The ABB S200 Series of MCB offer a compact solution for protection requirements. These miniature circuit breakers are current limiting; DIN rail mounted and can offer a good equivalent to fused systems.

Type C characteristic offers short circuit response of 5-10 x normal rated current, making it ideal for circuits with higher inrush currents such as motor control and fluorescent lighting installations in industrial buildings where nuisance tripping might occur if a faster type was used.

DIN rail mounting
Complies with BS EN 60898
Finger Safe Terminals

This MCB serves as a vital element for managing electrical circuits, providing effective protection in commercial and industrial environments. It is designed to regulate electrical currents and prevent overloads, thus enhancing system safety and reliability. Its compact dimensions and DIN rail mounting style allow for seamless integration into various electrical systems.

• Equipped with thermal and electromechanical tripping mechanisms
• Short circuit protection to safeguard equipment
• Efficiently handles a current rating of 25A
• 4P configuration enhances multi-phase protection
• Features a breaking capacity of 10kA
• Constructed for easy disassembly, supporting sustainable practices

• Utilised in industrial machinery to avert electrical faults
• Employed in commercial buildings for circuit protection
• Suitable for electrical panels requiring high-performance breakers
• Used in automation systems to ensure consistent operational safety

The product is designed for straightforward installation on DIN rails, making it suitable for standard electrical panels.

Ensure that the current and voltage ratings align with your current infrastructure and consult technical specifications if needed.

Regular visual inspections are recommended to identify signs of wear or damage, ensuring optimal performance.

In the event of an overload, the device will trip, disconnecting the circuit to minimise potential electrical hazards.

This specific model is intended for indoor applications