Westinghouse | RE2050L | Circuit Breaker | 50A | 2-Pole | 240V

engineered by Westinghouse, the RE2050L circuit breaker delivers dependable overcurrent protection for 240V circuits. This 50A, 2-pole device is built for maintenance, retrofit, and replacement projects where exact specifications matter. The part number RE2050L serves as the most reliable reference for compatibility, so be sure to verify the panel listings and ratings before ordering.

Key specifications

• Amperage: 50A
• Poles: 2-Pole
• Voltage: 240V
• Part number: RE2050L
• Compatibility note: The RE2050L part number is the best reference for compatibility—confirm fit and ratings with your panel before purchasing.

What this breaker enables

Designed to interrupt power quickly and safely when a fault or overload occurs, the RE2050L protects wiring and connected equipment on 240V circuits. Its 50A rating makes it suitable for protecting medium-to-large loads commonly found in residential and light commercial settings, such as regional heating elements, air handling equipment, water heaters, and larger feeders.

Ideal use cases

• Replacement or retrofit in compatible Westinghouse panels where a 50A, 2-pole 240V breaker is listed.
• Protection for 240V circuits feeding high-draw appliances like electric ranges, air conditioners, and water heaters.
• Maintenance projects where exact part matching by number ensures reliable electrical protection and panel compatibility.

Why choose Westinghouse RE2050L

• Exact spec alignment: matching 50A, 2-pole, 240V ratings with the RE2050L reference for straightforward replacement.
• Reliable compatibility: designed to fit panels and configurations that list RE2050L, reducing guesswork during replacements.
• Clear, practical guidance: explicit note to confirm fit and ratings before ordering helps prevent mismatches and returns.

Installation and safety notes

For the safest and most reliable results, have a qualified electrician perform installation. Always verify that your panel is listed for this exact part and follow all local electrical codes. This description reflects typical, real-world use cases and emphasizes careful compatibility checks to ensure optimal performance and safety.