General Electric | THK4V4612AN | Circuit Breaker | 1200A | 3-Pole | 600V

General Electric THK4V4612AN is a heavy‑duty, three‑pole circuit breaker designed for reliable protection in demanding power‑distribution environments. With a 1200A rating and a 600V operating ceiling, this GE breaker is built to handle high‑current loads while safeguarding personnel and equipment in industrial, commercial, and data‑center applications.

Key specifications

• Amperage: 1200A
• Poles: 3‑Pole
• Voltage: 600V
• Part number: THK4V4612AN

Why this GE circuit breaker stands out

When your system demands exact compatibility, nothing beats using the same part reference that’s already in your panel. The THK4V4612AN provides a precise fit for maintenance, retrofit, and replacement scenarios, helping you minimize downtime and avoid the uncertainties of improvised substitutes. The 3‑pole configuration makes it suitable for protecting three‑phase circuits, while the 1200A rating supports substantial feeder protection in large power distribution setups.

Ideal applications

• Maintenance and retrofit projects where a perfect spec match is required
• High‑current feeders in industrial facilities and manufacturing lines
• Primary protection for large commercial electrical rooms and data‑center panels
• Replacement in panels that originally specify GE THK series or equivalent 3‑pole 600V breakers

Installation and compatibility tips

• Always confirm fit and ratings before ordering—the part number is the most reliable reference for compatibility with your panel.
• Verify that your system operates within 600V and requires a 3‑pole configuration to ensure correct trip behavior and safe shutdown.
• Compare panel model, frame size, and mounting style to ensure seamless replacement with the THK4V4612AN.
• Keep a spare THK4V4612AN on hand for planned maintenance to reduce downtime during equipment servicing.

For dependable protection that aligns with your existing GE infrastructure, choose the THK4V4612AN circuit breaker. Its exact‑match design supports straightforward replacements, reduces installation guesswork, and helps maintain consistent electrical protection across your high‑current systems.