The Fuji 30A 2P molded case circuit breaker is designed for reliable electrical protection in commercial and industrial environments. This product offers dependable circuit interruption, helping keep electrical systems safe and functional. Rated at 30A, it features two poles for use in various panel boards and submeter applications.

Engineered by Fuji, it provides impressive short-circuit breaking capacities: 10kAIC at 230VAC, 7.5kAIC at 380/440VAC, and 5kAIC at 500VAC. This ensures stability during power surges or faults. The Fuji 30A 2P molded case circuit breaker also features compact dimensions, measuring 50 mm wide, 100 mm high, and 60 mm deep.

The unit's molded case increases durability, protecting internal components from dust and damage. Its ON/OFF switch is clearly labeled and easy to operate. Fuji’s reputation for quality makes this circuit breaker a dependable choice for critical installations.

Typical use cases include panel upgrades, construction projects, and maintenance in facilities using florescent tube lighting, transformers, or MCB/MCCB setups. The Fuji 30A 2P molded case circuit breaker is popular with engineers for its long service life and straightforward installation process.

At Electx Electrical Supply, you will find this breaker among a rare selection of industrial outlets, panel boards, and transformer accessories. Its versatile application makes it ideal for modern upgrades and essential replacements. The streamlined design supports tight electrical panels without wasting space.

The Fuji 30A 2P molded case circuit breaker keeps electrical circuits secure. It meets tough demands for performance. This ensures peace of mind for professionals and facility managers. Choose Fuji when upgrading or installing in critical panels.

Easy integration with standard wiring equipment allows you to match this product with THHN, Perma Royal Cord, and other common cables found at Electx Electrical Supply. The Fuji 30A 2P molded case circuit breaker meets your needs for safety and quality in every installation.