YJD-HX star shaped unloader

YJD-HX star shaped unloader is a commonly used unloader, also known as star shaped ash discharge valve, usually used in working environments below 300 ℃, also known as star shaped ash discharge valve or discharge valve.

The YJD-HX star shaped unloader adopts metal raw materials and external structure, which can quantitatively and continuously transport powdered and granular materials. It has been widely used in environmental protection work in metallurgy, chemical industry, grain, food and other industries, with good conveying effect and long product life.

The YJD-HX star shaped unloader, like other ordinary models of star shaped unloaders, consists of a rotor impeller with several blades, a housing, seals, a reducer, an electric motor, etc. After starting work, when the material in the upper silo falls by its own weight and fills the gaps between the blades, it is discharged from the upper part as the blades rotate. Therefore, the star shaped ash discharge valve can discharge material quantitatively and continuously, with a large amount of ash discharge per unit time and high work efficiency, which is popular among users.

Common faults of YCD-HX star shaped unloader:

1. During transportation and installation, the star shaped unloader should be kept stable, avoid collisions, and prevent shell fracture and deformation.

2. Before leaving the factory, the reducer of this machine has been filled with lubricating oil No. 0 grease, and the ash discharge valve has been filled with lithium based grease. Within 6-10 months after being put into use, the transmission and bearing components should be replenished or replaced with grease. If the ambient temperature is high, humid, or there is too much dust in the air, the oil change time should be appropriately shortened.

3. During use, if the equipment experiences axial air or dust leakage, simply press the material cover.

4. During operation, it is recommended that users promptly check and install overload protection devices to avoid equipment overload caused by large material particles and strong adhesion, or equipment jamming or motor short circuit caused by foreign objects in the dust collector.