Siemens Q230GFN - 30A, 2-Pole, GFCI Ground-Fault Circuit Breaker

Siemens Q230GFN — 30A, 2-Pole, GFCI Ground-Fault Circuit Breaker — delivers precise ground-fault protection and reliable overcurrent interruption for demanding panel installations. Engineered for industrial, commercial, and OEM environments, this unit provides dependable safety and uptime in distribution panels and motor control centers.

What sets this GFCI breaker apart

• Two-pole design for 240V circuits: Simultaneously disconnects both conductors, ensuring balanced protection and reducing shock risk.
• 30A current rating: Protects downstream equipment while accommodating common motor, pump, and control circuit loads found in panelboards and switchboards.
• GFCI ground-fault protection: Continuously monitors current balance between hot conductors and neutral to detect fault conditions and trip quickly, protecting personnel and equipment.
• Versatile installation in essential enclosures: Ideal for panelboards, switchboards, and control panels across industrial, commercial, and OEM applications.
• Built for demanding environments: Designed to support safe operation in distribution panels and motor control centers where protection and reliability matter.

Use cases and practical applications

This 30A, 2-Pole GFCI breaker is well-suited for:

• Industrial control panels governing motors, conveyors, pumps, and HVAC equipment
• Commercial electrical rooms requiring robust ground-fault protection
• OEM assemblies needing reliable, code-ready protection in modular panel solutions

Why choose Siemens Q230GFN over generic breakers

With Siemens engineering, you get consistent trip characteristics and dependable performance in panelboards and motor control centers. The Q230GFN is purpose-built to provide coordinated ground-fault and overcurrent protection, helping you minimize nuisance trips while maintaining safety and continuity of service.

Specifications

• Current rating: 30 A
• Poles: 2-Pole
• Breaker type: GFCI Ground-Fault Circuit Breaker

Always install in accordance with local electrical codes and manufacturer guidelines. Ensure compatibility with your enclosure and bus arrangement when upgrading or substituting breakers.