Eaton WMZT1C32 32A 1-Pole 480 V Circuit Breaker Potential Transformer

Meet the Eaton WMZT1C32, a dependable 32 A, 1-pole circuit breaker designed for 480 V electrical distributions. This model brings solid overcurrent protection to feeders and small motor circuits while offering potential transformer compatibility to support modern monitoring and metering workflows. Part Number WMZT1C32 ensures precise ordering and replacement in existing Eaton installations.

• Reliable 480 V protection: Engineered to interrupt fault current quickly on 480-volt networks, helping minimize damage to equipment and downstream circuits.
• Compact, single-pole design: A streamlined form factor that fits neatly in standard panels where space is at a premium, without compromising protection performance.
• Potential transformer interface: Designed to work with monitoring and metering systems, enabling real-time visibility into current, fault signals, and circuit health for energy management and protection relays.
• Clear procurement and maintenance: The WMZT1C32 designation provides a straightforward path for stocking, replacements, and service to keep panels running smoothly.
• Ideal for industrial and commercial settings: Suitable for panel upgrades, feeders, and dedicated circuit protection on 480 V systems where precise measurement data and reliable protection matter.

Practical scenarios:

• Upgrading aging protection on 480 V feeders in manufacturing lines where uptime and quick fault isolation are critical.
• Installing in data centers or office-grade facilities that require clear current readings fed to SCADA or building management systems for energy efficiency tracking.
• Replacing legacy breakers in Eaton-compatible panels while preserving compatibility with existing monitoring and protection schemes.

Tips for installation and use:

• Verify panel compatibility and ensure the breaker’s 1-pole, 32 A rating matches your circuit’s requirements and the panel’s design limits.
• Plan for the potential transformer interface with your monitoring equipment to maximize data accuracy and reliability.
• Follow local electrical codes and manufacturer guidelines when wiring and terminating the device to ensure safe, compliant operation.