Matsushita BBC360N - 60A, 500VAC, 3-Pole, Circuit Breaker

Matsushita BBC360N is a rugged 60A, 500VAC, 3-Pole circuit breaker engineered for industrial-grade power protection in distribution panels and motor control centers.

Designed with a 3-Pole configuration, this breaker delivers coordinated protection across all three phases in three-phase systems, helping to prevent unbalanced faults and ensuring a safer, more reliable shutdown during overloads. With a 60A current rating and a 500VAC voltage rating, it’s built to handle demanding industrial environments and varying supply schemes often found in commercial and OEM applications.

• Current rating: 60A
• Voltage rating: up to 500VAC
• Poles: 3-Pole
• Breaker type: Circuit Breaker

Ideal for panelboards, switchboards, and control panels, the BBC360N provides dependable overcurrent protection where safe operation and rapid fault isolation are critical. It’s a natural fit for industrial facilities, commercial installations, and OEM equipment that rely on robust, fail-safe protection in distribution panels and motor control centers.

Practical use cases include protecting three-phase motor circuits in manufacturing lines, upgrading distribution panels in facilities with three-phase feeders, and integrating into OEM control assemblies where space and reliability matter. The three-pole design ensures all phases trip together, reducing the risk of motor damage from phase imbalances and short circuits.

Why this breaker stands out: it combines a clear, industry-proven rating (60A/500VAC) with a versatile 3-Pole format that supports flexible installations across panelboards and control systems. For engineers and electrical professionals building or updating three-phase power architectures, the Matsushita BBC360N offers a precise balance of protection, compatibility, and ease of use.

Tips for optimal use: confirm panelboard compatibility with your mounting and terminal arrangement, ensure the line and load values stay within the 60A/500VAC envelope, and maintain proper enclosure integrity to support safe operation and longevity.