Anchor UNO Series 1 Pole & Neutral C Curve Type MCB (Breaking Capacity 6 kA)

The Anchor UNO Series 1 Pole & Neutral C Curve Type MCB, featuring a robust breaking capacity of 6 kA, represents a versatile and essential component for effective circuit protection in various electrical applications. Specifically designed for applications requiring protection of both the live (phase) and neutral wires, this Miniature Circuit Breaker (MCB) ensures comprehensive safeguarding against overloads and short circuits in single-phase systems. The inclusion of both pole and neutral protection enhances the safety and reliability of electrical installations, making it particularly suitable for residential, commercial, and light industrial environments. The C Curve characteristic of this MCB is optimized for handling moderate inrush currents typically associated with lighting and motor circuits, ensuring precise tripping without causing unnecessary disruptions. Despite its compact size, the MCB boasts a significant breaking capacity of 6 kA, enabling it to effectively interrupt fault currents and protect the integrity of electrical infrastructure and connected equipment. Its ergonomic design facilitates easy installation in various distribution boards and panels, offering flexibility in electrical configurations. Constructed from high-quality materials, the Anchor UNO Series MCB ensures durability and longevity, providing consistent performance over extended periods. User-friendly features include secure wiring terminals for straightforward installation and maintenance, complemented by a clear ON/OFF indication for quick operational checks. Certified to meet stringent international safety standards, including rigorous quality controls, this MCB underscores Anchor's commitment to delivering safe and reliable electrical components. Whether for new installations or retrofitting existing systems, the UNO Series 1 Pole & Neutral C Curve Type MCB offers peace of mind and dependable circuit protection, meeting the demands of modern electrical infrastructures with reliability and efficiency.