Murray 70A - 70A, 2-Pole, Circuit Breaker

Meet the Murray 70A, a rugged 2-pole circuit breaker engineered to shield critical electrical systems from overcurrent events. Designed for panelboards, switchboards, and control panels, it delivers reliable protection where it matters most—industrial, commercial, and OEM environments.

Why this 2-Pole 70A breaker stands out

• Two-pole protection for multiwire circuits — simultaneously disconnects both hot conductors to prevent dangerous half-trap faults, making it ideal for 240V feeders and motor circuits.
• Precise 70-amp current rating — balanced to handle high-load feeders and motor loads while minimizing nuisance trips on legitimate surges in compliant panel systems.
• Rugged construction for demanding environments — built to withstand vibration, temperature variations, and dust common in industrial settings, ensuring consistent performance in panelboards and motor control centers.
• Versatile integration — designed for seamless use in standard Murray distribution panels, switchboards, and control panels, simplifying retrofits and OEM builds.
• Reliable overcurrent protection with safe operation — clears faults quickly to protect downstream equipment, wiring, and connected motors, reducing downtime and repair costs.

Ideal use cases

• Motor control centers requiring robust, two-pole protection for 240V circuits.
• Distribution panels in commercial facilities where dependable protection prevents cascading faults.
• OEM equipment needing a ready-to-install 70A two-pole breaker to streamline design and assembly.
• Panelboard upgrades or replacements that preserve protection while simplifying maintenance.

Specifications at a glance

• Current rating: 70A
• Poles: 2-Pole
• Breaker type: Circuit Breaker

For best results, verify compatibility with your specific panelboard model and follow electrical codes during installation. The Murray 70A 2-pole circuit breaker is a dependable defender against overcurrent, helping keep circuits safe and equipment protected in both new builds and legacy systems.