Hartland HCB-2P60GG delivers dependable overcurrent protection in a compact, two-pole package designed for industrial, commercial, and OEM environments. With a 60A rating, this Hartland circuit breaker provides reliable interruption of fault currents and safe isolation of circuits, making it a smart choice for demanding distribution panels and motor control centers. Key specifications at a glance Current rating: 60A Poles: 2-Pole Breaker type: Circuit Breaker Applications: panelboards, switchboards, and control panels Ideal for: industrial, commercial, and OEM use where dependable overcurrent protection and safe operation are critical The 2-pole configuration ensures simultaneous disconnection of both live conductors, which is essential for protecting 240-volt circuits and motor-driven equipment. This design not only guards wiring and devices from overloads but also enhances operator safety during fault conditions by guaranteeing a clean, complete disconnect. Why choose the Hartland HCB-2P60GG? Versatile integration: Seamlessly fits into panelboards, switchboards, and control panels, making retrofits and new builds straightforward. Robust protection for critical loads: Ideal for motor control centers and distribution panels where uninterrupted protection and quick fault interruption are paramount. Reliable for OEM applications: A dependable solution for custom electrical assemblies where space and performance must align. Use cases and practical scenarios: Upgrading aging gear in industrial plants where a 60A two-pole breaker is needed to safeguard feeders and motors in MCCs. Installing or expanding distribution panels in commercial facilities that require solid overcurrent protection across multiple circuits. In OEM equipment enclosures, providing a proven, field-acceptable solution for safe, controlled shutdowns during faults. In short, the Hartland HCB-2P60GG isn’t just a component—it’s a strategic choice for reliable electrical protection. It addresses real-world needs: protecting people, equipment, and downtime by delivering precise, two-pole fault interruption in a compact, versatile form factor.
