Working Principle
The material is evenly spread on the mesh belt, and driven by the motor, the material on the mesh belt runs to the end of the other end and is turned into the lower layer. This reciprocating movement, until the discharge end sends out the drying box, completes the drying process. Under the action of the fan, the hot air in the box transfers heat to the material through the mesh belt. After heating the air to the temperature required for drying, and then contacting the mesh belt material layer to complete the heat transfer process, the air temperature drops and the water content increases, part of the moist air is discharged by the induced draft fan, and the other part is connected to the supplementary normal temperature. After the air is mixed, the second drying cycle is carried out to achieve full utilization of energy. The temperature in the box can be monitored by the thermocouple reaction line, and the air intake volume of the fan can be adjusted in time.Main Specification
Model | Area | Temperature | Fan Power (Adjustable) | Capacity | Power | Heating Method |
WDH1.2×10-3 | 30㎡ | 120-300℃ | 5.5 | 0.5-1.5T/h | 1.1×3 | Dry Hot Air |
WDH1.2×10-5 | 50㎡ | 120-300℃ | 7.5 | 1.2-2.5T/h | 1.1×5 | |
WDH1.8×10-3 | 45㎡ | 120-300℃ | 7.5 | 1-2.5T/h | 1.5×3 | |
WDH1.8×10-5 | 75㎡ | 120-300℃ | 11 | 2-4T/h | 1.5×5 | |
WDH2.25×10-3 | 60㎡ | 120-300℃ | 11 | 3-5T/h | 2.2×3 | |
WDH2.3×10-5 | 100㎡ | 120-300℃ | 15 | 4-8T/h | 2.2×5 | |
The actual output needs to be calculated according to the specific gravity of the material |