Square D QDP22200TM - 200A, 2-Pole, Circuit Breaker

Introducing the Square D QDP22200TM 200A, 2-Pole Circuit Breaker — engineered for dependable overcurrent protection in demanding electrical systems. This heavy-duty breaker delivers robust performance where safety and uptime matter most, from industrial panelboards to commercial switchgear and OEM control assemblies.

Key specs at a glance

• Current rating: 200A
• Poles: 2-Pole
• Breaker type: Circuit Breaker

The two-pole design ensures both hot legs trip together, preventing dangerous arc faults and unbalanced loads. That means safer operation for critical equipment and easier compliance with protective-relay and panel labeling requirements in distribution systems.

Where it shines

• Panelboards, switchboards, and control panels that require reliable two-pole protection for large feeders
• Motor control centers and OEM assemblies that protect heavy-duty circuits feeding motors and drives
• Industrial and commercial installations where space-saving, plug-in or bolt-on breaker configurations are needed

Built for the realities of harsh environments, the QDP22200TM balances sturdy construction with straightforward serviceability. Its design supports quick replacement in field installations, helping minimize downtime during maintenance or reconfiguration.

Why choose this Square D breaker?

• Proven two-pole protection for simultaneous-trip on both conductors, improving safety and fault clearing time
• Compatibility with Square D distribution equipment and standard panelboard footprints designed to accept QDP-style breakers
• Clear, actionable protection for feeders powering large motors, HVAC equipment, conveyors, and other high-demand loads

Ideal for: facility engineers, electrical contractors, and OEM integrators who need dependable, heavy-duty protection that reduces nuisance trips and supports long service life in distribution panels and motor control centers.

Practical tips: verify the breaker’s fitment with your existing panel or switchboard, ensure you’re matching the correct pole configuration, and follow torque specs in the installation manual to secure low-resistance terminations. Always label circuits clearly and perform a post-installation test to confirm proper tripping under fault conditions.