Square D QO215GFICP - Miniature Circuit Breaker (MCB)

Meet the Square D QO215GFICP - Miniature Circuit Breaker (MCB). Engineered for reliability in demanding electrical environments, this device provides quick, predictable overcurrent protection to keep your systems safe and productive.

Designed for broad applicability: install in panelboards, switchboards, control panels, and OEM equipment. Whether you're outfitting a new installation or upgrading an existing footprint, the QO215GFICP integrates with Square D's QO-style distribution and motor control centers to deliver robust protection where it matters most.

Key benefits

• Reliable overcurrent protection for circuits, preventing damage from overloads and short circuits.
• Versatile installation scope across industrial, commercial, and OEM applications, supporting essential electrical infrastructure in distribution panels and motor control centers.
• Compact, compatible design designed to fit standard enclosures and panel layouts, simplifying retrofit projects and new builds.
• Safety-first operation helps maintain safe electrical operation with predictable trip behavior and clear isolation when needed.

Why choose the QO215GFICP? Because it’s built for environments where uptime matters. By combining a proven MCB design with precise coordination in panelboards and control panels, it minimizes downtime and protects connected equipment—from sensors and drives to lighting and control logic.

Practical guidance for use

• Confirm the device is compatible with your panelboard or switchboard and that the amperage rating aligns with your circuit requirements.
• Plan for routine maintenance and periodic testing to ensure continued reliable operation under load fluctuations.
• Adhere to local electrical codes and rely on qualified electricians for installation and commissioning.

In short, the Square D QO215GFICP Miniature Circuit Breaker stands out with its targeted design for industrial, commercial, and OEM contexts, delivering dependable protection, safer operation, and easier integration into distribution panels and motor control centers.