Why Choose the IMO US10D1010A Miniature Circuit Breaker?
The IMO US10D1010A is a compact UL1077 supplementary miniature circuit breaker (MCB) engineered to provide dependable overload and short-circuit protection for industrial control panels, OEM machinery and factory automation systems. Manufactured by IMO Precision Controls, this single-pole circuit breaker combines reliable thermo-magnetic protection with a space-saving DIN rail mounted design, making it ideal for demanding industrial applications.
Designed for panel builders, machine manufacturers and automation engineers, the US10D1010A integrates seamlessly into industrial electrical enclosures alongside PLCs, relays, contactors and power supplies. Its compact footprint maximises panel space while providing reliable supplementary circuit protection for industrial equipment.
Featuring a 10 A rated current, a D Curve tripping characteristic and a 10 kA short-circuit breaking capacity, the IMO US10D1010A is particularly suited to protecting transformers, solenoids, contactor coils and other inductive loads that generate high inrush currents during start-up.
Key Advantages
- Compact UL1077 supplementary miniature circuit breaker.
- 10 A rated current for industrial control circuits.
- D Curve tripping characteristic for high-inrush inductive loads.
- 10 kA breaking capacity for dependable fault interruption.
- Single-pole design saves valuable panel space.
- Quick DIN rail installation and simple maintenance.
Key Features
- IMO Precision Controls US10D Series.
- Single-pole configuration.
- 10 A rated current.
- D Curve magnetic trip characteristic.
- 10 kA interrupting capacity.
- UL1077 supplementary protector.
- Thermo-magnetic overload and short-circuit protection.
- Contact position indicator.
- DIN rail mounted construction.
Reliable Protection for Industrial Automation
The IMO US10D1010A automatically disconnects the protected circuit during overload or short-circuit conditions, helping protect wiring, electrical components and connected industrial equipment from damage. Its dependable thermo-magnetic mechanism contributes to increased equipment reliability and reduced production downtime.
Its D Curve characteristic allows higher instantaneous inrush currents before magnetic tripping, making the breaker ideal for transformer-fed circuits, industrial power supplies, contactor coils, solenoids and similar inductive loads where nuisance tripping must be avoided.
Typical Applications
- Industrial control panels.
- OEM machinery.
- Factory automation equipment.
- Transformer protection.
- Contactor and relay circuits.
- Industrial power supplies.
- PLC control systems.
- Instrumentation and process control.
