Small parts have great uses, small parts in the waste paper baler
There are always some small precision parts in the production and processing of waste paper baler. It is because of the composition of these small parts that the waste paper baler can work better.
One is the plunger pump. The plunger reciprocates in the pump cylinder to create a volume change between the plunger and the pump wall. The pump repeatedly sucks and discharges liquid and increases its pressure. The pump has the characteristics of high rated pressure, compact structure, high efficiency and convenient flow adjustment. It is widely used for high pressure, high flow and flow demand adjustment, such as hydraulic waste paper baler, construction machinery and ships. Piston pumps belong to the category of reciprocating pumps that produce high pressure. Followed by the waste paper baler vane pump.
The vane pump converts the mechanical energy of the power machinery into hydraulic machinery (potential energy, kinetic energy, pressure energy) through the rotation of the impeller. When the vane pump rotor rotates, the vanes are tightly attached to the stator under the action of centripetal force and pressure oil. on the surface. The working volume formed by the two blades and the inner surface of the rotor and the stator is first discharged from small to large, and then discharged from large to small. When the vane rotates once, oil suction and oil discharge are completed twice. The vane pump has a simple structure and large flow. Uniformity, large displacement, high efficiency, more than one ton per hour.
The lead frame of the waste paper baler is composed of 4 sets of wire devices installed on the frame. The entire lead frame is suspended on a central axis of the compression frame. Under the action of a hydraulic motor, the compression frame moves in a horizontal direction. It is a welded component with wheels at the bottom, which can move horizontally along the main slide rail under the push of a hydraulic cylinder. The lifting platform is mainly formed by bolting two horizontal beams, and the lifting platform can move up and down in the vertical direction under the push of two hydraulic cylinders.