HLCG3200 | Circuit Breaker | 200A | 3-Pole | 600V

The HLCG3200 Industrial Circuit Breaker is a purpose-built protection device ready for demanding maintenance, retrofit, and replacement applications. With a 200A rating, a 3-pole configuration, and a 600V rating, this breaker delivers reliable overcurrent protection for complex electrical systems while helping minimize downtime during upgrades or service work.

• Amperage: 200A
• Poles: 3-Pole
• Voltage: 600V
• Part reference: HLCG3200
• Recommended uses: maintenance, retrofit, and replacement projects
• Important note: Confirm fit and ratings before ordering. The part number is the best reference for compatibility.

Why the HLCG3200 stands out

In environments where reliability matters, this 3-pole, 200A breaker provides stable coordination with your distribution equipment and panelboards. Its 600V rating expands its suitability for a wide range of industrial systems, from mid-size facilities to heavy-duty installations. Designed with practical field needs in mind, the HLCG3200 supports straightforward retrofits and replacements, reducing planning time and service interruption.

Ideal use cases

• Updating older switchgear during capacity upgrades or modernization projects
• Replacing failed or obsolete breakers in panelboards and distribution panels
• Spare part for planned maintenance cycles to minimize downtime
• New installations that require a proven 200A, 3-pole, 600V protection solution

How to ensure a perfect fit

Before purchasing, verify that the HLCG3200 matches your equipment’s specs. Use the part number as your primary reference for compatibility, and cross-check the amperage, pole configuration, and voltage rating with your panel or switchgear documentation. If you’re upgrading from a different configuration, ensure the mounting, interlock, and electrical connection requirements align with your existing setup.

Practical guidance for installation and lifecycle

• Consult manufacturer installation guidelines for torque specifications on terminations and connections.
• Plan for appropriate short-circuit and fault-clearing requirements to maintain system safety and uptime.
• Keep a well-labeled spare on hand within the maintenance program to reduce downtime during replacements.