Overview:PrincipleThe material enters the machine from the feed port. Under the action of the vibration force, the material is thrown in a horizontal direction and moves forward continuously. After the hot air passes through the fluidized bed and exchanges hea…
Principle
The material enters the machine from the feed port. Under the action of the vibration force, the material is thrown in a horizontal direction and moves forward continuously. After the hot air passes through the fluidized bed and exchanges heat with the wet material, the wet air is discharged by the cyclone separator after dust removal The outlet is discharged, and the dry material is discharged from the discharge port.
Features
● The vibration source is driven by a vibrating motor, which has stable operation, convenient maintenance, low noise, long life, and convenient maintenance.
● High thermal efficiency, which can save energy by more than 30% compared with general drying devices. The temperature distribution of the bed is uniform, no local overheating, uniform fluidization, and no dead ends.
● Good adjustability, wide adaptability. The thickness of the material layer and the moving speed in the machine and the full amplitude can be changed evenly to achieve stepless adjustment.
● It has little damage to the surface of the material and can be used for drying fragile materials; when the material particles are irregular, it will not affect the work effect.
● The fully enclosed structure effectively prevents the air fork between the material and the air from being infected and the working environment is clean.
● When used for mass production of high-moisture materials, multiple units can be connected in series to meet user requirements (typical materials: such as polyacrylamide, etc.).
Technical specifications
Model
|
Fluidized bed area m2
|
Inlet air temperature ℃
|
Outlet temperature ℃
|
Water evaporation capacity Kg/h
|
Vibration motor
|
|
Model
|
Power KW
|
|||||
ZLG3×0.30
|
0.9
|
70~140
|
40~70
|
20~35
|
YZS8-6
|
0.75×2
|
ZLG4.5×0.30
|
1.35
|
35~50
|
YZS10-6
|
0.75×2
|
||
ZLG4.5×0.45
|
2.025
|
50~70
|
YZS15-6
|
1.1×2
|
||
ZLG4.5×0.60
|
2.7
|
70~90
|
YZS15-6
|
1.1×2
|
||
ZLG6×0.45
|
2.7
|
80~100
|
YZS15-6
|
1.1×2
|
||
ZLG6×0.60
|
3.6
|
100~130
|
YZS20-6
|
1.5×2
|
||
ZLG6×0.75
|
4.5
|
120~170
|
YZS20-6
|
1.5×2
|
||
ZLG6×0.9
|
5.4
|
140~170
|
YZS30-6
|
2.2×2
|
||
ZLG7.5×0.6
|
4.5
|
130~150
|
YZS30-6
|
2.2×2
|
||
ZLG7.5×0.75
|
5.625
|
150~180
|
YZS40-6
|
3.0×2
|
||
ZLG7.5×0.9
|
6.75
|
160~210
|
YZS40-6
|
3.0×2
|
||
ZLG7.5×1.2
|
9.0
|
200~280
|
YZS50-6
|
3.7×2
|
||
ZLG7.5×1.5
|
11.25
|
230~330
|
YZS50-6
|
3.7×2
|
||
ZLG8×1.8
|
14.4
|
290~420
|
YZS75-6
|
5.5×2
|
Note: Some parameters are adjusted according to different materials during the design, and the design shall prevail.
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