GE Multilin 565, Инструкция по эксплуатации

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FEATURE INFORMATION
565/575 DATA FORMATS (REVISION E2.73)
FORMAT APPLICABLE BITS DEFINITION
CODE
0000 0000 0001 0000 (BIN) or 0010 (HEX) 016 (DEC) = Aux 3 Relay Is Activated By A Trip Or An Alarm At Moment Of Request
0000 0000 0010 0000 (BIN) or 0020 (HEX) 032 (DEC) = Aux 2 Relay Is Activated By A Trip Or An Alarm At Moment Of Request
0000 0000 0100 0000 (BIN) or 0040 (HEX) 064 (DEC) = Aux 1 Relay Is Activated By A Trip Or An Alarm At Moment Of Request
0000 0000 1000 0000 (BIN) or 0080 (HEX) 128 (DEC) = Trip Relay Is Activated By A Trip At Moment Of Request
(*) An Alarm Condition Will Not Activate This Bit
F12 32 bits ULONG (4 BYTE UNSIGNED INTEGER TO BE MULTIPLIED BY SCALING FACTOR)
XX XX 00 00 (HEX) Lower Address Contains The Most Significant 16 bits
00 00 XX XX (HEX) Upper Address Contains The Least Significant 16 bits
Example:
XX XX XX XX (HEX) XXXXXX (DEC) * Scaling Factor = Result
00 03 5C 71 (HEX) 220273 (DEC) * 0.01 = 2202.73 Amps
Note: This Register Should Be Read As Four Continuous Bytes
Note: Only Reading The Upper Address Will Return Zero, As This Register Is Non-existent
F13
32 bits
LONG (BCD FORMAT FOR TIME AND DATE)
XX SS MM HH (BCD) Lower Address Contains Don't Care And The Seconds
Upper Address Contains The Minutes And The Hour
81 48 58 07 (BCD) Example: 07 (Hour) : 58 (Minutes) : 48 (Seconds)
Range: 00:00:00 To 23:59:59
: :
XX DD MM YY (BCD) Lower Address Contains Don't Care And The Day
Upper Address Contains The Month And The Year
00 18 07 95 (BCD) Example: July 18, 1995
Range: Jan 01, 1969 To Dec 31, 2068
Note: This Register Should Be Read As Four Continuous Bytes
Note: Only Reading The Upper Address Will Return Zero, As This Register Is Non-existent
F14
16 bits
UNSIGNED VALUE (2 BYTE UNSIGNED INTEGER TO BE MULTIPLIED BY SCALING FACTOR)
Example:
XXXX XXXX XXXX XXXX (BIN) or XXXX (HEX) XXX (DEC) * Scaling Factor = Result
0000 0001 1010 0000 (BIN) or 01A0 (HEX) 416 (DEC) * 0.01 = 4.16 kV
F15
32 bits
CAUSE OF LAST TRIP
00 00 00 00 (HEX) 00000 (DEC) = No Trips Reported
00 00 00 01 (HEX) 00001 (DEC) = Undefined (565), Phase A Loset Overcurrent (575)
00 00 00 02 (HEX) 00002 (DEC) = Undefined (565), Phase B Loset Overcurrent (575)
00 00 00 04 (HEX) 00004 (DEC) = Undefined (565), Phase C Loset Overcurrent (575)
00 00 00 08 (HEX) 00008 (DEC) = Undefined (565), Ground Loset Overcurrent (575)
00 00 00 10 (HEX) 00016 (DEC) = Undefined
00 00 00 20 (HEX) 00032 (DEC) = Undefined
00 00 00 40 (HEX) 00064 (DEC) = Undefined
00 00 00 80 (HEX) 00128 (DEC) = Voltage Phase Reversal
00 00 01 00 (HEX) 00256 (DEC) = External Switch Trip #1
00 00 02 00 (HEX) 00512 (DEC) = External Switch Trip #4 (565)
00 00 04 00 (HEX) 01024 (DEC) = Undefined
00 00 08 00 (HEX) 02048 (DEC) = Analog Input
00 00 10 00 (HEX) 04096 (DEC) = Power Factor
00 00 20 00 (HEX) 08192 (DEC) = Frequency
00 00 40 00 (HEX) 16384 (DEC) = External Switch Trip #2 (565), Reclosable Trip (575)
00 00 80 00 (HEX) 32768 (DEC) = External Switch Trip #3 (565), Programmable Trip (575)
00 01 00 00 (HEX) 6.554 EXP 04 (DEC) = Undefined
00 02 00 00 (HEX) 1.311 EXP 05 (DEC) = Undefined
00 04 00 00 (HEX) 2.621 EXP 05 (DEC) = Undefined
00 08 00 00 (HEX) 5.243 EXP 05 (DEC) = Undefined
00 10 00 00 (HEX) 1.049 EXP 06 (DEC) = Undefined
00 20 00 00 (HEX) 2.097 EXP 06 (DEC) = Undefined
00 40 00 00 (HEX) 4.194 EXP 06 (DEC) = Overvoltage
00 80 00 00 (HEX) 8.389 EXP 06 (DEC) = Undervoltage
01 00 00 00 (HEX) 1.678 EXP 07 (DEC) = Phase A Timed O/C
02 00 00 00 (HEX) 3.355 EXP 07 (DEC) = Phase B Timed O/C
04 00 00 00 (HEX) 6.711 EXP 07 (DEC) = Phase C Timed O/C
08 00 00 00 (HEX) 1.342 EXP 08 (DEC) = Ground Timed O/C
10 00 00 00 (HEX) 2.684 EXP 08 (DEC) = Phase A Inst. O/C (565), Phase A Hiset Overcurrent (575)
20 00 00 00 (HEX) 5.369 EXP 08 (DEC) = Phase B Inst. O/C (565), Phase B Hiset Overcurrent (575)
40 00 00 00 (HEX) 1.074 EXP 09 (DEC) = Phase C Inst. O/C (565), Phase C Hiset Overcurrent (575)
80 00 00 00 (HEX) 2.147 EXP 09 (DEC) = Ground Inst. O/C (565), Ground Hiset Overcurrent (575)
Note: Multiple Trips Can Be Reported If Occurring In The Same Cycle
Note: This Register Should Be Read As Four Continuous Bytes
Note: Only Reading The Upper Address Will Return Zero, As This Register Is Non-existent
F16
16 bits
kW AND kVAR POWER SIGNS
XXXX XXXX 0000 0000 (BIN) or XX00 (HEX) Most Significant Byte Contains The Real Power Sign (kW)
0000 0000 XXXX XXXX (BIN) or 00XX (HEX) Least Significant Byte Contains The Reactive Power Sign (kVAR)
Example:
0000 0000 0000 0000 (BIN) or 0000 (HEX) 00000 (DEC) = Real Power Is Positive, Reactive Power Is Positive
0000 0000 1111 1111 (BIN) or 00FF (HEX) 00255 (DEC) = Real Power Is Positive, Reactive Power Is Negative
1111 1111 0000 0000 (BIN) or FF00 (HEX) 65280 (DEC) = Real Power Is Negative, Reactive Power Is Positive
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