Application Areas:
Multi-function sub-parent combination cylinder is widely used in mechanical systems that require multiple actions or functions, such as construction machinery, punch presses, injection molding machines, etc.
Functional Features:
Multifunctional design: The main feature of this cylinder is the ability to complete multiple different actions or functions in the same cylinder, such as expansion and contraction, lifting, tilting, etc.
Modular structure: Usually a modular structure is adopted to facilitate flexible combination and adjustment according to the needs of specific applications.
Collaborative operation: Collaborative operation can be carried out between the mother cylinder and the child cylinder to realize complex mechanical actions.
Structure and working principle:
Mother cylinder and child cylinder: The mother cylinder is the main hydraulic cylinder, while the child cylinder is the auxiliary cylinder attached to the mother cylinder. They are connected to the hydraulic system by pipes and valves.
Hydraulic transmission: The cylinder drives the movement of the cylinder and piston through the fluid flow provided by the hydraulic system.
Control and regulation:
Hydraulic control system: Multi-functional sub-parent combination cylinder is usually equipped with hydraulic control system to achieve independent control of each cylinder, so as to achieve different mechanical actions.
Position sensors: may include position sensors to detect and feedback the position of the cylinder to ensure precise control.
Wear and corrosion resistance:
Due to the high frequency of movement involved, the multi-function sub-parent combination cylinder may need to have good wear and corrosion resistance to ensure stable operation for a long time.
Security Considerations:
Safety needs to be considered in the design, including overload protection, protective devices, etc., to ensure the safety of operators and equipment.
Custom design:
The design of the multi-function combination cylinder is usually customized to meet the specific performance and working conditions according to the specific application and working requirements.
