Selec MFM376 Series User Manual

Doc.name:OP INST MFM376SERIESOP506-V02(Page3of4)
Meaning
Constant
Parameter
30102
30100
0x66
0x64
RunHour
AuxillaryInterrupts
TotalHarmonicDistortion(THD)
30124
0x7C
THDofVoltageV1N
MFM376-230VAC / MFM376-CPulse output from
meter can be interfaced into a process through a PLC for
on line control of energy content in the process.
If the PLC has a self excited digital input, external
DC supply is not needed.
The kWh pulse is also used to derive average kWh
information at the PLC.
PROCESSINTEGRATION
MFM376-230VAC / MFM376-CPulse output from
meter can be used as alarm generator or total energy
controller by interfacing it with Pre-settable counter and
control circuits (Contactors, Relay, Trip Circuit).
The counter is loaded with the maximum energy
consumption. When count reaches setpoint it provides
output to control circuit to take appropriate action.
ENERGYCONTROLLER
APPLICATIONOFPULSEOUTPUT
Note: +and-isapplicableonlyforMFM376-C.
12/24VDC
+
To
Control
Circuit
COUNTER
+
I/P
O/P
S2S1 S2S1 S2S1 V1N V2
V3
I1
I2
I3
MFM376-230VAC/
MFM376-C
PULSE
O/P
+
NL
RS485
+
+
S2S1 S2S1 S2S1 V1N V2
V3
I1
I2
I3
MFM376-230VAC/
MFM376-C
PULSE
OUTPUT
+
24VDC
maximum
P
L
C
+
NL
RS485
+
+
Validonlyfor
MFM376-C
Validonlyfor
MFM376-C
MODBUSREGISTERADDRESSESLIST
ReadableparametersforCommunicationvalidonlyforMFM376-C:[Length(Register):2;DataStructure:Float]
30074
0x4A
30076
30078
0x4C
0x4E
MAXInstantaneousvoltageV31
MAXInstantaneousvoltageV12
MAXInstantaneousvoltageV23
30072
0x48
30068
0x44
30064 0x40
30070 0x46
30066 0x42
MAXInstantaneousvoltageV3N
MAXInstantaneousvoltageV1N
MINReactivePower
MAXInstantaneousvoltageV2N
MAXApparentPower
30050 0x32
Frequency
TotalKW
TotalKVAR
TotalKVA
30052 0x34
30054 0x36
30056
0x38
30058
0x3A MAXActivePower
30060
0x3C
MINActivePower
30062
0x3E MAXReactivePower
30048
0x30
AveragePF
Address
HexAddress
Parameter
30046
0x2E
PF3
30000
30002
30004
30006
30008
30010
30012
30014
30016
30018
30020
30022
30024
30026
30028
30030
30032
30034
30036
0x00
0x02
0x04
0x06
0x08
0x0A
0x0C
0x0E
0x10
0x12
0x14
0x16
0x18
0x1A
0x1C
0x1E
0x20
0x22
0x24
VoltageV1N
VoltageV2N
VoltageV3N
AverageVoltageLN
VoltageV12
VoltageV23
VoltageV31
AverageVoltageLL
CurrentI1
CurrentI2
CurrentI3
AverageCurrent
kW1
kW2
kW3
kVAr1
kVAr2
kVAr3
kVA1
30038
0x26
kVA2
30040
0x28
kVA3
30042
0x2A PF1
30044
0x2C
PF2
30080
0x50
MAXInstantaneouscurrentI1
30082
0x52
MAXInstantaneouscurrentI2
30084
0x54
MAXInstantaneouscurrentI3
30086
0x56
ImportActiveenergy
30088 0x58
ExportActiveenergy
30090
0x5A
TotalActiveenergy
30092
0x5C
ImportReactiveenergy
30094
0x5E
ExportReactiveenergy
30096
0x60
TotalReactiveenergy
30098
0x62
TotalApparentenergy
Address
HexAddress
Parameter
30128
30130
30132
30134
0x80
0x82
0x84
0x86
30136
30138
30140
0x88
0x8A
0x8C
THDofVoltageV3N
THDofVoltageV12
THDofVoltageV23
THDofVoltageV31
THDofCurrentI1
THDofCurrentI2
THDofCurrentI3
30684
0x2AC
Serialnumberofunit
FormulatofindaddressofindividualHarmonic
VoltageV1N
VoltageV2N
VoltageV3N
VoltageV12
VoltageV23
VoltageV31
CurrentI1
CurrentI2
CurrentI3
0
1
2
3
4
5
6
7
8
ForExample,
Tofindthe14 Harmonicaddress
ofVoltageV31.
Followingformulacanbeused:
Formulawiththeparameter:
{143+[(Harmonicno-2)x2]
+60xCP}
Eg.{143+[(14-2)x2]+60x5}
=467
So,Checkthe14 Harmonicof
VoltageV31at467address.
th
th
{143+[(Harmonicno-2)x2]
+60xConstantParameter}
30126
0x7E
THDofVoltageV2N
Integer
Integer
1
1
1
1
Settofactorysettingrange
ResetTotalActive Energy
Integer
11
ResetTotalApparentEnergy
Integer
Integer
Integer
Integer
1
1
1
1
1
1
1
1
ResetTotalReactiveEnergy
Reset MaximumDemand
ResetRunHour
ResetAuxillaryInterruptCount
40017
40018
0x11
0x12
FactoryDefault
ResetkWh
40019
0x13
ResetkVAh
40020
40021
40022
40023
0x14
0x15
0x16
0x17
ResetkVArh
Reset MAXDemand
ResetRunHour
ResetInterruptsCount
Minvalue:0 Maxvalue:9998
Value: 0
Value: 1
Value: 2
Value: 3
Value: 4
Meaning: 3P-4W
Meaning: 3P-3W
Meaning: 1P2W-P1
Meaning:1P2W-P2
Meaning:1P2W-P3
Integer
Integer
Integer
Integer
Integer
Integer
1
1
1
1
1
1
40000
40001
0x00
0x01
Password
N/Wselection
Range
Data
Structure
Length
(Register)
Address
Parameter
HexAddress
Readable/writableparametersfor :CommunicationvalidonlyforMFM376-C
0x0005
0x0006
9600
19200
MinValue: 5
MinValue: 1
MinValue: 100
MinValue: 100
MaxValue: 10000
MaxValue: 10000
MaxValue: 500
MaxValue: 500000
Integer
Integer
Integer
1
1
2
Integer
Integer
Integer
1
1
1
Value: 0x0000
Value: 0x0001
MinValue:1
Meaning: Sliding
Meaning: Fixed
MaxValue:30
40003
40004
40005
0x03
0x04
0x05
CT primary(CT Secondary=5) (A)
CT primary(CT Secondary=1) (A)
PT Secondary (V)
PT primary (V)
DemandIntervalMethod
DemandIntervalLength(min)
0x07
0x08
40007
40008
Integer
1
0x0000 300
0x0001 600
0x0002 1200
0x0003 2400
0x0004
4800
MinValue: 1
MinValue: 0
MaxValue: 5
MaxValue:10
Integer
Integer
1
1
40002
40012
0x02
0x0C
CT Secondary(A)
RunHourSelection
Integer
1
MinValue:1
MinValue:0.01
MaxValue:30DemandIntervalDuration
0x0940009
Integer
1
MaxValue:99.99
PulseWeight
0x0A
40010
MinValue:0.1
Integer
1
MaxValue:2.0PulseDuration
0x0B
40011
Integer
1
MinValue:1 MaxValue:255
SlaveID
0x0D
40013
Baudrate
0x0E
40014
Integer
Integer
1
0x0000
0x0001
1
2
1
0x0000
0x0001
0x0002
None
Odd
Even
40015
0x0F
Parity
Stopbit
Value
Meaning
0x10
40016

Selec MFM376 Series Specifications

General

Brand	Selec
Model	MFM376 Series
Category	Measuring Instruments
Language	English