GE 104N - 70A, 480VAC, 3-Pole, Circuit Breaker

Overview

Introducing the GE 104N 70A, 480VAC, 3-Pole Circuit Breaker—engineered for dependable overcurrent protection in demanding industrial environments. This three-pole unit safeguards three‑phase circuits in panelboards, switchboards, and control panels, delivering reliable performance for motor feeders, distribution networks, and OEM assemblies. With a 70A rating and a 480VAC voltage capability, it’s built to stand up to the rigors of modern facility power systems while ensuring quick, safe shutdown during faults.

Key Specifications

• Current rating: 70A
• Voltage rating: Up to 480VAC
• Poles: 3-Pole
• Type: Circuit Breaker

Ideal Applications

• Panelboards, switchboards, and control panels in industrial and commercial settings
• Three-phase distribution circuits and motor control centers (MCCs)
• OEM equipment builds where robust, fail-safe overcurrent protection is essential

Why Choose the GE 104N

• Three-pole protection: Ensures all phases disconnect simultaneously, reducing the risk of unbalanced faults and protecting downstream equipment.
• Industrial-grade reliability: Built to perform in demanding power environments where uptime matters.
• Direct fit for GE 104N-based systems: Seamlessly integrates into panelboards and distribution gear designed for this line.

Practical Use Cases

• Protect motor circuits on a production line—the 70A capacity matches mid‑sized motors while handling the 480VAC distribution typical of many facilities.
• Provide end-to-end protection in distribution panels serving multiple 3-phase feeders in commercial and light industrial settings.
• In OEM applications, deploy as a reliable, code-compliant overcurrent safeguard for three‑phase power architectures.

Installation and Safety Tips

Install in accordance with all local electrical codes and the manufacturer’s guidelines. Verify secure mounting, proper wire sizing for 70A conductors, and correct labeling to facilitate rapid fault isolation. Regular inspection for signs of overheating or wear will help maintain performance and extend service life.