Wadsworth A150 Circuit Breaker Brown Metal Feet

Description:

The Wadsworth A150 Circuit Breaker is used in residential, commercial, and light industrial electrical distribution systems to provide overcurrent and short-circuit protection for branch circuits and electrical equipment. Commonly installed in Wadsworth load centers and panelboards where reliable circuit protection is required for HVAC equipment, electric heating systems, motor loads, and other high-current electrical circuits. Electricians, maintenance personnel, and facility managers use this circuit breaker for panel maintenance, electrical system repairs, and replacement of obsolete Wadsworth protective devices.

Applications:

The Wadsworth A150 Circuit Breaker is commonly used in electrical distribution environments including residential service panels, commercial electrical systems, HVAC circuits, electric heating equipment, motor branch circuits, workshop power systems, and facility maintenance projects where reliable overcurrent protection and dependable electrical safety are essential.

Technical Specifications:

• Manufacturer: Wadsworth
• Part Number: A150
• Series: Type A
• Product Type: Circuit Breaker
• Function: Overcurrent and Short Circuit Protection
• Rated Current: 50 Amps
• Number of Poles: 1 Pole
• Rated Voltage: 120 VAC
• Circuit Breaker Type: Thermal Magnetic
• Mounting Style: Bolt-On / Metal Foot Style
• Foot Material: Brown Metal Feet
• Application: Branch Circuit Protection
• Trip Type: Automatic Resettable Breaker
• Frequency Rating: 50/60 Hz
• Compatible Panel Type: Wadsworth Load Centers
• Construction Type: Molded Case Circuit Breaker
• OEM Replacement Style: Yes
• Designed For: Residential, Commercial, and Light Industrial Electrical Systems
• Application Type: Electrical Distribution and Protection
• Service Use: Replacement of Existing Circuit Breakers

Common Replacements:

• Connecticut Electric UBIA150 Replacement Breaker
• Eaton BR150 Circuit Breaker (application dependent)
• Siemens Q150 Circuit Breaker (application dependent)