Schneider C11N6TM025L | circuit breaker ComPacT NSXm N (50 kA at 415 VAC), 4P 3d, 25 A rating TMD trip unit, EverLink connectors

Schneider C11N6TM025L | circuit breaker ComPacT NSXm N (50 kA at 415 VAC), 4P 3d, 25 A rating TMD trip unit, EverLink connectors

Technical Specifications C11N6TM025L

• Product Reference: C11N6TM025L

• Series: ComPacT NSXm N

• Device Type: Molded Case Circuit Breaker (MCCB)

• Rated Current (In): 25 Amperes

• Rated Operational Voltage: Up to 415 VAC

• Breaking Capacity: 50 kA at 415 VAC

• Number of Poles: 4P (3 poles protected + neutral pole – 3d configuration)

• Trip Unit Type: TMD (Thermal Magnetic)

• Connection Technology: EverLink lug connectors

• Mounting Type: Fixed

• Frequency: 50/60 Hz

• Standards: Complies with IEC 60947-2

• Control Mechanism: Manual

Key Features

• High Breaking Capacity: Offers superior fault protection with 50 kA interrupting capacity at 415 VAC, suitable for demanding industrial applications.

• Thermal-Magnetic Trip Unit: Provides both overload (thermal) and short-circuit (magnetic) protection for enhanced safety.

• EverLink Technology: Equipped with patented EverLink lugs that maintain a secure, stable connection over time, even in environments with thermal cycling or vibrations.

• Compact and Lightweight Design: The NSXm frame is optimized for space-constrained panels and modern installations.

• 4-Pole Protection: The 3d configuration ensures the neutral is not protected but is switched, providing full-phase disconnection.

• Modular Design: Easily integrated with auxiliaries such as shunt trips, under-voltage releases, and auxiliary contacts.

• Clear Visual Indication: Offers visible status indication for ON/OFF/TRIPPED positions for safe operation and diagnostics.

Applications

• Industrial Control Panels: Protects equipment and circuits in production lines, automated machinery, and process industries.

• Commercial Distribution Boards: Suitable for main and sub-feeder applications in commercial buildings like shopping centers and office complexes.

• Renewable Energy Systems: Used in solar and wind energy systems where high fault-level protection is required.

• Backup Power Systems: Ensures safe connection and protection for generators and UPS systems.

• Infrastructure Projects: Ideal for use in airports, hospitals, metro stations, and public service buildings with high reliability demands.