Eaton WMZT3C30 30A 3-Pole 480 V Circuit Breaker

Eaton WMZT3C30 30A 3-Pole 480 V Circuit Breaker is engineered to deliver reliable overcurrent protection for three‑phase electrical systems. With the exact Part Number WMZT3C30, this breaker is a precise fit for 480 V, 3‑phase applications, helping you safeguard equipment and maintain steady operation in demanding environments.

Built for three‑pole operation, this breaker disconnects all three lines simultaneously, ensuring balanced shutdown on faults and minimizing stress on motors, drives, pumps, and other three‑phase equipment in industrial and commercial panels.

• Current rating: 30 A
• Poles: 3
• Voltage rating: 480 V
• Part number: WMZT3C30
• Recommended use: three‑phase distribution in 480 V systems within compatible Eaton panels

Why this matters in the real world: a true three‑pole protector ensures a unified trip response across all phases, reducing the risk of partial faults that can lead to equipment wear, electrical noise, or unexpected downtime in three‑phase networks. The WMZT3C30 is purpose‑built to meet the needs of 480 V commercial and industrial circuits, delivering dependable protection where it counts.

Ideal use cases include:

• New or retrofit installations in 480 V three‑phase facilities
• Motor control circuits, conveyors, pumps, and general machinery powered by 480 V three‑phase supply
• Panel upgrades or replacements in industrial environments where a single, reliable 3‑pole 480 V breaker is preferred

Installation and compatibility note: this breaker is designed for use with Eaton panels and distribution systems that support 480 V three‑phase protection. Verify panel compatibility and enclosure ratings to ensure a safe, code‑compliant fit for your specific installation.

For dependable, coordinated protection of your 3‑phase loads at 480 V, the Eaton WMZT3C30 delivers straightforward, effective overcurrent protection with a streamlined, matching design for Eaton’s ecosystem. Add it to your electrical distribution lineup to promote safer operation and clearer fault response across all three phases.