ABB System Pro M Compact S200 MCB, 4P, 10A Curve C, 400V AC, 10 kA Breaking Capacity

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 provides effective circuit protection for various commercial and industrial applications. It safeguards against short circuits and overloads, enhancing the reliability of electrical systems. Its robust design and functionality make it a vital component for professionals in automation, electronics, and electrical and mechanical sectors.

• 4 poles ensure thorough circuit coverage
• Type C MCB accommodates higher inrush currents
• 10A current rating enables accurate load management
• 10kA breaking capacity delivers solid fault protection
• Thermal electromechanical mechanism ensures dependable tripping
• Lever reset actuator facilitates easy fault resolution

• Protects electrical circuits in commercial buildings
• Suitable for installations requiring short circuit protection
• Designed for use in industrial machinery and equipment
• Employed in automation systems needing circuit stability
• Applicable for distribution boards needing strong performance

Follow standard installation protocols, securely connecting it to the DIN rail and complying with the specified electrical ratings.

Regular inspections are recommended to check for signs of wear or damage to maintain optimal performance.

Yes, its Type C characteristic allows it to cope with higher inrush currents, making it suitable for inductive loads.

It fits standard DIN rail systems, ensuring compatibility with most current distribution setups.

Check for potential overloads or faults in the connected circuit, and consult a professional if issues persist.