Novatech Bitronics M87X Series - Page 64

ML0021 August 15, 2018
48 Copyright 2018 Bitronics, LLC
Available Measurements
Demand Volts Bus2 AN, BN, CN, AB, BC, CA Slip Freq. Volts A Bus1-Bus2
Demand Watts A, B, C, Total Slip Freq. Volts B Bus1-Bus2
Digital IO Module #0-6 Debounce Time Slip Freq. Volts C Bus1-Bus2
Digital IO Module #0-6 Input Point 1-16 SNTP Time Sync
Digital IO Module #0-6 Output Point 1-8 Symmetrical comp. of Bus 1 voltage (mag. and
angle)
Digital IO Module #0-6 Status Output Point 1-8 Symmetrical comp. of Bus 2 voltage (mag. and
angle)
Displacement Power Factor A, B, C (1 and 2) Symmetrical comp. of current (mag. and angle, 1 &
2)
Displacement Power Factor Total (1 and 2) System Frequency
Displacement Power Factor Total Arithmetic (1 and 2) Tag Register
Displacement Power Factor Total Equivalent L-L (1 & 2) TDD Amps A, B, C, N, Residual (1 and 2)
Displacement Power Factor Total Equivalent L-N (1 & 2) TDD Denominator A, B, C, N (1 and 2)
Displacement Power Factor Total Geometric (1 & 2) TDD, Even, Amps A, B, C, Residual (1 and 2)
DNP Time Sync TDD, Odd, Amps A, B, C, Residual (1 and 2)
DR 1 Active Temperature
DR1 Memory Full THD Volts Bus1 AN, BN, CN, AB, BC, CA
DR1 Record Count THD Volts Bus2 AN, BN, CN, AB, BC, CA
DR1 Stored THD, Even, Volts Bus1 AN, BN, CN, AB, BC, CA
DR1 Triggered THD, Even, Volts Bus2 AN, BN, CN, AB, BC, CA
DR2 Active THD, Odd, Volts Bus1 AN, BN, CN, AB, BC, CA
DR2 Memory Full THD, Odd, Volts Bus2 AN, BN, CN, AB, BC, CA
DR2 Record Count Time Sync Error (μsec, msec, sec)
DR2 Stored Transducer Input Module # 1-7, Input Point 1-8
DR2 Triggered Trigger Derivative 1-120
DSP Version Unbalance Volts (1 and 2)
Factory Version Hardware Unbalance Amps (1 and 2)
Factory Version Software User Gain Amps A, B, C, N, Residual (1 and 2)
Fault Completed (Bus 1, Bus 2) User Gain Volts Bus1 A, B, C, N
Fault Count (Bus 1, Bus 2) User Gain Volts Bus2 A, B, C, N
Fault Distance AN, BN, CN, AB, BC, CA (Bus 1, Bus 2) User Gain Volts Bus2 Aux1-Gnd, Aux2-Gnd, Aux1-
Aux2
Fault Target (A, B, C, Bus 1 and Bus 2) User Phase Correction Amps A, B, C, N, Residual (1
and 2)
Fault Type (Bus 1, Bus 2) User Phase Correction Volts Bus1 AN, BN, CN, NG,
AB, BC, CA
Flicker Short (PST VAN, VBN, VCN Bus 1 and 2) User Phase Correction Volts Bus2 AN, BN, CN, NG,
AB, BC, CA
Flicker Long (PLT VAN, VBN, VCN Bus 1 and 2) User Phase Correction Volts Bus2 Aux1-Gnd, Aux2-
Gnd, Aux1-Aux2
Frequency Amps A, B, C, Residual (1 and 2) VA/PF Calc. Type (1 and 2)
Frequency Volts Bus1 A, B, C VA-Hrs (1 and 2)
Frequency Volts Bus2 A, B, C VAR-Hrs Lag (1 and 2)
Fund. Amps A, B, C, N, Residual (1 and 2) VAR-Hrs Lead (1 and 2)
Fund. VAs Tot. Arith (1 and 2). VARs A, B, C, Total (1 and 2)
Fund. VAs Tot. Equiv. L-L (1 and 2) VAs A, B, C, Total (1 and 2)
Fund. VAs Tot. Equiv. L-N (1 and 2) VAs Tot. Arith. (1 and 2)
Fund. VAs Tot. Geom. (1 and 2) VAs Tot. Equiv. L-L (1 and 2)
Fund. VAs Total (1 and 2) VAs Tot. Equiv. L-N (1 and 2)
Fund. Volts Bus1 AN, BN, CN, AB, BC, CA VAs Tot. Geom. (1 and 2)
Fund. Volts Bus2 AN, BN, CN, AB, BC, CA Virtual Input Point 1-32
Harmonic, Individual, Amps A, B, C, N (1…63 for 1 & 2) Virtual Output Point 1-32