Westinghouse | 368D769G23 | Circuit Breaker | 250A | 3-Pole | 415V

When your industrial electrical system needs solid, dependable protection for a three-phase circuit, the Westinghouse 368D769G23 circuit breaker delivers precise performance at 415V with a 250A rating. Built to handle demanding workloads, this 3-Pole unit is designed for maintenance, retrofit, and replacement tasks where exact specifications matter.

• Amperage: 250A
• Pole configuration: 3-Pole
• Voltage rating: 415V
• Part number: 368D769G23

This breaker provides true three-phase protection, ensuring all three legs are guarded in standard 415V networks. The 3-Pole design helps maintain balanced protection across phases, which is crucial for preventing imbalanced loads and minimizing nuisance trips in busy panels and distribution boards.

Key differentiators

• Exact part-number compatibility: 368D769G23 is the definitive reference for matching your current panel or enclosure, reducing guesswork and installation errors.
• High-current capability: 250A rating supports substantial industrial loads while enabling reliable fault isolation to minimize downtime.
• Common industrial compatibility: 415V operation aligns with widespread three-phase power standards used in manufacturing floors, process lines, and large equipment setups.

Ideal use scenarios

• On-site replacements for failed or tripped breakers in existing control panels or distribution boards.
• Retrofits during panel upgrades to preserve protection while upgrading equipment or standards.
• Maintenance projects where contemporary components must precisely match legacy specifications.

Practical buyer guidance: before you order, confirm fit and ratings against your panel's documentation. The part number is the best reference for compatibility, so keep 368D769G23 handy when comparing listings or consulting manuals.

With Westinghouse reliability behind it, this 368D769G23 circuit breaker offers robust, field-proven protection for industrial power systems. Its 3-Pole design and 415V rating make it a practical, future-ready choice for ensuring continuous operation of critical equipment and processes.