ABB SN201 SN201 Miniature Circuit Breaker, 1-Pole, 4A, Type C, 230V ac AC, 6 kA Breaking Capacity

This MCB is a reliable 1+N circuit breaker designed for effective short circuit protection. The product features a current rating of 4 A, making it suitable for various electrical applications. With dimensions of 69mm in length and 18mm in width, it is compactly designed to fit into any DIN rail mounting system. This Type C MCB operates at a rated AC voltage of 230 V and offers a breaking capacity of 6 kA at the maximum voltage rating.

• Offers short circuit protection to safeguard electrical circuits
• Rated for 4 A, Ideal for smaller load applications
• Type C design ensures effective overload and fault current response
• Compact 18mm width allows for space efficient installations
• DIN rail mount simplifies installation and maintenance
• Screw Terminal contacts provide secure and reliable connections

• Used in residential electrical panels for circuit protection
• Suitable for commercial electrical distribution systems
• Ideal for machinery and automation systems in industrial settings
• Used with lighting and heating control circuits
• Fits in control cabinets requiring Compact protection solutions

The Type C MCB is designed to handle moderate inrush currents, making it suitable for inductive loads like motors and transformers without nuisance tripping. Its characteristics ensure added reliability in environments with fluctuating loads.

This product is designed for simple integration into standard DIN rail systems, allowing for easy installation alongside other circuit protection devices without the need for modifying existing setups.

Screw Terminal contacts provide a secure connection that mitigates the risk of loose wiring, ensuring consistent electrical performance and reducing the risk of failure over time.

The circuit breaker operates at a rated AC voltage of 230 V, making it suitable for standard electrical installations within residential and commercial buildings.

Regular inspections to confirm that the connections remain secure and that there is no physical damage to the unit can enhance its operational lifespan and reliability.