GE HSEH-3-C-90 - 90A, 3-Pole, Circuit Breaker

Meet the GE HSEH-3-C-90 — a rugged 90A, 3-pole circuit breaker designed to guard three-phase systems against overcurrent. Engineered by GE, it delivers dependable protection and safe operation across demanding environments where uptime matters.

Designed for flexible integration in panelboards, switchboards, and control panels, this breaker helps you protect motors, feeders, and power distribution without compromising on space or reliability.

Why this three-pole breaker matters

• Three-pole configuration ensures simultaneous disconnection of all live conductors in a 3-phase circuit, reducing risk during faults and protecting three-phase motors and drives.
• 90-amp rating provides appropriate protection for mid-sized feeders and motor circuits, balancing safety with operational efficiency.
• Versatile installation supports use in panelboards, switchboards, and control panels across industrial, commercial, and OEM applications.
• Industrial-grade reliability GE engineering underpins consistent performance in distribution panels and motor control centers, helping to minimize unplanned outages.

Technical snapshot

• Current rating: 90A
• Poles: 3-Pole
• Breaker type: Circuit Breaker

Who should consider the GE HSEH-3-C-90?

This unit is ideal for facilities with 3-phase electrical systems that demand robust, straightforward overcurrent protection. It's well-suited for manufacturing lines, process equipment, and any OEM equipment requiring reliable protection in distribution panels and motor control centers. If you're upgrading aging protection or standardizing on a single, trusted breaker family for multiple panels, the HSEH-3-C-90 offers a consistent, scalable solution.

Practical tips: when planning protection, pair this 90A three-pole breaker with conductors and downstream devices rated for compatible ampacity. Verify panel compatibility and ensure adherence to local electrical codes and installation standards. For maintenance, schedule periodic checks on trip responsiveness and inspect for any signs of wear that could affect performance in high-demand environments.