GE TQD32225 - 225A, 3-Pole, Circuit Breaker

Meet the GE TQD32225, a 225A, 3-pole circuit breaker crafted for dependable, three-phase protection in demanding electrical environments. Designed to fit panelboards, switchboards, and control panels, it delivers reliable overcurrent protection across industrial, commercial, and OEM applications where uptime and safety matter most.

What makes this 3-pole breaker essential

• Three-pole protection ensures all phases trip together in an overcurrent event, providing coordinated shutoff for balanced three-phase systems.
• 225A current rating supports heavy-duty loads and motor circuits, helping to safeguard distribution feeders and critical equipment without unnecessary interruptions.
• Versatile integration with panelboards, switchboards, and control panels, offering flexible deployment across a variety of installation footprints.
• Durable, purpose-built design from GE, built to withstand the rigors of industrial and commercial environments where consistent performance is non-negotiable.

Key specifications

• Current rating: 225 A
• Poles: 3-Pole
• Breaker type: Circuit Breaker

Ideal applications

• Industrial distribution panels and motor control centers requiring robust three-phase protection
• Commercial electrical panels where reliable overcurrent protection is critical
• OEM equipment assemblies that demand swap-in readiness and dependable operation

Why it matters

In three-phase systems, coordinated tripping across all lines minimizes equipment damage and reduces downtime during faults. The GE TQD32225 delivers that essential protection at a high current level, making it a smart choice for applications where heavy loads and complex circuitry demand a trusted, four-wall-protected solution.

Practical tips for use

• Match the 225A rating to the expected load profile and motor starting currents to ensure protective enablement without nuisance tripping.
• Verify compatibility with your existing panelboards, switchboards, or control panel enclosures for straightforward installation and maintenance.
• Use as part of a coordinated protection scheme in three-phase distribution networks to safeguard downstream equipment and reduce downtime.