Westinghouse | RE3025L | Circuit Breaker | 3-Pole | 600V

Westinghouse RE3025L 3-Pole 600V Circuit Breaker delivers focused overcurrent protection for three-phase systems, crafted for maintenance, retrofit, and replacement projects. Designed to fit panels and installations that require a 3-pole configuration and a 600-volt operating range, this breaker helps keep critical equipment protected while minimizing downtime.

• Poles: 3-Pole for three-phase circuits
• Voltage rating: 600V maximum operating voltage
• Compatibility reference: Part number RE3025L is the primary reference for matching installations
• Best use cases: Maintenance, retrofit, and replacement in compatible Westinghouse panels

Ideal use cases and scenarios

Use the RE3025L when you need a precise, direct-fit solution for three-phase protection. It’s well-suited for servicing aging panels, upgrading existing systems, or replacing a failed breaker in installations that require a 3-pole, 600V device. This model supports professional upgrades in commercial and light industrial environments where reliable, familiar Westinghouse protection is preferred.

Why choose this breaker—practical benefits

• Built to align with the RE3025L form factor and mounting standards, reducing guesswork during replacements.
• Clear compatibility path: Rely on the part number as the best reference to ensure your panel configuration and breaker ratings align with your system requirements.
• Trusted protection for three-phase systems: Supports balanced protection across three conductors, helping safeguard motors, compressors, and other three-phase equipment.

Fit, ratings, and installation guidance

Before ordering, confirm that your panel or switchgear accepts a 3-Pole, 600V device and that the RE3025L matches the installed breaker’s form factor. The part number RE3025L is the most reliable compatibility cue. If you’re unsure, refer to your panel’s documentation or consult a licensed electrician to verify pole count and voltage ratings.

Installation considerations and best practices

• Power down the equipment and verify zero voltage before handling
• Follow manufacturer installation guidelines and use appropriate PPE
• Ensure mounting, bus connection, and enclosure clearance meet the panel’s requirements
• Perform a post-installation test to confirm proper trip operation and system protection