Pneumatic Feeding Pump
To have both options of bag & bulk cement feeding we offer more energy efficient & zero wear systems. This Pneumatic conveying systems offers 18 to 20 tons per hour capacity for bag & bulk cement feeding to silo. The stationary bulker is connected to twin lobe blower with necessary piping up the silo. Various capacities bulker is manually feed & pressurized to feed the powder to silos. Number of silos can be feed from one system. As system electrically consumption starts after manual feeding only. This system is exclusively designed to have practically possible & suitable feeding rates at lower connected power reduces the operating cost marginally. Very often it is observed the popular conventional manual bag/bulk feeding system is pneumatic screw pump utilized to designed extent considering laborious handlings. The systems running at 80 HP connected load for 18 to 20 tons per hour feeding rate. This pneumatic conveying system offered is the combination of fast bulker unloading with practically possible manual feeding capacity. Lower maintenance cost higher workability makes it efficient in comparison of other conventional system. Cement Feeding Systems are constructed of mild and structural steel, and mounted on a base. These pumps are equipped with pedestal blocks that support a pump screw which helps to provide a smooth, balanced operation. The screw is dynamically balanced and areas of this screw, along with other parts of the pump in direct contact with the material to be conveyed, are made of hardened, wear-resistant material and special hard surfacing where required. The screw is directly coupled to the driving motor but can be v-belt driven. Standard equipment on these pumps includes a pressurized seal and bearing assembly that extends the service life of the discharge seals by preventing the material being handled from entering the bearing area. Each pump system includes the pump, drive motor and compressed air source. It is the most versatile and speedy method of transferring bulk material from one point to another within a defined area.