Square D BGA260802 80A 2-Pole 347 V Circuit Breaker

The Square D BGA260802 80A 2-Pole 347 V Circuit Breaker delivers dependable protection for two hot legs in commercial and light industrial electrical systems. With a robust 80-amp rating and a two-pole design, it safeguards critical feeders against overloads and short circuits on circuits powered by up to 347 volts.

Key specifications

• Part Number: BGA260802
• Current rating: 80 A
• Poles: 2
• Voltage rating: 347 V

Why this Square D breaker stands out

• Two-pole protection that interrupts both conductors simultaneously for safer fault clearance and reduced fault energy.
• 347 V rating expands compatibility with common commercial distribution systems, making it a practical choice for facilities leveraging higher-voltage feeders.
• Backed by Square D’s long-standing reputation for rugged, reliable electrical protection in demanding environments.
• Part of the trusted BGA family, designed for use in suitable Square D panels and enclosures that support 2-pole, 347V breakers.

Ideal use cases

• Feeder protection for 347V commercial lighting and power circuits in offices, retail spaces, and schools.
• Motor and equipment feeders in light-industrial settings where stable overcurrent protection is essential.
• Replacement or upgrade for aging two-pole breakers in compatible Square D installations, helping maintain system reliability.

Installation and safety considerations

• Power must be fully de-energized before installing or replacing the breaker. Follow all local electrical codes and panel manufacturer instructions.
• Confirm compatibility: ensure your panel or enclosure supports the BGA260802 and two-pole, 347V configuration.
• Install with proper torque on terminals and secure mounting to maintain reliable operation and prevent nuisance trips.

For installations requiring robust, high-current protection on 347-volt systems, the Square D BGA260802 80A 2-Pole 347 V Circuit Breaker offers precise protection, dependable performance, and a trusted name you can count on in critical electrical infrastructure.