Technical Data; Technical Data, General; Technical Data For Control Electronics; Technical Data For Ac/Dc Converter - ABB VM1 Instruction Manual

10

Technical data

10.1

Technical data, general

10.1.1 Technical data Control electronics
a) Binary inputs
The following applies to all 5 input channels:
- Electrical isolation between all inputs and from the
electronics:
2,0 kV AC
- AC/DC operation (any polarity for DC)
- Response range at inputs -MO1, -MC and
-MO2, optionally :
1)
- 24 V ...60 V
–15% +15%
24 V ...60 V
–30% +15%
- 100 V ...125 V
–15% +15%
100 V ...125 V
–30% +15%
- 220 V ...240 V
–15% +15%
220 V ...240 V
–30% +15%
- Response range -MU
- Response range -RL1:
- 24 V ...240 V
–15% +15%
- 24 V ...240 V
–30% +15%
- Base load at input:
- 300 kΩ (-MU , -RL1, -MO2)
2)
- 14 kΩ (-MO1, -MC)
- Inputs protected from voltage surges.
b) Binary outputs
The following applies to all 5 input channels:
- Electrical isolation between all outputs and from the
electronics:
2,0 kV AC
- Switching voltage:
max. 400 V AC or 300 V DC
- Switching current: max. 6 A / 250 V AC (resistive)
- ON resistance: 100 mΩ
- Switch outputs: NOC, NCC and fleeting contact
- Duration of fleeting contact pulse: 100 ms
- Output connections: varistors.
32 VM1 Vacuum circuit-breaker | Instruction manual 504/05
AC
DC
AC
DC
AC
DC
adjustable, see page 26
2)
AC
DC
3)
10.1.2 Technical data AC/DC converter
- Input voltage ranges, optional:
- Power pack A:
- 24 V ...48 V
+15 %
–15 %
- 24 V ...60 V
+15 %
–15 %
- Power pack B:
- 100 V ...240 V
–15 %
- 110 V ...240 V
–15 %
- Protection of power feed (must be ordered):
- Power pack A:
ABB Stotz m.c.b.: S 282 UC-K, 1.6 A
- Power pack B:
ABB Stotz m.c.b.: S 282 UC-K, 1.0 A
- Power consumption on the input side during a charging
process: ca. 100 W
- Power consumption in normal position: P < 10 W
- Charging times of the capacitor (example for DC voltage):
a) Initial charging on commissioning:
- Breakers to 25 kA:
- Breakers from 31.5 kA:
depending on the supply voltage.
In this time, the capacitor(s) is/are charged to 80 V, and
an ON-OFF operating cycle is already possible at 72 V.
(The "READY" lamp indicates readiness for switching.
A flashing "READY" lamp signals recharging of the ca-
pacitor. Switching readiness is enabled during that time).
b) Recharging after a switching operation to a charge of
80 V: max. 5s.
Different response ranges for individual inputs on request.
1)
Full version on the control module
2)
In general, with AC signals which are connected via long lines, it should be checked
3)
whether the installed base load of 300 kΩ is sufficient (mutual capacitive coupling!)
to ensure a reliably low interference level. Otherwise, an appropriately dimensioned
resistor or capacitor is to be connected in parallel at the input terminals.
AC
DC
AC
+10%
DC
+10%
max. 10s
max. 15s.