Why Choose the ABB S301P-K13 Miniature Circuit Breaker?
The ABB S301P-K13 (2CDS381001R0447) is a premium single-pole miniature circuit breaker (MCB) engineered to provide reliable protection against overloads and short circuits in industrial electrical installations. As part of the proven ABB S300P series, it offers exceptional breaking capacity, dependable switching performance and compliance with international IEC and UL standards for demanding industrial environments.
Featuring a K tripping characteristic, the S301P-K13 is specifically designed for circuits supplying motors, transformers, solenoids and other inductive loads with higher inrush currents. Its thermal and magnetic trip mechanisms help prevent nuisance tripping while maintaining dependable protection against electrical faults.
With a 13 A rated current, single-pole configuration and DIN rail mounting, this miniature circuit breaker is ideally suited to industrial control panels, OEM machinery, manufacturing equipment and commercial electrical distribution systems requiring dependable circuit protection.
Key Advantages
- Compact single-pole miniature circuit breaker for industrial applications.
- 13 A rated current with K tripping characteristic.
- Designed for motors, transformers and inductive electrical loads.
- Reliable overload and short-circuit protection.
- 25 kA breaking capacity for demanding industrial installations.
- Quick DIN rail mounting simplifies installation and maintenance.
Key Features
- ABB S300P miniature circuit breaker series.
- 13 A rated current.
- K tripping characteristic.
- Single-pole (1P) configuration.
- 240 V AC rated voltage.
- AC/DC operation.
- 25 kA short-circuit breaking capacity.
- Thermal overload and magnetic short-circuit protection.
- DIN rail mounting.
- Compact 17.5 mm module width.
Reliable Protection for Industrial Electrical Systems
Miniature circuit breakers automatically disconnect electrical circuits whenever overloads or short circuits occur, helping protect wiring, machinery and connected equipment from excessive current. Their resettable design allows electrical systems to be restored quickly once the fault has been corrected.
The K tripping characteristic is particularly suited to industrial applications involving motors, transformers and other inductive equipment that generate higher inrush currents during start-up. This enables reliable operation while maintaining effective protection against electrical faults.
Typical Applications
- Industrial control panels.
- Motor starter circuits.
- Transformers and inductive loads.
- OEM machinery.
- Manufacturing and automation systems.
- Industrial electrical distribution.
