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GE EPM 7700 Network Card User Manual

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2. e o eee 3 see valid Predicted Sliding Window Demand Present instances below 6 __ 6 ___ f see valid Predicted Sliding Window Demand Minimum instances below C en Re see valid Predicted Sliding Window Demand Maximum instances below o er LL Pos 7 HSSPTDSDPD 271 qum oo 3 amp 4 Trigger Key Thumbwheel Setting EMT 272 Lm Rem LLL mem frea NN wwo o Le wrm knex f swmwsom Lm vAxmp ksew swoon smispm PMCS Interface Toolkit qum 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class Instance Meaning _ O O 273 Cw smtspm nmm smtsbpm Cw wrun mamees smrDsbD _ _ _ qum oo 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class Instance Meaning 274 96 Sm TDSDPD _______ Cw wrun mamwem _______ Lm VAUxHp Mameizi St TDsbrD C zmp mmeir Cm _ as Cm _______ STD TDS
3. 112 Doa a ee Af 113 WATE TAD r E I EN E EI _ Rm 114 iv Contents PMCS Interface Toolkit TID ia 143 E 116 1 02 17 ENERO DE Mere Dmm 117 TEASE RTI __ ___________ 118 MOTOR MANAGER TIMMI m 119 EPNESTTONIBTBR S qui _ ee ern ten _ __ 120 EEV ZO RIB 121 Iu OO METER LoT A 122 123 MIN cal TU TENE 124 A 129 PENE 126 Oe 127 MIN MON 128 CERTE 129 dou SE eR ad 130 0 mc Hcc EHE 130 NAOKO LOD ETE 132 OUG E
4. 11 IM 11 11 _ 16 atto D 16 sete se ut de cu hon MC Ru c det c ea I7 Creul Breaker Zara teu ott tit 21 ELEVATION WIZARD a 22 UTS M 22 a cole cc 22 FEOOR PEAN WIZARDS 23 RN 23 So ____ M 23 TRE 24 E A EEEE M 24 24 ANNUNCIATOR 25 R A dc M pra 22 RR 29 PMCS Interface Toolkit Back to Main Menu iii Troubleshooting Tips for Annunciator Panel Wizard
5. 222 DET TOD 236 SOUPA WO ERE 237 239 ADIT DSL M aan ae 239 DOIND d Ue 240 55 5254 _ ________ _____ 241 DUI Yl 241 242 NEP TC PT ET 243 Thermal AV uita tuta 244 ce ER 245 tn le 246 ja eue EPIS QUE SOD cal 247 MEI _____ _ _______ __________ ______4 247 M UU EET 248 P 249 DCH TTE PC 251 TROUBLESHOOTING cic iv eva 252 ASSERTION TERROR 252 EPM 3710 3720 NO OR INCORRECT DATA 4440000 022000 252 BPM KVAH IMPORT VALUES INCORRECT
6. CURSOR INCREMENT POWER METER 3720 The large faceplate representation of the 3720 meter provides the following animated functions Display Window Opens the tabular data window specified during wizard configuration and sets the view to the Monitoring page GROUP Buttons Opens the tabular data window specified during wizard configuration and sets the view to the Setup page PHASE Button Rotates the left side of the display through eight sets of instantaneous values as described the table below May also affect the POWER FUNCTIONS portion of the display depending on the FUNCTION selection FUNCTION Rotates the right side of the display through 24 Button 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 table P Indication Parameters Phase A current and line to neutral voltage Phase B current and line to neutral voltage Average current and line to neutral voltage Phase A current and line to line voltage Phase current and line to neutral voltage 82 PMCS Interface Toolkit Phase current and B C line to line voltage Phase C current and C A line to line voltage Average current line to line voltage The parameters displayed by the FUNCTION button are listed in the following table Whe
7. N _______ Y _ nsum s0722 awx wm fic porary meurs 30723 Devin soa 30724 nem 31052 Weebmmewseruma Y Devicenm 31032 GWY Waveform Recorder toma foomo Cid nw 31505 fia Y DOS GWY 31306 GWY ve porary neurs 31307 ve porary meurs pooo ewm sor awy 31308 31308 GWY 4 2 lt 2 2 24 2 2 2 2 22 lt lt 242121212 24 212 2 lt 291 DeviceNm 31309 Comm2 Baud DeviceNm 31310 Comm3 Baud Dorema meme Protea 292 PMCS Interface Toolkit Index 2 239 Motor Protection Relay 171 269 Plus Motor Management Relay 87 88 175 3 369 Motor Management Relay 176 5 565 Feeder Management Relay 92 198 7 735 Feeder Relay 200 9 90 30 216 90 70 216 A alarm 88 95 Annunciator Panel wizard 25 C Custom Table wizard 35 E Elevation views 1 6 22 23 55 56 Elevation Views 55 Elevation wizards 5 22 55 EPM 3710 Meter 80 120 EPM 3720 Meter 82 121 EPM 7300 Meter 84 122
8. 5 Cortlp C Product version 24 Cont Ip 8 Serial MBHCSSDDDDO2 E E Mir Date 06464 99 Contlps 1 Modhus Addr 10 10 C Addr 3 96 9 25 Cant lp 11 3 Prog State Programme Relay L90 Universal Relay Cont Ip 12 Legend off Sourced j Source _ Demand j Breaker Universal Relay Contact Input Tab The Contact Input tab supports the B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and shows the contact inputs installed on the selected relay Up to 96 contact inputs may be displayed Contact Inputs The contacts are presented as a series of pages To view the contact inputs use the Prev ious and Next keys provided to navigate among the pages The number of contact inputs available is determined from the Order Code read from the device and is dependent on the number of digital I O cards installed in the relay If a contact input is not available in the connected relay the associated control button 15 grayed and disabled and the input name field shows N A If the corresponding Contact Input State is Energized then the LED 15 lit with an amber color otherwise the LED remains gray un energized 161 Contact Output Contact Output State State p 1 13 Op 13 1 C
9. ae a aaa 159 VE ALON Oi __ I 160 LOO an ls 161 OUP UT FO 162 To caress E IE IA P 163 Yo c M P 164 Demand ___ ___ _______ 165 166 TRUCE DDS alta P 167 Contact OUP STALS 168 IRCINOLE Temperature Detection e iN DU 169 BUS ETHERNET 170 299 MOTOR PROTECTION NBL AY 5 _____ ___ _ _ 171 I M EIE 171 _________________ 172 TLD ECCLE 173 PMCS Interface Toolkit Contents e v DIDIT se ssa at oe ccc DR 174 200 PLUS MOTOR MANAGEMENT RELAY 175 IOF MOTOR MANACEMENERE is edu idt a ades s
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11. 3720 Tabular Data Screen wizard has several special features You can use the Setup 1 Setup 2 and Setpoints screens to change the meter configuration Values displayed in white boxes are changeable Some are changed by clicking on the displayed value while others provide scroll buttons and some have both e The Download and Refresh buttons on the Setup 1 and Setup 2 screens upload and download the values for all of the setup parameters e The Download and Refresh buttons on the Setpoints screen upload and download all of the setpoints from the device e The Reset Energy Integrators and Reset All Min Max buttons on the Setup 1 screen provide the named functions e The Sliding Demand tab supports downloading of up to 10 sliding demand measurements to the device See Appendix B for information on setting the sliding demand keys To change setpoints at the device first press the Refresh button to upload current setpoint values from the device otherwise the defaults are shown and used for download Modify setpoints as desired then press the Download button to send all setpoints to unit When you first open the EPM 3720 Tabular Data Screen you may see values of zero in all fields The EPM 3720 Tabular Data Screen requires some user interaction such as pressing a key to update its values 121 7300 7300 Tabular Data Screen wizard has several special features You can use the Setup scr
12. 133 Penanda 134 Dp 139 SCD LAD gt 136 a cat lac 138 em cr 140 BG LETS 140 Min m 142 CARR TEC RENT a o CEE ECT M TS 143 Demand ___________________ 144 S E EL eL LL Dea 145 ____ _____6_6__ ___ _______ 146 RE RR Elo re 148 UNIVERSAL e cL __ 150 NNE 151 _________ 152 LPO T ON GOME Ol AO PRIMI 133 Tower systeni Conignration LAD 154 E M MI 156 727 ouier 158 Vraa
13. 3 smmspm 3 vwxup ma smmspm 1 rs fs fe _____ St TD SDD m ABRI GW i i P UJ T P UJ ABRI GW i P UJ P UJ 257 3 amp 4 Sliding Window Key Thumbwheel Settings wrmp maween __________ STD SDPD gt ps vwxmp mawees smipspm ump mewwen f swm swm 6 Bm mewwon O f swm SmTDsbmD D veio emon STbTDSDRD _ vauxmp mamei Co l swm 3 p vwxmp mamwem ________ smipspm smipspm P UJ P UJ 258 PMCS Interface Toolkit m 3 amp 4 Sliding Window Key Thumbwheel Settings SD TDSDPD as ouo memon STbTDSDD Lm soms BHD Hamonies7 SD TDSDPD a Vaux iD O Ssmipspm 5 3 lm Lvwxmp mawweso sws P UJ P UJ 259 3 amp 4 Sliding Window Key Thumbwheel Settings Cm Hm mawwcne rs 3 pw ____ sws Cm wvimp maweesr wrun maweesn STD SDPD gt p vauxmp mameizn ST
14. refs for fos HssmDTDSDRO 3 pw HSsmDTDsDRO fon wma 8 fon Mssmipsbe ref pw wwe smmm mm LLL pvesmedaegrn HSSTDIDSDED or Amps ibalane 0 100 SmDsDm _ 3 we HSSTDTDSDPDHRS 3 pu Nssmrpspe 3 m wamec sssmmspe s m 3 oas mem _ 4 13 14 o pmeememugen em eem 3 m o ooo RT gt A UJ 4 w 92 9 G2 P UJ 256 PMCS Interface Toolkit m 3 amp 4 Sliding Window Key Thumbwheel Settings _ 3 px rs spn wwo ___________ _5 smipspm gt vwxup maou sws fs 5 wms 3 wm mana smmspm 7 3 o smosso _ rs 3 x um ruhe 3 o smmpspm 3 o _ o mpzeabe
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16. 252 FONG UPDATE WHEN CHANGING SETPOINT 232 PEEPM WRONG METERING TAB DISPLAYED 252 INTOUCH APPLICATIONS WINDOWS NOT DISPLAYED 1000000 00 0 00000000000000000 00 eren 253 APPENDIX A EPM 3720 SLIDING WINDOW DEMAND 5 255 DOWNLOADING SLIDING DEMAND WINDOW KEYS TO THE EPM 3720 255 USING A SETPOINT TO TRIGGER WAVEFORM CAPTURE OR RECORD ON THE EPM 3720 263 APPENDIX EPM 7700 SPECIAL CONSIDERATIONS 279 EPM 7700 TAGS SUBJECT TO DEACTIVATION BY TABULAR DATA SCREEN 219 INDEX 293 PMCS Interface Toolkit Contents e vii Introduction Welcome The PMCS Interface Toolkit is a POWER LEADER Power Management Control System PMCS version 6 11a tool that provides a custom toolkit to efficiently create flexible accurate and friendly user interfaces to your power management data With the PMCS Wizards accurate graphical representations of power management devices and other commonly encountered objects you can create applications to provide a customized
17. ohm Device 56489 Angle Neutral Fund Hardware Rev E Neutral Volt 3rd Harmonic Firmware Hottest Stator RTD g Frequency Rew 326141 58 000 Hottest Bearing 57 Real Power Boot Program Hottest Other RTD 52 Reactive Power Rew 32G20040 000 Hattest Amb 52 Apparent Power MWA Clear Last Trip Data Metering Pickups Alarms TripData Set points Events Help Setup The Multilin SRA89 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 194 PMCS Interface Toolkit Access Switch Assignable Input 1 Assignable Input 2 Assignable Input 3 Assignable Input 4 Assignable Input 5 Assignable Input Assignable Input 7 Device ML 4838 E Trip Coil Supervision Croup y stem Digital Input Supervision Device SR45659 us Enable voltage Supervision Hardware Rew 5 Analog Inputs Firmware Analog LF 1 Rev 2201418 000 Analog Boot Program Analog 3 3220040 000 Analog 4 Events Metering Pickups Events Setup Wave Exit The Multilin SR489 Inputs amp Outputs screen shows e Digital Input Switches e Analog Inputs Output Relays e Learned Data Values Digital Input Switches Breaker Status Switch
18. 418 000 Phase Reversal Trips 0 Analog Input 3 Trips 0 0 0 Undertrequency Trips Analog Input 4 Trips 39030040000 Overtrequency Trips Trip Counters Last Cleared 12 25 2001 Events Trend Help Clear Trip Counters Clear Generator Info Clear Breaker Into Setup Wave Exit Metering Pickups Alarms TripData la Maint setpoints Boot Program 5 489 Maintenance screen shows General Timers amp Counters e 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 196 PMCS Interface Toolkit Setpoints Tab SA469 System Setpoints Phase Primary Ground CT Type VT Connection Wave Voltage Transformer 5 00 1 Meutral 5 00 1 Voltage Lover Limit 10 Voltage Level x rated 70 Generator Rated 2000 000 Generator Rated PF 0 05 Generator Voltage Phase Phase 100 Generator Nominal Frequency Hz 499 Group Device 2489 Hardware Rew G Firmware 3200141 8 000 Generator Phase Sequence ABC Boot Program Rev 32620040 000 Step Transformer Setup ye Events Trend Help Pulse Width milli seconds 200 Setup Wav
19. A 34 CUSTOM 35 Eon cemere 39 35 STATS TICS P el 40 apes P 40 COUPON sect 40 LOCKOUT TE AGOUT WEAR scietis _ _ ___ ___ 42 Bru 42 DUPPOL 42 eR REMERON OR M 43 Tagout _________ _______ 44 SPECIAL SCRIPTING CONSIDERATIONS FOR THE EPM 7700 48 Installing 43he ADDHICOION ______ ce oe 49 EPM 7700 Tabular Data Sereen SCFIDHBE o atur Saee Res Cone gel a iaa ede d ope d iat Cie qui 54 CREA
20. 58469 Metering Values 100 100 100 100 60 00 4 3540 Volts AB 1 71219 Volts 1 724190 Volts 4 Ava Line Voltage gl altas An o oo volts Bn 4 00 alte Cn 1 00 Avg Phase Voltage Frequency Hz Hottest Stator aE ee ee 0 Torque Metering Disabled Disabled Oo hours Mvar hours 0 000 gl hours 0 000 Clear amp Mar Maint RESET Device gt Status Alarms Trip PMCS Interface Toolkit Volts AB Volts and Volts CA Also shows Power Energy Motor Data RTD information The Clear Peak Demand button will clear all Peak Demand data The Clear MWh amp Mvarh button will clear all MWh and Mvarh values The RESET Device button will issue a RESET command to the SR469 Status Tab SH469 Status Learned Acceleration Time Real Time Clock Learned Starting Amps Date 12724 12001 Learned Starting Capacity 5 ED 13 07 05 Learned Average Motor Load Last Starting Current RTD Maximums Last Starting Capacity Stan Blocks SR469 Programmed Overload Lockout RTD 1 5 3 Device tert Inhibit Block i E ES System StatsHour Block Lockout Time Time Between Starts Lockout Time my Device SR46569 Restart
21. FOWER LEADER HETER SPECTRA MICRO VERSA TRIP FANUC 90730 Fanuc 30770 Wizard Desorption Tabular Data Wizard Short Camment 5 pectra ELM Tabular Data Cancel Add 0 Toolbox Remove tom Usage Tabular Data Screen wizards contain organized comprehensive tabular layouts of device parameters including additional configuration and remote control features Depending on the device there may be multiple file tabs beneath the tabular data section These switch among various pages relating to data and setpoints Each Tabular Data Screen wizard contains buttons for activating the help file trend window setup window if applicable Event Logger Waveform Capture and for closing the window 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 typical Tabular Data wizard Some wizards have additional features which may be configured See the section titled Features of Tabular Data Screen Wizards for more details 12 Enter the unique eight character name matching the appropriate Use the Group Name field to logically group devices Topic in the PMCS DDE Server if desired Enter the name of the group to which the device belongs Tabular Data Dialog
22. 56745 System Setpoints Mominal Phase to Phase Rated Load Series 3 Phase Resistance Ohms Transformer Vids Analog Outputs Phase Sequence ABC Analog Output 1 Current Frequency HZY Device Analog Output 2 WW gB Current Voltage Sensing Enabled Analog Output 3 WI gi Current Device Type Ras Nominal YT Secondary volts 100 0 Analog Output 4 WT Loading Hardware Rev D IVT Ratio 40 4 Analog Output 5 Voltage software Rev 2 50 Frequenc jog Minding with Tap Changer Winding 1 oot Analog Output 7 Tap Position Version 000 of Tap Positions 33 Events Trend Help Setup Wave Exit Metering Flags lo Demand Harmonic Setpoints Power The Multilin SR745 System Setpoints screen shows information such as Nominal Phase to Phase Voltage Rated Load MVA Transformer Type and Analog Outputs 207 Power Reactive var Apparent Power Factor Energy Source Vatthours SM Device Mame 745 Load Mim Croup Marne P2system Source Yarhours varh Device aad varhours Hardware Rev D Aging Factor Software Rev 250 Factor Boot Rev 420 Pickup Version 000 Paneta Manuf Date 2000 t Target Limit
23. Current Unbalance 96 Volts BC Frequency Hz Volts CA Phase Reversal Event Trend Help Logger Wave Exit Metering MinMax The 7330 ION Normal Metering Values screen shows the metering values e A BandC e Three Phase Values e Voltage Imbalance e Current Imbalance e Frequency Hz e Phase Reversal e Energy The Reset Energy button will reset the energy 127 7 330 MIH MAX Demand Values Avg Voltage L N Avg Current Frequency Hz Total Device Group Device Type Digital Outputs Modbus Address 001 DOZ DS Sliding Window Demand Predicted Demand z1 21 KY AR Reset Sliding Demand Reset Min Max Event Trend Help Logger wave Exit Metering The 7330 ION Min Max Demand Values screen shows e Minimum and maximum metering values e Digital Outputs 1 Byclicking on the Text box provided a popup box will be appeared where text can be entered 2 clicking on Force ON and Force OFF the status can be seen as ON or OFF respectively e 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 128 PMCS Interface Toolkit Setup Tab 330 ION Setup Volts
24. O P 20 E Mfr Date 0 1338 Energized Mad D pg VIRTUAL 9 VIRTUAL O P 21 Modbus Addr 45 IP Addr 3468231 10 Eg VIRTUAL O P 10 pg VIRTUAL O P 22 Prog State Programmed 11 m VIRTUAL O P 11 pg VIRTUAL O P 23 12 Eg VIRTUAL O P 13 E VIRTUAL O P 24 Control Elements VOutput gt gt Metering Quality Universal Relay Virtual Outputs Tab The Virtual Outputs VOutput tab allows the user to view the status energized de energized of all available virtual outputs on the device The user can also assign a textual name to each of the outputs Up to 64 virtual outputs can be diplayed This tab supports the B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 devices Virtual Outputs The outputs and their status indicators are presented as a series of pages To view the virtual outputs the use the Page arrow keys provided to navigate between the pages To assign a name to a virtual output click 1 the text field to the right of the output number label The field becomes editable make any desired changes then press Enter 160 PMCS Interface Toolkit Contact Inputs Tab Contact Input Status Status 13 25 CO Satu 4 12345678 1 2 Cont Ip 2 C 1 3 LJ C Device Mame Device 4 Contlp 4 Croup poyste Order Code contin 5 L 2
25. The Fanuc 90 30 Tabular Data Screen wizard is blank This allows any desired data to be placed on the screen Fanuc 90 70 GE Fanuc 90 70 Metering Data The Fanuc 90 70 Tabular Data Screen wizard is blank This allows any desired data to be placed on the screen 216 PMCS Interface Toolkit 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 217 200 The MX 200 device is an Automatic Transfer Switch The Tabular Data Screen wizard has several special features You can use the Setup screen to change the meter configuration Values displayed in white boxes are changeable Clicking on the displayed value changes some while clicking on the box changes others The Download and Refresh buttons on the setup screen upload and download all of the setpoints from the device To change setpoints at the device first press the refresh button to upload current setpoint values from the device otherwise the defaults are shown and used for download Modify setpoints as desired then press the download button to send all setpoints to the unit In the following pages each of the MX 200 Meter s Tabular Data Screen Wizards tabs will be displayed and detailed Metering Tab InTouch WindowViewer D PROGRAM FILES FACTORYSUITESINTOUCH NEWAPP Logic Special Metering Mad Card Comm Communication Error Input Ho
26. e Monospace type indicates an example or text that is displayed on the screen e UPPERCASE type indicates a file name command name or acronym About the Interface Toolkit The Interface 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 wizards To add the wizards to InTouch start InTouch and enter Development mode Pull down the Special menu and select Configure gt Wizard View Help Security k Anmatan LER Str Substitute 806 Substitute stinge Tagname Dictionary Alarm Groupe Access Mames Cross Reference Clients Configure Window aker Update Use Counts EWE Delete Unused Tags Alarm Scripts k Historical Logging Otte ted Manager TemplateMaker Wizard Achyex Installation From the InTouch Configuration menu select Install Wizards The Wizard Installation dialog displays 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 W
27. 13439 55 The tab displays Maximum and Minimum values of various parameters The user can get maximum and minimum values by clicking on respective buttons labeled Show Max and Show Min Voltage This 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 Negative Watt Coincedance VAR for Negative Watt Positive VAR Negative VAR and VA 242 PMCS Interface Toolkit Demand 18 g Demand Fixed Window Power 27717 memes Maximum Positive Vatt 3 96 Coin for 0 00 l Negative Watt 4 03 Device NEXUS Coin WAR for Max ve Watt 128 71 Group System Positive VAR 125 74 130 38 Meter 0107 Nexus 1250 Negative YAR I AO Boot Ver Mo 0 0 2 8 13439 47 13438 48 Runtime Yer Mo 0 1 7 6 DSP Boot ver Mo 6 0 0 4 DSP Runtime wer 0 1 4 4 Serial 3406 On Time Pasitive 73 75 Jan 26 2002 12 25 38 15 Megative 12330 Current Time 1 Jan 27 2002 12 49 59 80 Positive kv AR
28. 3720 Large 269 Large Sliders Faceplate Faceplate Faceplate Switches Test Displays Trends windows Controls ET Value Displays MIULTILIN 565 xl Wizard Description iem ELM Large Faceplate Wizard Cancel Add to toolbar Renove Man Usage Large Faceplate wizards are three dimensional representations of device faceplates that can be used to display data from the device These three dimensional wizards include extensive logic that provides an accurate reproduction of the actual display and keys of the device Large Faceplate wizards are typically placed in overlay windows 8 PMCS Interface Toolkit Configuration Place the Large Faceplate wizard into an open window then double click on it to display the Large Faceplate Dialog box Configure the wizard by entering the appropriate information into each of the boxes The figure shown below is the dialog for a typical wizard Some wizards have additional features which may be configured See the section titled Features of GE Large Faceplate Wizards for more details Enter the unique eight character name matching the appropriate Topic in the PMCS DDE Server Large Faceplate Dialog Enter the application name of the PMCS DDE Server GE32MODB or GE32MTCP for most PMCS devices ION LINK for EPM 7700 devices TrDeviceMNm GE32MODB 0 Device Hame Application M ame Security Leve
29. 6 56 06 Product Version 24 Serial 99000253 Mitr Date 0199 had 26 Modbus Addr 4 IP Addr 3 969 251 Prog State Programme Relay Relay 163 State ID Value Units Counter Power Source2 Sources Sourced Inputs Page Legend Disabled L 1 Enabled Enable Enable Universal Relay DCMA Tab The Direct Current MilliAmperes tab supports the B30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and shows the state of the relay s DCMA inputs DCMA inputs are analog inputs used to read external transducer values An example might be rotational speed on a generator translated into a 4 20 mA current loop Up to 24 inputs may be enabled or disabled DCMA Inputs The DCMA inputs and their parameters are presented as a series of pages To view the inputs the use the Page arrow keys provided to navigate between the pages For each DCMA input its ID number value and units are displayed as read from the device To enable or disable a selected input click the Enable button next to its ID number Source Tabs 210 Source Tab Voltage Phase RMS Magnitude Angle Phase RMS Magnitude Angle Ampal Camps Ded Deg 5 AG 040 118 20 _ 0 40 355 40 Device Croup c i 0 40 238 40 Order Code
30. Load Shed Input 07 Input The status is either or OFF If the relay is ON the status is displayed in green and if relay is OFF it is displayed in red Others 219 The tab shows frequency and number of phases on source e Position Status Phase Rotation The status for Source 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 InTouch Window iewer D PROGRAM FILESXFACTORYSUITEXINTOUCHNSNEWAPP Logic Special setup Tab Control Status Option Value Voltage 51 co T3 Timer Bypass Mat Contiguredivormal Pickup 2 Timer armel YN his io BE Timer Bypass ConfigurediEmer Pickup 100 Load Test 5 Timer Configurediemer Dropout T27 Device Mame Load lest Pid se SEC Group system lFast Load Test Go onfigurecNormal Pickup 00 In Ph Closed Trans ConfigurediEm ap Pickup 100 Serial 45573 ___55 GATS standard ATS Time Seconds 3 812 amp uto Manual Mot Configured p Time 1S _ Autalanual Bypass Mot configured ar Time Phase Sequence Check Mot Configured wea Time Over Frequency Configured Dy Time Configured T Time Marmal Ower Freq
31. Power Quality Tab 7500 Test 7300 Power Quality Symmetric Components Current Zero Seq 7161 05 Voltage Zero Seq 0 5 62 Current Positive Seq 18 83 92 Voltage Seq 1 0 116 125 Current Negative 1008 7 111 88 Voltage Negative Seq 240 2 2031 Disturbance Counts Sag Swell Counter 0 7 Enable Sag Swell Disable Sag Swel Em i Reset Swell Dist Count Group Relative Setpoints Device Over KA END UNDER Enable Over AA SWD Disable Over KA SWD serial ID PK 9909 4072 00 Firmware Rev 7500205 Voltage AWE Over Ib OVER Enable Current Disable Over Current lc Over Enable ver Yunbal Disable Over Legend Enabled Disabled 2 Logge 39 Wave Exit Metering Demand 3 EPM 7500 7600 Meter Power Quality Tab The Power Quality tab displays the following power quality values from the EPM 7500 7600 Symmetric Components e Zero Sequence Phase and Magnitude for Current and Voltage e Positive Sequence Phase and Magnitude for Current and Voltage e Negative Sequence Phase and Magnitude for Current and Voltage Disturbance Counts Sag Swell Counter Relative Setpoints e Over KW Sliding Window Demand Status e Over Current Phase A Status e Over Current Phase B Status e Over Current Phase C Status e
32. Time sec Breaker Failure Dropout Delay Boot 2 00 2 000 Super 1 02 3 noo Overload Lackout Time min 0870672000 4 09 06 22000 5 Immediate Overload Mechanical Jam Inhibit Sensing On Start For Unlimited Inhibit Sensing On Start For Unlimited Metering Setpoints Status TripData The Multilin 239 System Setpoints screen shows CT Inputs Motor Data Phase Current Overload Breaker Failure Immediate Overload Mechanical Jam 174 PMCS Interface Toolkit 269 Plus Motor Management Relay The 269 Tabular Data Screen wizard provides two reset push buttons on the Setup 6 tab Status 6 Clear Last RTD Data Clears the RTD last access registers Clear Commissioning Clears the commissioning data registers Data Table 24 269 Tabular data screen commands For complete explanations of parameters refer to the 269 Users Guide 175 369 Motor Management Relay Metering Tab Metering 101 Amps 75 102 Amps Reactive 38 kvar 104 Amps Apparent 85 103 Amps Power Factor 0 89 Lac D Amps Vu Timer Functions Device MLS63 Ther Cap Used 13 Overload Lockout Group jzystem quus to uis Never Time Between Starts Ratio 1 Festart Block Order Code 369 0 ELI a a ge Magnitude Angle Backspin Device Type SR3BH Inhibit Hardware Rew E Motor Running Hours ca Firmware Rev 1
33. C C C L 1 C L 1 L 1 L 1 L 1 L 1 Load Shed Priority 4 Legend Alarm 1 Generator Master The screen shows Paralleling SwitchGear Status of generators 225 Status Latched Under Frequency Latched Over Frequency Communication Failure Main Tank Low Fuel Level Main Tank Critical Low Fuel Level Main Tank High Fuel Level Main Tank 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 226 PMCS Interface Toolkit EPM5300P This device belongs to Electro Industries family which is tightly integrated device in to PMCS product This device contains the following tabs Metering Tab InTouch WindowViewer D PROGRAM FILESSFACTDORYSUITEXINTOUCHSDH Logic Special EPM5300P Tabular Wizard Metering Tab Current Amps Vottage Volts Sex THD Current THD Voltage Inst Amps Inst volts RW 0 03 0 60 pc B B 0 03 0 50 C 0 03 0 60 Device Name peut Frequency Hz Sue T system Phase Imbalance 35 Modbus 1 Baud Rate S600 Phase Reversal
34. Deta Open Delta 1 0 100 BO Hz ABC 5 489 Generator Management Relay All the SR489 s function buttons below the Info box are enabled The SR489 Tabular Data Screen wizard has nine command buttons described below Tab Metering Button Reset Device Clear Peak Demand Clear MWh and Mvarh Clear Max RTD Data Table 26 SR489 Tabular data screen commands Maintenance Clear Generator Information Clear Breaker Information See the SR489 Generator Management Relay 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 Metering Tab Multilin 58489 Metering Values B C Average Amps 42 35 4 4419 42 238 Meg Seq 95 FLAY 0 0 Ground Amps 42 0 4z of Woks An 8582 330 Volts Bn EE 8632 SO alte 8705 210 Avg Phase 869 Wert salts Fund 3rd Harm Term 3rd Harm Device Mame 4839 Online Gen Load 96 FLA Group 5535 Therm Used 97 489 Hardware IE MV AR o RTD Firmware MN A Rev 321651 41 Ma RTD Boot Program Myar hours Rey 323700 4 0 DD hours Clear Peak Demand Clear amp Myarh HESET
35. Device Type SR46569 Hardware Rew E Firmware Rev 0 280 8 000 Boot Program Rev 30E21 00 000 Events trend Help Setup Wave Exit RTD HI Tab 58469 HI Alarm Status 1 Alarm 1 Al amp larm Level 2 HI Alarm 2 amp larm Level 3 Alarm 3 Hl Slarm Level 4 Al Alarm 4 amp larm Level 5 Alarm 5 amp larm Level 6 Alarm 6 amp larm Level RTD z7 HI Alarm RTO 7 Al amp larm Level 8 HI Alarm 8 Alarm Level 9 HI Alarm 9 HI amp larm Level 10 HI Alarm RTD 10 Al Alarm Level 11 HI Alarm 11 Al Alarm Level 12 HI Alarm RTO 12 Hl Alarm Level setpoints Analog 1 HI Alarm 1 HI Alarm Relays 2 HI Alarm 2 Al amp larm Relays RTD 3 HI Alarm RTD 3 HI Alarm Relays RTD 4 Hl Alarm 4 HI Slarm Relays RTD 5 HI Alarm RTD 5 HI Alarm Relays RTD zB HI Alarm 6 HI amp larm Relays z7 HI Alarm 7 Al Slarm Relays 9 HI Alarm 9 HI Alarm Relays 9 Alarm 9 HI Slarm Relays 10 HI Alarm 10 HI Alarm Relays 11 Alarm RTD 11 Hl Alarm Relays RTD 12 Alarm RTD 12 Hl Alarm Relays ac The Multilin SR469 HI Alarm Sta
36. Horizontal and Vertical Relay wizards also have discrete color change animation indicating the On Off state of the device Horizontal and Vertical Switch wizards have four discrete animations two are color changes indicating the On Off state of the device and two are used for a three state display Open Closed and Error conditions PMCS Interface Toolkit 17 Heter Animation e Circuit Breaker wizards have two discrete color change animations for On Off status display and one analog animation for a five state display Open Closed Out Trip and Error conditions Lockout Tagout symbols have discrete visibility animations for various tags Refer to the section Using and Configuring PMCS Wizards Lockout Tagout Wizard for more information Configuration In development mode after placing the one line device icon double click on the icon to open its configuration dialog box All one line wizards have two configuration items in common Line Size 15 between 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 described below Meter One Line Wizards After placing a meter wizard in a window double click on it to di
37. Main Program Rew 3 41 Boot Program Rew 1 10 supervisor 1 02 File Numbers 1 2 3 4 5 ooo 000 ooo 000 Neutral Current 7 Current Unbalance 9 0 0 Positive kvark 12 ative vare Go back to Panel Now we ll develop the POM Tabular data screen Select the Tab window use the Wizards tool to place the PQM Tabular Data wizard on the screen Double click the wizard and fill the Device Name and the Trending windows as shown below Click OK Tabular Data Dialog 1 Group M ame Groups Application Mame 0 00 Security Level jo Trend Window Marne Ten Cancel 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 64 PMCS Interface Toolkit 65 Tabular Data Dialog 2 TREND WINDOW SETUP WINDOW 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 66 This page left blank intentionally PMCS Interface Toolkit Features of Large Faceplate Wizards About the Large Faceplate Wizards 67 This chapter contains descri
38. POWER LEADER PMCS 6 11a Interface Toolkit Installation Guide GEH 6513 GE Power Management Control System 6 11a PMCS Interface Toolkit Back to Main Menu e i The information contained this document is subject to change without notice GE makes warranty of any kind with regard to this material including but not limited to the implied warranties of merchantability and fitness for a particular purpose GE shall not be liable for errors contained herein or incidental consequential damages in connection with the furnishing performance or use of this material This document contains proprietary information which 15 protected by copyright All rights are reserved No part of this document may be photocopied or otherwise reproduced without consent of GE Copyright 2000 2002 by GE Published in a limited copyright sense and all rights including trade secrets are reserved Document Edition First 5 96 Second 5 97 Third 1 98 Fourth 06 98 Fifth 03 99 Sixth 07 99 Seventh 03 00 Eighth 10 00 Ninth 02 01 Tenth 06 01 Eleventh 01 02 The following are products of General Electric Company POWER LEADER Meter POWER LEADER Modbus Monitor POWER LEADER Electronic Power Meter Spectra MicroVersaTrip EPM 7600 Electronic Power Meter Enhanced MicroVersaTrip C Enhanced MicroVersaTrip D MDP Overcurrent Relay SR750 SR760 Feeder Management Relay Universal Relay GE Zenith MX200 Microprocessor
39. PT Secondary Va Polarity _ Secondary 5 m Dig Out 1 Polarity yering 8 Out 2 Polarity Phase Order ABC e jns 20 H Dig Gut 3 Polarity Device Mame Polarity Polarity poeding Group Com 1 Baud Rate Device Type Normal Com 1 Unit ID 18 Modbus Address SD Sub Interval SD Sub Intervals SD Predicted Response KY Sliding Demand sec IS AER Sliding Demand 900 sec 1 70 Sliding Demand anu 4 70 Event Trend Help weed Rem Logge Wave Exit x Metering The 7330 ION Setup screen shows various 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 129 7500 7600 Meter 500 Test EPM 7500 7600 Tabular Data Screen wizard has several special features You can use the Setup screen to change the meter configuration Values displayed in white boxes are changeable Some are changed by clicking on the displayed value while others are changed by clicking on the associated scroll button The Download and Refresh buttons on the setup screen upload and download all of the setpoints from the device To c
40. STATUS INPUT3 STATUS INPUTS TATUS INPUTS BTATUS INPUTS ____ STATUS INPUT TATUS INPUTS Ty 7 Heset Counters C ES D A A TATUS INPUTS Device Mame Group Device Type 750 5183 STATUS INPUTS OFF Serial ID Analog Inputs Zero Scale Full Scale Scaled Value Firmware Rev BOS25 750 Voltage dy MN ANALOG mIdPUTi n a n a n a INALOG mPUTZ ANALOG Trend Help Wave Exit Metering _ MIN MAX Demand inputs Setup Setup EPM 7700 ION Meter Inputs Tab The Inputs tab displays the following values from the EPM 7700 Digital Inputs e Status On Off for Status Inputs SI 1 8 Color Code Green ON Grey OFF e Counters for SI1 8 Analog Inputs e Zero Scale Setting for 4 n a when doesn t exist on the meter 145 e Full Scale Setting for 4 n a when doesn t exist on the meter e Scaled Value for AI1 4 n a when doesn t exist on the meter The Inputs tab also provides push buttons for performing the following commands Reset Counters Resets Digital Input Status Counters for 511 8 The Inputs tab also provides retentive memory inputs for the following Digital Input Names for 511 8 Ana
41. Setup 1 Tab The Setup 1 tab displays the following demand values from the EPM 7500 7600 Power Settings e Volts Mode e Phase Order e Voltage Polarity for A B and C e Current Polarity for A B C and Neutral Transformer Ratio Settings e PT and Primary e PT and CT Secondary PMCS Interface Toolkit 137 Neutral CT Primary and Secondary Communications Baud Rate for Comm 1 2 and 3 Unit ID for Comm 1 2 and 3 Protocol for Comm 1 2 and 3 Mode for Comm 1 IP Address Subnet Mask and Default Gateway The Setup 1 tab also provides push buttons for performing the following commands Download Executes a script to check for values that have changed and downloads those values to the device via the GE 7700 Gateway Refresh Executes a script to upload all of the meter values for the settings on the screen Note Be sure to click the Refresh button prior to changing or downloading any settings to the EPM7500 or EPM7600 as the latest settings may not be displayed Setup 2 7500 Test Setup 2 eb Sub Interval SO zsub Intervals S Predicted Response y Sliding Demand Sliding Demand KYA Sliding Demand lavg Sliding Demand Nominal y Limit 957 Device vill Limit 56 Group Change Criteria 95 Device Type Setpoints Dropout Pickup Time Limits _ SerialD PK 9909 4072 00 Off 8 Firmware 5002205 Vo
42. 369 Relay Local RTD Tab This tab displays information about any RTD temperature probes connected directly to the device Information on this tab 15 only available if the RTD option is installed in the relay Information and alarm indication for each RTD 15 only available when that RTD 15 programmed for operation If an RTD s Application is set to none then all fields for that RTD display N A The hottest Stator RTD indicates which RTD is currently returning the highest temperature This condition is indicated by red text in the Temperature field Only one alarm condition can be displayed at a time highest priority alarms are displayed in the alarm indicator For example if a High Alarm was triggered and latched and the RTD value returned to the Alarm Active state the High Alarm latched indicator would persist 180 PMCS Interface Toolkit Remote RTD Tab Remote RID RID 1 Mane L L Mone Device Mame 369 1 WIS Group L Mone Order Code 369 HI R B F 0 Mane Mone Device Type SR36569 L Mane Hardware B Firmware 1 20 Deenergized A Mane Modification No sims ES None Serial M 99000081 RRTD Selection Alarms legend Hottest Temp Stator is Highlighted in red Ma Mot Active Ey Alarm Active Blinking Slave Address 104 Ti
43. DeviceNm 30722 Msg DeviceNm 30723 Msg DeviceNm 30724 Msg DeviceNm 31032 Msg DeviceNm 31305 Msg DeviceNm 31306 Msg DeviceNm 31307 Msg DeviceNm 31308 Msg DeviceNm Status Input Name DeviceNm Status Input2 Name DeviceNm Status Input3 Name DeviceNm Status Input4 Name DeviceNm Status Input5 Name DeviceNm Status Input6 Name DeviceNm Status Input7 Name DeviceNm Status Input8 Name DeviceNm Analog DeviceNm Analog2 Name DeviceNm Analog3 Name DeviceNm Analog4 Name DeviceNm DownloadMessage DeviceNm ResetMessage DEVICENM ErrorMessage DeviceNm RefreshMessage DeviceNm Path I O Message DeviceNm 4864 DeviceNm 4867 DeviceNm 4868 DeviceNm 4936 290 ovco C C C _ UUU Gem IN PMCS Interface Toolkit 22 themes Subnet LY Y nw 20608 nsn 2369 Vane Dowen 2 230 ewm 2709 SOS _______ nsum s0720 awy
44. Displayed only if MTM unit 15 on line Displayed only if MTM unit is on line Displayed only if MTM unit 15 on line Page footer 565 Feeder Management Relay TRIF BREAKER CLOSED ACTUAL TET E EREAKER VALUES Aun SERVICE HEXT 4 RESET STORE CLEAR PROGRAHHING PORT TIT RELAY STATUS STSTEM STATUS large faceplate representation of the 565 provides the following animated functions Display Window Opens the tabular data window specified during wizard configuration and sets the view to Monitoring page SET POINTS Opens the tabular data window specified during wizard configuration and sets the view to the Setup page Button HELP Button Displays a Windows help screen for PMCS ACTUAL Brings the meter to an initial setting point and displays ACTUAL VALUES HAS NINE PAGES OF DATA VALUES Button REFRESH Button 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 listed in the table below LINE Buttons Rotate among parameters within a page Certain configurations or meter values may prevent display of all parameters w
45. PMCS DDE Server Annunciator Panel Wizard Event Logger PMCS DDE Server In the upper illustration the Event Logger watches for any of the three events configured to cause a change of state to the Trip 1 DDE Item None of these three events have occurred so the status of the Trip 1 DDE Item is at OFF The Annunciator Panel wizard is monitoring the configured DDE Items at the Event Logger but all DDE Items are OFF so the Annunciator Panel displays green indicator tiles In the lower illustration the Event Logger has recorded a Trip event for the unit in question and changed the state of the Trip 1 DDE Item to ON The Annunciator Panel wizard sees this change and responds by changing the color of the annunciator panel tile for Relay 1 to red 28 Each Alarm indicator as defined by the Event Logger will appear to InTouch as a DDE Integer item which can have the following values states Tag Default Value Color Normal no alarm 10 19 Solid Gray Alarm Active Unacknowledged 20 29 Red Blinking Alarm Active Acknowledged 30 39 Solid Red Alarm Reset Unacknowledged 40 49 Solid Yellow alarm occurred but later went off before being acknowledged Alarm Disabled Dark Gray Event Logger has disabled this alarm indicator Each panel button displays one of five different colors based on the states defined above A fill color animation link controlled by an indirect integer tag is used to chang
46. Phaze Time Picked Up Operated Latched WV Time Latched Metering Flags Demand Harmonic Setpoints Power The Multilin SR745 Element Flags screen shows the state and phases of various elements Device Mame ML 745 Croup joystem Device Type ed Hardware Rev D Software Rev 2 Boot Rev 1 20 Version 000 Manut Date 08 31 12000 Events Trend Help Setup Wave Exit The Multilin SR745 Inputs amp Outputs screen shows 204 lO Tab Multilin 58745 Inputs amp Outputs Virtual Inputs Output Relays Solid State Trip Trip 1 Trip 2 Volts Hertz Trip Overflux Alarm Frequency Trip 1 Frequency Trip 2 Frequency Trip 3 Self Test Relay e T 0 00000 Virtual Outputs Virtual Output 1 Virtual Output 2 Virtual Output 3 Virtual Output 4 Virtual Output 5 00000 06000 00000 00000 00000 00000 Seserted Analog Input INPUT Not Energized Metering Flags I Demand Harmonic Setpointz Power PMCS Interface Toolkit Logic Inputs Virtual Inputs Output Relays Virtual Outputs Analog Input Demand Tab 58745 Demand Data Configuration Current Demand Meter Type Block Interval Time Interval min 20 Present Values ultilin Winding 1 Amps Device 745 Minding 2 Amps Group Marne Poystem Device
47. RMS Phase B C Voltage RMS Phase Watts Peak Demand Volt amperes Phase A Volt amperes Phase B Volt amperes Phase C Volt amperes Total Power Factor Total Varhours Total Lag Varhours Total Lead Volt ampere hours Total 70 Alternate Scroll Wye Current Phase A Demand Current Phase A Peak Demand Current Phase B Demand Current Phase B Peak Demand Current Phase C Demand Current Phase C Peak Demand Watts Demand at Peak VA Demand Vars Demand Lag Vars Demand Lead Vars Peak Demand Lag Vars Peak Demand Lead Volt amperes Demand Volt amperes Peak Demand Q hours Total Power Factor Phase A Power Factor Phase B Power Factor Phase C Power Factor Average Since Reset Power Factor Demand Average Power Factor at Peak VA Demand Number of Demand Resets Time Left in Demand Subinterval Number of Power Outages Potential Transformer Ratio Current Transformer Ratio PMCS Interface Toolkit Spectra MicroVersatTrip Trip Unit 71 The large faceplate representation of the Spectra MicroVersaTrip trip unit provides the following animated functions Clekon Function S Display Window FUNCTION Button ENTER Button VALUE Button SELECT Button Opens the tabular data window specified during wizard configuration and sets the view to the Normal Monitoring page Opens the tabular data window specified during wizard configuration and sets the view t
48. Setup Wave Ext The screen explains various parameters related to metering and status Metering Setup Metering Status Tab Power WATT Relay 1 Relay 2 Positive Limit 1 Limit 1 Positive Limit 2 Limit 2 Delay On Power Full Scale Relay ON 1 Power WATT Instantaneous Average Maximum and Negative Maximum Relay OFF Relay 1 Relay 2 Positive Limit 1 Negative Limit 1 Positive Limit 2 and Negative Limit 2 Delay On 15 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 value will have only one decimal place If the Power Decimal Placement is set to 2 the value will have two decimal places and so on and so forth The maximum value allowed 15 4 239 Setup Setup Tab Configuration WATT Protocol Leading Zero 1 Reset Protection Relay 2 Communications Open Device DeviceNm KY 2 Output for positive Output 018 Tue system Output for negative Meter Mame Version Ma 14 Modbus Addr 1 B Baud Rate S600 Positive WATT Hegative WATT R
49. ViHD Hamonc i2 STIDTDSDPD Lo ooo EL V2HD Hamonc l2 STIDTDSDPD 0 o VHD Hamonc l2 STIDTDSDPD __ O o B VAUXHD Hamonie 2 STDTDSDPD O Lo ooo HHD Hamonc l2 STIDTDSDPD O _____ S BHD Hamonc l2 STIDTDSDPD f BHD Hamonc l2 STIDTDSDPD _____ E f HMHD Hamonc l2 STIDTDSDPD O 2 ES VID Hamono STDTDSDPD 2 ____ VeHD Hamonc l3 STIDTDSDPD _ O ____________ VBD amonio STDTDSDPD ____________ VAUXHD Hamoniei3 STDTDSDPD f HHD Hamonc l3 STIDTDSDPD o EP f DHD Hamonc l3 5 O BHD Hamonc l3 STDTDSDPD O MHD Hamonc l3 STDTDSDPD 270 PMCS Interface Toolkit qum 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class Instance Meaning ___ L pm D Si Tso pm SS sTbTDSDRD L8 Lvwxm maweies swm pm puassmemesesa smapsom pe pumsemewwes STD sbPD pm peo 5 tronics 5 5 smyDspb pm srt sbr gt rT opm o puaesmeewens srt sbe gt pm 5 pm peuenmewewens spt sbe gt
50. button PMCS Interface Toolkit 31 Enter the text to display any of the three lines available for the selected button It is not necessary to enter text on all three lines Click OK when you have finished assigning text labels to the button As each annunciator panel button is labeled the Annunciator Panel Dialog reflects these changes by showing the Row Column coordinates of the labeled buttons Annunciator Panel Dialog lndividual Cell Color Values Annunciator Panel Mame Fanen Disabled Security Access Level 5000 Alarm Flashing Alarm On Ack Reset Unack Select each panel to configure the button text RIC R1C2 R1C3 R1C4 R1C5 RICE R2C1 R2C2 R3C1 R3C2 R3C3 R3C4 R3C5 R3CE R5C1 ___ __ Cancel When you have finished labeling your annunciator panel buttons 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 through xxx_R8C6 where xxx is the name assigned to the wizard for example Panell and indicates the row and column position on the annunicator panel Annunciator Panel Wizard 32 RESET ACKNOWLEDGE ALL ALARM SUMMARY HELP Two steps remain after the wizard has been configured First InTouch DDE Integer tags must be created for the DDE items configured in the Event Logger corre
51. gray if disabled Enable Disable this button gives the user the ability to enable or disable the specified counter Name displays the user defined name assigned to the counter Frozen Value shows the counter s value when last frozen Time Stamp shows the time and date when the frozen count was acquired 158 PMCS Interface Toolkit Virtual Inputs Tab Virtual Input Virt Ip 1 E Enable 3 virt Ip 2 Disable vitio 10 3 virt Ip 3 Eu Enable viti 11 Device LI virt Ip 4 Disable virtp12 Legend Group Mame cst ae als 5 virt Ip 5 Enable VirtIp13 P ips L90 D00 HCH FSB HEK L6 virt Ip 6 Disable vitip14 Disabled virt Ip 7 Enable vitipis virt lp 8 Disable 16 Enabled Product Version 24 Serial LIF 99000253 Virtual Input Control Mfr Date nns 1 2 3 4 5 B F 8 8 10 11 12 13 14 15 16 wlod State EH EE Modus ES 17 18 18 20 21 22 23 24 25 26 27 28 28 30 31 32 Relay Relay 1 E ED E E E E E E Metering _ Control Elements Universal Relay Virtual Inputs Tab The Virtual Inputs VInputs tab allows the user to enable disable all configured virtual inputs i
52. serial x MUR CSSODOZ5 3 I isa De 0 nd Modbus Addr 45 IP Addr 3 469 231 NIA Prog State Programmed Relay Relay 1 Universal Relay Demand Tab The Demand tab supports the B30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and shows a variety of energy measurements and demand parameters for a selected source These values are displayed for up to six sources which may be toggled between using the 51 56 buttons The Clear Demand button clears the values for the selected source Note Energy data is displayed as N A for the L90 and L60 device types and data logger data is displayed as N A for the B30 device type Demand Values The Demand panel shows the Data Logger parameters which may be cleared using the Clear Data Logger button the time date stamps of the oldest and newest samples available and information on the Demand Current and Demand Power Methods and Demand Interval if applicable Source x Energy Displays positive and negative Watthour and Varhour values for the selected source Source x Demand Peak Demand Peak Demand Date Displays Demand Peak Demand and Peak Demand Date values for a variety of measurements for the selected source 165 Line Tab Line Device Direct Input 1 State Line Seq Imp ae 5 Direct Input 2 State Line Pos Seq Imp 4ng
53. set the bus status for the 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 busi 1 bus2 feed2 set the bus status for the 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 bust feedl1 bus2 feed2 reset internal bus pieces to off for computations bus3 0 bus4 0 bus5 0 set the bus status for the 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 bus feedl1 bus2 feed2 reset internal bus pieces to off for computations bus3 0 bus4 0 bus5 0 Sets the breaker status memory discretes to true if the breaker s analog status value is 3 closed Sets the dependencies of the bus pieces to other sections of the one line diagram and resets the pieces of the bus located entirely on this screen to false IF THEN statements traverse the hierarchy from top to bottom left to right and then bottom to t
54. 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 111 POWER QUALIT T Device Mame MLPA Group Marne pos Stein Device Type Hardware Rev Main Program Rev 3 41 Boot Program Rew 1 10 supervisar 1 02 File Numbers INE E S UE NE 000 ooo 000 000 Status Tab Multilin Alarm uxi Aux 4ux3 Relay Status Phase Undercurrent Phase Overcurrent Neutral Overcurrent Undervottage Overvoltage Current Unbalance BS otage Phase Reversal Power Factor Lead 1 Power Factor Lead 2 Power Factor Lag 1 Power Factor Lage Positive Real Power Negative Real Power Under trequency Overtrequency Apparent Power Phase Current Dmnd Phase Current Dmnd Phase Current Dmnd Neutral Current Grind Switch Input A Switch Input B Swich Input Switch Input D Internal Fault Pos Real Power Dmnd Real Power Dmnd Clock Mot Set Param Mot Set T Pulse Input 1 Current THD voltage THD Main Analog Analog Data Log 1 Data Log 2 COMA Failure ES COM Failure Pulse Input 2 Pulse Input 3 Pulse In
55. 1 of the associated value will trigger Relay 1 LED display in Gray color Limit 1 of the associated value will not trigger 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 associated value will not trigger Relay 1 Trigger Relay 2 LED display 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 Set Above Below Limit 1 LED display 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 RED color Limit 2 of the associated value is Set for Above 230 PMCS Interface Toolkit PF 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 the Limit 1 value LED display in Gray color The associated quantity is NOT exceeded the Limit 1 value Exceeded Limit 2 LED display in GREEN color The associated quantity is exceeded the Limit 2 value LED display in Gr
56. 2 The Metering tab displays the following metered values from the EPM 7700 Vln A B n a when Voltage Mode is DELTA Vin C n a when Voltage Mode is DELTA or SINGLE e Vin Avg n a when Voltage Mode is DELTA Neutral and Avg n a when Voltage Mode is SINGLE e e VII BC CA and Avg n a when Voltage Mode is SINGLE 140 PMCS Interface Toolkit 141 A B n a when Voltage Mode is DELTA KW C n a when Voltage Mode is DELTA or SINGLE KW Total KVAR A B n a when Voltage Mode is DELTA KVAR C n a when Voltage Mode is DELTA or SINGLE KVAR Total KVA A B n a when Voltage Mode is DELTA KVA C n a when Voltage Mode is DELTA or SINGLE KVA Total Power Factor Lead A B n a when Voltage Mode is DELTA or PF is Lagging Power Factor Lead C n a when Voltage Mode is DELTA or SINGLE or PF is Lagging Power Factor Lead Total n a when PF is Lagging Power Factor Lag A B n a when Voltage Mode is DELTA or PF is Leading Power Factor Lag C n a when Voltage Mode is DELTA or SINGLE or PF 15 Leading Power Factor Lag Total n a when PF is Leading Power Factor Total A B n a when Voltage Mode is DELTA Power Factor Total C n a when Voltage Mode is DELTA or SINGLE Power Factor Total Total Harmonic Distortion Voltage A B and C n a when Source is n a Total Harmonic Distortion Current A B C and Neutral n a when Source 15 n a K Factor A B C and Neutral n a when Source 15 n a V
57. 20 Avg Line Modification Ma Mone Serial Ma MS3B99000081 T Slave Address 104 Phase Lec 1 Setup Wave Exit Metering Alarms Demand Control Setup 369 Metering Data Screen The Metering tab displays the following metered values from the 369 device Actual Values for Voltage Current Power Power Factor and Frequency These values are detailed below Current Per phase magnitude and angle Phase average Ground current Motor Load as a percentage of the Full Load Current rating defined in setpoints Thermal Capacity used in percent Estimated time to trip Current Unbalance ratio Voltage Voltage values are only displayed if the Metering or Backspin option 15 installed in the relay and if a voltage transformer VT connection has been programmed in the relay Line Line voltage magnitude Average Line Line voltage Line Neutral voltage magnitude and angle only shown for wye configurations 176 PMCS Interface Toolkit 177 Average Line Neutral voltage only shown for wye configurations Power Power values are displayed only if the Metering or Backspin option is installed in the relay and a VT connection has been programmed e Real power e Reactive power e Apparent power e Power Factor Motor Status The current status of the motor is shown in a colored indicator block Timer Functio
58. Avg Min n a when Voltage Mode is DELTA ab Min VII bc Min VII ca Min VII Avg Min n a when Voltage Mode is SINGLE la Min Min Min n a when Voltage Mode is SINGLE Avg Min 8 Per Phase Maximums Vin a Max Vin b Max n a when Voltage Mode is DELTA Vin c Max n a when Voltage Mode is DELTA or SINGLE Vin Avg Max n a when Voltage Mode is DELTA VII ab Max VII bc Max VII ca Max VII Avg Max n a when Voltage Mode is SINGLE la Max Ib Max Ic Max n a when Voltage Mode is SINGLE Avg Max 9 Power amp 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 12 THD I3 THD 14 THD n a when Source is n a I1 K Factor 12 Factor Factor 14 Factor n a when Source is n a NOTE If the Sliding Demand Reset is initiated or a SWD setup register is changed SWD values N A in the meter until the number of sub intervals specified in the Zsub intervals setup register have expired The 3D faceplate and Tabular wizard will display 0 for these values during this state PMCS Interface Toolkit 269 Plus Motor Management Relay 87 TRIF ALARM AUi 1 SERVICE ACTUAL VALUES FAGE FAGE HELF REFRESH LIHE LIHE CLEAR B The large faceplate representation of the 269 Plus provides the following animated functions Display Wind
59. Black 2 7 Hardware Rew Motor Status B Firmware Motor Status Running Rew S0E25045 000 hotar Thermal Capacity zeg 957 T RTD Boot Program Estimated Time to Trip 83 No RTD Rev 30 210 0 000 2 peu Motor Speed Low Speed No RTD Motor Start Motor Stop Clear RTD Maximums Setup Wa i Metering Status Alarms Trip Maint gt gt The 5 469 Status screen shows e Start Blocks e Motor Status e Real Time Clock e RTD Maximums The Clear RTD Maximums button will clear all maximum RTD values 185 Alarms Tab Remote Alarm Pressure Swich Alarm Vibration Switch Alarm Digital Counter Alarm Tachometer Alarm Thermal Capacity Alarm Overload Alarm Undercurrent Alarm Current Unbalance Alarm Ground Fault Undervotage Alarm SH469 Alarm Status Off Open Sensor Alarm Oft Sensor Low Temp Alarm OMRTD 1 Alarm OTf RTD 2 Alarm 3 Alarm 4 Alarm Active RTD 5 Alarm Mot Active RTD 6 Alarm amp ctive RTD 7 Alarm Mot ActivelRTD Alarm Mot 9 Alarm Device Overwvaltage Alarm Mot Active FRTD 10 Alarm Group System System Frequency Alarm Mot amp ctive RTD 11 Alarm Power Factor Alarm OTf RTD 12 Alarm Ble wes Tips SRAB3 Reactive Power Alarm Underpower Alarm Analo
60. CAPACITY DATA ESTIMATED TIME TO TRIP xxx SECONDS MOTOR LOAD AS A PERCENT FULL LOAD xxx PERCENT THERMAL CAPACITY USED xxx PERCENT END OF PAGE THREE ACTUAL VALUES PAGE 4 ACTUAL VALUES STATISTICAL DATA RUNNING HOURS SINCE LAST COMMISSIONING xxx HOURS MEGAWATTHOURS SINCE LAST COMMISSIONING xxx MWHR OF STARTS SINCE LAST COMMISSIONING xxx OF TRIPS SINCE LAST COMMISSIONING xxx O L TRIPS SINCE LAST COMMISSIONING xxx RAPID TRIPS SINCE LAST COMMISSIONING xxx U B TRIPS SINCE LAST COMMISSIONING xxx G F TRIPS SINCE LAST COMMISSIONING xxx RTD TRIPS SINCE LAST COMMISSIONING xxx 4 S C TRIPS SINCE LAST COMMISSIONING xxx START TRIPS SINCE LAST COMMISSIONING xxx U V TRIPS SINCE LAST COMMISSIONING xxx O V TRIPS SINCE LAST COMMISSIONING xxx 4 PF TRIPS SINCE LAST COMMISSIONING xxx VOLTAGE PHASE REVERSALS SINCE COMMISSIONING xxx START NEW COMMISSIONING NO END OF PAGE FOUR ACTUAL VALUES PAGE 5 ACTUAL VALUES PRE TRIP DATA Page header Page footer Page header Displayed only if MTM unit 15 installed in 269 Overload trips Unbalance trips Ground fault trips Short circuit trips Undervoltage trips Overvoltage trips Power failure trips Press STORE to start message changes to YES Page footer Page header 90 Text Displayed CAUSE OF LAST TRIP message PRE TRIP AVERAGE MOTOR CURRENT xxx AMPS PRE TRIP U B RATIO xxx PERC
61. Clears the accumulated energy registers in the meter Peak Current Clear Clears the peak current register in the meter Peak Watt Demand Clears the peak demand in the meter Clear Table 16 PL Meter Tabular data screen commands 105 Spectra ECM Spectra MicroVersa Trip Monitoring Screen Device Mame EE 2 elta m i olts B C Frame Size G Frame 2 Current Sensor 0 Peak demand 2 Volts Rating Plug 0 FEES PT Rating 0 Frequency Commnet Address 0 Hreaker Status Modbus Address Rev 0 00 Product 0 00 Event Trend Help Logger Wave Exit Normal Monitoring Setup Screen The Spectra ECM Tabular Data Screen wizard performs the following actions with push buttons on the Command screen Command 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 Table 17 Spectra ECM Tabular data screen commands 106 PMCS Interface Toolkit MDP Digital Overcurrent Relay The feature to bear in mind when working with the MDP tabular wizard 1s On the Setup screen you must enter a value into the CT Ratio box This value is multiplied by the values in the amp registers to convert the latter into user units If you do not enter a value for the CT Ratio the message Ratio has not been entered appears on the bottom of the Tabular Data
62. DEMAND DISABLED CLEAR KW DEMAND DATA KW DEMAND DATA CL D xx xx xx Description Page header Page footer Page header Displayed only if enabled Press STORE button to clear event counter Date of last reset mm dd yy Page footer Page header Value in amps Or Next prompt is CLEAR AMP DEMAND Value in amps Value in amps Press STORE button to reset amp data Date of last reset mm dd yy Or Displayed if disabled Press STORE button to reset kilowatt data Date of last reset mm dd yy PMCS Interface Toolkit 97 Value 10 Text Displayed PEAK KVAR DEMAND xxx k VAR Or KVAR DEMAND DISABLED CLEAR KVAR DEMAND DATA KVAR DEMAND DATA CL D xx xx xx DEMAND DATA END OF PAGE METERING DATA DEMAND DATA POWER FACTOR LAGGING x xx Or LEADING x xx FREQUENCY MTM Hz REAL POWER XXX kW REACTIVE POWER xxx ENERGY USED xxx MWHRS METERING DATA END OF PAGE Description Or Displayed if disabled Press STORE button to reset kVAR data Date of last reset mm dd yy Page footer Page header If PF lt 0 or If PF gt 0 Page footer 98 This page left blank intentionally PMCS Interface Toolkit Features of Tabular Data Screen Wizards Introduction This chapter describes the features available with tabular data screens The set of features basic to all tabular data screens is described first then any unique features are des
63. DEO DOO HCH FSE HEB MED Ground 000 0 00 000 000 Product wersion 0 Serial 99000003 Mfr Date 06 14 1999 Reactive Apparent z D Modbus Addr 3l Addr 3 45 9 233 Prog State Mot Programmed 1 reni J SOURCE Universal Relay Source Tab Example Similar in operation to the metering tab except that frequency information is not displayed there are five identical Source tabs 2 6 which display actual values information specific to the indicated source There is no Source 1 tab since the Metering tab serves as the Source 1 display The B30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR device types are supported The display rules for the metering tab also apply to each Source tab 164 PMCS Interface Toolkit Demand Tab Demand Data Logger Channel Count Oldest available samples 084572000 02 42 10 Data Logger Duration Newest available samples 08462000 02 42 00 1 Min Demand Current Method Demand Power Method Demand Interval Device LIF Group Marne joystem Source 1 Energy Order Code Positive VVatthour Positive 190 000 lt 43 Negative Source 1 Demand Peak Demand Peak Demand Date Product Version 240
64. Deg Mfr Date Mot walic Enable Bus 1 Zone Function Modbus Addr 0 Enahle Bus 2 Zone Function IP Addr 0 0 0 0 Prog State Mot Programmed Events Irena Help Legend Disabled Enabled Universal Relay Bus Tab The Bus tab is supported for the B30 UR device only It displays Phase Magnitude and Angle measurements on Bus 1 and Bus 2 for phases B and Current direction 1s shown in degrees for each phase and the Zone function can be enabled or disabled on each Bus 170 PMCS Interface Toolkit 239 Motor Protection Relay The 239 does not support Waveform Capture or Event generation therefore these buttons are disabled beneath the Info box The 239 Tabular Data Screen s command buttons are described below Issues a RESET command to the 239 External Restart Issues an External Restart command to the 239 Trip Data Clear Trip Data Clears the last 5 trip causes from the 239 s memory Table 23 239 Tabular data screen commands e The Status tab displays 35 Pickup LEDs amber and 35 Alarm LEDs red along with a text string for each alarm condition on the Status tab See the 239 Motor Protection Relay Instruction Manual Chapter 5 Actual Values for information on the display of data values under different device configurations Values not configured for use are displayed as N A Metering tab Multilin 239 Metering umen Current Tempe
65. Digital Input Switches Output Relays INPUT Mot Active Alarm De Energized SMTH INPUT B Active Auxiliary 1 Energized POM SWITCH INPUT Mot Active Auxiliary 2 Energized allaLITT SWITCH INPUT D Active Auxiliary 3 Energized Device Name Analog Input Group bsystem ainat Analog Input Device Type Hardware Rew C Main Program 5 441 Switch Input Pulse Counters Program Rew 4 40 Pulse Count 1 Pulse Input 1 Value Supervisor 1 02 Pulse Count 2 Pulse Input 2 value File Number Pulse Count 3 Pulse Input 3 aan n n Pulse Count 4 Pulse Input 4 Totalized Pulse Input Pulse Input Total Heset Pulse Counter Metering Status Demand PRange Analysis I setpoints The Multilin PQM Inputs and Outputs screen shows e Digital Input Switches e Output Relays e Analog Input e Switch Input Pulse Counters The Reset Pulse Counter button when clicked will reset all the pulse counter values 117 Setpoints Tab System Setpoints Current Demand Type Black Interval Analog Input Select Aux 1 Relay Current Demand Time Interval 15 Analog Input Relay Alarm Relay Power Demand Thermal Exponential Analog Input Alt Relay Alarm Relay POM aun Power Demand Time Interval 15 amp nalog Out 1 Main Avg Phase Current Energy C
66. EVENTLOG for the Application Name and SYSTEM for 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 15 mapping the proper DDE tags with the proper indirect tags Make sure the Event Logger is running before starting InTouch Windowviewer PMCS Interface Toolkit Custom Table Wizard Line1 760 X3 Cell 5 Corner device near Fred s desk Phase 4 Current Amps Phase Current Amps Power Factor AR Ld ad Phase Current Amps Phase Current Enix Amps Line altage 2 4 Enim Line otage kvos Line otage A A Phase voltage 4 h Re it Phase B M Enim kots Phase Voltage C M Esai kvos Usage The Tabular Data Screen wizards provide the ability to view extensive device data in tabular form However they do not allow you to select the data to view you must view all the data presented and locate the particular data points you are interested in The Custom Table wizard differs from the Tabular Data wizards by providing 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 t
67. External Booten 5 97 SSCS Devinn 24724 External usw Enable ovv eem ms External _ Devise 25057 ______ Po 25064 Y 2806 Denmas Denm 26798 GWY EE Dienn aseos owy 2 7 2 gt lt lt lt lt lt lt KL 2 lt 2 2 lt 2 lt 2 lt lt lt lt lt lt lt lt 280 PMCS Interface Toolkit Memory Discrete Comment Subject to deactivation 2 281 memora emm 2 28853 Amg KVARSWDSUBINTERVAL IN Dsum 28854 KVASWDSUBINTERVAL Dsum 28855 Aw 177 Dsum 28868 Ane 28869 Ad KVARSWDISUBINIERVAIS psum 28870 Ang Dsum 28884 KW swp PREDICTED RESPONSE aooo 28885 swp PREDICTED RESPonse 28886 Anlg KVASWD PREDICTED RESPONSE Moo 28887 Ang IAVGSWD PREDICTED resronse aooo Devices 20204 Ame swn 29
68. Faceplate and Tabular Data Screen wizards These devices are e 750 760 Feeder Management Relay Configuration When Lockout Tagout wizard is dropped and double clicked the following dialog box appears Lockout T agout Panel Dialog Panel Mame 1 Status Group Bresker Group 1 Security Level 0 Complete the following fields to configure the Lockout Tagout Panel Display Enter a name for this panel The Panel Name is used to distinguish the tags used internally by a particular instance of a panel from other panels within an application Each panel within an application should have a unique Panel Name Enter the name of the Status Group associated with this Lockout Tagout Panel The Status Group is the name that links this panel to Lockout Tagout Online Symbols 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 15 the Oneline Tagout Symbol The Oneline Tagout Symbol is a small wizard for placement in oneline diagrams to be associated with a circuit breaker It displays the presence or absence of any Danger or Ground tag symbols assigned to the breaker symbol by the PMCS user A
69. File Number no Me a Megativerkvarhr Manut Date 019 21 2000 Events Trend Help Metering Setup Wave Exit The SR750 760 Metering screen shows e Current e Energy e Voltage e Power Amps 1 2 5 2 2 0 00 2 1 1 Last Energy Reset Clear Energy Data HESET Device system Frequency Hz 60 00 Fault Status Degrees Lag 121Laq 241 Lag 211Ladg DL ad 1 121 211 Lay 418 25 112212001 Trip Demand Metering Values Voltage kots An 0 05 Phase Bn 0 00 Phase 015 Line 0 05 Line 015 Line CA 018 Neutral 013 2 0 ag Synchronizing 0 00 L ad synchro Delta 0 00 Positive Sequence 1Lag Negative Sequence 0 04 1021 Zero Sequence 0 04 2 Avg Phase 0 06 Average Line kv 012 Sync Freg AZ 000 Syne Freg Ditt Hz 60 00 Power vA PF 3 Phase 0 0 O 100 Lag Phase 861 00 Lag Phase 0 00 Lag 1 00 Degrees Lay 241 ad 21 22 Lad Logic I setpoints The Clear Energy Data button will clear all values of energy data The RESET Device button will issue a RESET command to the device 210 PMCS Interface Toolkit Status Tab Status Active Conditions General Transfer Not Ready Alarm Phaze Time Overcurrent 1 Alarm Phase Inst Overcurrent 1 Alarm Phaze Inst Overcurrent 2
70. Mane Clear Last 5 rip Causes Metering Setpoints Trip The 735 Trip Data screen shows trip data information such as e Last Trip Data e Trip Record The Clear Last 5 Trip Causes button will clear values of last 5 trip causes 201 Setpoints System Setpoints Dial Settings cr Phase Pickup of Phase Curve Shape Def GG Phase Time Multiplier Phaze Instantaneous x CT 32135 Ground Pickup 56 of Ground Curve Shape Def time Ground Time Multiplier Device Ground Instantaneous x Device Type Hardware Rev ption Switches Firmware Phase Time Overcurrent Shift Multiplier 1 0 Ground Time Overcurrent Shift 1 0 Mod File Number System Frequency Hz Custom Scheme Disabled Metering Setpointz Trip The 735 System Setpoints screen shows setpoints information such as e Dial Settings e Option Switches 202 PMCS Interface Toolkit SR745 Transformer Management Relay Under the Info area the SR745 s function buttons are all enabled The SR745 Tabular Data Screen wizard has three command buttons Issues a RESET command to the device Clear Max Clears the maximum demand data from the Demand Data SR745 s memory Clear Loss of Life Clears loss of life data from the SR745 s Data memory Table 29 SR745 Tabular data screen commands See the SR745 Transformer Manageme
71. Multilin 58489 Inputs amp Outputs Output Relays m1 TRIP R2 AUXILIARS AUSILIARY F4 AUSILIARY RS ALARM RB SERVICE Shorted Open Open Open Open Open Open Open Open Coil Learned Data Values Avg Generator Load 36 FLAT Avg Seq Current 95 FLA YES Avg Phase Phase Volts 0 Units Units Units Units Clear Analog I P Alarms TripData li setpoints The Clear Analog I P Min Max button clears all the minimum and maximum analog I P 195 Maintenance Tab 58489 Maintenance General Timers amp Counters Breaker Operations Generator Hours Online 138 Hot Thermal Resets Trip Counters Total Number of Trips 36 Meutral o Fund Trips T Digital Input Trips Meutral 3rd Trips 0 Sequencial Trips 0 Reactive Power Trips Field Bkr Discrep Trips Reverse Power Trips 0 Tachometer Trips 0 Low Forward Power Trips Offline GA Trips Stator Trips 0 WERE 489 Phase O C Trips 0 Bearing RTD Trips 0 Meg Sequence OX Trips Other Trips 0 Group Povstem Ground Trips 0 Ambient RTD Trips D Device Type zRAB Phase Differential Trips T Thermal Model Trips 0 Undervoltage Trips 1 Inadvertent Energy Trips Hardware Rew G Owvervaltage Trips J6 Analog Input 1 Trips 0 FRUTE Volts Hertz Trips 2 Analog Input 2 Trips 0 Rey
72. OOO y O 2056 nsum vons OOOO sem 2986 OSC 2236 t4 _ _ 2066 fws 206 news 23 Dwe 206 ewm mes 206 kw Y SOS 2360 avom Y _ Dowen nweweamm fnew Dowen VINA MINN vasem nwewezrr arm vosa OOOO Y _ Devin Dienna 207 lt lt 2 2 2 2 2 2 284 PMCS Interface Toolkit 2 Imweweznm Y oo Dowiem mom Y ferao Devise 29740 229 vmm O 22744 ommu 29745 ommu Y 29746 famu Y S 29747 femm 22748 femo Dwie fam OOO Devise 20750
73. Of Phases on Auxiliary 2 Input Source H Device SUMED Input Group Automatic Transter Relay serial SM Limit Switch Timer Function Mot Invoked Se Timer Active Timer Stopped Limit switch Timer Countdown value p SMO Limit Switch Time On Emergency 0 3 SEG Limit Switch Of Transfers 5 55 Selector Nominal FS ol 208 212 Selector Mot in Auto Laad Shed Input YES tr Input Exerciser Enabled Enabled Load Test Running Running Load Mo Load Fast Load Status Running Source EE Not HE Ph Rotation CFF Posi Status Mormal HE Emergency Status OFF EHI Metering The Metering tab displays the following metered values from the 200 device 218 PMCS Interface Toolkit Voltages Normal and Emergency Voltage values for all the phases Timer Functions e Timer Active e Timer Countdown Value e Time on Emergency e No of Transfers e Nominal FS Vol Value e ATS Mode e Fault Present e Exerciser Enabled e Load Test Running e Load No Load Fast Load Status Communications e 200 Modcard Communication Status Displays communication status for example Comm OK Status Input Auxiliary 2 Input Auxiliary 1 Input Automatic Transfer Relay SN Limit Switch SE Limit Switch SNO Limit Switch SEO Limit Switch 55 Selector 512 Selector
74. Over Voltage Unbalance Status Note no color code is used for the Relative Setpoint Status The Power Quality tab also provides push buttons for performing the following commands Reset Sag Swell Disturbance Counter Resets Sag Swell Counter 134 Enable Disable Sag Swell Enables Disables Sag Swell Tracking Enable Disable Over KW SWD Enables or Disables Over Real Power Sliding Window Demand for Relative Setpoint Tracking Enable Disable Over Current Enables or Disables Over Current for Phases A B and C for Relative Setpoint Tracking Enable Disable Over Vunb Enables or Disables Over Voltage Unbalance for Relative Setpoint Tracking Demand Tab 7500 Test Demand Energy _ impot Total Net 0 000 179k 10 40 k 10 40 k Demand SWD Predicted Device M Device Mame evicem Reset SWD Group Device Type 7500 Serial ID PK 9909 4072 00 Firmware 7500205 voltage Hinimum Peak Demand SWD Total TD Reset Peak Metering MIMIMAX Wualib Demand Inputs EPM 7500 7600 Meter Demand Tab The Demand tab displays the following demand values from the EPM 7500 7600 Energy e Real Energy Import Export Total and Net e Reactive Energy Import Export Total and Net e Apparent Energy Total Demand Real Power Sliding
75. PF is Leading Power Factor Total Total Total Harmonic Distortion Voltage A B and C n a when Source is n a Total Harmonic Distortion Current A B C and Neutral n a when Source is n a K Factor A and Neutral n a when Source 15 n a Voltage Unbalance Frequency PMCS Interface Toolkit Device Device Group joyste Device 750 serial ID PK 99094 072 0 Firmware Rev BOS25 750 Voltage 143 _ Metering MIMIMAX Demand Inputs Power Quality Tab 7700 ION Power Quality Disturbance Counts Swell Counter enabled Transient Counter enabled Enable Sag Swell Enable Transient Reset Disturbance Counts Status Disable Sag Swell Disable Transient Relative Setpoints yer KEA SD enabled Enable Over Ky SAD Disable Over SVD yer la yer 16 disabled OFF disabled Enable Over Current Disable Ower Current disabled OFF Enable Over Vunbal Disable Over v unbal Over Over S unbal disabled Symmetric Components Current Zero Seq Current Positive Seg Current Negative Seg 09 57 85 11 24414 240 2 _ 0417 setup 1 setups D 4822 Voltage zero Seq 0 27551 Voltage Postive Seg 30 55 Voltage Seq EPM 7700 ION Meter Power Quality Tab The Power Quality tab displays the following power quality values from the EPM 7700 Disturbance Moni
76. 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 e Energy e Log e Maximum and e Minimum Voltage Phase Sequence Displays Phase sequence as either C B A or A B C based on the register value 246 PMCS Interface Toolkit EPM7430D EPM7450D These devices belong to the Electro Industries family which is a tightly integrated device in to the PMCS product These devices communicate through EI Protocol Electro Industries Protocol The server used for these devices is GE32EIND The device comes with 2 versions EPM7430D and EPM7450D Both the devices does not support Waveform and events features So these two buttons will be disabled Metering Wetering Tab E Voltage Volts LR Current Amps THD Current THD Voltage 55 Device Mame FUTUR Frequency Hz Group poy stem l Phase Imbalance 9 Baud Rate S600 Phase Reversal Modbus Addr 5 Positive 2999 20 Positive kv Akh 1454 81 Negative 16949 49 Negative kV ARA 326 06 59667 53 Pr Real Reactive kV AR Apparent Metering setup Limits The Metering tab shows following various parameters e Voltage This tab displays the volta
77. PTPseAQ 0E1 09 0 05 Lo 8 FBS Lo 8 BS 2 Reserved 0 0 0 00 284 DK Factor SIDTDSDPD o 1 VHHD Kfatr STIDTDSDPD ___________ ____ V3HD Kfatr STDTDSDPD 168 VAUXHD KFatr STDTDSDPD O ___________ ___ ___________ ___ DK Factor SIDTDSDPD ________ HMHD K amp eer VIBD TealOdd ______ STDTDSDPD VHHD TeslOdd 2 VHHD TeslOdd STDTDSDPD U O _____ B f VAUXHD TenlOdd O 4 _____ SIDTDSDPD 5 PHD TeOdd 8 STDTDSDPD 7 HMHD TeOdd _____ 8 VIHD TesEvn 5 Lo v2 Even VSD Total Even STDTDSDPD 267 qum oo 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class instance Meaning 00002 212 8 _____ VAUXHD TeulEvn STDTDSDPD 2 ___ HHD TesEvn Lo OHD Toeven 5 TE 5 7E HMHD TesEvn ______ 9 vi tot STDTDSDPD ___ 4 ve tort 5 8 5 Lo VAUX HD Total STDTDSDPD 8 ___ ____ 2 8 ____ ViHD Hamonc
78. 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 LED display in GREEN color The associated quantity is exceeded the Limit 1 value LED display in Gray color The associated quantity is NOT exceeded the Limit 1 value Exceeded Limit 2 LED display in GREEN color The associated quantity is exceeded the Limit 2 value LED display in Gray color The associated quantity is NOT exceeded the Limit 2 value Limit is Set for Above Limit 2 15 Set for Below Limit 115 100 Amps Limit 2 1s 80 Amps The associated Quantity is Phase A Instantaneous value is The associated Quantity is Phase A Instantaneous value is 397 Amps 50 Amps Exceeded Limit 1 will show in GREEN color as 3972100 Exceeded Limit 1 will show in GREEN color as 50 lt 80 Current e Phase A e Phase B Phase C e Neutral Voltage AN e BN CN e AB e BC e CA Power e VAR e WATT e pF e Frequency 238 PMCS Interface Toolkit EPM5000P This device belongs to the Electro Industries family which is a tightly integrated device in to the PMCS product The device contains the following tabs Metering Instantaneous Average Device DeviceMm Maximum Group fSystem Meter i Version Mo 14 bee Modbus Addr 1 Energy Baud Rate S600 Hour Negative WATT 800 Eventef Trend
79. Replace With field type the Device Name used to configure the Tabular wizard Click the Replace button to modify the text Click the Cancel button to close the Replace dialog Click the OK button to close the Window Scripts Dialog C Cancel Validate Strind Math System Add ons Misc Quick InTrack OLE i PMCS Interface Toolkit Creating Floor Plans Elevation Views and One Line Diagrams Introduction This chapter illustrates how to use the GE wizards described in Chapter 2 to create animated displays of the facility floor plan switchgear elevations and system one line diagrams These examples are typical but are not intended to display the limits of creative system design Elevation Views Elevation views of switchgear and switchboards are typically created first because miniature bitmaps of the elevations can be conveniently placed in floor plans as navigation items To build an elevation view place GE Elevation and Small Faceplate wizards into the window as follows 1 Place the appropriate cabinet 2 Place panels onto the cabinet 3 Add nameplates louvers handles and fasteners to create the desired level of detail 4 Place GE Small Faceplate wizards representing the components installed in the equipment on top of the elevation wizards as shown in the figure on the following page 5 Configure each of the Small Facepl
80. Screen and on the Large Faceplate wizard Monitoring Tab Monitoring Screen C RMS Current 1 05 2 04 2 06 0 00 RMS Trip Current 1 09 2 00 Sls 0 05 Phase Trip Status OFF OFF ON OFF Trip Time Device Mame Devicem Graue Neame System status External Inputs CT Ratio 1 Ready YES Blaock Ground Model 5 Time Overcurrent YES Black IOC Commnet Address SEE Inst Overcurrent T Modbus Address B5 Pickup YES Front Panel settings MDP Sotware Rew 258 Relay COC Software Rev 1 00 Breaker Col Product Rev 1 00 MDP Monitoring Screen shows following e Metering values of RMS Current RMS Trip Current and Phase Trip Status e Trip Time e Status e External Inputs The message Ratios has not been entered will appear when no CT Ratio entered on the Setup tab Click on Setup Screen Tab to enter the CT Ratio 107 Device Croup Mame Ratio 1 Model 5 AMF Commnet Address aoe Modbus Address B5 Software Rev 2 58 Col Sofware Rev 1 00 COC Product Rew 1 00 Er Help Logge Wave Exit Monitoring Command The MDP Tabular Data Screen wizard has three command buttons Command Open Breaker Opens the breaker The MDP Command Screen shows 3 buttons Open Breaker Opens the Breaker e Close Breaker Closes the Breaker Reset Fault Clears the Event Table in the MDP The scree
81. Trip Bus Undervottage 2 Device Mame MLFS0 ee arm ase Current Leve im Alarm Meutral Current Level EUN Alarm Out Of Synchronization Hardware Rev H Alarm Breaker Operation OM 401 Alarm Trip Coil Failure Boot Program 3 00 iie arm ase Time Overcurre Alarm seq Reverse Manut Date 09 41 2000 Alarm Meutral Displacement Events Trend Help Setup Wave Exit Metering Status Fault Trip Demand Logic Io setpoints The SR750 760 Status screen shows Active Conditions Fault Tab Fault amp Maintenance Data Fault Locations Date Time Distance Type of Fault ikm 12442001 102324717 18481 B to Gnd 1 12440001 10227454134 0 85 Cto Gnd 2 12420 102233752 3 29 Gnd 3 1243 72001 114547740 6762 B to Gnd 4 1243 2001 08 52 40 563 0 01 Cto Gnd Ne lime ML SU 8 A242200 18 07 59 035 0 01 Ato Group system 42412001 16 48 57 438 0 77 Device SR S0 7 42412001 165465358 0 93 AtoBtac Se cogent 8 12112001 163537888 19 96 8 12020 1951132441 102 99 Boot Program 3 00 Arcing Current KA eve Mod File Number 000 Phase Total Last Arcing Current Reset 11 22 2001 Manuf Date 092271 2000 Phase Total Phase Total Reset Arcing Current Events Trend Help Setup Wave Exit M
82. Trips i E ER SDEZTOAD OU Analog Input 4 Trips 0 Starter Operations Events Trend Help Clear Trip Counters Preset Digital Ctr Digital Counter nia The Multilin SR469 Maintenance screen shows values related to e Trip Counters e Timers e General Counters The Clear Trip Counters button will clear all values of trip counters and the Preset Digital Ctr will preset trip counters 189 Analog Tab Analog Input Diff 1 2 Alarm Alarm Relays Percent Alarm Absolute Alarm Alarm Delay Alarm Events 27 hm a Device ML 453 Analog Input Diff 3 4 Group poystem Device SR469 Hardware Rew E Alarm Firmware Alarm Relays Rew 2 000 Percent Alarm Absolute Alarm Alarm Delay Alarm Events Boot Program SQE21 040 000 The Multilin SR469 Analog Input Differential screen shows e Analog Input Diff 1 2 e Analog Input Diff 3 4 190 Multilin SH469 Analog Input Differential Difference Logic 1222 Active When Always Block from Start Os Off Trip Alarm Trip Relays 10 Percent Trip Absolute Trip 1 0 Trip Delay OFF comparison Comparison Difference Logic Active When Always Block fram Start Trip Alarm Trip Relays 10 Percent Trip Absolute Trip 1 08 Trip Delay OFF 1222 PMCS Interface Toolkit Device Mame ML469 Group Mame
83. Window Demand Predicted Demand and Thermal Demand Reactive Power Sliding Window Demand Predicted Demand and Thermal Demand Apparent Power Sliding Window Demand Predicted Demand and Thermal Demand PMCS Interface Toolkit 135 e Average RMS Current Sliding Window Demand Predicted Demand and Thermal Demand Minimum Peak Demand Minimum or Peak Real Power Sliding Window Demand Total Demand and Thermal Demand e Minimum or Peak Reactive Power Sliding Window Demand Total Demand and Thermal Demand e Minimum or Peak Apparent Power Sliding Window Demand Total Demand and Thermal Demand The Demand tab also provides push buttons for performing the following commands Reset Energy Resets Energy Demand values identified above Reset SWD Resets Sliding Window Demand values identified above Reset Thermal Resets Thermal Demand values identified above Reset Peak Resets Peak Demand values identified above The Minimum Peak panel s Show Maximum and Show Minimum buttons can be used to toggle the display between minimums and peaks Inputs Tab 7500 Test Device DeviceMm Group joystem Device Type 500 Serial ID PK 9909407 2 00 Firmware 500 205 Voltage JANE Event Trend Help Logger Wave Exit EPM 7500 7600 Meter Inputs Tab ut ui ui ui ui ui ui LI brea DR c H 900 Inputs Digital Inputs TATUS INPUT
84. 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 PMCS Interface Toolkit 51 Application Scnpt text Tor METERA Application Scnpt text for METERB Application Script Edit Insert Help Condition Type While Running Every 30000 Scripts used 1 IF METERA 23420 gt METERA Universal Clock THEM LommF ail 0 ELSE METERA Comm ail 1 ENDIF METERA Universal Clock METERS 23420 IF METERB 23420 gt METERB Universal Clock THEM CommF ail 0 ELSE METERB Comm ail 1 ENDIF TERB Universal Llock METERB 23420 Cancel Convert Validate String Math System Add ons Mise Quick InTrack OLE i 52 7700 Large Faceplate or Custom Table Wizard Scripting Configuring the Large Faceplate Custom Table Script 1 After configuring the Large Faceplate or Custom Table wizard and with its window displayed select Special Scripts Window Scripts from the WindowMaker main menu The Window Script Dialog box opens Window Script for 7700 Large Faceplate Edit Insert Help Condition Type whil
85. example of application development using the wizards described in Chapters 2 and 3 to create an actual PMCS application e Chapter 5 describes the functions available with each of the GE Large Faceplate wizards These wizards are accurate graphical representations of power management devices complete with working controls that are linked to the corresponding devices in your facility e Chapter 6 describes the Tabular Data wizards These wizards list the data and setpoints of power management devices in a tabular format Simply point and click to select the appropriate tab of information to display and view the related data The examples and references in this guide enable you to create custom interfaces for your PMCS system and allow you to access power management data in the way that best suits you How should use this manual How you use this book depends on your level of expertise with Wonderware InTouch Consult the table below to determine where you should start If this describes you Start here I ve never seen this stuff before What s Refer to the documentation that came with your Wonderware InTouch What are Wonderware InTouch package Start with the Wizards introduction and tutorial sections which will teach you about Wonderware InTouch and how to use it to create custom applications When you understand what wizards are and how to use them come back here just opened this package where do
86. full scale value is divided by 1000 showing the value in Kilo Amps Reset e WATT Hour e VAR Hour e VA Hour Note Configured is displayed in green Enabled in red and Reset in Amber 234 PMCS Interface Toolkit 5350 Special Note This device supports GE32MTCP Server ONLY This device belongs to Electro Industries family which is tightly integrated device in to PMCS product This device contains the following tabs Metering Tab InTouch Window iewer D PROGRAM FILESXFACTOR YSUITEXINTOUCHSDH Logic Special EPM5300P Tabular Wizard Metering Tab Current Amps Voltage Voltz Phase THD Current THD Voltage Inst Inst salts A 0 05 0 60 B BI H 0 03 0 50 C CN C 0 03 0 60 Device Mame peut evalua Group Phase Imbalance 35 Modbus Addr 1 Baud Fate S600 Phase Reversal Energy WATT Hour 1971189600 Hour 2147483647 Hour 7260000 Real Vatt Reactive VAR Apparent 16296 00 16363 00 16252 00 0 00 16276 00 16383 00 16169 00 16383 00 16130 00 0 00 16333 00 16383 00 446 00 16383 00 16219 00 16383 00 16220 00 16383 00 504 00 16383 00 476 00 513 00 16320 00 16383 00 Setup Wave Exit Metering SetupOne Setup yo Events Trend Help The screen explains various parameters of the device Current Amps Phase A B C and Neut
87. programmable via the Tabular Data screen wizard The Sliding Demand tab offers a set of adjustable fields into which a user can enter a key a unique string of values which when downloaded to the EPM 3720 will trigger a measurement For explanations of what the EPM 3720 s various parameters mean refer to the EPM 3720 Users Guide in the section titled Sliding Window Demand To set the EPM 3720 s sliding demand keys follow the procedure below Locate the key code for the parameter you wish to measure in the table below b 255 Open the EPM 3720 Tabular Data screen wizard and select the Sliding Demand tab Enter the appropriate sliding demand window key by clicking the on screen thumbwheels up or down until the key code from the table below is displayed Press the Download button to send the key to the device Allow several seconds for transmission time then press the Refresh button to verify that the device has accepted the setup parameter The values displayed should be those downloaded When it receives the downloaded key the meter will perform a sliding demand measurement for the parameter selected by the key 3 amp 4 Sliding Window Key Thumbwheel Settings Volts LN Average refs pw f vosie HSSTDTDSDPD 3 pw S voses HSSTDIDSDPD 3 pw HssmiDsbeD 3 fo vows tt average ssm 3 5 voses ___________ 655 SDD refs fos 8
88. relating to a particular device event or group of events These tiles are displayed in different colors to indicate different alarm conditions The Annunciator Panel wizard monitors selected DDE items in the Event Logger and responds to changes of state in these items by changing the colors of individual indicator tiles For example you might configure a relay trip event to have a tile in the Annunciator Panel wizard The wizard monitors a DDE tag at the Event Logger corresponding to the trip status of the relay and displays a grey indicator 11 the relay is operating properly and a red indicator if the relay has tripped 25 26 From the Event Logger s perspective there are two parts to configuring the Annunciator Panel First each DDE Item that will be displayed on the Annunciator Panel wizard must be added using the Add Items dialog For the example we re discussing we ll assume you ve created a DDE Item named Tripl Each DDE item will connect to an individual tile in the Annunciator Panel wizard The second part consists of defining events which will turn individual DDE items ON or OFF Each DDE item or Annunciator Panel tile can be turned on or off by any number of device events you define The events are logically ORed together to determine ON or OFF conditions i e if any of the events occurs the DDE item is ON if none of the events have occurred the DDE item remains OFF We ll continue the relay example we began above
89. screen of the Waveform Capture program 264 PMCS Interface Toolkit qum 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class Instance Meaning 0 0 000000 o ___ 00000 02 o ees Campa o 1 4 0065 Digital Inputs Status Inputs Status 1 55 00 02 Digital Outputs Relays Status 1 18 00 05 Digital Inputs Status Inputs Counter Digital Outputs Relays Counter Digital Inputs Status Inputs Preset Reset Digital Outputs Relays Reset Digital Inputs Status Inputs Scale 00 03 Digital Inputs Status Inputs Rollover see valid High speed Present instances below see valid Standard Present instances below see valid Thermal Demand Present instances below see valid Sliding Window Demand Present instances below see valid High speed Minimum instances below see valid Standard Minimum instances below see valid Thermal Demand Minimum instances below see valid Sliding Window Demand Minimum instances below see valid High speed Maximum instances below see valid Standard Maximum instances below N 65 qum oo 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class Instance Meaning 0000002 4 A see valid Thermal Demand Maximum instances below i see valid Sliding Window Demand Maximum instances below see valid H
90. shows RED otherwise LED shows Gray in color Full Scale Values Displays Full Scale Voltage values for phases AN B and CN and 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 If the Cancel button is clicked no Reset will occur Reset of WATT Hour VAR Hour and VA Hour In resetting the above parameters 2 dialog boxes will prompt user to implement the functionality For example Dialog box 1 To reset Watt Hour when the button is clicked a dialog box will appear asking Do you want to reset Watt The dialog box contains Ok and Cancel buttons If the Ok button is clicked then another dialog box prompts the user If Cancel button 15 clicked the Dialog box 2 will not appear and no Reset will occur Dialog box 2 Asking Confirm the reset within 10 seconds If the Ok button is clicked the parameter is reset If Cancel button is clicked no Reset will occur 251 Troubleshooting Assertion Error Q While switching between InTouch s Runtime and Development modes the program crashed with an Assertion Error A This is a problem with InTouch Wonderware
91. to the right or top of the switch symbol during runtime Vertical 5witch Configuration Top Connection T agname d cb top connection Bottom Connection T agname d cb bottom connection Switch Open T agname switch Switch Closed T agnamae Enter the names of the InTouch discrete tags that determine the state of the switch during runtime Td switch closed On Color Ott Color Error Color Small Lange Line 1 ta 20 Specify the colors of the wizard elements when the connection and switch discrete tags are On and Off and when there is an Error condition The switch symbol color is determined by the following logic SwOpen _SwClosed Color 0 0 error on 0 1 1 0 off 1 1 error PMCS Interface Toolkit Circuit Breaker One Line Wizards After placing a Horizontal or Vertical Circuit Breaker wizard in a window double click on it to display the dialog box shown below Configure the wizard by entering the appropriate information into each of the boxes Enter text to display next to the breaker graphic during runtime optional Horizontal Circuit Breaker Configuration Circuit Breaker Number Right Connection T agname Connection T agname d cb left connection d cb right connection Enter the name of the InTouch discrete tag that determines the color of the line to the right or to
92. 0 s reclosure counter to Zero Fault Reset Arcing Resets the arcing current data Current Table 30 SR750 760 Tabular data screen commands I 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 status of the logic inputs For more information refer to the SR750 or SR760 user manual in the section titled Setpoints S3 Logic Inputs The SR750 SR760 Tabular Data Screen Wizard supports the Lockout Tagout wizard Please refer to the section titled Using and Configuring PMCS Wizards Lockout Tagout Wizard for details If a Danger or Ground Lockout Tagout symbol is installed on this wizard attempts to issue a Breaker Open or Breaker Close command will generate an error message See the SR750 760 Feeder Management Relay Instruction Manual Chapter 5 Actual Values for information on the display of data values under different device configurations Values not configured for use are displayed as N A Metering Tab Current Phase A Phase Phase Device Mame MLFS0 Group Mame System Percent of Load to Trip Device Type 56750 Energy Positive Hardware Rev Mv Cost F Software 414 ck Boot Program 3 00 bees on Y Mod
93. 1 WARNING On screen tags and indicators are for informational purposes only and HOT represent real world conditions Actual lockout status must be verified prior to performing amy work Failure to follow appropriate lockout procedures can result in severe injury or death HANDS OFF DO NOT OPERATE Installed Administrator Installed At 4 28 1998 4 07 17 Install Danger Tag Install Ground Tag Hem ove Da nger Tag Remove Ground Tag Usage The Lockout Tagout provides a method for assigning danger or ground tag graphics to various one line diagrams or wizards WARNING On screen tags and indicators are for informational purposes only and DO NOT represent real world conditions Actual lockout status must be verified prior to performing any work Failure to follow appropriate lockout procedures can result in SEVERE INJURY or DEATH WARNING A 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 Status Group will display Danger and or Ground Tag indicators mirroring the tags installed in the Tag Assignment window Supported Devices PMCS Interface Toolkit Several PMCS breaker management devices support the Lockout Tagout Wizard in their Large
94. 126 EPM 7500 Meter 130 EPM 7700 Meter 140 293 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 5 Sample Application 61 Small Faceplate Wizards 6 Spectra ECM 78 106 Spectra MVT trip unit 71 102 SR469 Motor Management Relay 184 SR489 Generator Management Relay 192 SR745 Transformer Management Relay 203 SR750 Feeder Management Relay 209 System Statistics wizard 40 Tabular Data Screen Wizards 11 99 Toolbar wizard 24 U Universal Relay 150 Universal Relay Devices 150 294 e Index UR 150 waveform capture 99 PMCS Interface Toolkit This page left blank intentionally 295 GE Industrial Systems General Electric Company 41 Woodford Ave Plainville CT 06062 GEH 6513 R011 0102 2000 2002 General Electric Company
95. 193 Por Saree Ree E Pee eR 194 tee 195 VIVE ST Led eM qune 196 ore IT 197 DOS EEBDBR MDANAGBMBNIBBEAY s cct 198 BBEDBER REEAY A EIS EE ET 200 I a E 200 PPDa Sen en __ 201 YA oro S eT A RY ee 202 TRANSFORMER MANAGEMENT RELAY anis nani ueluti gae 203 I7 120757 DETENER 203 HUS 204 TTE 204 Peron ce a eect cts ___ 205 ACM IRE 206 ig poro Oe Mee MOET _ _ __ __ _ 207 __ ____ _ we temi 208 SEI 50 760 FEEDER MANAGEMENT IRE 5 ___ ________6_ 209 nT Mee eRe 210 SS esr AG 211 211 _ ____ _____ _
96. 2 TATUS INPUTS TATUS INPUT4 TATUS INPUTS TATUS INPUTS TATUS INPUT TATUS INPUTS Metering MINIMAS _ Demand The Inputs tab displays the following values from the EPM 7500 7600 Digital Inputs 7500 Test Status Off for Status Inputs SI 1 8 Color Code Green ON Grey OFF e Counters for SI1 8 The Inputs tab also provides push buttons for performing the following commands Reset Counters Resets Digital Input Status Counters for 511 8 The Inputs tab also provides retentive memory inputs for the following Digital Input Names for SI1 8 Setup 1 Tab Device Group Device Type 500 Serial ID 9909 5 072 00 Firmware 5002205 Voltage Made JUNE 7900 Setup 1 Power TransformerRatios Volts Mode FAVE Phase PT Primary Primary S000 Polarity Normal Polarity Mormal Secondary 71200 Vb Polarity Normal lb Polarity Normal CT Secondary 5 Polarity lc Polarity Normal 4 CT Primary 5 Polarity bia secondary 5 omm R5 232 Ethernet Address 3 46 9 247 Communications subnet Mask 255 255 240 0 Default Gateway 3 46 01 Wave Exit z Metering MINIMA Quality _ Demand Inputs Setup 1 2 136 EPM 7500 7600 Meter
97. 206 Amg segtm 20208 Ang SSN Devicenm 920 Ang SAGSWELL NOMINAL 29508 Ang DevieNim_29687_Anlg OverlaOverPickyp SSS DevieNim_29688_Anlg Devicenm 29689 Am 2999 Amp 29696 Over KW Over Drop 29697 Aw Overte verDropow Overlb OverDopo N _ 29 Amp OwrkOwrbupu 970 N 29706 Amp OwrkwUwerap 29707 Amg Overla Under Pickup SSN Device 29708 Ang nsi 979 Amg Overte Umerri 29710 Amg Over Vonat wooo nw 29716 Amg Over KW raer Dopo wooo Dovicenm 29717 Amg Overla Under Dropout wo Devices 29718 Amg OverlbUnder Pickup 20719 Overte Under Drop SN 29720 Ang Over Vonat Under Dopo wooo 29726 Ane OverkWTimeOn 29727 Ame OverlaTime On wo DevieNim_29728_Anlg 2 2 2 2 272 272 2 27 27 27 2 2 2 72 72 72 2 2 2 12 2 2 2 2 2 2 24 2 2 2 2 2 2 2 2 2 2 21 2 2 282 PMCS Interface Toolkit oma mmm _ 25 NA NL Dwe Dwm vua O Dwm fva Inwewezss fva O Dwe ke Dwm h O T ST S 2 2 2 2 2 2 2 2 2 2 2 2 gt 283 mmm
98. Block Interval 3 4 5 6 100 20 Reactive Power Alarm Block Interval 100 20 Apparent Power Control Block Interval 3 4 5 6 100 20 Device 5 Values Present Date Time Group Phase Amps 0 12 10 2001 19 47 38 143 Device Type us Phase Amps 1 12402001 18 49 40 473 Hardware Rev Phase C Ampa 2 2 12 10 2001 19 58 02 038 software Rev 01 Real Power 0 0 11 22 7208 13 15 54 021 Boot Program 3 00 Mad File Number 000 React Power 11 22 2001 13 15 54 021 Manuf Date 0924 2000 Appar Power 11 22 2001 13 15 54 021 Reset Demand Demand Last Reset 11 22 2001 Setup Wave Exit Metering Status Fault Trip Demand Logic IO Setpoints Events Trend Help The SR750 760 Demand screen shows details of e Configuration e Values The Reset Max Demand button will reset all maximum values of demand 213 Device Croup Device Type Hardware Rev software Rev Boot Program Mod File Murmber Manut Date ML FSO SR SO H 4 01 3 00 000 0921 2000 Logic Tab Contact Inputs Contact 1 Contact 2 Contact 3 Contact 4 Contact 5 Contact Contact 7 Contact Contact 9 Contact 10 Contact 11 Contact 12 Contact 13 Contact 14 Legend Open Mot Seserted Closed Asserted Metering Status The SR750 760 Logic scr
99. Clear Max Demand Values Clears the PQM s Max Demand values from memory ear Miner Clear the Voltage Mina values fom memory Table 19 POM Tabular data screen commands See the PQM 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 110 PMCS Interface Toolkit Metering Tab Metering 3 Phase 1 Average 1 00 1 48 0 00 1 48 504 Average Device Mame Group q34 Average Device m d Current AY Voltage Unbalance 55 100 0 ardwveare Rew eum iens 341 Current Unbalance 55 Frequency Hz 0 00 Boot Program Rev 1 10 5148 Supervizor Rev 1 02 Paaitive 2422 Kh last 24 hrs File Numberz r 40 EX CER 22 Real Energy Cost Fy 212 20 000 9992 12 Real Energy Costiday 7 6 06 17 Output Relays Last Energy Reset 19 05 51 11 07 2001 DES Alarm amp ux2 Clear Energy Cat Setup Wave Exit Metering Status Demand PRange Analysis I setpointz Events Trend Help The Multilin PQM Metering tab shows e Metering values For A B C and 3 Phase e Energy In various values e Output Relays Alarm Aux
100. Controller 5350 DMMS350 239 Motor Protection Relay 269 Plus Motor Management Relay 369 Motor Management Relay 5 469 Motor Management Relay EPM 7500 Electronic Power Meter 5 489 Generator Management Relay 565 Feeder Management Relay 735 Feeder Relay SR745 Transformer Management Relay EPM7430D EPM7450D GE Zenith Generator PLC Series 90 70 5000 DMWH300 GE Fanuc Series 90 30 PLC GE Fanuc Series 90 70 PLC Power Quality Meter POM EPM 7300 Electronic Power Meter EPM 7330 Electronic Power Meter EPM 7700 Electronic Power Meter EPM 3710 Electronic Power Meter EPM 3720 Electronic Power Meter Spectra Electronic Control Module Motor Manager II MMIT EPM5300P EPM5200P EPM9450Q EPM9650Q Electronic Power Meter 3710 Electronic Power Meter 3720 Electronic Power Meter 7300 Electronic Power Meter 7330 Electronic Power Meter 7500 Electronic Power Meter 7600 and Electronic Power Meter 7700 are products of Power Measurement Limited Multilin 269 Motor Management Relay is a registered trademarks of Multilin Inc and Multilin SR489 Generator Management Relay and Multilin SR745 Transformer Management Relay are trademarks of Multilin Inc Microsoft Microsoft Access Microsoft Excel Microsoft PowerPoint Microsoft Visual Basic and MS DOS are registered trademarks and Windows NT is a trademark of Microsoft Corporation Wonderware is a registered trademark of WonderWare Corporation Wonde
101. D Hamonc s STIDTDSDPD O o STIDTDSDPD O ____________ PBHD Hamonc s STDTDSDPD _ O o o ____ AHD 8 STD TDSDPD VID Harmonic STIDTDSDPD 269 qum oo 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class instance Meaning 00002 __ T O VHD Hamonic ______ STDTDSDPD U O 2 64 STDTDSDPD ____ VAUXHD Hamone 5 _ O 2 1 STDTDSDPD O o ___ 5 o oo ____ BHD Hamonc STDTDSDPD O ___ ____ ____ HMHD Hamonc STDTDSDPD 2 9 ____ ViHD Hamoncsl _____ STIDTDSDPD O 2 PL V2HD Hamoncsl 5 O 2 ViHD Hamoncsl STIDTDSDPD Harmonic STOTDSDPD_ _ O ___ ____ 24 ____ HHD Hamonc l STIDTDSDPD O ____________ 25 ____ HD Hamonc l STDTDSDPD O o o D HBHD Hamonc STDTDSDPD __ O ____________ 27 f MHD Hamonc l STD TDSDPD o ooo 28 ____ ViHD Hamonc li STIDTDSDPD ___________ ____ VHHD Hamonc li 1 STDTDSDPD O ____________ ____ ViHD Hamonc li STDTDSDPD DB VAUX HD Harmonic tt STIDTDSDPD _ Lo oo jHHD Hamonc li 1 STIDTDSDPD jDHD Hamonc ll 1 STIDTDSDPD ____________ ____ BHD Hamonc li STIDTDSDPD ___________ ____ HMHD Hamonc li 1 STIDTDSDPD ____________ ____
102. DPD PMCS Interface Toolkit qum 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class Instance Meaning 275 STD TDSDPD Cm Hm ramwis Cm wimb mameesi smipspm _ wrub mameesn _ vavao memoni Co _ qum oo 3 amp 4 Trigger Key Thumbwheel Setting subclass es swoon an amoi swoon _ 2 St TDsbr gt Table B 1 EPM 3720 Trigger Keys 276 PMCS Interface Toolkit The action keys specify the instance number for object to perform an action on The following action keys are possible Action Key Setpoint Supported o oo Nem 1000 1004 STD HS Clear digital input counter 0 3 Status input counter 1 4 4 ALL Action keys marked with STD are supported by Standard Setpoints 1 11 action keys marked with HS are supported by High Speed Setpoints 1 6 277 This page left blank intentionally 278 PMCS Interface Toolkit Appendix 7700 Special Considerations EPM 7700 Tags Subject to Deactivation by Tabular Data Screen Wizard This appendix lists the EPM 7700 tags which may be activated or deactivated by the EPM 7700 Tabular Data Screen wizard This information is of use for developers creating their own w
103. DTDSDPD gt m Ssmpspm gt m vimo memwemn Smipspm ss vwxmp mawwesi swm gt m omoa O sws sf as wm mewwen _________ Smipspm 3 pu smipspm 3 pu 3 m soms 3 L5 Lwmo mewwens P UJ T P UJ T AK UJ T AK UJ T AK UJ T AK UJ T AK UJ T A UJ T T A UJ T A UJ P UJ 260 PMCS Interface Toolkit m 3 amp 4 Sliding Window Key Thumbwheel Settings V3HD Harmonic 15 HD Harmonic 15 SIDTIDSDPD TD SD PD E Gp pmmoemenr Table A 1 EPM 3720 Sliding Window Demand Keys 261 This page left blank intentionally 262 PMCS Interface Toolkit Appendix Automatic Waveform Capture 263 Waveform Retrieval on EPM3720 Using a setpoint to trigger waveform capture or record on the EPM 3720 When a Setpoint is programmed from the MMI the EPM3720 has the ability to automatically capture or record waveforms based on the value of a specified parameter In order to display a Waveform Capture the meter takes 128 samples from a full cycle of any single selected channel For a Waveform Record the meter take
104. Delay Limit Block Metering Flags The Multilin SR745 Power amp Energy screen shows e Power e Energy e Aging Factor e Tap Changer 208 58745 Power amp Energ Winding 1 0 00 0 00 0 00 Winding 2 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 00 0 0 20 Disabled 10 min Disabled Disabled 5 00 sec Disabled Fail Function Fail Target Fail Delay Fail Block Demand Harmonic Setpoints Power PMCS Interface Toolkit SR750 760 Feeder Management Relay 209 The SR750 and SR760 are very similar devices and share a common Tabular Data Screen wizard During wizard configuration select which type of device the wizard represents SR750 or SR760 by selecting the corresponding radio button in the Tabular Data Screen Configuration dialog box Under the Info area the SR750 760 s function buttons are all enabled The SR750 760 Tabular Data Screen wizard has eight command buttons Tab Button Function _ Metering Clear Energy Resets the energy counters to zero Issues a RESET command to the SR750 760 O Demand Reset Max Demand Clears the Max Demand data from the SR750 760 s memory Reset Trip Counters Resets the SR750 760 s trip counters to zero Open Breaker Issues Open Breaker command Close Breaker Issues Close Breaker command Reset Count Resets the SR750 76
105. Device Metering Pickups Alarm TripDbata The SR489 Metering Values screen shows various metering values e Current e Voltage 192 Maint Setpoints PMCS Interface Toolkit Demand Power RTD Information Motor Data The Clear Peak Demand button clears all peak demand values The Clear MWh amp Mvarh 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 Multilin 56489 Pickups Mot Enabled Analog 1 Inactive RTO 5 Mot Enabled Mot Enabled Analog 2 Inactive RTD 6 Mot Enabled Mot Enabled Analog 3 Inactive RID F Mot Enabled Mot Enabled Analog 4 Inactive 6 Mot Enabled Mot Enabled RTD 1 Enabled RTD 9 Mot Enabled Mot Enabled 2 Mot Enabled 10 Not Enabled Mot Enabled RTD 3 Mot Enabled 11 Enabled 77 Hultilin RTD 4 Mot Enabled RTD 12 Enabled Sequential Trip Mot Enabled Trip Active Device Marne ML489 Field Breaker Trip Mot Enabled Phase Reversal Trip Inactive Group Name System Tachometer Trip Mot Enabled Undertrequency Trip Mot Enabled Offline Overcurrent Trip Inactive Cverfrequency Trip Inactive Device sR4a8 Inadvertent Energy Inactive Neutral G Fund Trip Inactive Hardware Phase Overcurrent Trip Inacti
106. Device Name EET Enter the application name of the PMCS DDE Server Group M ame 35 patem GE32MODB or GE32MTCP Application Name GES2MODB security Level 0 Enter the minimum security level l for enabling remote command Trend Window Mame wr wWindawNHm and setup functions Setup Window Mame Te WindowN m Enter the name of the window to be opened when the Trend Cancel button is clicked during runtime Enter 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 Tabular Data Dialog Made Mame PRIMARY NODE Device EPM7700 Group M ame System Application M arme ON LINK Gateway M ame nE TwYv Security Level Do Trend Window Mame 7700 Trend window Cancel The Node Name field requires that you enter the of the computer running the Communications Server that connects to this particular device Depending on the configuration of the EPM7700 network this can be either the Primary node computer or a computer setup as a Full Station Secondary node Refer to DEH PMCS Interface Toolkit 13 40035 the 7700 Gateway Use
107. EE 94 269 PELUS MOTOR MANAGEMENT RELAY 2255 87 S65 FEEDER MANAGEMENT I BEA LA 92 FEATURES OF TABULAR DATA SCREEN WITZARDG ccccccscscccsscscsscscscccccsccccscsccccscscocescsscsscsccscscscccsscacecsoasees 99 INTRODUC HON hase 99 Or TABULAR DATA SCRI NS 99 eT 101 ST E Peto oa eo Romae ect te 102 DENHIANCEDMICROVERSATRIPSC TRIP UN 103 ENHANCED MICRO VERSA 104 POWER LEADER METER ___8_ _ ___ ___ _ _ _____ eene 105 106 MDP DIGITAL OVERCURRENTARELAY d 107 VA OU OVA TD P eme 107 Command Rm Em 108 SYA OS DE ee A 1 A VE ENE Ar ROE 109 BRO UA Ls METER anrr 110 UIDI NIAI EET gira le 111 SIGN POL
108. ELECTIEXIT The large faceplate representation of the Spectra ECM provides the following animated functions Display Window Opens the tabular data window specified during wizard configuration and sets the view to the Monitoring page CONTRAST Open the tabular data window specified during wizard Buttons configuration and sets the view to the Setup page Refresh Button Updates the display to the most current readings SCROLL Loop through all selections for each of the valid modes Buttons accessed by the SELECT EXIT button SELECT EXIT Displays the top line message Press SELECT for Press Button one of the SCROLL buttons to rotate among the four modes Press SELECT EXIT to display the first value of the current mode and the SCROLL buttons for all other values available in that mode Press again to redisplay the Press SELECT for prompt for mode selection Table 6 Spectra ECM Faceplate animated functions The modes and the parameters available in each mode are as follows 78 PMCS Interface Toolkit 79 Parameters and Units STATUS SETPOINTS METERING LAST TRIP INFO Motor Status ECM Status Trip Status FLA Setting amps Rating Plug amps Phase Unbalance disabled enabled Ground Fault disabled enabled Commnet Address Phase A Current amps Phase B Current amps Phase C Current amps Average Current amps Phase Unbalance percent Ground Current amps Motor Load percent Last Trip Ca
109. ENT PRE TRIP G F CURRENT G F xxx 0 AMPS PRE TRIP MAX STATOR RTD RTD XX xxx C PRE TRIP AVERAGE VOLTAGE VOLTS xxx PRE TRIP KWATTS KW xxx PRE TRIP KVARS KVAR xxx PRE TRIP POWER FACTOR PF xxx PRE TRIP FREQUENCY HZ xxx END OF PAGE FIVE ACTUAL VALUES PAGE 6 ACTUAL VALUES LEARNED PARAMETERS LEARNED Istart AVG OF 4 STARTS xxx AMPS LEARNED Istart last one XXX AMPS LEARNED K FACTOR K xxx AMPS LEARNED RUNNING COOL TIME xxx MIN LEARNED STOPPED COOL TIME MIN LEARNED ACCEL TIME ACCEL TIME SEC LEARNED Start Capacity Required xxx PERCENT END OF PAGE SIX ACTUAL VALUES PAGE 7 ACTUAL VALUES METERING DATA Vab xxx Vbc xxx Vac Xxx VOLTS Or MTM METER MODULE NOT INSTALLED 3 PHASE KWATTS KW xxx Description Message is a brief explanation of trip cause Unbalance Units 1 if G F CT ratio 2000 1 Displayed only if MTM unit 15 installed in 269 Displayed only if MTM unit 15 installed in 269 Displayed only if MTM unit 15 installed in 269 Displayed only if MTM unit 15 installed in 269 Displayed only if MTM unit 15 installed in 269 Page footer Page header Page footer Page header Displayed only if MTM unit is on line Displayed only if MTM unit is on line PMCS Interface Toolkit 91 Text Displayed 3 PHASE KVARS KVAR xxx POWER FACTOR PF xxx FREQUENCY HZ xx x END OF PAGE SEVEN ACTUAL VALUES Description
110. Energy WATT Hour 1971189600 Hour 2147483547 Hour 7260000 Real Vatt Reactive VAR Apparent nd 16266 00 16383 00 16252 00 0 00 16278 00 16383 00 16169 00 16383 00 16130 00 0 00 16333 00 16383 00 446 00 16383 00 16219 00 16383 00 16220 00 16383 00 504 00 16383 00 476 00 513 00 16320 00 16383 00 Setup Wave Exit Metering SetupOne Setup Two Events Trend Help The screen explains various parameters of the device Current Amps Phase A B C and Neutral e Inst e Max 227 Voltage Volts Phase AN BN CN AB BC Inst THD Current e THD Voltage Energy VA Hour VAR Hour Power Real WATT Apparent 228 PMCS Interface Toolkit Setup One Tab Device DMMS 3001 Group Modbus Addr 42 Baud Fate Kilo ott Inputs Phase Reversal Kilo Amp Input Phase Imbalance Watt Input Delay Sec Phase Reverse Limits Delay Otf Sec Meter Setup Mon Open Delta Limits Set Instantaneous Decimal Placement vots Decimal Placement Amps Decimal Placement Watt Decimal Placement Hour Ex VOLTS Full scale kv AMPS Full Scale kAmp Lim Threshold for 55 Legend NOT Configured NOT Enabled NOT Reset Configured Enabled Reset Metering Se
111. For example you might configure the Tripl DDE Item to be ON if any of the following events occurs the relay is tripped or the relay reports an error condition or the relay senses an overvoltage condition The Annunciator Panel wizard displays a grey indicator tile for the relay for as long as the DDE item remains in the OFF condition If the Annunciator Panel wizard sees the DDE Item change from OFF to ON it reacts by changing the indicator tile from grey to red The Event Logger Annunciator Panel logic will also change the state of a DDE Item in response to actions performed at the Annunciator Panel Wizard The user can both acknowledge and reset individual Annunciator DDE Items The following diagram shows the relationship of the Annunciator Panel wizard the Event Logger and the PMCS DDE Server PMCS Interface Toolkit 27 Annunciator Panel Wizard monitors DDE Items at Event Logger Relay 1 green Relay 2 green Relay 3 DDE Item Name 1 green Status OFF TY Relay Tripped NO Error Condition NO Event Logger Overvoltage Condition NO tracks events Annunciator Panel Wizard reported by PMCS DDE Server Event Logger PMCS DDE Server Annunciator Panel Wizard monitors DDE Items at Event Logger REAN A7 sepe DDE Item Name Trip red green green Status ON Relay Tripped YES Error Condition NO Event Logger Overvoltage Condition NO tracks events reported by
112. Frame Size 0 Rating Plug 0 Breaker Status Trip Operations Counter gum n Sw Inst Short Time Disabled D ieee 0 Current Unbalance Relay Disabled Eu n Dn Gnd Fault 251 Selected Disabled Product Rev Unknown Short Time 251 Selected Disabled Event Trend Help Normal Monitoring Setup Screen Logger wave Exit The Enhanced MicroVersaTrip D Tabular Data Screen provides six push buttons on the Setup tab Setup Clears the accumulated energy registers in the trip unit Clears the peak demand register in the trip unit Table 15 EMVT D Tabular data screen commands 104 PMCS Interface Toolkit POWER LEADER Meter PI FPH Hnnmmnal Mere ring Values Thiee Valuex wh Total 2 20 arty cau Tull aah ead olal 2 JU veh rial 0 nl Dev ure ul de MATE CRS 3 x ie u da Priser 01842 0 0 x po Demani 5 42 55 Peak i Current Daran 45 35 Peak vx 6 00 Fours aba fe Ari HH ER ca H voltage 21 07 74 uev 0 0 olte ge m PR Eu za cs nm xi Evon Irend Help Exil al ala Mula ny Zalu The POWER LEADER Meter Tabular Data Screen wizard provides three push buttons on the Command screen Command Energy V ARH Clear
113. Function 118 PMCS Interface Toolkit Motor Manager II Multilin Motor Manager ll Metering Motor Data Currents Motor Data Miscellaneous Motor Load of FLEN Phase Current Amps l Motor Status Phase B Current Amps Thermal Capacity 132 Phase C Current Amps Acceleration Time Y Device Marne realmmii Ground Current Amp CML Time to Trip 2 ese Current Unbalance 57 Power COP Device Type MMII Last Starting Current Amps Energy Used Serial Number EEDS SE Hardware E Anamqg inpr Firmware 4 02 Analog Input Boot Software 3 40 TEST IMPLIT Clear Energy Used Supervisor Proc 1 02 Setup Exit Degrees Metering F status Alarms 1 Trips Maint Setpuints Five of the six function buttons under Info box are enabled for MMII the Wave button is not supported for the MMII The MMII Tabular Data Screen wizard has four command buttons described below Tab Button Metering Clear Energy Clears the MMII 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 val
114. GE FAULT Or OVERVOLTAGE FAULT Or EXTERNAL TRIP x or ANALOG INPUT or POWER FACTOR FAULT or FREQUENCY FAULT PHASE A PRE TRIP CURRENT xxx A PHASE B PRE TRIP CURRENT xxx A PHASE C PRE TRIP CURRENT xxx A GROUND PRE TRIP CURRENT xxx A PRE TRIP VOLTAGE xxx xx kV or A N kV PRE TRIP VOLTAGE B C xxx xx kV or B N xxx xx kV PRE TRIP VOLTAGE C A xxx xx kV or C N xxx xx kV FREQUENCY AT TRIP xxx xx Hz DATE OF TRIP XX XX XX TIME OF TRIP XX XX XX PRE TRIP DATA END OF PAGE Description Only phases in alarm are displayed xis in range 1 4 Value in amps Value in amps Value in amps Value in amps If configured as Delta Or If configured as Wye If configured as Delta Or If configured as Wye If configured as Delta Or If configured as Wye mm dd yy hh mm ss Page footer 96 Value 1 Text Displayed ACTUAL VALUES VOLTAGE VOLTAGE A B XXX XX kV VOLTAGE B C XXX XX kV VOLTAGE C A XXX XX kV FREQUENCY OF FEEDER xxx xx Hz VOLTAGE END OF PAGE ACTUAL VALUES EVENT NO OF EVENTS XXX Or EVENT RECORDING DISABLED CLEAR EVENTS NO EVENTS CLEARED LAST xx xx xx EVENT END OF PAGE ACTUAL VALUES DEMAND DATA PH A PEAK DEMAND XXX A Or AMPS DEMAND DISABLED PH B PEAK DEMAND XXX A PH C PEAK DEMAND XXX A CLEAR AMP DEMAND DATA NO DATA CLEARED LAST XX XX XX PEAK KW DEMAND XXX kW Or KW
115. High Speed This tab displays the voltage values of AN BN CN AB BC CA and Aux e Current Normal High Speed Displays currents of Phase A B C measured and calculated e THD Normal High Speed Displays THD values of Phase A B C for Voltage and Current an d K Factor Power Displays Phase C and 3 Phase Power Values for Real Watt Reactive VAR Apparent VA and 241 e Frequency Normal High Speed Displays Frequency in Hz Min Max Device Mame Group Mame poystem Meter Mame 0107 Nexus 1250 Boot er Mo 0 0 2 5 Runtime Wer Mo 01 7 6 DSP Boot Ver Mo DSP Runtime Wer Mo 0 1 4 4 serial Mo 3408 Time Jan 26 2002 12 25 38 15 Current Time Jan 27 2002 12 5z 06 74 Setup Maximum Values Ph Voltage Volts Phe Curr Amps K Factor Curr 1487 35 1499 07 1512 19 2564 04 2607 563 2603 13 Positive Watt Coin Vw AR Watt Negative Watt Coin ve Watt 1 00 1 00 1 00 THD 0 00 0 00 0 00 THD 30 0 39 147 0 39 ari Power Factor 22 219 24 0 001 0 499 0 001 0 000 0 505 0 000 0 005 0 000 4452 56 4453 31 2228 28 MA 3855 74 4453 30 2290 38 3914 14 4534 95 Metering Dinput Demand Setup Thermal MinMax 0 00 B4 09 128 34 133 03
116. I Go to Chapter 1 Introduction Chapter 1 explains what go first the User Screen Configurator is what it s good for and where to go after that I m familiar with Wonderware InTouch Go to Chapter 1 for installation instructions then to and like to build a custom application Chapter 2 for descriptions of the wizards and how to use for some GE power management devices them Chapter 4 provides a demo of actual application development This package contains wizards for the power management devices supported by GE s PMCS 6 1 la software The GE PMCS Wizards are already Turn to Chapter 2 for information on how to use the GE installed on my system I m already PMCS Wizards and Chapter 4 for a quick example of experienced with InTouch and I m ready application development For detailed descriptions of to start building custom applications the Large Faceplate wizards or the Tabular Data Screen wizards refer to Chapters 5 and 6 respectively Just tell me about the wizards I m an old Skim through Chapters 2 and 3 for an overview of pro and ready to go what s in the package then Chapter 4 for a quick example of application development Chapter 5 describes the GE Large Faceplate wizards and Chapter 6 the associated Tabular Data Screen wizards 2 PMCS Interface Toolkit Conventions You will find this book easy to use if you look for these simple conventions e Boldface type indicates the name of an item you need to select
117. Interface Toolkit 1 Total Power KW Total KVAR Total KVA Total PF Signed Total Vin a Vin b n a when Voltage Mode is DELTA Vin c n a when Voltage Mode is DELTA or SINGLE Vin Avg n a when Voltage Mode is DELTA VII ab VII bc VII ca VII avg n a when Voltage Mode is SINGLE Ib 14 lavg Ic n a when Voltage Mode is SINGLE V unbal unbal Line Frequency KW a KW b n a when Voltage Mode is DELTA KW c n a when Voltage Mode is DELTA or SINGLE KW Total KVAR a KVAR b n a when Voltage Mode is DELTA KVAR c n a when Voltage Mode is DELTA or SINGLE KVAR Total KVA a KVA b n a when Voltage Mode is DELTA 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 e Signed n a when Voltage Mode is DELTA SINGLE 2 Three Phase Measurements 3 Per Phase Power KWh Import KWh Export KWh Total KWh Net e KVARh Import KVARh Export KVARh Total KVARh Net KVAh Total KW Total Min KVAR Total Min KVA Total Min e KW Total Max KVAR Total Max KVA Total Max 5 symmetrical Components ZeroSeqMag PosSeqMag NegSeqMag V ZeroSeqMag V PosSeqMag V NegSeqMag ZeroSeqPhs PosSeqPhs NegSeqPhs V ZeroSeqPhs V PosSeqPhs V NegSeqPhs 6 Digital Inputs e Status Inputs 1 8 85 86 7 Per Phase Minimums Vin a Min Vin b Min n a when Voltage Mode is DELTA Vin c Min n a when Voltage Mode is DELTA or SINGLE Vin
118. OMINAL SAG SWELL NOMINAL Transient Threshold Transient Threshold OVER KW PUOVER 288 PMCS Interface Toolkit oma emm 2906 Devicenm 206 awy Devieenm 208 awy 29709 po Devices 29709 GWY OverleUnderPickyp zno fover von puvun DevieNim_29710_GWY 2916 oveRkwpoupe 29716 GWY KW Under Dopo Overla Under Dropow 29718 GWY Over Vostal Under Dopo Dowen nw Demoro Y 29730 GWY oven om 2 4 2 lt 2 2 lt 2 2 2 lt 2 2 2 2 2 2 2 2 2 2 2 2 2 289 Real DeviceNm_ 29739 DeviceNm 29739 GWY DeviceNm 29740 DeviceNm 29740 GWY Memory Message DeviceNm 30720 Msg DeviceNm 30721 Msg
119. R 13439 37 Negative Metering Dinput Demand Setup Thermal MinMax The screen explains various parameters related to demand values e Sliding 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 Sliding Window button to see the Sliding window Demand e 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 e Predictive Sliding Window Demand Displays Predictive Sliding Window demand for WATT VAR and VA e Energy Displays Energy values for the parameters namely Positve kWh Negative kWh Positve kVARh Negative kVARh and kVAh 243 6500 z I Device Mame MEXLIE Group Marne Meter Mame 0107 Mexus 1250 Boot Yer Mo 0 0 2 8 Runtime Wer 0 1 7 6 DSP Boot ver Mo DSP Runtime ver 0144 Serial 3405 On Time Jan 26 2002 12 25 38 15 Current Time Jan 27 2002 12 51 19 60 Th
120. S Description Page header Value in amps Value in amps Value in amps Value in amps Value in amps Breaker is closed and current lt 1 of trip level in all phases Page footer Page header Name entered by user value given in user defined units Displayed if disabled Page footer Page header Number of trips since last reset Press STORE button to reset trip counter Date of last reset Page footer Page header 94 Value 3 10 11 10 11 12 13 14 15 16 Text Displayed INST PHASE O C TRIPS TIMED GROUND O C TRIPS INST GROUND O C TRIPS OVERVOLTAGE TRIPS UNDERVOLTAGE TRIPS ANALOG INPUT TRIPS CLEAR OPERATIONS DATA NO DATA CLEARED LAST 0 0 0 OPERATIONS DATA END OF PAGE ACTUAL VALUES PRE TRIP DATA ALARM PHASE O C ALARM GROUND O C ALARM OVERVOLT ALARM UNDERVOLT ALARM ANALOG INPUT ALARM ACCUMULATED KA SWITCH ALARM 1 ALARM AMPS DEMAND ALARM KW DEMAND ALARM KVAR DEMAND ALARM POWER FACTOR ALARM FREQUENCY ALARM TRIP COIL ALARM MTM COMM CAUSE OF LAST TRIP Description Press STORE button to clear trip counters Page footer Page header PMCS Interface Toolkit 95 Value 17 18 19 20 21 22 23 24 25 26 24 28 Text Displayed TIME OVERCURRENT PHASE ABC Or TIME OVERCURRENT GROUND Or INST OVERCURRENT PHASE ABC Or UNDERVOLTA
121. STDTDSDPD Lo oo BHD Hamonc d 1 STIDTDSDPD O Lo o AT MHD Hamonc d STIDTDSDPD 2 LAS ViHD Hamonc s _ Lo o A V2HD Hamonc s STIDTDSDPD 2 AA ViHD Hamonc s STDTDSDPD VAUXHD Hamonies STDTDSDPD __ O Lo o AC f HHD Hamonc s STIDTDSDPD O ____________ DHD Hamonc s STDTDSDPD O Lo oo AE ____ BHD Hamonc s STDTDSDPD _ O Lo oo AR HMHD Hamonc s STIDTDSDPD Lo oo BO ViHD Hamonc STIDTDSDPD _ O Lo o V2HD Hamonc STIDTDSDPD 2 LB ViHD Hamonc STIDTDSDPD _ O VAUXHD Hamonie STDTDSDPD __ O ___ ____ 4 ____ HHD Hamonc STOTDSDPD_ _ O 2 8 HD Hamonc 5 _ O 2 B BHD Hamonc 1 5 2 B HMHD Hamonc 1 STIDTDSDPD O ____________ ____ ViHD Hamonc 1 STIDTDSDPD 2 8 ____ VHD Hamonic STIDTDSDPD O 2 BA ____ ViHD Hamonc ____________ VAUXHD Hamonc STIDTDSDPD po RD Harmonic 7 1 STIDTDSDPD O o BD j DHD Hamonc 7 STIDTDSDPD O 1 BHD Hamonc STIDTDSDPD O 2 ___ HMHD Hamonc 1 STIDTDSDPD Lo o VID Harmonics STDTDSDPD_ _ o Ct VHHD Hamonc s STIDTDSDPD O o o STIDTDSDPD O Lo o VAUX Harmonic STDTDSDPD 24 ___ HH
122. TING FLOOR PLANS ELEVATION VIEWS AND ONE LINE 5 55 INTRODUCTION ML MO E E 55 BE VATION VIEW MR 55 IM a I 57 BEECTRICATLAONBSEINE DIAGRAMS ctae Mom MEM ML 58 CREATING ABASIC INTER ________ ______ 61 FEATURES LARGE FACEPLATE 8 1 esee stesse 67 ABOUT THE LARGE FACEPLATE WIZARDS EM C I E 67 POWER EPFADER BPIVL end ee ee ae ee 68 SPEC TRAUMICRO VERSA TRIP DRIP UND _______6__ UE 71 ENHANCED MICROVERSA TRIPO TRIP UNIT ECL C 72 ENHANCED MICRO VERSA LRIP D tees dant a e 74 FOWERLEADER ME tes pte 76 SPECTRA 78 O I D DA E o Se EEA Lat ALD dd cote tum ENGR I Oe DM EN RARE OE ET rete puce 80 Z NL ojus _ __ _ _ _ 92 Su DE
123. Total 34 Device Total 20 Group Total PF 963 78 73 Current THD 96 Modbus Address Factor Voltage Unbalance 967 14 92 Volts Current Unbalance 3 95 47 Volts Frequency Hz 60 00 Volts CA Phase Reversal Net 203 115 Event Trend Help Logger wave Ext The 7300 ION Normal Metering Values screen shows the metering values e A BandC e Three Phase Values e Voltage Imbalance e Current Imbalance e Frequency Hz e Phase Reversal e Energy The Reset Energy button will reset the energy 123 1300 ION MIH MAX Demand Values Avg Voltage L N Avg Current Frequency Device Mame KY AR Total Group Device Digital Outputs Modbus Address Did DIGITA L INPUTL DOS DIGITAL INPUTS Dis DIGITEL INPUTS Sliding Window Demand Predicted Demand ky 27 34 KY aR 20 Reset Sliding Demand Reset Min Max Event Trend Help Logger wave Exit metering The 7300 ION Min Max Demand Values screen shows e Minimum and maximum metering values e Digital Outputs 1 Byclicking on the Text box provided a popup box will be appeared where text can be entered 2 clicking on Force ON and Force OFF status can be seen as ON or OFF respectively e Sliding Window Demand and Predicted Windows Demand The Reset Sliding Demand button when cli
124. Type 5745 Maximums Phase Amps Date Time Hardware Rew D 250 Winding 1 29 91 125 0 2001 21 00 01 Rev 1 20 Winding 2 0 00 0 2001 17 39 180 Version 000 banut Date 0831 12000 Clear Max Demand Data Demand Last Reset 12 10 2001 17 39 180 Metering Demand Harmonic Setpoints The Multilin SR745 Demand Data screen shows e Configuration e Present Values e Maximums The Clear Max Demand Data button will clear all maximum values of the demand data 205 56745 Harmonic amp Misc Data Harmonic Data Winding 1 Winding 2 Phase THD 55 D D Phase B THD 56 0 0 Phase THD 56 0 0 THO Minimum Harmonic Humber 2 Lm THO Maximum Harmonic Mumber Device Mame ML 745 Group Mame System Misc Device Type 745 system Voltage Frequency TA TS D Volts per Hertz Freq Decay Rate Hz s1 Rev 35g Ambient Temp 5 Hottest Spot Winding CT 9 Boot Rev 1 20 Tap Changer Position Total Loss of Life 951 Version 000 Manut Date 09 51 12000 Heset Loss of Life Metering Flags 19 Demand Harmonie Setpoints Power The Multilin SR745 Harmonic amp Misc Data screen shows e Harmonic Data e Misc The Reset Loss of Life button will clear loss of life data from the SR745 s memory 206 PMCS Interface Toolkit Setpoints Tab
125. WTHR PRGTECTIOH round Device DeviceNm Unbalance 957 Group joystem Device 244 Trip Record Hardware Re D Cause of 2nd Last Parameters Mot Set Program Rev Mod Files 254 4 Cause of 3rd Last Trips Parameters Mot Set Boot 2 00 2 000 Cause of th Last Trip Parameters Mot Set Super 1 02 3 Don 09706 2000 4 ooo Cause of Sth Last Trig Parameters Mot Set Mant 09 06 2000 5 Clear Trip Data Metering Setpoints Status TripData The Multilin 239 Last Trip Data screen shows e Cause of Last Trip and their corresponding currents and RTD Temperatures at the time of trip e Trip Record The Clear Trip Data button when clicked will clear all the trip data 173 Setpoints 239 System Setpoints CT Inputs Motor Data Phase Primary CAJ Motor Full Load Current Ground Sensing Overload Pickup Inhibit x FLO Ground CT Primary Locked Rotor Current x Mominal Frequency Hz Sate Stall Time cold 2 HotiCold Curve Ratio 95 Disable Starts Device Mame DeviceNm Use Overload Pickup Inhibit Gn Group j5vstem Device Type 239 Phase Current Overload OTOR FEGTECTIOH Breaker Failure Hardware Rew D Overload Curve Number Breaker Failure Pickup Program Rev Files OL Level for Trip Time x FLO Breaker Failure Pickup Delay Main 2 51 1T 009
126. _ ___ ________ 212 213 LOGIQUE 214 TOT TCR 214 IRE _ 215 a a 216 FANUC DU RT 216 FANUC MI RODU Ae cL esa 217 M M MERI M MM E MM M E 218 M To qi EET REP 218 vi e Contents PMCS Interface Toolkit SOUP PN 220 E TT IC 223 a 222 FC CV Or 224 229 EPDS dM M Uu tA M 227 MAE NE TT 2 _ _____ ________ __ _ __ 220 na mE 230 Ue EE I dE e ME 232 IE ERE OOP RAT SATCU 232 SOUP E __ ______________ 233 235 Motorina
127. abel in the units area of the display Phase shifting in both Delta and Wye configurations VOLTS Voltage displayed as line to line Ph Ph for Delta and line to neutral Ph N for Wye Phases shown as 01 02 or 03 for Wye and 01 02 01 03 or 02 03 for delta Energy no phase shifting Real power no phase shifting Apparent power no phase shifting Power demand displayed with steady kW symbol Peak power demand displayed with blinking kW symbol No phase shifting Frequency displayed in Hz Phase shifting in both Delta and Wye configurations POWER LEADER Meter FE Heter ECOROLLIDIZFLA OFTIOHS RMS Current Voltage Voltage L L Waker WARS Volt Ampr Four Factor M akk Hnurr WAR Current Demand Current M akt Demand Watt Demand Frequency Alarm Trip Harmonis Oirtortion 4 large faceplate representation of the POWER LEADER Meter provides following animated functions Display Window Opens the tabular data window specified during wizard configuration and sets the view to the Monitoring page GE Logo Opens the tabular data window specified during wizard configuration and sets the view to the Setup page RESET ENTER Opens the tabular data window specified during wizard Button configuration and sets the view to the Setup page PHASE Button Rotates among phase
128. act 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 Level Day Tank Hi Fuel Level Day Tank Fuel Leak Summary Alarm 224 PMCS Interface Toolkit Any alarm in generator s status is displayed in amber Otherwise the status is displayed in gray Shutdown Overcrank Overspeed High 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 15 displayed in red PSG Paralleling Switch Gear Status fii Latched Under Frequency System Mot in Auto IT Latched Over Frequency System Under Test Communication Failure Remote Start Signal Received Main Tank Low FUEL Level System in Load Demand Mode Device Mame GP Group System Main Tank Critical Lowe FUEL Level System Test with Load Bank Generators 2 Main Tank High FUEL Level Remote Peak Shave Signal Received Main Tank FUEL Leaked Load Add Priority Load Bank Breaker Bell Alarm Load Add Priority 3 Load Add Priority 4 Load Shed Priority 2 Load Shed Priority 3
129. acts as an arc These per phase values are added to accumulated totals for each phase and compared to a programmed threshold value When the threshold is exceeded in any phase the relay can set an output operand to 1 The accumulated value for each phase can be displayed as an actual value Breaker Functions Breaker control can be enabled or disabled using these controls and the Breaker Arcing Amp function can be enabled or disabled for Breakers 1 and 2 These controls will be disabled if the connected device does not support breaker control Breaker Status Selecting a settings group changes the display of functions Up to 8 settings groups are available for display 167 Device UR Group System Order Code 190 000 5 Product Version 240 Serial MURCSS000253 Date 06 07 999 Mod Modbus Addr 45 Addr 3 45 8 2 31 Prog State Programmed Relay 168 Auto Reclose If the breaker is so equipped the status of and reclose count for up to six Auto Reclose functions can be displayed and each recloser may be enabled or disabled Click the button next to each ID number to enable disable the autorecloser Contact Output Current States Tab Contact Output Current States Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contact Contac
130. ad Downloads the energy demand interval to the DDE Server Refresh Loads the energy demand interval from the DDE Server into the screen display Clear Demand 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 e data entry field for the energy demand interval can be set to values of 5 to 60 minutes in increments of 5 minutes 102 PMCS Interface Toolkit Enhanced MicroVersaTrip C Trip Unit Enhanced MicroVersa Trip C Monitoring Screen kW demand Device Mame Ehi TC Peak demand Group Connection Delta PF Frame Size 0 Frequency o Trip Operations Counter Disabled Saree 0 cw net Short Time Disabled 0 Current Unbalance Relay Disabled Gnd Fault 25 Selected Disabled M TOME chart 251 Selected Disabled Event Trend Help Normal Monitoring Setup Screen Logger wave Exit The Enhanced MicroVersaTrip C Tabular Data Screen provides six push buttons on the Setup screen Setup Clears the accumulated energy registers in the trip unit Clears the peak demand register in the trip unit Table 14 EMVT C Tabular data screen commands 103 Enhanced MicroVersarTrip D Trip Unit Enhanced MicroVersa Irip D Monitoring Screen Device Name EM TD Group Connection Delta
131. akes up approximately one quarter of an average display so up to four Custom Table wizards may be placed on a screen Configuration When the Custom Table wizard is dropped it appears as a blank screen Double click on the wizard to display the Custom Table Dialog 35 36 Custom Table Dialog Device Name Device Application Hame 2 Device Description Description Device Select Multiple Tags Tag Descriptions Units Select Tag 1 Select Tag 2 Select Tag 3 Select Tag 4 Select Tag 5 Select Select Tag 7 Select Tag 8 Select Tag 3 Select Tag 10 Select Tag 11 Select Tag 12 EX GEI ELA ELO ELS CALI ELE EL EE ELI Begin configuring the Custom Table completing the following fields Field ______ Description 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 PMCS Interface Toolkit 7700 Users Only When the 7700 device type is selected an additional field appears in the Custom Table Dialog box adjacent to the Device Name shown below Custom Table Dialog Device Nam
132. and Thermal Demand Serial 9909 07 2 0 YT 0 34 0 34 0 24 Firmware Rew BOS25 750 ARS 0 20 0 20 0 20 Voltage PAAY 0 40 0 40 0 40 T1 1 11 1 11 Reset 5D Reset Thermal Wave Exit MINIMAX Quality Demand inputs Setup1 Setup 2 3 J EPM 7700 ION Meter Demand Tab The Demand tab displays the following demand values from the EPM 7700 Energy e Real Energy Import Export Total and Net e Reactive Energy Import Export Total and Net e Apparent Energy Total Sliding Window Demand SWD Real Power Sliding Window Demand and Predicted Demand e Reactive Power Sliding Window Demand and Predicted Demand e Apparent Power Sliding Window Demand and Predicted Demand 144 PMCS Interface Toolkit e Average RMS Current Sliding Window Demand and Predicted Demand Thermal Demand e Real Power Thermal Demand e Reactive Power Thermal Demand e Apparent Power Thermal Demand e Average RMS Current Thermal Demand The Demand tab also provides push buttons for performing the following commands Reset Energy Resets Energy Demand values identified above Reset SWD Resets Sliding Window Demand values identified above Thermal Demand Resets Thermal Demand values identified above Inputs Tab 7700 Inputs a Digital Inputs Counter TATUS TATUS IMPUTZ TATUS TATUS IMPUT4 TATUS INPUTS STATUS INPUT1 STATUS INPUT2
133. and after completing the installation procedures described in Chapter 1 we re ready to begin development Launch InTouch and select the button to create a new file then click the Development button First we ll create all our new windows name them then we ll go back and flesh them out with their contents and add links between them Create the following twelve windows Main Screen Trip2 Face Panelboard 2 Tab Trip3 Face 3 Tab Trip4 Face Tab Trip4 Tab Select the window named Main Screen and use the Wonderware tools to sketch a floorplan of the facility as shown below InTouch WindowViewer C INTOUCH 324GHO_CORP Logic Special Runtime OFFICE MANUFACTURING FRONT OFFICE Click here to begin 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 wizards to populate the panelboard with our PQM meter and the four trip units The Panelboard screen should look like this PMCS Interface Toolkit 63 InTouch WindowViewer C INTOUCH 324GHO_CORP Logic Special Runtime Panelboard Panelboard located ne
134. and download all of the setpoints from the device To change setpoints at the device first press the refresh button to upload current setpoint values from the device otherwise the defaults are shown and used for download Modify setpoints as desired then press the download button to send all setpoints to the unit The EPM 7330 Tabular Data Screen s command buttons are described below Tab Button Function 00 5 Metering Reset Energy Resets all Energy Integrators in the meter MIN MAX Demand Digital Input Labels The user can enter descriptive text up to 20 characters for each digital input These labels are retentive For each digital output this button will force the output to the ON state Force OFF For each digital output this button will force the output to the OFF state Reset Sliding Resets all Sliding Demand Values in the device Demand Reset Min Max Resets all Min Max values in the device Table 22 EPM 7330 Tabular data screen commands 126 PMCS Interface Toolkit Metering Tab 330 ION Normal Metering Values Three Phase Values Voltage L M Avg Voltage L N 103 Current Ava Voltage L L 178 Avg Current kv A Total 21 Total 21 Device PF 97 400 00 Total AR D Group voltage THD 0 00 Total PF 95 99 99 Device Current THD 96 265 75 Modbus Address K Factor 14 46 Voltage 52 Volts
135. ar rear entrance Click a device 10 see the large faceplate screen We ll include a note about the panelboard s location describing where to find the real panel and also note of instruction Click a device to see the large faceplate screen Create the links to the device screens by double clicking on each small faceplate and entering the name of the device s Large Faceplate screen For example double click on the POM s Small Faceplate on the panelboard then in the resulting dialog box type the name of the POM 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 screens The development of the trip unit screens follows the same procedure Select the POM 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 Animation Links command to tie these buttons to the Main Screen and Panelboard windows respectively Now use the Wizards tool to place the POM Large Faceplate wizard on the POM Face window The screen should look similar to the following InTouch WindowViewer CXINTOUCH 324GHO _ E3 Logic Special Runtime Multilin P 1 1 1 00 Lag 1 00 Lag 0 00 0 74 0 00 0 02 0 00 0 74 51 Device ML Pili B C Group Mame j2ystem Device Type Hardware Rev
136. ate wizards to open a window containing an appropriate Large Faceplate or Tabular Data Screen for the device 55 56 HIGH CURRENT LAB can CE AKP H T D f You can add additional navigation buttons using standard InTouch controls to open windows containing one line views or other information 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 PMCS Interface Toolkit Floor Plans 57 A floor plan should be recognizable overhead representation of a facility These windows are built using the GE Floor Plan wizards described in Chapter 2 They can be made as detailed or as simple as desired The example below shows an overview of a facility showing all of the areas containing equipment Shipping amp Receiving Marketing Manufacturing Test Lab Engineering You can link each of these areas in the main window to a more detailed window by adding a labeled navigation button using standard InTouch controls that is configured to show that window In this way you can provide paths to move up and down through a complete floor plan hierarchy Floor plans may be as detailed as you desire and may include miniature bitmaps of equipment elevations The procedure for creating a miniature bitmap in a floor plan view is as follows 1 Inthe floor plan window use the to
137. ay color The associated quantity is NOT exceeded the Limit 2 value The associated Quantity is Phase A Instantaneous value is The associated Quantity is Phase A Instantaneous value is 397 Amps 50 Amps Exceeded Limit 1 will show in GREEN color as 397 gt 100 Exceeded Limit 1 will show in GREEN color as 50 lt 80 Current e Phase A e Phase B e Phase C e Neutral Voltage e AN e BN e CN e AB e BC Power e VAR e WATT e PF e Frequency 231 5200 This device belongs to Electro Industries family which is tightly integrated device to PMCS product This device contains the following tabs Metering Tab InTouch WindowViewer D PROGRAM FILESSFACTORYSUITESINTOUCHSDMMS TEST2 Logic Special Tab Current Amps Voltage Volts THD Current THD Voltage hase Inst Inst Amps 148501 AN 1328 00 804 00 CM Device 1141 00 Freq 0 00 Group Bc Ph Imbalance D Modbus Addr Baud Rate Ph Reversal Energy Hour A Hour YAR Hour h Real Watt Reactive Vv AR Apparent Vy A PF The screen explains various parameters of the device Current Amps e Phase A B C Neutral e nst e Max 232 PMCS Interface Toolkit Voltage Volts e Phase AN BN CN AB BC CA e Inst THD Current THD Voltag
138. cked 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 124 PMCS Interface Toolkit Setup Tab 300 ION Setup Volts Mode PT Secondary va Polarity CT Secondary 5 c Polarity ig meina R Dig Out 2 Polarity lnverting Dig 3 Polarity Device Polarity Polarity Group 2 Com 1 Baud Rate Device Y Com 1 Unit ID 18 Modbus Address D Sub Interval SD 5ub Intervals SD Predicted Response KV Sliding Demand 4 70 Sliding Demand 900 sec 1 70 Sliding Demand 500 4 Metering The 7300 ION Setup screen shows various 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 125 7330 Meter 7330 Tabular Data Screen wizard has several special features You can use the Setup screen to change the meter configuration Values displayed in white boxes are changeable Some are changed by clicking on the displayed value while others are changed by clicking on the associated scroll button The Download and Refresh buttons on the setup screen upload
139. cribed for each device Features of Tabular Data Screens 99 The upper left hand area of every tabular data screen contains a 3 D graphic of the device faceplate This graphic is simply to verify identification and is not animated The middle area on the left hand side displays common information about the device It provides a quick indication of how the device is configured and contains no animation The buttons on the lower left of the screen provide features described below Not all devices support all of these buttons so on some screens one or more of the buttons may be grayed out The Help button calls up the PMCS help file with regard to the current device The Exit button closes the tabular data screen The Events button starts or jumps to the PMCS Event Logger client program and displays its window in the foreground The Trend button displays the trend window that was specified in the configuration dialog The button will be disabled if no trend window was specified during configuration of the Wizard The Wave button runs the PMCS Waveform Capture client program for that device This button is only enabled for devices supporting waveform capture The Setup button displays the trend window that was specified the configuration dialog The button will be disabled if no setup window was specified during configuration of the Wizard right side of the screen contains a display of the device data The tabs at th
140. d 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 e Engine Crank Time In seconds No of Cranks Cool Down Time In seconds 223 Generator Generator 2 Parameters Overcrank Gea HiVWater Temp Warn 0260 High Vater Temp Battery Charger Failure HET 1 FUEL Day Tank overvaltaaqe Device Mame Oil Pressure Warning Reverse Power Group Breaker Loc of Generatora Low Coolant Level Gen Failure Day Tank Critically Emergency Stop Low FUEL Level Diagnostic Failure L Gen set Breaker Day Tank FLIEL Leak Air Damper Switch Lock Out 489 Relay Fail Safe 488 Relay Day Tank Hi FUEL Level Summary Alarm Low Water Temp Fail to Synchronize Out HUHBHBHHBEBEHBH EE 62 93 cs 65 LG es 615 61 Legend Statue Stop Motin Auto Shutdown Generator Master This tab displays generator parameters for 16 generators represented as to G16 buttons When a button 15 clicked the parameters of that generator are displayed on the screen The parameters are Status Gen Brkr Aux Contact Breaker Close Ready Not in Auto CPU Running Engine in Cooldown Engine Run Cont
141. e NodeNm Application M ame LINK Device Type E7700 Device Description E Description Select Multiple Tags The Node Name field requires that you enter the name of the computer on which the meter s Communications Server is located either the Primary Node or a Full Station Secondary Node This field 1s required because the EPM 7700 does not use the same DDE Server as the rest of the standard PMCS devices and the wizard must be directed to the location of the correct Communications Server for proper configuration of DDE topic names For more information on configuring EPM7700 networks refer 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 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 does not follow the PMCS wizard convention of NRemoteComputerlON LINK EPM7700 Secondary nodes run a local copy of the ION LINK server thus the application name is always ION LINK whether the wizard 15 installed on the Primary node or a Secondary node Finally the EPM 7700 device type requires special InTouch scripting for the custom tabular wizard Refer to the section at the end of this chapter titled Special Scripting Consideration
142. e e Displays Phase A Phase and Phase C THD Current and Voltage values Energy e WATT Hour e VA Hour e VAR Hour Power e Real WATT e Reactive VAR e Apparent VA e PF Setup One Tab Kilo ott Inputs Phase Reversal Kilo Amp Imbalance Mega Yatt Input Delay Sec Phase Reverse Limits Delay Off Sec Device Mame 425 Meter setup Mon Open Delta Group s5ystem Set By Instantaneous Modbus Addr 54 Baud Rate S600 vots Decimal Placement Amps Decimal Placement Watt Decimal Placement VOLTS Full Scale AMPS Ful Scale Legend NOT Configured NOT Enabled C MOT Reset ESQ Configured Enabled Reset Metering Setupone The screen explains various parameters in relation with Relay 1 and Relay 2 such as 233 Configuration e Kilo Volt Inputs Kilo Amp Input Mega Watt Input Phase Reverse Limits Meter Setup Limits Set By Relay 1 Relay 2 e Phase Reversal e Phase Imbalance e Delay On e Delay Off Decimal Placement Volts Decimal Placement This value decides the precision User can change the values from to 4 e Amps Decimal Placement This value decides the precision User can change the values from to 4 e WATT Decimal Placement e 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 e AMPS Full Scale If kilo Amp inputs value is set then Amps
143. e Exit Metering Pickups Alarms Tripbata The Multilin 5 489 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 197 565 Feeder Management Relay The 565 Tabular Data Screen wizard has the following buttons on the Command tab Tab Button Function Comand 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 used in the device Analog Input Units performs the same function for the units of the analog input These labels appear on the Metering tab and on the Large Faceplate wizard when the analog input is displayed The analog input can be 198 PMCS Interface Toolkit scaled to display any desired units from the front of the device but these labels not sent to the DDE Server For complete explanations of parameters refer to the 565 Users Guide 199 735 Feeder Relay The Events and Wave function buttons below the Info box are disabled since the 735 does not support Waveform Capture or Event generation The 735 Tabular Data Screen wizard has two command buttons described below Clear Last Trip Data Clears the trip causes log Table 28 735 Tabular data screen commands Metering Tab Value
144. e bottom enable you to select among the various data tables which can be displayed The number of tabs screens varies according to the type and amount of data available from the device The two main types of data are metering which shows the data being monitored by the device and setup which is used to configure the device Other tabs may be available depending on the device s capabilities Some devices have push buttons that reset events or clear accumulated data these will be discussed below in the individual device sections These functions are represented by 3 D push buttons on the tabular data screens When a button is pressed a dialog box appears that either asks for confirmation of the action or states that the operator has an insufficient access level to perform the operation If security is enabled in your InTouch application the current operator must have an Access level greater than or equal to the Access level configured for each tabular wizard in order to issue device commands See the Wonderware InTouch documentation for more information on how to use security features within InTouch 100 PMCS Interface Toolkit Power Leader PLEPM Normal Metering Values Delta Three Phase Values kWh Total Lag Total Lead Total Total Total Device Current a 44 55 Group Mame GROP 1 eee B t urrent C 0 00 Judd siu n Currant Demand 44 55 Paak T Curr
145. e Order Code indicates no VT is installed in the affected location Synchrocheck 1 2 Delta The Delta values for Synchrocheck 1 and 2 voltage frequency and phase IRIG B Signal Type Displays the IRIG B signal type in use if applicable Normal Frequency The system nominal frequency in hertz Phase Rotation The system phase rotation ABC or ACB Frequency Tracking Reference A numerical setpoint value associated with a specific source The indicated source is used by the relay for developing frequency metering information A value of zero indicates that the relay is not intended to meter frequency Hi Z Function Enable or Disable the device s High Impedance Hi Z function if equipped Transformer Tab Transformer Tab Differential Phasor Magnitude pu Differential Phasor amp nalerDegs Differential 2nd Harm MagnitudelSsto Differential 2nd Harm Angle Degs Device 51 Differential Sth Harm Magnitude sefo Group system Differential Sth Harm Angle Deqs Order Code 60 000 5 Restraint Magnituderpu 010 0 10 0 10 Restraint amp ngle Degqz _ 0 00 0 00 uad Product Version 240 Widg Ph Position serial gren Transformer Ref Winding 1 6 Mitr Date OBA 999 Mac D Differential Function _ Differentia
146. e Showing s E ven 0 Scripts used 0 In Show While Showing Cancel Hide Convert C z it Validate 2 String Math System Add ons Misc Quick Help Man Systen Add ons Misc Quick Heb InTrack OLE i 2 Select On Show from the Condition Type drop down list 3 Use Notepad exe to open the file EPM7700 Non Tabular Window Script txt located 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 field type in DeviceNm In the Replace With field enter the Device Name used to configure the Large Faceplate wizard Click the button to modify the text Click the Cancel button to close the Replace dialog Click the OK button to close the Window Scripts Dialog PMCS Interface Toolkit F 3420 gt DeviceNmUniversa Clock THEM D eviceMmCammF ail 0 SE EP 77 TY A ET pw Addons EUN PENES OLE EPM 7700 Tabular Data Screen Scripting All EPM7700 Tabular wizard
147. e colors The fill color link is set as follows lt 9 Dark Grey 10 gt 19 Grey 20 gt 29 Grey will also have a flashing Red animation link 30 gt 39 Red gt 40 Yellow PMCS Interface Toolkit Configuration Note Prior to configuring an Annunciator Panel Wizard you should have completed configuration of the Annunciator Panel Items at the PMCS Event Logger Refer to GEH 6512 PMCS Event Logger Users Guide for details When the Annunciator Panel wizard is dropped it appears as a blank panel of 48 indicators _____ _____ Hs _____ I m RESET ACKNOWLEDGE ALL ALARM SUMMARY HELP _____ NEN m NEN m E E _____ E _____ Ss E N 30 Double click on the wizard to display the Annunciator Panel Dialog Annunciator Panel Dialog 111 424021401400 PO ee SSS eae ___ ____ __ ___ Complete the Annunciator Panel Name field up to 8 characters 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
148. e screen explains about various parameters related to thermal average 22268 4452 46 2290 33 53 92 Metering DInput j Demand Thermal Amps Voltage Volts Phase 3054 56 65 46 3914 07 124 94 Thermal MinMax 4451 21 4453 22 4534 94 13439 42 Current Amps Displays the current readings for the phases C Mea measured and Cal calculated e Voltage Volts Displays the Voltage readings for the phases AN BN CN CA and Aux e Power Displays Phase A B C and 3 Phase Power Values for Real Watt Reactive VAR and Apparent VA 244 PMCS Interface Toolkit Digital Inputs Digital Inputs Tab oponcioso Laner puse cout 5 CIERRE HSI Input 1 HSI Input 2 Device HSI Input 3 Group boy stem Meter 0107 N 1250 EXUS HSI Input 4 Boot ver Ma 0 0 2 8 Funtime Wer 01 76 tte HSI Input 5 OSF Boot ver Mo 8 0 0 4 CSP Runtime wer 0144 HZI Input serial Mo S406 Time Jan 28 2002 12 25 38 15 HSI Input 7 Current Time Jan 27 2002 12 49 37 17 HSI Input amp Legend open Closed Demand Setup Thermal MinMax J Meteri
149. e values are detailed below Current RMS Current for each phase ground and neutral Phasor magnitude and angle for each phase ground and neutral Voltage RMS voltage for each phase to phase phase to neutral and auxiliary voltage value Phasor magnitude and angle for phase to phase phase to neutral and auxiliary voltage value Phase to neutral voltages are displayed as N A if derived from a source wired in a delta configuration Power Shows Real Watts Reactive VAR and Apparent VA power values per phase and 3 phase By default all power values are displayed in terms of kW kVAR and kVA These values will scale as appropriate to MW MVAR and MVA Power values derived from a source wired in a delta configuration are displayed as N A Device Name 190 Croup Mame poystem Order Code 2 0 Product version 180 Mfr Date 471 999 Mod Modbus Addr 3 IP A ddr 3 48 9 233 Prog State Programmed Relay 2 mof Trena tet 152 Source Tab 1 Zero Sequence 5 84 z 3 B 1 57 Positive Sequence 1310 315 30 1 752 Sequence 6057 53 03 60 1804 84 Metering fuality Power Factor Shows the signed power factor value in percent Power Factor values derived from a source wired in a delta configuration are displayed as N A Frequency Frequency is shown in unit
150. eMm Total PF Lead 957 Group Mame y stem Total PF Lag 967 Device Type 7500 Serial ID PK 9909 4 07 2 00 Firmware Rev rogy 205 Voltage hare voltage 59 100 00 Frequency Reset MIN MAX v L L Average ots _ Metering _ Demand EPM 7500 7600 Meter Min Max Tab The Minimum Maximum Values tab displays a variety of minimum and maximum values recorded by the EPM 7500 7600 Select Show Minimum or Show Maximum buttons to display either the minimum or maximum values for the displayed parameters To reset all min max values select the Reset Min Max button Min Max values may be displayed for the following parameters Phase A B C Neutral and Average Values Vin A B n a when Voltage Mode is DELTA Vin C n a when Voltage Mode is DELTA or SINGLE e Vin Avg n a when Voltage Mode is DELTA VII AB VII BC CA and Avg n a when Voltage Mode is SINGLE Neutral and Avg n a when Voltage Mode is SINGLE e Total Harmonic Distortion Voltage A B and C n a when Source is n a e Total Harmonic Distortion Current A C and Neutral n a when Source is n a e kK Factor A B C and Neutral n a when Source is n a Three Phase Values e Vab e Power Factor Lead Total n a when PF is Lagging Power Factor Lag Total n a when PF is Leading e Voltage Unbalance 132 PMCS Interface Toolkit 133 e Frequency
151. ear 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 114 PMCS Interface Toolkit Power 133845 094 4 2000 09 25 18 12 13 2001 2 13 39 45 09 14 2000 19 45 58 12 10 2001 13 39 46 0944 2000 08 56 09 12 13 2001 13 39 46 09 74 2000 20 26 20 12 10 2001 Fn EF QUALITY 3 Ph kvar 13 39 45 0944 2000 11 52 36 12 13 2001 Ph kvar 13 39 45 094 4 2000 13 39 46 09 14 2000 Levca Meme EET 13 39 46 0944 2000 11 52 24 12 13 2001 Group Marne poystem Device Tune Ph C kvar 13 38 46 09 14 2000 11 52 13 1243 2001 TEC 13 39 45 094 4 2000 09 25 18 1243 2009 Main Program Rev 344 Ph ARYA 13 39 46 0944 2000 19 45 58 12 10 2001 Boot Program Rew 110 PRB ky 13 39 46 Q8 4722000 08 56 06 123 2001 supervisor Rev 102 13 39 46 0944 2000 20 26 20 12 0 2001 va OMEN je eE 3 Ph PF 23 19 36 12 07 2001 13 39 45 09 14 2000 ooo 000 ooo ooo ooo Fh Invalid Time 13 39 46 09 14 2000 Fh B PF Fh PF Invalid Time Invalid Time 13 38 45 13 38 45 09 42000 09 1 42000 Clear Power MinfMax Setup Wave Exit Metering Status Demand PRange Analysis I setpoints The Multilin PQM Power Range screen shows the Power minimum and maximum values Events Tre
152. een shows e Contact Inputs e Virtual Inputs e Logic Input States Device Mame Group Device Hardware Rev Software Rev Boot Program File Number Manuf Date ML 3 System 4 01 3 00 000 0921 12000 Events Trend Help lO Tab Output Relays R1 TRIP Fault Virtual Inputs Virtual Input 1 virtual Input 2 Virtual Input 3 Virtual Input 4 Virtual Input 5 Virtual Input Virtual Input 7 Virtual Input Virtual Input 9 Virtual Input 10 Virtual Input 11 Virtual Input 12 Virtual Input 13 Virtual Input 14 Virtual Input 15 Virtual Input 16 Virtual Input 17 Virtual Input 18 Virtual Input 19 Virtual Input 20 Trip Demand Inputs amp Outputs Loc ic Input States Logic Input 1 Logic Input 2 Logic Input 3 Logic Input 4 Logic Input 5 Logic Input Logic Input Logic Input Logic Input 9 Logic Input 10 Logic Input 11 Logic Input 12 Logic Input 13 Logic Input 14 Logic Input 15 Logic Input 15 Logic Input 17 Logic Input 18 Logic Input 13 Logic Input 20 I Setpoints AuxiLIARY C RS AUXILIARY 7 R7 AUXILIARY R2 CLOSE R4 AUXILIARY 77 Re AUXILIARY SERVICE Analog Input ANALOG INPUT Change Rate per minute Change Rate per hour Open Breaker Close Breaker Breaker Operation Breaker Open Breaker Closed Local Made Fault The SR750 760 Inputs amp Output
153. een to change the meter configuration Values displayed in white boxes are changeable Some are changed by clicking on the displayed value while others are changed by clicking on the associated scroll button The Download and Refresh buttons on the setup screen upload and download all of the setpoints from the device To change setpoints at the device first press the refresh button to upload current setpoint values from the device otherwise the defaults are shown and used for download Modify setpoints as desired then press the download button to send all setpoints to the unit The EPM 7300 Tabular Data Screen s command buttons are described below Tab Button Function Metering Reset Energy Resets all Energy Integrators in the meter MIN MAX Demand Digital Input Labels The user can enter descriptive text up to 20 characters for each digital input These labels are retentive For each digital output this button will force the output to the ON state Force OFF For each digital output this button will force the output to the OFF state Reset Sliding Resets all Sliding Demand Values in the device Demand Reset Min Max Resets all Min Max values in the device Table 21 EPM 7300 Tabular data screen commands 122 PMCS Interface Toolkit Metering Tab Normal Metering Values Three Phase Values Voltage L M Ava Voltage 165 Current Avg Voltage L L 49 Avg Current S 184 Total kv 27
154. ems This scripting is required due to the large number of DDE items available for this device type For performance reasons not all DDE items are kept active simultaneously by the EPM 7700 Tabular Data Screen wizard at any given moment DDE items which are not used may be disconnected to save the Server the additional overhead of monitoring unused items The scripts described in this section automatically configure the DDE links used by the Tabular Data Screen wizard when it is displayed and enable the Large Faceplate wizard to re connect to items which may have been disabled by the Tabular Data Screen wizard NOTE Failure to install these scripts for the Large Faceplate and Tabular Data Screen wizards may result in faulty behavior of the wizard Templates for the required scripts are automatically installed in the InTouch directory when PMCS 16 installed 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 of this script is to provide communication status indication on the wizard If the application script is not installed the Communications Failed indicator on the Large Faceplate and Tabular Data wi
155. ent Demand C 15 35 Peak Commnet Address Frequency B Address Voltage A B hie serial Number i ru Sn Voltage B C 78 74 ROS Voltage 78 58 Comm Rev 0 00 Event Trend Help Logger Exit The Power Leader EPM Tabular Data Screen wizard provides the following command buttons Tab Button Function Meter Initialize Performs a complete meter reset Mormal Metering Alternate Metering Setup 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 101 Spectra MicroVersaTrip Spectra MicroVersa Trip Monitoring Screen Device Mame 2 Volts KW demand 2 Volts B C Peak demand Rating Plug 0 E PT Rating 0 Frequency Commnet Address 0 Breaker Status Modbus Address Sofware Rev 0 00 Product 0 00 Event Trend Help Logger Wave Exit Normal Monitoring Setup Screen The Spectra MicroVersaTrip Tabular Data Screen wizard provides the following command buttons on the Setup screen tee Suton Setup Downlo
156. er Ic 508 200 009 0 00 200005 0 009 a 30 Over oon 20000 0 00 200 001 000 __38 ___30 Exit Metering MINIMAX Demand Inputs Setup 1 Setup 2 1 EPM 7700 ION Meter Setup 2 Tab The Setup 2 tab displays the following demand values from the EPM 7700 Sliding Window Demand Settings e Sliding Demand Sub Interval Settings for KW KVAR and Iavg e Sliding Demand Number of Sub Intervals for KW KVAR KVA and Iavg e Sliding Demand Predicted Response for KW KVAR and lavg Waveform Recorder Settings e Depth of Waveform Recorder Sag Swell Transient Settings Swell Nominal e Sag Limit Swell Limit e Change Criteria e Transient Threshold Relative Setpoint Settings e Nominal value for Over KW Over Current and Over Vunbal e Under Dropout for Over KW Over Current and Over Vunbal e Over Dropout for Over KW Over Current and Over Vunbal e Under Pickup for Over KW Over Current and Over Vunbal 148 PMCS Interface Toolkit 149 e Over Pickup for Over KW Over Current Over Vunbal e Time On for Over KW Over Current and Over Vunbal e Time Off for Over KW Over Current and Over Vunbal The Setup 2 tab also provides push buttons for performing the following commands Download Executes a script to check for values that have changed and downloads those values to the device via t
157. er performance Tabular Data Dialog 2 Trend Window Setup window PMCS Interface Toolkit Universal Relay The Universal Relay device comes in several different models and each model supports different capabilities which are reflected by the various tabs available for each model When configuring a Universal Relay device you first select the UR Model then choose which tabs will be displayed for the particular device The UR devices are also capable of communicating with a different type of PMCS 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 15 entered in the Application Name field Tabular Data Dialog Complete the Application Name field typically GE32MODB or Device Name FeO GE32MTCP Special Note Group Name System The UCA MMS is not supported in l GEX MODB this version So don t Check this Application Mame 2 5 checkbox Security Level 0 Trend Window TREND WINDOW Setup Window SETUP WINDOW Model FB Select Model of UR which you _ configuring This determines the Selected Tab Pages contents of the Available Tabs list I aximum of 8 pages Highlight the tabs you wish to display on the Tabular Data Screen wizard Use the co
158. ers Device Type Ed E IBN Starter Failure Current Unbalance Self Test C Hardware Ground Fault Broken Open Firmware Rev 1 20 Undervottage Short Low Temp 1 Modification Mo Mone Legend LInderfrequency C Timing Qut ES atched Overfrequency Wet Active Active Blinking EDU Events Trend Help ent ue Alarms Demand Control Setup 369 Relay Alarms Tab Serial Ma 38 99000081 Slave Address 104 Alarms tab consists of three pages Status Trip Data and Trip Counters You can navigate between pages by clicking the buttons located along the lower edge of the tab display Alarm Status This page displays the current status of the alarm functions within the relay If a function is disabled or not programmed its label appears as dark gray text and its associated indicator will be dark gray at all times If a function 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 15 installed and a VT connection has been programmed in the relay Line Neutral voltages are only displayed when the VT is connected in a wye configuration The H
159. eset Energy Legend EN Enabled Disabled i Metering Setup The screen explains various parameters related to configuration and setup Configuration Mega WATT Leading Zero Reset Protection Open Delta KYZ Output for positive WH KYZ Output for negative WH Protocol Relay 1 Relay 2 Communications and DC Output Status Value The user can set the values in the Status and Value fields Under Positive WATT and Negative WATT the status is shown as Above Below for Limit 1 and Limit 2 The user can directly 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 the respective field will set the value in to the device Against these settings the wizard will prompt user for the conformation Legend The Legend is applicable for Configuration parameters Enabled status is displayed in red Otherwise the status is displayed in gray 240 PMCS Interface Toolkit 94500 96500 This device belongs to the Electro Industries family which is a tightly integrated device in to the PMCS product The device comes with 2 versions EPM9450Q and EPM9650Q The EPM9450Q device does not s
160. etering Status Fault Trip Demand Logic Setpoints The SR750 760 Fault amp Maintenance Data screen shows 211 e Fault Locations e Total Arcing Current The Reset Arcing Current button will reset all values of the arcing current Trip Tab Trip Data Last Trip Data Trip Cause Bus Undervotage 2 Trip Phases Faut EB C Amps Trip Date 2 2001 Amps B z Trip Time 18 07 51 349 Amps as 0 05 Neutral Current k Volts BN 0 05 Ground Current MEZSU kwotas 0 05 Sensitive Gnd Current 0 00 Group Ssystem kots Meutral 015 System Frequency Hz 60 00 Device Type 750 ANALOG INPUT uA Hardware Rev H rip Counters Sensitive Gnd Trips cuftware Rey 4 01 Breaker Trips single Phase Trips Boot Program 5 00 Neutral OA Trips Phase Trips had File Number pag Ground OC Trips Three Phase Trips Manuf Date 09 21 2000 Meg Seq Trips Trip Ctre Last Reset 11 22 2001 Reset Trip Counters Demand Events Trend Help setpoints The SR750 760 Trip Data screen shows e ast Trip Data e Trip Counters The Reset Trip Counters button will reset all values of the trip counters 212 PMCS Interface Toolkit Demand Tab Demand Pickup Time Configuration Function Meas Type Relays Threshold Current Alarm Thermal Exp 3 4 5 6 1000 Amps 15 Power Alarm
161. ew detailed statistics about the system including port information from the DDE Server and disk information The wizard consists of a 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 Configuration When the wizard is dropped the following dialog box appears PMCS Interface Toolkit 41 System Statistics Dialog Wizard Name 5 Application Mane 5 E32MUDB Cancel System Statistics wizard requires name itself and also the name of a DDE Server to access By default the System Statistics wizard assumes that the DDE Server is located locally and is named GE32MODB You may change this to access a DDE Server located on a networked PC by entering the name as NODENAME SERVER where NODENAME 1s the name of the host PC and SERVER 15 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 mapped network drive Lockout Tagout Wizard 42 Tag Assignments For Panel
162. fter dropping the Oneline Tagout Symbol wizard onto a oneline diagram associate it with a particular circuit breaker and any other devices you wish to have the tags displayed at by making it a member of a Status Group The Oneline Tagout Symbol Dialog box 15 displayed when you double click the wizard 43 44 Tagout Symbol Dialog Statue Group Breaker_Group_1 Window M ame Lockout Panel Cancel Complete the following fields Enter the name of the Status Group associated with this Lockout Tagout symbol The Status Group 15 the name that links this symbol to the Lockout Tagout panel 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 panel and IED wizards Enter the name of the window to open when the Oneline Tagout Symbol wizard is clicked on during runtime It should 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 which represents this configuration placing the circuit breaker wizard then each of the ML 750 760 small faceplate wizards then a Loc
163. g Input 1 Alarm Trip Counter Alarm Ott Analog Input 2 Alarm Firmware Starter Failure Alarm ore nalog Input 3 Alarm SOEZS0A5 000 Current Demand Alarm or enalog Input 4 Alarm Boot Program Demand Alarm Switch Alarm 10 40 000 lar Demand General Switch B Alarm Demand Alarm Ofi General Switch C Alarm Events Trend Help Reverse Power Alarm Mot Switch D Alarm Setup Wave Exit Metering Status slams Trip 10 gt gt The Multilin 5 469 Alarm Status screen shows the status of various alarms such as Overload Alarm and Underpower Alarm 186 PMCS Interface Toolkit Device Mame ML469 Group Device R469 Hardware Rew E Firmware Rew 30E 25045 Boot Program Fev 30E21 040 000 Events Trena Help Setup Wave Exit Trip Tab SH469 Last Trip Data Cause of Trip Event Trip To Date Motor Speed During Low Speed Pre Trip Amps Pre Trip Amps B Pre Trip Amps Pre Trip Motor Load FLA Pre Trip Current Unbalance 7 Pre Trip Ground Amps Pre Trip Differential Amps Pre Trip Differential Amps B Pre Trip Differential Amps C Pre Trip Hottest Stator RTD 0 Pre Trip Hottest Bearing RTD 0 Pre Trip Hottest Other z 0 Pre Trip Hottest Amb 0 Trip Time Trip Date Pre Trip Tac
164. g wizard Window configuration and sets the view to the Monitoring page FUNCTION Opens the tabular data window specified during wizard Button configuration and sets the view to the Setup page ENTER Button Opens the tabular data window specified during wizard configuration and sets the view to the Setup page BATTERY Opens the tabular data window specified during wizard Button 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 upper right of the display press VALUE to display a different phase SELECT Rotates among eight different modes as shown in the lower Button left of the display with units in the lower right Table 3 EMVT C Faceplate animated functions 72 PMCS Interface Toolkit 73 EMVT C s metering modes available with the SELECT button are as follows Mode Description 00 5 AMPS Current with no label in the units area of the display Phase shifting in both Delta and Wye configurations VOLTS Voltage displayed as line to line Ph Ph for Delta and line to neutral Ph N for Wye Phases shown as 01 02 or 03 for Wye and 01 02 01 03 or 02 03 for Delta Energy no phase shifting Real power no phase shifting Apparent power no phase shifting Power demand displayed with steady kW symbol Peak power demand displayed with blinking kW sy
165. ge The Toolbar wizard is a navigational tool which allows the user to move between recently used or frequently used windows and provides a clock for quick reference The first last arrows jump to the first or last window in the windows list see Configuration below the inner forward and back arrows move to the next or previous window in the list The window buttons to the right of the arrows provide quick 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 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 window list The eight hot buttons are configured by double clicking on the wizard and completing the Toolbar Wizard Edit dialog box Toolbar Wizard Edit Dialog Top Caption Bottom Captions Window to show Button 1 Button 2 1 Button 13 Button Thee 0 wewindos3 1 Button Button 000 Button 5 Button Five 000 Button HB Button SIX wwindowe 00 Button H7 Button Seven 00 wwindow 00 Button H8 Button 0 Eight wewindosB 000 Cancel For each button you set the top and bottom caption and specify the window to be opened when that butto
166. ge values of AN BN CN AB BC and 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 C and 3 Phase Power Values for Real kW Reactive KVAR Apparent kVA and PF The wizard also displays the parameters Frequency Hz Phase Imbalance and Phase Reversal If Phase Reversal is ON the wizard shows if not then shows ABC 247 Maximum Values Current Amps THD Current THD Voltage 396 396 398 Device FUTURA i 11237 00 Group System Frequency Hz Baud Rate S600 i Modbus Addr Sil Metering Setup Limits The tab displays Maximum and Minimum values of various parameters The user can get maximum and minimum values by clicking on respective buttons labeled Show 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 e Frequency Displays frequency in H
167. hange setpoints at the device first press the refresh button to upload current setpoint values from the device otherwise the defaults are shown and used for download Modify setpoints as desired then press the download button to send all setpoints to the unit In the following pages each of the 7500 7600 Meter s Tabular Data Screen Wizards tabs will be displayed and detailed Metering Tab 900 Metering Phase A PhaseB PhaseC Neutral Average V L MN Colts Current k A PF Lead 551 Device PF Lag 32 Group Mame P2ystem oe THD 9 otage D foe Current THD 951 Rev Voltage Made AAYE Po Three Phase Values Phase Values 130 Volts Veo als v L L Average vots 207 99 Frequency Hz 207 89 Phase Reversal 207 89 Voltage 957 207 92 Current Unbalance S57 Metering 2 MIFUMAX 7 _ Demand 7500 7600 Meter Metering Data Screen The Metering tab displays the following metered values from the EPM 7500 7600 Vin A B n a when Voltage Mode is DELTA Vln C n a when Voltage Mode is DELTA or SINGLE Vin Avg n a when Voltage Mode is DELTA Vil AB BC CA and Avg n a when Voltage Mode is SINGLE I A B Neutral and Avg PMCS Interface Toolkit I C n a when Voltage Mode is SINGLE KW A B n a when Voltage Mode
168. he GE 7700 Gateway Refresh Executes a script to upload all of the meter values for the settings on the screen Note Be sure to click the Refresh button prior to changing or downloading any settings to the EPM7700 as the latest settings may not be displayed Universal Relay 150 The Universal Relay devices are a highly flexible family of power management devices based on the concept of a backplane and CPU supporting a wide variety of plug in modules These modules provide metering monitoring protection and control functions and other abilities A UR tabular wizard can display between one and eight screens of data the number of screens is determined by the user during wizard configuration There are a total of Twenty Three screens available depending on the type of UR device connected For example the C30 device does not support any metering functions so the metering an source tabs are not available for this device The UR wizard supports connection to the PMCS Modbus and Ethernet servers and third party MMS servers A UCA MMS check box is provided on the wizard configuration dialog to correctly set up the Intouch tag names for use with MMS Special Note UCA MMS support for PMCS 6 1 1a is removed Do notheck this checkbox Note If WindowViewer is running when the wizard configuration dialog 15 called up a message appears warning that any changes made to the UR wizard configuration will not take effect until WindowVie
169. he device fields this tab read only Setpoints may be changed via the relay s own setup program or manually via the front panel 5 469 Motor Management Relay Metering All six function buttons under the Info area are enabled for the SR469 The SR469 Tabular Data Screen wizard has nine command buttons described below Button Function 000005 Clear RTD Maximums Resets the RTD Maximums data Clear Last Trip Data Clears this data from memory Clear Analog Input Clears this data from memory Min Max Data Preset Digital Counter Allows presetting of digital counters Device Mame ML469 Group Mame poystem Device Type SR46569 Hardware Rew E Firmware Rev 3 E28048 000 Boot Program Rev 30E21 040 000 Events Help Setup Wave Exit The Multilin SR469 Metering Values screen shows the metering values for example Amps A Amps and Amps and 184 Current 55 Ground Amps Motor Load FLAY Bias Motor Load Differential Amps Differential Amps B Differential Amps cC Clear Peak Demand Metering 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 Actual Values for information on the display of data values under different device configurations Values not configured for use are displayed as N A Metering Tab
170. hen the installation is complete click Done Wizard Installation Installed Wizards one GE PMCS Wizards for GE PMCS ECM Wizards for MT GE PMCS Wizards for Remove GE PMCS Wizards for NT GE PMCS Wizards for GE PMCS 20 Wizards for GE PMCS Wizards GE PMCS MLZ38 Wizards for GE PMCS ML269 Wizards for GE PMCS ML469 wizards for GE PMCS ML489 wizards for GE PMCS ML565 wizards for List of Uninstalled wizards CIN TOUCH 32 GE PMCS PSU Wizards For InTouch SPC Wizards Install Search Exit from the InTouch Configuration dialog box by clicking OK The PMCS wizards should now be loaded and ready for use PMCS Interface Toolkit Using and Configuring PMCS Wizards About the Wizards The wizards contained in the PMCS Interface Toolkit allow you to quickly build accurate and friendly user interfaces with InTouch In addition to the various wizards standard with InTouch development systems the Interface Toolkit provides six types of powerful GE wizards GE Small Faceplates GE Large Faceplates GE Tabular Screens GE One Line Tools GE Elevation Wizards GE Floor Plan Wizards The five step procedure below outlines how to use InTouch wizards 1 From InTouch either create new window or open an existing window to modify Select the wizards button FA from the f
171. hometer RPM Pre Trip Pre Trip BC Pre Trip Pre Trip Pre Trip olts Pre Trip vols Cn Pre Trip Frequency Hz Pre Trip ky Pre Trip Pre Trip Pre Trip PF Pre Trip Analog Input 1 Pre Trip Analog Input 2 Pre Trip Analog Input Pre Trip Analog Input 4 09 00 00 01 01 995 Clear Last Trip Data Metering Status Alarms Trip Maint gt 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 187 Device Mame ML469 Group System Device R469 Hardware E Firmware Fev S0E280 4 8 000 Boot Program Rev 30E21 040 000 Events Trend Help Setup Wave Exit Metering Tab 58469 Inputs amp Outputs Output Relays ___ F1 TRIP 2 ___ R3 AUXILIARY R4 ALARM Digital Input Switches Access Switch Test Switch starter Switch Emer Restart Switch Remote Rezet Switch Analog Inputs Analog 1 Analog 2 Analog 3 Analog 4 Analog Input Diff 1 2 Analog Input Diff 3 4 Shorted Open Open Open Open Units Units Units Units Alarms The Multilin SR469 Inputs amp Outputs screen shows values related to e Output Relays e Digital Input Swi
172. hown 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 Trigger 42 Riy 1 Ry 2 77 1 Riy 2 Limit 1 Limit 2 Limit 1 Limit 2 Device Group Modbus Addr Baud Rate 0 0 Not Trigger Not Exceeded Below Trigger Exceeded EX Above The screen explains various parameters related to Limits and Triggers Brief explanation of each of the columns is described below Column Description 237 LED display in Amber color Limit 1 of the associated value will trigger Relay 1 LED display in Gray color Limit 1 of the associated value will not trigger Relay 1 LED display in Amber color Limit 1 of the associated value will trigger Relay 2 LED display in Gray color Limit of the associated value will not trigger Relay 2 LED display in Amber color Limit 2 of the associated value will trigger Relay 1 LED display in Gray color Limit 2 of the associated value will not trigger Relay 1 LED display 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 Set Above Below Limit 1 LED display 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 LED display
173. ie patas e cC added Le 176 FOLATE TAS Io EP _________ 176 SOLO 9 ran M M M ME 176 TOTO RR E E DH D 179 i 180 181 182 COU __ 183 SRA09 MOTOR MANAGEMENT RELAT ______ 184 ______6 _ 6_ _ ___ _4 ___ 194 185 T TT 186 187 TOT _ 188 e dq 189 gt __ __ __ _ 190 DEEP 191 ET 191 SRASO GENERATOR MANAGEMENT om MM m 192 _ ___ __ ___ _________ ____ 192 pene pe Ls 193 _ _ 6 6_ ___ 8 _ _ ___ _8_ _8
174. imply click it a second time When you have selected up to 12 tags click OK to return to the Custom Table dialog box The selected tags will now be displayed as shown in the following example PMCS Interface Toolkit Custom Table Dialog Device ML745 Application M ame 2 Device Type 745 Device Description 1 Description Descriptions Phase Current Select Tag 1 BLUE LE a rips Select Tag 2 Phase Current Select Tag 3 Phase Current Select Tag 4 Neutral Current Phase 4 6 Voltage gt Flo 3 3 32 a a Select Tag 5 Select Tag Phase B C Voltage Phase C A Voltage E c z Select Select Real Power Select Tag 3 Reactive Power Select 10 T pparent Power Select Tag 11 Select Tag 12 Cancel You may select OK to select this table configuration or you may edit the tags one at a time using the Select Tag X buttons for instance if you wish to change the order the tags appear in The tag descriptions and units may also be edited useful for non English applications but caution is urged when modifying descriptions or units it may be difficult to remember what they were originally if needed Note for users of the MDP device type This device uses a memory tag to scale many of the data values displayed in wi
175. 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 15 too large to comfortably fit into a single window place navigation buttons with links to other windows near each bus line that continues to another screen This allows intuitive navigation up and down a distribution system hierarchy To accurately animate your one line diagram once all the graphics are in place condition scripts must be written with the logic for the distribution system See the InTouch documentation for details of the scripting language The following example shows a simple double ended substation with a tie breaker and the scripting that animates it Bus 1 Bus 2 D Brk 2 3 oN yy eel 4 oN Bus 5 Le Brk 5 Brk6 Bus 7 An example of scripting for this one line diagram is shown below 58 PMCS Interface Toolkit 59 Set values of local discrete variables based on state of integer status of breaker This section sets the breaker status memory discretes to true if the breaker s analog status value is 3 closed DEKI 3 OR brkl 9 brk2 brk2 3 OR brkl 9 8 ODEKSS 3 OR 9 brk4 brk4 3 OR brkl 9 orks 3 OR Drk 59 DEKO 3 OR ERE 5 9
176. interface that accurately represents physical electrical and geographical plant layouts The wizards significantly cut new system development time providing results in less than an hour The PMCS Interface Toolkit allows you to create one line diagrams elevation views and floor plans that you can combine with tabular data screens and three dimensional device wizards to create a virtual representation of your facility and equipment With this graphical user interface you actually see and control devices on the screen without having to make a trip out to the meter or trip unit The Toolkit which consists of the 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 installed in a facility and placing them on the screen Here s what you ll find in this guide Chapter 2 explains kinds of PMCS Wizards their use and configuration Small Faceplate wizards Large Faceplate wizards Tabular Data Screen wizards One Line wizards Elevation wizards and Floor Plan wizards e Chapter 3 illustrates the use of the GE wizards described in Chapter 2 to create animated displays of the facility floor plan switchgear elevations and system one line diagrams e Chapter 4 gives an
177. is DELTA KW C n a when Voltage Mode is DELTA or SINGLE KW Total KVA A B n a when Voltage Mode is DELTA KVA C n a when Voltage Mode is DELTA or SINGLE KVA Total KVAR A B n a when Voltage Mode is DELTA KVAR C n a when Voltage Mode is DELTA or SINGLE KVAR Total Power Factor Lead A B n a when Voltage Mode is DELTA or PF is Lagging Power Factor Lead C n a when Voltage Mode is DELTA or SINGLE or PF is Lagging Power Factor Lead Total n a when PF is Lagging Power Factor Lag A B n a when Voltage Mode is DELTA or PF is Leading Power Factor Lag C n a when Voltage Mode is DELTA or SINGLE or PF is Leading Power Factor Lag Total n a when PF is Leading Power Factor Total A B n a when Voltage Mode is DELTA Power Factor Total C n a when Voltage Mode is DELTA or SINGLE Power Factor Total Total Harmonic Distortion Voltage A B and C n a when Source is n a Total Harmonic Distortion Current A B C and Neutral n a when Source 15 n a K Factor A B C and Neutral n a when Source 15 n a Three Phase Values 131 Vab Vbc Vca Voltage Unbalance Current Unbalance Frequency Phase Reversal On Off n a when Voltage Mode is SINGLE 17500 Test 5900 Maximum Values Phase PhaseB PhaseC Neutral Average 120 32 120 18 120 14 1511 03 1509 52 1514 87 1511 73 26 95 19 94 14 43 0 00 91 05 181 38 1514 87 100 00 1511 03 1508 52 Device Devic
178. ithin a page The parameters in each page are listed in the table below Panel Display Display animation that shows the status of the 565 relay The dark red square to the left of the label appears Lights bright red to indicate an active state The TRIP bar shows the current trip condition Auxiliary relays 1 2 and 3 show user selected function status The BREAKER CLOSED and BREAKER OPEN bars show the status of the monitored feeder breaker The SERVICE bar is not animated Table 11 565 Faceplate animated functions The following table lists the pages that can be accessed with the PAGE UP button with the parameters available in each page that can be accessed with the LINE buttons 92 PMCS Interface Toolkit 93 Value 1 Text Displayed ACTUAL VALUES CURRENT PHASE A CURRENT XXX PHASE B CURRENT XXX PHASE C CURRENT XXX GROUND CURRENT XXX PHASES A xxx or PHASES A lt 1 FS lt 1 FS lt 1 FS CURRENT END OF PAGE ACTUAL VALUES ANALOG INPUT lt analog input name gt lt units gt Or ANALOG INPUT DISABLED ANALOG INPUT END OF PAGE ACTUAL VALUES MAINTENANCE DATA BRKR mm dd yy DATE xx xx xx BREAKER TRIPS XXX ACCUMULATED KA PHASE A XXX ACCUMULATED KA PHASE B XXX ACCUMULATED KA PHASEC XXX MAINTENANCE DATA CLEAR NO DATA CLEARED LAST XX XX XX MAINTENANCE DATA END OF PAGE ACTUAL VALUES OPERATIONS DATA TIMED PHASE O C TRIP
179. izards After placing a Horizontal or Vertical Relay wizard in a window double click on it to display the dialog box shown below Configure the wizard by entering the appropriate information into each of the boxes Enter the name of the InTouch discrete tag that determines the color of the line to the left or bottom of the relay symbol during runtime during runtime Horizontal Relay Configuration Right Connection Tagname Diagonal Click the check box to Left Connection T agname d left connection display slash through the contacts normally closed Contact Status T agname d contact_status contact Line Width Size 1 ta 20 e On Color Color Mediurr Large Specify the colors of wizard elements when the contact status and Cancel connection discrete tags are On or Off Enter the name of the InTouch discrete tag that determines the color of the relay symbol during runtime 20 Horizontal Vertical Switch One Line Wizards After placing a Horizontal or Vertical Switch wizard in a window double click on it to display the dialog box shown below Configure the wizard by entering the appropriate information into each of the boxes Enter the name of the InTouch discrete tag that determines the color of the line to the left or bottom of the switch symbol during runtime Enter the name of the InTouch discrete tag that determines the color of the line
180. izards to access the 7700 s data If you wish to use a tag in a custom wizard you are developing check this table to see if it is subject to deactivation by the Tabular Data Screen wizard If it is you may wish to create duplicate tag with a unique name to access the same register Otherwise it 15 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 s trending features NOTE Anlgor Msg indicate Internal Tags for display use GWY indicates I O Tags which talk to GE77GTWY others tags talk to ION LINK Memory Discrete Comment Subject to deactivation DeviceNm Min Tag to indicate whether to show min or max on min max page 279 Memory Discrete Comment Subject to deactivation DeviceNm_CommFail Comm Fail Indicator for Pegasys DDE Server ION LINK pass 240 ooo O ooo O Dwe osoo O oo Dwm oo O Demasa osoo 27 owy rae sea Derema External Bookan Enable asi Enterni Bookean 4 Enano Tesis Y _ Dowiem 272 Wr Seow __ _ 24723 _______
181. kout Tagout wizard for each ML 750 760 device It looks like this When configuring Lockout Tagout wizard in oneline diagram we complete the Oneline Tagout Symbol dialog as follows PMCS Interface Toolkit 45 Tagout Symbol Dialog Statue Group Bresker Group 1 Window Mame Lockout Panel Cancel Breaker Group 1 is the name of the Status Group we ll assign to all wizards associated with this breaker Tag Window is the name of the window we want to appear when someone clicks on the Oneline Tagout wizard during runtime Next we create separate screens containing Large Faceplate wizards and Tabular Data screen wizards for each ML 750 760 device While configuring each wizard we make sure that each one is given the Status Group Breaker 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 1s assigned to Breaker Group 1 the same Status Group as our Oneline Tagout Symbol wizard Do not confuse the Status Group parameter with the Group Name parameter The Group Name parameter is not used for configuring Lockout Tagout status Groups Tabular Data Dialog Device Name M50 00 Group M ame System Application Mame BE33MDDB Securit
182. l Tabular Data Window Cancel Enter the minimum security level for enabling remote command functions Enter the name of the window to open when the device display is clicked on during runtime You can move and resize Large Faceplate wizards as desired Special Considerations The button controls on the 3 D representation emulate the controls of the actual device This may be useful for reducing software training time for personnel already familiar with device operation 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 during configuration The Node Name field requires that you enter the name of the computer running the Communications Server that connects to this particular device Depending on the configuration of the EPM7700 network this can be either the Primary node computer or a computer setup as a Full Station Secondary node Refer to DEH 40035 the GE 7700 Gateway Users Guide and GEH 6514 PMCS Read This Book First for more information on network configuration The Node Name field is required because the EPM7700 does not use the same DDE server as the rest of the standard PMCS devices and the wizard must be directed to the location of the correct Communications Server for proper configuration of DDE topic names 10 Also
183. l STDTDSDPD 2 9 ____ V2HD Hamonc STDTDSDPD 2 A VBHD Hamonc STDTDSDPD ____________ 58 VAUXHD Hamonei 5 __ O ____ HHD Hamonc 5 ____________ 52 ____ PHD Hamonc l STDTDSDPD ____ BHD Hamonc l STDTDSDPD O ______ MHD Hamonc l STDTDSDPD 2 99 ViHD Hamonci2 STDTDSDPD pt ViHD Hamonci2 STDTDSDPD ViHD Hamonci2 STDTDSDPD 1931 VAUXHD Hamonie2 STDTDSDPD _ O ___ ____ HHD Hamonci2 STIDTDSDPD O ____ HD Hamonci2 STDTDSDPD Oo o ____ BHD Hamonci2 STIDTDSDPD _____ HMHD Hamonci2 STIDTDSDPD _____ VIHD Hamonc STIDTDSDPD O o gt ____ VD Harmonic 3 STIDTDSDPD U O ___________ ____ Harmonic STDTDSDPD O ____________ 9 ____ VAUXHD Hamonc3 STDTDSDPD _ ______ oe HHD Hamonci STDTDSDPD o ____ DHD Hamonci STDTDSDPD o oo BHD Hamonci 1 STDTDSDPD 2 MHD Hamonci STDTDSDPD ____________ ____ Harmonies STIDTDSDPD o oo AL STIDTDSDPD 268 PMCS Interface Toolkit qum 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class instance Meaning 00002 o 1A VHD STDTDSDPD VAUXHD Hamonie 4 STDTDSDPD Lo oo AM jHHD Hamonc d STDTDSDPD Lo o A PHD Hamonc d
184. l Function Modbus Addr 51 IP Addr 3469934 E Harm Overex Inhibit Func Prog state 2nd Harm Inrush Inhibit Func 2nd Harm Inrush Inhibit Func Harm Inrush Inhibit Func Relay Felay 1 Legend Disabled 7 Enabled Universal Relay Transformer Tab The T60 device alone supports a Transformer Tab on its wizard This tab is unique to the T60 device type The following values are shown Differential Current Phasor magnitude and angle Differential 2nd Harmonic Phasor magnitude and angle Differential 5th Harmonic Phasor magnitude and angle Restraint Current Phasor Magnitude and angle Transformer Winding Reference Indicates which of the six possible transformer windings will serve as the reference winding 156 PMCS Interface Toolkit Elements Digital Element Digital Element Status Digital Element 1 Element 1 Dig Element 2 1 Dig Element 3 Device CA Dig Element 4 Group Mame Syste L1 Dic Element 5 Order Code Dig Element 6 190 000 6 MBK S6G LIBH Dig Element 7 Dig Element 6 Product version 24 LA big Element 3 Serial hl IF SD C Dig Element 10 Mfr Date 06099 cy Dig Element 11 NISL Dig Element 12 Modbus Addr 4 m Addr 3 46 9 231 LA E Bene Frog State Frogramme Dig Element 14 Relay 1 1 Dig Element 15 Events Trend Help Dig E
185. ld conditions Actual lockout status must be verified prior to performing amy work Failure to follow appropriate lockout procedures can result in severe injury or death HANDS OFF DO NOT Hot Installed OPERATE Installed Administrator Installed At 4 29 4998 9 04 04 Install Danger Tag Remove Danger Tag The Installed By field on the tag shows the name of the current operator who installed 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 ct D L POWER TARGET H o AE METERING e Proceres Bern MODEL ALFSOASSUOLSHEOR In 5 AMF Wr LETT Ver d E m GER FE STATUS CHECK STATUS a _ 47 Special Scripting Considerations for the EPM 7700 48 This section describes the special InTouch scripting which is required for the EPM 7700 device s Large Faceplate Tabular Data Screen and Custom Tabular wizards The EPM 7700 is a powerful and highly flexible device supporting hundreds of discrete data it
186. le L an D n HCH FSB HBk LB5 190 Channel 1 Status Line Zero Seq Imp 90 Channel 2 Status Line Zero Seq Imp Angle Line Length serial 2 9000253 5FL Function CT Fail fr Date 99 wisis 871 Trip PLITT Scheme 4 Morbis Addr 45 Stub Bus POTT Scheme Addr 346 9 231 Open Pole Detect __ Hybrid Scheme Prog State 7 Blocking Scheme J Cont Monitor DUTT Function Legend Enabled Disabled Demand Breaker Universal Relay Line Tab The Line tab supports the D60 F30 F60 G60 L60 L90 and UR devices and shows a variety of energy measurements and demand parameters for a selected source These values are displayed for up to six sources which may be toggled between using the S1 S6 buttons The Clear Demand button clears the values for the selected source Line Tab Displays for Remote 1 Remote 2 Local and Differential the magnitude and angle on phase A B and C Also displays information on various Direct Inputs L90 Channels 1 and 2 and Line Position and Line Zero values Control Functions The Control Functions panel displays status enabled disabled and allows control of various relay elements for example 87L and 87PC protection elements Elements are greyed out if not installed or applicable to the device type Each element s may be enabled or disabled by clicking the button next to its name 166 PMCS Interface To
187. le Phase A Amps Trigger Relay 1 LED display in Amber color Limit 1 of the associated value will trigger Relay 1 Limit 1 of the associated value will not trigger Relay 1 Trigger Relay 2 249 LED display in Gray color 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 Trigger Relay 3 LED display in Amber color Limit 1 of the associated value will trigger Relay 3 1 LED display in Gray color Limit 1 of the associated value will not trigger Relay 3 Trigger Relay 1 LED display in Amber color Limit 2 of the associated value will trigger Relay 1 LED display Gray color Limit 2 of the associated value will not trigger Relay 1 Trigger Relay 2 LED display 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 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 LED display 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 Be
188. lement 16 Setup Exit Metering Elements Universal Relay Digital Elements Tab The Elements tab displays user defined name and current status of the sixteen digital elements in the UR The status indicator color is amber if an element is enabled gray if it is disabled The B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 devices are supported 157 Digital Counter Tab Digital Counter Tab Enables Status Disable Frozen Time Stamp Counter 1 1160596790 01 30 1967 03 38 08 111203 Counter 2 1127374774 0101967 03 38 08 959459 Device Mame 51 Croup HAMA Counter 3 1194153304 30 987 03 38 08 BD8454 00 8 5 lt Counter 4 1479366454 01 30 7987 03 38 08 538976 Product Version 24 Enable Counter 5 1210064928 0130987 03 38 08 929539 Serial 99000002 Mfr Date 99 Counter 538875288 01 30 1887 03 38 08 105482 Modbus Addr 51 IP Addr 3 46 9 23 Counter 7 538875288 01 30 1987 05 38 08 626524 Prog State Programme Relay Relay 1 Counter 8 538875288 01 04967 01 22 21 166831 Counter Universal Relay Digital Counter Tab The digital counter tab supports B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 device types showing information about the eight digital counters provided in each UR Status this indicator 15 amber if the counter is enabled
189. load CJC Ground Undercurrent Undercurrent 1 Overload Option amp wv 1 Unbalance COC Unbalance Option Sw 2 Ground Fault CJC Thermistor Alarms Thermistor CJC Mechanical Jam Trips Thermistor Open LOCI Short Circuit Short Circuit Stator I Stator RTD Ground Device Mame Bearing RTD COCO Bearing RTD Thermistor FILILTILIH Group Failure Parameters Set Breaker Failure Device Type Comm Failure Option Switch 1 Mechanical Jam up Internal Fault Option Switch 2 Program Rev Maim 251 Thermal Capacity Computer Command Boot 200 J Option Switch 1 Undercurrent Toa Super 1 02 3 Option Switch 2 e 09 06 2000 4 Breaker Failure Acti Mant 09 06 2000 5 Mechanical Jam Exit _ Metering Setpoints _TripData e 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 e 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 172 PMCS Interface Toolkit Trip Data 239 Last Trip Data MULTILIH Cause of Last Trip Parameters Mot Set Amps Phase 0 Pre Trip 1 Phase 0 Pre Trip 2 233 Phase Pre Trip RTD 3
190. loating toolbars The Wizard Selection dialog box pops up 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 Double click on the desired wizard then click on the window to place the wizard Once the wizard has been placed double click anywhere on the wizard to open a configuration dialog if appropriate and complete any necessary configuration based on the instructions later in this chapter The remainder of this chapter is devoted to describing and illustrating the various kinds of wizards included in the PMCS Interface Toolkit Small Faceplate Wizards Wizard Selection GE One Line Tools GE Lange Faceplates GE Tabular Screens Small Faceplates GE Small Faceplates GE Miscellaneous GE Elevation Wizards GE Elevation Wizards GE Floorplan Wizards GE Floorplan Wizards Alarm Displays Buttons Clocks Frames rx EB HITRO EHHBHCED MICRO SPECTRA VERSA TRIP C VERSA TFIF D 5710 z z ETT JHA 237 28469 Multilin 28483 FOWER LEADER HETER Runtime Tools Sliders MICRO VERSA TRIP Wizard D escriptian Small Faceplate Wizard for switchgea
191. log Input Names for AI1 4 n a when doesn t exist on the meter Setup 1 Tab 7700 ION Setup 1 Power Transformer Ratios volts Mode do PT Primary Polarity CT Primary Polarity Mormal we Polarity Normal Phaze Order ABC CT Bacendeine la Polarity Normal Ib Polarity Mormal H Polarity Mormal I4 CT Primary ty 4 cT S dary p ea TE DeviceN I4 Polarity econdary Croup Download Device Type r5 Serial ID 9909 072 00 Firmware Rev 0325 750 Com 1 Baud Rate 9600 Com 3 Baud Rate S600 Voltage Mode Com 1 Unit ID 9072 Com 3 Unit ID 102 Comm Protocol Comm Protocol Comm 5232 Ethernet Protocol n a Com 2 Baud Rate 9600 Ethernet IP Address 3 46 9 247 Com 2 Unit ID 101 Subnet Maszk 255255 2400 Comm Protocol Default Logge Exit _ Metering MINIMA auality _ Demand inputs Setup 1 Setup 2 7700 ION Meter Setup I Tab The Setup 1 tab displays the following demand values from the EPM 7700 Power Settings e Volts Mode e Phase Order e Voltage Polarity for A B and C e Current Polarity for A B C and Neutral Transformer Ratio Settings PT and Primary e PT and Secondary e Neutral CT Primary and Secondary 146 PMCS Interface Toolkit 147 Communications Ba
192. low 250 PMCS Interface Toolkit Kilo Inputs Fh Imbalance Kilo an sSec 1 2 3 Mega Watt Input Delay Off Sec 3 2 1 Phase Reverse Limits Device Meter setup Non Open Delta fiera Sec Group System Limits Set Instantaneous Baud Rate 9600 Full Seale Values Modbus Addr 17 100 0 100 0 Ah 100 0 100 0 Ch 100 0 ee _ Volts Decimal Placement Amps Decimal Placement Hour Power Decimal Placement Legend Configured configured NOT Enabled Enabled Metering MinMax Setup Limits The screen shows the following parameters in relation with Relay 1 Relay 2 and Relay 3 such as Configuration The Parameters under configuration are Kilo Volt Inputs Kilo Amp Input Mega Watt Input Phase Reverse Limits If any of the above parameters are configured the LED shows Green otherwise LED shows Gray in color Meter Setup If this parameter is set then text displayed as Open Delta if not then shows Non Open Delta Limits Set By If this parameter is set then text displayed as Average if not then shows Instantaneous Relay 1 Relay 2 Relay 3 This section shows the parameters Phase Imbalance Delay On and Delay Off of Realy 1 Relay 2 and Relay 3 The Legend applicable Phase Imbalance is if any of the above parameters are Enabled the LED
193. ltage Made JUNE EPM 7500 7600 Meter Setup 2 Tab The Setup 2 tab displays the following demand values from the EPM 7500 7600 Sliding Window Demand Settings e Sliding Demand Sub Interval Settings for KW KVAR and Iavg e Sliding Demand Number of Sub Intervals for KW KVAR and Iavg e Sliding Demand Predicted Response for KW KVAR and lavg Waveform Recorder Settings e Depth of Waveform Recorder Sag Swell Transient Settings Swell Nominal e Sag Limit e Swell Limit e Change Criteria Relative Setpoint Settings e Nominal value for Over KW Over Current and Over Vunbal e Under Dropout for Over KW Over Current and Over Vunbal e Over Dropout for Over KW Over Current and Over Vunbal e Under Pickup for Over KW Over Current and Over Vunbal 138 PMCS Interface Toolkit 139 e Over Pickup for Over KW Over Current Over Vunbal e Time On for Over KW Over Current and Over Vunbal e Time Off for Over KW Over Current and Over Vunbal The Setup 2 tab also provides push buttons for performing the following commands Download Executes a script to check for values that have changed and downloads those values to the device via the GE 7700 Gateway Refresh Executes a script to upload all of the meter values for the settings on the screen Note Be sure to click the Refresh button prior to changing or downloading any settings to the EPM7500 or EPM7600 as the la
194. ltilin PQM Demand screen shows e Demand Current amp Power e Peak Demand e 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 113 IV Range Tab Multilin Current Voltage Detected Values Current Amps 13 39 44 09442000 19 45 20 12 10 2001 Amps 13 39 45 09442000 19 45 32 12 0 2001 POM Amps C 13 39 45 09 1 4 2000 19 52 03 120 2001 Amps 13 39 45 09442000 13 39 45 09 14 2000 SENE Ames Unbal 36 13 39 45 09442000 19 45 05 12 07 2001 Group System Voltage Device Type POM volts Invalid Time 15 02 53 11 23 2001 Hardware Rev C volts BC Invalid Time 15 02 55 11 23 2001 ag dedos id Volts Invalid Time 10 34 09 11 26 2001 Supervisor Rev 102 13 39 45 09442000 10 41 07 14262001 File Numbers volts 13 39 45 09442000 15 02 53 11 23 2001 AAT W Volts Cn Volts Linbal 957 000 000 000 000 Trend Help Metering Status Setup Wave Demand 13 39 45 13 39 45 Clear Current MiniMax Range 09 1 4 2000 Dan 42000 PRange 10 41 07 I 11 26 2001 Invalid Time Clear Voltage Setpoints The Multilin PQM IV Range tab shows the Minumum and Maximum Current Voltage Values The Cl
195. lues 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 to the MX 200 as the latest settings may not be displayed 222 PMCS Interface Toolkit Generator Programmable Logic Controller PLC is specially programmed PLC with specific number of I O modules controlled by a Master PLC program up to maximum number of 16 Generators GEN PLC Tabular wizard mainly have 3 tabs as described below Master Tab klaster PLC Run Runtime Sen Alarm shutdown firey ead Value Engine Crank Time Of Cranks Cool Doyen Time c Device Mame GP Group Marne joystem af Generatora 2 w cn th RR C Generator stopped Generator Running Alarm shutdown Ems NE EN EN E E NE E E EN EN HE el tel tel dem cupo emp moo Ex geo EX o PO o EN Events Trend Help Setup Wave Exit Generator Master PLSG The Master PLC lists 16 generators displaying status for each generator separately The status types are Run Stop Alarm Shutdown Runtime in hours Lea
196. mbol No phase shifting Frequency displayed in Hz Phase shifting in both Delta and Wye configurations Enhanced Trip Unit FUHCTIGOH SELECT VALUE CdD E Corm or MicroVersaTrip PM Trip Unit The large faceplate representation of the Enhanced MicroVersaTrip D trip unit provides the following animated functions Display Opens the tabular data window specified during wizard Window configuration and sets the view to the Monitoring page FUNCTION Opens the tabular data window specified during wizard Button configuration and sets the view to the Setup page ENTER Button Opens the tabular data window specified during wizard configuration and sets the view to the Setup page BATTERY Opens the tabular data window specified during wizard Button 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 15 indicated by numbers in the upper right of the display press VALUE to display a different phase SELECT Rotates among eight different modes as shown in the lower Button left of the display with units in the lower right Table 4 EMVT D Faceplate animated functions 74 PMCS Interface Toolkit 75 The metering modes available with the SELECT button as follows Description AMPS Current with no l
197. ming Cut Hi Alarm Latched L r Alarm Latched Hi Alarm Active Blinkin Events Trend Help Setup Wave Exit Metering Alarms Demand RTD RRTD Control Setup 369 Relay Remote RTD Tab This tab displays information about any RTD temperature probes connected to one or more Remote RTD units These external accessories connect via Modbus to the 369 relay A maximum of four RRTD modules can be connected to a 369 relay each module is assigned a page on this tab Use the RRTD Selection buttons in the lower left corner of the tab to navigate between pages Information on this tab is only available if an RRTD module is connected to the relay Information and alarm indication for each RTD is only available when that RTD 15 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 15 indicated by red text in the Temperature field Only one alarm condition can be displayed at a time highest priority alarms are displayed in the alarm indicator For example if a High Alarm was triggered and latched and the RTD value returned to the Alarm Active state the High Alarm latched indicator would persist The Status indicators are dedicated to the indicated RRTD module except for the Comm Failure indicator this will be energized if any configured RRTD mod
198. mputer in the front office to provide a front end to this system allowing us to monitor all these devices at one station without having to walk back to the individual devices on the plant floor We plan the application on paper first so that we know how many screens to create and what each screen will look like This will help us save time when in development by providing a starting point and a map of what we re trying to create This storyboard for our application looks something like this POM Faceplate Tabular Trip Unit 1 Trip Unit 1 Faceplate Tabular Intro Panel Trip Unit 2 Trip Unit 2 screen board Faceplate Tabular Trip Unit Trip Unit Faceplate Tabular Trip Unit 4 Trip Unit 4 Faceplate 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 tabular screen for each device We ll link the Large Faceplate screen for each unit to the Small Faceplate wizard shown on the Panelboard screen and from the Large Faceplate we can click on the device s display to jump to the Tabular data screen for that device To make it easier to navigate the screens we ll create extra buttons on the bottom of the Faceplate and Tabular screens that will jump back to the Panelboard screen With our plan in hand
199. n 15 clicked 24 PMCS Interface Toolkit Annunciator Panel Wizard 235 BREAKER 455 BREAKER TRANSFORMER 1 TRANSFORMER 2 TROUBLE TROUBLE GENERAL GENERAL BUS 1 BUS 2 MAIN BREAKER BREAKER TROUBLE TROUBLE 6648 LINE id 1 Pru EE 1 PRIMARY RELAY TIE BREAHER EE arr HESET ACKNOWLEDGE ALL ALARM SUMMARY Usage The Annunciator Panel wizard provides an industrial style annunciator display panel consisting of a bank of 48 indicator lights which change colors and blink to indicate various device conditions For instance a circuit breaker could be associated with an annunciator panel wizard to display grey when closed and change to red if it trips This wizard requires the PMCS Event Logger software to be installed and properly configured before it can be used because it operates by monitoring special DDE tags which change state based on alarms or events recorded by the Event Logger The panel consists of an array of 48 buttons six columns by eight rows each of which may be labeled with up to three lines of text and each of which 1s 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
200. n also shows the Breaker Status for example OPEN 108 Command Tab Command Screen pen Close Reset Breaker Breaker F ault Breaker Status OPEN Close Breaker Closes the breaker Clears the event table in the MDP Table 18 MDP Tabular data screen commands PMCS Interface Toolkit Setup Tab MDP Setup Screen Phase Settings Configuration Ground Settings Configuration Phase Curve Inverse Ground Curve Extremely Inverse Definite Time OFF Detinite Time OFF Time Dial 1 00 Time Dial 1 00 IC Delay Sec 0 05 1 Delay Sec 0 05 Pickup IOC TOC x 3 5 Pickup TOC x 2 00 Pickup TOC 1 975 TOC 0 500 Device DeviceNm Group p2vystem CT Ratio 1 000000 CT Ratio 1 Output Selection Model 3 Ground Settings Commnet Address 332 Modbus Address BS Software Rev 2 58 COC Software Rew 1 00 COT Product Rev 1 00 Logge Wave Exit Monitoring Command Setup The MDP Setup Screen shows e Phase Settings Configuration e Ground Settings Configuration You must enter CT Ratio in the relevant field 109 Power Quality Meter All six function buttons under the Info box are enabled for the PQM The PQM Tabular Data Screen wizard has nine command buttons described below Metering Clear Energy Clears the PQM s energy counters Issues a RESET command to the PQM
201. n any of the import export or net parameters are displayed the AMPS portion of the display window is used to allow display of the complete value Display Parameter Indication kW Real 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 PFLG or PFLD Power factor lagging or leading for phase A B or C as set by PHASE button or total power factor if PHASE is set to kWH IM Import energy kWH EX Export energy kVARH IM Import reactive energy kVARH EX Export reactive energy 7700 Meter ALARA STATUS The large faceplate representation of the EPM 7700 meter provides the following animated functions LCD display Opens the tabular data window specified during wizard window configuration and sets the view to the Metering page ES 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 buttons are listed in the following table 84 PMCS
202. n the connected device and provides indication of their status The 32 virtual inputs can be manually operated with the pushbuttons provided at the bottom of the screen This tab supports the B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 devices Virtual Inputs The enable disable controls and status indicators are presented as a series of pages To view the virtual inputs the use the Page arrow keys provided to navigate between the pages The arrow keys are disabled when the virtual inputs are not being displayed The state of each virtual input can be controlled with the pushbuttons along the bottom of the screen Clicking one of these buttons toggles the status of the virtual input changing its state as shown in the indicator blocks associated with each button Note that a virtual input must be enabled before the toggling action will take effect in the relay 159 Virtual Outputs Tab Virtual Output VIRTUAL O P 1 E VIRTUAL OFF 13 VIRTUAL 2 E VIRTUAL O P 14 Ex VIRTUAL O P 3 E VIRTUAL O P 15 EE e EU VIRTUAL O P 4 Eu VIRTUAL O P 16 Group boy stem Order Code VIRTUAL 5 IRTUAL 17 L90 DO0 HCH FSB HBK L6A NBK SEG UBH pu VIRTUAL O P 6 pug VIRTUAL O P 18 De Energized VIRTUAL 7 19 Product Version 240 Serial MOR S9000253 fe VIRTUAL O P 8 EX
203. nd Help The Clear Power Min Max button when clicked will clear all the minimum and maximum values of the power 115 Analysis Tab Power Anal Power Quality Values la Crest Factor 1 416 Transformer Harmonic Derating Factor Ib Crest Factor 1 413 Ib Transformer Harmonic Derating Factor Crest Factor 1 415 Ic Transformer Harmonic Derating Factor POM Harmonic Distortion Phase Current THD 951 1 0 6503 5 Invalid Time Device Phase B Current THD 957 0 7 6506 2 Invalid Time Group Psystem Phase C Current THD 95 6501 5 Invalid Time dE uS ES 0 0 13 39 46 09 14 2000 Hardware Rew i Main Program Rew 344 voltage THD 957 170 3 15 25 30 11 22 2001 Boot Program Rew 1 10 Yottage Bn THD 957 112 5 13 27 25 1204 2001 supervisor 1 02 Voltage THD 57 Bb 4 Invalid Time 5 oltage AB THD 961 0 0 13 39 46 094 4 2000 000 000 000 000 000 BC THD 97 0 0 13 39 46 0944 2000 Clear Max THD Values File Numbers 1 2 Eh Metering Status Demand Range PRange Analysis I setpoints The Multilin PQM Power Analysis screen shows e Power Quality Values e Total Harmonic Distortion THD The Clear Max THD Values button when clicked will clear all maximum THD values 116 PMCS Interface Toolkit Inputs and Outputs
204. ng Dlnput The Digital Inputs tab displays the following parameters of 8 digital inputs They are Name Displays the name of the Digital Input The maximum allowed is 16 Character string Open Close Label Based 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 counter value 245 Setup Tab Current Setpoints Voltage Setpoints ASE Above Below Above Below 6500 Device NEXUS Group poystem Meter Mame 0107 1250 Boot er 0 0 2 8 Funtime Ver Mo 0 1 7 6 DSP Boot ver Mo 8 0 0 4 DSP Runtime 0 1 4 4 Serial Mo 3405 On Time Jan 26 2002 12 25 38 15 Current Time Jan 27 2002 12 50 52 435 Setup Metering Dinput Demand Setup Thermal The screen explains various parameters related to setup Current Set Points Above and Below Current Setpoints are shown for Phase A B C Measured and Calculated Voltage Set Points Above and Below Voltage Setpoints are shown AN BN CN AB BC CA and Aux
205. not the GE PMCS Wizards It occurs rarely during the development phase and is not seen once a stable application has been developed and put into use Reboot the computer and restart the application 3710 EPM 3720 no data or incorrect data displayed Q The values on the EPM 3710 3720 wizards come up showing zeros or incorrect data A The EPM 3710 3720 wizards require you to click the Refresh button on the wizard before the display is updated Also the first time the wizard is displayed it may take a few moments for the DDE conversation to be established and data to be displayed EPM 3720 KVAH import values incorrect Q On the EPM 3720 Tabular data screen the KVAH import value does not equal the value of KVAH total or KVAH net when KVAH export equals zero A Some rapidly changing values and or values requiring extensive calculations cannot be updated on the wizards quickly enough to reflect the data displayed on the device in real time Be patient while the software catches up with the device Long update when changing setpoints Q I attempted to change a device setpoint such as changing the VT connection type from WYE to DELTA It took a long time to update the Wizards setpoint tab to reflect the changes A When changing setpoints which are polled very slowly the display may take a long time a minute or more to update This means the metering data will be postponed while the display updates Setpoint changes a
206. ns amp Learned Values The lower right quadrant of the metering tab has two pages Timer Functions and Learned Values You can toggle between these two displays by clicking on the button located the bottom right corner of the metering tab display Timer Functions this section displays the current values of several internal timers within the device Most of these functions must be programmed in the relay in order to function Refer to the device manual for specific usage details Learned Values this section displays items tracked by the relay For full details on their usage consult the relay manual Backspin features these are only enabled when the Backspin option is installed in the relay Learned cool time constants these are enabled only if the Enable Learned Cool Times feature is programmed Learned k factor is only enabled by setting the unbalance biasing of thermal capacity to on learned Clearing Motor Data see control tab will set all these values to their defaults Alarms Tab Alarms Alarm Status Spare Switch E Lead Power Factor Emergency Restart Switch Lag Power Factor Differential Switch EN Positive kvar 1 Speed Switch Negative kvar Reset Switch 77 Underpoyer 1 Device Mame ML363 Thermal Capacity Reverse Power L 1 Group Marne peystem Overload Lost Remote Comm Order Code 3 4 Mechanical Jam B Trip Count
207. nt 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 visible Metering Tab Multilin SR 45 Metering Values Gnd Avg 20 03 0 00 19 94 VAL Angle 0 Wa Amps 0 00 Wa Angle lag Differential x Device 745 Seq Cur 0 Seq Cur Loading Diff CT Group Name 1 Amps 9 lag Amps 9 lag Amps lag Device Type shia 49968 oO O04 344 004 344 3 0 013 0 00 0 00 0 000 CT Hardware Rev software 250 Flags State Phases Boot Rev 1 20 Any Element Picked Up Operated Latched Version 000 Percent Differential Picked Operated Latched B C Manut Date 8731 2000 Events Trend Help RESET Device Setup Wave Exit Metering Flags 14 Demand Harmonic Setpointz Power The Multilin SR745 Metering Values screen shows e Current e Sequence Current e Status Flags The RESET Device button will issue a RESET command to the device 203 Device Mame MLF45 Group poystem Device Type 745 Hardware Rev software Rev 2 50 Boot Rev 1 20 Version 000 Manut Date 06 31 2000 Events Trend Help Setup Wave Exit Flags Tab Multilin SR 745 Element Flags State Phases
208. ntrol key to select multiple tabs 15 One Line Wizards 16 Wizard Selection GE One Line Tools GE Large Faceplates GE Tabular Screens GE Small Faceplates GE Small Faceplates GE Miscellaneous GE Elevation Wizards GE Elevation Wizards GE Floorplan Wizards GE Floorplan Wizards Alarm Displays Buttons Clocks Frames Panels Lights Meters Runtime Tools Sliders Wizard Description od c 9 Ya 52 IT VERTICAL noron METER METER EREAEER EREGKER HORIZONTAL VERTICAL HORIZONTAL HORIZONTAL CIRCUIT BREAKER D FUSE CIRCUIT BREAKER dm IT 7 r pour EET HORIZONTAL HORIZONTAL ATIG AL ER ELK ER ER SWITCH RELAY GROUND m Transformer wizard Short Comment Power Transformer Wizard Cancel Add to Toolbox Remove from Toobar Usage You can use one line wizards to create animated one line diagrams that represent an electrical schematic of the devices monitored by the software These wizards are provided with logic to either open another window or display device status One Line wizards are divided into five functional groups according to the type of animation Horizontal and Vertical Meter wizards display another window such as a 3 D faceplate Transformer Fuse Ground Symbol and Motor Symbol wizards have a discrete color change animation indicating the On Off state of the device
209. o the Setup page Opens the tabular data window specified during wizard configuration and sets the view to the Setup page Changes phases in appropriate modes depending on whether the device has been configured as Wye or Delta Phase is indicated by letters in the upper right of the display press VALUE to display a different phase 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 Description AMPS Current with no label in the units area of the display Phase shifting both Delta and Wye configurations VOLTS Voltage displayed as line to line V 1 for Delta and line to neutral VL N for Wye Phase shifting in both configurations ENGY Energy displayed in kWh no phase shifting PWR Real power indicated by non blinking units symbol kW Apparent power indicated by blinking units symbol Phase shifting in Wye configuration FREQ Frequency displayed in Hz Phase shifting in both Delta and Wye configurations Enhanced MicroVersaTrip C Trip Unit SELECT PATTERY VALUE MicroVersaTrip PM EC Ans Piar af LI n it The large faceplate representation of the Enhanced MicroVersaTrip C trip unit provides the following animated functions Display Opens the tabular data window specified durin
210. olbox to create a bitmap object with the desired size of the miniature switchgear Switch to the desired elevation window Select and copy the elevation view Switch back to the floor plan window pue cm e In the floor plan window use the Paste Bitmap command to insert the elevation view into the bitmap object 6 Double click on the miniature elevation bitmap to configure a link to the full sized elevation view window 7 You can add additional buttons using standard InTouch controls to navigate to windows containing one line views of the switchgear or other information Electrical One Line Diagrams One line diagrams are built by placing and linking circuit elements using the One Line wizards then creating scripts to provide animation for those wizards whose status can be determined or controlled such as breakers and switches A one line diagram is drawn by placing GE One Line wizards into a window All animated One Line wizards have at least one discrete tag to indicate the status of the bus feed to the device while others may have tags for in and out connections and for device status If you do not require animation link the wizard s discrete tags to a constant tag with a value of true After the device wizards have been placed and configured they may be connected by standard InTouch line graphics Double click on lines to configure them for animation You can link a line to a discrete variable with the colors set to
211. olkit Device Mame Croup joystem Order Code 190 000 5 Product wersion 240 Serial 2 99000 253 Mfr Date 061 0 999 Mad x 0 Modbus Addr 45 IP Addr 3 45 8 231 Prag State Programmed 1 1 Bkr 1 2 B Select Settings Group 4e 1 2 3 4 5 B 7 8 Breaker Tab Phase 1 2 Breaker Amp kA2 cyc Phase B Clear Current Arcing Breaker Status Brkr 1 Amp Function L Brkr 2 Arcing Amp Function Phase EJ E E EJ EJ EJ Brkr Failure 1 Function Failure 2 Function Auto Reclose Function Count Function Count T Legend Disabled Enabled Sources Sources Clnput Demand Line Breaker gt gt Universal Relay Breaker Tab The Breaker tab supports the B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and shows a variety amperage measurements and breaker status as well as allowing control of breaker functions and auto reclosers Arcing Amperage at Breaker 1 and 2 is displayed for Phases A B and C The Clear Current Arcing functions allow current arcing conditions to be cleared Breaker Arcing Current features are available for Breakers 1 and 2 This element calculates an estimate of the per phase wear on the breaker contacts by measuring and integrating the current squared passing through the breaker cont
212. oltage Unbalance Current Unbalance Frequency Phase Reversal On Off n a when Voltage Mode is SINGLE a 1 4 LE Device Mame Croup Marne pos Stein Device Type 7500 serial ID PK 9909 4 072 00 Firmware BUS25 7500 Voltage yy E 142 Min Max Tab FrO00 LOW Maximum Values A B t H Three Phase Values 12014 12011 120 04 g Voltage L N 120 07 141 1 11 1 11 0 40 vg Current 141 11 83 2 93 12 05 100 00 0 34 0 09 0 40 1 11 Total PF Lag 967 0 00 207 97 20000 141 Voltage Unbalance 95 200 00 Frequency 60 05 Metering Demand inputs setup 1 Setup 2 EPM 7700 ION Meter Min Max Tab The Minimum Maximum Values tab displays a variety of minimum and maximum values re corded by the EPM 7700 Select Show Minimum or Show Maximum buttons to display either the minimum or maximum values for the displayed parameters To reset all min max values select the Reset Min Max button Min Max values may be displayed for the following parameters Vin n a when Voltage Mode is DELTA Vin 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 Vil AB 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
213. ont Page 14 1 Cont 14 CJ Op 15 EU Cont Op 15 Legend Device Mame Op i6 Cont Op 16 Legend Group Order Code Op 17 E Cont op 17 190 000 6 MBK S6 U6H op 18 Cont Op i8 De Energized o 19 Eg Cont Op 19 Product Version 24 p MURCS9000253 20 Cont 20 L Mfr Date 06404 99 Energized Mad 2 1 Op 21 E Cont 21 Modbus Addr 4 Addr 3459231 22 Cont op sa Frog State Programme 23 GES Cont Op 23 Relay 1 on 24 Cont Op 24 RTO NL Universal Relay Contact Output Tab The Contact Output tab supports the B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and shows the contact outputs installed on the selected relay Up to 64 contact outputs may be displayed Contact Output The contacts are presented as a series of pages To view the contact outputs use the Page arrow keys provided to navigate among the pages The number of contact outputs available is determined from the Order Code read from the device and is dependent on the number of digital I O cards installed in the relay If a contact output is not available in the connected relay the associated control button is grayed and disabled and the output name field shows N A 162 PMCS Interface Toolkit Device Group poyste Order Code 190 000 9
214. op right to left 60 set the bus status for the incoming feeds to the dependent bus below in distribution hierarchy The LE THEN statements in this section traverse the hierarchy from top to bottom and then bottom to top right to left bus6 0 bus7 0 two main feeds IF 0181 AND brki s THEN b s3 1 ENDIF IF bus2 AND s THEN bus4 1 ENDIF left to right across tie IF bus3 AND brk3_s THEN bus4 1 ENDIF IF bus4 AND brk4 s THEN buss ls 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 b sb5 15 ENDIF IF bus6 AND brk5 s THEN b ss ls ENDIF right to left across tie IF bus5 AND brk4 s THEN bus4 1 ENDIF IF bus4 AND brk3_s THEN s ENDIF two incoming feeds IF bus5 AND brk2 s THEN bus2 1 ENDIF IF bus3 AND busl 1 ENDIF the breaker breaker to right PMCS Interface Toolkit Sample Application Creating a basic interface 61 We ve learned about the various parts and pieces of the Interface Toolkit now let s put it to work Suppose we have a very basic power management system installed at our corporate home office The system consists of four trip units and a POM Power Quality Meter We d like to set up a co
215. ost Per Kem cents 10 00 Analog Gut Phase Current Phi CT Pri Analog Out 2 Main PEIUS rimary A 5 Analog ain 3 Phase Group Svstem Meutral Current Sensing Separate CT Analog Gut 2 Alt Phase Current Device Type CT Primary 10 Analog Out 3 Main 3 Phase ay Ps CT Wiring Phase A only Analog Out 3 Aft Phase 4 Current ain Program Rew 0 Program Rev 140 Transformer Ratio 10 0 1 amp nalog Out 4 Main 3 Phaze PF Supervisor Rev 102 T Wiring 3 lire vTs Analog Gut 4 Alt Phase A Current Mad File Number VT Nominal Secondary Switch Function Alarm Relay ee A gt foo ooo ooo ooo ooo Morminal Direct Input Voltage 40 B Funetion Alarm Relay Events Trend Help Setup Wave Exit System Frequency Hz Modbus Address 1 Switch Function Swich D Function Metering Status Demand Range PRange Analysis The Multilin PQM System Setpoints screen shows e Current Demand Type e Current Demand Time Interval m e Power Demand Type e Power Demand Time Interval m Alarm Relay Alarm Relay Setpoints e Energy Cost Per kWh cents e Neutral Current Sensing e Analog Input Main Relay e Analog Input Alt Relay e Switch A Function e Switch B Function e Switch C Function e Switch D
216. ottest Stator RTD field is only shown if a Stator RTD 15 programmed Trip Counters This page displays information about the accumulated trips experienced by the relay Data on this page can be cleared using the Clear Last Trip Data button on the Control tab 178 PMCS Interface Toolkit Demand Tab 369 Relay Demand Tab This tab displays current and power demand metering information Current demand is indicated regardless of options VT settings Power demand values are only available when the Metering or Backspin option is installed on the relay and a VT connection is programmed Peak demand values may be cleared using the Clear Peak Demand Data button on the Control tab Local RTD Tab Local Alarm Temp Temp T Applicat 1 Mone 2 L Stator 3 Bearing 4 Ambient Device Mame ML69 5 Other Group joystem B Stator Order Code 369 Hl R B F 0 D L Stator Device Type C Stator Hardware Rew 1 Bearing 1 Stator Firmware Rev 1 20 14 Stator Modification Ma Ambient Serial Ma 38 99000081 Legend Hottest Stator Temperature Highlighted in red Slave Address 104 Net Active Alarm Latched High Alarm Latched Timing Gut 20 Alarm Active Blinking High Slarm Active Blinking Setup Wave Exit Metering Alarms Demand RID Control Setup
217. ours Net Import Export instances below see valid Hours Import instances below see valid instances below Hours Export see valid Hours Total Import Export instances un e c gt Q Measurement 00 Average 7 HS STD TD SD PD 0 ____ _________ HS STD TD SD PD 02 ____ VoltstNPhaseB 7 HSSTDTDSDPD 03 VoltstNPhaseC ________ HS STD TD SD PD 04 VelsiLAvmg HS STD TD SD PD 05 VelsLLPhseAB HSSTDTDSDPD 06 VelsLLPhseBC HSSTDTDSDPD 07 VelsLLPhseCA ________ HSSTDTDSDPD 05 AmpsAverage HSSTDTDSDPD 0A _ Supported Modes HS STD TD SD PD HRS 66 PMCS Interface Toolkit N qum 3 amp 4 Trigger Key Thumbwheel Setting Class Sub class instance Meaning 00002 2 07 NARPweC _____ 2 8 S STD TDSDPDHRS ____________ STD TDSDPD ____________ ____ EVAPReB HSSTDTDSDPD ___________ HSSIDTDSDPD 2 0 st TDSDPD 0 ____________ PFPweB SIDTDSDPD ___________ ____ 20 ____ Femmy STD TDSDPD _______ 283 Reserved __ __ 14 ___ HSSTD 0 Reserved 0 0 00 vst tse _______ 9 Reserved _ ___ _ 2 9 ____ 2
218. ow Opens the tabular data window specified during wizard configuration and sets the view to the Monitoring page SET POINTS Opens the tabular data window specified during wizard Button configuration and sets the view to the Setup page RESET Button Opens the tabular data window specified during wizard configuration and sets the view to the Setup page CLEAR Button Opens the tabular data window specified during wizard 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 Brings the meter to an initial setting point and displays ACTUAL VALUES Button VALUES HAS SEVEN PAGES OF DATA REFRESH Updates the display to the current meter reading Button STORE Button Resets the meter at two special points in the display of values Press STORE to toggle the response on the bottom line PAGE Buttons Rotate among seven pages of parameter data Press one of the arrow keys to display PAGE ACTUAL VALUES on the top line a description on the bottom and reset to the first parameter value The seven pages are listed in the table below LINE Buttons Panel Display Lights Rotate among parameters within a page Certain configurations or meter values may prevent display of all parameters within a page The parameters in each page are listed in the table below Display anima
219. p of the breaker symbol during runtime Circuit Breaker Status T agname status P Size 1 to 20 C Medium C Large Enter the name of the InTouch analog tag 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 On Color L EI Out Color Error Color Trip Color L Enter the name of the InTouch discrete tag that determines the color of the line to the left 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 The breaker status values and the associated default colors are listed in the table below Error status indicates that the breaker status inputs create an indeterminate state for the breaker Breaker Status Default Color Breaker status values amp display colors 21 Elevation Wizards 22 HOO d Handles AKD 8 Cabinet Power Break Cabinet HE Fasteners ents E POWER BREAK AKD G Mameplate Power Break Nameplate Fac GE 000 Power vac Nameplate 8000 Nameplate Usage Elevation wizards are graphical elements that represent switchgear components useful for creating 3 D elevation views The
220. pad exe to open the file EPM7700 Application 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 In the Find What field type in DeviceNm In the Replace With field type in the Device Name used to configure the Large Faceplate wizard Click the Replace AII button to modify the text then click the Cancel button to close the Replace dialog 50 Application Script X Edit Help Condition while Running Every 30000 Msec Scripts used 0 c PSII E IF DeviceM mz 3420 gt DeviceNmUniversal Clock THEM D eviceMmCammF ail 0 ELSE Device eplace Convert ENDIF Validate nevicen Find what DeviceNm _________ Replace with 0 Replace Replace Cancel String Math System Add ons Misc Quick Cancel t Match case InTrack OLE i 1 Click the OK button to close the Application Script Dialog NOTE The application script text is only needed once for each configured device If you are installing more than one wizard for
221. point the relay is programmed to On These buttons are subject to Intouch user level security The security level is set during wizard configuration Clear Data These buttons clear the designated values within the device All buttons are subject to Intouch user level security which is set during wizard configuration 182 PMCS Interface Toolkit Device 369 Group fSystem Order Code 369 HI R B F 0 Device SR369 Hardware Rev A Firmware Rev 1 20 Modification Mone Serial Mo 53899000081 Slave Address 104 Events Trend Help Setup wave Exit 183 Metering Alarms Demand Setup Tab Setup system Settings VT Connection Type WT 2 31 1 single YT Operation Off Ground CT Type Secondary Ground CT Primary Amps 100 Phase 1000 Frequency Az Phase Sequence Motor Settings Full Load Amps FLA Rated Yoltage Cooling time Constant Running stopped Safe Stall Ratio RID Settings Min Bias Midpoint Max Bias 500 Amps 480 Volts 20 Min 30 Min 010 40 Deg 120 Deg 155 Deu C Communications Channel Baud Rate Parity Mone 19200 19200 Mane 19200 baud 369 Relay Setup Tab RTD Application MODBUS Connection Control Setup This tab displays selected setpoints from t
222. ptions of the functions available with each of the GE Large Faceplate wizards While a majority of the most popular data available at each device have been made available in the Wizards some functions available with the actual devices are not provided in the Large Faceplate representations such as the following e Test Mode or Simulation Mode on some devices is not fully supported e Details on status alarm trips other than the information displayed by the front LEDs and a brief text message see Tabular Data Screens for detailed status alarm trip information e Any flashing status messages which may be produced by a device e Some actual values are not displayed on the Large Faceplate Wizard but can be found on Tabular Data Screen Wizards Users should be aware that not all values displayed by the GE Large Faceplate Wizards are automatically updated Also some rapidly changing values especially those requiring calculation cannot be displayed as rapidly on the wizard as on the actual device s screen For a more detailed description of the functions of a device see the user s guide for that device POWER LEADER _______ LEADER 50 large faceplate representation of the POWER LEADER provides the following animated functions Click on Display Window Clicking on the display area opens the tabular data window specified during wizard configuration and sets the
223. put 4 Reactive Power Reactive Power Legend Pickup Pos Reactive Pwr Dmnd Reactive Pwr Total Pulse Time Alarm Events Trend Help Setup Wave Exit _ Metering Setpoints Demand Range Analysis The Multilin Status tab shows the status of Alarms Aux2 Aux3 Relays 112 PMCS Interface Toolkit Demand Demand Multilin POM Metering Frequency amp Demand Range L1 Li POM x Frequency Min POWER QUALITY HETER Hz B 00 00 00 0020200 555 35 00 00 00 0000200 Demand Current amp Power Peak Demand Device 1 Selena QI Group Mame system Phase Current Demand Amps 15 39 46 091 4 2000 SERIE POM Phase Current Demand Amps 13 39 46 09 14 2000 Hardware Rev C Main Program Rev 341 Phase C Current Demand Amps 12 39 46 09 1 4 2000 Boot Program Rew 110 Current Demand Amos 0 13 39 46 09 14 2000 supervisor Rev 1 02 Power Demand 0 61 09 26 59 12 3 2001 1 2 3 4 d foo ooo ooo ooo non Reactive Power Demand kvar 0 01 11 53 12 1243 2001 Apparent Power Demand O61 09 26 59 12 3 2001 Events Help Clear Demand Values Clear Frequency Yalues setup Exit Metering Status Demand PRange Analysis Io Setpaints The Mu
224. r Wye and Delta systems 7 Press the Download key This will transmit the values entered into the Setpoints tabular screen for the selected setpoint number to the device After several seconds press the Refresh button and scroll to the selected setpoint to verify that the device has accepted the setpoint entered parameters 8 For waveform record open the Waveform Capture program from within the MMI On the main screen select the appropriate Topic or device name and click on the Record radio button Then under the menu Waveform gt Configure gt Record Depth select a depth of either 1 event x 36 cycles 2 events x 18 cycles or 3 events x 12 cycles Press OK The Trigger Arm and Retrieve buttons will become inactive as the depth is downloaded to the meter For waveform capture proceed directly to step 9 9 Once the Trigger Arm amp Retrieve buttons become active press the Arm button The Trigger Arm amp Retrieve buttons will momentarily become inactive When the buttons become active the meter 15 now ready to record capture a waveform when the setpoint conditions are reached 10 Once the waveform has been automatically captured or recorded and the event has been logged choose the appropriate Topic and function 1 in the main screen of the Waveform Capture program press Retrieve 11 View and save waveforms as desired 12 To rearm the meter and clear the waveform data out of the device s memory press Arm on the main
225. r elevations Short Camment 5 pectra ELM Small Faceplate Cancel Add to Toolbox Remove tom Usage The Small Faceplate wizards are icon sized graphics typically used to create accurate elevation views and one line diagrams These wizards are provided with logic to open another window typically either a Large Faceplate 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 or resize Small Faceplate wizards in the window as desired 6 PMCS Interface Toolkit Enter the name of the window to open when the icon 15 clicked on during runtime Small Faceplate Dialog Te Window m Large Faceplate Wizards Wizard Selection Alarm Displays Buttons Clocks MICRO MICRO Frames SPECTRA VERSA VERSA TRIF O Tei M PIE Spectra Large Enhanced Enhanced GE Small Faceplates Faceplate Trip Trip GE Small Faceplates Tabular Screens Tabular Screens Il Meters Panels 1 2 MIULTILIN 269 Huntime Tools 3710 Large
226. ral e Inst e Max Voltage Volts Phase AN BN CN AB BC and Inst 235 THD Current THD Voltage Energy VA Hour VAR Hour Power Real WATT Reactive VAR Apparent Setup One Tab Device Mame 35 Group poystem Modbus Addr 1 Baud Rate Kilo ott Inputs Kilo Amp Mega Vatt Input Phase Reverse Limits Meter Setup Limits Set By Mon Open Delta Instantaneous alte Decimal Placement Amps Decimal Placement Watt Decimal Placement VOLTS Full Scale volts AMPS Full Scale Amp Lim Threshold for 4 NOT Configured BEH configured Metering Setupone Setup Tyo Phase Reversal Phase Imbalance Delay oni Sec Delay Off Sec MOT Enabled ES Enabled 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 236 NOT Reset Reset PMCS Interface Toolkit Meter Setup e Limits Set By Relay 1 Relay 2 e Phase Reversal e Phase Imbalance e Delay On Delay Off Decimal Placement e Volts Decimal Placement e Amps Decimal Placement WATT Decimal Placement VOLTS Full Scale AMPS Full Scale Lim Threshold for Imb Reset e WATT Hour e VAR Hour e VA Hour If it is kilo volt inputs the decimal placement is 2 as s
227. rature C Fh RN TE 1 Stator Phase B EET cet RTD 2 p 3 Bearing LInbalance 957 Thermistor Mot connected 5 Motor Starting Curr Status Trip Switches TEUER Trip Cause Parameters Mat Set Switch 1 Access evice Mame EARE Calc Trip Time seconds Swich 2 Emergency Restart y Swich 3 External Reset Device Type 2 338 OPTION 1 Hardware Di Motor Status Stopped Program Rev Files Motor Load FLC 0 Output Relays Main 2 51 1 000 Thermal Cap Used 951 0 Boot 2 00 2 000 Matar Running Time 144284057 5 EN Trip C Ta T 1 Pickup super 1 02 000 Motor Ph Cur Scal Factor 10 Alarm Service 09 06 000 4 000 Mant 09 06 2000 5 000 Time to Over Load Reset Min Y 0 0 Selected Setpoint Group Main Group Emergency Restart _ Metering Setpoints Status TripData The Multilin 239 Metering screen shows e Current RTD Status and Temperature Motor Status Switches Output Relays 171 The Reset Device button when clicked will issue RESET command to the 239 The Emergency Restart button when clicked will issue RESTART command to the 239 Status Tab Multilin 239 Status Alarm Status Flags Trip Status Flags Aux Status Flags Immediate Over
228. re a relatively rare change to make please be patient during the delay PLEPM Wrong Metering tab displayed 252 PMCS Interface Toolkit InTouch applications 253 Q When I double click the display on the PLEPM s Large Faceplate wizard to go to the Tabular data screen the DELTA metering tab is displayed even though the PLEPM is configured as WYE A Click another tab and then click back to the Metering tab The correct configuration will now be displayed Windows not displayed properly Q When an InTouch application containing PMCS Wizards has its resolution changed the fonts in the 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 resized Next any time you change the resolution of an InTouch application containing PMCS Wizards you ll need to delete the wizards from any converted Windows and then add the wizards back in When you add the wizard back in it will display correctly Appendix 3720 Sliding Window Demand Keys Downloading Sliding Demand Window Keys to the EPM 3720 The EPM 3720 supports up to 10 sliding demand measurements that are user
229. re 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 15 determined by the Order Code read from the device those functions that are not available in the connected device will be grayed out and disabled as shown below 153 7 __ Button to enable or disable Ground ioc2 the indicated function Status indicator gray disabled amber enabled Device Mame Group Poy stem Order Code 190 000 9 56 06 Product Version 240 Serial MUR 990002535 Mitr Date 571071333 had z Modbus Addr 45 Addr 3 46 9 231 Prog State Programmed Relay Relay Events Trena Help Sep Wave Exit 154 m The label color indicates the SV EL Ime function s availability on the connected device gray not available black available To use this tab the user selects one of the eight settings groups for editing using the control labeled Select Settings Group The status of the settings in the selected group will then be displayed and the user can enable disable functions without affecting settings in the other seven groups Note that the displayed group may not be the active group currently in use by the relay s p
230. readings for appropriate modes indicated by the phase LEDs below the display window SCROLL UP Loop through display modes either down or up the list of and SCROLL parameters Fourteen modes available with a Delta configured DOWN Buttons device one additional with Wye Table 5 PL Meter Faceplate animated functions 76 PMCS Interface Toolkit 77 parameters available with the SCROLL buttons are listed below RMS Current Units in Amps phase shifting among A B and C RMS Voltage L N Units in Volts available only in Wye configuration with phase shifting among A B and C RMS Voltage L L Units in Volts phase shifting among AB BC and CA Watts Units in kW phase shifting among A B C and total Vars Units in kVARs 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 in kW no phase shifting Frequency Units in Hz no phase shifting Harm Distortion Value area of display is blank degree of harmonic distortion is shown as negligible mild moderate or severe Spectra ECM SPECTRA ECAP t COHTRAST SCROLL S
231. rotection 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 Current Transformer Primary Primary Connection Secondary Ratio Amps 959 camps 7 volts 3 1 Delta vnchracheck 2 Delta gt Signal Mormal Fredq Hz Disable E Hi Z Function Legend Disabled Enabled j Source Source3 Source 44 gt gt Universal Relay Power System Configuration Tab The Power System Configuration tab supports the B30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and shows the source CT and VT configuration of the entire relay The supported UR devices can be configured with one to three DSP cards containing voltage and or current transformers for measurement purposes PMCS Interface Toolkit 155 Current Transformers Primary indicates the current rating of the CT primary Secondary indicates the output current of the CT secondary either 1A or 5A Displays N A if the Order Code indicates no CT is installed in the affected location Voltage Transformers VT Secondary indicates the output voltage of the VT Ratio the turns ratio of the VT Displays N A if th
232. rs Guide 6514 PMCS Read This Book First for more information on network configuration The Node Name field 1s required because the EPM7700 does not use the same DDE server as the rest of the standard PMCS devices and the wizard must be directed to the location of the correct Communications Server for proper configuration of DDE topic names Also the Application Name field must be completed as ION LINK rather than GE32MODB or GE32MTCP for the EPM7700 device The ION LINK program is installed during initial PMCS setup if the EPM7700 software option is selected When configuring Wizards on Secondary nodes the Application Name field entry does not follow the PMCS wizard convention of RemoteComputer ION LINK EPM7700 Secondary nodes run a local copy of the ION LINK server thus the application name for EPM7700 Tabular Data Wizards is always LINK whether the wizard is installed on the Primary node or a Secondary node The Node Name entry determines if the wizard 15 on a Secondary node The Gateway Name field must be completed with GE77GTWY the application name of the GE 7700 Gateway Server program When configuring the 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 name of the PC where the 7700 Gateway application is running the Primary Node The following example sho
233. rware InTouch and NetDDE are trademarks of WonderWare Corporation US Pat Nos 5 768 148 5 764 155 5 862 391 ii e Back to Main Menu PMCS Interface Toolkit Back to Main Menu Contents INTRODUCTION gt ___ _ _ __ _ _ __ 1 1 HOW a _ __ ____ 2 2 ____ __ 3 ABOUT THE JNTERPACEFOOEKIL c Ld 3 T ON a 3 USING AND CONFIGURING PMCS WIZARDS sssivissscccssssssccscessscnsasecvesessscsvasesenssousdeSeasesssewssncsossaceaveeessosbeewsvenseeseneoses 5 ABOUT HB m _ 5 WIZARDS ese e ie on icm _____________ 6 Qu TOUT OO 6 ____________________6_6____ _ 8 OS E NIC c Ratna AE 8 Qo T 9 ONS e tug D ah 9 TABULARADATAISCREEN
234. s p up qo Maltilin SATS Device Mame ML 735 Group pos Stein Device Type SRF 38 Hardware Rew D Firmware Rev 1 52 File Mumber 000 Current of CT Phaze X 201 201 Phaze 200 Ground 0 Time Overcurrent Trip Phaze Phase Phase Ground Configuration Curve Shape ANSI Instantaneous Disabled Aux Trip Relay Main Trip Output Relays 7 Main Trip 7 Auxiliary Trip service Instantaneous Overcurrent Trip Phase A Phase Phase Ground Modbus Address 28 Baud Rate 19200 Test Made Switch RESETSCLEAR Device Metering Setpoints Trip The 735 Metering screen shows e Current and Output Relays e Time Overcurrent Trip and Instantaneous Overcurrent Trip e Configuration The RESET CLEAR Device button will issue a RESET command to 735 200 PMCS Interface Toolkit tie qe ae MMaltilin 58135 Device 735 Croup Marne poystem Device Type SRP SS Hardware Rew D Firmware Rew 1 52 had File Number 000 Trip Data Tab Last rip Data Cause of Last Trip Phase A Pretrip gt Phase Pretrip Phase Pretrip gt Ground Pretrip 35 Last GA Trip Time mS Trip Record Cause of 2nd Last Trip Cause of drd Last Trip Cause of 4th Last Trip Cause of Sth Last Trip Trip Data Time not available Mane None None
235. s 16 samples per cycle from multiple cycles on all 8 inputs simultaneously The device will store 36 cycles of 1 event 18 cycles of 2 events or 12 cycles of 3 events depending on the Record Depth programmed by the user Please follow the instructions below to use a Setpoint to trigger a waveform capture or record on the EPM3720 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 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 amp Operation Manual for more details on configuring Setpoints 3 Basedon the parameter that will be set in the Trigger Key select the Setpoint Type 4 Setthe Trigger Key The Trigger Key is a code for the parameter that when its value passes a set limit triggers an Action Refer to the table in this section for a list of Trigger Key codes 5 Enter the High and Low Limits as well as any Time Delays to operate and release 6 Select the required Action To record a waveform choose Waveform Recorder For Waveform Capture remember that the waveform of only one input may be automatically captured Choose Waveform Capture Channel where represents an integer between and 8 Following are the Channel assignments fo
236. s for the EPM 7700 When these fields are completed click the Select Multiple Tags button to select several tags at once or click the Select Tag X button to assign tags one at a time The Select Device Tags dialog appears d Custom Table Dialog Device Mame ML239 Application Marne GE32MODE Dea Tii Select Device Tags Device Type 1 238 Select 1 tag from the following list Address Description SERIAL NUMBER Serial Mumber MOTOR MODE Motor Made STSTEM STAT System Status AMPS Phase Current 5 Phase Current _ 5_ Phase Current PARE TRP_AMPS Pre Trip Ground Current PRE TARP Pre T rip Current Unbalance TEMP RHTD1 ATE 1 Temp TEMP HTD2 Pre Trip ATO 2 Temp TEMP HTD3 ATO 3 Temp LIIRRENT SP BR LFP Setpoint Group AMPS Phase Current B B Phase B Clear Selections Select Tag 12 The Select Device Tags dialog shows a list of all 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 s
237. s of hertz Frequency is only displayed if the Frequency Tracking Reference setpoint is set to a non zero value Power Quality Tab Harmonic and Sequence Tab Current Voltage Magnitude Angle Magnitude Amps Deg k 2bU B 206 70 114 50 Ju Control 1 Elements jJ Inputs Counter T Power Source Universal Relay Quality Tab The Quality tab provides six buttons labeled S1 S6 These buttons enable you to select the source 1 6 for display The text in the upper left corner of the tab indicates which source is currently displayed Buttons are disabled for sources that have not been configured or enabled in the attached device The Voltage parameters displayed are dependent on CT VT configuration of the device hardware For the selected source the Quality tab displays actual values for Zero Sequence Positive Sequence and Negative Sequence currents and voltages The following devices are supported B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 The displayed values are described below Current Phasor magnitude and angle for negative positive and zero sequence currents PMCS Interface Toolkit Voltage Phasor magnitude and angle for negative positive and zero sequence voltages Voltage values derived from a source wired in a delta configuration will appear as Protection Control Tab Control Tab select Settings Group Reset Latched Alarms Grouped Function Con
238. s require the creation of a Window Script in InTouch The Window Script automatically configures DDE Links used by the Tabular Wizard when it is displayed The script must first be configured then installed per the following procedures Configuring the Tabular Data Screen Script 1 Window Script for 7700 Tabular Wizard Edit Insert Match case 54 Help Condition On Show Scripts used Il Setltem _29729 7 DeviceMm 23730 94 IDSetlter Replace Convert IDSetlter Find what DeviceNm Replace with 704 Replace After configuring the Tabular wizard and with its window displayed select Special Scripts Window Scripts from the WindowMaker main menu The Window Script Dialog box opens Select On Show from the Condition Type drop down list 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 Switch back to WindowMaker and paste the clipboard contents into the Window Script dialog text box using the CTRL V keyboard command From the dialog box menu select Edit Find to bring up the Replace dialog box as shown in the example below In the Find What field type in DeviceNm In the
239. s screen shows 214 Hardware Input Coils Trip Coil Cir Close Coil Circuit Trip Demand cuit Logic lo Setpoints PMCS Interface Toolkit Output Relays Analog Input Hardware Input Coils e Breaker Operation The Open Breaker button will issue an Open Breaker command The Close Breaker button will issue a Close Breaker command Setpoints Tab System Setup Phase Primary Amps Ground CT Primary Sensitive Gnd Primary Amp T Connection Nominal Secondary Volts Voltage Transformer Device Mame MLFS0 rae System Nominal Frequency Hz Device SRI Cost of Energy cents Hardware Rev H Sotware Rev 4 01 Line Connection Bogt Program 3 00 Line Nominal Secondary Volts Mod File Number DOC Line Ratio Manut Date 09 21 2000 Phase Sequence Events Trend Help Active 5etpoints Group Setup Wave Exit Metering 7 status Fault The SR750 760 System Setpoints screen shows e System Setup e Analog Output Configuration 215 Analog Output Configuration AK 1 Phase Current AK Phase B Current AK Phase Current AO g Average Phase Current AMS of Load to Trip AK Neutral Current All Phase Voltage Phase Current Demand Logic 10 Setpoints 90 30 GE Fanuc 90 30 Metering Data Event Trend Help Logger Exit
240. se wizards are not associated with any logic or animation but are provided to create more visually accurate screens and representations of equipment Device icon wizards are typically placed on the Elevation wizards to show the breakers trip units and meters and provide navigation to device 3 D wizards tabular displays or arbitrary windows Configuration After placing an Elevation wizard in an open window it may be moved or resized but no other configuration is possible Elevation wizards are not provided with logic for opening another window PMCS Interface Toolkit Floor Plan Wizards S C P S MO Window Doors Brick Patterns Stairs Telephone Pole Ie d od 2 n n Walls Trees Bushes Heages Cars Usage Floor Plan wizards are graphical elements that are useful for creating accurate representations of a facility layout You can use a floor layout as an overview display of an entire plant with animated areas for navigation to various switchgear elevation views or one line diagrams You can paste miniature elevation views as bitmap objects onto the floor layout sized to fit and then animate them as push buttons to display elevation views or one line diagrams see Chapter 3 Configuration After placing a Floor Plan wizard an open window it may be moved or resized but no other configuration is possible Floor Plan wizards are not provided with logic for opening another window 23 Toolbar Wizard Usa
241. splay the dialog box shown below Configure the wizard by entering the appropriate information into each of the boxes Enter the name of the window to open when the icon 18 clicked on during Metering Screen Transfer runtime Window Name wr indowhd Small Medium Large Line Width 1 to 20 Meter Color Select the color of the meter wizard 18 Transformer Fuse Ground Motor One Line Wizards After placing a Fuse Ground or Motor wizard in a window double click on it to display the dialog box shown below Configure the wizard by entering the appropriate information into each of the boxes Enter the name of the Ground Configuration InTouch discrete tag that determines the state of the status 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 transformer as shown below Transformer Configuration Click on the check box to specify an air core transformer PMCS Interface Toolkit 19 Enter the name of the InTouch discrete tag that determines the color of the line to the right or top of the relay symbol Horizontal and Vertical Relay One Line W
242. sponding to the Alarm Panels Make sure the DDE Item names created in InTouch match the 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 Modify Access Access Mame EVENTLOG Node Mame Application N ame EVENTLOG Topic Hame SYSTEMI Which protocol to use DDE SuiteLink When to advise server Advise all items Advise only active items 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 Typically this script is placed in the InTouch Startup application script PMCS Interface Toolkit 33 An example of a simple script is shown below Panel 1 Name ANN P 1A Name 11 R1C2 Name ANN IB Name Panell 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 34 Troubleshooting Tips for the Annunciator Panel Wizard Make sure that all DDE Items associated with the annunciator panel have been created in the Event Logger You must create associated InTouch DDE Integer Tags by hand 1 the InTouch tagname database The DDE Access name for the tags should use
243. t Contact Contact Contact Contact Contact Contact Energized De Energized Contact Contact L 1 L 1 L 1 L 1 L 1 L 1 L 1 L 1 L 1 Contact HBHHHHHBBB HIH Contact Universal Relay Contact Output Current States Tab The Contact Output Current State tab supports the B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and indicates the current state of the contact outputs installed on the selected relay Up to 64 contact outputs may be displayed Contact Output Current State The Current Voltage and Detect buttons enable the user to shift the viewing mode of the contacts displayed The contacts are presented as a series of pages To view the contact outputs use the Page arrow keys provided to navigate among the pages The number of contact outputs available is determined from the Order Code read from the device and 15 dependent on the number of digital I O cards installed in the relay If a contact output is not available in the connected relay the associated control button is grayed and disabled and the output name field shows N A PMCS Interface Toolkit Remote Temperature Detection Tab RID Tab Mo status ID Ma Status Function ID Co 13 __ EJ 1 14 EJ 1 15 Ecl U CI 18 Croup poy Ste Order Code L 17 1 L L an D O O HCH FSB HBk LB MBK SEG LIBH 15 i 1 13 E Prod
244. tches e Analog Inputs Assignable Input 1 Assignable Input 2 Assignable Input 3 Assignable Input 4 Trip Coil Supervision RS BLOCK START ___ SERVICE Open Open Open Open Ma Coil The Clear Analog I P Min Max button will clear all minimum and maximum values of Analog I P 188 PMCS Interface Toolkit Maintenance Tab SH469 Maintenance Trip Counters Total Number of Trips Reverse Power Trips Incomplete Sequence Trips Input Switch Trips Tachometer Trips Overload Trips Short Circuit Trips Mechanical Jam Trips Undercurrent Trips Current Linbalance Trips Device ML4 amp 9 Ground Fault Trips Phaze Differential Trips Acceleration Timer Trips Undervoltage Trips Overvotage Trips Phase Reversal Trips Voltage Frequency Trips Power Factor Trips Reactive Power Trips Underpower Trips Analog Diff 1 2 Trips Analog Diff 3 4 Trips Timers Motor Running Hours Time Between Starts rin Start Timer 1 min om Group 0 0 Device Type SR4B9 P is Start Timer 2 DL Start Timer 3 Hardware Rey Other RTD Trips Eier Teen pl ia Ambient RTD Trips Pod Firmware Analog Input 1 Trips Start Timer 5 gmin Rew 30E25045 000 Analog Input 2 Trips General Counters Boot Program Analog Input 3
245. test settings may not be displayed 7700 7700 Tabular Data Screen wizard has several special features You can use the Setup screen to change the meter configuration Values displayed in white boxes are changeable Some are changed by clicking on the displayed value while others are changed by clicking on the associated scroll button The Download and Refresh buttons on the setup screen upload and download all of the setpoints from the device To change setpoints at the device first press the refresh button to upload current setpoint values from the device otherwise the defaults are shown and used for download Modify setpoints as desired then press the download button to send all setpoints to the unit In the following pages each of the 7700 ION Meter s Tabular Data Screen Wizards tabs will be displayed and detailed Metering Tab 1100 Normal Metering Values A C Three Phase Values 120 06 120 00 1 11 111 0 12 012 013 013 0 07 0 07 06 40 ob 4c Device Device Group Mame Syste 56 45 56 45 Device 750 0 00 0 00 0 00 0 00 1 00 1 00 Serial ID PK 9909 4 072 0 Firmware Rev BUS2S 750 Voltage Mode Voltage Linbalance 9 Current Unbalance 55 Frequency Hz Phase Reversal Ava L L _ Metering EPM 7700 ION Meter Metering Data Screen MIN MAR Quality Demand Inputs setup 1 setup
246. the Application Name field must be completed as LINK rather than GE32MODB GE32MTCP for the EPM7700 device The ION LINK program 15 installed during initial PMCS 6 1 1a setup if EPM7700 software option is selected When configuring Wizards on Secondary nodes the Application Name field entry does not follow the PMCS wizard convention of RemoteComputer ION LINK EPM7700 Secondary nodes run a local copy of the ION LINK server thus the application name for EPM7700 Large Faceplate wizards is always LINK whether the wizard is installed on the Primary node or a Secondary node The Node Name entry determines if the wizard is a Secondary node Finally the EPM 7700 device type requires special InTouch scripting for the large faceplate wizard Refer to the section at the end of this chapter titled Special Scripting Considerations for the EPM 7700 PMCS Interface Toolkit Tabular Data Screen Wizards 11 Wizard Selection GE One Line Tools GE Large Faceplates GE Tabular Screens GE Small Faceplates GE Small Faceplates GE Miscellaneous GE Elevation Wizards GE Elevation Wizards GE Floorplan Wizards GE Floorplan Wizards Alarm Displays Buttons Clocks Frames Panels Lights Meters Runtime Tools Sliders ao MICRO HICRO VERSA TRIP C VERSA 0 5710 5720 239
247. tion that shows the status of the 269 Plus relay If a trip or alarm has occurred auxiliary relay or 2 is active If the meter fails its self test the dark red square to the left of the label appears bright red Table 10 269 Faceplate animated functions The following table lists the pages that can be accessed with the PAGE buttons with the parameters available in each page that can be accessed with the LINE buttons PAGE 1 ACTUAL VALUES PHASE CURRENT DATA AMPS I 3 Ph avg xxx AMPS Max Stator RTD xxx UNBALANCE RATIO In Ip U B xx PERCENT GROUND FAULT CURRENT G F xxx 0 AMPS ST HR TIMERS MIN XX XX XX XX XX TIME BETWEEN STARTS TIMER MIN END OF PAGE ONE ACTUAL VALUES PAGE 2 ACTUAL VALUES RTD TEMPERATURE DATA HOTTEST STATOR RTD RTD xx xxx RTD TEMPERATURE RTD xxx MAX STATOR SINCE LAST Page header Phase current in amps or RUN based on motor status Average phase current Hottest stator temperature Units 1 if G F CT ratio 2000 1 Starts per hour Page footer Page header Displays temperatures of RTDs 1 10 ACCESS RTD x xxx DEGREES C 14 17 MAXIMUM RTD x TEMP SINCE LAST ACCESS xxx DEGREES C Displays 7 10 max 18 CLEAR LAST ACCESS DATA Press STORE to clear message changes to NO YES 19 END OF PAGE TWO Page footer ACTUAL VALUES PMCS Interface Toolkit 89 PAGE 3 ACTUAL VALUES MOTOR
248. toring Sag Swell Counter e Transient Counter e Over KW Sliding Window Demand Status e Over Current Phase A Status e Over Current Phase B Status Over Current Phase C Status e Over Voltage Unbalance Status Note no color code is used for the Relative Setpoint Status Symmetric Components e Zero Sequence Magnitude for Current and Voltage e Sequence Phase for Current and Voltage e Positive Sequence Magnitude for Current and Voltage e Positive Sequence Phase for Current and Voltage Negative Sequence Magnitude for Current and Voltage Negative Sequence Phase for Current and Voltage Power Quality tab also provides push buttons for performing the following commands Reset Disturbance Counters Resets Sag Swell and Transient Counters Enable Disable Sag Swell Enables or Disables Sag Swell Tracking Enable Disable Transient Enables or Disables Transient Tracking Enable Disable Over KW Enables or Disables Over Real Power Sliding Window Demand for Relative Setpoint Tracking Enable Disable Over Amps Enables or Disables Over Current for Phases B and C for Relative Setpoint Tracking Enable Disable Over Vunb Enables or Disables Over Voltage Unbalance for Relative Setpoint Tracking Demand Tab 7100 Demand Export 25 20 20 25 Reset Energy Device DieviceM Group jovste NX _ Sliding Window Demand Predicted Dem
249. trol Status Description Status Description Status Description EUH Neg Seq TOC _ Trip Output Phase TOC Neg Seg TOC Open Pole 00 Neg 5 9 1001 1 Phase Device Lat DM SSvstem Phaseloc2 Seq 002 Phase U2 pd _ Neural TOC LL Phaze Dist Line Pickup 190 2000 6 LL Meutral ocd Phase Dist VT Fuse Fail Phase Dist 1 Function Control Product version 180 Groun mm TETE uem Serial 2 hM ABCaaaaaaus Ground loc L Gnd Dist ZZ EN old Load PLI nd Dist 23 L 671 Function Mfr Date OB 41999 n l ColdLosad PU Dist 24 L EN 8 Pc Function celer Breaker Functions Latest Fault Information Addr 3 46 9 255 nem Prag State Programmed Fault Time Stamp 0141970 00 00 00 000000 Relay Relay 2 Fault Location Type Mone Fault Location 3277 km Metering Control Elements Counter _ Sources Universal Relay Protection Control Tab The Protection Control tab is supported for the following devices B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 The Protection Control tab provides the features described below Grouped Protection Settings The
250. tupOne Setup Two 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 Meter Setup Limits Set By Relay 1 Relay 2 e 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 Imb 229 Reset e WATT Hour e VAR Hour e 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 a Limit 2 Trigger Exceeded Set Above Below iy 1 2 Limit 1 Limit 2 Limit 1 Lirnit2 Device Dh 300 Croup poystem Modbus Addr 42 Baud Fate S600 HBBHB TERETI RIER HBHHE RETETE HEU DEORE DUHDEN HUN HBHHB RECETE DENE m pg t BD Mot Trigger Exceeded 1 Events Trend Help Exceeded The screen explains various parameters related to Limits and Triggers Brief explanation of each of the columns is described below 1 Limit 1 value for the Associated quantity For example Phase Amps Trigger Relay 1 LED display in Amber color Limit
251. tus screen shows various RTD values Device Mame ML469 Croup Device R469 Hardware Rev E Firmware Rew 30E 25045 Boot Program 30E21 00 000 Events tron Help Setup Wave Exit The Multilin SR469 System Setpoints screen shows values of Thermal Model Current Voltage Sensing Power System 191 Setpoints Tab SH469 System Setpoints Thermal Model Curve Style Overload Pickup Level FLA LInbalance k Factor Cool Time Constant Running min Coal Time Constant Stopped min Sate Stall Biasing Bias Minimum 571 Bias Center Point 5 Bias Maximum 547 Thermal Capacity Alarm T C Alarm Relays Thermal Capacity Level 7 used Thermal Capacity Events Overload Trip Relays Serial Communication Coantrot Setpoints RTDHI Analog Current Sensing Standard Phaze CT Primary 1 04 Motor Full Load Amps p Ground CT Type 15 round CT Primary Phase Phase Differential CT Primary Enable Two Speed Motor Option Speed Two Phase CT Primary speed Two botor Full Load Voltage Sensing One Connection Ont Connection Alarm Voltage Transformer 5 Motor Mameplate Off Power System Trip Nominal Frequency Off System Phase Sequence 1 1 50 0025 100 100 On 100 1 Wye
252. uct wersion 24 201 EJ Serial hLIRCSSODOZ253 Mfr Date 99 21 jr 3x L 22 _ EJ Modbus Addr 4 Adr 3465231 23 _ E Prog State Programme 1 24 Relay Legend Disabled Enabled Universal Relay Contact Output Tab The RTD tab supports the B30 C30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 UR devices and shows the RTD sensors installed on the selected relay Up to 48 input sensors may be displayed RTD Tab Each RTD sensor s status function name and current temperature are shown Individual RTD s may be disabled or enabled using the control button next to the RTD number The sensors are presented as a series of pages To view each page of RTD s use the Prev ious and Next keys provided to navigate among the pages The number of parameters displayed is determined from the Order Code read from the device and is dependent on the number of RTD sensors wired to the relay If a sensor is not available in the connected relay the associated control button is grayed and disabled and the name field shows N A 169 Bus Tab BUS Tab Diff Rest Diff Rest Diff Rest Diff Rest Diff Mag Diff Mag Mad Diff Angle Wm Mad Diff Angle Mag Angle Communications Failed Amp Dp DE Amp Device Mame Group Order Code TR 1 BUS 2 Product Version 0 Serial x
253. ud Rate for Comm 1 2 and 3 Unit ID for Comm 1 2 and 3 Protocol for Comm 1 2 and 3 Mode for Comm 1 Ethernet Protocol IP Address Subnet Mask and Default Gateway The Setup 1 tab also provides push buttons for performing the following commands Download Executes a script to check for values that have changed and downloads those values to the device via the GE 7700 Gateway Refresh Executes a script to upload all of the meter values for the settings on the screen Note Be sure to click the Refresh button prior to changing or downloading any settings to the EPM7700 as the latest settings may not be displayed Setup 2 001 Set Up 2 SD Sub Interval SD 5ub Intervals SD Predicted Response _ Sliding Demand 900 sec Sliding Demand an ERES a Sliding Demand 900 Sec lava Sliding Demand 900 sec Waveform Recorder Swell Transient Depth 128x14 7 0 00 Limit 59 og 00 Swell Limit 957 106 00 Device Mame Device sul ir See 8 jSvste ransie reshald y EE QU DE 900 Setpoints Dropout Picku Time Limits FR SSUSAD 2 0 Under Over Under Over Ons Off x Firmware Rew BUSZS 7500 oer SVD 508 20000 000 200 009 ___000 __380__30 Voltage AVE Over la 000 1200004 0 0095 20000 ___0 00 30 30 Over 000 200 009 0 00 200 009 0 009 a Ov
254. uenc Contiqured F3 Time Cant Normal Under Frequency Configured Time Over Voltage Configureg Time 3600 Events rend Help 4 Em The Setup tab displays the following demand values from MX 200 device 220 PMCS Interface Toolkit Control YN No Load Test Load Test Fast Load Test 55 512 LS Q7 03 Aux2 1 The legend is ON and OFF If ON it is indicated by amber and if OFF by gray color Options T3 Timer Bypass T3 Timer e W3 Timer Bypass W3 Timer T Timer Bypass W Timer Bypass n Ph Mon Closed Trans e ATS Type 512 Auto Manual S5 Auto Manual Bypass Phase Sequence Check Over Frequency Over Voltage e Normal Over Frequency e Normal Under Frequency e Normal Over Voltage The value against each option is displayed as either as Confirmed or Not Confirmed Voltage Volts 221 Normal Pickup Normal Dropout Emer Pickup Emer Dropout The user can enter values against each parameter Frequency Hz e Normal Pickup Emer Pickup The user can enter values against each parameter Time Seconds e P Time e W Time 9 W3 Time DW Time T Time e T3 Time DT Time e U Time The Setup tab also provides push buttons for performing the following commands Download Executes a script to check for va
255. ues under different device configurations Values not configured for use are displayed as N A 119 3710 3710 Normal Metering Values L Three Phase Values Volts L MN Average salts L M Current Average Volts L L 135 Average Amps ii Total ks A 0 0 Total Total Device Vols AB a Meutral Current Volts BC l v AUX Current Scale Vals Modbus Address 0 27 Demand Meter Rew 0 0 0 0 Event Trend Help Logger Wave Exit Normal Metering Setup setpoints The EPM 3710 Tabular Data Screen wizard provides the following special features e The Normal Metering Values screen has a label that displays either kVA Demand or Amps Demand depending on how the meter is configured e The Setpoints screen has two scroll buttons that determine which setpoint is displayed The Setup tab contains field Key corresponding to 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 Meaning Coe Meaning Ge Meaning 0 o vea kA pem _ ks Du ema KENN 8 120 PMCS Interface Toolkit 3720 2 E 4 678
256. ule stops communicating 181 Control Control Status Preset Values Peak Demand Data Last Trip Data HID Maximums serial Mo Ma3B 99000081 Slave Address 104 Energized CO motor Status Running Deenergized Trip Digital Counter Alarm L Aux 1 L Postive kvarh Aux 2 L Device ML369 Negative Group Name ssystem Clear Data speed Order Code 69 0 369 All Data Differential i eset Device Type SR3BS Start Motor Kotor Data Start Motor Firmware Rev 1 20 Ewent Records Events Trend Help Setup Wave Exit Metering Alarms Demand Control Setup 369 Relay Control Tab i This tab provides limited control functionality over Modbus Status indicates the current status of the output relays and general digital inputs Preset Values shows the current value of the indicated field Note that these values are only updated when the tab 15 first displayed not continuously To preset a new value click the white box containing the value you want 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 set
257. upport Waveform feature The EPM9650Q supports Waveform features The device offers the following features integration Offers Maximum and Minimum values for every measured reading 8 Built in Digital High Speed Status Inputs The 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 ____ Values M 3 Ph VoL Volts Ph Amps altis urr 75 K Factor 1495 90 1488 54 L i 1511 81 Device MESOS 25B1 Group Meter 0107 Nexus 1250 Boot ver 0028 260215 001 TuS 0 51 Shaw Normal Show High Speed DSP Boot Ver Mo 8004 DSP Runtime 0144 2606 56 Power Hormal Values Ph Reactive var Apparent Va M L eal Vatt Reactive VAR Apparent VA 2223 B8 3855 52 4450 90 Time Jan 26 2002 12 25 38 15 4452 80 30 4453 37 Current Time dem zy 2002 2290 11 3913 21 4534 07 B1 14 137 88 13439 34 F Demand setup Ji Thermal The Metering tab shows following various parameters e Voltage Normal
258. use Phase A Trip amps Phase B Trip amps Phase C Trip amps Unbalance Trip percent Ground Current Trip amps 3710 Meter 80 large faceplate representation of the EPM 3710 provides the following animated functions Opens the tabular data window specified during wizard configuration and sets the view to the Monitoring page MIN MAX Open the tabular data window specified during wizard Buttons configuration and set the view to the Setup page Rotates the left side of the display through eight sets of Button instantaneous values as described in the table below FUNCTION Rotates the right side of the display through 13 Button accumulated values Table 7 EPM 3710 Faceplate animated functions The parameters displayed by the PHASE button are listed in the following table hs cme and volge ___ The parameters displayed the FUNCTION button are listed following table If any of the import or export values are zero they are not displayed and the next nonzero value is shown When any of these parameters are displayed the AMPS portion of the display window is used to allow display of the complete value PMCS Interface Toolkit 81 Total real power kVA Total apparent power PFLG or PFLD Power factor lagging or leading kWD Kilowatt total demand vx T 3720 Meter WOLTS FUNCTIONS
259. ve Meutral Src Trip Inactive Firmware Seg Overcurrent Trip Inactive Power Trip Mot Enabled Rev 326141 48 000 Ground Overcurrent Trip Inactive Reverse Power Trip Mot Enabled Boot Program Rev Events Trend Help Setup Wave Exit 320320040 000 Metering Pickups Phase Differential Trip LIndervoaltage Trip Overvolttage Trip The Multilin SR489 Pickups screen shows e Phase Differential Trip Overvoltage Trip e Volts Hertz Trip CLICK MORE BUTTON TO SEE MORE PICKUPS 193 Alarms Tab Alarms Active Inactive Active Tripbata Low Forward Power Trip Thermal Model Trip IO Maint Setpointz Mot Enabled Mot Enabled Multilin 58489 Alarm Pickups Device hi 483 Group Marne System Overvoltage Alarm Device Type RASS valtsiHertz Alarm Hardware Rev Firmware Rev 342657 Boot Program Rev 3 22000 Events Help Setup Wave Exit Metering Pickups Alarms TripData I Maint setpoints The Multilin SR489 Alarm Pickups screen shows all the Alarms Trip Data Tab Hultilin 56489 Last Trip Data Cause of Trip Differential Trip Trip Time 10 25 33 Trip Date 12731 2001 Pre Trip Data Current Amps Diff Current Amps Ground Current Amps Tachometer RPM Meg Seq Current FLAT Volts Volts Device Mame ML 4838 Volts Group System
260. view to the Normal Metering page Clicking the GE logo opens the tabular data window specified during wizard configuration and sets the view to the Setup page SELECT ENTER Toggles the display between the normal and alternate lists Button 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 been configured as a Delta or Wye device certain parameters display either line to line or line to neutral values Table 1 PLEPM Faceplate animated functions The electrical parameters and status information displayed by the EPM are listed below for both the normal and alternate scrolls Note that the displayed parameters 68 PMCS Interface Toolkit 69 differ depending on whether the EPM is configured as Wye Delta Please note that the Normal Scroll Delta and Alternate Scroll Delta lists contain several parameters marked with an asterisk these parameters were included in the wizard for programming reasons but are not valid for Delta configurations and should not be used Current RMS Neutral Voltage RMS Phase Voltage RMS Phase Voltage RMS Phase Voltage RMS Phase A B Voltage
261. wer is shut down and restarted For example if a user elects to change the number of tabs configured for a device the changes will not be reflected in the runtime environment until WindowViewer 15 restarted In the following pages each of the Tabular Data Screen Wizards tabs will be displayed and described PMCS Interface Toolkit Device DED Group Mame poy Stein Order Code D6n0 DO O HCH F SB HeB hbeb Product version D serial 2 99000003 Mfr Date 471 999 0 Modbus Addr sil IP Adr 3 45 9 233 Prog State Mot Programmed Relay Relay 1 151 Phase ae et Magnitude Angle Phaze RMS Ground 0 00 0 00 Metering Tab Metering Tab Current Voltage Magnitude Angle Amps Amps 0 40 118 60 012 151 20 012 f 27 50 0 40 357 00 012 270 40 0 40 256 90 0 21 ERES 0 21 60 50 0 21 301 30 Neutral 0 00 0 00 0 00 0 00 Reactive Apparent 0 02 ky amp R 0 05 ky A 0 02 0 05 0 02 kV AR 0 05 O 07 kv AR 015 Metering _ control Elements 1 Inputs Counter j Power Source Universal Relay Metering Data Screen The Metering tab displays the following metered values from the B30 C60 D60 F30 F35 F60 G60 L60 L90 M60 and T60 devices Actual Values for Voltage Current Power Power Factor and Frequency Thes
262. ws a Tabular Data Dialog box as it would appear when configuring a Tabular Data wizard on a Secondary node The Node Name field contains the name of the Primary Node computer the Application Name field is LINK as it is for ALL EPM7700 wizards on ANY node and the Gateway Name field points to the GE 7700 Gateway Server running on the Primary Node PC Tabular Data Dialog Made Mame PRIMARY NODE 7700 Group M ame System Application M ame JONNEK Gateway Mame APRIMARY NODEXGE 7GTwY Security Level jo Trend Window 7700 Trend window 0000 Finally the EPM 7700 device type requires special InTouch scripting for the tabular data screen wizard Refer to the section at the end of this chapter titled Special Scripting Considerations for the EPM 7700 Refer to DEH 40035 for information on the Communications Server and 7700 Gateway Server 369 Motor Management Relay The 369 Motor Management Relay offers an optional Remote RTD module which can provide support for up to 12 additional RTDs Accordingly the 369 Tabular 14 Data Dialog box has an extra field for indicating when the RRTD 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 bett
263. y Level D Trend Window M arme Trend Setup Window Mame Setup 00000000 Status Group Breaker Group 1 Selected Tab Pages Metering EIC Setpoirits Cancel We drop and configure Lockout Tagout Wizard next double clicking this wizard the Lockout Tagout Panel dialog appears 46 Lockout T agout Panel Dialog Panel Mame 1 Status Group Breaker_Group_1 Security Level 0 We name the Lockout Tagout panel Panel 1 We associate Panel with the same Status Group as our 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 Tag Assignments For Panel 1 On screen tags and indicators are for informational purposes and HOT represent real world conditions Actual lockout status must be verified prior to performing any work Failure to follow appropriate lockout procedures can result in severe injury or death Danger Tag Ground Tag Hot Installed Hot Installed Install Danger Tag Install Ground Hemove Danger Tag Remove Ground Tag Clicking Install Danger Tag checks our security level and if we have sufficient access displays a Danger Tag for the breaker as follows PMCS Interface Toolkit Tag Assignments For 1 WARNING On screen tags and indicators are for informational purposes only and HOT represent real wor
264. z 248 PMCS Interface Toolkit Limits 760 000 60 000 FEL Limits Um 625 000 25 000 25 000 Device FUTURA Group joystem 5 000 Baud Fate 9600 Modbus 17 SUM 100 000 100 000 150 000 150 000 300 000 30 000 50 000 50 000 150 000 50 000 10 000 20 000 20 000 5 000 5 000 5 000 A 1 eow Above Legend Trigger NotTrigger Below Above C Mot Trigger Metering The screen explains various parameters related to Limits and Triggers Limit 1 Trigger Limit 2 Trigger Relay 1 Relay 2 and Relay 3 Relay 1 Relay 2 and Relay 3 are triggered depending upon the Limit 1 and Limit 2 values The screen also displays whether the Limit 1 and Limit 2 are set above or set below Relay 1 Relay 2 and Relay 3 of Limit 1 and Limit 2 are displayed either as Not Triggered or Triggered If the relay is triggered the LED fills with amber if not then gray If Limit 1 or Limit 2 are set above then the status is displayed 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 Limit value for the Associated quantity For examp
265. zard DeviceName CTRatio where DeviceName is the name entered for the device within the wizard The wizard creates this tag within 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 information If the application has a Tabular Data Screen Wizard with the same device name as this wizard then the end user can set the CTRatio tag value via the MDP Tabular Data Screen wizard Note for users of the EPM7300 device type The custom table wizard will display N A for certain metering values when the PM Volts Mode parameter is set to Demo in the device Please use the EPM 7300 Tabular Data Wizard to view these values when the device is in Demo mode 39 System Statistics Wizard Port Stats System Statistics DDE Server Server Version 5 2 Transmits Receives CRC Errors Timeouts For Errors Err Rate 15234 51230 COM 10 18572 18569 COM 11 COM 12 13 COM 14 15 COM 15 Disk Information Drive D 40 Free Space 205 6 ME Usage The System Statistics wizard is an informational tool which allows the user to vi
266. zards will not function The second script the EPM 7700 Large Faceplate Custom Table Script 15 an InTouch Window Script that must be applied to each Large Faceplate and Custom Tabular wizard window This script ensures that any tags which were disabled by the Tabular Data wizard are properly restored when switching to a Large Faceplate or Custom Table screen The third script the Tabular Data Screen Script also an InTouch Window Script applies only to the EPM 7700 Tabular Data Screen wizard Its purpose is to automatically initialize the wizard for optimum performance whenever its window 15 displayed Note that the application script is required whenever a Large Faceplate or Tabular wizard is installed The Windows scripts are required whenever your application uses Tabular Data wizards PMCS Interface Toolkit Installing the Application Script 1 After configuring the EPM 7700 Large Faceplate wizard or Tabular Data Screen wizard select Special Scripts Application Scripts from the WindowMaker main menu The Application Script Dialog box opens Application Script Edit Insert Help Condition Type while Running zi Every 30000 Scripts used 1 Cancel Convert Validate InTrack OLE 8 2 Select While Running from the Condition Type drop down list and enter 30000 in the Every Msec text box next to the Condition Type drop down list 3 Use Note

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