Overview of NXM-630 S

The NXM-630 S 3P is a molded case circuit breaker (MCCB) designed to deliver safe, efficient, and reliable protection for electrical systems. Built with advanced engineering, this MCCB safeguards circuits from overload, short-circuit, and fault conditions, ensuring maximum safety in power distribution.

With its 3-pole (3P) design, the NXM-630 S is ideal for three-phase electrical systems, commonly used in industrial, commercial, and large-scale residential setups. It combines performance with compactness, making it a top choice for electricians, contractors, and businesses seeking dependable protection.

Applications of NXM-630 S 3P MCCB

The NXM-630S 3P is a versatile solution for different electrical systems:

• Industrial Power Systems: Protects heavy machinery and large-scale operations from electrical faults.
• Commercial Buildings: Ensures safe and stable power distribution in offices, malls, and complexes.
• Residential Projects: Suitable for high-end or multi-story residences requiring three-phase distribution.
• Solar & Renewable Energy: Can be integrated into renewable setups for stable circuit protection.

Why Choose NXM-630 S 3P?

• Reliability You Can Trust – Engineered to last with consistent performance.
• Compact & Easy to Install – Saves space in distribution panels.
• Compliant with Global Standards – Meets safety requirements for various markets.
• Versatile Applications – From factories to commercial complexes, it delivers dependable protection.
• Cost-Effective Safety – A long-term solution that reduces downtime and maintenance.

Product FAQs

Q1: What does 3P mean in NXM-630S 3P?

3P means three-pole. It is designed to protect three-phase electrical circuits commonly used in industrial and commercial power systems.

Q2: How does this MCCB protect against overload?

The breaker automatically disconnects the circuit when current exceeds safe limits, preventing overheating and damage.

Q3: Can it be used in solar or renewable setups?

Yes, the NXM-630 S 3P can be integrated into solar and renewable energy systems, ensuring consistent circuit protection.