Brief introduction of automatic horizontal hydraulic baler:
The fully automatic horizontal hydraulic baler is a mechanical and electrical integration and a very high degree of automation. It is mainly composed of mechanical systems, control systems, feeding systems, and power systems. The whole packing process consists of auxiliary time such as pressing, returning, carrying, transferring, outgoing up, outgoing down and receiving. Horizontal baler has the characteristics of good rigidity, toughness and stability, beautiful appearance, convenient operation and maintenance, safety and energy-saving, and low investment cost of equipment basic engineering. It is widely used in all kinds of waste paper factories, old waste recycling companies, and other units and enterprises. It is suitable for the packaging and recycling of old waste paper, plastic straw, etc. It is a money-making machine that improves labor efficiency, reduces labor intensity, saves manpower, and reduces transportation costs.
Brief description of the working process of the automatic horizontal hydraulic baler:
Horizontal detachable waste compress equipment is composed of 4 sets of wire devices installed on a frame. The entire wireframe is suspended on a central axis of the compression frame and is relatively compressed under the action of a hydraulic motor. The frame moves in the horizontal direction, and the compression frame is a welded component. The bottom is equipped with wheels, 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. The structure of the compression frame is basically similar to that of the compression frame, but there are 4 packing heads and 1 set of thread feeding devices arranged on it. The packaging heads of the waste paper hydraulic baler (4 in total) are the parts with the most complex structure and the most chained actions of the whole equipment. The packaging heads of each waste paper hydraulic baler have exactly the same structure and can be interchanged. There are 4 sets of thread feeding devices, each set corresponds to a packing head, and each set includes a packing line conveying device and packing line reverse tensioning device. The main rail seat of the waste paper hydraulic baler is mainly composed of two wear-resistant steel rails on the surface. The wheels of the compression frame are guided to run along the outer sides of the two tracks, and hydraulic cylinders that push the compression frame to run are arranged therein. In addition, there is a complete hydraulic station in addition to the mechanical components. It can be seen from the above description that various movements of the waste paper hydraulic baler are completed by fluid power.
Use of automatic horizontal hydraulic baler:
The waste paper baler is used to squeeze waste paper and similar products under normal conditions and pack them into a special packaging tape to greatly reduce the volume, so as to reduce the transportation volume, save the freight, and increase the benefits for the enterprise. Used for packing loose materials such as waste paper (cardboard boxes, newsprint, etc.), waste plastics (PET bottles, plastic films, turnover boxes, etc.), straw, and other loose objects.
Features of automatic horizontal hydraulic baler:
1. PLC control, with the man-machine interface (touch screen) window type monitoring, synchronous action indication diagram with error warning, and the length of the packet can be set.
2. The floating necking design in the left, right, and up directions is conducive to the automatic distribution of pressure on all sides and can be widely used for packing different materials.
3. The pusher cylinder and the pusher head are connected by a spherical structure, which has good reliability and long service life of the oil seal.
4. The feeding port is equipped with a distributed shearing knife, which has high cutting efficiency.
5. Low noise hydraulic circuit design, high efficiency, and low failure.
6. Easy to install, no foundation required.