High vacuum suction system for welding fumes 910330030

Robust, reliable and robust, the high vacuum central suction and filtration system for large amounts of smoke and dust. Designed for vacuum gas smoke burner in large welding workshops or training workshops. KemTex® filter cartridges with ePTFE membrane used for ultra-fine dust absorb even particles below 0,1 m. If your needs change, the installation can be flexibly extended with modular fittings.

Summary and applications

• Large amounts of smoke/dust
• Torches with integrated suction, in suction nozzles and high vacuum suction arms
• Possible outdoor installation
• Welding and training workshops

Benefit

• Collection of dust free from contamination by means of airtight fixation of the container by means of a compressed air-activated mechanism.
• Continuous uninterrupted operation thanks to differential pressure driven automatic filter cleaning
• Low noise emissions due to operation with particularly low noise level
• Expandable by modular design
• Large savings in energy costs when using the power regulator due to automatic adjustment of the intake power according to need
• Convenient handling thanks to intelligent control via touch screen with diagnostic system
• Flexible integration of control into third party systems such as cutting machines due to voltage-free contacts
• Maximum health protection for operators through the use of KemTex® ePTFE filter cartridges with surface filtering

Characteristics

• Automatic filter cleaning by differential pressure
• Control by touch screen
• ChemTex® filter cartridges made of ePTFE
• Parts and accessories of machinery of heading 8471
• Modular design
• Automatically controlled volumetric flow rate (optional)
• Machinery for making pulp of fibrous cellulosic material

Additional equipment

• Automatic dust removal by means of DustEvac
• Power controller
• External speed/stop
• Spark traps
• Climate protection housing for outdoor installations

Variants

• Different supply voltages available
• Different filter surfaces
• Different volumetric flow rates

Technical data