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Mobile high-vacuum extraction for tool and machine extraction
High-vacuum systems operate at comparatively high negative pressures and with small pipe diameters. This makes them particularly well-suited for direct extraction at tools, machine connections, and for industrial cleaning tasks.
Here’s what you should keep in mind when interpreting
✔ Required vacuum pressure at the tool
✔ Hose diameter
✔ Hose length and number of bends
✔ Filter area and dust volume
✔ Dust collection and emptying
✔ Number of simultaneous users
Evaluate Vacuum Pressure and Flow Rate Together
A small tool connection creates high flow resistance. Long hoses, couplings, and elbows further increase this resistance. Therefore, the maximum flow rate alone is not sufficient as a selection criterion. The decisive factor is the operating point that the unit reaches at the actual point of use.
Mobile or centralized high-vacuum extraction?
Mobile units are suitable for a small number of users or for users who frequently switch between tools. If many tools are used continuously, a central high-vacuum extraction system with a fixed piping network may be more economical and ergonomic.
FAQ
What does “high vacuum” mean in extraction technology?
A system with a comparatively high vacuum and small air volumes or pipe cross-sections.
Can a long hose be used?
Yes, but the increasing pressure losses must be taken into account.
Is high vacuum suitable for traditional large extraction arms?
Generally not, since these operate on a different flow rate/pressure principle.
Can a single device power multiple tools?
Depending on power and simultaneous operation, yes; all loads must be taken into account in the design.
Translation Tip
Tool connection, hose diameter, hose length, dust type, and simultaneous operation are the key specifications.
