Faz G10A - 10A, 380VAC, Circuit Breaker

Meet Faz G10A, a robust 10A, 380VAC circuit breaker designed to safeguard electrical distribution in demanding environments. Built for dependable overcurrent protection, this device is ideal for panelboards, switchboards, control panels, and OEM equipment where safety and uptime matter.

Why engineers choose the Faz G10A

• Precise protection for critical circuits: With a 10A rating, it targets overload protection for essential loads, helping prevent damage and electrical fires without unnecessary tripping.
• Wide industrial voltage compatibility: Rated up to 380VAC, it fits robust power distribution and motor control setups common in manufacturing, processing, and automation environments.
• Versatile deployment across panels: Designed for panelboards, switchboards, control panels, and OEM equipment, allowing a unified protective solution across multiple applications.
• Rapid isolation for safe maintenance: In fault scenarios, the Faz G10A enables quick disconnect, reducing exposure risk for technicians and minimizing downtime.
• Reliability in demanding contexts: Engineered for industrial, commercial, and OEM use where dependable overcurrent protection and safe operation are critical in distribution panels and motor control centers.

Specifications

• Current rating: 10A
• Voltage rating: 380VAC
• Breaker type: Circuit Breaker

Practical use cases

• Protecting feeders and downstream motors in a motor control center, ensuring quick interruption during overloads.
• Upgrading a panelboard or switchboard in a commercial facility to provide reliable, standardized overcurrent protection.
• Integrating into OEM equipment where a compact, dependable circuit-breaking solution is required for safe operation.

Choosing the Faz G10A means equipping your electrical infrastructure with a purpose-built protection device that prioritizes safety, uptime, and straightforward integration across multiple systems. It’s a practical, technically sound choice for professionals who design, install, and maintain power distribution in high-stakes environments.