M ED I U M VO LTAG E P R O D U C T S
25
25
VM1 fixed circuit breaker without bottom and top terminals
Ur
Isc
Rated normal current (40 °C) [A]
Type of
circuit breaker
kV
kA
H = 461
H = 599
H = 616
H = 631
H = 642
H = 661
D = 424
D = 424
D = 424
D = 424
D = 424
D = 424
u/l = 205
u/l = 310
u/l = 310
u/l = 310
u/l = 310
u/l = 310
l/g = 217.5
l/g = 237.5
l/g =237.5
l/g = 282.5
l/g =282.5
l/g =282.5
P = 150
P = 210
P = 210
P = 275
P = 275
P = 210
P = 275
P = 275
P = 275
W = 450
W = 570
W = 570
W = 700
W = 700
W = 570
W = 700
W = 700
W = 700
17.5
16
630
VM1 17.06.16 p150
20
630
VM1 17.06.20 p150
25
630
VM1 17.06.25 p150
31.5
630
VM1 17.06.32 p150
16
1250
VM1 17.12.16 p150
20
1250
VM1 17.12.20 p150
25
1250
VM1 17.12.25 p150
31.5
1250
VM1 17.12.32 p150
16
630
VM1 17.06.16 p210
20
630
VM1 17.06.20 p210
25
630
VM1 17.06.25 p210
31.5
630
VM1 17.06.32 p210
16
1250
VM1 17.12.16 p210
20
1250
VM1 17.12.20 p210
25
1250
VM1 17.12.25 p210
31.5
1250
VM1 17.12.32 p210
20
1600
VM1 17.16.20 p210
25
1600
VM1 17.16.25 p210
31.5
1600
VM1 17.16.32 p210
20
2000
VM1 17.20.20 p210
25
2000
VM1 17.20.25 p210
31.5
2000
VM1 17.20.32 p210
20
1600
VM1 17.16.20 p275
25
1600
VM1 17.16.25 p275
31,5
1600
VM1 17.16.32 p275
20
2000
VM1 17.20.20 p275
25
2000
VM1 17.20.25 p275
31.5
2000
VM1 17.20.32 p275
20
2500
VM1 17.25.20 p275
25
2500
VM1 17.25.25 p275
31.5
2500
VM1 17.25.32 p275
24
16
630
VM1 24.06.16 p210
20
630
VM1 24.06.20 p210
25
630
VM1 24.06.25 p210
16
1250
VM1 24.12.16 p210
20
1250
VM1 24.12.20 p210
25
1250
VM1 24.12.25 p210
16
630
VM1 24.06.16 p275
20
630
VM1 24.06.20 p275
25
630
VM1 24.06.25 p275
16
1250
VM1 24.12.16 p275
20
1250
VM1 24.12.20 p275
25
1250
VM1 24.12.25 p275
16
1600
VM1 24.16.16 p275
20
1600
VM1 24.16.20 p275
25
1600
VM1 24.16.25 p275
16
2000
VM1 24.20.16 p275
20
2000
VM1 24.20.20 p275
25
2000
VM1 24.20.25 p275
25
2500
VM1 24.16.25 p275
H = Height of the circuit breaker.
W = Width of the circuit breaker.
D = Depth of the circuit breaker.
u/l = Distance between bottom and top terminal.
l/g = Distance between the bottom terminal and the resting surface of the circuit breaker.
p = Pole horizontal centre distance.
Summary of Contents for VM1
Page 59: ...MEDIUM VOLTAGE PRODUCTS 59 59 ...