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 is designed to provide effective circuit protection for various electrical applications. With a current rating of 20A and four poles, it ensures that both commercial and industrial installations remain safe from overcurrents and short circuits. Its efficient design integrates advanced technology with thermal and electromechanical tripping mechanisms, making it suitable for users in automation and electrical sectors.

• Short circuit protection for enhanced safety
• Breaking capacity of 10kA at maximum voltage
• Type C characteristics for effective overload management
• Lever reset actuator for straightforward operation
• Compatible with DIN rail mounting for convenient installation
• Designed for easy disassembly, promoting sustainability

• Suitable for automation control panels
• Ideal for electrical distribution boards
• Used in industrial machinery protection circuits
• Effective for commercial building electrical systems
• Supports various electrical installations and upgrades

Ensure sufficient space on the DIN rail for proper mounting and accessibility to reset the device easily.

It is specifically designed for a rated AC voltage of 400V, ensuring optimal performance at this level.

Regularly inspect the connections and functionality to ensure continued effectiveness in protecting against circuit failures.

It can be integrated into various systems, but ensure compliance with the specific electrical standards of your installation.

Frequent tripping may indicate an underlying issue such as an overload or circuit fault that needs resolution for safe operation.