FAZ-C6/1

The Moeller FAZ-C6/1 is a highly reliable miniature circuit breaker designed to provide overcurrent protection in industrial and advanced commercial applications. This compact, single-pole device is engineered to safeguard electrical circuits against damage caused by excess current from overloads or short circuits. With a tripping characteristic of type C, it is suitable for installations with a moderate level of inrush current, such as small transformers, lighting, and typical residential or commercial circuits.

Rated at 6 A with a voltage rating of 240/415 V AC, the FAZ-C6/1 offers a substantial rated short-circuit breaking capacity of 15 kA according to IEC/EN 60947-2 standards, ensuring robust performance and safety. The circuit breaker's current limiting class 3 designation indicates its effectiveness in limiting the let-through energy in the event of a fault, which helps to minimise potential damage to downstream components.

The FAZ-C6/1 is designed for convenience and ease of use, featuring a standard front dimension of 45 mm and an enclosure height of 80 mm. Its 17.5 mm mounting width per pole allows for efficient use of space within distribution boards. The device can be easily installed on an IEC/EN 60715 top-hat rail, and its twin-purpose terminals accommodate a range of conductor sizes, ensuring a secure and reliable connection.

With an operational temperature range of -25 to 75 °C, the FAZ-C6/1 is adaptable to various working environments. Its IP20 degree of protection ensures safety against finger contact with live parts, and when fitted properly, it can achieve an IP40 rating for additional protection against small objects.

The Moeller FAZ-C6/1 is a testament to precision engineering, offering dependable circuit protection with a focus on quality and performance. Its robust construction and compliance with international standards make it a preferred choice for electrical protection in a wide array of applications.

• Protection of electrical circuits in industrial applications
• Overcurrent protection in advanced commercial electrical systems
• Use in distribution boards for circuit management
• Integration into control panels for machinery and automation systems
• Safeguarding lighting circuits from overload and short-circuit conditions
• Installation in residential and commercial buildings for circuit protection
• Utilised in HVAC systems to prevent electrical faults
• Employed in data centres to protect critical IT infrastructure
• Implementation in renewable energy systems for circuit safety
• Use in modular switchgear assemblies for easy maintenance and upgrade