Schweitzer Engineering Laboratories SEL-387E, Инструкция по эксплуатации

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Date Code 20020129 Distributed Network Protocol (DNP) 3.00 G-15
SEL-387E Instruction Manual
Index Close (0x4X) Trip (0x8X) Latch On (3) Latch Off (4) Pulse On (1) Pulse Off (2)
0–15 Set Clear Set Clear Pulse Clear
16–21 Pulse Do nothing Pulse Do nothing Pulse Do nothing
22 Pulse RB2 Pulse RB1 Pulse RB2 Pulse RB1 Pulse RB2 Pulse RB1
23 Pulse RB4 Pulse RB3 Pulse RB4 Pulse RB3 Pulse RB4 Pulse RB3
24 Pulse RB6 Pulse RB5 Pulse RB6 Pulse RB5 Pulse RB6 Pulse RB5
25 Pulse RB8 Pulse RB7 Pulse RB8 Pulse RB7 Pulse RB8 Pulse RB7
26 Pulse RB10 Pulse RB9 Pulse RB10 Pulse RB9 Pulse RB10 Pulse RB9
27 Pulse RB12 Pulse RB11 Pulse RB12 Pulse RB11 Pulse RB12 Pulse RB11
28 Pulse RB14 Pulse RB13 Pulse RB14 Pulse RB13 Pulse RB14 Pulse RB13
29 Pulse RB16 Pulse RB15 Pulse RB16 Pulse RB15 Pulse RB16 Pulse RB15
30 Pulse CC1 Pulse OC1 Pulse CC1 Pulse OC1 Pulse CC1 Pulse OC1
31 Pulse CC2 Pulse OC2 Pulse CC2 Pulse OC2 Pulse CC2 Pulse OC2
32 Pulse CC3 Pulse OC3 Pulse CC3 Pulse OC3 Pulse CC3 Pulse OC3
33–37 Pulse Do nothing Pulse Do nothing Pulse Do nothing
If the Trip bit is set, a Latch Off operation is performed, and if the Close bit is set, a Latch On
operation is performed on the specified index. The Status field is used exactly as defined. All
other fields are ignored. A pulse operation asserts a point for a single processing interval.
Caution should be exercised with multiple remote bit pulses in a single message (i.e., point count
> 1), as this may result in some of the pulse commands being ignored and returning an already
active status.
Analog Outputs (objects 40 and 41) are supported as defined by the preceding table. Flags
returned with object 40 responses are always set to 0. The Control Status field of object 41
requests is ignored. If the value written to index 0 is outside of the range 1 through 6, the relay
will not accept the value and will return a hardware error status.
Table G.4: SEL-387E Relay Binary Input Lookup Table
Row SEL-387 Relay Word Bits
Binary
Input
Point
2 50P11 50P11T 50P12 51P1 51P1T 51P1R PDEM1 OCA 7–0
3 50A13 50B13 50C13 50P13 50A14 50B14 50C14 50P14 15–8
4 50N11 50N11T 50N12 51N1 51N1T 51N1R NDEM1 OC1 23–16
5 50Q11 50Q11T 50Q12 51Q1 51Q1T 51Q1R QDEM1 CC1 31–24
6 50P21 50P21T 50P22 51P2 51P2T 51P2R PDEM2 OCB 39–32
7 50A23 50B23 50C23 50P23 50A24 50B24 50C24 50P24 47–40
8 50N21 50N21T 50N22 51N2 51N2T 51N2R NDEM2 OC2 55–48
9 50Q21 50Q21T 50Q22 51Q2 51Q2T 51Q2R QDEM2 CC2 63–56
10 50P31 50P31T 50P32 51P3 51P3T 51P3R PDEM3 OCC 71–64
11 50A33 50B33 50C33 50P33 50A34 50B34 50C34 50P34 79–72
12 50N31 50N31T 50N32 51N3 51N3T 51N3R NDEM3 OC3 87–80
13 50Q31 50Q31T 50Q32 51Q3 51Q3T 51Q3R QDEM3 CC3 95–88
14 * 27V1 27PP2 27PP1 27P2 27P1 * CTS 103–96
15 59Q 59G2 59G1 59V1 59PP2 59PP1 59P2 59P1 111–104
16 81D1 81D2 81D3 81D4 81D5 81D6 * 27B81 119–112
17 81D1T 81D2T 81D3T 81D4T 81D5T 81D6T * * 127–120
18 87U1 87U2 87U3 87U 87R1 87R2 87R3 87R 135–128