Self-cleaning Process
When the pressure difference between the inside and outside of filter mesh reaches the set default value or when the timed cleaning switch reaches the set time,then system starts the cleaning process.
The whole cleaning process is completed by a sucking scanner, it makes a spiral scanning movement and absorbs the impurity on the surface of the mesh and discharges through a drain valve,the scanner is driven by a two-way rotation of the electric motor through a screw.
The opening of drain valve is controlled by a two-position three-way solenoid valve, the whole process lasts about 35 seconds, in this process system keeps continuously flowing.
Filter Performance
Continuous water supply: the cleaning process needs little water,which is nearly 1% of filter's water output. The flushing time is 15 ~60 seconds,the whole system has an uninterrupted water supply.
High filtration precision:the filtration precision can reach 20 microns,there are all kinds of precision filters can be chosen.
Large filtration area:the effective filtration area of standard mesh is 7~40 times of the inlet area.
Technical Parameters
Fast and efficient cleaning technology of continuously flow after filtration
Sucking scanning filter contains a unique multi-layers stainless steel meshes, the filtration precision can reach up to 10 microns; INOCO design team developed a most effective method to combine material strength, filtration capacity and cleaning efficiency effectively together by selecting mesh weaving method and structure mode, in order to achieve a more efficient filtration results. This cutting-edge precision filter mesh ensures the filter cake can be cleaned quickly and thoroughly . The water consumption of INOCO sucking scanning technology is less than 1 % of the total water which is the lowest emissions of all water rate among all self-cleaning mode.(The rate could be adjusted according to the specific application)
Internal Structure