GE 30MM - Circuit Breaker

When reliability matters most in distribution and control systems, the GE 30MM Circuit Breaker stands ready to protect electrical networks in demanding environments. Crafted for consistent performance, it delivers trustworthy overcurrent protection while operating safely across a range of industrial and commercial applications.

Designed for versatile integration, this GE circuit breaker is well-suited for panelboards, switchboards, control panels, and OEM equipment. Its 30MM form factor aligns with common installation footprints, making it a practical choice for both new builds and upgrades in busy electrical environments.

Ideal for industrial, commercial, and OEM applications where dependable overcurrent protection and safe operation are critical in distribution panels and motor control centers.

Key advantages of the GE 30MM Circuit Breaker

• Versatile installations: perfect for panelboards, switchboards, control panels, and OEM equipment, enabling streamlined designs in compact spaces
• Reliable overcurrent protection: provides dependable interruption of fault currents to safeguard conductors and equipment
• Safe operation in demanding environments: engineered for consistent performance in industrial and commercial settings
• Compact, standard form factor: the 30MM design supports efficient, space-conscious panel layouts and easier wiring management

Who benefits most?

This circuit breaker is a strong fit for engineers and technicians responsible for building or upgrading distribution panels, motor control centers, switchgear, and OEM machinery. If you’re replacing aging protection devices or specifying components for a new installation, the GE 30MM Circuit Breaker offers a dependable, straightforward solution that aligns with common enclosure architectures.

Practical usage and installation notes

Use cases include upgrading panelboards in industrial facilities, configuring control panels for machinery, and equipping OEM equipment with robust protection. When selecting this breaker, match the device to your system’s amperage and trip requirements, verify compatibility with the enclosure, and follow the installation manual for proper wiring practices and torque specs. For teams prioritizing uptime, pairing this breaker with well-designed distribution panels and motor control centers helps minimize unplanned downtime and protects critical equipment from overcurrent events.