AF09 contactors are used for controlling power circuits up to 690 V AC and 220 V DC. They are mainly used for controlling 3-phase motors, non-inductive or slightly inductive loads. AF... contactors...
AF16 contactors are used for controlling power circuits up to 690 V AC and 220 V DC. They are mainly used for controlling 3-phase motors, non-inductive or slightly inductive loads.
An auxiliary mounted auxiliary contact block for front mounting. The auxiliary contact block is used for the operation of auxiliary circuits and control circuits.
This 20A 2-pole modular contactor has a 230V AC coil and NC contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 20A 2-pole modular contactor has a 24V AC coil and NO contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 20A 2-pole modular contactor has a 230V AC coil and NO contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 25A 2-pole modular contactor has a 24V AC coil and NC contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 25A 4-pole modular contactor has a V AC coil and NC contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 25A 4-pole modular contactor has a 230V AC coil and NC contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 25A 4-pole modular contactor has a V AC coil and NO contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 25A 4-pole modular contactor has a 230V AC coil and NO contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 40A 4-pole modular contactor has a V AC coil and NC contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 40A 4-pole modular contactor has a V AC coil and NO contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 63A 4-pole modular contactor has a V AC coil and NC contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 63A 4-pole modular contactor has a 230V AC coil and NC contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
This 63A 4-pole modular contactor has a V AC coil and NO contacts. The unit is DIN rail mounted and designed for installation in consumer units and three phase distribution boards.
A 0.1 to 0.16A class 10 thermal overload relay designed for use with the TC1 contactor range. Connection is by screw clamp direct to contactor or remote by mounting block.
A 0.16 to 0.24A class 10 thermal overload relay designed for use with the TC1 contactor range. Connection is by screw clamp direct to contactor or remote by mounting block.
A 0.25 to 0.4A class 10 thermal overload relay designed for use with the TC1 contactor range. Connection is by screw clamp direct to contactor or remote by mounting block.
A 0.4 to 0.63A class 10 thermal overload relay designed for use with the TC1 contactor range. Connection is by screw clamp direct to contactor or remote by mounting block.
A 0.63 to 1A class 10 thermal overload relay designed for use with the TC1 contactor range. Connection is by screw clamp direct to contactor or remote by mounting block.
A 1.6 to 2.5A class 10 thermal overload relay designed for use with the TC1 contactor range. Connection is by screw clamp direct to contactor or remote by mounting block.
A 5.5 to 8A class 10 thermal overload relay designed for use with the TC1 contactor range. Connection is by screw clamp direct to contactor or remote by mounting block.
