MHD 130 - Medium  large power three-phase industrial vacuum cleaner

Du-Puy specializes in the production of industrial vacuum cleaners, including high-power three-phase vacuum cleaners, powerful and versatile vacuum cleaners, and vacuum cleaners for chips. The range of three-phase industrial vacuum cleaners from Du-Puy has been designed to withstand the most difficult and heavy-duty applications, even in the presence of large amounts of dust, solids, and chips, in applications on centralized vacuum systems. The MHD 130 allows the possibility to choose between two medium and high-power turbines, with different values of depression and air flow rates, which can transport large quantities of material using separators and hoppers or direct bagging into Big Bags. All industrial vacuum cleaners in this range are equipped with L category filters as standard, with a filtration efficiency of up to 3 microns, and a vacuum limiting valve included. Each vacuum cleaner is also equipped with a tangential inlet system, with a welded metal cyclone inside the filtration chamber, which allows the material to be knocked down, protecting the filter, and directing it directly into the container. The range of industrial vacuum cleaners from Du-Puy allows the vacuum cleaner to be equipped with a filter cleaning system (in this case 4 anti-static M class cartridges) completely automatic that uses reverse air flow at 6 bar pressure. Alternatively, the vacuum cleaner is supplied, as a standard option, with a manual shaking system operated by an ergonomic lever on the side of the barrel. Across the range, it is possible to install a secondary absolute Hepa filter (H14) with a wide surface area.

Available in certified ATEX version.

Available model in PN version with an effective filtration system composed of cartridges with a wide filtering surface area and an innovative automatic cleaning system against reverse air flow. Particularly suitable for treating very fine and copious amounts of dust that could prematurely clog common filtration systems.