HKA2200W | Circuit Breaker | 200A | 2-Pole | 240V

The HKA2200W is a rugged industrial circuit breaker engineered to protect 240V electrical systems with steadfast reliability. Perfect for maintenance, retrofit, and replacement projects, this 200A, 2-pole unit ensures dependable interruption of fault currents to safeguard equipment and personnel.

Key Specifications

• Amperage: 200A
• Poles: 2-Pole
• Voltage: 240V
• Part number reference: HKA2200W

Why this matters

• 2-pole design guarantees simultaneous disconnection of both hot conductors, enhancing safety and reducing arc potential during faults.
• 200A rating supports high-demand feeders and critical loads common in industrial settings, providing robust overcurrent protection.
• Specifically suited for scenarios where exact matching of specs is essential—retrofits, replacements, and panel maintenance where the HKA2200W is the best compatibility reference.

Use cases

• Replacing worn or aging breakers in commercial or industrial electrical panels.
• Retrofit projects where a 240V, 2-pole 200A protection device is required to match existing infrastructure.
• Maintenance and upgrades of feeders that demand reliable, code-aligned overcurrent protection.

Fitment and ordering tips

Important: Confirm fit and ratings before ordering. The part number (HKA2200W) is the most reliable reference for compatibility with your panel and system. When substituting into an existing setup, ensure the panel’s bus configuration and labeling align with a 2-pole, 240V device of this rating.

Who this is ideal for

• Electrical contractors performing panel replacements or upgrades in factories, warehouses, and large facilities.
• Maintenance teams responsible for keeping industrial circuits protected and compliant.
• Facilities engineers planning retrofits that require precise matching of 200A, 240V, 2-pole protection devices.

With its precise specifications and clear compatibility reference, the HKA2200W delivers focused, dependable protection where it matters most—keeping systems running smoothly and safely, even under demanding workloads.