Produktų nerasta
Mobile welding-fume extraction system for individual workstations
When it comes to welding fumes, capturing them directly at the source is key to effective extraction. Mobile units are particularly suitable when individual or rotating welding stations need to be extracted and no central duct system is available.
That’s what matters
✔ Welding processes and materials
✔ Smoke volume and daily welding time
✔ Extraction arm, hood, or burner-proximity extraction
✔ Filter area and filter design
✔ Hose and elbow resistance
✔ Maintenance and Filter Replacement Plan
Extraction arm or burner-mounted extraction?
Conventional extraction arms operate with larger air volumes at moderate vacuum levels. Systems located near the torch use smaller cross-sections and require higher vacuum levels. The extraction unit must be compatible with the respective collection method.
Filtration Technology for Welding Fumes
Welding fumes consist primarily of very fine particles. Depending on the application, disposable filters or cleanable filter elements are used. In cases of frequent operation, larger filter areas and appropriate cleaning methods can reduce operating costs.
Common Planning Mistakes
✔ Hood too far from the arc
✔ Filter not designed for welding fumes
✔ Extraction arm too long or improperly routed
✔ Filter by engine power only
✔ Filter replacement and ongoing costs are underestimated
FAQ
How many welding stations is a mobile unit designed for?
Typically for a single workstation; the specific design may vary.
Why does the extraction arm need to be adjusted?
Because the penetration effect decreases significantly as the distance from the weld site increases.
Is a higher air flow rate always better?
No. The key is to ensure proper capture without unnecessarily affecting the welding process.
When is a centralized system worthwhile?
For multiple welding stations in continuous operation and predictable piping layout.
Selection Guide
Welding processes, materials, daily welding time, desired coverage, and workplace conditions are the most important details.
