FILTERSHOPPEE

Vijay Nagar, Bangalore, Karnataka

The CBF System consist of two circular disc wheels duly mounted on central pipe connecting to hollow shaft. Which keeps rolling on honey comb belt on the disc axis. Filter media is allowed to pass between disc and the honey comb belt with no relative motion. So perfect sealing is achieved for zero leakage and efficient Filtration.  The dirty coolant is allowed to enter through the centre hollow shaft having multiple pouring slots inside for uniform distribution over the filtration bed. Good hydrostatic head results in building up of dirt Layer Cake with itself enhances the filtration efficiency. As soon as the dirty coolant increase it touches the senser level, the level senser signals geared motor to drive the Honey Comb Belt allowing the new media to pass gradually inside for fresh filtration and at the same time to remove the used media along with the dirt cake. Filtered coolant comes out at the bottom in to the clean tank for pumping back to the machine.   Construction and Working Principle Fully automatic operation practically no manpower is needed for operation. Requires only less floor space when compare to gravity band filter and other conventional filtration system. Can Achieve desired filtration efficiency by using appropriate. filter media High Hydrostatic head giving high filtration efficiency. Less consumption of power. Consumption of filter media is less, so it saves recurring expenses. Application   Grinding   Lapping   Rolling   Honing   Milling   Wire Drawing   Components Washing & Quenching Special Features It works on the principle of Hydrostatic Pressure & Gravity with Zero Leakage in Filtration chamber due to perfect Custom built system to suit your application. Filter media used to achieve good filtration efficiency. This system can be used for Individual Machines and also for multiple machines centralized Filtration system for efficient Filtration. Contact Filter Shoppee, Bangalore ( mail: filtershopee@gmail.com)

1 Body The body contains the Rotor and Drive Chamber and facilitates easy fixing of the centrifuge to the engine, with oil drain through the bottom. 2 Spindle 3 Stand Tube 4 Cleaning Chamber 5 Mesh 6 Rotor The rotor assembly consists of a removable bowl to facilitate easy cleaning. Thru the side inlet oil travels through the spindle and enters the rotor chamber. The oil exits through the tangentially opposed nozzles at the base of the rotor assembly thereby giving the rotor a reverse spin, directly proportional to the inlet pressure. The particles in the rotor chamber get collected on the inner rotor wall due to centrifugal force acting on them. 7 Drive Chamber The clean oil leaves the Rotor through the screen and enters the Drive Chamber. The oil is expelled through twin jets which spin the rotor at speeds up 8000 Rev/min finally leaving the centrifuge through the base where it is returned to the engine crank case/sump. 8 Nozzle

• CoolantWater based emulsion
• Type of wheel for cuttingdia 200mm , 1mm thick  diamond wheel
• Coolant tank volumeApprox. 80 litres
• Min - max solid carbide dia to be cut1mm – 32mm Dia
• Spindle power0.75 hp
• ClampingManual