Eaton - Westinghouse - Type W - Breaker MCC Bucket - 25 A, 480 V, 15" Height, 3 P | AmpState

When you're managing industrial motor control centers (MCCs), the right breaker can make all the difference in maintaining smooth operations and preventing costly downtime. Enter the Eaton Type W Breaker MCC Bucket, rated at 25A, 480V, and featuring a 3-pole design for efficient three-phase protection. This unit, tailored for Eaton Type W MCC systems, isn't just a component—it's a reliable safeguard engineered to fit seamlessly into your existing setup, whether you're upgrading an older system or replacing a worn-out part.

What sets this MCC bucket apart is its precise 15-inch height, which allows for optimized space in crowded control panels without compromising performance. Designed for applications like conveyor systems, pumps, and heavy machinery in manufacturing plants, it delivers robust overcurrent protection that responds quickly to faults, helping you avoid equipment damage and extend the lifespan of your motors. Unlike generic breakers that might require extensive modifications, this one slips in as a direct replacement, saving you time and labor during installations or retrofits.

For maintenance teams and industrial engineers dealing with high-voltage environments, this 25A, 480V breaker offers peace of mind with its durable construction and exact compatibility with Eaton's ecosystem. AmpState ensures you're getting a high-performance solution that's backed by global delivery, meaning you can source this component quickly, no matter where your facility is located. Whether you're troubleshooting a frequent tripping issue or planning a system overhaul, this MCC bucket helps solve real-world problems by providing consistent, reliable protection that keeps your operations running efficiently and safely.

• Ideal for retrofit projects, it eliminates the need for custom adapters, streamlining your workflow and reducing installation errors.
• Handles the demands of three-phase power setups, ensuring balanced protection that prevents uneven wear on motors.
• By integrating effortlessly into Eaton Type W systems, it enhances overall system reliability, potentially lowering your maintenance costs over time.