Why Choose the IMO B10D1010A Miniature Circuit Breaker?
The IMO B10D1010A is a high performance 10kA miniature circuit breaker (MCB) designed to provide dependable overload and short circuit protection for commercial, industrial and OEM electrical installations. As part of the robust IMO B10 Series, it offers reliable protection where higher prospective fault currents and demanding operating conditions exist.
Featuring a D curve tripping characteristic, this miniature circuit breaker is ideal for circuits with high inrush currents, including motors, transformers, contactors, solenoids and other inductive loads. Its compact DIN rail mounted design allows quick installation in control panels, machinery and electrical distribution boards while providing long-term operational reliability.
With a 10A rated current, single pole configuration and a 10kA short circuit breaking capacity, the B10D1010A delivers dependable circuit protection for demanding electrical systems requiring high breaking performance.
Key Advantages
- High performance 10kA miniature circuit breaker for demanding installations.
- 10A rated current with D curve tripping characteristics.
- Single pole configuration for individual circuit protection.
- Suitable for circuits with high inrush currents.
- DIN rail mounting for straightforward installation.
- Manufactured in accordance with IEC 60898-1 and IEC 60947-2.
Key Features
- IMO B10 Series miniature circuit breaker.
- 10A rated current.
- D curve tripping characteristic.
- 1 Pole configuration.
- 10kA short circuit breaking capacity.
- Suitable for 230/415V AC systems.
- Rated insulation voltage of 500V.
- Compact DIN rail mounted design.
Reliable Protection for High Inrush Electrical Loads
Miniature circuit breakers automatically disconnect electrical circuits whenever overload or short circuit faults occur. This helps protect wiring, control equipment and connected electrical devices while improving operational safety and reducing downtime.
The D curve characteristic enables the IMO B10D1010A to accommodate significantly higher temporary inrush currents than B or C curve devices, making it particularly suitable for inductive loads and equipment with high starting currents.
Typical Applications
- Industrial control panels.
- Motor control circuits.
- Transformer protection.
- OEM machinery and automation systems.
- Commercial electrical installations.
- Inductive load protection.
