Rodless Cylinders Are Key Components For Heavy Equipment
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As the main shift drive component of large well repair rigs or other heavy equipment, the importance of Rodless Cylinder is self-evident. It realizes the precise control of the hydraulic clutch of each gear of the hydraulic transmission through a precise air circuit system and logical combination action, thereby ensuring the smooth operation and efficient operation of heavy equipment.
1. Structural characteristics of rodless cylinder
The structure of rodless cylinder is relatively complex, but the design is exquisite. It is mainly composed of cylinder sleeve, piston, stop ring, push rod and spring. These components realize the effective use of compressed air in the cylinder and the precise execution of shifting action through precise matching and logical combination. Among them, the different air inlet holes on the cylinder sleeve provide the necessary compressed air source for the action of each component in the cylinder.
2. Working principle of rodless cylinder
The working principle of rodless cylinder is based on the control and logical combination action of compressed air. When compressed air enters the cylinder through different air inlet holes, it acts on the piston and stop ring, pushing them to perform logical combination movement. This movement drives the step valve core of the hydraulic transmission to move step by step through the step-by-step extension and retraction of the push rod, thereby controlling the oil inlet and outlet of the hydraulic clutch of each gear of the hydraulic transmission. In this way, precise control of the shifting of the hydraulic transmission is achieved.
III. Application and maintenance of rodless cylinders
Rodless cylinders are widely used in large well repair rigs, heavy equipment and other mechanical equipment that require precise shifting control. Its stability and reliability are crucial to the smooth operation and operating efficiency of the equipment.
In terms of maintenance, it is necessary to regularly check the air circuit system of the cylinder and the shift valve to ensure the normal supply of compressed air and the precise execution of the logical combination action. At the same time, it is also necessary to clean and lubricate the various components in the cylinder to reduce wear and extend the service life. For any faults and problems that occur, they need to be checked and repaired in a timely manner to ensure the normal operation of the equipment.
