Square D BDL16060 60A 1-Pole 347 V Circuit Breaker

Meet the Square D BDL16060 60A 1-Pole 347 V Circuit Breaker—a purpose-built protection device engineered for reliable performance in commercial and industrial electrical systems. This genuine Square D breaker (Part Number: BDL16060) is designed to quickly and safely interrupt fault current, helping protect wires, devices, and people when overloads occur.

• Current rating: 60 A — robust protection for demanding single-branch loads such as heavy lighting circuits, small motors, or power feeders in busy facilities.
• Pole configuration: 1-pole — ideal for single-phase branches within 347 V distribution networks.
• Voltage rating: 347 V — suitable for commercial setups that run on 347 V distribution, delivering appropriate interrupting capacity for typical loads.
• Part number: BDL16060 — ensures direct compatibility with Square D panels and replacement parts, simplifying maintenance and upgrades.
• Reliability: Backed by Square D’s legacy in electrical protection, offering consistent trip characteristics and dependable performance in critical circuits.
• Applications: Protect feeders to lighting panels, HVAC controls, and other essential equipment in 347 V commercial environments; ideal for upgrading existing Square D installations.

Practical usage guidance: Confirm panel compatibility before replacement, and follow the panel manufacturer’s torque specifications during installation. Have a licensed electrician perform wiring and mounting to ensure safety and compliance with local codes. If replacing an older breaker, verify that the trip curve and interrupting rating align with the circuit’s demands to prevent nuisance trips or under-protection.

Why it matters: In high-demand commercial spaces, dependable circuit protection keeps systems running smoothly and safely. The Square D BDL16060 delivers precise overload protection, straightforward replacement in existing Square D setups, and the confidence that comes from using a trusted, original part designed for 347 V distribution networks.