The vibrating screen is driven by a vibrating motor or a common (explosion-proof) motor as a source of excitation, and the force of the motor is transmitted to the screen surface according to the principle of imbalance. And the decomposition is synthesized to make the material move in three dimensions on the sieve surface. The trajectory of the material on the screen surface is changed by adjusting the eccentric blocks at the upper and lower ends, so that the screening achieves the best effect. Structure principle : Other Composite Materials Cutting Other Composite Materials Cutting,Cotton Cloth Cut Machine,Digital Cutting Machine,Composite Material Cutting Machine Jinan Zhuoxing Intelligent Technology Co., Ltd. , https://www.zhuoxingcutting.com
According to the vibration body design of the vibrating screen, it is divided into:
A, XZS standard type vibrating screen: suitable for screening various dry and wet materials.
B, GXZS high-efficiency vibrating screen: The powerful type vibrating screen is 2-4 times of the vibration acceleration of the standard type vibrating screen. In the process of screening materials, the output can ensure 2-4 times of the same model.
C, CPS ultrasonic type vibrating screen: The sound wave generated by the ultrasonic generator is converted into vibration wave by the transducer, which acts on the screen and is suitable for screening of difficult-to-screen materials of 200-500 mesh.
The screening of the vibrating screen is realized by the exciting force generated by the eccentric block at both ends of the vibrating body. The movement of the upper eccentric block is used to shake the machine to spread the material outward from the center on the mesh surface; the lower eccentric block makes the net The material on the surface produces vertical vibration, and the vibration synthesis of the upper and lower eccentric blocks causes the material to produce a special three-dimensional motion on the mesh surface. The change of the phase angle of the upper and lower eccentric blocks can change the vibration properties, according to the specific gravity, dryness and humidity of the material. Adjust the phase angle of the partial block and the breeding ratio to achieve accurate classification and maximum output, and achieve satisfactory screening and filtering effects.
Structural features and advantages:
A. The ordinary motor standing on the side of the machine base drives the V-type car through the movement of the V-belt. The V-type car and the vibrating body are connected by a drive spring or a drive belt. This effect is uniform and the material can be The mesh surface is very evenly dispersed.
B. According to different materials and different types of machines, the required vibration frequency needs to be adjusted to achieve the best screening effect. This structure can be easily realized.
C. The moving speed of the material and the radius of the material's trajectory can be adjusted to achieve the best resolution and maximum yield of different materials.
D. The vibrating body adopts professional casting technology to make the vibrating body have a longer service life, thereby improving the performance of the equipment. The vibrating body adopts a special vibration bearing, so that the vibration effect is superior to similar products.
E. Screen setting According to the different mesh size and the customer's convenient use requirements, different devices are designed to meet the demand.
F. The direction of the material discharge port can be arbitrarily changed along the circumference, fully enclosed, and the layers can be randomly combined according to requirements, up to four layers.
Grid structure design (for vibrating screen series and swing screen series)
Type A, quick change net method: It is convenient to replace the screen and assemble for about 3-5 minutes.
B type, external type net structure (patented technology): The net has high tension and long service life, which is 3-5 times of other net structure of similar equipment.
C-type, viscose structure: A and B glue bonding, high mesh tension, suitable for special requirements.
Cleaning device:
A, spherical, cylindrical tray: suitable for anti-clogging equipment requiring rubber spherical structure, cylinders with different materials, can be selected according to the requirements of different industries, suitable for cleaning nets with fiber materials, etc. The sphere is used at the same time.
B. Rolling brush cleaning net: Brush with different materials is used to clean the agglomerated and sticky materials.
C. Ultrasonic cleaning network: Ultrasonic generator and transducer are used to convert sound waves into shock waves, which are applied to the screen to clean 200-500 mesh ultra-fine and difficult-to-screen materials.