Why is the wind power of stainless steel Roots blower low?

Design selection: the wind force of the fan is related to its design parameters. If the model or size of wind turbine not suitable for specific application needs is selected, it may lead to insufficient wind power. When selecting stainless steel roots blower, it is necessary to select appropriate model and size according to specific working conditions and gas characteristics.

Operating conditions: the wind force of the wind turbine is also related to its operating conditions. If the fan operates under conditions such as too high or too low temperature and humidity, the wind performance may be affected. Reasonable operating conditions are very important to ensure the normal operation of the fan and the output of ideal wind power.

System resistance: the fan is installed in the pipeline or system, and the system resistance will affect the working efficiency and wind output of the fan. High resistance will make the fan need more energy to overcome the resistance, thus reducing the wind output.

Fan wear: after the fan operates for a long time, the impeller, bearing and other key components may wear, reducing the performance of the fan, resulting in low wind power.

Power supply problem: whether the power supply of the fan is stable will also affect its working efficiency. Problems such as voltage fluctuation and insufficient power supply may lead to unstable or insufficient wind output of the wind turbine.

Additional losses: In actual use, there may be some additional losses when the fan works, such as pipe elbows, filters, air ducts, etc. These losses will reduce the actual output of wind power.