HAGER 6 WAY SPN DISTRIBUTION BOARD (SURFACE) VT06SM PROV ELCB/ISO

Robust Circuit Management

The HAGER 6 WAY SPN DISTRIBUTION BOARD (SURFACE) VT06SM PROV ELCB/ISO is expertly designed to provide efficient and reliable management of electrical circuits in a variety of settings. Capable of accommodating up to 6 circuits, this surface-mounted distribution board is ideal for residential and commercial installations. Its rugged design ensures superior functionality while allowing for easy visibility and access to the circuit breakers, making it a practical choice for any electrical system.

Enhanced Safety Features

Safety is a fundamental aspect of electrical distribution, and the HAGER VT06SM meets this requirement with an integrated Earth Leakage Circuit Breaker (ELCB). This crucial feature protects against electrical faults, significantly lowering the risk of electric shocks and fire hazards. With compliance to international safety standards, the distribution board guarantees a reliable and secure electrical infrastructure.

Durable Construction

The HAGER 6 WAY SPN DISTRIBUTION BOARD is constructed from high-quality materials that ensure durability and lasting performance. Its robust design protects the internal components from environmental factors and wear and tear, making it a sustainable investment for your electrical management needs. Choosing the VT06SM means opting for a resilient solution that will perform reliably over time.

Ease of Installation and Maintenance

The design of the HAGER VT06SM prioritizes convenience, featuring a layout that simplifies installation and maintenance activities. Electricians can easily access the circuit breakers, allowing for quick troubleshooting and routine maintenance checks. This user-friendly design enhances overall operational efficiency, ensuring that your electrical systems function smoothly.

Versatile Applications

The versatility of the HAGER 6 WAY SPN DISTRIBUTION BOARD makes it suitable for various applications, including residential homes, offices, and light industrial settings. This adaptability ensures that it can effectively meet different power distribution demands, making it an essential part of any electrical infrastructure for both new projects and upgrades.