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4–2

EPM 5100 ELECTRONIC POWER METER – USER GUIDE

CHAPTER 4: 

A

PPARENT

 P

OWER

 .............................................................................................................. 3-5

E

NERGY

 ................................................................................................................................. 3-5

F

REQUENCY

 .......................................................................................................................... 3-5

D

EMAND

 ............................................................................................................................... 3-5

P

OWER

 F

ACTOR

 ................................................................................................................... 3-6

M

ISCELLANEOUS

 F

UNCTIONS

 ............................................................................................ 3-6

T

RANSFORMER

 R

ATIOS

 ....................................................................................................... 3-6

DELTA CONFIGURATION METERING FUNCTIONS .............................................................. 3-7

D

ESCRIPTION

 ........................................................................................................................ 3-7

C

URRENT

 (

RMS

) .................................................................................................................... 3-7

L

INE

-

TO

-L

INE

 V

OLTAGE

 (

RMS

) ........................................................................................... 3-7

P

OWER

 .................................................................................................................................. 3-7

E

NERGY

 ................................................................................................................................. 3-8

F

REQUENCY

 .......................................................................................................................... 3-8

D

EMAND

 ............................................................................................................................... 3-8

P

OWER

 F

ACTOR

 ................................................................................................................... 3-8

M

ISCELLANEOUS

 F

UNCTIONS

 ............................................................................................ 3-9

T

RANSFORMER

 R

ATIOS

 ....................................................................................................... 3-9

4: PROGRAMMING

PROGRAM MODE .............................................................................................................................. 4-1

I

NTRODUCTION

 ..................................................................................................................... 4-1

ACCESS TO PROGRAM FUNCTIONS  ......................................................................................... 4-2

O

VERVIEW

 ............................................................................................................................ 4-2

R

ESTRICTED

 A

CCESS

 ........................................................................................................... 4-3

E

XITING

 P

ROGRAM

 M

ODE

 .................................................................................................. 4-4

DATA RESETTING .............................................................................................................................. 4-5

D

ESCRIPTION

 ........................................................................................................................ 4-5

D

EMAND

 R

ESET

 ................................................................................................................... 4-5

E

NERGY

 R

ESET

 ..................................................................................................................... 4-5

M

ETER

 I

NITIALIZE

 ................................................................................................................. 4-6

E

RRORS

 C

LEAR

 ..................................................................................................................... 4-6

DATA FORMATTING ......................................................................................................................... 4-7

O

VERVIEW

 ............................................................................................................................ 4-7

N

ORMAL

 S

CROLL

 ................................................................................................................. 4-7

E

NERGY

 F

ORMAT

 ................................................................................................................. 4-9

D

EMAND

 F

ORMAT

 ............................................................................................................... 4-9

V

OLTAGE

 F

ORMAT

 ............................................................................................................... 4-10

C

URRENT

 F

ORMAT

 ............................................................................................................... 4-10

L

EADING

 Z

EROS

 ................................................................................................................... 4-10

S

CROLL

 T

IME

 ........................................................................................................................ 4-10

COMMUNICATIONS VALUES  ....................................................................................................... 4-12

C

OMMUNICATION

 A

DDRESS

 S

ETUP

 .................................................................................. 4-12

B

AUD

 R

ATE

 S

ETUP

 .............................................................................................................. 4-12

EPM C

OMPATIBILITY

 S

ETUP

 .............................................................................................. 4-13

PULSE OUTPUTS ............................................................................................................................... 4-14

P

ULSE

 O

UTPUT

 S

ETUP

 ........................................................................................................ 4-14

U

PGRADING

 

FROM

 E

LECTROMECHANICAL

 M

ETERS

 ........................................................ 4-14

U

PGRADE

 C

ALCULATION

 E

XAMPLE

 ................................................................................... 4-15

CONFIGURATION .............................................................................................................................. 4-16

O

PTIONS

 ............................................................................................................................... 4-16

PT R

ATIO

 .............................................................................................................................. 4-16

CT R

ATIO

 .............................................................................................................................. 4-16

D

EMAND

 P

ERIOD

 S

ETUP

 .................................................................................................... 4-17

Courtesy of NationalSwitchgear.com

Summary of Contents for EPM 5100

Page 1: ...right 2008 GE Multilin GE Multilin 215 Anderson Avenue Markham Ontario Canada L6E 1B3 Tel 905 294 6222 Fax 905 201 2098 Internet http www GEindustrial com multilin 1601 0164 A2 ISO9001 2000 G E M ULTILI N R E GISTERE D GE Multilin s Quality Management System is registered to ISO9001 2000 QMI 005094 UL A3775 Courtesy of NationalSwitchgear com ...

Page 2: ...Courtesy of NationalSwitchgear com ...

Page 3: ... 1 13 ENVIRONMENTAL 1 13 2 INSTALLATION OVERVIEW 2 1 INSTALLATION PROCESS 2 1 MECHANICAL INSTALLATION 2 3 PANEL MOUNTING FOR NEW INSTALLATION 2 3 RETROFIT INSTALLATION 2 4 ELECTRICAL INSTALLATION 2 10 INSTRUMENT TRANSFORMER CONNECTIONS 2 10 PULSE INITIATION CONNECTIONS 2 13 COMMUNICATIONS INSTALLATION 2 15 MODBUS CONNECTIONS 2 15 INSTALLATION OF THE COMMUNICATIONS CARD 2 15 3 METERING METER OPERAT...

Page 4: ...VERVIEW 4 2 RESTRICTED ACCESS 4 3 EXITING PROGRAM MODE 4 4 DATA RESETTING 4 5 DESCRIPTION 4 5 DEMAND RESET 4 5 ENERGY RESET 4 5 METER INITIALIZE 4 6 ERRORS CLEAR 4 6 DATA FORMATTING 4 7 OVERVIEW 4 7 NORMAL SCROLL 4 7 ENERGY FORMAT 4 9 DEMAND FORMAT 4 9 VOLTAGE FORMAT 4 10 CURRENT FORMAT 4 10 LEADING ZEROS 4 10 SCROLL TIME 4 10 COMMUNICATIONS VALUES 4 12 COMMUNICATION ADDRESS SETUP 4 12 BAUD RATE S...

Page 5: ...PASSWORD 4 18 DEFAULT SETTINGS 4 19 DESCRIPTION 4 19 5 COMMUNICATIONS INTRODUCTION 5 1 OVERVIEW 5 1 EVENTS 5 1 MODBUS REGISTER MAPS 5 2 MODBUS FORMAT CODES 5 5 6 MISCELLANEOUS TROUBLESHOOTING 6 1 TROUBLESHOOTING GUIDE 6 1 REVISION HISTORY 6 4 RELEASE DATES 6 4 WARRANTY 6 5 GE MULTILIN WARRANTY 6 5 Courtesy of NationalSwitchgear com ...

Page 6: ...4 4 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER4 Courtesy of NationalSwitchgear com ...

Page 7: ...able with the following mounting options An industry standard SI compatible case to maintain drawout capability allowing for easy upgrade or retrofit from existing DS 63 DS 64 or DS 65 electromechanical watthour meters case type unit A light compact plastic enclosure for panel mounting panel mount unit The EPM 5100 continuously monitors specified line characteristics and displays the desired funct...

Page 8: ...the inside of the door Press the SELECT ENTER key to switch between normal and alternate scroll in Metering mode or to select functions and options in Program mode Press the SCROLL keys to scroll through the metered functions in the Metering mode or through the menus of functions and options in the Program mode Open the door at the bottom of the front cover to adjust the display contrast or to vie...

Page 9: ... phase A B C and neutral Current phase A B and C Voltage rms phase A N B N and C N Voltage rms phase A B B C and C A Voltage rms phase A B B C and C A Watts phase A B B C and total Watts phase A B C and total Watts demand and peak demand Watts demand and peak demand Vars phase A B B C and total Vars phase A B C and total VA phase A B B C and total VA phase A B C and total Power Factor Total Power ...

Page 10: ...e Alternate Scroll Delta Current phase A B and C demand Current phase A and C demand Current phase A B and C peak Current phase A and C peak Watts demand at peak VA Watts demand at peak VA Vars demand lag and lead Vars demand lag and lead Vars peak demand lag and lead Vars peak demand lag and lead VA demand and peak demand VA demand and peak demand Q hours total Q hours Total Power factor phase A ...

Page 11: ...ction Modules EPM Power Leader Monitor remote Power Leader Junction Box 8000 Line Motor Control Center Power Leader Repeater EPM Power Leader Meter EPM Power Leader Meter Power VAC Medium Voltage Switchgear AKD 8 Low Voltage Switchgear MDP Overcurrent Relays with Comnet MicroVersaTrip PM Trip Units in AKR Low Voltage Circuit Breakers Power Break Low Voltage Switchboard EPM Power Leader Monitor Mic...

Page 12: ...g the Program mode Operating procedures for the Program mode are described in Chapter 4 A complete list of available metering and a display contrast adjustment knob are located under a flip down door 1 3 2 Display Any of the metered functions can be viewed by pressing the SCROLL buttons or allowing the EPM 5100 to automatically scroll through the parameters All metered values are updated every thr...

Page 13: ...entical to the industry standard SI case for DS 63 and DS 65 electromechanical watthour meters The case has four mounting holes that accept 10 32 3 8 plus mounting panel thickness screws The meter is mounted through the front of the door or panel The EPM 5100 may be installed on an existing DS 64 cutout using the PLE2ADPG01 adapter plate Do not use screws longer than 3 8 plus the mounting panel th...

Page 14: ...el side views of the EPM 5100 case type unit along with dimensions are illustrated below FIGURE 1 5 Front Dimensions Case Type Unit 5 69 144 5 mm 0 22 5 6 mm 2 22 56 4 mm 4 38 111 3 mm 8 82 224 0 mm 2 22 56 4 mm 0 250 6 35 mm diam g POWER LEADER EPM SCROLL SELECT ENTER Electronic Power Meter 6 625 168 3 mm 9 125 231 8mm Courtesy of NationalSwitchgear com ...

Page 15: ...sions Panel Mounting Unit The front panel side views of the EPM 5100 panel mount unit along with dimensions are illustrated below FIGURE 1 7 Front Dimensions Panel Mount Unit 6 188 157 2 mm 1 130 33 3 mm 0 75 19 1 mm 8 4 213 mm 9 125 238 8 mm 6 875 174 63mm 6 750 171 45mm 9 350 237 5mm Courtesy of NationalSwitchgear com ...

Page 16: ...1 10 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 1 OVERVIEW FIGURE 1 8 Side Dimensions Panel Mount Unit 8 84 3 1 INSIDE PANEL 4 53 PANEL THICKNESS 9 5 Courtesy of NationalSwitchgear com ...

Page 17: ...Base Unit PLE3 EPM 5100 Electronic Power Meter Case Panel ES Case Type PNL Panel Type Voltage Inputs A 69 V AC rms B 120 V AC rms C 240 V AC rms D 277 V AC rms F 480 V AC rms G 600 V AC rms Pulse Output Modbus Card G01 with pulse output G14 with pulse output and Modbus card Order Code Description PLA3CMAG01 Modbus card PLE3CSEG01 EPM 5100 Electronic Power Meter case PLE2RPG01 EPM 5100 Electronic P...

Page 18: ...hese ratios configured the EPM 5100 Electronic Power Meter automatically calculates primary currents voltages power and energy 1 5 2 PT and CT Inputs The EPM 5100 Electronic Power Meter can be ordered to accept direct voltage inputs from 69 to 600 volts For system voltages greater than 600 V the customer must supply external PTs The PT turns ratio is configured in Program mode and has a range of 0...

Page 19: ...10 wire Pulse initiation port two form C contacts available at three point terminal blocks recommend bare stranded copper wire AWG 16 22 Communications port EPM 5100 Electronic Power Meter standard six position connector 1 6 3 Environmental ENVIRONMENTAL Operating temperature 20 C to 70 C Storage temperature 30 C to 80 C Relative humidity 5 to 90 non condensing TYPE TESTS Vibration response and en...

Page 20: ...1 14 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 1 OVERVIEW Courtesy of NationalSwitchgear com ...

Page 21: ... Connect the CTs and voltage inputs For applications up to 600 V AC order the EPM 5100 Electronic Power Meter with the required voltage for applications above 600 V AC PTs are required Z Make connections to the communication port and or pulse initiation terminals if appropriate The actual installation process depends on whether the EPM 5100 Electronic Power Meter is to be installed in a new or ret...

Page 22: ... replacement of existing DS 64 electromechanical case Install adapter plate PLE2ADPG01 prior to the EPM 5100 as described in the GEH 6469 instruction sheet See Retrofit With Case Replacement on page 2 8 and Instrument Transformer Connections on page 2 10 See Retrofit With Case Replacement on page 2 8 Instrument Transformer Connections on page 2 10 and Pulse Initiation Connections on page 2 13 Retr...

Page 23: ...d panel here refers to panel or door as appropriate To make the panel cutout first create a full sized template according to the dimensions in FIGURE 1 4 Panel Mounting Cutout Dimensions on page 1 8 The procedure for mounting the EPM 5100 Electronic Power Meter is as follows Z Cut out the panel and drill the holes as indicated on the template Z With the meter in the back of the panel and the suppo...

Page 24: ... is installed in 2 element delta or 2 element wye this connection may remain or may be removed Retrofit with Reuse of Existing Case The following procedure describes the process for replacing a DS 63 or DS 65 polyphase meter with an EPM 5100 Electronic Power Meter using the existing S1 case If the pulse initiation and or communication options are installed in the EPM 5100 Electronic Power Meter se...

Page 25: ...energize the existing electromechanical watthour meter as shown below FIGURE 2 2 Removing the Connection Plug Z Open the locking latches at the top and bottom of the case and pull the existing electromechanical meter cradle part of the way out as shown below FIGURE 2 3 Opening the Locking Latches Courtesy of NationalSwitchgear com ...

Page 26: ...rt or hold the faceplate specifically do not pull the ribbon cable between the EPM 5100 Electronic Power Meter and the faceplate FIGURE 2 5 EPM 5100 Retaining Tabs Z Remove the connection plug at the bottom of the EPM 5100 Electronic Power Meter Z Open the locking latches at the top and bottom of the EPM 5100 Electronic Power Meter cradle assembly and pull the cradle part of the way out Press down...

Page 27: ...nic Power Meter faceplate mounting frame and remove the frame as shown below FIGURE 2 6 Removing the Faceplate Mounting Frame Z Attach the EPM 5100 Electronic Power Meter faceplate mounting frame to the existing watthour meter case reusing the mounting screws as shown below FIGURE 2 7 Attaching the Faceplate Courtesy of NationalSwitchgear com ...

Page 28: ...en gently press the faceplate up and toward the meter until the retaining tabs click through the guides in the faceplate as shown in the figures below FIGURE 2 9 Aligning and Attaching the Faceplate Retrofit With Case Replacement The following procedure describes the retrofit installation with case replacement In what follows the word panel refers to panel or door as appropriate All current and vo...

Page 29: ...the meter case with the holes drilled in the panel Z Insert four 10 32 x 3 8 mounting screws with lock and flat washers Z Connect the current and voltage inputs to the rear of the meter case See Instrument Transformer Connections on page 2 10 for appropriate connection diagrams Z If the pulse initiation option is installed connect the pulse initiation circuits as described in Pulse Initiation Conn...

Page 30: ...ns for various combinations and configurations of PTs and CTs CT and PT connections must be made using the polarity dot conventions shown on these figures for the EPM 5100 Electronic Power Meter to properly interpret power flows All current and voltage inputs CTs and PTs must be de energized and the EPM 5100 Electronic Power Meter completely assembled before connections are made to the meter All f...

Page 31: ...OWER METER USER GUIDE 2 11 FIGURE 2 11 Typical 2 Element Connection with no PTs FIGURE 2 12 Typical 3 Element Connections with no PTs A B C Line Load 10 9 3 6 5 2 7 8 4 1 N A B C Line Load 10 9 3 6 5 2 7 8 4 1 N Courtesy of NationalSwitchgear com ...

Page 32: ...ptional and do not affect the performance of the meter if installed or removed This allows use of any existing wiring configuration when retrofitting a GE DS 63 or DS 65 electromechanical watthour meter FIGURE 2 14 Typical 2 Element Connections with Two PTs A B C Line Load 10 9 3 6 5 2 7 8 4 1 NOTE A B C Line Load 10 9 3 6 5 2 7 8 4 1 N Courtesy of NationalSwitchgear com ...

Page 33: ...e EPM 5100 is through the two three point terminal points on the back of the case The connection to these circuits shown below should be made at the same time as the current and voltage input connections Connection to the optional communication circuit of the EPM 5100 is through the six position connector on the back of the case as indicated below A B C Line Load 10 9 3 6 5 2 7 8 4 1 N Courtesy of...

Page 34: ...2 14 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 2 INSTALLATION FIGURE 2 16 Three Point Terminal Blocks for Pulse Initiation Outputs Courtesy of NationalSwitchgear com ...

Page 35: ...and 5 are connected internally to the communications card isolated ground For a comprehensive description of the Modbus communications register protocol implementation in the EPM 5100 refer to Chapter 5 Modbus Communications Features Do not use the Modbus communications option card with a version 2 EPM 5100 unless a Modbus Compatible label is present on the case and or cradle If no Modbus Compatib...

Page 36: ...and faceplate Do not let the faceplate hang by the ribbon cable Z Remove the connection plug at the bottom of the cradle to de energize the EPM 5100 Z Ensure that the meter is de energized by verifying that the LCD panel is blank Do not insert the communications option card until the meter is confirmed to be de energized Z Remove the communication option card from the antistatic bag and position t...

Page 37: ...ns Card into Place Z Replace the connection plug into the slot at the bottom of the cradle Z Align the faceplate with the guides at the bottom of the meter then gently press the faceplate up and toward the meter until the retaining tabs click through the guides in the faceplate as illustrated in FIGURE 2 9 Aligning and Attaching the Faceplate on page 2 8 Z Follow the instructions in Communications...

Page 38: ...2 18 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 2 INSTALLATION Courtesy of NationalSwitchgear com ...

Page 39: ...age appears on the display When this message appears the EPM 5100 will not continue normal operations The self test can be run again by removing and reapplying power If the same self test failure message reappears contact GE Multilin technical support 3 1 2 Integrity of Metered Values The self test sequence also checks the integrity of the stored accumulated energy and metering values If this test...

Page 40: ...ternate on the top display line 3 1 4 Display of Metered Values After self test the EPM 5100 enters metering mode and displays the values of selected line parameters The EPM 5100 can be configured to either automatically or manually scroll through the metered parameters on the display In addition the duration that each parameter is displayed in automatic mode can be programmed See Chapter 4 for de...

Page 41: ...Metered Functions ctd on page 1 4 The meter automatically scales the units and displays the results on the LCD The display is updated every three seconds An example of a metering screen is shown below The metering accuracies for all functions are listed in the following table FIGURE 3 1 Sample Metering Screen Table 3 1 Metering Accuracies Function Accuracy Current rms 0 25 of reading Neutral curre...

Page 42: ...the rated voltage 69 to 600 V AC as ordered or from PTs for voltages above the rated voltage The dynamic range is up to the rated voltage at the inputs or 1200 kV of the PT primary voltage depending on the PT ratio Line to neutral voltages are identified on the LCD as V AN V BN and V CN Line to Line Voltage rms The EPM 5100 measures the line to line voltages directly for inputs up to the rated vol...

Page 43: ...urrent metered over the previous demand interval The demand interval may be set to 15 20 30 or 60 minutes with rolling demand subintervals of 5 10 15 20 and 30 minutes depending on the main interval length Values are identified on the LCD as A ADmd A BDmd and A CDmd Peak Current Demand Maximum Ampere Demand Peak current is the maximum current demand recorded since the demand values were last reset...

Page 44: ...are identified on the LCD as PF DmdAvg and PF Avg Power Factor and Watts at Maximum Voltamperes The power factor and real power demand that occurred at the same time as the maximum recorded voltampere demand value since the last demand reset are displayed Values are identified on the LCD as PF VAPk and W VAPk 3 2 10 Miscellaneous Functions The number of times the demand values were reset since the...

Page 45: ...ly for inputs up to the rated voltage 69 to 600 V AC as ordered or from two line to line PTs for voltages above the rated voltage The dynamic range is up to the rated voltage at the inputs or 1200 kV of the PT primary voltage depending on the PT ratio Voltage line to line values are identified on the LCD as V AB V BC and V CA 3 3 4 Power Real Power The real power is measured for phases A and C and...

Page 46: ...emand Maximum Ampere Demand Peak current is the maximum current demand recorded since the demand values were last reset Values are identified on the LCD as A APk and A CPk Note that this function is not available for phase B current Present Power Demand Present power demand is given as watts voltamperes and lagging and leading vars metered over the most recently completed demand interval The deman...

Page 47: ...nd period as the maximum recorded voltampere demand value since the last demand reset are displayed Values are identified on the LCD as PF VAPk and W VAPk 3 3 9 Miscellaneous Functions The number of times the demand values were reset since the last meter initialization is identified on the LCD as Dmd Reset The time left in the present demand subinterval is identified as Dsub time The number of pow...

Page 48: ...3 10 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 3 METERING Courtesy of NationalSwitchgear com ...

Page 49: ...EPM 5100 is configured to the application requirements in Program mode This mode is also used to reset stored demand and energy values and to clear errors Press the GE logo to activate the secret button and enter Program mode The EPM 5100 automatically returns to Metering mode from Program mode whenever no keypad entry has been made for five minutes Courtesy of NationalSwitchgear com ...

Page 50: ...croll through the list of functions When the desired function is displayed press to access the list of options available for that function Press the V and U keys to scroll through the list to the desired option then press to select it Scroll to Exit and press to return to the main menu from an options list or to Metering Mode from the main menu When either of the Data Formatting Comm Addr Setup KY...

Page 51: ...ted functions scroll to Pressing changes the display as follows Enter the first digit of the password with the V and U keys press enter the second digit press and so on until all six digits are entered as illustrated below the factory default password is 00 00 00 FIGURE 4 2 Entering the Password After the sixth digit has been entered correctly the display returns to the main menu with the sequence...

Page 52: ... of the functions available in Program mode is described in this chapter To return at any time to Metering mode press the secret button under the GE logo or scroll to and press Note that the latter method may have to be repeated to completely leave Program mode Exit Courtesy of NationalSwitchgear com ...

Page 53: ...Pk Pressing displays the lines To cancel the operation press either the V and U key To confirm the reset operation press The EPM 5100 displays the following text After three seconds the display returns to 4 3 3 Energy Reset The Energy Reset function resets the stored energy values kWh kVAh kQh kVarh and kVarh Pressing displays the lines To cancel the operation press either the V and U key To confi...

Page 54: ...EPM 5100 displays the following text After three seconds the display returns to 4 3 5 Errors Clear The Errors Clear function clears any existing error messages Pressing displays the lines To cancel the operation press either the V and U key To confirm the clear operation press The EPM 5100 displays the following text After three seconds the display returns to Data Resetting Energy Reset Meter Init...

Page 55: ...ed and calculated parameters available with the normal scroll as shown in the following table The pound sign in the first display position means that the parameter will be displayed in the normal scroll sequence To remove a parameter from the default or to add one that is presently off press A space in the first position means that the parameter will not be displayed in the normal scroll sequence ...

Page 56: ... Parameters Available with Normal Scroll 2 and 3 element Wye 2 element Delta A A A A A B A B A C A C A N V AB V AN V BC V BN V CA V CN W AB V AB W BC V BC W V CA W Dmd W A W Peak W B Var AB W C Var BC W Var W Dmd VA AB W Peak VA BC Var A VA Var B PF Lag or Lead Var C kWh Var kVarh VA A kVarh Courtesy of NationalSwitchgear com ...

Page 57: ...ion jumps the cursor to the units multiplier which toggles between k kilo or M mega Press one more time to confirm your choice The available formatting choices are XXXX XXXX X XXXX XX XXXXX XXXXX X XXXXXX 4 4 4 Demand Format Press to show the format for displaying demand values The second line shows the active format and the cursor appears under the fourth position after the first three X s Either...

Page 58: ...he demand format with the same choices available except that M is not available as a units multiplier 4 4 6 Current Format Press to show the format for displaying current values The current format is selected in the same way as the voltage format with the same choices available 4 4 7 Leading Zeros This function determines whether parameter values will be displayed with leading LCD positions filled...

Page 59: ...ue press to select the units position scroll to the desired value and press to confirm The default is 10 seconds Set the scroll time to 00 to set the metering display to manual mode In this mode the V and U keys must be used to change the displayed parameter Scroll Time 10 second s Courtesy of NationalSwitchgear com ...

Page 60: ...ficant digit of the address by adjustment of switch S3 Modbus addresses are valid only in the range 33 to 247 Setting the address outside this range will terminate response of the device to the Modbus network FIGURE 4 5 Modbus Address Setup 4 5 2 Baud Rate Setup Adjust sliders 3 and 4 refer to the figure above as indicated below for compatibility with the operating baud rate of the network NOTE ON...

Page 61: ...ble with GE ED C host products in addition to the EPM 5100 For specific operation with the EPM 5100 it is necessary to select the compatible operating mode by switch settings on the communications option card Use a small screwdriver adjust sliders 1 and 2 of switch S4 refer to the figure above as follows Slider 1 ON Slider 2 ON Courtesy of NationalSwitchgear com ...

Page 62: ... choice by pressing This setting defines the incremental energy usage level at which pulses are transmitted from the output For instance if kWh is selected with a pulse weight of 0 15 as illustrated below then a pulse is sent for each 150 watthours of energy consumed FIGURE 4 6 KYZ Pulse Weight Setup Display Press to return to the KYZ Pulse Setup menu Follow the same procedure to setup Output 2 4 ...

Page 63: ...eter with pulse initiation is being replaced with a EPM 5100 The watthour meter was set for one pulse every disk revolution The value to be programmed into the meter is calculated as follows EQ 4 2 Therefore 0 6912 kWh or 6912 watthours should be programmed into the EPM 5100 Table 4 3 Values of Kh for Pulse Initiation Voltage System Kh 69 V 4Y 1 08 120 V 3 4Y 1 2 1 8 240 V 3 4Y 2 4 3 6 277 V 4Y 3 ...

Page 64: ...Press to move to the right across the display entering values in the appropriate positions with the V and U keys When the desired value is entered continue pressing to return to the Configuration menu 4 7 3 CT Ratio The current transformer ratio is obtained by dividing the CT current rating by 5 A EQ 4 4 For instance if 1000 A CTs are installed enter 200 0 in the display Selecting this option prod...

Page 65: ...time choices according to the demand interval chosen The available choices are listed below 4 7 5 Meter Type The EPM 5100 offers the following meter type configurations 3 Element Wye 2 5 Element Wye 2 Element Delta Scroll to the entry corresponding to the correct setup and select it with The configurations that are actually available depend on the input voltage See Order Codes on page 1 11 for the...

Page 66: ...p Demand Reset Energy Reset Meter Init Errors Clear Exit Move through the list with the V and U keys select any of the options with then scroll between Unprotected Protected Select the desired choice with 4 8 2 New Password This function is only available after the password has been correctly entered To change the password press to display Note that the current active password is displayed in plac...

Page 67: ...5100 Default Settings Parameter Default Setting Energy Format XXXXX X K Demand Format XXXXXX Voltage Format XXXX X Current Format XXXX XX Leading Zeros WITHOUT ZEROS KYZ1 Pulseweight 000 000000 kVAh KYZ2 Pulseweight 000 000000 kVAh PT Ratio 1 000000 CT Ratio 1 000000 Demand Interval 15 Minutes Demand Subinterval 5 Minutes Scroll Time 10 seconds Password 00 00 00 Courtesy of NationalSwitchgear com ...

Page 68: ...4 20 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 4 PROGRAMMING Courtesy of NationalSwitchgear com ...

Page 69: ...nd are available to the host computer either through the special DDE item Events or by direct read access of the registers containing the event information The following table defines the events supported by the EPM 5100 Table 5 1 EPM 5100 Events Event code decimal Meaning Register 1 Register 5 256 Voltage Phase Loss LSB Voltage Loss Phase N A 512 Internal Communication Error N A B0 Old Data data ...

Page 70: ...of these registers do not vary during the operation of the device 513 Internal Communication Restored N A B0 Old Data data from device is not up to date B1 Busy Flag Previously commanded transaction still in progress B5 Data Not Ready the first full set of data is not yet acquired by the device Remaining Bits Unused 520 Configuration Change N A Address of changed Setpoint 522 Address Conflict Dete...

Page 71: ...l of all phases kW RO F4 R31006F KVAR_LG_MAX_TOTAL kvar lag max total of all phases kvar RO F4 R31008F KVAR_LD_MAX_TOTAL kvar lead max total of all phases kvar RO F4 R31010F AMPS_MAX_A Current Max Phase A amps RO F4 R31012F AMPS_MAX_B Current Max Phase B amps RO F4 R31014F AMPS_MAX_C Current Max Phase C amps RO F4 R31016F KVARH_LG_TOTAL kvarh lag total of all phases kVARh RO F4 R31018F KVARH_LD_TO...

Page 72: ...ge phase loss errors RO F7 R31107 LD_LG_PF_TOTAL Lead lag qualifier for all phases instantaneous 0 to 1 RO F8 R31108 LD_LG_PF_A Lead Lag qualifier for phase A instantaneous 0 to 1 RO F8 R31109 LD_LG_PF_B Lead Lag qualifier for phase B instantaneous 0 to 1 RO F8 R31110 LD_LG_PF_C Lead Lag qualifier for phase C instantaneous 0 to 1 RO F8 R31111 DATA_RESET_FLAG Data Resetting flags RO F9 R31112F PREV...

Page 73: ... Display Scale W kW MW RO F15 R43027 VOLT_SCALE Voltage Display Scale V kV RO F15 R43028 AMPS_SCALE Amps Display Scale A kA RO F15 R43029A03 EPM_PASSWORD Local faceplate password 00 00 00 to 99 99 99 RO F16 Table 5 2 Modbus Memory Map Sheet 3 of 3 Register Mnemonic Contents Range Units R W Format Table 5 3 Modbus Format Codes Sheet 1 of 3 Code Description F1 Integer Value F2 Long Integer Value F3 ...

Page 74: ...utputs menu disabled no pulse output option installed B12 unused B13 Test mode active edge rising edge if set B14 reserved B15 unused B16 to B23 reserved B24 Access to demand reset restricted B25 Access to energy reset restricted B26 Access to meter initialize restricted B27 Access to errors clear restricted B28 to B31 unused F13 Enumeration Meter configuration 1 2 element delta 120 V 2 2 5 elemen...

Page 75: ...he password The password is comprised of 6 digits with the encoding scheme as shown below 0 D5h 1 D4h 2 D3h 3 D2h 4 D1h 5 D0h 6 CFh 7 CEh 8 CDh 9 CCh For example 12 34 56 would be encoded as D4D3D2D1D0CFh F17 Enumeration Command Coil 0 Disable command 1 Perform command Table 5 3 Modbus Format Codes Sheet 3 of 3 Code Description Courtesy of NationalSwitchgear com ...

Page 76: ...5 8 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 5 COMMUNICATIONS Courtesy of NationalSwitchgear com ...

Page 77: ... the inputs and the EPM 5100 is seeing random noise Corrective Action Apply current or voltage or lower the PT or CT ratios of the unused input This will reduce the susceptibility of the input to noise 2 Symptom Nothing is displayed for current or voltage Possible Cause Current and or voltage are not present at the input terminals or the EPM 5100 is improperly wired Corrective Action Check the wir...

Page 78: ... Data Loss is displayed Possible Cause Less than 12 hours of energy data was lost Corrective Action Clear the error message with the Errors Clear option under the Data Resetting menu The meter will continue with normal metering If the condition recurs contact GE Multilin 8 Symptom The error message All Energy Lost is displayed Possible Cause All stored energy data was lost Corrective Action Clear ...

Page 79: ...evere physical trauma to front or case of meter Corrective Action Order replacement case or replacement parts pack from GE Multilin The catalog number for the replacement case is PLE2CSEG01 The catalog number for the replacement parts pack is PLE2RPG01 The replacement parts pack contains a faceplate with label and display electronics and a frame with gasket and four mounting screws Courtesy of Nat...

Page 80: ...OWER METER USER GUIDE CHAPTER 6 MISCELLANEOUS 6 2 Revision History 6 2 1 Release Dates Table 6 1 Release Dates MANUAL GE PART NO REVISION RELEASE DATE GEK 106646 1601 0164 A1 1 0x July 27 2007 Courtesy of NationalSwitchgear com ...

Page 81: ...portation charges prepaid to an authorized service centre or the factory Repairs or replacement under warranty will be made without charge Warranty shall not apply to any device which has been subject to misuse negligence accident incorrect installation or use not in accordance with instructions nor any unit that has been altered outside a GE Multilin authorized factory outlet GE Multilin is not l...

Page 82: ...6 6 EPM 5100 ELECTRONIC POWER METER USER GUIDE CHAPTER 6 MISCELLANEOUS Courtesy of NationalSwitchgear com ...

Page 83: ...ns 2 15 error 3 2 Modbus format codes 5 5 Modbus memory map 5 2 overview 5 1 CONFIGURATION MENU 4 16 CSA CERTIFICATION 1 13 CT RATIO applications 1 12 metering 3 6 Modbus registers 5 5 setting 4 16 CURRENT format 4 10 metering 3 4 3 7 Modbus registers 5 3 5 4 specifications 1 13 CURRENT TRANFORMERS connections 2 10 CURRENT TRANSFORMERS ratio 4 16 D DATA FORMATTING 4 7 DEFAULT SETTINGS 4 19 DEMAND ...

Page 84: ... 1 F FEATURES 1 3 FREQUENCY metering 3 5 3 8 Modbus registers 5 4 specifications 1 13 FRONT PANEL 1 6 I INSTALLATION communications 2 15 electrical 2 10 mechanical 2 3 overview 2 1 pulse inputs 2 13 retrofit 2 4 2 8 INSTRUMENT TRANSFORMER CONNECTIONS 2 10 INTEGRITY 3 1 INTERCONNECTIONS 1 13 INTRODUCTION 1 1 K KEYPAD 3 2 KYZ PULSE WEIGHT 4 14 L LEADING ZEROS 4 10 M MECHANICAL INSTALLATION 2 3 METER...

Page 85: ...ion 2 15 memory map 5 2 overview 1 4 wiring 2 15 N NORMAL SCROLL 1 3 3 2 4 7 O ORDER CODES 1 11 P PANEL MOUNTING 1 7 PASSWORD 4 3 4 18 PHASE LOSS 3 2 POTENTIAL TRANSFORMERS connections 2 10 ratio 4 16 POWER metering 3 4 3 7 Modbus registers 5 3 5 4 POWER FACTOR metering 3 6 3 8 Modbus registers 5 3 5 4 PROGRAM MODE 4 1 PT RATIO applications 1 12 metering 3 6 Modbus registers 5 5 setting 4 16 PULSE...

Page 86: ...2 4 REVISION HISTORY 6 4 S SCROLL TIME 4 10 SELF TEST 3 1 SPECIFICATIONS 1 13 T TRANSFORMER CONNECTIONS 2 10 TRANSFORMER RATIOS 3 6 3 9 TROUBLESHOOTING 6 1 TYPE TESTS 1 13 U UL LISTING 1 13 UPGRADING FROM ELECTROMECHANICAL METERS 4 14 V VOLTAGE format 4 10 metering 3 4 3 7 Modbus registers 5 4 specifications 1 13 W WARRANTY 6 5 WYE CONFIGURATION METERING 3 4 Courtesy of NationalSwitchgear com ...

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