Mitsubishi NF30-SP - 15A, Circuit Breaker

Mitsubishi NF30-SP 15A Circuit Breaker delivers dependable overcurrent protection for distributed electrical systems in industrial, commercial, and OEM environments. Engineered for use in panelboards, switchboards, control panels, and OEM equipment, this compact breaker helps safeguard wiring, motors, and control circuits from overload and fault conditions.

Why choose the NF30-SP 15A

• Precise 15A protection tailored to circuits that require reliable current limiting, reducing the risk of nuisance trips while still interrupting faults quickly.
• Versatile installation designed for panelboards, switchboards, control panels, and OEM equipment wiring schemes—easy to drop into existing distribution layouts.
• Industrial-grade reliability built to perform in demanding environments where dependable operation is critical for uptime and safety.
• Clear operating scope perfect for motor control centers (MCCs), power distribution panels, and equipment racks where consistent overcurrent protection matters.

Ideal use cases

• Panelboards and switchboards in manufacturing facilities and commercial buildings seeking compact, reliable protection.
• Control panels for conveyors, pumps, fans, and automated processes where precise trip thresholds protect motors and drives.
• OEM applications where a ready-to-integrate 15A circuit breaker supports standard electrical schematics.
• Motor control centers and distributed power environments requiring dependable circuit interruption on overload.

Technical snapshot

• Current rating: 15A
• Breaker type: Circuit Breaker
• Suitable for: panelboards, switchboards, control panels, and OEM equipment
• Ideal for: industrial, commercial, and OEM applications needing safe overcurrent protection

When integrating the NF30-SP into your electrical design, consider your load profile, startup currents, and the panel layout to ensure smooth replacement and future scalability. This Mitsubishi solution aligns with standard distribution practices and provides a straightforward path to safer, more reliable power distribution in your facility.