Abstract: Industrial air filtering technology and a new component for their internal cleaning system are disclosed leading to dramatic increase in system cleaning efficiency as well as energy efficiency. A telescopic cleaning mechanism is able to move at the front of filtering cassette bodies via linear guiding rollers and servo motors transfer cleaning air into the cassettes and extends till to the end of surfaces for enabling better cleaning functionality. A suction blockage paddle further enhances cleaning performance via avoiding suction power only at the right time that is needed.

Abstract: Industrial air filtering technology and a new component for their internal cleaning system are disclosed leading to dramatic increase in system cleaning efficiency as well as energy efficiency. A telescopic cleaning mechanism is able to move at the front of filtering cassette bodies via linear guiding rollers and servo motors transfer cleaning air into the cassettes and extends till to the end of surfaces for enabling better cleaning functionality. A suction blockage paddle further enhances cleaning performance via avoiding suction power only at the right time that is needed.

Abstract: This invention is related with the internal cleaning system (Telescopic Cleaning System (10)) of centralized extraction and filtration units (1) of industrial exhaust gases aiming to reduce overall energy consumption of such system by; avoiding the usage of compressed air being replaced with available exhaust air of the system, accelerated and applied thoroughly all surfaces of the cassette filters (2) by the help of Telescopic Cleaning System (10) and delivering efficiently cleaned filters, generating less resistance over the filter unit (1) versus comparable existing designs by the help of such efficiently cleaned filters, leading to less energy consumption on exhaust air fan.

Abstract: This invention is related with the internal cleaning system (Telescopic Cleaning System (10)) of centralized extraction and filtration units (1) of industrial exhaust gases aiming to reduce overall energy consumption of such system by; avoiding the usage of compressed air being replaced with available exhaust air of the system, accelerated and applied thoroughly all surfaces of the cassette filters (2) by the help of Telescopic Cleaning System (10) and delivering efficiently cleaned filters, generating less resistance over the filter unit (1) versus comparable existing designs by the help of such efficiently cleaned filters, leading to less energy consumption on exhaust air fan.