The advantages of the hydraulic system are mainly reflected in the following aspects:
High power-to-weight ratio: The hydraulic system can transfer a large amount of energy through the fluid while maintaining a relatively light system weight, which is particularly suitable for application scenarios that require high power but require light weight.
Flexible control: The hydraulic system can easily achieve complex control actions such as linear motion, rotational motion, fast and slow motion, etc. By adjusting the flow, pressure and directional control valve, the movement of the hydraulic cylinder and hydraulic motor can be precisely controlled.
Easy to automate: The hydraulic system can be combined with the electrical system, electronic system and computer control system to achieve highly automated and intelligent control, improve the efficiency and reliability of the system, and reduce operating costs.
Overload protection: The hydraulic system has a natural overload protection function. When the system is subjected to excessive load, the oil will act as a buffer to prevent damage to mechanical parts. In addition, components such as safety valves and overflow valves can further protect the system from damage.
Smooth operation: The hydraulic system transfers energy through the flow of oil, making the system run smoothly, without vibration and noise, which helps to improve the service life and comfort of the equipment.
Stepless speed regulation: The hydraulic system can achieve stepless speed regulation in a wide range to meet various speed requirements. By adjusting the flow control valve, stepless speed regulation can be easily achieved, which is particularly suitable for application scenarios that require precise speed control.
Easy to achieve remote control and long-distance operation: The hydraulic system can achieve stepless speed regulation by adjusting the flow control valve to meet various speed requirements, which is particularly suitable for application scenarios that require precise speed control.
Flexible layout: The components of the hydraulic system can be flexibly arranged at various positions of the system as needed to adapt to different working environments and layout requirements.
Self-lubricating: During the operation of the hydraulic system, the oil will play a lubricating role and reduce the wear and friction loss of mechanical parts.
Good heat dissipation: The oil has good thermal conductivity, which can effectively take away the heat generated by the system and keep the temperature of the system stable.
These advantages make hydraulic systems widely used in many fields such as industry, engineering, agriculture and transportation.
