Siemens QFGA2115 - 15A, 1-Pole, Circuit Breaker

Discover dependable single‑pole protection with the Siemens QFGA2115. This 15A circuit breaker is purpose‑built for robust overcurrent protection in panelboards, switchboards, and control panels across industrial, commercial, and OEM environments. When reliability matters, the QFGA2115 delivers consistent, safe operation for everyday electrical distribution.

Key advantages that matter in real-world use

• Precise 15A protection—guards single‑phase circuits against overloads and short circuits, helping to extend equipment life and prevent unexpected downtime.
• 1‑Pole design—compact, straightforward wiring ideal for smaller enclosures and streamlined layouts in distributed control systems.
• Versatile deployment—engineered for integration in panelboards, switchboards, and control panels, making it suitable for a wide range of applications from manufacturing lines to facility infrastructure.
• Industrial, commercial, and OEM ready—a reliable choice for environments where steady protection and safe operation are non‑negotiable, including motor control centers and distribution panels.
• Simplified maintenance and replacement—standardized form and operation reduce service time and downtime during routine inspections or upgrades.

Specifications at a glance

• Current rating: 15A
• Poles: 1‑Pole
• Breaker type: Circuit Breaker

Practical use cases

Ideal for single‑phase circuits in a variety of settings:

• Lighting and receptacle branches in commercial facilities
• Single‑phase feeders for small automation devices in OEM equipment
• Protection for motors and control circuits within motor control centers and distribution panels

Why choose Siemens QFGA2115 for your panel builds

Choosing this breaker means prioritizing predictable trip characteristics, straightforward integration with existing Siemens infrastructure, and dependable protection for critical electrical assets. It’s a practical, no‑nonsense solution when you need reliable single‑pole protection that stands up to real‑world use in demanding environments.