GE TQD32125WL - 125 A, 240 V, 3-Pole Circuit Breaker | AmpState

Meet the GE TQD32125WL—a dependable, 125 A, 240 V, 3‑pole molded case circuit breaker engineered to protect your panelboards and load centers from overcurrent and short circuits. Built for consistent performance in real-world conditions, this breaker helps you keep a safer, more reliable electrical system across residential, commercial, and light industrial applications.

• 125 A, 240 V, 3-pole configuration for robust protection of three‑phase circuits and aligned loads.
• Compact molded case design conserves panel space, enabling cleaner layouts and easier wiring in crowded electrical panels.
• Thermal‑magnetic trip unit delivers stable, repeatable protection by reacting to both overloads and short circuits, reducing nuisance trips and preserving equipment life.
• OEM‑compatible designed to work with matching GE load centers and panelboards for reliable fit, electrical coordination, and straightforward replacements.
• Versatile for multiple environments ideal for homes, small to mid‑size commercial spaces, and light industrial installations where dependable branch‑circuit protection is essential.

The TQD32125WL is purpose‑built to address common electrical challenges: protecting generators of power, guarding costly equipment downstream, and ensuring safe maintenance through predictable trip behavior. Its three‑pole design accommodates 3‑phase distribution needs, while the 125 A rating matches typical branch circuits in panelboards where high current capability is required without compromising protection quality.

Key specifications

• Manufacturer: GE
• Part Number: TQD32125WL
• Type: Thermal‑magnetic molded case circuit breaker
• Amperage Rating: 125 A
• Voltage Rating: 240 V
• Number of Poles: 3
• Application: Branch circuit overcurrent and short‑circuit protection

For electricians and facility managers aiming for reliable protection with a clean panel footprint, the GE TQD32125WL provides clear advantages over generic alternatives. Its combination of a compact profile, repeatable thermal‑magnetic protection, and OEM compatibility translates into faster installations, fewer call‑backs for nuisance trips, and better long‑term performance in the systems you maintain.