Schneider Electric IC60H - 6A, 2-Pole, Circuit Breaker

Schneider Electric IC60H 6A, 2-Pole Circuit Breaker is engineered to deliver dependable overcurrent protection for small-control and distribution applications. With a precise 6A rating and a practical 2-pole configuration, this breaker fits neatly into panelboards, switchboards, and control panels where space and reliability matter.

Designed for professional environments—industrial facilities, commercial electrical rooms, and OEM setups—the IC60H 6A provides clear, predictable protection for circuits that power sensors, actuators, small motors, and control electronics. The two-pole arrangement ensures concurrent interruption on both conductors, helping to minimize arc risks and maintain safe operation across the system.

Why this 6A, 2-Pole model stands out

• Targeted protection for low-current circuits: A precise 6A rating makes it ideal for protecting control circuits and auxiliary loads without tripping nuisance higher-current equipment.
• Two-pole versatility: Use it across panelboards, switchboards, and control panels to guard two conductors with a single device, simplifying wiring and panel layout.
• Robust for real-world environments: Built to endure industrial and commercial use, delivering consistent performance in distribution panels and motor control centers.
• Clear application fit: Perfect for OEM applications and service environments where dependable, quick protection of electrical circuits is essential.

Ideal use cases

• Protection for control panels that manage sensors, actuators, and small automation loads.
• Protection within panelboards and switchboards serving compact auxiliary circuits in machines and equipment.
• Integration into motor control centers for safeguarding feeders and control circuits with dual-line protection.

Choosing the Schneider Electric IC60H 6A, 2-Pole Circuit Breaker means opting for a trusted name in electrical protection and a design that aligns with real-world panel and control room needs. This device helps you maintain safe operation, minimize downtime from faults, and keep your electrical infrastructure running smoothly.