General Electric TR8S800 800A Circuit Breaker

Introducing the General Electric TR8S800 800A Circuit Breaker — a purpose-built overcurrent protector engineered for demanding electrical environments. With the part number TR8S800 and a current rating of 800 A, this GE breaker is designed to safeguard large circuits and main service panels from overloads and short circuits.

Why this GE breaker stands out

• Specific 800-amp protection for high-load feeders and critical equipment, helping prevent overheating and electrical fires in industrial and commercial settings.
• Part Number TR8S800 ensures precise identification, easy ordering, and straightforward replacement in GE systems.
• Trusted GE reliability backed by General Electric's engineering standards, delivering consistent performance across demanding duty cycles.
• Panel compatibility cues designed for GE panels that accept TR-style breakers; always verify your panel's labeling and official documentation before installation.
• Resilient construction built to withstand frequent switching and fault events, contributing to long-term system stability.

Practical use cases

The TR8S800 is well-suited for:

• Main service disconnects in commercial facilities and light-industrial environments where 800 A protection is required.
• Large-draw feeders that demand reliable interruption at fault currents.
• Replacement or upgrade of aging GE TR-series breakers to maintain system safety and compliance.

Installation and safety considerations

Installations should be performed by a qualified electrician. Confirm panel compatibility and adhere to all applicable electrical codes and GE's installation guidelines. Regular inspection of breaker alignment, secure lugs, and clear labeling enhances fault diagnosis and safety.

Whether you’re upgrading a panel, performing routine maintenance, or equipping a new installation, the General Electric TR8S800 800A Circuit Breaker delivers robust protection and dependable performance when it matters most. Order with confidence knowing you’re choosing a component designed to meet demanding electrical safety standards while maintaining smooth, reliable operation in high-current environments.