Analysis of the synergy between the core components of the high-efficiency pneumatic conveying syste

As a key technology for efficient material transfer in modern industry, the synergy between the core component of the rotary feeder and the AC industrial blower directly affects the efficiency of the system. The rotary feeder (also known as the star discharger) realizes the continuous and uniform supply of powdery or granular materials through the elastic rotor and precision sealing structure, and at the same time reduces the gas ejection phenomenon through the equalizing pressure exhaust port to ensure the stable fall of the material. Its anti-jamming device can automatically peel off the impeller winding impurities to avoid equipment jamming, especially suitable for high-precision scenarios such as oil refining and blending, grain processing, etc.

As the power source, the AC industrial blower adopts a single-phase 220V rated voltage design, taking into account the characteristics of miniaturization and high air pressure, and converts mechanical energy into gas kinetic energy through a high-speed rotating impeller, providing a stable air flow for pressure or suction pneumatic conveying. Its low noise and low vibration characteristics benefit from the precisely balanced blade design and aluminum alloy heat dissipation structure, and cooperate with the frequency conversion speed regulation function, which can accurately match the air volume requirements under different working conditions, and is suitable for scenarios with strict requirements for airflow stability such as can conveying and plastic auxiliary machine feeding.