dialog box.
Under the Info area, the SR750/760’s function buttons are all enabled.
The SR750/760 Tabular Data Screen wizard has eight command buttons:
Tab
Button
Function
Metering
Clear Energy
Reset Device
Reset Max Demand
Resets the energy counters to zero.
Issues a RESET command to the SR750/760.
Clears the Max Demand data from the
SR750/SR760’s memory.
Demand
Trip
I/O
Reset Trip Counters
Open Breaker
Close Breaker
Reset Count
Resets the SR750/760’s trip counters to zero.
Issues Open Breaker command.
Issues Close Breaker command.
Resets the SR750/760's reclosure counter to
zero.
Fault
Reset Arcing
Current
Resets the arcing current data.
Table 38. SR750/SR760 Tabular data screen commands.
The SR750/SR760 Tabular screen offers a tab labeled LOGIC. This tab allows you
to access the SR750/SR760's 20 logic inputs. You can use these logic inputs to
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operate a variety of logic functions for circuit breaker control, external trips,
blocking of protection elements, etc., and use the PCMS Wizard to monitor the status
of the logic inputs. For more information, refer to the SR750/SR760 user manual, in
the section titled Setpoints - S3 Logic Inputs.
See the SR750/SR760 Feeder Management Relay Instruction Manual (Chapter 5,
Actual Values) for information on the display of data values under different device
configurations. Values not configured for use are displayed as N/A.
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DFP100 Relay
The DFP100 Tabular Data Screen wizard provides several command buttons,
described in the following table:
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Tab
Button
Function
Metering
Digital Input Labels
The user can enter descriptive text
(limited to 22 characters) for each
digital input. These labels are retentive.
Initiates a "current report" download to
a file after prompting the user to
confirm the requested action. Report
status is indicated during the download.
When the report is complete the path to
the new file is displayed.
Control
Trigger Demand Report
Block/Unblock Reclosure
Open/Close Breaker
Blocks or Unblocks the recloser
remotely after confirmation by the user.
Active only if the recloser function is
available in the device. Will not unblock
reclosers blocked locally.
Opens or closes the breaker attached to
the device after confirmation by the
user. This button is disabled if the
relay’s breaker status input is unwired.
See the relay manual for details.
Control
Reset Fault Log
Reset Event Log
Disable Relay
Group 1 - 6
Clears the device fault log record after
confirmation by the user.
Clears the device event log record after
confirmation by the user.
Toggles the relay Enable/Disable
setpoint after confirmation by the user.
Changes the relay’s active setpoint
group to the selected value (1 – 6) after
confirmation by the user.
Table 39. DFP100 Tabular data screen commands.
General notes on controls:
1. If the communications link between the device and the wizard has failed (as
indicated by the "Communications failed" warning) then all Control tab
command buttons will display the message "Communications Failure – please
wait" in response to command requests.
2. While a warning or prompt message box is displayed by the wizard, all wizard
controls such as command buttons and tab selectors are disabled.
3. A 15 second consecutive-command delay is enforced between command
requests. While this delay is in progress, additional command requests will
display the message "Device Busy – please wait".
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DFP200 Relay
The DFP200 Tabular Data Screen wizard provides several command buttons,
described in the following table:
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Tab
Button
Function
Control
Lockout Recloser
If the recloser status is "In Progress" and the breaker is open, this command
forces the recloser to the Lockout state.
If the recloser status is "In Progress" and the breaker is closed, this
command forces the recloser to the Reset State.
Reset Recloser
Open/Close Breaker
Sends the "Open Breaker" or “Close Breaker” command.
Toggles the status of the Digital Outputs between Enabled and Disabled.
Clears Regular and RMS oscillography records.
Enable/Disable Digital Outputs
Reset Fault Data
Reset Latched Alarms
Resets all Latched Alarms. Use this button to clear relay front panel alarm
indicators.
Reset Event/Diag. Logs
Reset THD Osc. Data
Reset Demand Data
Reset Energy Meter Data
Group 1 – Group 8
Clears the Event and Diagnostic logs.
Clears all THD Oscillography records.
Clears all demand values and resets all timestamps to the current time.
Zeros energy metering values for Watt-hours and Var-hours.
Selects the active settings group. If the "Remote Configuration" jumper is
installed, attempts to operate these controls will generate the error message
"Remote Setpoint Changes Not Allowed: Unable to Perform Operation".
I/O
Digital Input and Output Labels
The user may replace the existing labels for each I/O point. These labels are
retentive.
Table 40. DFP200 Tabular data screen commands.
Notes on Control Tab:
1. Attempts to operate command buttons during DDE communication failure will
generate the error message "Communications Failure: please wait".
2. All command buttons, tab selectors, and function buttons are disabled until
wizard message boxes are acknowledged.
Notes on breaker controls: the following configuration options will affect the
operation of the breaker command controls:
1.
If the "Remote Breaker Operations Disabled" jumper is installed on the
relay, attempts to issue Breaker Open and Breaker Close commands will
generate the error message "Remote Breaker Operations Not Allowed – Unable
to Perform Operation".
3. If the Digital Outputs are Disabled, attempts to issue Breaker Open and Breaker
Close commands will generate the error message "Digital Outputs Disabled:
Unable to Perform Operation".
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Fanuc 90/30
The Fanuc 90/30 Tabular Data Screen wizard is blank. This allows any desired data
to be placed on the screen.
Fanuc 90/70
The Fanuc 90/70 Tabular Data Screen wizard is blank. This allows any desired data
to be placed on the screen.
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Troubleshooting
EPM 3710/EPM 3720 – no data or incorrect data
displayed
Q: The values on the EPM 3710/3720 wizards come up showing zeros or incorrect
data.
A: The EPM 3710/3720 wizards require you to click the Refresh button on the
wizard before the display is updated. Also, the first time the wizard is displayed, it
may take a few moments for the DDE conversation to be established and data to be
displayed.
EPM 3720 – KVAH import values incorrect
Q: On the EPM 3720 Tabular data screen, the KVAH import value does not equal
the value of KVAH total or KVAH net when KVAH export equals zero.
A: Some rapidly changing values and/or values requiring extensive calculations
cannot be updated on the wizards quickly enough to reflect the data displayed on the
device in real time. Be patient while the software catches up with the device.
Long update when changing setpoints
Q: I attempted to change a device setpoint (such as changing the VT connection type
from WYE to DELTA). It took a long time to update the Wizards setpoint tab to
reflect the changes.
A: When changing setpoints, which are polled very slowly, the display may take a
long time (a minute or more) to update. This means the metering data will be
postponed while the display updates. Setpoint changes are a relatively rare change to
make - please be patient during the delay.
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PLEPM – Wrong Metering tab displayed
Q: When I double-click the display on the PLEPM's Large Faceplate wizard to go to
the Tabular data screen, the DELTA metering tab is displayed, even though the
PLEPM is configured as WYE.
A: Click another tab and then click back to the Metering tab. The correct
configuration will now be displayed.
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Appendix A:
EPM 3720 Sliding Window
Demand Keys
Downloading Sliding Demand Window Keys to the
EPM 3720
The EPM 3720 supports up to 10 sliding demand measurements that are user-
programmable via the Tabular Data screen wizard. The Sliding Demand tab offers a
set of adjustable fields, into which a user can enter a key (a unique string of values)
which, when downloaded to the EPM 3720, will trigger a measurement.
For explanations of what the EPM 3720's various parameters mean, refer to the EPM
3720 Users Guide, in the section titled Sliding Window Demand.
To set the EPM 3720's sliding demand keys, first locate the key code for the
parameter you wish to measure in the following table.
Next, open the EPM 3720 Tabular Data screen wizard and select the Sliding Demand
tab. Enter the appropriate sliding demand window key by clicking the on-screen
thumbwheels up or down until the key code is displayed. Press the Download button
to send the key to the device.
Allow several seconds for transmission time, then press the Refresh button to verify
that the device has accepted the setup parameter. The values displayed should be
those downloaded. When it receives the downloaded key, the meter will perform a
sliding demand measurement for the parameter selected by the key.
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Table A-1. EPM 3720 Sliding Window Demand Keys.
#3 & #4 Sliding Window Key Thumbwheel Settings
#1
#2
Class
Sub-class
Instance
Measurement
Supported Modes
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
00
Volts LN Average
Volts LN Phase A
Volts LN Phase B
Volts LN Phase C
Volts LL Average
Volts LL Phase AB
Volts LL Phase BC
Volts LL Phase CA
Amps Average
Amps Phase A
Amps Phase B
Amps Phase C
Amps Neutral
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
01
02
03
04
05
06
07
08
09
0A
0B
0C
0D
0E
0F
Reserved
Volts Imbalance (0-100)
Amps Imbalance (0-100)
kW Total
HS STD TD SD PD
STD TD SD PD
10
HS STD TD SD PD HRS
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
STD TD SD PD HRS
STD TD SD PD
11
kW Phase A
12
kW Phase B
13
kW Phase C
14
kVAR Total
15
kVAR Phase A
kVAR Phase B
kVAR Phase C
kVA Total
16
STD TD SD PD
17
STD TD SD PD
18
HS STD TD SD PD HRS
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
STD TD SD PD
19
kVA Phase A
1A
1B
1C
1D
1E
1F
kVA Phase B
kVA Phase C
PF Total
PF Phase A
STD TD SD PD
PF Phase B
STD TD SD PD
PF Phase C
STD TD SD PD
20
Frequency
HS STD TD SD PD
21-23
24
Reserved
Phase Reversal (0 or 1)
Reserved
HS STD
25-27
28
VAUX
STD TD SD PD
29-2F
30
Reserved
I2T Avg. (0 = Off, 1= On)
I2T Phase A (0=Off, 1=On)
I2T Phase B (0=Off, 1=On)
I2T Phase C (0=Off, 1=On)
Reserved
HS
HS
HS
HS
31
32
33
34-67
68
V1 HD - K-Factor
STD TD SD PD
194 • Appendix A: EPM 3720 Sliding Window Demand Keys
PMCS Interface Toolkit
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#1
#2
#3 & #4
Sliding Window Key Thumbwheel Settings
Class
Sub-class
Instance
Measurement
Supported Modes
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
69
6A
6B
6C
6D
6E
6F
70
71
72
73
74
75
76
77
78
79
7A
7B
7C
7D
7E
7F
80
81
82
83
84
85
86
87
88
89
8A
8B
8C
8D
8E
8F
90
91
92
93
94
95
96
V2 HD - K-Factor
V3 HD - K-Factor
VAUX HD - K-Factor
I1 HD - K-Factor
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
I2 HD - K-Factor
I3 HD - K-Factor
I4 HD - K-Factor
V1 HD - Total Odd
V2 HD - Total Odd
V3 HD - Total Odd
VAUX HD - Total Odd
I1 HD - Total Odd
I2 HD - Total Odd
I3 HD - Total Odd
I4 HD - Total Odd
V1 HD - Total Even
V2 HD - Total Even
V3 HD - Total Even
VAUX HD - Total Even
I1 HD - Total Even
I2 HD - Total Even
I3 HD - Total Even
I4 HD - Total Even
V1 HD - Total
V2 HD - Total
V3 HD - Total
VAUX HD - Total
I1 HD - Total
I2 HD - Total
I3 HD - Total
I4 HD - Total
V1 HD - Harmonic #1
V2 HD - Harmonic #1
V3 HD - Harmonic #1
VAUX HD - Harmonic #1
I1 HD - Harmonic #1
I2 HD - Harmonic #1
I3 HD - Harmonic #1
I4 HD - Harmonic #1
V1 HD - Harmonic #2
V2 HD - Harmonic #2
V3 HD - Harmonic #2
VAUX HD - Harmonic #2
I1 HD - Harmonic #2
I2 HD - Harmonic #2
I3 HD - Harmonic #2
PMCS Interface Toolkit
Appendix A: EPM 3720 Sliding Window Demand Keys • 195
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#1
#2
#3 & #4
Sliding Window Key Thumbwheel Settings
Class
Sub-class
Instance
Measurement
Supported Modes
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
97
I4 HD - Harmonic #2
V1 HD - Harmonic #3
V2 HD - Harmonic #3
V3 HD - Harmonic #3
VAUX HD - Harmonic #3
I1 HD - Harmonic #3
I2 HD - Harmonic #3
I3 HD - Harmonic #3
I4 HD - Harmonic #3
V1 HD - Harmonic #4
V2 HD - Harmonic #4
V3 HD - Harmonic #4
VAUX HD - Harmonic #4
I1 HD - Harmonic #4
I2 HD - Harmonic #4
I3 HD - Harmonic #4
I4 HD - Harmonic #4
V1 HD - Harmonic #5
V2 HD - Harmonic #5
V3 HD - Harmonic #5
VAUX HD - Harmonic #5
I1 HD - Harmonic #5
I2 HD - Harmonic #5
I3 HD - Harmonic #5
I4 HD - Harmonic #5
V1 HD - Harmonic #6
V2 HD - Harmonic #6
V3 HD - Harmonic #6
VAUX HD - Harmonic #6
I1 HD - Harmonic #6
I2 HD - Harmonic #6
I3 HD - Harmonic #6
I4 HD - Harmonic #6
V1 HD - Harmonic #7
V2 HD - Harmonic #7
V3 HD - Harmonic #7
VAUX HD - Harmonic #7
I1 HD - Harmonic #7
I2 HD - Harmonic #7
I3 HD - Harmonic #7
I4 HD - Harmonic #7
V1 HD - Harmonic #8
V2 HD - Harmonic #8
V3 HD - Harmonic #8
VAUX HD - Harmonic #8
I1 HD - Harmonic #8
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
98
99
9A
9B
9C
9D
9E
9F
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
AA
AB
AC
AD
AE
AF
B0
B1
B2
B3
B4
B5
B6
B7
B8
B9
BA
BB
BC
BD
BE
BF
C0
C1
C2
C3
C4
196 • Appendix A: EPM 3720 Sliding Window Demand Keys
PMCS Interface Toolkit
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#1
#2
#3 & #4
Sliding Window Key Thumbwheel Settings
Class
Sub-class
Instance
Measurement
Supported Modes
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
C5
C6
C7
C8
C9
CA
CB
CC
CD
CE
CF
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
DA
DB
DC
DD
DE
DF
E0
E1
E2
E3
I2 HD - Harmonic #8
I3 HD - Harmonic #8
I4 HD - Harmonic #8
V1 HD - Harmonic #9
V2 HD - Harmonic #9
V3 HD - Harmonic #9
VAUX HD - Harmonic #9
I1 HD - Harmonic #9
I2 HD - Harmonic #9
I3 HD - Harmonic #9
I4 HD - Harmonic #9
V1 HD - Harmonic #10
V2 HD - Harmonic #10
V3 HD - Harmonic #10
VAUX HD - Harmonic #10
I1 HD - Harmonic #10
I2 HD - Harmonic #10
I3 HD - Harmonic #10
I4 HD - Harmonic #10
V1 HD - Harmonic #11
V2 HD - Harmonic #11
V3 HD - Harmonic #11
VAUX HD - Harmonic #11
I1 HD - Harmonic #11
I2 HD - Harmonic #11
I3 HD - Harmonic #11
I4 HD - Harmonic #11
V1 HD - Harmonic #12
V2 HD - Harmonic #12
V3 HD - Harmonic #12
VAUX HD - Harmonic #12
I1 HD - Harmonic #12
I2 HD - Harmonic #12
I3 HD - Harmonic #12
I4 HD - Harmonic #12
V1 HD - Harmonic #13
V2 HD - Harmonic #13
V3 HD - Harmonic #13
VAUX HD - Harmonic #13
I1 HD - Harmonic #13
I2 HD - Harmonic #13
I3 HD - Harmonic #13
I4 HD - Harmonic #13
V1 HD - Harmonic #14
V2 HD - Harmonic #14
V3 HD - Harmonic #14
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
E4
E5
E6
E7
E8
E9
EA
EB
EC
ED
EE
EF
F0
F1
F2
PMCS Interface Toolkit
Appendix A: EPM 3720 Sliding Window Demand Keys • 197
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#1
#2
#3 & #4
Sliding Window Key Thumbwheel Settings
Class
Sub-class
Instance
Measurement
Supported Modes
4
4
4
4
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
3
3
3
3
3
F3
F4
F5
F6
F7
F8
F9
FA
FB
FC
FD
FE
VAUX HD - Harmonic #14
I1 HD - Harmonic #14
I2 HD - Harmonic #14
I3 HD - Harmonic #14
I4 HD - Harmonic #14
V1 HD - Harmonic #15
V2 HD - Harmonic #15
V3 HD - Harmonic #15
VAUX HD - Harmonic #15
I1 HD - Harmonic #15
I2 HD - Harmonic #15
I3 HD - Harmonic #15
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
198 • Appendix A: EPM 3720 Sliding Window Demand Keys
PMCS Interface Toolkit
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Appendix B:
Automatic Waveform Capture and
Waveform Retrieval on EPM 3720
Using a setpoint to trigger waveform capture or record
on the EPM 3720
When a Setpoint is programmed from the wizard, the EPM 3720 has the ability to
automatically capture or record waveforms based on the value of a specified
parameter. In order to display a Waveform Capture, the meter takes 128 samples
from a full cycle of any single selected channel. For a Waveform Record, the meter
takes 16 samples per cycle from multiple cycles on all 8 inputs simultaneously. The
device will store 36 cycles of 1 event, 18 cycles of 2 events, or 12 cycles of 3 events,
depending on the Record Depth programmed by the user. Please follow the
instructions below to use a Setpoint to trigger a waveform capture or record on the
EPM 3720.
For explanations of what the EPM 3720's various parameters mean, refer to the EPM
3720 Users Guide, in the section titled Sliding Window Demand.
9. In the EPM 3720 wizard’s tabular data screen, click on the Setpoints
tab.
6. Choose an unassigned setpoint number. Either Standard or High Speed
may be used, but High Speed is recommended for quicker response.
(See Section 6 of the 3720 ACM Installation & Operation Manual for
more details on configuring Setpoints.)
7. Based on the parameter that will be set in the Trigger Key, select the
Setpoint Type.
8. Set the Trigger Key. The Trigger Key is a code for the parameter that,
when its value passes a set limit, triggers an Action. Refer to the table
in this section for a list of Trigger Key codes.
9. Enter the High and Low Limits as well as any Time Delays to operate
and release.
10. Select the required Action. To record a waveform, choose Waveform
Recorder. For Waveform Capture, remember that the waveform of
PMCS Interface Toolkit Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 • 199
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only one input may be automatically captured. Choose Waveform
Capture Channel X where X represents an integer between 1 and 8.
Following are the Channel assignments for Wye and Delta systems.
11. Press the Download key. This will transmit the values entered into the
Setpoints tabular screen for the selected setpoint number to the device.
After several seconds press the Refresh button and scroll to the
selected setpoint to verify that the device has accepted the setpoint
entered parameters.
12. For waveform record, open the Waveform Capture program from
within the wizard. On the main screen, select the appropriate Topic or
device name and click on the Record radio button. Then, under the
menu Waveform>Configure>Record Depth, select a depth of either 1
event x 36 cycles, 2 events x 18 cycles, or 3 events x 12 cycles. Press
OK. The Trigger, Arm, and Retrieve buttons will become inactive as
the depth is downloaded to the meter. For waveform capture proceed
directly to step 9.
13. Once the Trigger, Arm, & Retrieve buttons become active, press the
Arm button. The Trigger, Arm, & Retrieve buttons will momentarily
become inactive. When the buttons become active, the meter is now
ready to record/capture a waveform when the setpoint conditions are
reached.
14. Once the waveform has been automatically captured or recorded and
the event has been logged, choose the appropriate Topic and function;
i.e., in the main screen of the Waveform Capture program, press
Retrieve.
15. View and save waveforms as desired.
16. To rearm the meter and clear the waveform data out of the device’s
memory, press Arm on the main screen of the Waveform Capture
program.
200 • Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 PMCS Interface Toolkit
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Table B-1. EPM 3720 Trigger Keys.
#3 & #4 Trigger Key Thumbwheel Setting
#1
#2
Class
Sub-class
Instance
Meaning
0
1
1
1
1
1
1
1
1
1
1
1
1
4
0
0
1
2
3
4
5
8
9
C
D
E
F
0
00
Null Object Identifier
00-05
00-02
00-07
00
Digital Inputs (Status Inputs)
Digital Outputs (Relays)
Analog Inputs (Voltage & Current Inputs)
Analog Outputs (IOUT)
00-05
00-02
00-05
00-02
00-05
00-02
00-03
00-03
Digital Inputs (Status Inputs) -- Status
Digital Outputs (Relays) -- Status
Digital Inputs (Status Inputs) -- Counter
Digital Outputs (Relays) -- Counter
Digital Inputs (Status Inputs) -- Preset/Reset
Digital Outputs (Relays) -- Reset
Digital Inputs (Status Inputs) -- Scale
Digital Inputs (Status Inputs) -- Rollover
High-speed Present
see valid
instances
below
4
4
4
4
4
4
4
4
4
1
2
3
4
5
6
7
8
9
see valid
instances
below
Standard Present
see valid
instances
below
Thermal Demand Present
Sliding Window Demand Present
High-speed Minimum
see valid
instances
below
see valid
instances
below
see valid
instances
below
Standard Minimum
see valid
instances
below
Thermal Demand Minimum
Sliding Window Demand Minimum
High-speed Maximum
see valid
instances
below
see valid
instances
below
see valid
instances
below
Standard Maximum
PMCS Interface Toolkit Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 • 201
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Class
Sub-class
Instance
Meaning
4
A
see valid
instances
below
Thermal Demand Maximum
4
4
4
4
4
B
C
D
E
F
see valid
instances
below
Sliding Window Demand Maximum
Hours - Net (Import - Export)
Hours - Import
see valid
instances
below
see valid
instances
below
see valid
instances
below
Hours - Export
see valid
instances
below
Hours - Total (Import + Export)
⇓
Instance
00
Measurement
Supported Modes
Volts LN Average
Volts LN Phase A
Volts LN Phase B
Volts LN Phase C
Volts LL Average
Volts LL Phase AB
Volts LL Phase BC
Volts LL Phase CA
Amps Average
Amps Phase A
Amps Phase B
Amps Phase C
Amps Neutral
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
01
02
03
04
05
06
07
08
09
0A
0B
0C
0D
0E
0F
10
Reserved
Volts Imbalance (0-100)
Amps Imbalance (0-100)
kW Total
HS STD TD SD PD
STD TD SD PD
HS STD TD SD PD HRS
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
STD TD SD PD HRS
STD TD SD PD
11
kW Phase A
12
kW Phase B
13
kW Phase C
14
kVAR Total
15
kVAR Phase A
kVAR Phase B
kVAR Phase C
16
STD TD SD PD
17
STD TD SD PD
202 • Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 PMCS Interface Toolkit
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
18
kVA Total
HS STD TD SD PD HRS
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
STD TD SD PD
19
kVA Phase A
1A
1B
1C
1D
1E
1F
kVA Phase B
kVA Phase C
PF Total
PF Phase A
STD TD SD PD
PF Phase B
STD TD SD PD
PF Phase C
STD TD SD PD
20
Frequency
HS STD TD SD PD
21-23
24
Reserved
Phase Reversal (0 or 1)
Reserved
HS STD
25-27
28
VAUX
STD TD SD PD
29-2F
30
Reserved
I2T Avg. (0 = Off, 1= On)
I2T Phase A (0=Off, 1=On)
I2T Phase B (0=Off, 1=On)
I2T Phase C (0=Off, 1=On)
Reserved
HS
HS
HS
HS
31
32
33
34-67
68
V1 HD - K-Factor
V2 HD - K-Factor
V3 HD - K-Factor
VAUX HD - K-Factor
I1 HD - K-Factor
I2 HD - K-Factor
I3 HD - K-Factor
I4 HD - K-Factor
V1 HD - Total Odd
V2 HD - Total Odd
V3 HD - Total Odd
VAUX HD - Total Odd
I1 HD - Total Odd
I2 HD - Total Odd
I3 HD - Total Odd
I4 HD - Total Odd
V1 HD - Total Even
V2 HD - Total Even
V3 HD - Total Even
VAUX HD - Total Even
I1 HD - Total Even
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
69
6A
6B
6C
6D
6E
6F
70
71
72
73
74
75
76
77
78
79
7A
7B
7C
PMCS Interface Toolkit Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 • 203
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
7D
7E
7F
80
81
82
83
84
85
86
87
88
89
8A
8B
8C
8D
8E
8F
90
91
92
93
94
95
96
97
98
99
9A
9B
9C
9D
9E
9F
A0
A1
A2
A3
A4
I2 HD - Total Even
I3 HD - Total Even
I4 HD - Total Even
V1 HD - Total
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
V2 HD - Total
V3 HD - Total
VAUX HD - Total
I1 HD - Total
I2 HD - Total
I3 HD - Total
I4 HD - Total
V1 HD - Harmonic #1
V2 HD - Harmonic #1
V3 HD - Harmonic #1
VAUX HD - Harmonic #1
I1 HD - Harmonic #1
I2 HD - Harmonic #1
I3 HD - Harmonic #1
I4 HD - Harmonic #1
V1 HD - Harmonic #2
V2 HD - Harmonic #2
V3 HD - Harmonic #2
VAUX HD - Harmonic #2
I1 HD - Harmonic #2
I2 HD - Harmonic #2
I3 HD - Harmonic #2
I4 HD - Harmonic #2
V1 HD - Harmonic #3
V2 HD - Harmonic #3
V3 HD - Harmonic #3
VAUX HD - Harmonic #3
I1 HD - Harmonic #3
I2 HD - Harmonic #3
I3 HD - Harmonic #3
I4 HD - Harmonic #3
V1 HD - Harmonic #4
V2 HD - Harmonic #4
V3 HD - Harmonic #4
VAUX HD - Harmonic #4
I1 HD - Harmonic #4
204 • Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 PMCS Interface Toolkit
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
A5
A6
A7
A8
A9
AA
AB
AC
AD
AE
AF
B0
B1
B2
B3
B4
B5
B6
B7
B8
B9
BA
BB
BC
BD
BE
BF
C0
C1
C2
C3
C4
C5
C6
C7
C8
C9
CA
CB
CC
I2 HD - Harmonic #4
I3 HD - Harmonic #4
I4 HD - Harmonic #4
V1 HD - Harmonic #5
V2 HD - Harmonic #5
V3 HD - Harmonic #5
VAUX HD - Harmonic #5
I1 HD - Harmonic #5
I2 HD - Harmonic #5
I3 HD - Harmonic #5
I4 HD - Harmonic #5
V1 HD - Harmonic #6
V2 HD - Harmonic #6
V3 HD - Harmonic #6
VAUX HD - Harmonic #6
I1 HD - Harmonic #6
I2 HD - Harmonic #6
I3 HD - Harmonic #6
I4 HD - Harmonic #6
V1 HD - Harmonic #7
V2 HD - Harmonic #7
V3 HD - Harmonic #7
VAUX HD - Harmonic #7
I1 HD - Harmonic #7
I2 HD - Harmonic #7
I3 HD - Harmonic #7
I4 HD - Harmonic #7
V1 HD - Harmonic #8
V2 HD - Harmonic #8
V3 HD - Harmonic #8
VAUX HD - Harmonic #8
I1 HD - Harmonic #8
I2 HD - Harmonic #8
I3 HD - Harmonic #8
I4 HD - Harmonic #8
V1 HD - Harmonic #9
V2 HD - Harmonic #9
V3 HD - Harmonic #9
VAUX HD - Harmonic #9
I1 HD - Harmonic #9
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
PMCS Interface Toolkit Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 • 205
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
CD
CE
CF
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
DA
DB
DC
DD
DE
DF
E0
E1
E2
E3
E4
E5
E6
E7
E8
E9
EA
EB
EC
ED
EE
EF
F0
I2 HD - Harmonic #9
I3 HD - Harmonic #9
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
I4 HD - Harmonic #9
V1 HD - Harmonic #10
V2 HD - Harmonic #10
V3 HD - Harmonic #10
VAUX HD - Harmonic #10
I1 HD - Harmonic #10
I2 HD - Harmonic #10
I3 HD - Harmonic #10
I4 HD - Harmonic #10
V1 HD - Harmonic #11
V2 HD - Harmonic #11
V3 HD - Harmonic #11
VAUX HD - Harmonic #11
I1 HD - Harmonic #11
I2 HD - Harmonic #11
I3 HD - Harmonic #11
I4 HD - Harmonic #11
V1 HD - Harmonic #12
V2 HD - Harmonic #12
V3 HD - Harmonic #12
VAUX HD - Harmonic #12
I1 HD - Harmonic #12
I2 HD - Harmonic #12
I3 HD - Harmonic #12
I4 HD - Harmonic #12
V1 HD - Harmonic #13
V2 HD - Harmonic #13
V3 HD - Harmonic #13
VAUX HD - Harmonic #13
I1 HD - Harmonic #13
I2 HD - Harmonic #13
I3 HD - Harmonic #13
I4 HD - Harmonic #13
V1 HD - Harmonic #14
V2 HD - Harmonic #14
V3 HD - Harmonic #14
VAUX HD - Harmonic #14
I1 HD - Harmonic #14
F1
F2
F3
F4
206 • Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 PMCS Interface Toolkit
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
F5
I2 HD - Harmonic #14
I3 HD - Harmonic #14
I4 HD - Harmonic #14
V1 HD - Harmonic #15
V2 HD - Harmonic #15
V3 HD - Harmonic #15
VAUX HD - Harmonic #15
I1 HD - Harmonic #15
I2 HD - Harmonic #15
I3 HD - Harmonic #15
I4 HD - Harmonic #15
Reserved
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
F6
F7
F8
F9
FA
FB
FC
FD
FE
FF
6
6
0-2
3
Reserved
see valid
instances
below
Predicted Sliding Window Demand Present
6
6
4-6
7
Reserved
Reserved
see valid
instances
below
Predicted Sliding Window Demand Minimum
6
6
8-A
B
Reserved
Reserved
see valid
instances
below
Predicted Sliding Window Demand Maximum
6
C-F
Reserved
Reserved
⇓
Instance
00
Measurement
Supported Modes
Volts LN Average
Volts LN Phase A
Volts LN Phase B
Volts LN Phase C
Volts LL Average
Volts LL Phase AB
Volts LL Phase BC
Volts LL Phase CA
Amps Average
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
01
02
03
04
05
06
07
08
09
Amps Phase A
0A
0B
Amps Phase B
Amps Phase C
0C
Amps Neutral
0D
0E
Reserved
Volts Imbalance (0-100)
Amps Imbalance (0-100)
HS STD TD SD PD
STD TD SD PD
0F
PMCS Interface Toolkit Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 • 207
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
10
kW Total
HS STD TD SD PD HRS
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
STD TD SD PD HRS
STD TD SD PD
11
kW Phase A
12
kW Phase B
13
kW Phase C
14
kVAR Total
15
kVAR Phase A
kVAR Phase B
kVAR Phase C
kVA Total
16
STD TD SD PD
17
STD TD SD PD
18
HS STD TD SD PD HRS
HS STD TD SD PD
HS STD TD SD PD
HS STD TD SD PD
STD TD SD PD
19
kVA Phase A
1A
1B
1C
1D
1E
1F
kVA Phase B
kVA Phase C
PF Total
PF Phase A
STD TD SD PD
PF Phase B
STD TD SD PD
PF Phase C
STD TD SD PD
20
Frequency
HS STD TD SD PD
21-23
24
Reserved
Phase Reversal (0 or 1)
Reserved
HS STD
25-27
28
VAUX
STD TD SD PD
29-2F
30
Reserved
I2T Avg. (0 = Off, 1= On)
I2T Phase A (0=Off, 1=On)
I2T Phase B (0=Off, 1=On)
I2T Phase C (0=Off, 1=On)
Reserved
HS
HS
HS
HS
31
32
33
34-67
68
V1 HD - K-Factor
V2 HD - K-Factor
V3 HD - K-Factor
VAUX HD - K-Factor
I1 HD - K-Factor
I2 HD - K-Factor
I3 HD - K-Factor
I4 HD - K-Factor
V1 HD - Total Odd
V2 HD - Total Odd
V3 HD - Total Odd
VAUX HD - Total Odd
I1 HD - Total Odd
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
69
6A
6B
6C
6D
6E
6F
70
71
72
73
74
208 • Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 PMCS Interface Toolkit
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
75
76
77
78
79
7A
7B
7C
7D
7E
7F
80
81
82
83
84
85
86
87
88
89
8A
8B
8C
8D
8E
8F
90
91
92
93
94
95
96
97
98
99
9A
9B
9C
I2 HD - Total Odd
I3 HD - Total Odd
I4 HD - Total Odd
V1 HD - Total Even
V2 HD - Total Even
V3 HD - Total Even
VAUX HD - Total Even
I1 HD - Total Even
I2 HD - Total Even
I3 HD - Total Even
I4 HD - Total Even
V1 HD - Total
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
V2 HD - Total
V3 HD - Total
VAUX HD - Total
I1 HD - Total
I2 HD - Total
I3 HD - Total
I4 HD - Total
V1 HD - Harmonic #1
V2 HD - Harmonic #1
V3 HD - Harmonic #1
VAUX HD - Harmonic #1
I1 HD - Harmonic #1
I2 HD - Harmonic #1
I3 HD - Harmonic #1
I4 HD - Harmonic #1
V1 HD - Harmonic #2
V2 HD - Harmonic #2
V3 HD - Harmonic #2
VAUX HD - Harmonic #2
I1 HD - Harmonic #2
I2 HD - Harmonic #2
I3 HD - Harmonic #2
I4 HD - Harmonic #2
V1 HD - Harmonic #3
V2 HD - Harmonic #3
V3 HD - Harmonic #3
VAUX HD - Harmonic #3
I1 HD - Harmonic #3
PMCS Interface Toolkit Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 • 209
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
9D
9E
9F
I2 HD - Harmonic #3
I3 HD - Harmonic #3
I4 HD - Harmonic #3
V1 HD - Harmonic #4
V2 HD - Harmonic #4
V3 HD - Harmonic #4
VAUX HD - Harmonic #4
I1 HD - Harmonic #4
I2 HD - Harmonic #4
I3 HD - Harmonic #4
I4 HD - Harmonic #4
V1 HD - Harmonic #5
V2 HD - Harmonic #5
V3 HD - Harmonic #5
VAUX HD - Harmonic #5
I1 HD - Harmonic #5
I2 HD - Harmonic #5
I3 HD - Harmonic #5
I4 HD - Harmonic #5
V1 HD - Harmonic #6
V2 HD - Harmonic #6
V3 HD - Harmonic #6
VAUX HD - Harmonic #6
I1 HD - Harmonic #6
I2 HD - Harmonic #6
I3 HD - Harmonic #6
I4 HD - Harmonic #6
V1 HD - Harmonic #7
V2 HD - Harmonic #7
V3 HD - Harmonic #7
VAUX HD - Harmonic #7
I1 HD - Harmonic #7
I2 HD - Harmonic #7
I3 HD - Harmonic #7
I4 HD - Harmonic #7
V1 HD - Harmonic #8
V2 HD - Harmonic #8
V3 HD - Harmonic #8
VAUX HD - Harmonic #8
I1 HD - Harmonic #8
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
AA
AB
AC
AD
AE
AF
B0
B1
B2
B3
B4
B5
B6
B7
B8
B9
BA
BB
BC
BD
BE
BF
C0
C1
C2
C3
C4
210 • Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 PMCS Interface Toolkit
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
C5
C6
C7
C8
C9
CA
CB
CC
CD
CE
CF
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
DA
DB
DC
DD
DE
DF
E0
I2 HD - Harmonic #8
I3 HD - Harmonic #8
I4 HD - Harmonic #8
V1 HD - Harmonic #9
V2 HD - Harmonic #9
V3 HD - Harmonic #9
VAUX HD - Harmonic #9
I1 HD - Harmonic #9
I2 HD - Harmonic #9
I3 HD - Harmonic #9
I4 HD - Harmonic #9
V1 HD - Harmonic #10
V2 HD - Harmonic #10
V3 HD - Harmonic #10
VAUX HD - Harmonic #10
I1 HD - Harmonic #10
I2 HD - Harmonic #10
I3 HD - Harmonic #10
I4 HD - Harmonic #10
V1 HD - Harmonic #11
V2 HD - Harmonic #11
V3 HD - Harmonic #11
VAUX HD - Harmonic #11
I1 HD - Harmonic #11
I2 HD - Harmonic #11
I3 HD - Harmonic #11
I4 HD - Harmonic #11
V1 HD - Harmonic #12
V2 HD - Harmonic #12
V3 HD - Harmonic #12
VAUX HD - Harmonic #12
I1 HD - Harmonic #12
I2 HD - Harmonic #12
I3 HD - Harmonic #12
I4 HD - Harmonic #12
V1 HD - Harmonic #13
V2 HD - Harmonic #13
V3 HD - Harmonic #13
VAUX HD - Harmonic #13
I1 HD - Harmonic #13
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
E1
E2
E3
E4
E5
E6
E7
E8
E9
EA
EB
EC
PMCS Interface Toolkit Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 • 211
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#1
#2
#3 & #4
Trigger Key Thumbwheel Setting
Meaning
Class
Sub-class
Instance
ED
EE
EF
F0
F1
F2
F3
F4
F5
F6
F7
F8
F9
FA
FB
FC
FD
FE
FF
I2 HD - Harmonic #13
I3 HD - Harmonic #13
I4 HD - Harmonic #13
V1 HD - Harmonic #14
V2 HD - Harmonic #14
V3 HD - Harmonic #14
VAUX HD - Harmonic #14
I1 HD - Harmonic #14
I2 HD - Harmonic #14
I3 HD - Harmonic #14
I4 HD - Harmonic #14
V1 HD - Harmonic #15
V2 HD - Harmonic #15
V3 HD - Harmonic #15
VAUX HD - Harmonic #15
I1 HD - Harmonic #15
I2 HD - Harmonic #15
I3 HD - Harmonic #15
I4 HD - Harmonic #15
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
STD TD SD PD
The action keys specify the instance number for an object to perform an action on.
The following action keys are possible:
Action Key
Meaning
Setpoint
Supported
0
-
No action
1000-1004
1100-1102
1C00-1C04
A400-A407
A500
STD HS
STD HS
STD HS
STD HS
STD HS
Clear digital input counter 0-3 (Status input counter 1-4), 4=ALL
Operate Relay #1 to 3
same as 1000-1004
Waveform Capture channels #1 to 8
Waveform Recorder
Action keys marked with STD are supported by Standard Setpoints (1–11), action
keys marked with HS are supported by High Speed Setpoints (1–6).
212 • Appendix B: Automatic Waveform Capture and Waveform Retrieval on EPM 3720 PMCS Interface Toolkit
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Floor Plans 49
I
Interface Toolkit 1, 3, 4
Index
M
MDP Digital Overcurrent Relay 76, 121
MMII (Motor Manager II) 123
P
PMCS Interface Toolkit 1
POWER LEADER EPM 64, 115
POWER LEADER Meter 72, 119
Power Quality Meter (PQM) 78, 122
2
239 Motor Protection Relay 89
269 Plus Motor Management Relay 91, 92, 168
S
Spectra ECM 74, 120
Spectra MVT trip unit 67, 116
5
SR469 Motor Management Relay 96, 179
SR489 Generator Management Relay 98, 180
SR745 Transformer Management Relay 107, 184
SR750/SR760 Feeder Management Relay 109, 185
565 Feeder Management Relay 100, 181
7
735 Feeder Relay 106, 183
W
waveform capture 113
9
90/30 191
90/70 191
A
alarm 92, 103
D
DFP100 187
DFP200 189
E
Elevation views 1, 23, 40, 41, 50
Elevation Views 49
Elevation wizards 40, 49
EPM 3710 Meter 80, 124
EPM 3720 Meter 82, 125
EPM 7300 Meter 84
EPM 7700 Meter 87
event 104, 113
F
Fanuc 191
PMCS Interface Toolkit
Index • 213
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ꢀ
GE Industrial Systems
General Electric Company
41 Woodford Ave., Plainville, CT 06062
DEH-210 R05 1000
© 2000 General Electric Company
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