The electric lock air ash discharge device discharge valve variable frequency high-temperature ash discharge valve is produced according to the drawing size specifications. The star-type ash discharge valve relies on the gravity of the material and the forced action of the feeder's working mechanism to discharge the material from the bin and continuously and evenly feed it into the next device.The star-type ash discharge valve is mainly composed of a motor, reducer, housing, impeller, main shaft, bearings, and left and right end covers. It adopts a high-quality steel plate welded structure, with wear-resistant blades, integrating the transmission device, transmission shaft, and blades into one. Since the bearings and reducer of the star-type ash discharge valve protrude outward, it can prevent dust from squeezing into the bearings and large particles of material from jamming. During operation, the geared motor drives the impeller to rotate via a coupling, evenly conveying the material from the upper part of the housing to the lower part, from the lowerHigh-temperature resistant type: Due to the different temperature rises of material transportation and the discharge port, as temperature affects the expansion of the body and is detrimental to the bearings and oil seal system, our factory has designed a high-temperature resistant external structure ash discharge valve. It separates the operating part from the box part that contacts the material, ensuring the safe operation of the bearings and oil seal system unaffected by temperature changes. This type of product is not only resistant to high

temperatures but also highly effective for transporting and receiving hygroscopic materials and metallic powders. Because such materials are penetrative and can penetrate the oil seal device directly into the bearings, causing operational failure and mechanical damage, the external design ensures it does not come into contact with the material. The high-temperature resistant ash discharge valve can handle material temperatures up to 500°C and uses sprocket connections.

Pressure-resistant type: It adopts a closed rotor and can be widely used in suction, pressure, and negative pressure pneumatic conveying systems. It ensures no leakage of airflow pressure in the conveying pipe, safely transporting and collecting materials. Hence, it is referred to as a universal air lock in this regard. It is not only pressure-resistant but also incorporates the functions of the standard type.

The electric lock air ash discharge device discharge valve variable frequency high-temperature ash discharge valve is produced according to the drawing size specifications.