Schneider C12E3TM160B | Circuit breaker, ComPacT NSXm 160E, 16kA/415VAC, 3 poles, TMD trip unit 160A, lugs/busbars

Schneider C12E3TM160B | Circuit breaker, ComPacT NSXm 160E, 16kA/415VAC, 3 poles, TMD trip unit 160A, lugs/busbars

12.257,28 EGP

Schneider C12E3TM160B | ComPacT NSXm E circuit breaker (16kA at 415VAC), 3 Poles 3d, 160A rating TMD trip unit, compression lugs and busbar connectors

Out of stock

SKU: C12E3TM160B.
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Schneider Electric

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Schneider C12E3TM160B | Circuit breaker, ComPacT NSXm 160E, 16kA/415VAC, 3 poles, TMD trip unit 160A, lugs/busbars

Specifications C12E3TM160B

  • Product Name: Schneider ComPacT NSXm 160E Circuit Breaker

  • Reference Code: C12E3TM160B

  • Type: Molded Case Circuit Breaker (MCCB)

  • Rated Current: 160 A

  • Poles: 3-pole (3P)

  • Breaking Capacity: 16 kA at 415 VAC

  • Trip Unit Type: TMD (Thermal Magnetic Trip Unit)

  • Voltage Rating: Up to 415 VAC, 50/60 Hz

  • Connection Type: Lugs and Busbar connectors

  • Mounting Type: Panel mounted or within electrical distribution panels

  • Terminal Technology: EverLink-compatible (depending on configuration)

  • Compliance: IEC 60947-2 Standard

Features

  • Offers reliable protection against overloads and short circuits using a built-in thermal-magnetic trip unit

  • Compact and space-saving design, ideal for limited-space panels

  • Rated at 160A, suitable for high-demand circuits

  • Provides flexibility with both lug and busbar connection options

  • Designed for long operational life with durable mechanical and electrical performance

  • Compatible with accessories such as auxiliary contacts, shunt trips, and monitoring modules

  • Ensures safe, stable, and secure connections with minimal maintenance requirements

Applications

  • Used in electrical distribution systems in industrial, commercial, and large residential facilities

  • Suitable for protection of feeders, submains, lighting circuits, HVAC systems, and large machinery

  • Widely applied in switchboards, control panels, and motor control centers

  • Ideal for applications requiring high current ratings and consistent circuit protection

  • Used in renewable energy systems, including solar and backup power configurations

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