GE Power Management PQM Power Quality Meter B-1
APPENDIX B B.1 TABLES AND FIGURES
B
APPENDIX B TABLES AND FIGURESB.1 TABLES AND FIGURES B.1.1 LIST OF TABLES
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ABLE
: 1–1 ORDER CODES ..................................................................................................................................... 1-10
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: 2–1 REVISION HISTORY TABLE.................................................................................................................... 2-3
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: 2–2 PQM EXTERNAL CONNECTIONS .......................................................................................................... 2-4
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: 3–1 RESET KEY ACTIONS............................................................................................................................. 3-5
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: 4–1 SETPOINT ACCESS CONDITIONS......................................................................................................... 4-5
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: 4–2 ANALOG OUTPUT SELECTION CRITERIA ..........................................................................................4-23
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: 4–3 ANALOG OUTPUT PARAMETERS........................................................................................................ 4-24
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: 4–4 AUXILIARY RELAYS ACTIVATION PRIORITY......................................................................................4-35
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: 5–1 LIST OF POSSIBLE EVENTS ................................................................................................................ 5-28
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: 7–1 MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 03H/04H ................................................ 7-4
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: 7–2 MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 05H........................................................ 7-5
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: 7–3 MASTER/SLAVE PACKET FORMAT FOR BROADCAST COMMAND................................................... 7-6
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: 7–4 MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 06H........................................................ 7-7
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: 7–5 MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 07H........................................................ 7-8
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: 7–6 MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 08H........................................................ 7-9
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: 7–7 MASTER/SLAVE PACKET FORMAT FOR FUNCTION CODE 10H...................................................... 7-10
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: 7–8 MASTER/SLAVE PACKET FORMAT FOR PERFORMING COMMANDS............................................. 7-11
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: 7–9 PACKET FORMAT FOR FUNCTION CODE 16 BROADCAST COMMAND.......................................... 7-12
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: 7–10 PQM MEMORY MAP............................................................................................................................ 7-15
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: 7–11 MEMORY MAP DATA FORMATS........................................................................................................ 7-55
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: 7–12 ANALOG OUTPUT PARAMETER RANGE FOR SERIAL PORTS ...................................................... 7-63
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: 8–1 POINT LIST FOR ANALOG INPUT/OUTPUT CHANGE.......................................................................... 8-9
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: 9–1 PQM SETPOINTS..................................................................................................................................... 9-1
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: A–1 DATA LOG PARAMETERS....................................................................................................................A-18
B.1.2 LIST OF FIGURES
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IGURE
1–1: PQM FEATURE HIGLIGHTS.................................................................................................................. 1-2
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1–2: SINGLE LINE DIAGRAM ........................................................................................................................ 1-3
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1–3: DOWNLOADING PRODUCT ENHANCEMENTS VIA THE SERIAL PORT........................................... 1-4
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1–4: ADDITIONAL COMMUNICATION PORT................................................................................................ 1-5
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1–5: SWITCH INPUTS AND OUTPUTS RELAYS..........................................................................................1-6
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1–6: HARMONIC SPECTRUM........................................................................................................................ 1-7
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1–7: CAPTURED WAVEFORM ...................................................................................................................... 1-7
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1–8: DATA LOGGER ...................................................................................................................................... 1-8
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1–9: TRACE MEMORY TRIGGERS ............................................................................................................... 1-8
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1–10: TRACE MEMORY CAPTURE............................................................................................................... 1-9
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2–1: PHYSICAL DIMENSIONS....................................................................................................................... 2-1
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2–2: PRODUCT LABEL .................................................................................................................................. 2-2
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2–3: REAR TERMINALS................................................................................................................................. 2-5
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2–4: WIRING DIAGRAM 4-WIRE WYE (3 VT
S
) ............................................................................................. 2-6
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2–5: WIRING DIAGRAM 4-WIRE WYE (2 VT
S
) ............................................................................................. 2-7
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2–6: WIRING DIAGRAM 4-WIRE WYE DIRECT (NO VT
S
)............................................................................ 2-8
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2–7: WIRING DIAGRAM 3-WIRE DELTA (2 VT
S
).......................................................................................... 2-9
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2–8: WIRING DIAGRAM 3-WIRE DIRECT (NO VT
S
)................................................................................... 2-10
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2–9: SINGLE PHASE CONNECTION........................................................................................................... 2-11
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2–10: ALTERNATE CT CONNECTIONS FOR 3-WIRE SYSTEM................................................................ 2-12
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2–11: SWITCH INPUT CIRCUIT................................................................................................................... 2-15
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2–12: ANALOG INPUT MULTIPLEXING ...................................................................................................... 2-16
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2–13: ANALOG OUTPUT.............................................................................................................................. 2-17
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2–14: RS485 COMMUNICATION WIRING................................................................................................... 2-19
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2–15: RS232 CONNECTION........................................................................................................................ 2-20
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2–16: HI-POT TESTING................................................................................................................................ 2-21
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3–1: FRONT PANEL ....................................................................................................................................... 3-1
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3–2: DISPLAY................................................................................................................................................. 3-1
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3–3: STATUS INDICATORS........................................................................................................................... 3-2
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