XKL632225 | Circuit Breaker | 225A | 3-Pole | 600V

Introducing the XKL632225 Industrial Circuit Breaker — a rugged, high‑capacity protection device engineered for reliability in 3‑phase 600 V systems. This 225 A, 3‑pole breaker is designed for critical maintenance, retrofit, and replacement projects where matching specs is essential to maintaining safe, uninterrupted power distribution.

Key advantages:

• 225 A, 3‑Pole, 600 V configuration: Protects three live conductors simultaneously, ensuring coordinated shutdown and minimized arc flash risk on demanding electrical loads.
• Plug-in readiness for industrial panels and switchgear: Built to align with standard 3‑pole layout in distribution panels, MCCs, or other industrial equipment. (Note: Confirm fit and ratings before ordering; the part number is the best reference for compatibility.)
• Reliability in harsh environments: Robust construction designed for ongoing industrial use, reducing the need for frequent replacements around critical processes.
• Versatile application: Ideal for retrofit or replacement in existing systems where a 225 A, 600 V, three-phase breaker is required.

Who should consider this model?

• Facilities running 3‑phase 600 V electrical distributions that require a 225 A breaker to protect feeders, motors, or equipment lines.
• Maintenance teams performing upgrades or replacements in legacy panels where exact part matching ensures correct trip characteristics and physical fit.
• Systems upgrading to higher-current protection without changing upstream switchgear, minimizing downtime and associated labor costs.

How to ensure you’re ordering the right piece:

• Always verify fit and ratings against your panel’s specification sheet and labeling before purchasing.
• Use the part number XKL632225 as the primary compatibility reference to match against your equipment catalog or supplier data.

Practical tips for installation and care:

• Store spare units in labeled containers and record the exact panel location for fast future replacements.
• When installing, follow local electrical codes and manufacturer guidelines to ensure proper mounting, terminal torque, and safe operation.