ABB System Pro M Compact System Pro M Compact Miniature Circuit Breaker, 2-Pole, 2A, Type D, 400V ac AC, 125 V dc DC, 10

This miniature circuit breaker is designed for effective current limiting in a variety of electrical applications. With a robust construction and Compact dimensions of 35mm width and 69mm length, it provides efficient overload and short-circuit protection. The two-pole design enhances reliability, making it Ideal for both commercial and industrial environments.

• Offers thermal tripping mechanism for dependable overload protection
• Features a type D characteristic to handle high inrush currents
• Rated operational current of 2 A ensures suitable handling of low power circuits
• Delivers breaking capacity of 20 kA at 230 V AC for enhanced safety
• Screw Terminal contact type allows for secure connections
• DIN rail mounting style simplifies installation in electrical panels

• Commonly used in commercial electrical installations for circuit protection
• Ideal for use in industrial settings needing reliable current management
• Suitable for any application requiring efficient overload protection
• Utilised in systems where space saving circuit solutions are essential
• Applicable in environments subject to sudden current surges

The type D characteristic indicates it can manage high inrush currents, such as those found in motors and transformers, making it suitable for industrial applications.

The thermal tripping mechanism monitors current flow and disconnects the circuit if an overload condition persists, thereby preventing potential damage to electrical equipment.

The breaking capacity rating reflects the maximum fault current the device can safely interrupt without causing damage, ensuring reliable operation during fault conditions.

Yes, it can be mounted in any position on a DIN rail, offering flexibility for installations in tight spaces or applications that require specific orientations.

It accommodates screw terminals, allowing for flexible connection options suitable for a wide range of wiring configurations.