Description

Schneider C11N6TM032B | Circuit breaker, ComPacT NSXm 63N, 50kA/415VAC, 4 poles 3D (neutral not protected), TMD trip unit 32A, lugs/busbars

Technical Specifications C11N6TM032B

• Product Reference: C11N6TM032B

• Series: ComPacT NSXm 63N

• Device Type: Molded Case Circuit Breaker (MCCB)

• Rated Operational Voltage: Up to 415 VAC

• Rated Current (In): 32 Amperes

• Breaking Capacity: 50 kA at 415 VAC

• Poles: 4 poles (3D – three protected poles + one switched neutral)

• Trip Unit Type: TMD (Thermal Magnetic)

• Neutral Protection: Neutral not protected, but switched

• Connection Type: Lugs and busbars (included)

• Mounting Type: Fixed

• Standards Compliance: IEC 60947-2

• Frequency: 50/60 Hz

• Control Mode: Manual

Key Features

• High Fault Current Performance: Rated at 50 kA, the breaker ensures safe operation under extreme short-circuit conditions.

• Thermal-Magnetic Protection: Provides accurate tripping for both overloads (thermal) and short-circuits (magnetic).

• 4-Pole Switching (3D): All phases and neutral are switched simultaneously, improving safety and ensuring full disconnection.

• Flexible Connection: Delivered with lugs and busbar adapters to accommodate different panel configurations.

• Compact Design: Small form factor makes it suitable for dense panels and tight installation spaces.

• Clear Trip Indication: Mechanical indicators show ON/OFF/TRIP status for straightforward diagnostics.

• Accessory Compatibility: Supports a full range of ComPacT NSXm accessories including auxiliary contacts, shunt trips, and under-voltage releases.

Applications

• Industrial Distribution Systems: Ideal for feeder protection in manufacturing plants, processing lines, and control systems.

• Commercial Buildings: Used in panelboards of malls, hotels, business centers, and large office buildings.

• Data Centers and IT Facilities: Protects critical equipment with reliable fault isolation and fast disconnection.

• Renewable Energy Installations: Suitable for solar and wind energy systems requiring high short-circuit protection.

• Public Infrastructure: Used in hospitals, transportation hubs, water treatment plants, and other essential facilities.