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GE EPM 7300, Installation Manual

The GE EPM 7300 is a high-performance energy monitoring device that enables accurate tracking of your electrical consumption. Ensure seamless installation and operation with our comprehensive Installation Manual. Download this manual for free from our website and unleash the full potential of your GE EPM 7300 today!

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  Contents

PMCS Interface Toolkit

Setpoints Tab............................................................................................................................................................ 174

269 P

LUS 

M

OTOR 

M

ANAGEMENT 

R

ELAY

..................................................................................................................... 175

369 M

OTOR 

M

ANAGEMENT 

R

ELAY

.............................................................................................................................. 176

Metering Tab............................................................................................................................................................ 176
Alarms Tab............................................................................................................................................................... 178
Demand Tab............................................................................................................................................................. 179
Local RTD Tab......................................................................................................................................................... 180
Remote RTD Tab ...................................................................................................................................................... 181
Control Tab .............................................................................................................................................................. 182
Setup Tab ................................................................................................................................................................. 183

SR469 M

OTOR 

M

ANAGEMENT 

R

ELAY

.......................................................................................................................... 184

Metering Tab............................................................................................................................................................ 184
Status Tab................................................................................................................................................................. 185
Alarms Tab............................................................................................................................................................... 186
Trip Tab.................................................................................................................................................................... 187
IO Tab ...................................................................................................................................................................... 188
Maintenance Tab...................................................................................................................................................... 189
Analog Tab............................................................................................................................................................... 190
RTD HI Tab.............................................................................................................................................................. 191
Setpoints Tab............................................................................................................................................................ 191

SR489 G

ENERATOR 

M

ANAGEMENT 

R

ELAY

.................................................................................................................. 192

Metering Tab............................................................................................................................................................ 192
Pickup Tab ............................................................................................................................................................... 193
Alarms Tab............................................................................................................................................................... 193
Trip Data Tab........................................................................................................................................................... 194
IO Tab ...................................................................................................................................................................... 195
Maintenance Tab...................................................................................................................................................... 196
Setpoints Tab............................................................................................................................................................ 197

565 F

EEDER 

M

ANAGEMENT 

R

ELAY

.............................................................................................................................. 198

735 F

EEDER 

R

ELAY

...................................................................................................................................................... 200

Metering Tab............................................................................................................................................................ 200
Trip Data Tab........................................................................................................................................................... 201
Setpoints Tab............................................................................................................................................................ 202

SR745 T

RANSFORMER 

M

ANAGEMENT 

R

ELAY

.............................................................................................................. 203

Metering Tab............................................................................................................................................................ 203
Flags Tab ................................................................................................................................................................. 204
IO Tab ...................................................................................................................................................................... 204
Demand  Tab............................................................................................................................................................ 205
Harmonic Tab .......................................................................................................................................................... 206
Setpoints Tab............................................................................................................................................................ 207
Power Tab ................................................................................................................................................................ 208

SR750/760 F

EEDER 

M

ANAGEMENT 

R

ELAY

.................................................................................................................. 209

Metering Tab............................................................................................................................................................ 210
Status Tab................................................................................................................................................................. 211
Fault Tab.................................................................................................................................................................. 211
Trip Tab.................................................................................................................................................................... 212
Demand Tab............................................................................................................................................................. 213
Logic Tab ................................................................................................................................................................. 214
IO Tab ...................................................................................................................................................................... 214
Setpoints Tab............................................................................................................................................................ 215

F

ANUC 

90/30 ................................................................................................................................................................ 216

F

ANUC 

90/70 ................................................................................................................................................................ 216

F

ANUC 

M

ICRO 

90.......................................................................................................................................................... 217

MX200 ......................................................................................................................................................................... 218

Metering Tab............................................................................................................................................................ 218

Summary of Contents for EPM 7300

Page 1: ...PMCS Interface Toolkit Back to Main Menu i POWER LEADER TM PMCS 6 11a Interface Toolkit Installation Guide GEH 6513 GE Power Management Control System 6 11a ...

Page 2: ...7300 Electronic Power Meter EPM 7600 Electronic Power Meter EPM 7500 Electronic Power Meter EPM 7330 Electronic Power Meter Enhanced MicroVersaTrip C SR489 Generator Management Relay EPM 7700 Electronic Power Meter Enhanced MicroVersaTrip D 565 Feeder Management Relay EPM 3710 Electronic Power Meter MDP Overcurrent Relay 735 Feeder Relay EPM 3720 Electronic Power Meter SR750 SR760 Feeder Managemen...

Page 3: ... FACEPLATE WIZARDS 6 Usage 6 Configuration 6 LARGE FACEPLATE WIZARDS 8 Usage 8 Configuration 9 Special Considerations 9 TABULAR DATA SCREEN WIZARDS 11 Usage 11 Configuration 11 ONE LINE WIZARDS 16 Usage 16 Configuration 17 Circuit Breaker One Line Wizards 21 ELEVATION WIZARDS 22 Usage 22 Configuration 22 FLOOR PLAN WIZARDS 23 Usage 23 Configuration 23 TOOLBAR WIZARD 24 Usage 24 Configuration 24 AN...

Page 4: ...1 FEATURES OF GE LARGE FACEPLATE WIZARDS 67 ABOUT THE LARGE FACEPLATE WIZARDS 67 POWER LEADER EPM 68 SPECTRA MICROVERSATRIP TRIP UNIT 71 ENHANCED MICROVERSATRIP C TRIP UNIT 72 ENHANCED MICROVERSATRIP D TRIP UNIT 74 POWER LEADER METER 76 SPECTRA ECM 78 EPM 3710 METER 80 EPM 3720 METER 82 EPM 7700 METER 84 269 PLUS MOTOR MANAGEMENT RELAY 87 565 FEEDER MANAGEMENT RELAY 92 FEATURES OF TABULAR DATA SCR...

Page 5: ... METER 140 Metering Tab 140 Min Max Tab 142 Power Quality Tab 143 Demand Tab 144 Inputs Tab 145 Setup 1 Tab 146 Setup 2 Tab 148 UNIVERSAL RELAY 150 Metering Tab 151 Power Quality Tab 152 Protection Control Tab 153 Power System Configuration Tab 154 Transformer Tab 156 Elements Tab 157 Digital Counter Tab 158 Virtual Inputs Tab 159 Virtual Outputs Tab 160 Contact Inputs Tab 161 Contact Output Tab 1...

Page 6: ...OR MANAGEMENT RELAY 192 Metering Tab 192 Pickup Tab 193 Alarms Tab 193 Trip Data Tab 194 IO Tab 195 Maintenance Tab 196 Setpoints Tab 197 565 FEEDER MANAGEMENT RELAY 198 735 FEEDER RELAY 200 Metering Tab 200 Trip Data Tab 201 Setpoints Tab 202 SR745 TRANSFORMER MANAGEMENT RELAY 203 Metering Tab 203 Flags Tab 204 IO Tab 204 Demand Tab 205 Harmonic Tab 206 Setpoints Tab 207 Power Tab 208 SR750 760 F...

Page 7: ...s 249 Setup 251 TROUBLESHOOTING 252 ASSERTION ERROR 252 EPM 3710 EPM 3720 NO DATA OR INCORRECT DATA DISPLAYED 252 EPM 3720 KVAH IMPORT VALUES INCORRECT 252 LONG UPDATE WHEN CHANGING SETPOINTS 252 PLEPM WRONG METERING TAB DISPLAYED 252 INTOUCH APPLICATIONS WINDOWS NOT DISPLAYED PROPERLY 253 APPENDIX A EPM 3720 SLIDING WINDOW DEMAND KEYS 255 DOWNLOADING SLIDING DEMAND WINDOW KEYS TO THE EPM 3720 255...

Page 8: ......

Page 9: ...ithout having to make a trip out to the meter or trip unit The Toolkit which consists of the Wonderware InTouch development environment coupled with GE s 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 ...

Page 10: ... 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 User Screen Configurator is what it s good for and where to go after that I m familiar with Wonderware InTouch 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 descri...

Page 11: ... Toolkit consists of the Wonderware InTouch development environment and a special set of wizards developed for use with the power management devices supported by PMCS Installation To install the Interface Toolkit from the CD ROM refer to the instructions provided in GEH 6514 Read This Book First When InTouch is successfully installed you must add the PMCS wizards to InTouch s library of available ...

Page 12: ...two list boxes showing the currently installed wizards and the wizards available for installation Select the desired wizards from the bottom box and click Install When the installation is complete click Done Exit from the InTouch Configuration dialog box by clicking OK The PMCS wizards should now be loaded and ready for use ...

Page 13: ...fy 2 Select the wizards button from the floating toolbars The Wizard Selection dialog box pops up 3 Select the class of wizard from the list of wizards on the left side of the Wizard Selection dialog Several classes contain too many devices to fit on one palette and have been broken up into several palettes for example Small Faceplates 1 and Small Faceplates 2 4 Double click on the desired wizard ...

Page 14: ...r a Large Faceplate or Tabular Data Screen wizard There are two palettes of Small Faceplates to choose from Configuration In development mode after placing the Small Faceplate double click on the icon to open the Small Faceplate Dialog box as illustrated below Typically a Small Faceplate wizard is linked to a window containing either a Large Faceplate or a Tabular Data Screen wizard You can move o...

Page 15: ...7 Enter the name of the window to open when the icon is clicked on during runtime ...

Page 16: ...sional 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 ...

Page 17: ...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 The detailed features of each of the Large Faceplate wizards are described in the section titled Features of GE Large Faceplate Wizards EPM 7700 The EPM 7700 Large Faceplate Dialog box contains an extra field which must be completed ...

Page 18: ...ow the PMCS wizard convention of RemoteComputer ION_LINK EPM7700 Secondary nodes run a local copy of the ION LINK server thus the application name for EPM7700 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 Finally the EPM 7700 device type requires special InTouch ...

Page 19: ... Screen wizard contains buttons for activating the help file trend window setup window if applicable Event Logger Waveform Capture and for closing the window You can move and resize Tabular Data Screen wizards as desired Configuration In development mode after placing a wizard into an open window double click on it to display the Tabular Data Dialog box The figure below shows the dialog box for a ...

Page 20: ...nter the name of the window to be opened when the Setup button is clicked on during runtime EPM 7700 The EPM 7700 Tabular Data Dialog box is slightly different from the other PMCS device types containing two extra fields and requiring minor differences in configuration The Tabular Data Dialog for the EPM 7700 is shown below followed by the special configuration requirements The Node Name field req...

Page 21: ...eway Name field must be completed with GE77GTWY the application name of the GE 7700 Gateway Server program When configuring the EPM7700 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 followi...

Page 22: ...TD option is installed Be sure to select the correct RRTD option when completing the 369 s Tabular Data Dialog window If you are not planning to use an RRTD module with your relay select the No button This minimizes the number of I O tags created by the wizard providing better performance ...

Page 23: ...MCS DDE Server than the other PMCS Advanced Wizards By selecting the UCA MMS checkbox you indicate that you wish the UR wizard to retrieve its data for display from the MMS Server whose name is entered in the Application Name field Complete the Application Name field typically GE32MODB or GE32MTCP Special Note The UCA MMS is not supported in this version So don t Check this checkbox Highlight the ...

Page 24: ...e 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 Horizontal and Vertical Switch wizards ha...

Page 25: ...nfiguration items in common Line Size is a number between 1 and 20 that sets the pixel width of the lines in the wizard Size configuration consists of three radio buttons Small Medium and Large that determine the overall size of the wizard on the screen Use the snap to grid feature in InTouch to quickly align One Line wizards Configuration of each of the five classes of One Line wizards is describ...

Page 26: ...Enter the name of the InTouch 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 The dialog box for the Transformer wizard has an extra check box that specifies either an air core or iron core transform...

Page 27: ...s 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 Enter the name of the InTouch discrete tag that determines the color of the line to the left or bottom of the relay symbol during runtime Specify the colors of the wizard elements when the contact status and connection discrete tags are ...

Page 28: ... line to the left or bottom of the switch symbol during runtime Enter the names of the InTouch 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 Enter the name of the InTouch discret...

Page 29: ...or bottom of the breaker symbol 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 Enter the name of the InTouch 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 The breaker...

Page 30: ...ore 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 wiz...

Page 31: ...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 ...

Page 32: ...ck access to the windows assigned to each button Configuration The arrow buttons on the Toolbar wizard operate by maintaining a list of windows for access by the toolbar navigational controls To allow a window to be added to the windows list when viewed by a user a call to WLAddWindow must be placed in the OnShow window script This call must be placed in each window that you want to have on the wi...

Page 33: ... 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 The...

Page 34: ...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 ...

Page 35: ...DDE Item Name Trip1 Status ON Configured Events Received Relay Tripped YES Error Condition NO Overvoltage Condition NO 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 config...

Page 36: ... Solid Red Alarm Reset Unacknowledged alarm occurred but later went off before being acknowledged 40 49 Solid Yellow Alarm Disabled Event Logger has disabled this alarm indicator 0 Dark Gray 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 a...

Page 37: ... 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 When the Annunciator Panel wizard is dropped it appears as a blank panel of 48 indicators ...

Page 38: ...s and the Security Access Level level of security required to Reset any Acknowledged alarms The color codes for different alarm states can be modified by clicking on each color Note that the color codes apply to all 48 indicators on the annunciator panel wizard Finally click on an indicator to display the configuration dialog for that individual button ...

Page 39: ...reflects these changes by showing the Row Column coordinates of the labeled buttons When you have finished labeling your annunciator panel buttons click OK to close the Annunciator Panel Dialog box When you close this dialog box InTouch automatically creates indirect analog tags for each panel button These tags are named xxx_R1C1 through xxx_R8C6 where xxx is the name assigned to the wizard for ex...

Page 40: ...e DDE Item names configured in Event Logger If you are unsure of how to create DDE tags in InTouch please refer to WonderWare s documentation The DDE Access name for the Event Logger should be configured in InTouch as follows Second an InTouch script must be written to associate the InTouch indirect tags created by the wizard with the InTouch DDE tags created for DDE Items in Event Logger Typicall...

Page 41: ...elow Panel1_R1C1 Name ANN_P_1A Name Panel1_R1C2 Name ANN_P_1B Name Panel1_R1C3 Name ANN_P_2A Name At run time InTouch will receive DDE data from the Event Logger which will control the colors of all indicators that have been configured properly ...

Page 42: ...d in the InTouch tagname database The DDE Access name for the tags should use EVENTLOG for the Application Name and SYSTEM for the Topic Name Make sure the Request Initial Data option is selected for this DDE Access name Check the WWLogger at runtime for possible DDE errors Make sure your application script is mapping the proper DDE tags with the proper indirect tags Make sure the Event Logger is ...

Page 43: ...ding an easy to use highly flexible way to view a limited number of registers for a particular device It presents only the data you are interested in displaying it in a convenient table format as shown above Each table consists of 1 to 12 rows of information one register per row Each table takes up approximately one quarter of an average display so up to four Custom Table wizards may be placed on ...

Page 44: ... Device Name Enter the name of the device topic Must exactly match the topic name at the DDE Server DDE Server Name Enter the name of the PMCS DDE Server Device Description Optionally enter a brief description of this device up to 32 characters maximum Device Type Select the device type corresponding to this topic ...

Page 45: ... to DEH 40035 the GE 7700 Gateway Users Guide and GEH 6514 PMCS Read This Book First Also the Application name field must be completed as ION_LINK rather than GE32MODB or GE32MTCP for the EPM7700 device The ION LINK program is installed during initial PMCS setup if the EPM7700 software option is selected When configuring Custom Tabular wizards on Secondary nodes the Application Name field entry do...

Page 46: ...l the pre configured tags which the Custom Table wizard supports for the selected device type sorted by address and displaying the tagname and description Most tags are metering value registers Select up to twelve tags from the list by clicking high lighting each one To de select a tag simply click it a second time When you have selected up to 12 tags click OK to return to the Custom Table dialog ...

Page 47: ...InTouch memory tag with a format type of Real The InTouch application must provide a value for this tag usually entered by the user at run time If no value is entered at runtime a value of zero will be used as the default value for this tag and many of the metering data registers AMPS A B C etc on this device type will appear as zero as well See the MDP Tabular Data wizard for additional informati...

Page 48: ... single screen displaying Port Statistics on the top portion and disk information on the bottom Statistics on up to eight COM ports are displayed The user may page forward or backward eight ports at a time by clicking the Prev 8 Ports or Next 8 Ports button Whenever a new DDE Server name is entered the user must click the Refresh button to update the DDE links to correspond to the new parameters C...

Page 49: ... change this to access a DDE Server located on a networked PC by entering the name as NODENAME SERVER where NODENAME is the name of the host PC and SERVER is the name of the PMCS DDE Server which will be GE32MODB During runtime the default drive letter is C corresponding to the local hard drive You may change this value to any valid drive letter corresponding to either a fixed local drive or a map...

Page 50: ...orming any work Failure to follow appropriate lockout procedures can result in SEVERE INJURY or DEATH The Wizard consists of a single screen shown above displaying the presence or absence of danger and ground tags for a particular device The user installs or removes Danger and or Ground Tags using the Install Remove buttons on the Tag Assignment window shown above Any wizards belonging to the same...

Page 51: ...bols and the breaker management device wizards that can support it It is important to remember the Status Group assignment since it must be used to configure the associated Oneline Symbols and IED wizards Enter the minimum Security Level required to add and remove Danger or Ground tag symbols within the application The second part of the Lockout Tagout wizard that can be configured is the Oneline ...

Page 52: ...uld be the name of the window in which the Lockout Tagout Panel is located Example of Lockout Tagout Wizard The following example may help clarify the use of the Lockout Tagout wizard Suppose that we have a breaker being monitored by a redundant pair of ML 750 760 devices in our system We wish to be able to display Lockout Tagout symbols for this breaker We create a oneline diagram in InTouch whic...

Page 53: ...ker_Group_1 This ensures that any Danger or Ground tag symbols present will be shown on any large faceplate tabular data screen or oneline wizards associated with this group An example of the Tabular Data configuration dialog box is shown below note that the Status Group field is assigned to Breaker_Group_1 the same Status Group as our Oneline Tagout Symbol wizard Do not confuse the Status Group p...

Page 54: ...other wizards Breaker_Group_1 Finally we set the minimum security level required to add or remove tags Now in Runtime mode when the Tag Assignments dialog is displayed it appears as follows Clicking Install Danger Tag checks our security level and if we have sufficient access displays a Danger Tag for the breaker as follows ...

Page 55: ...stalled the tag the Installed At field shows the time and date stamp of the tag s installation When we view a wizard which belongs to this group for example the Large Faceplate wizard of one of our ALPS devices the Danger tag shows up as a red indicator with a D in it as shown below ...

Page 56: ...talled with the EPM 7700 Software Components option selected You may use the Notepad accessory program to open the files then copy the text from the file to InTouch when appropriate There are three scripts described in this section The first script is an InTouch Application Script that is required whenever a Large Faceplate or Tabular Data Screen wizard is installed for a given device The purpose ...

Page 57: ...Script txt located in the Intouch directory of the PC Select highlight all the file text and copy it to the clipboard using the CTRL C keyboard command 4 Switch back to WindowMaker and paste the clipboard contents into the Application Script dialog text box using the CTRL V keyboard command 5 From the dialog box menu select Edit Find to bring up the Replace dialog box as shown in the example below...

Page 58: ...re installing more than one wizard for a particular EPM7700 device for example a Large Faceplate and a Tabular Wizard you only need to copy the application script once If you are installing more than one EPM7700 device in your InTouch application the application script window must contain a copy of the application script text for each configured device See the example below ...

Page 59: ...51 ...

Page 60: ...ed in the Intouch directory of the PC 4 Select highlight all the file text and copy it to the clipboard using the CTRL C keyboard command 5 Switch to WindowMaker and paste the clipboard contents into the Window Script dialog text box using the CTRL V keyboard command 6 From the dialog box menu select Edit Find to bring up the Replace dialog box as shown in the following example In the Find What fi...

Page 61: ...53 ...

Page 62: ... Type drop down list 3 Use the Notepad exe accessory program to open the file EPM7700 Tabular Window Script txt located in the Intouch directory of the PC Select highlight all the file text and copy it to the clipboard using the CTRL C keyboard command 4 Switch back to WindowMaker and paste the clipboard contents into the Window Script dialog text box using the CTRL V keyboard command 5 From the d...

Page 63: ...ature 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 comp...

Page 64: ...buttons using standard InTouch 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 ...

Page 65: ...archy 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 3 Select and copy the elevation view 4 Switch back...

Page 66: ...phics Double click on lines to configure them for animation You can link a line to a discrete variable with the colors set to indicate on typically green and off typically red If several lines are used to indicate one section of bus animate them together with the Make Symbol toolbox selection When a one line diagram is too large to comfortably fit into a single window place navigation buttons with...

Page 67: ...incoming feeds to the dependent bus above in the distribution hierarchy This section sets the dependencies of the bus pieces to other sections of the one line diagram and resets pieces of the bus located entirely on this screen to false bus1 feed1 bus2 feed2 reset internal bus pieces to off for computations bus3 0 bus4 0 bus5 0 Sets the dependencies of the bus pieces to other sections of the one l...

Page 68: ... brk2_s THEN bus4 1 ENDIF left to right across tie breaker IF bus3 AND brk3_s THEN bus4 1 ENDIF IF bus4 AND brk4_s THEN bus5 1 ENDIF two outgoing feeders IF bus3 AND brk5_s THEN bus6 1 ENDIF IF bus5 AND brk6_s THEN bus7 1 ENDIF back feed from two outgoing feeds IF bus7 AND brk6_s THEN bus5 1 ENDIF IF bus6 AND brk5_s THEN bus3 1 ENDIF right to left across tie breaker IF bus5 AND brk4_s THEN bus4 1 ...

Page 69: ...anel board PQM Faceplate PQM Tabular Trip Unit 1 Faceplate Trip Unit 1 Tabular Trip Unit 2 Faceplate Trip Unit 2 Tabular Trip Unit 3 Faceplate Trip Unit 3 Tabular Trip Unit 4 Faceplate Trip Unit 4 Tabular As shown above for this basic application we ll need 12 screens an introduction screen a shot of the panelboard showing all five of our power management devices and then a large faceplate and tab...

Page 70: ...ip4_Tab Select the window named Main Screen and use the Wonderware tools to sketch a floorplan of the facility as shown below In the Manufacturing Floor area we place a button labeled Click here to begin and give it an animation link to the window named Panelboard Select the Panelboard window Use the PMCS Elevation wizards to create a mock up of the panelboard then use the PMCS Small Faceplate wiz...

Page 71: ...ame of the PQM_Face window Complete these links for the remaining devices Next we ll develop the device screens For the purposes of this chapter we ll just walk through the two PQM screens The development of the trip unit screens follows the same procedure Select the PQM_Face window then use the Wonderware Button tool found on the Toolbox to create two new buttons HOME and Go back to Panel Use the...

Page 72: ...rd on the screen Double click the wizard and fill in the Device Name and the Trending windows as shown below Click OK Finally add some navigation buttons to the Tabular screen for returning to the Main Screen HOME to the Panelboard Go to Panel or to the Large Faceplate screen Go back to Faceplate Link each button to the appropriate screen and you re all set ...

Page 73: ...65 Complete the application by developing the Faceplate and Tabular screens for each of the four trip units and that s it we ve just developed a PMCS application using the GE Wonderware Wizards ...

Page 74: ...66 PMCS Interface Toolkit This page left blank intentionally ...

Page 75: ...us 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 ...

Page 76: ...ternate lists of metering parameters SCROLL Buttons 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 b...

Page 77: ...oltage RMS Phase C N Voltage RMS Phase C N Voltage RMS Phase A B Voltage RMS Phase A B Voltage RMS Phase B C Voltage RMS Phase B C Voltage RMS Phase C A Voltage RMS Phase C A Watts Phase 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 Watts Peak Demand Vars Phase A B Vars Phase A Vars Phase B C Vars Phase B Vars Tota...

Page 78: ...k Demand Lag Vars Peak Demand Lead Vars Peak Demand Lead Volt amperes Demand Volt amperes Demand Volt amperes Peak Demand Volt amperes Peak Demand Q hours Total Q hours Total Power Factor Phase A Power Factor Phase A B Power Factor Phase B Power Factor Phase B C Power Factor Phase C Power Factor Average Since Reset Power Factor Average Since Reset Power Factor Demand Average Power Factor Demand Av...

Page 79: ... 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...

Page 80: ...Setup page ENTER Button Opens the tabular data window specified during wizard configuration and sets the view to the Setup page BATTERY 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 numbers in the...

Page 81: ... 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 kVA Apparent power no phase shifting Demand Power demand displayed with steady kW symbol Peak power demand displayed with blinking kW symbol No phase shifting FREQ Frequency displayed in Hz Phase shifting ...

Page 82: ...Setup page ENTER Button Opens the tabular data window specified during wizard configuration and sets the view to the Setup page BATTERY 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 numbers in the...

Page 83: ... 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 kVA Apparent power no phase shifting Demand Power demand displayed with steady kW symbol Peak power demand displayed with blinking kW symbol No phase shifting FREQ Frequency displayed in Hz Phase shifting in bo...

Page 84: ...ied 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 p...

Page 85: ... phase shifting among A B C and total Volt Amps Units in kVA phase shifting among A B C and total Power Factor No units no phase shifting Watt Hours Units in kWH no phase shifting VAR Hours Units in kVARH no phase shifting Current Demand Units in A phase shifting among A B and C Peak Current Units in A phase shifting among A B and C Watt Demand Units in kW no phase shifting Peak Watt Demand Units ...

Page 86: ...ton 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 ava...

Page 87: ...enabled Ground Fault disabled enabled Commnet Address METERING 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 ...

Page 88: ...10 Faceplate animated functions The parameters displayed by the PHASE button are listed in the following table Display Indication Parameters A Phase A current and line to neutral voltage B Phase B current and line to neutral voltage C Phase C current and line to neutral voltage Average current and line to neutral voltage A Phase A current and A B line to line voltage B Phase B current and B C line...

Page 89: ...power PFLG or PFLD Power factor lagging or leading Hz Frequency kWD Kilowatt total demand A or kVA Current average demand or apparent power demand VX RMS auxiliary voltage I4 RMS neutral current kWH F Import energy kWH R Export energy kVARH F Import reactive energy kVARH R Export reactive energy ...

Page 90: ...t 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 FUNCTION Button Rotates the right side of the display through 24 accumulated values in conjunction with the PHASE button Table 8 EPM 3720 Faceplate animated functions The parameters displayed by the PHASE button are listed in the following ta...

Page 91: ... power for phase A B or C as set by PHASE button or total real power if PHASE is set to or kVR Reactive power for phase A B or C as set by PHASE button or total reactive power if PHASE is set to or kVA Apparent power for phase A B or C as set by PHASE button or total apparent power if PHASE is set to or PFLG or PFLD Power factor lagging or leading for phase A B or C as set by PHASE button or total...

Page 92: ...uration 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 9 EPM 7700 Faceplate animated functions The parameters displayed by the various data screen butt...

Page 93: ... 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...

Page 94: ...s DELTA Vll ab Max Vll bc Max Vll ca Max Vll Avg Max n a when Voltage Mode is SINGLE Ia Max Ib Max Ic Max n a when Voltage Mode is SINGLE I Avg Max 9 Power Amp Demand KW SWD KVAR SWD KVA SWD KW PD KVAR PD KVA PD KW Total KVAR Total KVA Total 10 THD and K Factor V1 THD V2 THD V3 THD n a when Source is n a I1 THD I2 THD I3 THD I4 THD n a when Source is n a I1 K Factor I2 K Factor I3 K Factor I4 K Fa...

Page 95: ...d configuration and sets the view to the Setup page VALUE Buttons Open the tabular data window specified during wizard configuration and set the view to the Setup page HELP Button 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...

Page 96: ... Value Text Displayed Description 1 PAGE 1 ACTUAL VALUES PHASE CURRENT DATA Page header 2 I1 xxx I2 xxx I3 xxx AMPS Phase current in amps or RUN based on motor status 3 I 3 Ph avg xxx AMPS Max Stator RTD xxx C Average phase current Hottest stator temperature 1 4 UNBALANCE RATIO In Ip U B xx PERCENT 5 GROUND FAULT CURRENT G F xxx 0 AMPS Units 1 if G F CT ratio 2000 1 6 ST HR TIMERS MIN xx xx xx xx ...

Page 97: ... 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 RTD TRIPS SINCE LAST COMMISSIONING xxx 11 S C TRIPS SINCE LAST COMMISSIONING xxx Short circuit trips 12 START TRIPS SINCE LAST COMMISSIONING xxx 13 U V TRIPS SINCE LAST COMMISSIONING xxx Und...

Page 98: ...E TRIP POWER FACTOR PF xxx Displayed only if MTM unit is installed in 269 11 PRE TRIP FREQUENCY HZ xxx Displayed only if MTM unit is installed in 269 12 END OF PAGE FIVE ACTUAL VALUES Page footer 1 PAGE 6 ACTUAL VALUES LEARNED PARAMETERS Page header 2 LEARNED Istart AVG OF 4 STARTS xxx AMPS 3 LEARNED Istart last one xxx AMPS 4 LEARNED K FACTOR K xxx AMPS 6 5 LEARNED RUNNING COOL TIME xxx MIN 6 LEA...

Page 99: ...iption 7 4 3 PHASE KVARS KVAR xxx Displayed only if MTM unit is on line 5 POWER FACTOR PF xxx Displayed only if MTM unit is on line 6 FREQUENCY HZ xx x Displayed only if MTM unit is on line 7 END OF PAGE SEVEN ACTUAL VALUES Page footer ...

Page 100: ...DATA REFRESH Button Updates the display to the current meter reading STORE Button 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 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 l...

Page 101: ...header 2 2 analog input name xxx units or ANALOG INPUT DISABLED Name entered by user value given in user defined units Displayed if disabled 3 ANALOG INPUT END OF PAGE Page footer 1 ACTUAL VALUES MAINTENANCE DATA Page header 2 BRKR mm dd yy DATE xx xx xx 3 BREAKER TRIPS xxx Number of trips since last reset 4 ACCUMULATED KA PHASE A xxx 3 5 ACCUMULATED KA PHASE B xxx 6 ACCUMULATED KA PHASE C xxx 7 M...

Page 102: ...E button to clear trip counters 10 DATA CLEARED LAST 0 0 0 11 OPERATIONS DATA END OF PAGE Page footer 1 ACTUAL VALUES PRE TRIP DATA Page header 2 ALARM PHASE O C 3 ALARM GROUND O C 4 ALARM OVERVOLT 5 ALARM UNDERVOLT 6 ALARM ANALOG INPUT 7 ALARM ACCUMULATED KA 8 SWITCH ALARM 1 9 ALARM AMPS DEMAND 10 ALARM KW DEMAND 11 ALARM KVAR DEMAND 12 ALARM POWER FACTOR 13 ALARM FREQUENCY 14 ALARM TRIP COIL 5 1...

Page 103: ...E TRIP CURRENT xxx A Value in amps 20 PHASE C PRE TRIP CURRENT xxx A Value in amps 21 GROUND PRE TRIP CURRENT xxx A Value in amps 22 PRE TRIP VOLTAGE A B xxx xx kV or A N xxx xx kV If configured as Delta or If configured as Wye 23 PRE TRIP VOLTAGE B C xxx xx kV or B N xxx xx kV If configured as Delta or If configured as Wye 24 PRE TRIP VOLTAGE C A xxx xx kV or C N xxx xx kV If configured as Delta ...

Page 104: ... CLEARED LAST xx xx xx Date of last reset mm dd yy 5 EVENT END OF PAGE Page footer 1 ACTUAL VALUES DEMAND DATA Page header 2 PH A PEAK DEMAND xxx A or AMPS DEMAND DISABLED Value in amps or Next prompt is CLEAR AMP DEMAND 3 PH B PEAK DEMAND xxx A Value in amps 4 PH C PEAK DEMAND xxx A Value in amps 5 CLEAR AMP DEMAND DATA NO Press STORE button to reset amp data 6 DATA CLEARED LAST xx xx xx Date of ...

Page 105: ...tton to reset kVAR data 12 KVAR DEMAND DATA CL D xx xx xx Date of last reset mm dd yy 13 DEMAND DATA END OF PAGE Page footer 1 METERING DATA DEMAND DATA Page header 2 POWER FACTOR LAGGING x xx or LEADING x xx If PF 0 or If PF 0 3 FREQUENCY MTM x xx Hz 9 4 REAL POWER xxx kW 5 REACTIVE POWER xxx kVAR 6 ENERGY USED xxx MWHRS 7 METERING DATA END OF PAGE Page footer ...

Page 106: ...98 PMCS Interface Toolkit This page left blank intentionally ...

Page 107: ...ures 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...

Page 108: ...ices 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 securi...

Page 109: ...s Clears the event log in the meter Demand Reset Clears the watt demand register in the meter Energy Reset Clears the accumulated energy registers in the meter Table 12 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 ...

Page 110: ...mand interval to the DDE Server Refresh Loads the energy demand interval from the DDE Server into the screen display Clear Demand Clears the accumulated energy Table 13 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 ...

Page 111: ...d energy registers in the trip unit Demand Clears the peak demand register in the trip unit Inst Trip Resets the instantaneous trip counter in the trip unit Short Trip Resets the short time trip counter in the trip unit Long Trip Resets the long time trip counter in the trip unit Ground Fault Resets the ground fault trip counter in the trip unit Table 14 EMVT C Tabular data screen commands ...

Page 112: ...accumulated energy registers in the trip unit Demand Clears the peak demand register in the trip unit Inst Trip Resets the instantaneous trip counter in the trip unit Short Trip Resets the short time trip counter in the trip unit Long Trip Resets the long time trip counter in the trip unit Ground Fault Resets the ground fault trip counter in the trip unit Table 15 EMVT D Tabular data screen comman...

Page 113: ...ttons 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 Peak Watt Demand Clear Clears the peak demand in the meter Table 16 PL Meter Tabular data screen commands ...

Page 114: ...and Contactor 1 Start Closes contactor 1 Contactor 2 Fast Start Initiates a fast start of contactor 2 Contactor 2 Rev Start Reverse closes contactor 2 Stop 1 2 Opens contactors 1 and 2 ECM Reset Completely resets the ECM Initialize Temperature Resets the temperature memory in the ECM Trip ECM Contactor Trips the ECM contactors Table 17 Spectra ECM Tabular data screen commands ...

Page 115: ...ou 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 Monitoring Tab The MDP Monitoring Screen shows the following Metering values of RMS Current RMS Trip Current and Phase Trip Status Trip Time Status External Inputs The message CT Ratios has not been entered will appear when no CT Rati...

Page 116: ...pens the breaker Close Breaker Closes the breaker Reset Fault Clears the event table in the MDP Table 18 MDP Tabular data screen commands The MDP Command Screen shows 3 buttons Open Breaker Opens the Breaker Close Breaker Closes the Breaker Reset Fault Clears the Event Table in the MDP The screen also shows the Breaker Status for example OPEN ...

Page 117: ...109 Setup Tab The MDP Setup Screen shows Phase Settings Configuration Ground Settings Configuration You must enter CT Ratio in the relevant field ...

Page 118: ...M s Max Frequency values from memory I V Range Clear Current Min Max Clears the PQM s Current Min Max values from memory Clear Voltage Min Max Clears the PQM s Voltage Min Max values from memory P Range Clear Power Min Max Clears the PQM s Power Min Max values from memory Analysis Clear Max THD Values Clears the PQM s Max THD values from memory I O Reset Pulse Counter Resets the PQM s pulse counte...

Page 119: ...ng tab shows Metering values For A B C and 3 Phase Energy In various values Output Relays Alarm Aux 1 Aux 2 and Aux 3 The Clear Energy button when clicked will clear all energy values The Reset Device button when clicked will reset the Device ...

Page 120: ...112 PMCS Interface Toolkit Status Tab The Multilin Status tab shows the status of Alarms Aux1 Aux2 Aux3 Relays ...

Page 121: ...emand Current Power Peak Demand Minimum and Maximum Frequency and their Time Stamps The Clear Max Demand Values button when clicked will clear all the maximum demand values The Clear Frequency Values button when clicked will clear all the frequency values ...

Page 122: ... tab shows the Minumum and Maximum Current Voltage Values The Clear Current Min Max button when clicked will clear all the minimum and maximum values of the current The Clear Voltage Min Max button when clicked will clear all the minimum and maximum values of voltage ...

Page 123: ...115 P Range Tab The Multilin PQM Power Range screen shows the Power minimum and maximum values The Clear Power Min Max button when clicked will clear all the minimum and maximum values of the power ...

Page 124: ... Interface Toolkit Analysis Tab The Multilin PQM Power Analysis screen shows Power Quality Values Total Harmonic Distortion THD Max The Clear Max THD Values button when clicked will clear all maximum THD values ...

Page 125: ... The Multilin PQM Inputs and Outputs screen shows Digital Input Switches Output Relays Analog Input Switch Input Pulse Counters The Reset Pulse Counter button when clicked will reset all the pulse counter values ...

Page 126: ...creen shows Current Demand Type Current Demand Time Interval m Power Demand Type Power Demand Time Interval m Energy Cost Per kWh cents Neutral Current Sensing Analog Input Main Relay Analog Input Alt Relay Switch A Function Switch B Function Switch C Function Switch D Function ...

Page 127: ... s energy counters Maintenance Clear Start Trip Counters Clears the MMII s Start and Trip count values from memory Clear Timers Clears the MMII s Timer values from memory Clear Interlock Counter Clears the MMII s Interlock Counter values from memory Table 20 MMII Tabular data screen commands See the MMII s Instruction Manual Chapter 5 Actual Values for information on the display of data values und...

Page 128: ...onding 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 Code Meaning Code Meaning 0 Voltage A 9 KVA A 18 KVA Total 1 Voltage B 10 KVA B 19 KVAR Total 2 Voltage C 11 KVA C 20...

Page 129: ...oints 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 t...

Page 130: ...se 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 di...

Page 131: ...b The 7300 ION Normal Metering Values screen shows the metering values A B and C Three Phase Values Voltage Imbalance Current Imbalance Frequency Hz Phase Reversal Energy The Reset Energy button will reset the energy ...

Page 132: ...ded a popup box will be appeared where text can be entered 2 By clicking on Force ON and Force OFF the status can be seen as ON or OFF respectively Sliding Window Demand and Predicted Windows Demand The Reset Sliding Demand button when clicked will reset all Sliding Demand values in the device The Reset Min Max button when clicked will reset all Min Max values in the device ...

Page 133: ...s setup values of the device such as Volts Mode Phase Order PT Secondary and CT Secondary The Download button when clicked will download all relevant values in the device The Refresh button when clicked will refresh all the values coming from the device ...

Page 134: ...se 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 7330 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 di...

Page 135: ...b The 7330 ION Normal Metering Values screen shows the metering values A B and C Three Phase Values Voltage Imbalance Current Imbalance Frequency Hz Phase Reversal Energy The Reset Energy button will reset the energy ...

Page 136: ...d a popup box will be appeared where text can be entered 2 By clicking on Force ON and Force OFF the status can be seen as ON or OFF respectively Sliding Window Demand and Predicted Windows Demand The Reset Sliding Demand button when clicked will reset all Sliding Demand values in the device The Reset Min Max button when clicked will reset all Min Max values in the device ...

Page 137: ...s setup values of the device such as Volts Mode Phase Order PT Secondary and CT Secondary The Download button when clicked will download all relevant values in the device The Refresh button when clicked will refresh all the values coming from the device ...

Page 138: ... 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...

Page 139: ...tor 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...

Page 140: ...eters 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 Neut...

Page 141: ... 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 perfo...

Page 142: ... 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 ...

Page 143: ...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 ...

Page 144: ...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 Pr...

Page 145: ...ush 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 se...

Page 146: ...ervals 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 Cur...

Page 147: ...forming 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 d...

Page 148: ... 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 ...

Page 149: ... 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 ...

Page 150: ...eters 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 ...

Page 151: ...atus 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 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 Curr...

Page 152: ...ble 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 Real Energy Import Export Total and Net Reactive Energy Import Export Total ...

Page 153: ...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 Status On Off for Status Inputs SI 1 8 Color Code Green ON Grey OFF Counters for SI1 8 Ana...

Page 154: ...I1 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 Volts Mode Phase Order Voltage Polarity for A B and C Current Polarity for A B C and Neutral Transfo...

Page 155: ...h 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 no...

Page 156: ... 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 Transient Threshold 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 O...

Page 157: ...r 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 display...

Page 158: ...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 Special Note UCA MMS support for PMCS 6 11a is removed Do notcheck this checkbox Note If WindowViewer is running when the wizard conf...

Page 159: ...al 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...

Page 160: ...he 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 Seq...

Page 161: ...0 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 Or...

Page 162: ...even groups Note that the displayed group may not be 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 ...

Page 163: ...ed 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 us...

Page 164: ...0 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 ...

Page 165: ...lements 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 ...

Page 166: ...ut 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 ac...

Page 167: ... 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 toggl...

Page 168: ...ts 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 ...

Page 169: ...ntact 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...

Page 170: ...splayed 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 associ...

Page 171: ...n 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...

Page 172: ...t 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 ...

Page 173: ...he 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 p...

Page 174: ... 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 el...

Page 175: ...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 Brea...

Page 176: ...nt 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...

Page 177: ...re 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 I...

Page 178: ...b 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 ...

Page 179: ...Trip Data Clears the last 5 trip causes from the 239 s memory Table 23 239 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...

Page 180: ...Status Tab The Status tab displays Alarm Trip Auxilary Status Pickup is shown in Amber color and Active Alarm shown in Red along with a text string for each alarm condition 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 ...

Page 181: ...he Multilin 239 Last Trip Data screen shows Cause of Last Trip and their corresponding currents and RTD Temperatures at the time of trip Trip Record The Clear Trip Data button when clicked will clear all the trip data ...

Page 182: ...174 PMCS Interface Toolkit Setpoints Tab The Multilin 239 System Setpoints screen shows CT Inputs Motor Data Phase Current Overload Breaker Failure Immediate Overload Mechanical Jam ...

Page 183: ...ush buttons on the Setup 6 tab Tab Button Function Status 6 Clear Last RTD Data Clears the RTD last access registers Clear Commissioning Data Clears the commissioning data registers Table 24 269 Tabular data screen commands For complete explanations of parameters refer to the 269 Users Guide ...

Page 184: ...ngle 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...

Page 185: ...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 fe...

Page 186: ... is enabled its label appears as black text and its indicator will show the current status of that function Trip Data This page 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 i...

Page 187: ...ation 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 ...

Page 188: ...s 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 Ala...

Page 189: ...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 alar...

Page 190: ... to change The Intouch Calculator window appears type in the new value and click OK The new value is now displayed in the Control tab but has not yet been sent to the device Click the Set button to store the new value in the device Control These buttons are disabled unless the Serial Communications Control setpoint in the relay is programmed to On These buttons are subject to Intouch user level se...

Page 191: ...tup 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 ...

Page 192: ...Clear RTD Maximums Resets the RTD Maximums data Trip Clear Last Trip Data Clears this data from memory I O Clear Analog Input Min Max Data Clears this data from memory Maintenance Preset Digital Counter Allows presetting of digital counters Clear Trip Counters Clears the trip count data from memory Table 25 SR469 Tabular data screen commands See the SR469 Motor Management Relay manual Chapter 5 Ac...

Page 193: ...l clear all Peak Demand data The Clear MWh Mvarh button will clear all MWh and Mvarh values The RESET Device button will issue a RESET command to the SR469 Status Tab The Multilin SR469 Status screen shows Start Blocks Motor Status Real Time Clock RTD Maximums The Clear RTD Maximums button will clear all maximum RTD values ...

Page 194: ...186 PMCS Interface Toolkit Alarms Tab The Multilin SR469 Alarm Status screen shows the status of various alarms such as Overload Alarm and Underpower Alarm ...

Page 195: ...187 Trip Tab The Multilin SR469 Trip screen shows the values of last trip data The Clear Last Trip Data button will clear all values of the last trip data ...

Page 196: ...oolkit IO Tab The Multilin SR469 Inputs Outputs screen shows values related to Output Relays Digital Input Switches Analog Inputs The Clear Analog I P Min Max button will clear all minimum and maximum values of Analog I P ...

Page 197: ...The Multilin SR469 Maintenance screen shows values related to Trip Counters Timers General Counters The Clear Trip Counters button will clear all values of trip counters and the Preset Digital Ctr will preset trip counters ...

Page 198: ...190 PMCS Interface Toolkit Analog Tab The Multilin SR469 Analog Input Differential screen shows Analog Input Diff 1 2 Analog Input Diff 3 4 ...

Page 199: ...1 RTD HI Tab The Multilin SR469 HI Alarm Status screen shows various RTD values Setpoints Tab The Multilin SR469 System Setpoints screen shows values of Thermal Model Current Voltage Sensing Power System ...

Page 200: ... Data Clears the last trip data from memory I O Clear Analog I P Min Max Data Clears the analog input minimum maximum data from memory Maintenance Clear Trip Counters Clears the trip counter data from memory Clear Generator Information Clears the generator data from memory Clear Breaker Information Clears the breaker data from memory Table 26 SR489 Tabular data screen commands See the SR489 Genera...

Page 201: ...h button clears all MWh and Mvarh data The Clear Max RTD Data button clears the maximum RTD data and The RESET Device button will issue a RESET command to the device Pickup Tab The Multilin SR489 Pickups screen shows Phase Differential Trip Overvoltage Trip Volts Hertz Trip CLICK MORE BUTTON TO SEE MORE PICKUPS Alarms Tab ...

Page 202: ...arm Pickups screen shows all the Alarms Trip Data Tab The Multilin SR489 Last Trip Data screen shows the values of last trip data and the corresponding values at the time of trip The Clear Last Trip Data button clears all values of the last trip data ...

Page 203: ...IO Tab The Multilin SR489 Inputs Outputs screen shows Digital Input Switches Analog Inputs Output Relays Learned Data Values The Clear Analog I P Min Max button clears all the minimum and maximum analog I P ...

Page 204: ...ce screen shows General Timers Counters Trip Counters The Clear Trip Counters button will clear all values of trip counters the Clear General Info button will clear all general information and the Clear Breaker Info button will clear all breaker information from the memory ...

Page 205: ...197 Setpoints Tab The Multilin SR489 System Setpoints screen shows various values related to the setpoints such as Phase CT Primary Ground CT Type VT Connection Type Voltage Transformer Ratio etc ...

Page 206: ... used data Reset Keypad Performs a keypad reset End of Relay Test Ends the relay test End of LED Test Ends the LED test End of Analog Output Test Ends the analog output test Test LCD Display Sends a test pattern to the LCD Test LEDs Starts the LED test Table 27 565 Tabular data screen commands The Setup 2 tab has two data input areas Analog Input Title creates a user label for the analog input use...

Page 207: ...199 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 ...

Page 208: ...d has two command buttons described below Tab Button Function Metering Reset Device Issues a RESET command to the 735 Trip Clear Last Trip Data Clears the trip causes log Table 28 735 Tabular data screen commands Metering Tab The 735 Metering screen shows Current and Output Relays Time Overcurrent Trip and Instantaneous Overcurrent Trip Configuration The RESET CLEAR Device button will issue a RESE...

Page 209: ...201 Trip Data Tab The 735 Trip Data screen shows trip data information such as Last Trip Data Trip Record The Clear Last 5 Trip Causes button will clear values of last 5 trip causes ...

Page 210: ...202 PMCS Interface Toolkit Setpoints Tab The 735 System Setpoints screen shows setpoints information such as Dial Settings Option Switches ...

Page 211: ... loss of life data from the SR745 s memory Table 29 SR745 Tabular data screen commands See the SR745 Transformer Management Relay Instruction Manual Chapter 6 Actual Values for information on the display of data values under different device 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 ...

Page 212: ...204 PMCS Interface Toolkit Flags Tab The Multilin SR745 Element Flags screen shows the state and phases of various elements IO Tab The Multilin SR745 Inputs Outputs screen shows ...

Page 213: ... Inputs Output Relays Virtual Outputs Analog Input Demand Tab The Multilin SR745 Demand Data screen shows Configuration Present Values Maximums The Clear Max Demand Data button will clear all maximum values of the demand data ...

Page 214: ...206 PMCS Interface Toolkit Harmonic Tab The Multilin SR745 Harmonic Misc Data screen shows Harmonic Data Misc The Reset Loss of Life button will clear loss of life data from the SR745 s memory ...

Page 215: ...207 Setpoints Tab The Multilin SR745 System Setpoints screen shows information such as Nominal Phase to Phase Voltage Rated Load MVA Transformer Type and Analog Outputs ...

Page 216: ...208 PMCS Interface Toolkit Power Tab The Multilin SR745 Power Energy screen shows Power Energy Aging Factor Tap Changer ...

Page 217: ...cing Current Resets the arcing current data Table 30 SR750 760 Tabular data screen commands The SR750 760 Tabular screen offers a tab labeled LOGIC This tab allows you to access the SR750 760 s 20 logic inputs You can use these logic inputs to 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 s...

Page 218: ...e Toolkit Metering Tab The SR750 760 Metering screen shows Current Energy Voltage Power The Clear Energy Data button will clear all values of energy data The RESET Device button will issue a RESET command to the device ...

Page 219: ...211 Status Tab The SR750 760 Status screen shows Active Conditions Fault Tab The SR750 760 Fault Maintenance Data screen shows ...

Page 220: ...Total Arcing Current The Reset Arcing Current button will reset all values of the arcing current Trip Tab The SR750 760 Trip Data screen shows Last Trip Data Trip Counters The Reset Trip Counters button will reset all values of the trip counters ...

Page 221: ...213 Demand Tab The SR750 760 Demand screen shows details of Configuration Values The Reset Max Demand button will reset all maximum values of demand ...

Page 222: ...214 PMCS Interface Toolkit Logic Tab The SR750 760 Logic screen shows Contact Inputs Virtual Inputs Logic Input States IO Tab The SR750 760 Inputs Outputs screen shows ...

Page 223: ...ut Coils Breaker Operation The Open Breaker button will issue an Open Breaker command The Close Breaker button will issue a Close Breaker command Setpoints Tab The SR750 760 System Setpoints screen shows System Setup Analog Output Configuration ...

Page 224: ... 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 ...

Page 225: ...217 Fanuc Micro 90 The GE Fanuc Micro 90 Tabular Data Screen is blank This allows for any desired data to be placed on the screen ...

Page 226: ...efresh 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 MX 200 Met...

Page 227: ...d Fast Load Status Communications MX 200 Modcard Communication Status Displays communication status for example Comm OK Status Q3 Input Auxiliary 2 Input Auxiliary 1 Input Automatic Transfer Relay SN Limit Switch SE Limit Switch SNO Limit Switch SEO Limit Switch S5 Selector S12 Selector Load Shed Input Q7 Input The status is either ON or OFF If the relay is ON the status is displayed in green and ...

Page 228: ...ce is displayed as Available displayed in green or Not Available displayed in red The Position Status is displayed as Normal displayed in green or Emergency displayed in red The Phase Rotation is displayed as ON displayed in green or OFF displayed in red Setup Tab The Setup tab displays the following demand values from MX 200 device ...

Page 229: ...s T3 Timer Bypass T3 Timer W3 Timer Bypass W3 Timer T Timer Bypass W Timer Bypass In Ph Mon Closed Trans ATS Type S12 Auto Manual S5 Auto Manual Bypass Phase Sequence Check Emg Over Frequency Emg Over Voltage Normal Over Frequency Normal Under Frequency Normal Over Voltage The value against each option is displayed as either as Confirmed or Not Confirmed Voltage Volts ...

Page 230: ... Time T Time T3 Time DT Time U Time The Setup 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 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 t...

Page 231: ...scribed below Master Tab The Master PLC lists 16 generators displaying status for each generator separately The status types are Run Stop Alarm Shutdown Runtime in hours Lead Value If a particular generator is stopped it is displayed in gray color if a generator is running in green if there is an alarm in amber and shutdown of a generator in red The parameters of generators are Engine Crank Time I...

Page 232: ...tact Breaker Close Ready Not in Auto CPU Running Engine in Cooldown Engine Run Contact If a generator is running the status is displayed in gray and if it is Status Stop it is displayed as green The status Not In Auto is displayed in red Alarm Undervoltage Hi Water Temp Warn Battery Charger Failure Low Fuel Day Tank Oil Pressure Warning Low Water Temp Low Water Level Day Tank Critically Low Fuel L...

Page 233: ...igh Water Temp Oil Pressure Overvoltage Reverse Power Breaker Locked Out Fail to Synchronize General Failure Emergency Stop EMCP Diagnostic Failure Gen Set Breaker Air Damper Switch Lock Out 489 Relay Fail Safe 489 Relay Note Any kind of shutdown is displayed in red PSG The screen shows Paralleling SwitchGear Status of generators ...

Page 234: ...Fuel Leaked Load Bank Breaker Bell Alarm System Not in Auto System Under Test Remote Start Signal Received System in Load Demand Mode System Test With Load Bank Remote Peak Shave Signal Received Load Add Priority Load Add Priority 3 Load Add Priority 4 Load Shed Priority 2 Load Shed Priority 3 Load Shed Priority 4 Note Any alarm is displayed in amber otherwise normal status is shown in gray color ...

Page 235: ...to Electro Industries family which is tightly integrated device in to PMCS product This device contains the following tabs Metering Tab The screen explains various parameters of the device Current Amps Phase A B C and Neutral Inst Max ...

Page 236: ...228 PMCS Interface Toolkit Voltage Volts Phase AN BN CN AB BC and CA Inst THD Current THD Voltage Energy WATT Hour VA Hour VAR Hour Power Real WATT Reactive VAR Apparent VA PF ...

Page 237: ...ration Kilo Volt Inputs Kilo Amp Input Mega Watt Input Phase Reverse Limits Meter Setup Limits Set By Relay 1 Relay 2 Phase Reversal Phase Imbalance Delay On Delay Off Decimal Placement Volts Decimal Placement Amps Decimal Placement WATT Decimal Placement VOLTS Full Scale AMPS Full Scale Lim Threshold for lmb ...

Page 238: ...r Relay 1 Trigger Relay 2 LED display in Amber color Limit 1 of the associated value will trigger Relay 2 LED display in Gray color Limit 1 of the associated value will not trigger Relay 2 Limit 2 Limit 2 value for the Associated quantity For example Phase A Amps Trigger Relay 1 LED display in Amber color Limit 2 of the associated value will trigger Relay 1 LED display in Gray color Limit 2 of the...

Page 239: ...the Limit 2 value LED display in Gray color The associated quantity is NOT exceeded the Limit 2 value Example 1 Example 2 Limit1 is Set for Above Limit 2 is Set for Below Limit 1 is 100 Amps Limit 2 is 80 Amps The associated Quantity is Phase A Instantaneous value is 397 Amps The associated Quantity is Phase A Instantaneous value is 50 Amps Exceeded Limit 1 will show in GREEN color as 397 100 Exce...

Page 240: ...evice belongs to Electro Industries family which is tightly integrated device in to PMCS product This device contains the following tabs Metering Tab The screen explains various parameters of the device Current Amps Phase A B C Neutral Inst Max ...

Page 241: ...nt THD Voltage Displays Phase A Phase B and Phase C THD Current and Voltage values Energy WATT Hour VA Hour VAR Hour Power Real WATT Reactive VAR Apparent VA PF Setup One Tab The screen explains various parameters in relation with Relay 1 and Relay 2 such as ...

Page 242: ... values from 1 to 4 Amps Decimal Placement This value decides the precision User can change the values from 1 to 4 WATT Decimal Placement VOLTS Full Scale If kilo volt inputs value is set then Voltage full scale value is divided by 1000 showing the value in Kilo Volts AMPS Full Scale If kilo Amp inputs value is set then Amps full scale value is divided by 1000 showing the value in Kilo Amps Reset ...

Page 243: ...ngs to Electro Industries family which is tightly integrated device in to PMCS product This device contains the following tabs Metering Tab The screen explains various parameters of the device Current Amps Phase A B C and Neutral Inst Max Voltage Volts Phase AN BN CN AB BC and CA Inst ...

Page 244: ...rgy WATT Hour VA Hour VAR Hour Power Real WATT Reactive VAR Apparent VA PF Setup One Tab The screen explains various parameters in relation with Relay 1 and Relay 2 such as Configuration Kilo Volt Inputs Kilo Amp Input Mega Watt Input Phase Reverse Limits ...

Page 245: ...ld for lmb Reset WATT Hour VAR Hour VA Hour If it is kilo volt inputs the decimal placement is 2 as shown in the screen if kilo amp input the decimal placement is 3 and if mega watt input it is 1 Note Configured is displayed in green Enabled in red and Reset in Amber Setup Two Tab The screen explains various parameters related to Limits and Triggers Brief explanation of each of the columns is desc...

Page 246: ...display in RED color Limit 1 of the associated value is Set for Above LED display in Gray color Limit 1 of the associated value is Set for Below Set Above Below Limit 2 LED display in RED color Limit 2 of the associated value is Set for Above LED display in Gray color Limit 2 of the associated value is Set for Below Exceeded Limit 1 LED display in GREEN color The associated quantity is exceeded th...

Page 247: ... and Negative Limit 2 Delay On is displayed too If the relay is on it is displayed in green If the relay is off it remains in gray Energy kWh WATT Hour and Negative WATT Hour Interval is displayed Power Full Scale This value internally depends on the Power Displacement Value Based on this the value the number of decimals will be displayed For example If the Power Decimal Placement is set to 1 the ...

Page 248: ...rectly set the status to the device by clicking on the arrow buttons on respective fields to change the value from Above to Below or from Below to Above The user can enter the set values by clicking on the field that contains the rectangular box that filled with White color on respective fields by entering the desired set values Once the user enters the set value by clicking on the Set button of t...

Page 249: ...e device offers 8 High speed digital inputs Demand Measures Fixed window Sliding window Predictive and Themal demands 4 Communication Ports There are 4 ports Port 1 Port 2 Port 3 and Port 4 The device contains the following tabs Metering The Metering tab shows following various parameters Voltage Normal High Speed This tab displays the voltage values of AN BN CN AB BC CA and Aux Current Normal Hig...

Page 250: ... tab displays the voltage values of AN BN CN AB BC CA and Aux Current Displays currents of Phase A B C measured and calculated THD Displays THD values of Phase A B C for Voltage and Current an d K Factor Power Factor Displays PF of Phase A B C and 3 Phase of 4 Quadrants namely Q1 Q2 Q3 and Q4 Power Displays Phase A B C and 3 Phase Power Values for Positive Watt Coincendence VAR for Postive Watt Ne...

Page 251: ...n to see the Sliding window Demand Fixed Window Demand Displays Average and Maximum Sliding window demand for Positive Watt Coincendence VAR for Maximum Postive Watt Negative Watt Coincedance VAR for Maximum Negative Watt Positive VAR Negative VAR and VA User can click on Fixed Window button to see the Fixed window Demand Predictive Sliding Window Demand Displays Predictive Sliding Window demand f...

Page 252: ...d to thermal average Current Amps Displays the current readings for the phases A B C Mea measured and Cal calculated Voltage Volts Displays the Voltage readings for the phases AN BN CN AB BC CA and Aux Power Displays Phase A B C and 3 Phase Power Values for Real Watt Reactive VAR and Apparent VA ...

Page 253: ...ased on the Digital input status the corresponding label will be displayed For example if the digital input status is OPEN then label for Open condition is displayed or if the digital input status is CLOSED then label for Closed condition is displayed Status The status is displayed Open Closed Open status showed in green and Closed status in gray Counter Displays the corresponding digital input co...

Page 254: ... AN BN CN AB BC CA and Aux PT Ratio Displays Phase and Auxiliary values for Numerator and Denominator CT Ratio Displays Phase and Neutral values for Numerator and Denominator Communication Parameters Displays Port Addresses and Baudrate for each of the 4 Ports Reset This wizard allows user to reset the following Parameters Energy Log Maximum and Minimum Voltage Phase Sequence Displays Phase sequen...

Page 255: ...etering The Metering tab shows following various parameters Voltage This tab displays the voltage values of AN BN CN AB BC and CA Current Displays currents of Phase A B C and neutral THD Current THD Voltage Displays THD values of Phase A B and C for current and voltage Energy Displays values for Positive kWh Negative kWh Positive kVARh Negative kVARh and kVAh Power Displays Phase A B C and 3 Phase...

Page 256: ... Max Values and Show Min Values Voltage This tab displays the voltage values of AN BN CN AB BC and CA Current Displays currents of Phase A B C and Neutral THD Displays THD values of Phase A B C for Current and Voltage Power Displays Phase A B C and 3 Phase Power Values for Positive kW Negative kW Positive kVAR Negative kVAR kVA Positive PF and Negative PF Frequency Displays frequency in Hz ...

Page 257: ...splayed in red if not gray meaning the Limits are set below The Limit 1 and Limit 2 Parameters that are shown on the tab are Current Phase A Phase B Phase C and Neutral Voltage AN BN CN AB BC CA Power VA VAR WATT PF and Frequency Brief explanation of each of the columns is described below Column Description Limit 1 Limit 1 value for the Associated quantity For example Phase A Amps Trigger Relay 1 ...

Page 258: ...isplay in Amber color Limit 2 of the associated value will trigger Relay 2 LED display in Gray color Limit 2 of the associated value will not trigger Relay 2 Trigger Relay 3 LED display in Amber color Limit 2 of the associated value will trigger Relay 3 LED display in Gray color Limit 2 of the associated value will not trigger Relay 3 Set Above Below Limit 1 LED display in RED color Limit 1 of the...

Page 259: ... Full Scale current values for phases A B and C Also shows Decimal Placement values of Volts Amps and Power Reset of Min and Max Resets Minimum and Maximum values For example To reset Minimum values when the button is clicked a dialog box will appear asking Reset minimum values The dialog box contains Ok and Cancel buttons If the Ok button is clicked all the minimum values of parameters are reset ...

Page 260: ...d 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 w...

Page 261: ...e wizard are not sized correctly For instance if I develop an application in 600 x 480 resolution and then convert it to 800 x 600 resolution the screens look terrible things extend off the screen text formatting is changed etc A First make sure that the TrueType fonts option is turned on in Windows 2000 SP2 If this option is off it can cause font display problems even if windows have not been res...

Page 262: ......

Page 263: ...and To set the EPM 3720 s sliding demand keys follow the procedure below Locate the key code for the parameter you wish to measure in the table below 1 Open the EPM 3720 Tabular Data screen wizard and select the Sliding Demand tab 2 Enter the appropriate sliding demand window key by clicking the on screen thumbwheels up or down until the key code from the table below is displayed 3 Press the Downl...

Page 264: ...C Amps Neutral HS STD TD SD PD 4 3 0D Reserved 4 3 0E Volts Imbalance 0 100 HS STD TD SD PD 4 3 0F Amps Imbalance 0 100 STD TD SD PD 4 3 10 kW Total HS STD TD SD PD HRS 4 3 11 kW Phase A HS STD TD SD PD 4 3 12 kW Phase B HS STD TD SD PD 4 3 13 kW Phase C HS STD TD SD PD 4 3 14 kVAR Total STD TD SD PD HRS 4 3 15 kVAR Phase A STD TD SD PD 4 3 16 kVAR Phase B STD TD SD PD 4 3 17 kVAR Phase C STD TD S...

Page 265: ...HD Total Odd STD TD SD PD 4 3 72 V3 HD Total Odd STD TD SD PD 4 3 73 VAUX HD Total Odd STD TD SD PD 4 3 74 I1 HD Total Odd STD TD SD PD 4 3 75 I2 HD Total Odd STD TD SD PD 4 3 76 I3 HD Total Odd STD TD SD PD 4 3 77 I4 HD Total Odd STD TD SD PD 4 3 78 V1 HD Total Even STD TD SD PD 4 3 79 V2 HD Total Even STD TD SD PD 4 3 7A V3 HD Total Even STD TD SD PD 4 3 7B VAUX HD Total Even STD TD SD PD 4 3 7C...

Page 266: ... 2 STD TD SD PD 4 3 97 I4 HD Harmonic 2 STD TD SD PD 4 3 98 V1 HD Harmonic 3 STD TD SD PD 4 3 99 V2 HD Harmonic 3 STD TD SD PD 4 3 9A V3 HD Harmonic 3 STD TD SD PD 4 3 9B VAUX HD Harmonic 3 STD TD SD PD 4 3 9C I1 HD Harmonic 3 STD TD SD PD 4 3 9D I2 HD Harmonic 3 STD TD SD PD 4 3 9E I3 HD Harmonic 3 STD TD SD PD 4 3 9F I4 HD Harmonic 3 STD TD SD PD 4 3 A0 V1 HD Harmonic 4 STD TD SD PD 4 3 A1 V2 HD...

Page 267: ...D 4 3 BD I2 HD Harmonic 7 STD TD SD PD 4 3 BE I3 HD Harmonic 7 STD TD SD PD 4 3 BF I4 HD Harmonic 7 STD TD SD PD 4 3 C0 V1 HD Harmonic 8 STD TD SD PD 4 3 C1 V2 HD Harmonic 8 STD TD SD PD 4 3 C2 V3 HD Harmonic 8 STD TD SD PD 4 3 C3 VAUX HD Harmonic 8 STD TD SD PD 4 3 C4 I1 HD Harmonic 8 STD TD SD PD 4 3 C5 I2 HD Harmonic 8 STD TD SD PD 4 3 C6 I3 HD Harmonic 8 STD TD SD PD 4 3 C7 I4 HD Harmonic 8 ST...

Page 268: ...D TD SD PD 4 3 E3 VAUX HD Harmonic 12 STD TD SD PD 4 3 E4 I1 HD Harmonic 12 STD TD SD PD 4 3 E5 I2 HD Harmonic 12 STD TD SD PD 4 3 E6 I3 HD Harmonic 12 STD TD SD PD 4 3 E7 I4 HD Harmonic 12 STD TD SD PD 4 3 E8 V1 HD Harmonic 13 STD TD SD PD 4 3 E9 V2 HD Harmonic 13 STD TD SD PD 4 3 EA V3 HD Harmonic 13 STD TD SD PD 4 3 EB VAUX HD Harmonic 13 STD TD SD PD 4 3 EC I1 HD Harmonic 13 STD TD SD PD 4 3 E...

Page 269: ...tance Measurement Supported Modes 4 3 FA V3 HD Harmonic 15 STD TD SD PD 4 3 FB VAUX HD Harmonic 15 STD TD SD PD 4 3 FC I1 HD Harmonic 15 STD TD SD PD 4 3 FD I2 HD Harmonic 15 STD TD SD PD 4 3 FE I3 HD Harmonic 15 STD TD SD PD Table A 1 EPM 3720 Sliding Window Demand Keys ...

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Page 271: ...0 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 1 In the EPM3720 MMI tabular screen click on the Setpoints tab 2 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 f...

Page 272: ...t 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 9 Once the Trigger Arm Retrieve buttons become active press the Arm button The Trigger Arm Retrieve buttons will momentarily become inactive When the buttons be...

Page 273: ...uts Preset Reset 1 D 00 02 Digital Outputs Relays Reset 1 E 00 03 Digital Inputs Status Inputs Scale 1 F 00 03 Digital Inputs Status Inputs Rollover 4 0 see valid instances below High speed Present 4 1 see valid instances below Standard Present 4 2 see valid instances below Thermal Demand Present 4 3 see valid instances below Sliding Window Demand Present 4 4 see valid instances below High speed M...

Page 274: ...Phase A HS STD TD SD PD 02 Volts LN Phase B HS STD TD SD PD 03 Volts LN Phase C HS STD TD SD PD 04 Volts LL Average HS STD TD SD PD 05 Volts LL Phase AB HS STD TD SD PD 06 Volts LL Phase BC HS STD TD SD PD 07 Volts LL Phase CA HS STD TD SD PD 08 Amps Average HS STD TD SD PD 09 Amps Phase A HS STD TD SD PD 0A Amps Phase B HS STD TD SD PD 0B Amps Phase C HS STD TD SD PD 0C Amps Neutral HS STD TD SD ...

Page 275: ...ase A 0 Off 1 On HS 32 I2T Phase B 0 Off 1 On HS 33 I2T Phase C 0 Off 1 On HS 34 67 Reserved 68 V1 HD K Factor STD TD SD PD 69 V2 HD K Factor STD TD SD PD 6A V3 HD K Factor STD TD SD PD 6B VAUX HD K Factor STD TD SD PD 6C I1 HD K Factor STD TD SD PD 6D I2 HD K Factor STD TD SD PD 6E I3 HD K Factor STD TD SD PD 6F I4 HD K Factor STD TD SD PD 70 V1 HD Total Odd STD TD SD PD 71 V2 HD Total Odd STD TD...

Page 276: ... STD TD SD PD 8B VAUX HD Harmonic 1 STD TD SD PD 8C I1 HD Harmonic 1 STD TD SD PD 8D I2 HD Harmonic 1 STD TD SD PD 8E I3 HD Harmonic 1 STD TD SD PD 8F I4 HD Harmonic 1 STD TD SD PD 90 V1 HD Harmonic 2 STD TD SD PD 91 V2 HD Harmonic 2 STD TD SD PD 92 V3 HD Harmonic 2 STD TD SD PD 93 VAUX HD Harmonic 2 STD TD SD PD 94 I1 HD Harmonic 2 STD TD SD PD 95 I2 HD Harmonic 2 STD TD SD PD 96 I3 HD Harmonic 2...

Page 277: ...armonic 6 STD TD SD PD B2 V3 HD Harmonic 6 STD TD SD PD B3 VAUX HD Harmonic 6 STD TD SD PD B4 I1 HD Harmonic 6 STD TD SD PD B5 I2 HD Harmonic 6 STD TD SD PD B6 I3 HD Harmonic 6 STD TD SD PD B7 I4 HD Harmonic 6 STD TD SD PD B8 V1 HD Harmonic 7 STD TD SD PD B9 V2 HD Harmonic 7 STD TD SD PD BA V3 HD Harmonic 7 STD TD SD PD BB VAUX HD Harmonic 7 STD TD SD PD BC I1 HD Harmonic 7 STD TD SD PD BD I2 HD H...

Page 278: ...D Harmonic 11 STD TD SD PD D9 V2 HD Harmonic 11 STD TD SD PD DA V3 HD Harmonic 11 STD TD SD PD DB VAUX HD Harmonic 11 STD TD SD PD DC I1 HD Harmonic 11 STD TD SD PD DD I2 HD Harmonic 11 STD TD SD PD DE I3 HD Harmonic 11 STD TD SD PD DF I4 HD Harmonic 11 STD TD SD PD E0 V1 HD Harmonic 12 STD TD SD PD E1 V2 HD Harmonic 12 STD TD SD PD E2 V3 HD Harmonic 12 STD TD SD PD E3 VAUX HD Harmonic 12 STD TD S...

Page 279: ... Harmonic 15 STD TD SD PD FF I4 HD Harmonic 15 STD TD SD PD 6 0 2 Reserved Reserved 6 3 see valid instances below Predicted Sliding Window Demand Present 6 4 6 Reserved Reserved 6 7 see valid instances below Predicted Sliding Window Demand Minimum 6 8 A Reserved Reserved 6 B see valid instances below Predicted Sliding Window Demand Maximum 6 C F Reserved Reserved ß ß ß ß Instance Measurement Suppo...

Page 280: ... kVAR Phase C STD TD SD PD 18 kVA Total HS STD TD SD PD HRS 19 kVA Phase A HS STD TD SD PD 1A kVA Phase B HS STD TD SD PD 1B kVA Phase C HS STD TD SD PD 1C PF Total STD TD SD PD 1D PF Phase A STD TD SD PD 1E PF Phase B STD TD SD PD 1F PF Phase C STD TD SD PD 20 Frequency HS STD TD SD PD 21 23 Reserved 24 Phase Reversal 0 or 1 HS STD 25 27 Reserved 28 VAUX STD TD SD PD 29 2F Reserved 30 I2T Avg 0 O...

Page 281: ... PD 7D I2 HD Total Even STD TD SD PD 7E I3 HD Total Even STD TD SD PD 7F I4 HD Total Even STD TD SD PD 80 V1 HD Total STD TD SD PD 81 V2 HD Total STD TD SD PD 82 V3 HD Total STD TD SD PD 83 VAUX HD Total STD TD SD PD 84 I1 HD Total STD TD SD PD 85 I2 HD Total STD TD SD PD 86 I3 HD Total STD TD SD PD 87 I4 HD Total STD TD SD PD 88 V1 HD Harmonic 1 STD TD SD PD 89 V2 HD Harmonic 1 STD TD SD PD 8A V3...

Page 282: ... A4 I1 HD Harmonic 4 STD TD SD PD A5 I2 HD Harmonic 4 STD TD SD PD A6 I3 HD Harmonic 4 STD TD SD PD A7 I4 HD Harmonic 4 STD TD SD PD A8 V1 HD Harmonic 5 STD TD SD PD A9 V2 HD Harmonic 5 STD TD SD PD AA V3 HD Harmonic 5 STD TD SD PD AB VAUX HD Harmonic 5 STD TD SD PD AC I1 HD Harmonic 5 STD TD SD PD AD I2 HD Harmonic 5 STD TD SD PD AE I3 HD Harmonic 5 STD TD SD PD AF I4 HD Harmonic 5 STD TD SD PD B...

Page 283: ... STD TD SD PD CC I1 HD Harmonic 9 STD TD SD PD CD I2 HD Harmonic 9 STD TD SD PD CE I3 HD Harmonic 9 STD TD SD PD CF I4 HD Harmonic 9 STD TD SD PD D0 V1 HD Harmonic 10 STD TD SD PD D1 V2 HD Harmonic 10 STD TD SD PD D2 V3 HD Harmonic 10 STD TD SD PD D3 VAUX HD Harmonic 10 STD TD SD PD D4 I1 HD Harmonic 10 STD TD SD PD D5 I2 HD Harmonic 10 STD TD SD PD D6 I3 HD Harmonic 10 STD TD SD PD D7 I4 HD Harmo...

Page 284: ...13 STD TD SD PD EE I3 HD Harmonic 13 STD TD SD PD EF I4 HD Harmonic 13 STD TD SD PD F0 V1 HD Harmonic 14 STD TD SD PD F1 V2 HD Harmonic 14 STD TD SD PD F2 V3 HD Harmonic 14 STD TD SD PD F3 VAUX HD Harmonic 14 STD TD SD PD F4 I1 HD Harmonic 14 STD TD SD PD F5 I2 HD Harmonic 14 STD TD SD PD F6 I3 HD Harmonic 14 STD TD SD PD F7 I4 HD Harmonic 14 STD TD SD PD F8 V1 HD Harmonic 15 STD TD SD PD F9 V2 HD...

Page 285: ...on 1000 1004 STD HS Clear digital input counter 0 3 Status input counter 1 4 4 ALL 1100 1102 STD HS Operate Relay 1 to 3 1C00 1C04 STD HS same as 1000 1004 A400 A407 STD HS Waveform Capture channels 1 to 8 A500 STD HS 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 ...

Page 286: ...278 PMCS Interface Toolkit This page left blank intentionally ...

Page 287: ...n wizard If it is you may wish to create a duplicate tag with a unique name to access the same register Otherwise it is possible that the tag may be deactivated by the Tabular Data Screen wizard and the data will be unavailable for use by your custom wizard NOTE It is important to keep in mind that tags which may be deactivated by the Tabular Data Screen Wizard will not work properly with InTouch ...

Page 288: ...m_24723 External Boolean 5 Enable Over SWD KW Y DeviceNm_24724_GWY Enable_OverAmp N DeviceNm_24724 External Boolean 6 Enable Over Current Y DeviceNm_24725_GWY Enable_OverVunb N DeviceNm_24725 External Boolean 7 Enable Over Vunbal Y DeviceNm_25053 OVER_KW Y DeviceNm_25054 OVER_IA_STATUS Y DeviceNm_25055 OVER_IB_STATUS Y DeviceNm_25056 OVER_IC_STATUS Y DeviceNm_25057 OVER_VUN_STATUS Y DeviceNm_25064...

Page 289: ...28672 PT_PRIMARY Y DeviceNm_28672_GWY PT Primary N DeviceNm_28673_GWY PT Secondary N DeviceNm_28674 CT_Primary Y DeviceNm_28674_GWY Ct Primary N DeviceNm_28675 CT_Secondary Y DeviceNm_28675_GWY Ct Secondary N DeviceNm_28676 I4_CT_Primary Y DeviceNm_28676_GWY I4 CT Primary N DeviceNm_28677 I4_CT_Secondary Y DeviceNm_28677_GWY I4 CT Secondary N DeviceNm_DEVICE_STATUS GE77GTWY Comm Check N Memory Rea...

Page 290: ...viceNm_29687_Anlg Over Ia Over Pickup N DeviceNm_29688_Anlg Over Ib Over Pickup N DeviceNm_29689_Anlg Over Ic Over Pickup N DeviceNm_29690_Anlg Over Vunbal Over Pickup N DeviceNm_29696_Anlg Over KW Over Dropout N DeviceNm_29697_Anlg Over Ia Over Dropout N DeviceNm_29698_Anlg Over Ib Over Dropout N DeviceNm_29699_Anlg Over Ic Over Dropout N DeviceNm_29700_Anlg Over Vunbal Over Dropout N DeviceNm_29...

Page 291: ... VLL_AB N DeviceNm_22533 VLL_BC N DeviceNm_22534 VLL_CA N DeviceNm_22535 VLL_AVG N DeviceNm_22536 I_A N DeviceNm_22537 I_B N DeviceNm_22538 I_C N DeviceNm_22539 I_AVG N DeviceNm_22540 KWA N DeviceNm_22541 KWB N DeviceNm_22542 KWC N DeviceNm_22543 KWTOTAL N DeviceNm_22544 KVARA N DeviceNm_22545 KVARB N DeviceNm_22546 KVARC N DeviceNm_22547 KVARTOTAL N DeviceNm_22548 KVAA N DeviceNm_22549 KVAB N Dev...

Page 292: ...PD Y DeviceNm_22675 IAVG_PD Y DeviceNm_22688 KW_TD Y DeviceNm_22689 KVAR_TD Y DeviceNm_22690 KVA_TD Y DeviceNm_22691 IAVG_TD Y DeviceNm_22720 VLN_A_MIN Y DeviceNm_22721 VLN_B_MIN Y DeviceNm_22722 VLN_C_MIN Y DeviceNm_22723 VLNAV_MIN Y DeviceNm_22724 VLL_AB_MIN Y DeviceNm_22725 VLL_BC_MIN Y DeviceNm_22726 VLL_CA_MIN Y DeviceNm_22727 VLLAVE_MIN Y DeviceNm_22728 V_UNBAL_MIN Y DeviceNm_22729 IA_MIN Y ...

Page 293: ...iceNm_22755 VLNAV_MAX Y DeviceNm_22756 VLL_AB_MAX Y DeviceNm_22757 VLL_BC_MAX Y DeviceNm_22758 VLL_CA_MAX Y DeviceNm_22759 VLLAVE_MAX Y DeviceNm_22760 V_UNBAL_MAX Y DeviceNm_22761 IA_MAX Y DeviceNm_22762 IB_MAX Y DeviceNm_22763 IC_MAX Y DeviceNm_22764 IAVE_MAX Y DeviceNm_22765 KWTOTAL_MAX Y DeviceNm_22766 KVARTOTAL_MAX Y DeviceNm_22767 KVATOTAL_MAX Y DeviceNm_22768 KWTOT_SWD_MAX Y DeviceNm_22769 K...

Page 294: ...23253 STATUS4_CNT Y DeviceNm_23254 STATUS5_CNT Y DeviceNm_23255 STATUS6_CNT Y DeviceNm_23256 STATUS7_CNT Y DeviceNm_23257 STATUS8_CNT Y DeviceNm_23258 SAGSWELL_COUNT Y DeviceNm_23259 TRANSIENT_COUNT Y DeviceNm_23260 Over SWD KW Nominal Y DeviceNm_23260_GWY External Numeric 1 Over Kw Nominal N DeviceNm_23261 Over Ia Nominal Y DeviceNm_23261_GWY External Numeric 2 Over Ia Nominal N DeviceNm_23262 Ov...

Page 295: ...05 I4_KFACTOR_MAX Y DeviceNm_24106 I4_THD_Max Y DeviceNm_25063 OVER_KW_OVER Y DeviceNm_25073 OVER_KW_UNDER Y DeviceNm_28678 Analog1_ZeroScale Y DeviceNm_28679 Analog2_ZeroScale Y DeviceNm_28680 Analog3_ZeroScale Y DeviceNm_28681 Analog4_ZeroScale Y DeviceNm_28696 Analog1_FullScale Y DeviceNm_28697 Analog2_FullScale Y DeviceNm_28698 Analog3_FullScale Y DeviceNm_28699 Analog4_FullScale Y DeviceNm_28...

Page 296: ...eviceNm_29204_GWY Swell Limit N DeviceNm_29206 Sag Limit Y DeviceNm_29206_GWY Sag Limit N DeviceNm_29208 Change Criteria Y DeviceNm_29208_GWY Change Criteria N DeviceNm_29210 SAG SWELL NOMINAL Y DeviceNm_29210_GWY SAG SWELL NOMINAL N DeviceNm_29508 Transient Threshold Y DeviceNm_29508_GWY Transient Threshold N DeviceNm_29686 OVER_KW_PUOVER Y DeviceNm_29686_GWY Over KW Over Pickup N DeviceNm_29687 ...

Page 297: ...iceNm_29717 OVER_IA_DOUNDER Y DeviceNm_29717_GWY Over Ia Under Dropout N DeviceNm_29718 OVER_IB_DOUnder Y DeviceNm_29718_GWY Over Ib Under Pickup N DeviceNm_29719 OVER_IC_DOUNDER Y DeviceNm_29719_GWY Over Ic Under Dropout N DeviceNm_29720 OVER_VUN_DOUNDER Y DeviceNm_29720_GWY Over Vunbal Under Dropout N DeviceNm_29726 OVER_KW_ON Y DeviceNm_29726_GWY Over KW Time On N DeviceNm_29727 OVER_IA_ON Y De...

Page 298: ..._Msg Vb Polarity N DeviceNm_31308_Msg Vc Polarity N DeviceNm_Status_Input1_Name N DeviceNm_Status_Input2_Name N DeviceNm_Status_Input3_Name N DeviceNm_Status_Input4_Name N DeviceNm_Status_Input5_Name N DeviceNm_Status_Input6_Name N DeviceNm_Status_Input7_Name N DeviceNm_Status_Input8_Name N DeviceNm_Analog1_Name N DeviceNm_Analog2_Name N DeviceNm_Analog3_Name N DeviceNm_Analog4_Name N DeviceNm_Dow...

Page 299: ...NPUT_MODE_MSG N DeviceNm_30721 IA_POLARITY_INPUT_MS Y DeviceNm_30721_GWY IA_POLARITY_INPUT_MS N DeviceNm_30722 IB_POLARITY_INPUT_MS Y DeviceNm_30722_GWY IB_POLARITY_INPUT_MS N DeviceNm_30723 IC_POLARITY_INPUT_MS Y DeviceNm_30723_GWY IC_POLARITY_INPUT_MS N DeviceNm_30724 PHASE_ORDER_INPUR_MS Y DeviceNm_30724_GWY PHASE_ORDER_INPUR_MS N DeviceNm_31032 Waveform Recorder Format Y DeviceNm_31032_GWY Wav...

Page 300: ...ce Toolkit I O Message Comment DeviceNm_31309 Comm2_Baud Y DeviceNm_31310 Comm3_Baud Y DeviceNm_31311 Comm1_Protocol Y DeviceNm_31312 Comm2_Protocol Y DeviceNm_31313 Comm3_Protocol Y DeviceNm_31314 Ethernet_Protocol Y ...

Page 301: ... 126 EPM 7500 Meter 130 EPM 7700 Meter 140 event 96 99 F Fanuc 216 217 Floor Plan wizards 5 23 Floor Plans 55 57 I Interface Toolkit 1 3 5 L Large Faceplate Wizards 8 Lockout Tagout wizard 42 M MDP Digital Overcurrent Relay 107 Micro 90 217 MMII Motor Manager II 119 P PMCS Interface Toolkit 1 POWER LEADER EPM 68 101 POWER LEADER Meter 76 105 S Sample Application 61 Small Faceplate Wizards 6 Spectr...

Page 302: ...294 Index PMCS Interface Toolkit T Tabular Data Screen Wizards 11 99 Toolbar wizard 24 U Universal Relay 150 Universal Relay Devices 150 UR 150 W waveform capture 99 ...

Page 303: ...295 This page left blank intentionally ...

Page 304: ...GE Industrial Systems General Electric Company 41 Woodford Ave Plainville CT 06062 GEH 6513 R011 0102 2000 2002 General Electric Company ...

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