The design of the vacuum fully enclosed cleaning machine's filtration system is a key part of ensuring its efficient operation and extended service life. The following is a detailed explanation of the filtration system design of Vacuum fully enclosed cleaning machine:
1. Design purpose
The main purpose of the filtration system of the Vacuum fully enclosed cleaning machine is to remove impurities, particles and suspended matter in the cleaning fluid to ensure the cleanliness and reusability of the cleaning fluid. A well-designed filtration system can not only improve the cleaning effect, but also reduce cleaning costs and reduce environmental pollution.
2. Design Key Points
Filtration precision: Choose the appropriate filtration precision according to the cleaning objects and requirements. If the filtration precision is too high, it will increase the filtration resistance and reduce the cleaning efficiency; if the filtration precision is too low, impurities cannot be effectively removed, affecting the cleaning quality.
Filter materials: Choose corrosion-resistant, high-temperature-resistant, and wear-resistant filter materials, such as stainless steel, polytetrafluoroethylene, etc. These materials have good chemical stability and mechanical properties and can adapt to the filtration needs of various cleaning fluids.
Filtration methods: Common filtration methods include surface filtration and depth filtration. Surface filtration is suitable for removing large particle impurities, while depth filtration removes finer particles and suspended solids. Select the appropriate filtration method according to the characteristics and requirements of the cleaning fluid.
Filtration area: Increasing the filtration area can improve filtration efficiency and reduce filtration resistance. Therefore, when designing the filtration system, the structural space of the equipment and the flow rate of the cleaning fluid should be fully considered, and the filter elements should be reasonably arranged to increase the filtration area.
Cleaning and maintenance: During use, the filtration system will accumulate a large amount of impurities, which will affect the filtration effect. Therefore, the convenience of cleaning and maintenance should be considered during design, such as setting up backwash devices, detachable filter elements, etc., so as to promptly remove impurities on the filter elements and ensure the normal operation of the filtration system.
3. Design steps
Determine the characteristics and requirements of the cleaning fluid, including composition, temperature, flow rate, etc.
According to the characteristics and requirements of the cleaning fluid, select the appropriate filtration precision and filter material.
Design the structure and layout of the filtration system based on the structural space of the equipment and the flow rate of the cleaning fluid.
Select appropriate filtration methods and filter elements, and perform calculations and selections.
Considering the convenience of cleaning and maintenance, design backwash devices, removable filter elements, etc.
Complete the design and manufacturing of the filtration system, and conduct testing and debugging to ensure its normal operation and compliance with usage requirements.
