Powerful vacuum cleaner, high-pressure fan, vortex fan

Powerful vacuum cleaner, high-pressure fan, vortex fan

Characteristics of high-pressure vortex air pump ：

1. Save electricity, reduce energy consumption, save production costs, and achieve a power saving rate of over 20%.
2. Improve the power factor of the power grid, save on on-site compensation devices, and significantly increase the power factor of the power grid.

3. Smooth start, eliminating high current surges during startup, and limiting the motor current to within 120% of its rated current during startup.
4. Reduce the wear of motor bearings and other moving parts, and extend their service life.

5. It has * protection and self-protection functions to ensure the safe operation of the equipment.

6. Decrease in equipment failure rate, improve reliability, reduce spare parts consumption, and lower maintenance costs

Construction:

Shell: Adopting a multi wing aluminum alloy heat dissipation shell with good heat dissipation, it can quickly dissipate heat to enhance the efficiency of motor operation. The high-pressure fan body and motor shell are separately cast;
Motor:TEFC IP54F insulated motor. (According to European CE specifications);
Bearing: The impeller and shaft of the fan are designed with a sealed dust-proof feature to prevent dust from entering and extend their service life;
Impeller: A specially designed impeller with reduced gap range between the impeller and the body, which can prevent dust blockage during operation. Unlike other similar products with large corners and gaps, which can easily cause blockage and lead to high-pressure fan failure.

Powerful vacuum cleaner, high-pressure fan, vortex fan

Characteristics of the external structure of high-pressure vortex air pump:

1. The fan material adopts ADC12 die cast aluminum, with high dimensional accuracy of castings, generally equivalent to 6-7 levels, and even up to 4 levels; Good surface smoothness, generally equivalent to grades 5-8; High strength and hardness, with strength generally increased by 25-30% compared to sand casting, but elongation reduced by about 70%; Stable size and good interchangeability; Aluminum thin-walled complex castings that can be die cast. For example, the current zinc alloy die-casting aluminum parts can achieve a minimum wall thickness of 0.3mm; aluminum alloy castings can reach 0.5mm; the minimum casting aperture is 0.7mm; and the minimum pitch is 0.75mm.

2. Special blade design is adopted to design the external characteristics of the equipment, mainly because this design method can increase the pressure of the equipment, increase the air volume of the equipment, effectively reduce the noise during equipment operation, and extend the service life of the equipment.