Schneider Electric 4000 manual 134

Appendix A—Abbreviated Register Listing	63230-300-212
Register Listing	April 2001

Table A–3:Abbreviated Register List

Register	Description	Scale	Units	Register Range
Number		Factor
1231	Current Fundamental Coincident Angle, Phase A	—	0.1 °	0 to 3,599
1232	Current Fundamental RMS Magnitude, Phase B	A	Amps/Scale	0 to 32,767
1233	Current Fundamental Coincident Angle, Phase B	—	0.1 °	0 to 3,599
1234	Current Fundamental RMS Magnitude, Phase C	A	Amps/Scale	0 to 32,767
1235	Current Fundamental Coincident Angle, Phase C	—	0.1 °	0 to 3,599
1236	Current Fundamental RMS Magnitude, Neutral	B	Amps/Scale	0 to 32,767
1237	Current Fundamental Coincident Angle, Neutral	—	0.1 °	0 to 3,599
1238	Current Fundamental RMS Magnitude, Ground	C	Amps/Scale	0 to 32,767 ￿
1239	Current Fundamental Coincident Angle, Ground	—	0.1 °	0 to 3,599 ￿
1244	Voltage Fundamental RMS Magnitude, A-N/A-B	D	Volts/Scale	0 to 32,767
1245	Voltage Fundamental Coincident Angle, A-N/A-B	—	0.1 °	0 to 3,599
1246	Voltage Fundamental RMS Magnitude, B-N/B-C	D	Volts/Scale	0 to 32,767
1247	Voltage Fundamental Coincident Angle, B-N/B-C	—	0.1 °	0 to 3,599
1248	Voltage Fundamental RMS Magnitude, C-N/C-A	D	Volts/Scale	0 to 32,767
1249	Voltage Fundamental Coincident Angle, C-N/C-A	—	0.1 °	0 to 3,599
1250	Voltage Fundamental RMS Magnitude, N-G	E	Volts/Scale	0 to 32,767
1251	Voltage Fundamental Coincident Angle, N-G	—	0.1 °	0 to 3,599 ￿
1255	Fundamental Real Power, Phase A	F	kW/Scale	-32,767 to ￿32,767
1256	Fundamental Real Power, Phase B	F	kW/Scale	-32,767 to 32,767
1257	Fundamental Real Power, Phase C	F	kW/Scale	-32,767 to 32,767
1258	Fundamental Real Power, Total	F	kW/Scale	-32,767 to 32,767
1259	Fundamental Reactive Power, Phase A	F	kVAr/Scale	-32,767 to 32,767
1260	Fundamental Reactive Power, Phase B	F	kVAr/Scale	-32,767 to 32,76
1261	Fundamental Reactive Power, Phase C	F	kVAr/Scale	-32,767 to 32,767￿
1262	Fundamental Reactive Power, Total	F	kVAr/Scale	-32,767 to 32,767
1264	Distortion Power, Phase A	F	kW/Scale	-32,767 to 32,767
1265	Distortion Power, Phase B	F	kW/Scale	-32,767 to 32,767
1266	Distortion Power, Phase C	F	kW/Scale	-32,767 to 32,767 ￿
1267	Distortion Power, Total	F	kW/Scale	-32,767 to 32,767
1268	Distortion Power Factor, Phase A	—	0.10%	0 to 1,000
1269	Distortion Power Factor, Phase B	—	0.10%	0 to 1,000
1270	Distortion Power Factor, Phase C	—	0.10%	0 to 1,000 ￿
1271	Distortion Power Factor, Total	—	0.10%	0 to 1,000
1274	Harmonic Current, Phase A	A	Amps/Scale	0 to 32,767
1275	Harmonic Current, Phase B	A	Amps/Scale	0 to 32,767
1276	Harmonic Current, Phase C	A	Amps/Scale	0 to 32,767

See “How Power Factor is Stored in the Register” on page 128.

The alternate storage method for power factor (PF) is useful for outputting PF on analog outputs. The PF value is stored as a positive value between 0 and 2, centered around 1 (unity). A value of 0 lagging maps to 0; -0.999 maps to 0.999;0.999 leading maps to 1.001; and 0 leading maps to 2. The alternate PF is also stored with a scale factor 0.001.

These configuration registers require that you enter the setup mode to change the register’s contents. Issue command 9020 to enter setup mode and 9021 to exit setup mode. See “Using the Command Interface to Change Configuration Registers” on page 187 for instructions on

￿how to use the setup-mode commands.

Quantity available for 4-wire system only. Value set to -32,768 if not available.

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