The Schneider Electric LC1E50M5N is an AC Contactor from the EasyPact TVS series . It is designed for making and breaking power circuits and for frequently starting and controlling AC motors
The Schneider Electric LC1E40M5N is an AC Contactor belonging to the EasyPact TVS series . It is designed for remote make and break of power circuits and for frequently starting and controlling AC motors
The Schneider Electric LC1E3210M5N is an AC Contactor from the EasyPact TVS series . It is designed for making and breaking power circuits and for frequently starting and controlling AC motors .
The Schneider Electric LC1R1810M5N is an AC Contactor from the TeSys Deca series (specifically the LC1R range) . It is designed for making and breaking power circuits and for controlling AC motors .
The Schneider Electric LC1E0910M5N is an AC Contactor from the EasyPact TVS series . It is designed for making and breaking power circuits and for frequently starting and controlling AC motors .
The Schneider Electric LC1E0610M5N is an AC Contactor from the EasyPact TVS series . It is designed for making and breaking power circuits and for frequently starting and controlling AC motors .
The Schneider Electric LC1R0901M5N is an AC Contactor from the TeSys Deca series (LC1R range) . Unlike standard contactors that require continuous coil energization to stay closed, this is a latching (mechanical hold) contactor.
The Schneider Electric LC1E0610M5N is an AC Contactor from the EasyPact TVS series . It is designed for making and breaking power circuits and for frequently starting and controlling AC motors .
The Schneider Electric LC1R0901M5N is an AC Contactor from the TeSys Deca series (LC1R range) . Unlike standard contactors that require continuous coil energization to stay closed, this is a latching (mechanical hold) contactor.
The Schneider Electric LC1R0610M5N is an AC Contactor from the TeSys Deca series (LC1R range) . This is a latching (mechanical hold) contactor, which uses a pulse of current to change and mechanically maintain its state (open or closed) without needing a continuous power supply .