Eaton 3752A24G07 3752A 3-Pole 240 V Circuit Breaker

Protect your three‑phase equipment with the Eaton 3752A24G07 3‑Pole 240 V Circuit Breaker. This genuine Eaton component, identified by part number 3752A24G07, delivers reliable overcurrent protection for 3‑pole, 240‑volt distribution systems. Built to integrate seamlessly with Eaton panels and distribution boards, it helps safeguard motors, drives, and other critical loads from faults and short circuits.

• Part number: 3752A24G07
• Current rating: 3,752 A
• Poles: 3
• Voltage rating: 240 V

Why choose this model: with a dedicated 3‑pole design for 240 V three‑phase environments, this breaker provides clear identification and compatibility for straightforward maintenance and replacement. The 3752A24G07 variant is a precise match for Eaton‑equipped electrical systems, helping you maintain consistent trip characteristics and inventory control across facilities that rely on Eaton protection solutions.

Ideal use cases include industrial machinery and manufacturing lines, three‑phase HVAC equipment, pumps and conveyors, and commercial power distribution that runs on 240 V. If your setup requires dependable protection for 3‑phase loads, this Eaton breaker is designed to fit into standard Eaton‑compatible panels, enabling quick installation and reliable performance under load.

Installation and usage tips:

• Verify that your panel or distribution board is compatible with 3‑pole 240 V breakers of the 3752A24G07 family.
• Match the breaker's current rating to the electrical load and conductor sizing to ensure proper protection without nuisance trips.
• Follow manufacturer guidelines during installation, including terminal torque and enclosure clearance, to maintain safety and reliability.

For facilities needing durable, straightforward 3‑phase protection at 240 V, the Eaton 3752A24G07 provides a precise, dependable solution that aligns with existing Eaton infrastructure and maintenance workflows. Add it to your system to ensure continual operation of essential equipment while safeguarding against electrical faults.