GE TEB132090WL - 90 A, 240 V, 3-Pole Circuit Breaker | AmpState

GE TEB132090WL is a 90 A, 240 V, 3-pole molded case circuit breaker designed for dependable branch circuit overcurrent and short-circuit protection in panelboards and load centers.

Key to reliable power distribution, this breaker combines compact construction with a thermal-magnetic trip unit. The result is stable, repeatable protection that quickly responds to overloads and short circuits, helping safeguard wiring and connected equipment in everyday commercial, residential, and light industrial environments.

• Compact molded-case design for efficient use of panel space and easier installation in tight load centers.
• Thermal-magnetic trip unit delivers dependable protection by coordinating thermal overload protection with an instantaneous magnetic trip for fast fault clearance.
• Three-pole configuration ideal for three-phase systems, supporting modern commercial and light industrial panelboards.
• 90 A, 240 V rating aligns with standard branch circuits and equipment feeders, providing robust protection for a wide range of applications.
• OEM-compatible design engineered for seamless compatibility with matching GE OEM panelboards and other compatible load centers, ensuring proper fit and electrical characteristics.
• Versatile applications suitable for residential, commercial, and light industrial use where reliable overcurrent protection is essential.

Practical scenarios include upgrading a panelboard to accommodate additional loads, protecting motor-driven equipment in small industrial setups, or replacing a like-for-like breaker to minimize downtime. The GE TEB132090WL model (Part Number: TEB132090WL) delivers consistent performance you can trust when protecting distribution circuits in panels designed to accept molded case breakers.

Designed for installers who value space efficiency, compatibility, and predictable protection, this 3-pole 90 A breaker helps you maintain safe, compliant electrical systems without sacrificing panel layout or future expandability.