Why Choose the IMO US10D1001A Miniature Circuit Breaker?
The IMO US10D1001A is a compact and dependable UL1077 supplementary miniature circuit breaker (MCB) designed to provide overload and short-circuit protection for industrial control panels, OEM machinery and automation systems. Manufactured by IMO Precision Controls, this single-pole circuit breaker delivers reliable protection for low-current electrical circuits while occupying minimal DIN rail space.
Designed for machine builders, panel manufacturers and automation engineers, the US10D1001A combines dependable thermo-magnetic protection with a compact industrial design. It is engineered for straightforward installation inside electrical control cabinets and helps improve system reliability by isolating fault conditions quickly and effectively.
Featuring a rated current of 1 A, a D Curve tripping characteristic and a 10 kA short-circuit breaking capacity, the IMO US10D1001A is particularly suited to protecting circuits with high inrush currents, including transformers, solenoids, contactors and industrial power supplies.
Key Advantages
- Compact single-pole supplementary circuit breaker.
- 1 A rated current for low-current industrial control circuits.
- D Curve tripping characteristic suitable for high inrush current applications.
- 10 kA breaking capacity for dependable fault interruption.
- DIN rail mounting enables quick installation inside control panels.
- Ideal for transformers, power supplies, relays and industrial automation equipment.
Key Features
- IMO Precision Controls US10D series.
- 1 A rated current.
- Single-pole configuration.
- D Curve trip characteristic.
- 10 kA interrupting capacity.
- UL1077 supplementary circuit protection.
- Thermo-magnetic overcurrent protection.
- Compact DIN rail mounted design.
Reliable Circuit Protection for Industrial Control Systems
The IMO US10D1001A automatically disconnects electrical circuits when overload or short-circuit faults occur, helping protect wiring, electrical equipment and industrial control components from damage. Its dependable thermo-magnetic mechanism supports improved system uptime and reduced maintenance.
The D Curve operating characteristic allows the breaker to tolerate high momentary inrush currents commonly produced by inductive loads, making it well suited to transformers, coils, contactors and industrial power supplies without causing unnecessary nuisance tripping.
Typical Applications
- Industrial control panels.
- OEM machinery.
- Industrial automation systems.
- Transformer protection.
- Power supplies and control circuits.
- Relays, solenoids and contactor circuits.
