Square D QO260 - 60A, 2-Pole, Circuit Breaker

Introducing the Square D QO260 — a 60A, 2-Pole circuit breaker designed for dependable overcurrent protection in demanding electrical environments. This device delivers robust protection for two conductors, making it a reliable choice for distributing power safely across interconnected systems.

Built for flexible deployment, the QO260 thrives in panelboards, switchboards, and control panels, providing critical safeguards where clean, uninterrupted power matters. Its 2-Pole configuration ensures coordinated protection of two hot conductors, a common and essential arrangement for dual-line circuits in many installations.

Ideal for industrial, commercial, and OEM applications, this breaker is purpose-built for distribution panels and motor control centers (MCCs) where reliable protection and safe operation are paramount. Use cases include protecting feeders and branch circuits in a variety of electrical distributions, from compact panel assemblies to central control architectures.

• Current rating: 60A
• Poles: 2-Pole
• Breaker type: Circuit Breaker
• Applications: panelboards, switchboards, and control panels
• Ideal for: industrial, commercial, and OEM setups requiring dependable overcurrent protection in distribution panels and motor control centers

In real-world deployments, the Square D QO260 provides clear, immediate protection for critical circuits, helping to prevent damage from overloads and short circuits and supporting safer, more reliable operation of electrical distribution systems. When you need a proven two-pole solution that aligns with standard panel configurations and tough duty environments, the QO260 is a straightforward, effective choice.

Consider this breaker for configurations where two conductors must be safeguarded together, such as feeder connections to distribution panels or motor control centers. Its purpose-built design signals clear intent for protection, simplicity in installation, and consistent performance across industrial and commercial applications.