Schneider C12F3TM160B | Circuit breaker, ComPacT NSXm 160F, 36kA/415VAC, 3 poles, TMD trip unit 160A, lugs/busbars

Schneider C12F3TM160B | Circuit breaker, ComPacT NSXm 160F, 36kA/415VAC, 3 poles, TMD trip unit 160A, lugs/busbars

Specifications C12F3TM160B

The Schneider C12F3TM160B is a molded case circuit breaker (MCCB) from the ComPacT NSXm 160F series. It is designed to provide effective protection for electrical installations against overloads and short circuits. This 3-pole breaker has a rated current of 160A and a high short-circuit breaking capacity of 36kA at 415VAC. It is equipped with a thermal-magnetic (TMD) trip unit and supports both lug and busbar connections.

• Product reference: C12F3TM160B

• Series: ComPacT NSXm 160F

• Function: Circuit protection (overload and short circuit)

• Number of poles: 3

• Rated current: 160A

• Rated operational voltage: 415VAC

• Breaking capacity: 36kA at 415VAC

• Trip unit: Thermal-Magnetic (TMD)

• Mounting: Fixed

• Connection type: Lugs and busbars

• Compliance: IEC 60947-2

Features

The ComPacT NSXm 160F breaker is known for its compact design, high breaking capacity, and easy installation. It is suitable for demanding applications where both performance and space-saving are important.

• High short-circuit protection with a breaking capacity of 36kA, ensuring safe disconnection under fault conditions

• Thermal-magnetic trip unit delivers dependable protection against both overloads and short circuits

• Compact design allows for space-saving in electrical panels and distribution boards

• Compatible with both lug and busbar connections for flexible installation

• Front-face terminals for easy access during wiring and maintenance

• Robust mechanical endurance suitable for frequent switching operations

• Designed for integration in modern electrical systems requiring safe and compact protection solutions

Applications

The C12F3TM160B circuit breaker is ideal for low-voltage power distribution in a wide range of environments that require high reliability and safety:

• Main and sub-distribution boards in commercial and industrial facilities

• Power panels for machinery and heavy equipment in factories

• Infrastructure systems such as data centers, hospitals, airports, and schools

• Energy management systems including solar power installations

• Motor control centers and feeder circuits in automated systems

• Suitable for new installations and upgrades in space-constrained panels