Промисловий очищувач повітря Teka Filtercube 2H (Doppelmodul)

Machine type: TEKA welding fume extraction
Listing location: Zdziechowice 167 Zdziechowice, 46-310 Gorzów Śląski, PL
filter area: 100 m²
suction capacity: 4,000 m³/h
negative pressure: 3,000 Pa
Inlet diameter: 2 x 150 mm
Filtration area: 2 x 50 m2
stock no: 0891
Dust extraction
welding fume extraction
self-cleaning cartridge filter
pneumatic
vacuum for plasma
laser
Due to its design
the system is recommended in particular for processing greasy
sticky fumes and dust
The device is equipped with an automatic system for impregnation of cartridge filters
Impregnation feeding causes the capture of moisture from the smoke
which allows to protect the filters
from sticking
In this case
the life of the cartridge filters is extended
After the cleaning process
the control gives a pulse to the magnetic valve
located on the top cover of the powder-filled barrel
The applied magnetic pulse
swirls the impregnant
which enters the suction pipeline
The powder covers the working surface and provides a protective coating for the filters
Filter cleaned by microprocessor controller with compressed air pulses during operation
thus high efficiency of the device
Low demand for compressed air due to the system
"Power-Spray"
The Filtercube central filter unit equipped with cartridge filters is the ideal solution for almost all problems in the area of smoke and dust filtration
Fan on the clean side which reduces the risk of explosion to a minimum
Application
central extraction system for multiple welding stations
extraction system for welding robots
extraction system for thermal cutting and grinding tables
system for general hall filtering (push-pull system
displacement system)
extraction system in combination with an extraction table
extraction system for grinding of non-exploitable materials
Parameters
Sound-insulated fan with a power of 3 Kw
Capacity 4000 m3/h
Vacuum pressure 3000 Pa
Dpmyvv
control cabinet
Possibility to order new filter cartridges tailored to the customer's needs