FEVI WT 75 BASIC ATEX

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1. WT 753 Basic ATEX vacuum certified for explosive dusts and flammable liquids

Sandblasters types

ATEX vacuum cleaner

Application type

ATEX

ATEX ELECTRIC INDUSTRIAL VACUUM 3 KW.

FEVI WT 75 and BT 75 ATEX models are the most popular turbine models as they enjoy excellent reliability thanks to the side channel turbine and are multipurpose for suction of any kind of debris but not recommended for fine dust. Their simplicity and veracity make them among the most popular models on the market.

Further details

GENERIC, MULTI-PURPOSE AND MODULAR INDUSTRIAL VACUUMS
The range of industrial vacuum cleaners of the BASIC line is built with the classic and conventional filtering systems known on the market, with the use of woven / non-woven polyester filters defined as pocket or star. This line of vacuum cleaners has the advantage of being suitable for many generic applications, but at the same time the disadvantage of being not very specific machines, especially in the case of vacuuming complex powders such as fine powders. .

01

Three-phase industrial vacuum cleaner with side channel turbine motor certified ATEX 2-22 Certified 3GD for ATEX zone 2-22

02

Robust construction in stainless steel AISI 304 for explosive risk environments

03

Antistatic star filter available in various filtering surfaces. Manual filter cleaning integrated to maintain high suction performance

04

Version with 75-liter collection tank and quick-release system, certified ATEX 2-22

BASIC MODELS W
BASIC MODELS B

BASIC MODELS W

BASIC MODELS W Thanks to the deflector it directs the liquid flow downwards avoiding wetting the filter.
BASIC MODELS B

BASIC MODELS B The speed of the air and the entry into the container drum is higher than conventional central unions, favoring the cyclonic effect

BASIC W
To have a multipurpose aspirator, that is, suitable for the aspiration of any kind of material, be it dry or liquid, the choice of the type of nozzle prefers the central type inlet. This thanks to the deflector directs the flow of liquid downwards, avoiding wetting the filter. As for the suction of dust, it proves less effective than the tangential inlet as the deflector significantly slows down the flow of dust, which is more easily attracted to the filter.

BASIC B
The best configuration for dust extraction is the installation of the tangential type nozzle, as the speed of the air and the entry into the container drum is higher than conventional central nozzles favoring the cyclonic effect, therefore greater separation of the dust from the filter.