NE233080 | Circuit Breaker | 80A | 3-Pole | 240V

Meet NE233080, a robust industrial circuit breaker engineered for reliability in maintenance, retrofit, and replacement projects. This 3-pole, 80A device delivers dependable protection for 3-phase circuits up to 240V, helping safeguard equipment and minimize downtime across demanding industrial environments.

• Exact part reference: The NE233080 designation ensures you’re selecting the right device for compatibility, reducing guesswork and field rework.
• Three-phase protection: A 3-pole configuration provides synchronized protection across all live lines, essential for balanced loads and motor-driven equipment.
• 80A nominal rating: Suitable for typical industrial feeders and branch circuits, delivering solid protection without unnecessary interruptions.
• 240V operation: Designed for common 240V systems found in manufacturing, HVAC, and processing applications.
• Maintenance-friendly replacement: Ideal for planned service where a reliable, compatible breaker keeps systems online with minimal disruption.
• Retrofit-ready when specs align: Fits into existing panel footprints where the electrical rating and form factor match, streamlining modernization efforts.
• Important compatibility note: Confirm fit and ratings before ordering—the part number is the best reference for ensuring a correct match.

Who should consider this breaker?

• Electrical professionals performing panel upgrades or replacements in facilities with 3-phase, 240V networks.
• Maintenance teams seeking a dependable, standard-width breaker to minimize downtime during servicing.
• Engineers planning retrofits who need a precise, compatible substitute to keep production lines running smoothly.

Practical tips for installation and use:

• Verify your panel accepts the NE233080 family and that the 3-pole, 240V configuration matches your system.
• Keep a spare NE233080 on hand for quick service scenarios and to reduce outage time during maintenance windows.
• Follow all local electrical codes and safety practices during installation, testing, and commissioning of the breaker.