An ATEX-certified industrial vacuum cleaner must abide by some constructive features in order to prevent any ignition source. The vacuum cleaner must prevent the formation of static electricity and this goal can be reached by choosing constructive options such as grounding, antistatic filters, accessories for the suction of conductive materials, specific and certified engines to avoid overheating. ATEX industrial vacuum cleaners are constructed to operate in full compliance with ATEX regulations in force, by ensuring maximum operational safety.
Industrial vacuum cleaners for use in areas with low risk of explosion due to the presence of potentially flammable dusts. Antistatic class M filters and grounding as standard.
Industrial vacuum cleaners for use in areas with low risk of explosion due to the presence of potentially flammable gas. Antistatic class M filters, standard grounding, components and engines certified by the manufacturer.
Industrial vacuum cleaners for use in areas with medium risk of explosion due to the presence of potentially flammable dusts. Antistatic class M filters, HEPA filter H14, grounding and stainless steel container as standard, components and engines certified by the manufacturer. The inner chamber of the vacuum cleaner is certified for zone 20.
Industrial vacuum cleaners for use in areas with high risk of explosion due to the presence of potentially flammable usts. Antistatic class M filters, HEPA filter H14, grounding and stainless steel container as standard, components and engines certified by the manufacturer. The inner chamber of the vacuum cleaner is certified for zone 20.
Atex certified vacuum cleaners for use in areas of high risk of explosion where electric supply is not available or not recommended. M antistatic filters, earth grounding and stainless steel construcion as standard.
Atex or NRTL certified vacuum cleaners for combustible dust extraction. Available with dust inertization system or with internal vacuum certification.