General Electric | SKHH36AT8800C | Circuit Breaker | 800A | 3-Pole | 600V

Meet the General Electric SKHH36AT8800C—a high-capacity circuit breaker built to safeguard multi‑phase electrical systems. With an 800A rating, a 3‑pole configuration, and a 600V operating range, this unit is designed for demanding maintenance, retrofit, and replacement projects where precise specifications matter.

Best compatibility reference: The part number SKHH36AT8800C is the primary reference to verify fit in your panel. Before ordering, confirm both the physical fit and the electrical ratings to ensure a seamless replacement.

Key specifications

• Amperage: 800A
• Poles: 3‑Pole
• Voltage: 600V
• Part number: SKHH36AT8800C

What makes this GE circuit breaker stand out

• Original GE engineering for reliable, industry-grade protection that aligns with standard three‑phase panels.
• 3‑pole design offers balanced protection across all phases in commercial and industrial applications.
• 600V compatibility makes it suitable for a wide range of distribution systems, from manufacturing floors to data-center environments.
• Specifically marketed for maintenance, retrofit, and replacement work, reducing guesswork when upgrading or restoring panel protection.
• Clear part-reference approach—use SKHH36AT8800C to verify compatibility with your existing GE or compatible panels.

Ideal use cases

• Replacing a failed or outdated breaker in a three‑phase 600V distribution panel.
• Retrofits or upgrades where a precise 800A, 3‑pole, 600V specification is required.
• Scheduled maintenance cycles that call for dependable, brand-specific circuit protection aligned with existing GE components.

Practical tips for installation and care

To maximize safety and reliability, verify the panel model and the SKHH36AT8800C’s fit and ratings before installation. Always power down equipment and consult a licensed electrician to handle replacement tasks, ensuring proper torque, clearance, and wiring integrity. This approach helps maintain optimal protection and minimizes downtime during service events.