HAVELLS 320A 3 POLE LOAD BREAK SWITCH (W/SHAFT+HANDLE) IHCTO0320

Efficient Power Control

The HAVELLS 320A 3 POLE LOAD BREAK SWITCH (W/SHAFT+HANDLE) IHCTO0320 is designed for superior performance in managing electrical loads within industrial environments. This reliable switch facilitates effective circuit isolation, ensuring both increased safety and operational efficiency. Its robust construction allows it to effectively handle up to 320A of load, making it an essential component for any organization that requires dependable power management for their electrical systems.

Durability and Longevity

Built to last, this load break switch features a sturdy design that withstands the rigors of heavy use in demanding environments. The durable materials not only protect the internal components from physical damage but also guard against dust and moisture, ensuring consistent performance over time and providing peace of mind for operators in challenging settings.

User-Friendly Operation

Equipped with a shaft and handle, the HAVELLS load break switch offers simple and intuitive operation. This functionality allows users to easily isolate circuits with minimal effort, enhancing overall productivity and safety in workplaces where electrical management is critical.

High Performance Rating

With a notable ampere rating of 320A, this switch is adept at managing substantial loads in three-phase systems. Its design offers stability and reliability, making it a trusted choice for effective load management and power distribution applications across various industrial sectors.

Safety First Design

The HAVELLS load break switch prioritizes safety with features that conform to stringent industry standards. Its protective measures ensure that operators and equipment stay safe during operation, significantly reducing the potential for accidents related to electrical faults.

Versatile Applications

This switch is ideal for numerous applications, including manufacturing, commercial enterprises, and power distribution facilities. Its adaptability and reliability underscore its necessity in modern electrical infrastructures, facilitating enhanced operational safety and efficiency.