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Internal structure and precautions of gas spring
- Time of issue:2022-01-18
- Views:0
气弹簧的内部结构及注意事项
气弹簧的内部结构及注意事项
Internal structure and precautions of gas spring
(Summary description)The gas spring is a component with elastic function. It seals the high-pressure nitrogen gas in the specified container. The external force compresses the nitrogen gas through the plunger rod. When the external force is removed, the high-pressure nitrogen gas expands to obtain a certain force. Then let’s learn about the gas spring Internal structure and precautions!
- Time of issue:2022-01-18
- Views:0
Information
The gas spring is a component with elastic function. It seals the high-pressure nitrogen gas in the specified container. The external force compresses the nitrogen gas through the plunger rod. When the external force is removed, the high-pressure nitrogen gas expands to obtain a certain force. Then let’s learn about the gas spring Internal structure and precautions!
The structure of the gas spring is: the plunger rod or piston rod subjected to the force and the force, the cylinder block, the cylinder head and the cylinder bottom, the static seal part, the dynamic seal part, the guide part, the inflatable structure components, and the lubrication system.
According to the application, gas springs can be divided into two types: independent nitrogen gas springs and non-independent nitrogen gas springs. Self-contained gas springs consist of a single gas spring forming a self-contained unit, forming a closed system that can work independently in any desired position. Non-independent gas springs are connected to multiple gas springs through the gas spring base plate, or multiple independent gas springs are connected through hoses to form a gas spring system.
Precautions for the use of gas springs:
The ambient temperature (temperature around the mold) of the gas spring is 0~40 (32~104 degrees Fahrenheit). Please use within this temperature range. When the temperature exceeds 70, the gas spring may have major accidents such as danger. Even if there is no explosion, the nitrogen seal will be aged due to overheating, distorted and deformed, and the life of the nitrogen spring will be greatly reduced, causing air leakage. In order to prevent heat dissipation and contact with the mounting holes, it is recommended to set a gap of about 1mm on one side.
Do not inflate or exhaust the gas spring under load. When the filling gas must be nitrogen (N2), do not fill the gas spring with flammable, explosive gas or volatile liquid. It may cause an explosion accident, which is very dangerous.
Please fill the cylinder below the pressure indicated by the marking part of the cylinder, and then slowly increase the pressure. The filling pressure should be filled within the pressure range specified in the instruction manual.
Please inflate with the piston rod fully exposed from the cylinder. When inflating without exposing, please set the air pressure at the beginning to 0.6MPa, inflate slowly, and increase the pressure until the piston rod is completely exposed. Do not sharply inflate directly with high-pressure gas. Gas springs can be damaged and can cause significant injury and danger to nearby equipment and personal safety.
When the gas spring needs to adjust the pressure, do not reluctantly fill the gas. High pressure gas is easy to cause danger and must be handled by experts to avoid danger.
The above is the internal structure and precautions of the gas spring. If you want to know more about the gas spring, please feel free to contact us!
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