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100A HRC Service Fuse Unit

The 100A HRC Service Fuse Unit is designed for safe and reliable incoming power protection in low voltage electrical systems, providing high rupturing capacity overcurrent protection for residential, commercial, and utility service applications.

Product Details

The 100A HRC Service Fuse Unit is designed for reliable protection of incoming electrical supply in low voltage distribution systems. As a main service cut out fuse, it provides effective overcurrent and short circuit protection for residential, commercial, and light industrial installations. Built to accommodate high rupturing capacity fuse links, this service fuse unit ensures safe isolation and dependable performance in demanding environments.

Engineered for durability and ease of installation, the unit is widely used by electrical contractors, panel builders, and utility service applications where secure power entry protection is required.


Key Features

  • High rupturing capacity (HRC) protection for enhanced safety

  • Suitable for main service entrance and incoming supply protection

  • Robust insulated housing for mechanical strength and electrical reliability

  • Secure fuse carrier design for stable contact and safe operation

  • Easy installation and maintenance

  • Designed for long service life in field conditions


Technical Highlights

  • Rated Current: 100A

  • Fuse Type: HRC fuse link compatible

  • Application: Service cut out / incoming power protection

  • Mounting: Fixed installation

  • Standard Compliance: IEC / BS compatible design


Applications

  • Utility service connection points

  • Residential electrical service entry

  • Commercial distribution boards

  • Metering panels

  • Power distribution systems

  • Electrical protection for incoming feeders


Why Choose This Service Fuse Unit

This 100A service fuse unit delivers dependable circuit protection while ensuring compliance with industry practices for service entrance equipment. Its rugged construction and precise engineering make it an ideal choice for safeguarding electrical infrastructure against overloads and fault conditions.

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