It collects a very wide range of gases and odors. If requested, special mixtures are possible that are adapted to each customer's process. For more info ask our TBH sales team.
Requires no special skills
No tools necessary
External start of the filter cleaning process
Parameterization access for the activation of customer functions
Visual and accoustic display of the filter saturation
- Filter saturation indicator
Display that is viewing angle stable
Optical status detection visible from afar
Manual start of the filter-cartridge cleaning
Filter saturation indicator
Cleaning-in-progress indicator on the display
Rotor made of permanent magnet
Stator of several windings
Bridge circuit of MOSFET transistors commutating electromagnets
Low energy costs, environment-friendly
Suitable for operation in noise-sensitive environments
Energy saving 65%
Metal machining processes produce many chippings. Extracting during machining and milling protects from inhaling tiny particles formed in these processes, as well as in truning, drilling and grinding. Due to the thermal influence of the manufactured components, pollutants penetrate deep into the lungs and can lead to serious diseases. To prevent that, a chip extraction systems is necessary which extracts chippings properly.
Extracting welding fumes or grinding dusts is crucial because welding, grinding and cutting relase very fine particles from the processed surface. When these dangerous substances penetrate deeply into the lungs, they can cause severe illnesses. Only an extraction system for processes like welding protects enough from inhaling hazardous substances according to several welding fume regulations.
Almost every industry processes plastics these days. These processes let emerge abrasive dusts or vapors which make extracting in plastics processing inevitable. Finding the right filter and extraction system for plastics processing is crucial, as it has to be equipped with the right filters and has to be properly set up.
Extraction during mechanical processing like milling or machining is important as these processes create dusts, vapors and gases. These byproducts need to be extracted before the contained tiny particles can be inhaled. Industrial extraction systems filter grinding dust and vapors from the surrounding air, and keep it clean from pollutants.
Lasers are very versatile. Laser technology can be used to process metals, wood and plastics. Laser fumes and laser dusts are dangerous to human health and therefore have to be extracted. Only a laser fume extraction system protects employees properly from harmful particles in laser dusts and laser fumes. Mobile extraction solutions can be easily moved around and ensure a workplace free from laser fumes.
Clothes can lose small lint and threads. These are so light that they float in the air across the room and any movement whirls them up continuously. Especially in textile processing, there is a high concentration of these airborne fibers. The used chemicals, for example, when dyeing clothes are mostly harmful to health. Therefore filtration of textile dust is important.
Glass production is very hot. The high temperatures required for melting allow gases to rise, which contain large quantities of environmentally hazardous substances. The hot or cold terminal layer releases tin or titanium chlorides in the acid polishing, for example, hydrofluoric and sulfuric acid. These have to be necessarily extracted because they are harmful to human health.
When working with metals, hazardous dusts are produced which are carcinogenic and pose a hazardous explosion. Extracting metal dusts is therefore particularly important for protecting your health. TBH gives you even more flexibility with mobile extraction system for metal processing.
When materials are put from one place to the other, like during packing or transportation, some particles might be released. Especially, because they cannot be seen by the human eye, its danger doesn't have to be underestimated. Particles can arise from whirling up. TBH filter and extraction systems can remove these particles safely from the ambient air.
5500 Pa max. static pressure
Protection Class 1
|Technical data||Unit||FP 211 ATEX|
|Filter configurations||FP 211 ATEX|
|Particle filter (H13)|
|Cleanable BGIA C filter cartridge anti-static (dust class M)|
|Technical data||Unit||FP 213 ATEX|
|Filter configurations||FP 213 ATEX|
|Particle filter (H13)|
|Cleanable BGIA C filter cartridge standard (dust class M)|