KA2225K | Circuit Breaker | 225A | 2-Pole | 600V

The KA2225K industrial circuit breaker delivers dependable, high-current protection for demanding control panels. With a 225 A rating, 2-pole design, and a 600 V operating capacity, this device is built to handle the rigors of maintenance, retrofit, and replacement projects in industrial environments. When precise compatibility and reliable protection matter, KA2225K stands out as the clear choice.

Key specifications

• Amperage: 225 A
• Poles: 2-Pole
• Voltage rating: 600 V
• Part number reference: KA2225K
• Important note: Confirm fit and ratings before ordering. The part number KA2225K is the best reference for compatibility.

Why choose the KA2225K for your system

In industrial panels, you need a breaker you can rely on for both routine operation and emergency shutdowns. The KA2225K offers a robust 225 A capacity and a 600 V rating in a compact 2-pole form, enabling safe, synchronized disconnection of connected conductors. This makes it well-suited for mid- to high-voltage distribution layouts and apps where dependable overcurrent protection is essential for protecting wiring, motors, and downstream equipment.

Ideal use cases

• Maintenance and service upgrades in existing control panels that require a matching KA2225K specification.
• Retrofit projects where upgrading to a reliable 600 V, 225 A, 2-pole solution minimizes downtime and preserves system integrity.
• Replacement of aging breakers in industrial infrastructure to restore safe, predictable protection without compatibility guesswork.

Practical guidance for installation and selection

Before purchasing, use the KA2225K as the primary compatibility reference. Verify that the panel’s bus, mounting dimensions, and electrical ratings align with 2-pole, 225 A, 600 V requirements. If you’re updating multiple circuits or harmonizing a partial upgrade, this part number is your best signal for a correct fit and reliable performance.

With KA2225K, you’re choosing a dedicated, certifiable solution for durable overcurrent protection in industrial settings, designed to keep operations safer and more resilient during routine maintenance and unexpected faults alike.