The relationship between the impeller and the operation of the anti-corrosion centrifugal fan: the motor and the impeller are inseparable for the operation of the anti-corrosion centrifugal fan. The impeller can be ventilated, and the motor can give the impeller a force. The impeller of the anticorrosive centrifugal fan is basically treated with anticorrosion, so when some corrosive medium passes through, the electrical energy of the corrosive gas will not be converted into air pressure energy. In the task of anti-corrosion fan, when the impeller rotates, the gas enters the axial flow impeller from the inlet, pushes the natural aerodynamic force to enlarge the impeller blades, and then flows into the guide impeller. The guide vane is off-axis and the gas enters the expander.
The size of the anti-corrosion centrifugal fan impeller affects work efficiency: in fact, it is easy to understand that this so-called anti-corrosion centrifugal fan is just another form of the fan. The reason why the power can be increased so much is largely due to the impeller of this fan. The so-called impeller is the fan blade we usually see in a fan. However, many people believe that the efficiency of the fan increases because it is faster. The increase in fan efficiency is directly related to the fan speed during normal operation. But the impeller may be a more energy-saving measure, which can ensure the same electric energy usage while improving efficiency.
The impeller can improve the working efficiency of the anticorrosive centrifugal fan. There are two advantages, one is the diameter of the impeller, and the other is the inclination of the impeller. If the diameter of the impeller is relatively large, that is to say, the model of the anticorrosive centrifugal fan is large enough. Then the power will be effectively increased, which is why the larger the power, the larger the size of the fan. There is also the degree of inclination of the anticorrosive centrifugal fan impeller.
If the inclination angle is relatively small, the power will be relatively small. Conversely, the greater the inclination angle, the higher the power of the anti-corrosion centrifugal fan. But this is also within a certain range, because after all, there is no way to tilt the impeller to 90 degrees. At most acute angles. If not, the anticorrosive centrifugal fan will have an impact on the life of the impeller. Relatively short. Therefore, if you want to improve the efficiency of the anticorrosive centrifugal fan under the same current, you can only increase the fan impeller. Only in this way can work efficiency be improved.
