ABB System Pro M Compact S200 Miniature Circuit Breaker, 1-Pole, 8 A, Type K, 400 V ac AC, 6 kA Breaking Capacity

This MCB is a reliable 1+N circuit breaker suitable for commercial and residential applications. Designed with a current rating of 8A, it operates at a rated AC voltage of 230V. With dimensions of 35mm in width and 69mm in both length and depth, it utilises a DIN rail mount style for efficient installation. The unique tripping characteristics are of Type K, providing a quick response to overload situations.

• Provides overload protection to prevent circuit damage
• Features thermal and electromechanical tripping mechanisms for reliability
• High breaking capacity of 10kA for enhanced safety
• Compact design fits standard DIN rail installations easily
• Exceptional performance in diverse applications and environments
• Suitable for effective residential circuit protection

• Used for protecting residential electrical circuits
• Suitable for managing loads in commercial properties
• Utilised in installations requiring 1+N MCB configurations
• Ideal for involving thermal and electromechanical mechanisms
• Included in setups benefiting from System Pro M Compact solutions

The 1+N design allows for NEUTRAL connections, optimising circuit performance and safety in electrical systems. This configuration enhances compatibility with various appliances and installations.

Type K tripping characteristics offer a delay for temporary overloads, providing enhanced protection without unnecessary interruptions. This delay is beneficial in applications with inrush currents, such as motors and transformers.

The circuit breaker is specifically designed for DIN rail mounting, ensuring a secure fit in standard electrical enclosures. Ensure that the installation complies with local electrical regulations for safety and functionality.

Yes, it manages both resistive and inductive loads efficiently, making it suitable for diverse circuit applications, including lighting and small machinery.

Regular Visual inspections should be conducted to check for signs of wear or overheating. Ensure that connections remain tight, and consider periodic testing to verify tripping functions.