Coppus 12 Inch Blower Fan

Coppus rf12 rf16 blowers rf 12 rf 16 ventilation blowers high performance intrinsically safe air driven reaction fan rugged cast aluminum housing and fan blade make these fans ideal for hazardous locations and demanding ventilation projects.

Coppus 12 inch blower fan.

Is there a difference in air volume on the suction and. The rf design uses action reaction principles compressed air is discharged through nozzles located at the tip of the fan blade providing extremely efficient high volume low maintenance air m. It is made of 18 gauge powder coated steel fixed guide vanes and a glass reinforced polypropylene non sparking fan blade. Coppus introduced the turbo undergrate forced draft blower to the market.

From the suction end of a 12 305 mm fan the air velocity will drop by 90 per cent compared to only a three percent drop on the supply side. Coppus air max 12 blower economical high volume tube axial blower this 12 inch low profile rugged blower delivers up to 1 826 cfm 3 105 m 3 hr for confined space ventilation and fresh air supply. One foot 305 mm away from the suction end of a 12 in 305 mm fan the air velocity will drop by 90 percent compared to only a three percent drop on the supply side. Frequently asked questions coppus common terms.

The coppus air max 12 is an economical high volume tube axial blower designed for ventilation and fresh air supply in confined spaces. Coppus air max 12 blower economical high volume tube axial blower this 12 inch low profile rugged blower delivers up to 2 200 cfm for confined space ventilation and fresh air supply. Coppus reaction fans rf 20 rf 24 fume and dust removal high performance intrinsically safe air driven reaction fan. Frans developed his forced draft blower for the sole purpose of increasing the combustion efficiency of low grade fuels in steam boilers.

An exhauster or blower. Rugged cast aluminum housing and fan blade make these fans ideal for hazardous locations and demanding ventilation projects. However there is a significant difference in the air velocity at a given distance away from the fan.