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CHAPTER 16: ETHERNET OPTION

GE Multilin

EPM 5000 series Advanced Power Meters

95

16.7: Configuration Parameters

After entering Setup Mode (confirm by pressing Enter), you an configure the parameters by entering one
of the numbers on the Change Setup Menu, or you can confirm default values by pressing

Enter

. Be

sure to store new configurations when you are finished. The Ethernet Interface will then perform a power
reset.

Serial Number 5415404 MAC Address 00:20:4A:54:3C:2C
Software Version V01.2 (000719)
Press Enter to go into Setup Mode

1) Network/IP

Settings:

Ethernet Interface Autodetect
IP Address

- 0.0.0.0/DHCP (Customer Configurable)

Default Gateway

--- not set --- (Customer Configurable)

Netmask

--- not set --- (Customer Configurable)

2) Serial & Mode Settings:

Protocol

Modbus/RTU, Slave(s) attached (FIXED)

Serial

Interface

9600,8,N,1,RS232,DB25 (must match meter) (FIXED)

3) Modem

Control

Settings:

DCD

Output

Fixed

High/Active

CTS Output

Fixed High Active

4) Advanced Modbus Protocol Settings:

Slave Addr/Unit Id Source

Modbus/TCP header (FIXED)

Modbus Serial Broadcasts

Disabled

Character, Message Timeout 00010 ms, 00500 ms

D) default settings, S) save, Q) quit without save;
select command or parameter set (1..4) to change:

I

BAUD RATE

The Ethernet Interface and attached serial device (the meter) must agree on a speed or baud rate used
for the serial connection. Valid baud rates are 1200, 2400, 4800 and 9600 (default). For the EPM 5350P,
default settings are

9600 baud rate, 8 data, 1 stop, no parity, Modbus RTU

.

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Summary of Contents for EPM 5200

Page 1: ...EK 106557A Copyright 2004 GE Multilin NORTH AMERICA EUROPE 215 Anderson Avenue Markham Ontario L6E 1B3 Canada Avenida Pinoa 10 48710 Zamudio Vizcaya Spain Tel 905 294 6222 Fax 905 201 2098 Tel 34 94 485 88 00 Fax 34 94 485 88 45 E mail info pm indsys ge com Internet http www GEindustrial com multilin ...

Page 2: ......

Page 3: ...ccessing Max Min Values 26 5 6 Resetting Values 26 5 7 Resetting Hour Readings 28 5 8 Accessing the LM1 LM2 Set Limits 28 5 9 Voltage Phase Reversal and Imbalance 29 5 10 Access Modes 30 5 11 Print Operating Data 30 5 12 Print Programming Data 31 5 13 Accessing Firmware Version LED Test 31 CHAPTER 6 OVERVIEW 33 6 1 General Procedure 33 6 2 Switch Packs 33 6 3 Data Entry 34 6 4 Standard Numeric Dat...

Page 4: ...r THD Conditions 72 12 6 Limits or Relays Programming Procedure 72 CHAPTER 13 PHASE REVERSAL AND PHASE IMBALANCE SET LIMITS RELAYS 75 13 1 Phase Reversal and Phase Imbalance 75 13 2 Trip Relay 75 13 3 Group 7 Function 0 Voltage Phase Reversal Detection 76 13 4 Group 7 Function 1 Percentage Voltage Phase Imbalance 77 CHAPTER 14 EXITING THE PROGRAMMING MODE 79 CHAPTER 15 PROGRAMMING QUICK REFERENCE ...

Page 5: ... voltage is 240V AC used for higher loads such as water heaters electric dryers ranges and machinery Line Neutral Line 2 Line 1 Neutral A Single Phase 2 Wires B Single Phase 3 Wires Figure 1 1 Single Phase System A Two Wire B Three Wire The power W in a single phase system is Θ cos I E W E potential I current and cosΘ phase difference between the potential and the current Power in a 120 240V AC sy...

Page 6: ...re installed to correct Poor Power Factor see Section 1 3 1 2 Three Phase System A three phase system delivers higher levels of power for industrial and commercial applications the three phases correspond to three potential lines A 120 phase shift exists between the three potential lines A typical configuration has either a Delta connection or a Wye connection see Figure 1 3 below In a three phase...

Page 7: ... Poor Power Factor CONSUMPTION T W WH W instantaneous power T time in hours The total electric energy usage over a time period is the consumption of WH Typically the unit in which consumption is specified is the kilowatt hour KWH one thousand watts consumed over one hour Utilities use the WH equation to determine the overall consumption in a billing period DEMAND Average energy consumed over a spe...

Page 8: ...equency SINUSOIDAL WAVEFORM t sin A ω DISTORTED WAVEFORM L t sin A t sin A t sin A t sin A 3 3 2 2 1 1 ω ω ω ω TOTAL HARMONIC DISTORTION THD 100 Signal l Fundamenta the of RMS Signal Distortion Harmonic Total of RMS THD of HARMONIC DISTORTION A destructive force in power distribution systems It creates safety problems shortens the life span of distribution transformers and interferes with the oper...

Page 9: ...AR PF KW KVA FREQ KWH KVAH 4 375 0 890 2 0 SQ 4 50 SQ 3 0 AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A MAX THD K LM1 NEXT PHASE VOLTS AMPS POWER Diagram 2 1 Standard installation 4 375 SQ 0 890 2 45 2 425 0 336 0 714 4 8 32 SCREWS 4 50 SQ 3 FOOT CABLE 0 80 3 50 5 00 MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 THD ...

Page 10: ...NE UP WITH 2 PEMS ON THE BACK PLATE 0 198 DIA 3 375 3 375 4 0 DIA 1 6875 1 6875 RECOMMENDED CUTOUT BACK VIEW Diagram 2 3 Standard cutout W Port Diagram 2 4 Optional Communication Converter or DC Output Module Installation Recommended wire gauge is 20 AWG for DC Output or RS 485 options Note Carefully line up the guide screw and 8 pin port connector to prevent pin breakage ...

Page 11: ...in the correct CT polarities CT polarities are dependent upon correct connections of CT leads and upon the direction the CTs are facing when clamped around conductors The dot on the CT must face the line side the corresponding secondary connection must connect to the appropriate input on the meter Failure to connect CTs properly results in inaccurate power readings If your meter is not reading pow...

Page 12: ...tage input The meter can handle a maximum voltage of 150V phase to neutral PTs are required for higher voltages Suffix G extends the maximum direct voltage to 300V phase to neutral 600 volt phase to phase 3 5 Connection to the Main Power Supply The meter requires separate control power to operate Listed are the five different power supply options and corresponding suffixes CONTROL POWER OPTION SUF...

Page 13: ...Direct Voltage and CTs II Three Phase Three Wire Open Delta with two CTs and two PTs Open Delta System should only be used if the electrical system is a 3 wire 2 PT OPEN DELTA Open Delta can be enabled or disabled in Programming GROUP 0 FUNCTION 3 Chapter 9 section 9 4 III Three Phase Three Wire Open Delta with three CTs and two PTs IV Three Phase Four Wire Wye with Direct Voltage and CTs V Three ...

Page 14: ...Three Phase Three Wire Open Delta with two CTs and two PTs Note Remember to make sure Open Delta bit is programmed in the meter see section 9 4 POWER 7 6 5 4 3 2 1 8 9 10 11 12 13 PORT L1 L LINE A B C LOAD BACK VIEW III Three Phase Three Wire Open Delta with three CTs and two PTs Note Remember to make sure Open Delta bit is programmed in the meter see Chapter 9 ...

Page 15: ...Power Meters 11 CONTROL POWER 7 6 5 4 3 2 1 8 9 10 11 12 13 PORT L1 L LINE N A B C LOAD BACK VIEW IV Three Phase Four Wire Wye with Direct Voltage and CTs 7 6 5 4 3 2 1 8 9 10 11 12 13 LINE N A B C LOAD L L1 POWER PORT BACK VIEW V Three Phase Four Wire Wye with CT and PTs ...

Page 16: ...anged to reflect either Single Phase or Dual Phase readings Single Phase The connection MUST be identical to Diagram VI Dual Phase The connection MUST be identical to Diagram VII Program 1 for Single Phase or 2 for Dual Phase in GROUP 0 FUNCTION 7 to remove Three Phase indicators from view POWER 7 6 5 4 3 2 1 8 9 10 11 12 13 PORT L1 L LINE A LOAD BACK VIEW VI Single Phase with CT and PT Connection...

Page 17: ... 13 LINE A B LOAD L L1 POWER PORT BACK VIEW VII Dual Phase with CTs and PTs 7 6 5 4 3 2 1 8 9 10 11 12 13 LINE N A B C LOAD L L1 CONTROL POWER PORT BACK VIEW VIII Three Phase Four Wire WYE with 2 5 Element Note The 2 5 element option must be custom configured from the factory You must pre order this configuration ...

Page 18: ... of allowing the device to change relay status without any delay After the alarm condition passes the relay can be stopped from returning to a normal condition for a programmable time Each delay time is independent of one another AND OR LOGIC If several parameters are assigned to one relay the user can trip the relay if all functions are out of limit and programming or if one function is out of li...

Page 19: ...Z pulse outputs NOTE Unless otherwise specified standard KYZ setup represents positive watt hour See table below for standard rate The scale factor for wattage KW or MW and Full Scale Decimal Point Placement is selectable in Programming Mode GROUP 1 FUNCTION 2 Follow the Decimal Point Placement corresponding to the Change in Level A multiplication or division factor can be programmed See Programmi...

Page 20: ...al Point Placement is selectable in Programming Mode GROUP 1 FUNCTION 2 Follow the Decimal Point Placement corresponding to the Change in Level A multiplication or division factor can be programmed See Programming GROUP 0 FUNCTION 6 for a different rate STANDARD RATE TABLE FOR WATTS DECIMAL POINT PLACEMENT KW MW CHANGE IN LEVEL 9999 0 1 0 Units W Hour 999 9 0 1 Units W Hour 99 99 0 01 Units W Hour...

Page 21: ... together at only one point 4 2 RS 485 Each EPM 5300P or 5200P instrument has a unique address up to four digits long This allows the user to communicate with up to 10 000 instruments Available standard baud rates are 1200 2400 4800 and 9600 To select the proper baud rate apply the following rules The unit operates up to 9600 baud For a smaller number of instruments over a long distance use a lowe...

Page 22: ...GE Multilin RS 485 Hookup Diagram 2 wire Half Duplex 5300P Instruments rear view RT RS 232 RS 485 RT RS 485 Communications Port Model SF485DB UNICOM 2500 Bottom View Shown PC Figure 4 2 2 Wire RS 485 Communication Connection Installation half duplex Detail view on following page ...

Page 23: ...ced Power Meters 19 RS 485 Hookup Diagram 2 wire Half Duplex Closed Loop RS 232 RS 485 UNICOM 2500 Bottom View Shown 5300P Instruments rear view RS 485 Communications Port Model SF485DB Figure 4 3 2 Wire RS 485 Communication Connection Installation half duplex closed loop ...

Page 24: ...85 Hookup Diagram 2 wire Half Duplex Detail View G R T R T G R T R T RS 485 Communications Port Model SF485DB RS 485 Communications Port Model SF485DB RT RS 232 RS 485 Gnd R T R T UNICOM 2500 Bottom View Shown Figure 4 4 2 Wire RS 485 Communication Connection Installation half duplex detail view ...

Page 25: ...e rest of the bus 5300P Instruments rear view RS 485 Communications Port Model SF485DB Figure 4 5 4 Wire RS 485 Communication Connection Installation full duplex Detail view on following page Connecting 4 Wire bus to RS 485 Port Connect the T wire of the Unicom 2500 to the R on the RS 485 port Connect the R wire of the Unicom 2500 to the T on the RS 485 port Connect the T wire of the Unicom 2500 t...

Page 26: ...larged view of twisted pair segments Note This does not represent a twisted pair It shows the cross over from R to T between the Unicom and the rest of the bus Figure 4 6 4 Wire RS 485 Communication Connection Installation full duplex detail view Connecting 4 Wire bus to RS 485 Port Connect the T wire of the Unicom 2500 to the R on the RS 485 port Connect the R wire of the Unicom 2500 to the T on ...

Page 27: ...5 Communication Installation Connection with Transceiver Figure 4 8 4 Wire RS 485 Communication Installation Connection with Transceiver Use modems dedicated or dial up when the instruments are located at great distances However set the modem to auto answer at the recommended value of 1200 baud rate if noise conditions exist Also flow control must be disabled DEVICE DEVICE DEVICE DEVICE RS 485 TRA...

Page 28: ... SIGNAL Necessary for the device to ensure connection with originate modem SET MODEM TO DISABLE FLOW CONTROL Necessary to communicate with remote modem connected to device TELL MODEM TO WRITE THE NEW SETTINGS TO ACTIVATE PROFILE Places these settings into nonvolatile memory the settings take effect after the modem powers up II MODEM CONNECTED TO THE DEVICE REMOTE MODEM Programming the Modem Comply...

Page 29: ...ion Problems If you experience NO communication check these conditions Is the Baud Rate set correctly see Part II Programming Section Is the Meter Address set correctly see Part II Programming Section Is the correct protocol set Modbus DNP 3 0 Set the meter for the appropriate protocol for the internal software ...

Page 30: ...CHAPTER 4 COMMUNICATION INSTALLATION 26 EPM 5000 series Advanced Power Meters GE Multilin ...

Page 31: ... model are identical VOLTS AMPS POWER A B C A N A KW B N B KVAR C N C KVA A B N PF B C FREQ C A TOTAL KWH TOTAL KVAH N A ON EPM 5200P MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 THD K LM1 NEXT PHASE VOLTS AMPS POWER PRESS MAX MIN LIMITS TO ACCESS MAX MIN LM1 OR LM2 VALUES PHASE NEXT SELECTS THE VOLTAGE AND AMPERAGE PHASES AS WELL A...

Page 32: ... counter to zero to avoid confusion 5 2 Accessing Voltage and Current Phases The EPM5300P displays four current measurements phases A B C and Neutral and six voltage measurements phase to phase A B B C C A and phase to neutral A N B N C N MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVA...

Page 33: ... indication for PF KW KVAR KVA readings To view the individual phase A B and C for those power functions follow the procedure below This procedure is particularly useful for detecting a current transformer CT polarity reversal A CT polarity reversal will result in a low or negative KW indication while the KVA will be unaffected MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C...

Page 34: ...MITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 1 a To select the Volts category press VOLTS The display blanks and all annunciators glow confirming selection Step 2 a...

Page 35: ...t this procedure for each value you wish to reset PROTECTED RESET MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC V...

Page 36: ...rd entry is now required The password is 005 b Press PHASE NEXT each time a password digit appears Checkmarks appear indicating a successful reset 5 8 Accessing the LM1 LM2 Set Limits The EPM 5300P has two manual set limits which monitor the instantaneous readings and warn the user of any abnormal conditions Each limit detects readings either above or below a set level The EPM 5200P does not have ...

Page 37: ...X MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 N...

Page 38: ... VAH and WH counters Note This function applies only if a serial printer is connected to the EPM 5300P via an RS 232C Communication Converter To print the operating data MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N ...

Page 39: ... and hold PHASE NEXT b Press AMPS until a 0 appears in the middle display c Release both buttons Step 2 The display blanks a Press AMPS until a 2 appears b Press PHASE NEXT to select 222 appears confirming a successful print command 5 13 Accessing Firmware Version LED Test The EPM 5300P accesses the firmware version number of the analog and digital microprocessors It also performs an LED test to c...

Page 40: ... AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 3 a Press PHASE NEXT for the LED test All segments and annunciators glow Step 4 a Follow Steps 1 and 2 then press MAX MIN LIMITS for the firmware versions Firmware versions Upper display analog processor version Middle display digital proce...

Page 41: ...eft to right 4 After the FUNCTION selection proceed with DATA ENTRY of the new value for the desired parameter 5 Proceed to program another location and or exit the programming mode IMPORTANT The full exiting procedure must be followed to store any new programming 6 2 Switch Packs M A X M IN L IM IT S K V A R P F K W K V A F R E Q K W H K V A H A C V O L T S A C A M P S P O W E R N C B A M A X M I...

Page 42: ...t of brevity all keystrokes and programming functions are shown using the EPM 5300P keyboard BUTTON FUNCTION DESCRIPTION MAX MIN LIMITS ADVANCES Scrolls GROUPS FUNCTIONS and advances to exit point from FUNCTION and GROUP level VOLTS THD CHANGES VALUE Scrolls PACKS digit counters and changes switch PACK position UP or DOWN AMPS THD STORES Activates new data entry and enters or exits from GROUP or F...

Page 43: ...outputs The harmonics readings THD and K factor 3 The layout of the keypad is slightly different although the keys have exactly the same functions The keypad 4 The unit s legend values are jumper selectable the user if necessary needs to open the cover and choose between V and KV A and KA Kilo k and Mega M for power relays 5 The annunciators are highlighted one at a time NOTE The Ethernet model EP...

Page 44: ... 2 0 3 0 2 Current 3 Phase and Neutral Current Accuracy 0 2 0 3 0 2 Watts VARS VA PF Watts Accuracy 0 4 0 6 0 4 Frequency Watt HR VAR HR Optional VA HR Harmonics to 31st Order Feature 5300P 5200P 5350P Max Min Demand Limits Relays and Logic Pulse Outputs Digital Communication Modbus RTU Modbus ASCII DNP Protocol Modbus Plus Capability Analog Outputs Modbus TCP Ethernet ...

Page 45: ...ick and easy to accomplish NOTE The meter will not store any programming unless properly exited see Chapter 14 to Exit Entering Programming Mode MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 L...

Page 46: ...GE Multilin NOTE AUTO SCROLLING will automatically show all of the readings on the face of the meter except LIMITS To enter Auto Scrolling mode follow the above steps except use the numbers 666 as the password To exit Auto Scrolling mode use the same procedure as described above ...

Page 47: ...ogramming Format 9 1 Group 0 Function 0 The Integration Interval INTEGRATION INTERVAL Time which all instantaneous readings are averaged to obtain a max and min demand The Integration Interval is entered in seconds When entering 15 minutes enter 0900 seconds The default value is 900 seconds To change the Integration Interval NOTE Press MAX MIN LIMITS at any time to cancel before storing the last d...

Page 48: ... to Exit 9 2 Group 0 Function 1 The Meter Address METER ADDRESS Identifies the meter when communicating with digital communications When numerous meters are at one site it is essential that each meter have its own address Otherwise all meters speak at the same time and communication is useless To change the Meter Address NOTE Press MAX MIN LIMITS at any time to cancel before storing the last digit...

Page 49: ...ee Chapter 14 to Exit 9 3 Group 0 Function 2 BAUD RATE BAUD RATE Speed at which data is transmitted between meter and remote computer or serial printer The rate programmed into the meter must match the rate used by the remote device Valid Baud Rates are 1200 2400 4800 and 9600 To change the Baud Rate NOTE Press MAX MIN LIMITS at any time to cancel before storing the last digit or switch MAX MIN LI...

Page 50: ...edure until new Communication Baud Rate is entered When complete middle display blanks and lower display indicates new Baud Rate See Chapter 14 to Exit 9 4 Group 0 Function 3 System Configuration The System Configuration sets the EPM 5300P s basic operational parameters This Function utilizes Switch PACKS FUNCTION 3 contains four different Switch PACKS 0 3 Each PACK contains four individual UP DOW...

Page 51: ...OWN PF 2 C D For EI BUS protocol Switch C is DOWN Switch D is DOWN For MODBUS protocol ASCII framing Switch C is UP Switch D is UP For MODBUS protocol RTU framing Switch C is DOWN Switch D is UP For DNP 3 0 protocol Switch C is UP Switch D is DOWN A Trip Relay Computer Control 1 Relay Control 1 and 2 apply only if Relay Option NL was ordered UP Enable DOWN Disable B Trip Relay Computer Control 2 R...

Page 52: ...ocol ASCII framing PACK 2 Switch C is UP Switch D is UP For MODBUS protocol RTU framing PACK 2 Switch C is DOWN Switch D is UP For DNP 3 0 protocol PACK 2 Switch C is UP Switch D is DOWN NOTE When programming for MODBUS protocol configuration of LIPA Long Island Power Authority mapping options may be performed through communication 9 5 Modbus Plus Capability When using the MPI Modbus Plus adapter ...

Page 53: ... Step 2 a Press MAX MIN LIMITS until Function 03 0 appears in upper display Lower display indicates current PACK 0 Switch Settings MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE ...

Page 54: ...n is set RESET relay on either out of limit condition Relay acts as a protective switch if power is interrupted This alerts the user if the meter or the meter power is out UP DOWN N A Reserved for future features DOWN UP N A Reserved for future features DOWN DOWN RESET MODE The normal or non event condition is reset SET relay on either out of limit condition Table 9 4 DEFINITIONS RESET There is a ...

Page 55: ...ntaneous reading for amps is below 4 00 or above 5 00 amps Under all other conditions the relay will be RESET NOTE Under this setup the relay will NOT act as a protective switch 4 0 0 A 5 0 0 A 0 0 0 A S E T S E T L M 2 L M 1 R E S E T N O P O W E R T O T H E U N IT R E S E T PROGRAMMING STEPS 1 Enter in GROUP 0 FUNCTION 4 PACK p Segments C and D DOWN DOWN 2 Enter in GROUP 4 FUNCTION 2 LIMIT 1 Seg...

Page 56: ...isplay c Press AMPS to activate the Group Step 2 a Press MAX MIN LIMITS until 04 P for Relay 1 or 05 P for Relay 2 appears in upper display Lower display indicates current setting MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MA...

Page 57: ...ter than 255 seconds is entered the meter defaults to the maximum value of 255 seconds Example If Relay 1 is set for 300 amps and the amps increase to 301 the Relay trips only after a programmed delay period If the meter then measures 299 Amps the Relay returns to its original position after the programmed delay Relay 1 Located in 04 0 04 1 Relay 2 Located in 05 0 05 1 Procedures for both relays a...

Page 58: ... 04 P appears in upper display To program Relay 2 and 3 a Press MAX MIN LIMITS until Function 05 P appears b Press VOLTS once to display 04 0 On to Off delay time c Press VOLTS twice to display 04 1 Off to On delay time Lower display indicates current Time Delays MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS...

Page 59: ...ARAMETER DESCRIPTION 0 Disable KYZ 1 Positive Watt Hour KYZ 2 VA Hour KYZ 3 Negative Watt Hour KYZ 4 Positive VAR Hour KYZ 5 Negative VAR Hour KYZ Table 9 5 KYZ Parameters APPLICABLE SELECTIONS 5300P WH WH VAH 5300P R WH WH VARH VARH R option gives the 5300P VAR Hour readings instead or VA Hours To perform the KYZ Parameter Selection NOTE Press MAX MIN LIMITS at any time to cancel before storing t...

Page 60: ...N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER APPLIES TO NL2 OPTION ONLY Step 5 a Press VOLTS to proceed to another port 06 1 or 06 2 Repeat this procedure to change parameters See Chapter 14 to Exit SELECTION IN 06P KYZ PULSE VALUE PER WATT HOUR FSW 9999 KYZ PULSE VALUE PER WATT HOUR FSW 999 9 KYZ PULSE VALUE PER WATT HOUR FSW 99 99 KYZ PULSE VALUE PER WATT HOUR FSW ...

Page 61: ...2 Result For every 1 KWH increment on the counter the meter will output 1 pulse SITUATION 3 FSW 99 99 Selection is Divide by 20 This means that every 2 unit WH 1 pulse Unit Kilo see Group 1 Function 2 Result For every 1 KWH increment on the counter the meter will output 5 pulses SITUATION 4 FSW 9 999 Selection is Divide by 20 Unit Kilo see Group 1 Function 2 This means that every 02 WH 1 pulse Res...

Page 62: ... N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 1 a Enter Group Level of Programming Mode Chapter 8 b Pres...

Page 63: ...ry value of five amps standard current 1 amp is a special order and 120V or 75V nominal voltage options L only FORMULAS V x 120 Secondary Primary 75V x Secondary Primary 5A x Secondary Primary It may be necessary to convert the full scale to a larger unit There is a resolution limitation for all full scales of 2000 If a display reading exceeds 2000 it may be unstable and subject to zeroing problem...

Page 64: ... Thus for best accuracy all settings should be placed within that range VOLTAGE FULL SCALE To change the Full Scale Settings NOTE Press MAX MIN LIMITS at any time to cancel before storing the last digit or switch MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH ...

Page 65: ...ore DECIMAL POINT SELECTION Step 4 a Press VOLTS to move decimal point b Press AMPS to store MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 5 Middle display...

Page 66: ... the Full Scale Settings NOTE Press MAX MIN LIMITS at any time to cancel before storing the last digit or switch MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER S...

Page 67: ... B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 5 The Full Scale for current is indicated in middle display Four dashes appear in lower display Enter the four digit full scale Press VOLTS until the number appears b Press AMPS to store Repeat t...

Page 68: ...00 A FSW one phase 480 000 W FSW three phase 480 000 W 3 1 440 000 W FSW for a Kilowatt meter equals 1440 KW FSW for a Megawatt meter equals 1 440 MW In FUNCTION 2 place the decimal point after the last digit for a Kilowatt meter and after the first digit for a Megawatt meter It is important to note which type of bezel labeling you have when making this decision Example 3 14 4 KV 120 1000 5 CT FSV...

Page 69: ...s MAX MIN LIMITS until 12 appears in upper display Middle display indicates current Scale Factor Setting Lower display indicates 9999 including current decimal placement MAX MIN LIMITS FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER PF KW KVA KVAR MAX MIN LIMITS FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C...

Page 70: ...CHAPTER 10 PROGRAMMING GROUP 1 66 EPM 5000 series Advanced Power Meters GE Multilin ...

Page 71: ...hapter 10 Set the Full Scale in accordance with Table 10 2 for calibration Restore original Full Scale Setting when calibration is completed 11 1 Calibration Requirements Calibration on the EPM 5300P requires precise inputs of 120 Volts 5 Amps and 2 5 Amps The EPM 5300P G model requires precise inputs of 300 Volts 5 Amps and 2 5 Amps If this equipment is unavailable contact us for assistance GROUP...

Page 72: ...last digit or switch MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 1 a Enter Group Level of Programming Mode see Chp 8 b Press MAX MIN LIMITS until 2 appea...

Page 73: ...re and move to the next phase or Amp within the group See Chapter 14 to Exit For Amps Low End Function 2 NOTE Press MAX MIN LIMITS at any time to cancel before storing the last digit or switch MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POW...

Page 74: ...IN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 3 New value moves to middle display Lower display indicates the calibrated reading after 10 15 seconds To enter the half scale value in lower display a Press VOLTS to select digits b Press AMPS to store and proceed to B or C within the group c Press MAX MIN LIMITS to end calibration procedure See Chapter 14 to Exit ...

Page 75: ...ered LM2 is triggered 50 AMPS 80 LM1 SET TO TRIGGER ABOVE 100 AMPS LM2 SET TO TRIGGER BELOW 50 AMPS 12 1 Trip Relay The EPM 5300P NL has two relays These relays are linked through the program to Set Limits LM1 and LM2 The user can program above or below set limits for every reading When a measurement exceeds a particular value the set limit triggers and alerts the user Each relay is programmed to ...

Page 76: ...e LM1 LED LM2 LED ABOVE BELOW RELAY 1 RELAY 2 VALUE ON OFF Digit Up trigger above value Digit Down trigger below value Digit Up enabled Digit Down disabled Digit Up enabled Digit Down disabled 0 9999 0 9999 OFF ON Digit Up trigger above value Digit Down trigger below value Digit Up enabled Digit Down disabled Digit Up enabled Digit Down disabled 0 9999 0 9999 Table 12 2 Group 4 Functions 0 3 M A X...

Page 77: ... A N D L M 2 T H E L IM IT V A L U E S IN C E T H IS IS G R O U P 5 F U N C T IO N 0 F R O M L E F T T O R IG H T S E T L IM IT A N D T R IP R E L A Y 2 T H E K W A N N U N C IA T O R A B O V E B E L O W T R IP R E L A Y 1 G L O W S GROUP 5 contains LM1 and LM2 set limit values for all power functions This allows the user to program limits for the following functions Kilowatt Kilovar Kilovolt ampe...

Page 78: ... 0 9999 0 9999 OFF ON Digit Up trigger above value Digit Down trigger below value Digit Up enabled Digit Down disabled Digit Up enabled Digit Down disabled 0 9999 0 9999 Table 12 5 Group 5 Functions 0 7 LM1 LM2 SWITCH 1 SWITCH 2 SWITCH 3 VALUE ON OFF Digit Up Digit Up Digit Down 0120 OFF ON Digit Down Digit Down Digit Up 0090 Table 12 6 Group 5 Example for Function 0 Thus if Kilowatts exceed 120 W...

Page 79: ... 6 contains LM1 and LM2 set limits for THD These allows the user to program limits for the following functions THD Volts AN BN CN Amps A Amps B and Amps C GROUP AND FUNCTION NUMBER FUNCTION 60 THD Volts AN 61 THD Volts BN 62 THD Volts CN 63 THD Amps A 64 THD Amps B 65 THD Amps C 6E Exit Programming GROUP 6 Table 12 7 Group 6 Programming Format For THD Limit Conditions LM1 LED LM2 LED SWITCH 1 ABOV...

Page 80: ... MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER GROUP MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER FUNCTION RELAY LIMIT SWITCHES VALUE Step 1 a Enter Group Level of Programming Mode see Chp 8 b Press MAX MI...

Page 81: ...C VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 4 a Press AMPS once to Disable the Limit The display blanks momentarily then the disabled settings appears in middle and lower displays The Set Above Below will be set to below Trip Relay 1 will be disabled Trip Relay 2 will be disabled The Setup Level will be set to 0000 Step 5 a Press VOLTS to ...

Page 82: ...REQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 6 a Press VOLTS to scroll through digits b Press AMPS to select c At the last digit press AMPS twice to store limit programming Wait 3 seconds and the display updates with the new programming value Step 7 a Press VOLTS to program the other limits and repeat this procedure b Press MA...

Page 83: ...s exceeded For example an unbalanced Three phase System Note The EPM 5200P does not have this capability FIGURE 13 1 EXAMPLE OF SET LIMITS Limits Triggered Limits Not Triggered 10 10 00 AM 11 00 AM PHASE IMBALANCE THREE PHASE SYSTEM IMBALANCE 13 2 Trip Relay NOTE All information pertaining to Trip Relays 1 and 2 applies only to a meter with the NL option The unit has two relays linked through the ...

Page 84: ...s AMPS to activate the Group 70 appears in upper display Middle display indicates current settings for Trip Relay 1 and Trip Relay 2 Lower display indicates current setting for Enable Disable Phase Reversal Detection MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH K...

Page 85: ... cancel before storing the last digit or switch MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 1 a Enter Group Level of Programming Mode see Chp 9 b Press M...

Page 86: ... AMPS to begin Data Entry Sequence Lower display is replaced with two dashes b Press VOLTS to toggle the first segment UP enable Relay 1 or DOWN disable Relay 1 c Press AMPS to store Step 4 Middle display indicates the current percentage of Voltage Phase Imbalance Four dashes appear in lower display a Press VOLTS to scroll through digits b Press AMPS to select desired digit MAX MIN LIMITS KVAR PF ...

Page 87: ...TS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER MAX MIN LIMITS KVAR PF KW KVA FREQ KWH KVAH AC VOLTS AC AMPS POWER N C B A MAX MIN A N B N C N A B B C C A LM2 LM1 NEXT PHASE VOLTS AMPS POWER Step 1 EXITING FROM FUNCTION LEVEL a Press MAX MIN LIMITS until the Group number in upper display is followed by E for Exit The meter returns to Function Level Step...

Page 88: ...CHAPTER 14 EXITING PROGRAMMING MODE 84 EPM 5000 series Advanced Power Meters GE Multilin ...

Page 89: ...s been registered 15 2 Data Entry Sequence 1 At programmable numerical fields or Switch Pack fields Press AMPS key to begin Data Entry Sequence 2 The current setting moves to middle row of display and dashes appear in the bottom row Press VOLTS key to toggle between available choices 3 When a correct choice is selected press AMPS key to store 15 3 Programming Groups Programming groups Description ...

Page 90: ...eversal Rotation Selection D Open Delta Configuration 032 A Instantaneous Average Limit B Power Factor Polarity C Modbus Options D Protocol Selection 033 A Computer Control Relay 1 B Computer Control Relay 2 C Communication Selection D DC Output Print Control 04 Relay 1 Programming 04P A Imb Rev Selection B And or Logic C D Relay Control Selection 040 ON to OFF delay time 041 OFF to ON delay time ...

Page 91: ...Scale 11 Currents Full Scale 12 Power Full Scale 15 6 Group 2 Calibration 20 Volt AN BN CN 21 Amp A B C High End 22 Amp A B C Low End 15 7 Group 3 Calibration Ratios 30 Volt AN 31 Volt BN 32 Volt CN 33 Amp A High End Ratios 34 Amp B High End Ratios 35 Amp C High End Ratios 36 Amp A Low End Ratios 37 Amp B Low End Ratios 38 Amp C Low End Ratios 15 8 Group 4 Volt Current Limits 40 Volt AN Volt BN an...

Page 92: ...roup 6 THD Limits 60 Volt AN THD Limits 61 Volt BN THD Limits 62 Volt CN THD Limits 63 Amp A THD Limits 64 Amp B THD Limits 65 Amp C THD Limits 15 11 Group 7 Imbalance Reversal Limits 70 Detect Reversal 71 Imbalance percent Limit 15 12 Group 8 DC output Calibration 8P Switch Packs 8P0 A 75 Volts Suffix Selection B 300 Volts Suffix Selection C Frequency D 10 Channel Selection 8P1 Power Uni Bi Direc...

Page 93: ... Port 9 C Reserved D Reserved 80 DC output Port 0 80F Parameter Mapping 80L Low End Calibration 80H High End Calibration 81 DC output Port 1 81F Parameter Mapping 81L Low End Calibration 81H High End Calibration 89 DC output Port 9 89F Parameter Mapping 89L Low End Calibration 89H High End Calibration KEY DESIGNATIONS MAX MIN LIMITS Scroll Groups Scroll Functions VOLTS Scroll Packs AMPS Enter Exit...

Page 94: ...CHAPTER 15 PROGRAMMING QUICK REFERENCE 90 EPM 5000 series Advanced Power Meters GE Multilin ...

Page 95: ...LUS the capability of connecting to multiple devices over Ethernet The Meter face is the same as the EPM5300P except for the model number 16 1 Ethernet Module The Ethernet connection is made with a small module added to the back of the meter This small but powerful module has simply an RJ 45 Port and four Status LEDs GREEN 1 4 GREEN RED 3 2 YELLOW ETHERNET 10 BASE T RJ 45 MOD SER LK DG LED DETAIL ...

Page 96: ...r error 4x EEPROM checksum error 5x Duplicated IP address on network 6x Software does not match hardware Red blinking green Channel 1 blinking 4x Faulty network connection 5x No DCHP response received 4 Network Link Status Lights solid green to indicate network port is connected to the network non fatal error 16 2 Ethernet Option Setup This chapter covers the required steps to get the Ethernet Int...

Page 97: ...sing that address If another node is using the same address the Ethernet Interface assigns another IP address reboots and repeats the sequence NOTE AutoIP enabled Ethernet Interfaces are constantly looking for DHCP servers If a DHCP server becomes available on the network the AutoIP enabled Ethernet Interface switches to the DHCP server provided address and the unit reboots If the DHCP server exis...

Page 98: ...999 Finally open a Telnet connection to port 9999 and set all required parameters telnet 191 12 3 77 9999 NOTE This IP address is temporary and will revert to the default value when the Ethernet Interface s power is reset unless you log into the Ethernet Interface and store the changes permanently 16 6 Network Configuration Certain parameters must be configured before the Ethernet Interface can fu...

Page 99: ...Default Gateway not set Customer Configurable Netmask not set Customer Configurable 2 Serial Mode Settings Protocol Modbus RTU Slave s attached FIXED Serial Interface 9600 8 N 1 RS232 DB25 must match meter FIXED 3 Modem Control Settings DCD Output Fixed High Active CTS Output Fixed High Active 4 Advanced Modbus Protocol Settings Slave Addr Unit Id Source Modbus TCP header FIXED Modbus Serial Broad...

Page 100: ...g GE Multilin 215 Anderson Avenue Markham Ontario Canada L6E 1B3 Tel 905 294 6222 Fax 905 201 2098 http www GEindustrial com multilin ...

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