Commander 60 Amp Circuit Breaker BQL360 - 60 A, 240 V, 3-Pole Bolt-On Circuit Breaker | AmpState

Introducing the Commander 60 Amp Circuit Breaker BQL360 — a robust, bolt-on molded case circuit breaker designed for dependable branch circuit overcurrent and short-circuit protection in panelboards and load centers. With a 60 A rating and 240 V operation across three poles, this unit is built to handle demanding 3-phase applications.

• Secure bolt-on mounting: Provides a rigid, vibration-resistant bus connection that stays put in service, reducing movement and wear over time.
• Thermal-magnetic trip unit: Combines precise thermal overload protection with instantaneous magnetic protection for short circuits, delivering stable, repeatable protection performance.
• OEM-compatible: Engineered to be compatible with matching Commander OEM load centers and panelboards, ensuring proper fit, alignment, and electrical characteristics.
• Three-pole, 240V configuration: Ideal for 3-phase circuits commonly found in commercial and light industrial settings, while also supporting residential upgrades where three-phase gear is present.
• Versatile applications: Suitable for residential, commercial, and light industrial installations, including panelboard upgrades, replacement of aging units, and new builds using bolt-on breakers.

Key specifications — Type: Thermal-magnetic molded case circuit breaker; Amperage: 60 A; Voltage: 240 V; Poles: 3; Mounting: Bolt-on; Part Number: BQL360.

Practical use and deployment tips:

• When upgrading a panelboard that requires bolt-on protection, the Commander BQL360 ensures a secure bus connection and consistent protection across all three phases.
• Use in panelboards and load centers that specify compatible OEM breakers—this alignment helps maintain electrical timings and trip characteristics.
• For maintenance, verify the terminal connections remain tight and inspect the breaker for signs of wear or chafing; the thermal-magnetic trip unit is designed for repeated cycling under normal conditions and fault events alike.