Toshiba GR200 Series Instruction Manual page 279

Table 4.2-1 CTs in each CH when VTs existing in Zones
VTs exist in 2 zones
Terminal
Unit
Screw No.
VCT
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
CH / Jum
Zone Type
Signal
per
Va
ZA Volta
Vb –
ge
Vc
–
Va
ZB Volta
Vb –
ge
Vc
–
Ia W9
CH1 Curre
Ib W10
nt
Ic W11
Ia W12
CH2 Curre
Ib W13
nt
Ic W14
–
Ia W2
CH3 Curre
Ib W3
nt
Ic W4
Ia W5
CH4 Curre
Ib W6
nt
Ic W7
Ia W8
CH5 Curre
Ib W9
nt
Ic W10
Ia W11
CH6 Curre
Ib W12
nt
Ic W13
–
–
Ia W2
CH7 Curre
Ib W3
nt
Ic W4
Ia W5
CH8 Curre
Ib W6
nt
Ic W7
Ia W8
CH9 Curre
Ib W9
nt
Ic W10
Ia W11
CH10 Curre
Ib W12
nt
Ic W13
–
–
Ia W2
CH11 Curre
Ib W3
nt
Ic W4
Ia W5
CH12 Curre
Ib W6
nt
Ic W7
Ia W8
CH13 Curre
Ib W9
nt
Ic W10
Ia W11
CH14 Curre
Ib W12
nt
Ic W13
–
–
Ia W2
CH15 Curre
Ib W3
nt
Ic W4
Ia W5
CH16 Curre
Ib W6
nt
Ic W7
Ia W8
CH17 Curre
Ib W9
nt
Ic W10
Ia W11
CH18 Curre
Ib W12
nt
Ic W13
–
–
Ia W2
CH19 Curre
Ib W3
nt
Ic W4
Ia W5
CH20 Curre
Ib W6
nt
Ic W7
Ia W8
CH21 Curre
Ib W9
nt
Ic W10
Ia W11
CH22 Curre
Ib W12
nt
Ic W13
–
VTs exist in 4 zones
CH /
VCT Zone Type Jumper
Signal
Va
ZA Volta
Vb
ge
Vc
Va
ZB Volta
Vb
ge
Vc
Va
ZC Volta
Vb
ge
Vc
Va
ZD Volta
Vb
ge
Vc
–
–
–
Ia
CH1 Curre
Ib
nt
Ic
Ia
CH2 Curre
Ib
nt
Ic
Ia
CH3 Curre
Ib
nt
Ic
Ia
CH4 Curre
Ib
nt
Ic
–
–
Ia
CH5 Curre
Ib
nt
Ic
Ia
CH6 Curre
Ib
nt
Ic
Ia
CH7 Curre
Ib
nt
Ic
Ia
CH8 Curre
Ib
nt
Ic
–
–
Ia
CH9 Curre
Ib
nt
Ic
Ia
CH10 Curre
Ib
nt
Ic
Ia
CH11 Curre
Ib
nt
Ic
Ia
CH12 Curre
Ib
nt
Ic
–
–
Ia
CH13 Curre
Ib
nt
Ic
Ia
CH14 Curre
Ib
nt
Ic
Ia
CH15 Curre
Ib
nt
Ic
Ia
CH16 Curre
Ib
nt
Ic
–
–
Ia
CH17 Curre
Ib
nt
Ic
Ia
CH18 Curre
Ib
nt
Ic
Ia
CH19 Curre
Ib
nt
Ic
Ia
CH20 Curre
Ib
nt
Ic
–
- 265 -
6F2S1931 (0.20)
VTs exist in 6 zones
CH /
VCT Zone Type
Signal
Va
ZA Volta
– Vb
Vc
Va
ZB Volta
– Vb
Vc
Va
ZC Volta
– Vb
Vc
Va
ZD Volta
– Vb
Vc
Va
ZE Volta
W2 Vb
W3 Vc
W4
W5 Va
ZF Volta
W6 Vb
W7 Vc
W8
W9 Ia
CH1 Curr
W10 Ib
W11 Ic
W12 Ia
CH2 Curr
W13 Ib
Ic
W2 Ia
CH3 Curre
W3 Ib
W4 Ic
W5 Ia
CH4 Curre
W6 Ib
W7 Ic
W8 Ia
CH5 Curre
W9 Ib
W10 Ic
W11 Ia
CH6 Curre
W12 Ib
W13 Ic
W2 Ia
CH7 Curre
W3 Ib
W4 Ic
W5 Ia
CH8 Curre
W6 Ib
W7 Ic
W8 Ia
CH9 Curre
W9 Ib
W10 Ic
W11 Ia
CH
W12 Ib
10
W13 Ic
W2 Ia
CH
W3 Ib
11
W4 Ic
W5 Ia
CH
W6 Ib
12
W7 Ic
W8 Ia
CH
W9 Ib
13
W10 Ic
W11 Ia
CH
W12 Ib
14
W13 Ic
W2 Ia
CH
W3 Ib
15
W4 Ic
W5 Ia
CH
W6 Ib
16
W7 Ic
W8 Ia
CH
W9 Ib
17
W10 Ic
W11 Ia
CH
W12 Ib
18
W13 Ic
Centralized GRB200
(Soft: 030, 031, 032, 033, 034)
Jump
er
–
ge
–
ge
–
ge
–
ge
–
–
–
ge
–
–
ge
–
W9
W10
ent
W11
W12
W13
ent
W14
–
W2
W3
nt
W4
W5
W6
nt
W7
W8
W9
nt
W10
W11
W12
nt
W13
–
–
W2
W3
nt
W4
W5
W6
nt
W7
W8
W9
nt
W10
W11
Curre
W12
nt
W13
–
–
W2
Curre
W3
nt
W4
W5
Curre
W6
nt
W7
W8
Curre
W9
nt
W10
W11
Curre
W12
nt
W13
–
–
W2
Curre
W3
nt
W4
W5
Curre
W6
nt
W7
W8
Curre
W9
nt
W10
W11
Curre
W12
nt
W13
–