Application areas:
Upper and lower beam traverse cylinders are usually used in mechanical equipment, automation systems, engineering machinery, etc. that require upper and lower beam traverse movements.
Features:
Lateral movement: Mainly used to generate translational movement of the upper and lower beams in the lateral direction.
Precision positioning: Precise positioning capabilities to meet specific engineering or manufacturing needs.
Hydraulic control: The lateral movement of the cylinder is achieved through the flow of liquid and hydraulic control.
Structure and working principle:
Cylinder block and piston: The upper and lower beam traverse cylinder usually consists of a cylinder block and a piston connected to it. When liquid is pushed into the cylinder, the piston is pushed by hydraulic force, thereby achieving lateral movement of the cylinder.
Hydraulic pipeline: The oil cylinder is connected to the hydraulic system through a hydraulic pipeline, and the hydraulic cylinder is driven by the flow of liquid in the pipeline.
Automation and control:
The upper and lower beam traverse cylinders can usually be integrated into the automation control of the entire system to achieve more efficient and automated motion control.
Security considerations:
Safety features such as overload protection, emergency stop systems, etc. may be included in the design to ensure safe operation of the system.
Customized design:
The design of upper and lower beam traverse cylinders is often customized to meet specific performance and operating conditions.
