QBHW3100H | Eaton Quicklag 3-Pole 100A 240V Molded Case Circuit Breaker

Description The Eaton QBHW3100H is a molded case circuit breaker from the Quicklag series, designed for dependable protection in three-phase electrical systems. It is rated at 100 amps and operates at 240 volts AC, using a thermal magnetic trip mechanism to manage overloads and short-circuit conditions. Technical Specifications Condition New/Never Used Surplus Brand Eaton Category Circuit Breaker Part Number QBHW3100H Subcategory Molded Case Circuit Breaker Family Quicklag Type QBHW Voltage Rating 240 V AC Current Rating 100 A Poles 3 Phase 3 Protection Type Thermal Magnetic Trip Functions LI – Long-Time and Instantaneous Connection Type Bolt-On Interrupting Rating (AIC) 22 kA @ 240 V Information About QBHW3100H The QBHW3100H is part of Eaton’s Quicklag family, engineered to provide reliable circuit protection in commercial and industrial electrical panels. It features a three-pole configuration for three-phase systems operating at 240V AC and supports a current rating of 100 amps. The breaker integrates a thermal magnetic trip unit that responds to sustained overloads and instantaneous short-circuit faults. Its bolt-on mounting style ensures secure installation and consistent electrical contact within compatible Eaton panelboards. Key Features Quicklag Series Design: Built for dependable performance in Eaton three-phase distribution systems. Thermal Magnetic Protection: Combines long-time overload sensing with instantaneous short-circuit response. 100A Current Rating: Suitable for feeder and branch circuit protection in three-phase applications. Three-Pole Configuration: Provides full protection and isolation across all phases. 22 kA Interrupting Capacity: Rated at 240 V for reliable operation in moderate fault current environments. Bolt-On Installation: Ensures secure mounting and stable electrical connections. Durable Molded Case Construction: Designed for long service life in industrial and commercial settings. The QBHW3100H delivers the reliability and precisio