TeSys K power contactor, AC1, 20A, 4P, 2NO 2NC, 220/230VAC coil LC1K09008M7

Power contactor for demanding applications

This four-pole TeSys K power contactor, with a rated current of 20A in AC1 category, is a reliable solution for controlling electrical loads. Designed to operate with a coil voltage of 220/230VAC, it finds application in a wide range of industrial and commercial installations. The construction with two normally open (2NO) and two normally closed (2NC) contacts provides flexibility in configuring control circuits.

Construction and application

The LC1K09008M7 contactor is characterized by screw connection of the main contacts, which facilitates and speeds up assembly. Its compact dimensions – 58 mm high, 45 mm wide and 57 mm deep – allow for efficient use of space in switchboards. Designed to operate at a voltage of 440V AC (50/60 Hz), it enables effective control of motors with a power of up to 4 kW (AC-3, 400V). The rated operating current for AC-3 at 400V is 9A, and for AC-1 at 400V – 20A.

Key features and benefits

• Versatility: Suitable for controlling various loads, from simple receivers to more complex systems.
• High reliability: Manufactured by the renowned manufacturer Schneider Electric, guarantees long-lasting and trouble-free operation.
• Compact dimensions: Allow for mounting in limited space.
• Easy installation: Screw connection of the main contacts simplifies the installation and maintenance process.
• Configuration flexibility: Availability of two NO and two NC contacts allows you to adapt the contactor to specific application needs.
• Circuit protection: The contactor effectively switches circuits on and off, protecting devices from overload and short circuit.
• Suitable for continuous operation: Durable construction allows for intensive use in demanding industrial conditions.

Thanks to its solid construction and precise workmanship, the TeSys K LC1K09008M7 contactor is an optimal solution for both professional installers and end-users looking for a reliable element for controlling electrical loads. It is a key component in the construction of efficient and safe automation systems.