Benefits With Our MCBs
Safe, compact, and efficient circuit protection for everyday use.
- Quick response to overcurrent and short-circuit conditions
- Long mechanical and electrical life
- Easy installation and reset functionality
Satyam Enterprises is an official distributor for Schneider Electric India Private Limited (SEIPL) since 2000. SEIPL is a part of Schneider Electric, France having presence all over the world.
Miniature Circuit Breakers (MCBs) are automatic electrical protection devices designed to safeguard electrical circuits from overloads and short circuits. Commonly used in residential, commercial, and light industrial applications, MCBs provide reliable protection for low-current circuits.
MCBs offer precise tripping mechanisms and compact design, making them ideal for panel boards and consumer units. These devices eliminate the need for fuse replacements and ensure quick recovery after a fault by simply resetting the switch.
Safe, compact, and efficient circuit protection for everyday use.
Our MCBs comply with international standards such as IEC 60898 and are available in various current ratings ranging from 0.5A to 125A. They are offered in single, double, triple, and four-pole versions with different tripping curves (B, C, D) to match various application needs. Their high reliability and safety features make them a smart choice for protecting people and equipment in modern electrical systems.
Why use an MCB instead of a fuse? Unlike fuses, MCBs are reusable and can be reset quickly after tripping. They provide more precise protection, higher reliability, and safer maintenance during overcurrent or short circuit events.
MCBs protect circuits from overloads by automatically disconnecting when current exceeds safe levels.
They trip instantly when short circuits occur, preventing electrical fires and equipment damage.
After tripping, MCBs can be manually reset, providing convenience and cost efficiency over fuses.
Commonly used in homes, offices, and industrial systems for reliable circuit protection.