Airpax IEG11-36270-5-UV - 30A, 2-Pole, Circuit Breaker

The Airpax IEG11-36270-5-UV is a 30A, 2-Pole circuit breaker designed to deliver dependable overcurrent protection in demanding electrical environments. Built for panelboards, switchboards, and control panels, this unit helps ensure safe operation and uninterrupted performance in critical distribution systems.

Why the 2-Pole design matters

Two poles provide simultaneous protection for two conductors, enabling efficient disconnect and clear fault isolation within a single device. This configuration simplifies wiring in compact panel layouts and supports coordinated protection across feeders in industrial and commercial installations.

Key specifications at a glance

• Current rating: 30A
• Poles: 2-Pole
• Breaker type: Circuit Breaker
• Applications: ideal for industrial, commercial, and OEM use in distribution panels and motor control centers

Ideal use cases

• Distribution panels in manufacturing lines where reliable branch protection is essential
• Motor control centers requiring robust protection for paired conductors
• Commercial electrical enclosures and control panels needing compact, two-pole protection
• OEM equipment builds that need a dependable 30A, two-pole protection solution

What makes this Airpax breaker stand out

• Focused on dependable overcurrent protection for critical circuits, helping minimize downtime and equipment damage
• 2-Pole configuration enhances layout flexibility and simplifies wiring within dense panels
• Designed for use in industrial, commercial, and OEM applications where safety and reliability are non-negotiable

Practical guidance for deployment

When integrating the Airpax IEG11-36270-5-UV, verify that the 30A rating aligns with the protected conductors and downstream devices to maintain proper protection coordination. Plan for accessible mounting and adequate ventilation in enclosure spaces to support reliable operation over time. This breaker excels in modular panel assemblies and can streamline retrofits or upgrades by replacing multiple single-pole devices with a single integrated two-pole solution.