The tapping machine washes the water tank at a distance of about 80 meters, and the coolant water volume is about 2,500 liters per minute, of which the flushing water volume is about 300 liters per minute. Various chips such as short, long, curly, and dense, produce about 2,500 kilograms per hour.
The chamfering machine chip and coolant are flushed to a concentrated pit, the primary separating chip and coolant are passed through a set of wedge mesh plates installed in a set of connected heavy-duty hinged chip conveyors In the funnel, the chips are lifted out by the chip conveyor and transported out of the workshop together with the chips of other processing lines.
The chips outside the workshop enter the chip handling system. The system provided includes a vertical chip shredder, a liquid tank chip conveyor, a material head sorting mechanism, and a horizontal drum centrifugal dryer. The chips are crushed and then centrifuged. The machine drains the liquid, and the coolant flowing out of the centrifugal dryer is collected in the tank, and is pumped back to the circulation by the lift pump, and the chips are sent to the storage box for processing.
The tapping machine chamfering machine copper scrap is fed into a centrifugal dryer through a hinge conveyor. This facility can remove 90% of the oil on the copper scrap. The chamfering machine makes the chip humidity less than 2%. The dryer can also automatically clear the tapping mechanism through a set of chip cleaning units with the fine oily chips passing through the sieve plates with the recovered oil.
The other chamfering machine transports the deoiled and dried copper scraps to a connected distributable chute. The distribution chute is positioned by a cylinder to the left and right, controlled by the operator, and the distribution chute is rotated to discharge the copper scrap into different storage containers.
