Eaton RGH316033EC - 1600 A, 600 V, 3-Pole Bolt-On Circuit Breaker | AmpState

The Eaton RGH316033EC is a high-capacity, 3-pole bolt-on molded case circuit breaker engineered for dependable branch circuit overcurrent and short-circuit protection in panelboards and load centers. With a sturdy bolt-on mounting and a thermal-magnetic trip unit, this breaker delivers durable performance in demanding environments—from residential service panels to commercial data rooms and light industrial installations.

• Secure bolt-on mounting: Provides a rigid, vibration-resistant bus connection that stays tight under equipment vibration and electrical noise, reducing the risk of loose contacts over time.
• Thermal-magnetic trip unit: Delivers stable, repeatable protection by combining thermal overload sensing with instantaneous magnetic trip for short circuits, helping prevent damage to downstream wiring and equipment.
• OEM-compatible design: Built to pair with matching Eaton OEM load centers and panelboards, ensuring a cohesive, reliable protection system without compatibility hassles.
• Versatile across settings: Suitable for residential, commercial, and light industrial applications where robust 3-phase protection is required.

Designed to safeguard critical electrical infrastructure, the RGH316033EC supports strong performance where it matters most—reducing downtime and protecting wiring, transformers, and connected loads from overcurrent events. Its molded-case construction and precise thermal-magnetic operation make it a trusted choice for panelboard upgrades, service panel retrofits, or new installations that demand reliable, long-lasting protection in a compact, bolt-on form factor.

• Eaton
• RGH316033EC
• Thermal-magnetic molded case circuit breaker
• 1600 A
• 600 V
• 3
• Bolt-on
• Branch circuit overcurrent and short-circuit protection

For professionals stocking electrical rooms, AmpState offers the Eaton RGH316033EC as a trusted, high-capacity solution that simplifies panel design and provides clear, immediate protection where three-phase circuits demand reliable control.