General Electric | SGPA36AT6600C | Circuit Breaker | 36A | 3-Pole | 600V

Meet the General Electric SGPA36AT6600C circuit breaker — a purpose-built protection device for 3‑phase, 600‑volt systems. Engineered for maintenance, retrofit, and replacement projects, this GE breaker is designed to drop into existing GE panels with matching specifications, delivering reliable circuit protection when it matters most.

• Amperage and topology: 36A trip rating in a 3-Pole configuration for robust 3‑phase protection in commercial and industrial panels.
• Voltage rating: 600V maximum, ideal for equipment and feeders in demanding industrial power networks.
• Compatibility focus: Part number SGPA36AT6600C serves as the definitive reference for fit — always verify against your panel’s permitted breaker types and catalog data before ordering.
• Installation use: Ideal for maintenance, retrofit, or replacement when upgrading or restoring circuit protection without altering panel infrastructure.
• Reliability and standards: General Electric’s engineering delivers consistent performance in challenging environments, with a design that facilitates quick tripping under fault conditions to minimize equipment damage.

Practical considerations and use cases:

• For facilities with 3‑phase motors, compressors, or HVAC equipment operating at 600V, this breaker provides targeted protection for each leg while ensuring coordinated protection within the same panel.
• When repairing aging panels, this part offers a direct replacement to maintain system integrity and reduce downtime.
• Before purchasing, confirm the exact fit by cross-referencing the SGPA36AT6600C with your panel’s label, catalog, and any cross-reference charts provided by the manufacturer.

Why choose this GE circuit breaker over generic substitutes? It’s built around a precise specification set (36A, 3-Pole, 600V) that aligns with GE panel designs and electrical architectures, delivering predictable performance, easier sourcing of replacement parts, and streamlined maintenance planning for industrial environments.