Starting technology and operation requirements of steel piston rod
The technology of the stainless steel piston rod has the advantages of large power-to-weight ratio, small volume during use, high frequency response during operation, good controllability of pressure and flow, flexible transmission of power, and easy realization of linear motion. It has the advantages of no pollution, low cost, safety and reliability, and simple structure, and it is easy to combine with microelectronics and electrical technology to form an automatic control system.
The hydraulic starting technology of stainless steel piston rod is widely used in various sectors of the national economy. Its hydraulic starting technology faces competition with mechanical transmission and electrical transmission. Numerical control machine tools and small and medium-sized plastic machines have replaced or partially replaced hydraulic transmission with electronically controlled servo systems. The main reason is that the hydraulic piston rod technology has shortcomings such as leakage and poor maintenance. At international exhibitions, there are many cylinders with cylinders and piston rods of various special-shaped sections. Since the piston rods will not rotate, such cylinders can maintain a certain accuracy without additional guide installation when applied to the host.
The shape of the stainless steel piston rod is not limited to a circle, but a square, a rice-shaped or other shapes, and the guide groove, the installation groove of the sensor and the switch, etc. are opened on the profile to make the user's installation more convenient. Multifunctional, composite. In order to facilitate users, the piston rod has developed various small pneumatic systems with multiple pneumatic components combined with control installations in accordance with the needs of the market. For example, the components used to move small items are formed by combining two cylinders with guides according to the X axis and the Z axis.
The components of the stainless steel piston rod can move 3kg heavy objects. During the production process, it can be effectively equipped with a solenoid valve and a program controller. The structure is compact, the space occupied is small, and the stroke can be adjusted. Another example is a loading and unloading module, which has seven modules with different functions, which can complete the loading and unloading operations on the fine assembly line, and can combine different modules arbitrarily according to the content of the work.
The protective cover of the stainless steel piston rod is cleverly combined with the working principle of the oil cylinder, and the shape is exquisite and compact and has high precision.
