The Systemair 163180 is a genuine FDR-3G series round fire damper, specifically the FDR-3G-315-H2 model, designed for ventilation systems. It features a 315mm diameter and is constructed from durable galvanized steel. This fire damper provides high fire resistance, rated up to EI 120, making it suitable for installation in solid walls, light walls, and floor structures. It is equipped with an H2 spring return actuator for reliable operation.
Systemair is a leading global company in the ventilation and air conditioning industry, known for its innovative and energy-efficient solutions. Founded in 1974 in Skinnskatteberg, Sweden, by Gerald Engström, the company quickly grew from a small fan manufacturer into an international group. Systemair's headquarters remain in Skinnskatteberg, and it operates globally with a strong focus on sustainable product development.
The brand's product range includes fans, air handling units, air distribution products, chillers, and heating products. Systemair is recognized for its comprehensive ventilation systems, which are designed to improve indoor air quality and energy efficiency in various applications, from commercial buildings to industrial facilities. Its commitment to research and development has led to advanced technologies in motor efficiency and control systems, ensuring optimal performance and reduced environmental impact.
While primarily focused on HVAC, Systemair components like specialized filters are crucial for maintaining clean air in cabins of agricultural machinery and other enclosed spaces. At Partao, you can find a selection of Systemair products, with top categories including Other Filters. Over 22 genuine Systemair spare parts are available at Partao.
Operators of heavy machinery and agricultural equipment benefit from Systemair's expertise in air filtration and climate control. The brand's products contribute to a healthier and more comfortable working environment, which is vital during long hours in the field. Its focus on robust and reliable components ensures that these systems perform effectively even in dusty and demanding conditions.