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E-mail
2304383491@qq.com
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15988741816
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No. 160 Feiyun West Road, Feiyun Street, Rui'an City, Zhejiang Province
Wenzhou Huaxu Machinery Manufacturing Co., Ltd
Process principle of pneumatic vacuum feeder
Date: 2024-11-22Read: 0
Pneumatic vacuum feeding machine equipment is a mechanical device capable of automatic conveying and feeding. It is mainly used for conveying and feeding various materials such as powder, granular materials, plastics, etc. The equipment consists of vacuum pump, conveying pipeline, filter, ion valve, control system and other parts.
The process principle of pneumatic vacuum feeding machine equipment is divided into the following parts:
1. Transportation of raw materials
The raw materials are sent to the vacuum pump through the conveying pipeline. The vacuum pump creates a vacuum inside the pipeline, causing the raw materials to enter the equipment due to the pressure difference. In this process, the raw materials will first be filtered through a filter to remove impurities, impurities, and moisture.
2. Cut off
When the materials in the conveying pipeline are transported to the position where they need to be loaded, they must be cut off to prevent various reasons from causing the raw materials to flow back.
3. Loading materials
Transport the material extracted from the vacuum pump to the ion valve, which expands and contracts the material according to the commanded waveform, and then unloads the material into the loading truck through expansion and contraction.
4. Control system
Install a control system on the equipment and achieve material conveying automation through program settings. This control system can automatically control the start and stop of the pneumatic pump, as well as the feeding and cutting time.
Pneumatic vacuum feeding machine equipment has the following advantages:
1. Easy to operate, just press the button once to load the material;
2. Vacuum pump suction function can transport various materials;
3. Reserve space and maximum pressure capacity performance.
It has good performance in terms of transmission speed, throughput, and stability.