ABB S-ARC1 M S-ARC1 M Miniature Circuit Breaker, 1-Pole, 13 A, Type B, 240 V ac AC, 10 kA Breaking Capacity

This MCB is a compact, efficient device designed to ensure reliable circuit protection in electrical installations. With a current rating of 13 A and a unique 1+N configuration, it is suitable for a variety of applications. The circuit breaker has dimensions of 35mm in width and 69mm in depth, making it Ideal for installation on DIN rails, ensuring ease of use and accessibility. Featuring short circuit protection with a breaking capacity of 10 kA, this Type B MCB is essential for modern electrical circuits.

• Provides effective short circuit protection to safeguard electrical systems
• Designed with a toggle switch for simple manual reset
• Offers a high breaking capacity of up to 10 kA
• Configured with screw terminals for secure connections
• Operates at a rated AC voltage of 240 V for standard applications
• Compact 35mm width optimises space on DIN rails

• Used for protecting residential and commercial circuit installations
• Suitable for electrical projects requiring Type B tripping characteristics
• Ideal for installation in distribution boards for efficient circuit management
• Commonly utilised in automation systems for reliable operation

The 1+N configuration allows for both live and NEUTRAL protection, which enhances the safety and compliance of the electrical installation, particularly in applications requiring dual pole protection.

Type B tripping characteristics are specifically designed to trip at lower overload currents, ensuring sensitive equipment and circuits are promptly protected from excess current.

Screw terminals offer secure and robust connections, minimising the risk of loose wires, which can lead to overheating or circuit failure, thus enhancing overall safety.

Yes, it is suitable for both residential and commercial applications, providing reliable protection in various electrical setups, particularly at a 240 V circuit level.

Regular Visual inspections should be conducted to check for any signs of wear or damage, and operational tests should be performed periodically to ensure the device trips correctly under fault conditions.