HAGER 6 WAY SPN DISTRIBUTION BOARD (FLUSH) VT06FM PROV ELCB/ISO

Efficient Circuit Management

The HAGER 6 WAY SPN DISTRIBUTION BOARD (FLUSH) VT06FM PROV ELCB/ISO is meticulously designed to offer reliable and efficient management of electrical circuits in residential and light commercial applications. This flush-mounted distribution board accommodates up to 6 circuits, making it an ideal choice for installations where space is at a premium. Its sleek, low-profile design ensures that it blends seamlessly into any wall, leaving your electrical setup looking tidy and professional.

Safety as a Priority

Safety is integral to electrical installations, and the HAGER VT06FM excels in this area with its built-in Earth Leakage Circuit Breaker (ELCB). This safety feature offers crucial protection against electrical faults, significantly reducing the risk of electric shocks and potential fire hazards. The board complies with stringent international safety standards, ensuring that your electrical systems are both secure and reliable.

Durable and Robust Design

Constructed from high-quality materials, the HAGER 6 WAY SPN DISTRIBUTION BOARD is designed to provide long-lasting performance and durability. Its robust construction shields the internal components from the wear and tear of daily use and protects against environmental factors. Choosing the VT06FM means investing in a resilient solution for your electrical distribution needs.

Simple Installation and Maintenance

The HAGER VT06FM is designed for user-friendly installation and maintenance. Its intuitive layout allows for straightforward access to circuit breakers, enabling quick troubleshooting and routine maintenance activities. This ease of access translates to enhanced operational efficiency, ensuring that your electrical systems run smoothly and effectively.

Versatile Applications

The versatility of the HAGER 6 WAY SPN DISTRIBUTION BOARD makes it suitable for various applications, including homes, small offices, and light commercial use. Its adaptability ensures that it meets diverse power distribution needs, making it an essential component in managing electrical systems and ensuring reliable performance across various environments.