GE 2000A Three Pole Air Circuit Breaker 2000A Current Rating Heavy Duty Industrial And Commercial Power Distribution

The GE 2000A Three-Pole Air Circuit Breaker is a heavy-duty protection and switching solution designed for demanding low-voltage power distribution in industrial and commercial facilities. Built to handle substantial fault currents, it keeps critical feeders and switchboards protected while enabling reliable operation in challenging environments.

With a robust 3-Pole configuration, the 2000A air circuit breaker delivers dependable interruption capacity for main incoming feeders and complex power distribution schemes. Its 2000A current rating ensures it can manage large loads and sudden surges without compromising system integrity, making it a trusted cornerstone for facilities where uptime matters.

Key features

• Model / Part Number: 2000A
• Current Rating: 2000A
• Poles: 3-Pole
• Breaker Type: Air Circuit Breaker
• Applications: Ideal for main incoming feeders, switchboards, and critical power distribution
• Control and Coordination: Adjustable trip settings support precise protection coordination and system reliability
• Reliability: Heavy-duty construction engineered for dependable operation in industrial and commercial environments

Ideal applications

• Main incoming feeders for large facilities
• Switchboards where space and reliability are critical
• Critical power distribution networks requiring adjustable protection settings and high interruption capacity

Why this GE breaker stands out

What sets the GE 2000A apart is its combination of high current capability, three-pole design, and adjustable trip settings that let you tailor protection to your specific network. This isn’t just a switch—it’s a protection strategy that reduces downtime, protects downstream equipment, and simplifies coordination with upstream and downstream protection devices. GE’s engineering focus on robust performance translates to consistent operation in environments where reliability is non-negotiable.

Practical considerations and tips

• Use as the main protection interface for large facilities or critical distribution feeders to maximize system resilience.
• Pair with compatible protection schemes to optimize selective coordination and minimize unnecessary outages.
• Document trip settings and perform periodic verification to ensure protection alignment with load growth and configuration changes.
• Schedule regular inspections of connection Torque and enclosure integrity to preserve long-term reliability in industrial environments.