Features of the characteristics of our fans

VVD No. 7 of our production produces 11-12 kPa of pressure / rarefaction

The designed VVD No. 10 develops pressure up to 30 kPa

Some models of developed fans reach performance up to 10 cubic meters per second.

Chart 1 shows the flow-pressure characteristics of the manufactured fans. For example, graph "No. 5" is the flow-pressure characteristic of a fan whose impeller is 500 mm in diameter, other graphs have similar designations.

As can be seen in the graphs, our fans have an important feature: when working in the area of low productivity, the fan does not lose pressure, like general industrial fans, but on the contrary - the PRESSURE GROWS! Figure 2 shows the flow-pressure characteristics of the designed fans No. 8 and No. 10 (diameters of the impellers 800mm and 1000mm, respectively) under the condition that the electric motor has a rotor rotation frequency of 3000 rpm.

You can also note some positive features of our fans: VVD No. 7 of our production produces 11-12 kPa of pressure / rarefaction The designed VVD No. 10 develops pressure up to 30 kPa Some models of developed fans reach performance up to 10 cubic meters per second.

Fan characteristics

Features of the characteristics of our fans

Chart 1 shows the flow-pressure characteristics of the manufactured fans. For example, graph "No. 5" is the flow-pressure characteristic of a fan whose impeller is 500 mm in diameter, other graphs have similar designations.

You can also note some positive features of our fans: VVD No. 7 of our production produces 11-12 kPa of pressure / rarefaction The designed VVD No. 10 develops pressure up to 30 kPa Some models of developed fans reach performance up to 10 cubic meters per second.