Contactors, thermal relays and circuit breakers for motor protection

ISH-02 auxiliary contact block 2 NC 6A

ISH-11 Auxiliary contact block 1 NO, 1 NC 6A

ISH-20 auxiliary contact block 2 NO 6A

ISHB-02 Auxiliary Contact Block 2NC 6A

ISHB-1C Auxiliary contact block 1 changeover 6A

ISHB-20 Auxiliary contact block 2 NO 6A

IPS-40 sealing cover 3 module width

ISP-25 sealing cover 2 module width

ISP-40 sealing cover 3 module width

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

The bistable installation contactors are only switched on and off with a pulse or manually. When switched, the coil does not consume any power and therefore does not cause any additional heat in the control cabinet. 

The double-breaking contacts increase switching reliability. They are therefore suitable for switching all types of electrical loads such as: electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and a wide variety of types of lighting.

ISB-G group block for group formation

ISB-Z central control block, central on/off

Installation contactors are used in switch cabinets in building technology such as residential buildings, office buildings, restaurants and hotels, shopping centers and hospitals, as well as in industrial applications, production facilities, logistics and storage technology.

They are used for the automatic control of electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and in lighting technology.

Installation contactors are used in switch cabinets in building technology such as residential buildings, office buildings, restaurants and hotels, shopping centers and hospitals, as well as in industrial applications, production facilities, logistics and storage technology.

They are used for the automatic control of electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and in lighting technology.

Installation contactors are used in switch cabinets in building technology such as residential buildings, office buildings, restaurants and hotels, shopping centers and hospitals, as well as in industrial applications, production facilities, logistics and storage technology.

They are used for the automatic control of electrical devices and units, AC and three-phase motors, pumps, air conditioning systems, electrical heaters and in lighting technology.