Why Choose the IMO US10D2013A Miniature Circuit Breaker?
The IMO US10D2013A is a high-quality UL1077 supplementary miniature circuit breaker (MCB) designed to provide dependable overload and short circuit protection for industrial control panels, machinery and automation equipment. Manufactured by IMO Precision Controls, this compact protective device offers reliable performance, straightforward DIN rail installation and long service life in demanding industrial applications.
The US10D2013A features a 10 kA short circuit breaking capacity together with a D curve tripping characteristic. This makes it particularly suitable for circuits supplying motors, transformers, solenoids, switched-mode power supplies and other inductive loads that experience high temporary inrush currents. It incorporates a 13 A rated current and a 2 pole configuration.
Designed for OEM machine builders, panel manufacturers and maintenance engineers, the IMO US10D2013A delivers reliable supplementary circuit protection while helping minimise downtime and protecting valuable electrical equipment.
Key Advantages
- Reliable UL1077 supplementary circuit protection for industrial equipment.
- 13 A rated current for industrial control and automation applications.
- 2 pole configuration provides simultaneous protection and isolation.
- D curve tripping characteristic for circuits with high inrush currents.
- 10 kA short circuit breaking capacity for dependable fault interruption.
- Compact DIN rail-mounted design for quick installation and servicing.
Key Features
- IMO Precision Controls US10 series.
- 13 A rated current.
- 2 pole (2P) configuration.
- D curve tripping characteristic.
- 10 kA breaking capacity.
- UL1077 supplementary protector.
- Designed for industrial control and automation systems.
- Compact DIN rail-mounted construction.
Reliable Protection for Industrial Control Circuits
The IMO US10D2013A automatically disconnects electrical circuits when overload or short circuit conditions occur, helping to protect machinery, automation equipment and electrical control systems from damage. Its dependable performance contributes to improved safety, reduced downtime and lower maintenance costs.
Its D curve operating characteristic is designed for applications where equipment experiences temporary high start-up currents. This helps prevent nuisance tripping while maintaining reliable protection against sustained overloads and electrical faults.
Typical Applications
- Industrial control panels.
- Machine building and OEM equipment.
- Motor control circuits.
- Transformer and power supply protection.
- Industrial automation systems.
- Manufacturing and processing machinery.
