BE250 - 50Amp, 30mA GFCI Circuit Breaker

BE250   - 50 Amp, 30mA GFCI Circuit Breaker

The BE250 2-pole 50 amp circuit breaker is a solid, no-nonsense choice when you need dependable protection without overcomplicating your panel setup. It’s built with a thermal magnetic trip, so it handles both overloads and short circuits the way you’d expect—quickly and consistently. Whether you’re working on a retrofit or replacing a worn unit, this breaker does its job without creating extra work.

One thing that makes this model especially useful is its 30 mA ground-fault equipment protection (GFEP). That added protection helps catch smaller ground faults early—before they turn into equipment damage or unexpected downtime. If you’re running systems where reliability matters (and let’s be honest, that’s most of them), that’s a feature you’ll appreciate.

The bolt-on design also provides a more secure connection than plug-in styles. Once it’s in place, it stays put—which is exactly what you want in a busy panel. It’s compact, straightforward, and built for real-world use.

Key Features and Benefits

• 50 amp capacity: for steady, mid-range electrical loads
• 2-pole design: for balanced circuit protection
• Thermal magnetic trip: handles both overloads and short circuits
• 30mA GFEP: helps reduce the risk of equipment damage
• Bolt-on mounting: for a tighter, more secure fit
• 10k A.I.C. rating: at 115VAC for standard fault interruption
• Compact size: makes it easier to work within tight panel spaces

Technical Specifications

• Part Number: BE250
• Amperage: 50A
• Poles: 2
• Voltage: 115VAC
• A.I.C. Rating: 10k
• Type: BLE
• Mounting: Bolt-On
• Trip Type: Thermal Magnetic
• Ground Fault Protection: 30mA GFEP
• Dimensions: 3.88" H × 2.0" W × 3.0" D

Material Compliance and Certifications

Industry Standards: This breaker is built to meet standard expectations for performance and safety in low-voltage electrical systems. It uses durable internal components designed for consistent, long-term operation, making it suitable for professional installations where reliability is expected.

Where It Works Best

You’ll typically see this breaker used in commercial panels, light industrial setups, and equipment circuits where ground fault protection is important. It’s a good fit for HVAC units, control panels, and machinery—anywhere you want to avoid nuisance issues turning into bigger problems.