What is the structure and transmission types for waste paper baler
Waste paper baler is a mechanotronics product ( mechanotronics system consists of five subsystems, namely mechanical system, information processing system, power system, sensing detection system, actuator system) mainly composed of mechanical system, control system, feeding system and power system. The whole packaging process is composed of auxiliary time such as pressing, returning, carrying the box, dropping the box, taking off box down, taking off box up, transferring box, taking out bag up, taking out bag down, receiving bag, threading the buckle and so on.
At present, the market is mainly divided into two types of waste paper balers , the horizontal baler and vertical baler. The vertical baler has a small volume with small package size with result less efficiency. The hydraulic horizontal baler is bulky compared to the vertical baler, but its compression force is also larger than the vertical baler. Meantime the size of the package is relatively large with high efficiency of the outsourcing easy to automate operating. The horizontal hydraulic baler is easy to automate, which can improve the overall efficiency of packaging and save labor costs for packaging. Comprehensive above, preferred horizontal hydraulic baler.
Transmission Mode :
There are three power systems for waste paper baler: motor drive, hydraulic drive and pneumatic drive. Due to its limitations, pneumatic transmission has a low working pressure and is not suitable for operation under high pressure environments. Waste paper packaging requirements in the high-pressure environment, so it cannot be used as a power source for waste paper balers. Compared with motor drive, the hydraulic drive has the advantages of compact structure, light weight, can complete complex mechanical movements, facilitate automation, inertia and responsiveness. Hydraulic drive systems drive large equipment, high safety requirements, and often work in harsh environments. The hydraulic transmission mode can facilitate the automation of equipment operation. At the same time, hydraulic transmissions also have some insurmountable disadvantages: can not completely avoided the leakage and the comprehensibility of the liquid, can not completely guarantee the compression ratio and transmission ratio; No long-distance movement; Sensitive to oil temperature and load change , can not work at low temperature and high temperature; hydraulic system components manufacturing precision with a high cost; faults are not easy to find and troubleshoot. HL baler manufacturer engineer suggest that choice of hydraulic drive according above analyzed.
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