HAVELLS 250A 3 POLE LOAD BREAK SWITCH (W/SHAFT+HANDLE) IHCTO0250

Reliable Power Management

The HAVELLS 250A 3 POLE LOAD BREAK SWITCH (W/SHAFT+HANDLE) IHCTO0250 is specifically designed to meet the rigorous demands of modern industrial applications. This robust load break switch provides dependable circuit isolation, ensuring safety and operational efficiency in various electrical management scenarios. With a capacity of 250A, it effectively handles substantial electrical loads, making it an ideal choice for facilities requiring reliable power distribution.

Sturdy Construction

Engineered with high-quality materials, this load break switch demonstrates exceptional durability and longevity. The protective enclosure safeguards the internal components from dust, moisture, and mechanical impact, ensuring consistent performance even in challenging environments. This resilience makes it suitable for both indoor and outdoor applications.

User-Friendly Design

The HAVELLS load break switch features an integrated shaft and handle, allowing for easy operation and accessibility. This thoughtful design facilitates quick circuit isolation, enhancing safety and workflow efficiency. Operators can manage load transfers seamlessly, minimizing downtime and optimizing productivity.

High Ampere Rating

With a rated capacity of 250A, this 3-pole switch performs reliably in three-phase systems. Its capacity to manage significant electrical loads makes it a trustworthy solution for key power distribution operations, showcasing its application in industrial plants, commercial facilities, and utility services.

Safety Compliance

Safety is a core feature of the HAVELLS load break switch, which is designed to adhere to industry standards. The built-in protective mechanisms mitigate the risk of electrical faults, ensuring a secure environment for both personnel and equipment during operation.

Versatile Applications

This load break switch is versatile and well-suited for various applications, including manufacturing environments, commercial setups, and energy distribution centers. Its reliability and high performance make it a crucial component in maintaining safe and efficient electrical systems.