Westinghouse | 1773514 | Circuit Breaker | 225A | 3-Pole

Westinghouse 1773514 Circuit Breaker — 225A, 3-Pole delivers reliable overcurrent protection for three-phase electrical systems. Designed for maintenance, retrofit, and replacement projects, this unit aligns with Westinghouse’s legacy of dependable electrical protection and precise compatibility.

• Amperage: 225A
• Poles: 3-Pole (three-phase configuration)
• Part number: 1773514 — the exact reference needed for proper fit
• Applications: maintenance, retrofit, and replacement where matching specs are required

This breaker is purpose-built for installations that demand a 225A, 3-pole unit, ensuring the correct footprint, mounting, and connection layout for compatible panels. By matching the exact part number, you minimize guesswork and reduce the risk of mismatched ratings that can affect protection performance.

Why this specific breaker matters

When your system relies on robust three-phase protection, the 1773514 delivers a precise amperage rating and a proven three-pole design that supports balanced distribution across all phases. Using the exact Westinghouse part number helps ensure your panel’s protective function remains consistent with its original specifications.

Ideal use cases

• Upgrading or replacing a three-phase feeder in commercial or industrial panels
• Retrofit projects where a 225A, 3-pole solution is required to meet updated load demands
• Maintenance scenarios that demand exact compatibility to preserve panel performance

How to ensure the right fit before purchasing

Fit and ratings verification: Confirm fit and ratings before ordering. The part number 1773514 is the best reference for compatibility, so cross-check this against your panel model and the intended circuit requirements to avoid mismatches.

With the Westinghouse 1773514, you get a purpose-driven, compatible solution that supports reliable protection for your 3-phase electrical system. This is the practical choice for technicians seeking a precise, readily replaced component that aligns with existing panel configurations and safety expectations.