Energy Saving Cassava Tapioca Chips Drying Machine

The energy saving cassava chip drying machine uses an "intelligent" fully automatic unmanned design, it can reduces unnecessary waste of manpower and financial resources, and at the same time controls some data more accurately, and can better adapt to the requirements of various crop drying parameters. 

The compressor compresses the air to generate heat energy, and the circulation fan circulates the heat energy continuously in the drying room, so that the temperature of the drying room rises, and the moisture in the material is continuously discharged to achieve the purpose of drying the material.

Cassava Chips Drying Machine Advantages

1. High efficiency and energy saving: Absorb a large amount of heat in the air and input it into the box.

2. Easy installation: easy installation and demolition, small footprint, can be installed indoors or outdoors.

3. Green and pollution-free: without any combustion and emissions, it is an environmentally friendly product with sustainable development.

4. Safe and reliable operation: no flammable, explosive, poisoning, short circuit and other dangers, it is a safe and reliable fully enclosed drying system.

Cassava Drying Machine Features

Control System

PLC intelligent control panel, 10 different stages of temperature and humidity control and schedule, fault code display function, easy to find.

Heat recovery

The system can have a built-in heat recovery device to achieve 2 waste heat recovery to achieve dehumidification without cooling.

Compressor

Copeland compressor has a built-in pressure relief valve in the body, which can automatically relieve the pressure to the low pressure end when the high pressure is too high.

Evaporator

The hydrophilic film aluminum foil used will not produce oxidation and detachment even after long-term use of the hydrophilic layer

Situation, water skiing performance is good, reducing wind resistance.

Electronic expansion valve

Very good control system, developed a special electronic expansion valve control method, using digital technology to control the working fluid to achieve a good flow rate effect, thereby increasing the COP value.