GE TEY360 - 60A, 3-Pole, Circuit Breaker

The GE TEY360 60A 3-Pole Circuit Breaker is engineered to deliver reliable overcurrent protection in demanding electrical environments. Designed for use in panelboards, switchboards, and control panels, this breaker provides solid protection for three-phase systems where dependable performance matters most.

Key features that matter in real-world installations

• 3-Pole configuration for balanced three-phase protection — ensures simultaneous interruption across all phases, reducing the risk of phase imbalance and equipment damage in industrial and commercial applications.
• 60A current rating — well-suited for circuit feeders, motor control centers (MCCs), and distribution circuits that demand reliable overcurrent protection without compromising start-up and operation.
• Versatile integration — ideal for panelboards, switchboards, and control panels in OEM, relocation, or retrofit projects, delivering consistent performance within existing electrical architectures.
• Industrial-grade reliability — built to withstand the rigors of demanding environments where safe operation and dependable protection are critical.

Practical use cases

• Supplying three-phase motors and equipment in manufacturing lines where rapid, coordinated tripping protects motors from overloads and short circuits.
• Guarding distribution panels in commercial facilities to prevent cascading faults and downtime due to overcurrent events.
• OEM panels and control centers that require a robust, 3-pole breaker compatible with GE-style protection schemes.

Why choose the GE TEY360 for your system? This breaker combines a proven safety profile with a configuration that aligns with three-phase electrical systems, offering straightforward installation and predictable performance in MCCs and distribution panels. By selecting the TEY360, engineers and technicians gain a dependable, purpose-built solution that helps protect both personnel and equipment while maintaining service continuity in demanding environments.

Tips for optimal use

• Verify that your enclosure and bus arrangement accommodate a 3-Pole, 60A device and that mounting aligns with standard GE protection hardware.
• Pair with compatible protection coordination strategies in your MCC or switchgear to achieve selective tripping and minimize unnecessary downtime.
• Document placement and settings in your maintenance logs to simplify future servicing and ensure rapid fault isolation.