7-48
PQM Power Quality Meter
GE Power Management
7.3 MODBUS MEMORY MAP
7 MODBUS COMMUNICATIONS
7
THD
ALARMS
continued
114C
Average Voltage THD Level
5 to 1000
5
0.1 x %
F1
100=10.0%
114D
Average Voltage THD Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
114E
Reserved
to
↓
↓
↓
↓
↓
↓
1157
Reserved
FREQUENCY
ALARMS
1158
Underfrequency Relay
0 to 4
1
---
F29
0=OFF
1059
Underfrequency Level
2000 to 7000
1
0.01 x Hz
F1
40.00 Hz
115A
Underfrequency Delay
1 to 100
1
0.1 x s
F1
100=10.0 s
115B
Zero Frequency Detect
0 to 1
1
---
F11
0=DISABLE
115C
Overfrequency Relay
0 to 4
1
---
F29
0=OFF
115D
Overfrequency Level
2000 to 12500
1
0.01 x Hz
F1
70.00 Hz
115E
Overfrequency Delay
1 to 100
1
0.1 x s
F1
100=10.0 s
115F
Reserved
to
↓
↓
↓
↓
↓
↓
1166
Reserved
POWER
ALARMS
1167
Power Alarms Level Base Units
0 to 1
1
---
F114
0=kW/kVAR
1168
Positive Real Power Relay
0 to 4
1
---
F29
0=OFF
1169
Positive Real Power Level in kW
1 to 65000
1
kW
F1
1000 kW
116A
Positive Real Power Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
116B
Negative Real Power Relay
0 to 4
1
---
F29
0=OFF
116C
Negative Real Power Level in kW
1 to 65000
1
kW
F1
1000 kW
116D
Negative Real Power Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
116E
Positive Reactive Power Relay
0 to 4
1
---
F29
0=OFF
116F
Positive Reactive Power Level in kVAR
1 to 65000
1
kVAR
F1
1000 kVAR
1170
Positive Reactive Power Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
1171
Negative Reactive Power Relay
0 to 4
1
---
F29
0=OFF
1172
Negative Reactive Power Level in kVAR
1 to 65000
1
kVAR
F1
1000 kVAR
1173
Negative Reactive Power Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
1174
Positive Real Power Level in MW
1 to 65000
1
0.01 MW
F1
10.00MW
1175
Negative Real Power Level in MW
1 to 65000
1
0.01 MW
F1
10.00MW
1176
Positive Reactive Power Level in MVAR
1 to 65000
1
0.01 MVAR
F1
10.00MVAR
1177
Negative Reactive Power Level in MVAR
1 to 65000
1
0.01 MVAR
F1
10.00MVAR
POWER
FACTOR
ALARMS
1178
Power Factor Lead 1 Relay
0 to 4
1
---
F29
0=OFF
1179
Power Factor Lead 1 Pickup Level
0 to 100
1
0.01 x PF
F1
1.00
117A
Power Factor Lead 1 Dropout Level
0 to 100
1
0.01 x PF
F1
1.00
117B
Power Factor Lead 1 Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
117C
Power Factor Lag 1 Relay
0 to 4
1
---
F29
0=OFF
117D
Power Factor Lag 1 Pickup Level
0 to 100
1
0.01 x PF
F1
1.00
117E
Power Factor Lag 1 Dropout Level
0 to 100
1
0.01 x PF
F1
1.00
117F
Power Factor Lag 1 Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
1180
Power Factor Lead 2 Relay
0 to 4
1
---
F29
0=OFF
1181
Power Factor Lead 2 Pickup Level
0 to 100
1
0.01 x PF
F1
1.00
1182
Power Factor Lead 2 Dropout Level
0 to 100
1
0.01 x PF
F1
1.00
1183
Power Factor Lead 2 Delay
5 to 6000
5
0.1 x s
F1
100=10.0 s
Table 7–10: PQM MEMORY MAP (Sheet 34 of 40)
GROUP
ADDR
(HEX)
DESCRIPTION
RANGE
STEP
VALUE
UNITS and
SCALE
FORMAT
FACTORY DEFAULT
Notes:
* Data type depends on the Command Operation Code.
** Any valid Actual Values or Setpoints address.
*** Maximum Setpoint value represents “OFF”.
**** Minimum Setpoint value represents “OFF”.
***** Maximum Setpoint value represents “UNLIMITED”.
Содержание Power Quality Meter Series
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Страница 10: ...vi PQM Power Quality Meter GE Power Management TABLE OF CONTENTS ...
Страница 29: ...GE Power Management PQM Power Quality Meter 2 5 2 INSTALLATION 2 2 ELECTRICAL 2 Figure 2 3 REAR TERMINALS ...
Страница 46: ...2 22 PQM Power Quality Meter GE Power Management 2 2 ELECTRICAL 2 INSTALLATION 2 ...
Страница 56: ...3 10 PQM Power Quality Meter GE Power Management 3 4 DEFAULT MESSAGES 3 OPERATION 3 ...
Страница 166: ...6 20 PQM Power Quality Meter GE Power Management 6 6 POWER ANALYSIS 6 SOFTWARE 6 ...
Страница 274: ...B 4 PQM Power Quality Meter GE Power Management B 1 TABLES AND FIGURES APPENDIXB B ...
Страница 276: ...C 2 PQM Power Quality Meter GE Power Management C 1 PQM WARRANTY APPENDIXC C ...
Страница 281: ...GE Power Management PQM Power Quality Meter NOTES ...