CHINT NXBLE-63 2P C16 30mA 6kA Differential Circuit Breaker

NXBLE-63 2P C16 30mA 6kA Residual Current Circuit Breaker – Reliable Protection for Modern Electrical Systems

NXBLE-63 2P C16 30mA 6kA is a 2-pole Residual Current Circuit Breaker (RCCB) with overcurrent protection, part of CHINT’s NEXT series. Offering a modern design and robust performance at a competitive price point, this device provides comprehensive protection against electrical faults, including leakage currents. Ideal for both industrial and commercial applications where budget considerations are important, it ensures safety and reliability in electrical distribution systems.

Technical Specifications:

• Type: Residual Current Circuit Breaker with Overcurrent Protection (RCBO)

• Standard: IEC/EN 61009-2-1 (assumed, based on typical RCBO standards)

• Base Material: Polycarbonate housing, internal components utilizing copper and silver alloys.

• Application: Indoor

• Consumption: Not applicable – this is an electrical component, not a consumable material.

• Drying Time: Not applicable – this is an electrical component, not a material requiring drying.

• Durability: Mechanical lifespan of 20,000 cycles, high resistance to environmental factors and UV exposure.

• Packaging: Individual box packaging, with multiple units per master carton.

Advantages:

• Combines overcurrent and residual current protection in one device.

• Modern and compact design for easy installation in distribution boards.

• Cost-effective solution without compromising on performance.

• High breaking capacity of 6kA ensures reliable operation during fault conditions.

• 30mA sensitivity provides a high level of personnel protection.

• Part of the NEXT series, ensuring compatibility with other CHINT modular equipment.

Applications:

• Residential distribution boards for comprehensive circuit protection.

• Commercial buildings, including offices and retail spaces.

• Industrial facilities with moderate budgetary constraints.

• Protection of electrical circuits in damp or conductive environments.