Rotary Vacuum Dryer

Rotary Vacuum Dryer

The rotary vacuum dryer consists of a drying chamber with vacuum heat exchange and heat dissipation, a bracket, a vacuum unit, a heating device, and a driving device. The drying chamber for vacuum heat exchange and heat dissipation is installed on the bracket On the top, the drive assembly is installed on a bracket, and the heat conduction inlet of the vacuum heat exchange and heat dissipation drying chamber is connected to the heating device, while the heat conduction outlet is connected to the vacuum unit; The driving device is used to drive the rotary motion of the drying chamber for vacuum heat exchange and heat dissipation: the thermal energy of the heat conduction dry mass is communicated through the heat pipe type heat exchange heat dissipation of the drying chamber, and the inner wall and heat dissipation vertical pipe of the heat exchange device are used for heat dissipation, increasing the heat dissipation area by 10-60 times, improving the heat conduction and heat dissipation speed, and increasing the total heat transfer amount of the drying; The heat dissipation riser has a stirring function, which prevents wet materials from forming clumps, reduces drying dead corners, improves drying efficiency, and optimizes drying effect. It is green, energy-saving, and environmentally friendly.
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Description

Technical Parameters

Introduction

The drying process flow of the rotary vacuum dryer:
1. The heated thermal working fluid of the heating device enters the vacuum heat exchange and heat dissipation drying chamber through the thermal inlet
The thermal energy of the thermal conductive working fluid is transmitted through the inner wall of the heat pipe type heat exchange device and the heat dissipation riser of the drying chamber through vacuum heat exchange and heat dissipation
Row heat dissipation.
2. After the wet materials enter the interior of the vacuum heat exchange and heat dissipation drying chamber through the inlet and outlet valves of the vacuum heat exchange and heat dissipation drying chamber, close the inlet and outlet valves
3. After the heat dissipation, the heat conduction working fluid is discharged from the vacuum heat exchange drying chamber through the heat conduction outlet, and then enters the heating device again for heating. The heat conduction working fluid circulates back and forth for heat conduction, heat dissipation, and heat conduction heating.
4. The thermal conductive working fluid described is water.
5. Start the vacuum unit and extract the gas from the drying chamber for vacuum heat exchange and heat dissipation. The preferred air pressure inside the drying chamber for vacuum heat exchange and heat dissipation is -0.096Mpa.
6. Activate the driving device, which drives the rotary motion of the vacuum heat exchange and heat dissipation drying chamber.
7. During the rotation process of the vacuum heat exchange and heat dissipation drying silo, the heat dissipation riser can stir wet materials, prevent the agglomeration of wet materials, and reduce the drying dead angle of materials.
8. The materials in the vacuum heat exchange and heat dissipation drying chamber are dried and heated, resulting in moisture that is pumped out of the drying chamber through the vacuum unit through the air extraction port.
9. The dried materials are discharged through the inlet and outlet valves outside the drying chamber for vacuum heat exchange and heat dissipation

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