Carving machine suction high-pressure fan

Carving machine suction high-pressure fanAlso known as vacuum pump or air pump. Mainly used for woodworking carving machines. If used in conjunction with a carving machine, it is mainly used for heat dissipation. In addition, the negative pressure generated by it can cause the vacuum table to adsorb the board, thereby playing a fixing role.A blade type fluid machinery that can be used for both gas suction and gas pressure delivery. Its working parts mainly consist of a rotating multi piece impeller and a stationary annular flow channel (i.e., a bright body). Its impeller structure is similar to that of a steam inlet turbine impeller, and there are no vulnerable parts. Therefore, its biggest feature compared to volumetric fans is its simple structure.

1、 Definition of High Pressure Fan

A high-pressure fan is an air pump that generates power based on the principle of centrifugal force, also known as a vortex pump, vortex fan, or air pump; It is commonly referred to as an air ring fan or a side flow fan in foreign countries.

2、 Working principle of high-pressure fan

After the power is turned on, the fan rotates. Due to the groove design of the impeller, it will drive air flow. Therefore, air enters the pump body through the inlet, and the air is stirred inside. Each groove is pressurized in a vortex like manner, circulating one after another, ultimately forming a strong airflow energy, which is discharged from the pump body through the outlet for use.

Carving machine suction high-pressure fanThe precautions before installation mainly include:

(1) A comprehensive and careful inspection should be conducted to ensure that the air pump and other components are intact and undamaged, and that all fasteners, such as bolts, are not loose or detached. And whether there is any friction problem between the impeller and the fan cover. Also, it is about whether the vortex air pump was damaged during transportation.

(2) For the determination of the outlet position of the vortex air pump and the surrounding environment, it is mainly required that there should be no obstacles within 2.5 to 3 meters opposite its outlet to avoid affecting air circulation and equipment heat dissipation.