Eaton CHQ130 - 30 A, 120 V, 1-Pole Circuit Breaker | AmpState

Eaton CHQ130 delivers dependable branch circuit protection in a compact, easy-to-integrate package. Designed for 30A at 120V, this 1-pole molded case circuit breaker guards your panelboards and loadcenters against overcurrent and short-circuit events, helping you keep lights on and equipment safe.

• Space-efficient molded case design minimizes footprint in the panel, freeing space for future circuits and simpler wiring layouts.
• Thermal-magnetic trip unit provides stable, repeatable protection performance, responding quickly to both sustained overloads and short circuits.
• OEM-compatible compatibility is built to integrate with matching loadcenters and panelboards, ensuring a smooth replacement or upgrade path.
• Versatile application ideal for residential, commercial, and light industrial environments where reliable 30A, 120V single-pole protection is needed.

Technical snapshot

• Amperage rating: 30A
• Voltage rating: 120V
• Number of poles: 1
• Type: Thermal-magnetic molded case circuit breaker
• Application: Branch circuit overcurrent and short-circuit protection
• Manufacturer part: CHQ130

Who should consider the CHQ130? electrical professionals upgrading or expanding panelboards and loadcenters, homeowners performing safe circuit protection upgrades, and facilities managers looking for reliable, standardized protection for branch circuits. If you’re replacing an existing unit or planning a panel upgrade, this 1-pole 30A breaker provides consistent performance with compatibility to matching OEM equipment, helping you maintain system reliability without surprises.

Practical tips for use: assess your load distribution to determine whether a single 30A circuit fits your plan, verify your panel’s compatibility with the CHQ series elements, and ensure safe installation practices are followed for all panel components. With its focused 120V, 30A specification and robust thermal-magnetic protection, the CHQ130 is a dependable choice for safeguarding electrical circuits where reliability matters most.