Square D BGA260501 50A 2-Pole 600 V Circuit Breaker

Meet the Square D BGA260501, a dependable 50 A, 2-pole circuit breaker designed to safeguard your power infrastructure at voltages up to 600 V. With part number BGA260501, this device delivers reliable overcurrent protection for two hot conductors, making it a solid choice for commercial and light industrial panels where robust, straightforward fault interruption matters.

Key specifications

• Brand: Square D
• Part Number: BGA260501
• Current rating: 50 A
• Poles: 2
• Voltage rating: 600 V
• Type: 2-pole circuit breaker

Ideal use scenarios

This 2-pole, 50 A breaker is well-suited for feeders and branch circuits in commercial spaces and light industrial environments. Use cases include:

• Protecting two-hot-wire feeder circuits in electrical panels serving HVAC equipment, pumps, and motor loads
• Preventing overloads on circuits that require simultaneous disconnection of both conductors in multiwire configurations
• Providing reliable protection for 600 V-class distribution circuits in higher-voltage electrical systems

Why this Square D breaker stands out

• Concrete protection for high-demand circuits: With a 50 A rating, it clamps down quickly on overloads, helping prevent damage to wiring and connected equipment.
• Two-pole design for safer multiwire circuits: By interrupting both hot legs together, it reduces the risk of dangerous arcing and shared-neutral faults.
• High-voltage versatility: A 600 V maximum rating expands compatibility with higher-voltage panel installations, giving you flexibility in system design.

Practical guidance

Before installation, confirm that your panel accepts BGA-series breakers and that the load profile aligns with a 50 A, 2-pole, 600 V device. For best results, have a qualified electrician perform the installation and follow all panel-specific torque and safety requirements to ensure reliable performance and compliance.

Choose the Square D BGA260501 when you need solid, straightforward protection for two-pole, high-current circuits in demanding electrical environments.