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| Unlike traditional circular vibrating screens, it uses a universal motor. By employing simple shaft joints and a robust vibration generator, it effectively and efficiently produces the characteristic three-dimensional motion (horizontal, vertical, and inclined) of circular screening machines. It contributes to the screening of various powders, including those in the powder industry, whether in wet or dry conditions, and can flexibly accommodate special specifications. It can be widely used for various applications. |
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| 1. The drive unit uses a general-purpose motor, and can be equipped with safety-enhanced or pressure-resistant explosion-proof motors. 2. The vibration count can be set within the range of 1000 to 2100 V.P.M. 3.1 Mesh to 400 Mesh, efficient for both dry and wet processes. 4. Due to its light weight and compact design, it is easy to install and move, requiring no installation foundation. 5. The enclosed design, with no micro-powder splashing, is the **choice** for preventing environmental pollution during operations. 6. The screen surface movement can be freely adjusted, allowing the selection of a motion that matches the raw material. |
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| The machine is shown in the diagram below. The vibration generation mechanism separates the motor (1) from the vibrating body (2) and is housed inside the frame (3). The vibrating body base (4), lower frame (5), and middle frame (6) are supported by frame support springs (7). The vibration generation mechanism connects the motor and the vibrating body via a V-belt (8) and a drive spring (9). Counterweights (10) and (11) are installed on the upper and lower parts of the vibrating body, generating vibration through rotation. Additionally, the generated vibration is absorbed by the drive spring, and there is a mechanism that prevents transmission to the V-car (12), motor, and frame. The phase and vertical amplitude are adjusted using bolts on the lower counterweight. The lower frame, middle frame, and cover are fastened with straps, making disassembly simple. The replacement and exchange of the mesh cover can be easily performed by the user themselves. |
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