Why Choose the IMO BR6D4006A Miniature Circuit Breaker?
The IMO BR6D4006A is a reliable 4 pole miniature circuit breaker (MCB) designed to protect electrical installations against overloads and short circuits in industrial, commercial and control panel applications. Manufactured by IMO Precision Controls, this compact protective device offers dependable performance for engineers, panel builders and electrical contractors.
Featuring a D curve tripping characteristic, the BR6D4006A is suitable for circuits with high inrush currents, including transformers, motors, power supplies and inductive loads. Its 4 pole design provides protection and switching across multi-pole electrical systems, making it ideal for three-phase installations requiring neutral isolation.
With a 6 A rated current, 6 kA short circuit breaking capacity and DIN rail mounting format, the IMO BR6D4006A delivers compact, practical and robust circuit protection for modern electrical distribution boards and industrial control cabinets.
Key Advantages
- 6 A rated current for reliable circuit protection.
- 4 pole configuration for multi-pole electrical installations.
- D curve tripping characteristic suitable for high inrush current loads.
- 6 kA breaking capacity for dependable short circuit protection.
- DIN rail mounting for quick and secure installation.
- Suitable for industrial control panels, distribution boards and OEM equipment.
Key Features
- IMO BR6 Series Miniature Circuit Breaker.
- 6 A rated current.
- 4 pole device.
- D curve trip characteristic.
- 6 kA short circuit breaking capacity.
- DIN rail mounting.
- Finger-safe terminals.
- Designed for overload and short circuit protection.
Reliable Circuit Protection for High Inrush Loads
Miniature circuit breakers are designed to automatically disconnect electrical circuits when overload or short circuit conditions occur. The IMO BR6D4006A helps protect wiring, machinery and connected equipment while improving the safety and reliability of electrical installations.
Its D curve characteristic allows the breaker to tolerate higher start-up currents before tripping, making it suitable for inductive loads such as motors, transformers and power supplies where nuisance tripping must be avoided.
Typical Applications
- Industrial control panels.
- Three-phase electrical distribution boards.
- Motor control circuits.
- Transformer protection circuits.
- Power supply and inductive load protection.
- OEM machinery and automation systems.
