Summary of the Development Stages of Hydraulic and Pneumatic Systems and Why Electrical Control is Used

Hydraulic and pneumatic, although only four words long, have a lot of knowledge to master for all of us, which cannot be completed through a few articles. Therefore, based on this, we will continue to explain the relevant knowledge in this area to promote the learning process of this product. In this way, everyone can achieve the predetermined learning goals as soon as possible and realize the reasonable use of hydraulic and pneumatic.

How many development stages does hydraulic and pneumatic have?

Hydraulic and pneumatic, if separated, are hydraulic and pneumatic, and hydraulic includes hydraulic. Its development stages can be summarized into three stages: the initial stage from the 1950s to the 1960s, the growth stage of specialized production systems from the 1960s to the 1970s, and the rapid development stage from the 1980s to the 1990s.

2. What are the specific products of hydraulic and pneumatic?

Hydraulic and pneumatic products include: hydraulic fittings, rubber hoses, hydraulic pumps, hydraulic motors, electro-hydraulic valves, quick couplings, control valves, complete sets of hydraulic station equipment, as well as hydraulic and pneumatic filtration equipment. Moreover, these products are common and frequently used, and can be seen frequently.

3. The role of electrical control in hydraulic and pneumatic systems and the benefits of hydraulic and pneumatic suspension systems

The hydraulic pneumatic system can use electrical control technology and has some functions, including:

Function 1: It can collect system parameter data, such as temperature, flow rate, pressure, etc., including both analog and digital quantities.

Function 2: It can perform data comparison, data calculation and other processing according to process requirements.

Function 3: Control the opening and closing of valves, as well as the operation and stopping of equipment, through the output of force or digital commands.

Function 4: Data display, recording, and exchange during the production process.

Hydraulic and pneumatic systems can be used in automotive suspension systems, and this is an exemplary application of automotive suspension technology. The use of this suspension system can effectively improve the safety of car driving and enhance the comfort of passengers, making car driving smoother.