Structure and working principle:
Piston and cylinder block: The swing cylinder includes an internal piston that is subjected to the action of hydraulic pressure to push the swing cylinder to perform a rotational motion. The cylinder block is an enclosure that houses the piston and the hydraulic medium.
Hydraulic pressure actuation: The liquid is pressed into one side of the swing cylinder, pushing the piston in the opposite direction, thus achieving swing motion.
Application Areas:
Construction and construction machinery: Swing cylinders are often used in excavators, loaders and other construction machinery to achieve the swing of the body or working device.
Agricultural machinery: In the agricultural field, the swing cylinder can be used to realize the tilting or rotating action of agricultural equipment, such as the cutting table adjustment of the harvester.
Industrial automation: Swing cylinders are also widely used in industrial automation for rotating, flipping or tilting operations.
Swing Angle and carrying capacity:
The design of the swing cylinder usually takes into account the required swing Angle and load carrying capacity to meet the requirements of the specific application.
Automation and control:
Some swing cylinders have automation and remote control functions for better integration into automation systems for precise motion control.
The choice of swing cylinder depends on the specific application requirements, including swing Angle, working pressure, carrying capacity, and other specific technical requirements.
