Eaton Jge3150Fagc - 150 A, 600 V, 3-Pole Circuit Breaker | AmpState

The Eaton JGE3150FAGC is a 150 A, 600 V, 3-pole molded-case circuit breaker engineered to safeguard branch circuits in panelboards and load centers. Built for dependable protection in three-phase distributions, it combines compact design with precise trip performance to keep electrical systems stable and accessible.

• Space‑efficient molded-case design: Slim profile that maximizes panel space while delivering robust protection for multi‑circuit installations.
• Thermal-magnetic trip unit: Delivers stable, repeatable protection by sensing both overloads (thermal) and short circuits (magnetic) for fast, decisive interruption.
• OEM‑compatible integration: Designed to pair with matching Eaton OEM loadcenters and panelboards for reliable, streamlined installations.
• 3-pole configuration for 3‑phase systems: Specifically suited to protect three‑phase branch circuits common in commercial and light industrial environments.
• Versatile application range: Ideal for residential, commercial, and light industrial electrical distributions where dependable overcurrent and short‑circuit protection is essential.

Technical snapshot

• Amperage rating: 150 A
• Voltage rating: 600 V
• Poles: 3
• Type: Thermal-magnetic molded case circuit breaker
• Manufacturer/Part Number: Eaton JGE3150FAGC

Use cases and practical applications

• Upgrading or replacing a failing breaker in an Eaton panelboard or loadcenter to restore reliable protection for three-phase equipment.
• Implementing in three‑phase commercial spaces or light industrial facilities where space efficiency and robust short‑circuit protection matter.
• Installing in new or retrofit projects that require a compact, dependable 3-pole protective device capable of handling up to 150 A per circuit.

Choosing the Eaton JGE3150FAGC means prioritizing consistent protection for your critical electrical loads without sacrificing panel real estate. Its combination of a space‑savvy molded case, a thermal‑magnetic trip mechanism, and OEM‑level compatibility translates into predictable performance, easier serviceability, and a smoother pathway from installation to reliable operation in everyday electrical environments.