Vacuum Application
This document discusses vacuum systems and the importance of filtration in various industries, including packaging, chemical processes, food processing, and more. It highlights the key components of a vacuum system, the types of vacuum pumps, conductance, solid particles removal, and oil mist removal.
A vacuum is a negative pressure condition used to remove gas molecules from a work chamber to ensure a clean space for various industrial applications. Pressure levels are classified into Rough Vacuum, Medium Vacuum, High Vacuum, and Ultra-High Vacuum. The major components of a vacuum system include the vacuum chamber, gauge, valve, inlet filter, vacuum pump, and oil mist eliminator. Key elements to consider in a vacuum system are contaminants, vacuum pump type, conductance, solid particles removal, oil mist removal, and materials compatibility.
- A vacuum is created to remove gas molecules from a work chamber for industrial applications
- Pressure levels are classified into Rough Vacuum, Medium Vacuum, High Vacuum, and Ultra-High Vacuum
- Major components of a vacuum system include the vacuum chamber, gauge, valve, inlet filter, vacuum pump, and oil mist eliminator
- Key considerations in a vacuum system are contaminants, vacuum pump type, conductance, solid particles removal, oil mist removal, and materials compatibility
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