1) Rated current of over current release: 40A,63A,80A,100A,125A,160A,200A,250A,315A,400A,500A
2) Pole number: 2p, 3p, 4p
3) Rated working voltage: AC 400V, 50Hz
4) The total height is only 110mm
5) Good function connection:UTILITY - UTILITY,UTILITY-GENERATOR
abnormal or faulty tripping (overload, short circuit), the controller won't send out the order to realize the protective function
of reopening and closing
3) Four working modes: automatic control, common source (power supply I), standby power supply (power supply II), breaking
electricity (re-tripping)
4) When the working mode is in the automatic control state, it has two self-throw no self-recover, self-throw, and self-recover functions:
a) Self-throw non-self recover: when the device enters the working state, power supply I automatically throws into supplying
electricity; when power supply I has an abnormity, it will automatically transfer to power supply II; when power supply I recovers, it doesn't transfer until power supply II has an abnormity, then it will automatically transfer to power supply
b) Self-throw and self-recover: when the device enters the working state, the common source throws into supplying electricity; when power supply has an abnormity, it will automatically transfer to standby power supply; when common power supply recovers, it will automatically recover common power supply; but when the standby power supply has an abnormity, the controller will emit an alarm sound.
2) Pole number: 2p, 3p, 4p
3) Rated working voltage: AC 400V, 50Hz
4) The total height is only 110mm
5) Good function connection:UTILITY - UTILITY,UTILITY-GENERATOR
abnormal or faulty tripping (overload, short circuit), the controller won't send out the order to realize the protective function
of reopening and closing
3) Four working modes: automatic control, common source (power supply I), standby power supply (power supply II), breaking
electricity (re-tripping)
4) When the working mode is in the automatic control state, it has two self-throw no self-recover, self-throw, and self-recover functions:
a) Self-throw non-self recover: when the device enters the working state, power supply I automatically throws into supplying
electricity; when power supply I has an abnormity, it will automatically transfer to power supply II; when power supply I recovers, it doesn't transfer until power supply II has an abnormity, then it will automatically transfer to power supply
b) Self-throw and self-recover: when the device enters the working state, the common source throws into supplying electricity; when power supply has an abnormity, it will automatically transfer to standby power supply; when common power supply recovers, it will automatically recover common power supply; but when the standby power supply has an abnormity, the controller will emit an alarm sound.
