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Remotely Readable Values

The communication option can be used to remotely access the MicroLogic trip unit, using System Manager Software (SMS) (version 3.3 or later) or other network system management software. See the product catalog for more information on the SMS software.

Remotely Readable Values

Item Description Symbol
Current Instantaneous current in A phase Ia
Instantaneous current in B phase Ib
Instantaneous current in C phase Ic
Instantaneous current in neutral In
Instantaneous current in ground
Average instantaneous current in A phase Iaavg
Average instantaneous current in B phase Ibavg
Average instantaneous current in C phase Icavg
Average instantaneous current in neutral Inavg
Average instantaneous current in ground
Maximum instantaneous current in A phase Iamax
Maximum instantaneous current in B phase Ibmax
Maximum instantaneous current in C phase Icmax
Maximum instantaneous current in neutral Inmax
Maximum instantaneous current in ground
Instantaneous current unbalance in A phase Iaunbal
Instantaneous current unbalance in B phase Ibunbal
Instantaneous current unbalance in C phase Icunbal
Instantaneous current unbalance in neutral Inunbal
Instantaneous current unbalance in ground
Max. instantaneous current unbalance in A phase Iaunbal max
Max. instantaneous current unbalance in B phase Ibunbal max
Max. instantaneous current unbalance in C phase Icunbal max
Max. instantaneous current unbalance in neutral Inunbal max
Max. instantaneous current unbalance in ground
Demand Currents Demand current in A phase Ia
Demand current in B phase Ib
Demand current in C phase Ic
Demand current in neutral In
Max. demand current since last reset in A phase Iamax
Max. demand current since last reset in B phase Ibmax
Max. demand current since last reset in C phase Icmax
Max. demand current since last reset in neutral Inmax
Recommended demand current in A phase
Recommended demand current in B phase
Recommended demand current in C phase
Recommended demand current in neutral
Time stamping of demand current max.
Voltage Instantaneous voltage between A and B phase V inst Vab
Instantaneous voltage between B and C phase V inst Vbc
Instantaneous voltage between C and A phase V inst Vca
Instantaneous voltage between A and neutral phase V inst Van
Instantaneous voltage between B and neutral phase V inst Vbn
Instantaneous voltage between C and neutral phase V inst Vcn
Average phase-to-phase voltage between A and B phase V avg Vab
Average phase-to-phase voltage between B and C phase V avg Vbc
Average phase-to-phase voltage between C and A phase V avg Vca
Average phase-to-phase voltage between A phase and neutral V avg Van
Average phase-to-phase voltage between B phase and neutral V avg Vbn
Average phase-to-phase voltage between C phase and neutral V avg Vcn
Voltage unbalance between Vab and mean V unbal Vab
Voltage unbalance between Vbc and mean V unbal Vbc
Voltage unbalance between Vca and mean V unbal Vca
Voltage unbalance between Van and mean V unbal Van
Voltage unbalance between Vbn and mean V unbal Vbn
Voltage unbalance between Vcn and mean V unbal Vcn
Max. voltage unbalance between Vab and mean
Max. voltage unbalance between Vbc and mean
Max. voltage unbalance between Vca and mean
Max. voltage unbalance between Van and mean
Max. voltage unbalance between Vbn and mean
Max. voltage unbalance between Vcn and mean
Active Power Instantaneous active power per phase P
Demand Power Active demand power P
Reactive demand power Q
Apparent demand power S
Max. active demand power since last reset
Max. reactive demand power since last reset
Max. apparent demand power since last reset
Max. predicted active demand power
Max. predicted reactive demand power
Max. predicted apparent demand power
Time stamping of demand power max.
Energy Total active energy E
Active energy in
Active energy out
Fault values Fault type
Interrupted current values
Frequency System frequency F
Update dates Interval between last update of real-time values and the current table
Update date of demand currents, demand power and energy
History Trip history
Alarm history
Event history
Counters Contact wear
Operation counter since last reset
Date/time of last operation counter reset
Operation counter total (lifetime)
Setup Setting of date and time
Password
Trip unit ID code
Trip unit ID name
Measurement calculation algorithm
Sign convention
Total-energy measurement mode
Scale factors
Demand-current calculation window interval
Power quality indication
Demand-power calculation mode
Demand-power calculation window interval
Battery-charge indication
Programmable contact assignments
Programmable contact setup
Waveform capture
Protection Circuit breaker rated current
Type of neutral protection
Long-time protection settings
Short-time protection settings
Instantanaeous protection settings
Ground-fault protection settings
Current-unbalance protection settings
Maximum-current protection settings
Voltage protection settings
Other protective functions settings
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