Motorized Shaking Fabric Bag
Motorized Shaking Fabric Bag Dust Collector known as shaker fabric filter refers to a dust collector using a shaker cleaning system to remove the collected dust particles of the surface of the filter mechanisms by mechanically shaking the filter bagswith the help of a motor. This can be done in two ways either manually or by using a motor driving an eccentric which in turn has been connected to the filter bags.
Fabric bag filters are filters used in industrial systems for filtering dusty gases. The basic function of a fabric bag filter is to separate dust particles for dusty gases released by different production processes in the industries. The structure of a bag filter is made up of a fabric bag made using different kinds of fabrics and a motor that powers the machine to operate. Fabric bag filters are considered to be the various efficient among all dust collectors because they can achieve efficiency levels up to 99.99%. The mechanism of fabric bag filters works very smoothly and in a convenient manner. Fabric bag filters are used in all industrial small or large systems to collect dust particles blown out in hazardous discharges.
Dust and particles are removed from the reference point capture dust into the main duct connected to the shaker Dust collector. Fan installed on top/side of the dust collector unit removes clean air into the premises of the industry. When the unit is shut down their doors, the electronic control panel activates the cleaning cycle by shaking the fabric filter envelopes creating upper fabric bag oscillation instead of general lower filter shaking which may result in light efficient cleaning.
Residue-loaded air is brought into the residue authority through the channel because of suction made by the fumes fan and goes through fabric bags. Heavier residue particles fall into the hopper because of loss of force. Better residue gets saved on the internal surface of fabric bags and the clean air passes across the external surface of filter bags and afterward exits into the environment through the power source. Bags are cleaned through a mechanized shaking plan. At the point when an engine is turned OFF, the shaking cycle gets enacted naturally and bags are shaken for the preset clock. Residue delivered from filter bag slides descending into the hopper for additional assortment into the dustbin.