Revision 1.2 Appendix A – NMEA 2000 Interfacing Page A1
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Appendix A – NMEA 2000
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Interfacing
ACM100 NMEA 2000
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Periodic Data Transmitted PGNs
PGN 65001 – Bus #1 Phase C Basic AC Quantities
PGN 65002 – Bus #1 Phase B Basic AC Quantities
PGN 65003 – Bus #1 Phase A Basic AC Quantities
PGN 65004 – Bus #1 Average Basic AC Quantities
PGN 65008 – Utility Phase C Basic AC Quantities
PGN 65011 – Utility Phase B Basic AC Quantities
PGN 65014 – Utility Phase A Basic AC Quantities
PGN 65017 – Utility Average Basic AC Quantities
PGN 65021 – Generator Phase C Basic AC Quantities
PGN 65024 – Generator Phase B Basic AC Quantities
PGN 65027 – Generator Phase A Basic AC Quantities
PGN 65030 – Generator Average Basic AC Quantities
The ACM100 uses these PGN to transmit voltage, frequency, and current information
Field 1: Line-Line AC RMS Voltage – This field indicates the AC RMS voltage between this
phase and the next phase in units of 1 V.
2: Line-Neutral AC RMS Voltage – This field indicates the AC RMS voltage between
this phase and the neutral phase in units of 1 V.
3: AC Frequency – This field indicates the frequency of the AC voltage in units of 1/128
Hz.
4: AC RMS Current (not transmitted for the “Bus” AC Source Type) – This field indicates
the current flowing through the specified phase in units of 1 A.
PGN 65006 – Utility Phase C AC Reactive Power
PGN 65009 – Utility Phase B AC Reactive Power
PGN 65012 – Utility Phase A AC Reactive Power
PGN 65015 – Utility Total AC Reactive Power
PGN 65019 – Generator Phase C AC Reactive Power
PGN 65022 – Generator Phase B AC Reactive Power
PGN 65025 – Generator Phase A AC Reactive Power
PGN 65028 – Generator Total AC Reactive Power
The ACM100 uses this PGN to transmit reactive power and power factor information.
Field 1: Reactive Power – This field indicates the reactive power delivered by the source in
units of 1 VAr.
2: Power Factor – This field indicates the magnitude of the power factor supplied by the
source in units of 1/16384 (dimensionless).
3: Power Factor Lagging – This field indicates whether the specified power factor is
lagging or leading.