Schneider Circuit breaker NSX250N 250A 3P MCCB 50kA 415V TMD

$534.00

Description

Schneider Circuit breaker Datasheet

Schneider Electric green signature style for the entire ComPacT range
Estimated 40% reduction of wiring time for panel builders
Experience easier installation thanks to a new ergonomic front-plate design
Gain the confidence that all auxiliaries are on the right spot, and check that you have the right coil rating
Ergonomic new toggle for easier breaker manual operation

Specifications

  • Brand: Schneider Electric

  • Model: ComPacT NSX250N

  • Rated Current (In): 250A

  • Poles: 3P (3d)

  • Breaking Capacity (Icu): 50kA at 415VAC

  • Trip Unit: TMD (Thermal Magnetic)

  • Rated Operational Voltage (Ue): 415VAC

  • Frequency: 50/60 Hz

  • Mounting Type: Fixed

  • Application: Industrial & Commercial Power Distribution

Product Description

The Schneider Electric ComPacT NSX250N is a high-performance molded case circuit breaker designed to deliver reliable protection in low-voltage distribution systems. Rated at 250A with a breaking capacity of 50kA at 415VAC, this 3-pole MCCB ensures strong protection against overloads and short circuits in demanding industrial and commercial environments.

Equipped with a TMD (Thermal Magnetic) trip unit, the breaker provides precise thermal protection for overload conditions and instantaneous magnetic protection against short circuits. As a result, it enhances system safety while minimizing downtime. Its compact and robust design allows easy panel integration, making it ideal for switchboards, motor protection, and power distribution applications.

Furthermore, the ComPacT NSX series is known for durability, operational reliability, and compliance with international standards. The NSX250N model supports long service life and consistent performance even under heavy load conditions.

Overall, this Schneider MCCB is a dependable solution for protecting electrical installations, ensuring safety, efficiency, and long-term operational stability in modern power systems.