Brown Sugar Dryer

Brown sugar dryer machine:
        Our brown sugar drying machine is using inverse cano principle, absorbing heat air and transferring them to the drying chamber to realize the increase of temperature in the dryer. Our brown sugar dryer is composed of compressor, heat exchanger, flow controller and heat absorber, and these devices form a cycling system (main drying device and drying chamber). Under the action of compressor, the refrigerant will be flowing circulating in this system. It will finish the process of pressure rising and temperature rising in the compressor (temperature can be up to 95℃), then release high temperature source to heat the air in the chamber, and at the same time, it will be cooled and translated into liquid. When it runs out the brown sugar drying machine, the liqud will aborb hot air quickly and be tanslated to gas again. At the same time, the temperature will be dropped to -20~-30℃, and the heat absorber will transfer the heat source to refrigerant. And the refrigerant tranport the heating source from the air to drying chamber constantly and circularly to heat the air temperature in the chamber.
        Like the air-conditioner and heat pump units, when the brown sugar drying machine is working, it will absorb the energy QA from low temperature medium in the evaporator. Itself will consume some energy which is compressor consumption energy QB. It will release heat QC in the condenser through medium circulation system. QC=QA+QB. Then the brown sugar dryer working efficiency is (QB+QC)/QB. While, the heating efficiency of other heating device will be less than 1, so the heating efficiency of our high temperature brown sugar drying equipoment is higher than other heating equipment. It can be seen that using our brown sugar drying machine can save energy, also can reduce the discharging of emission of CO2 and other pollutants, to achieve the effect of energy conservation and emission reduction.

Features:
        1. Automatic PLC controlling system.
        2. High controlling precision of temperature and humidity.
        3. Low energy consumption, and low operation cost.
        4. Safe, no overheating or burning dangerous when drying process.
        5. Draining moisture evenly.
        6. Widely application and not affected by weather.
        7. Long lifetime and low maintenance cost.
        8. Environmental protection.