1. The installation of gas springs from bottom to top can reduce inner wall friction, ensure good damping coefficient, and maintain buffering capacity.
2. Move the installation position of the support rod over the centerline of the structure to avoid automatic door opening.
In order to prevent gas leakage inside the spring, sealing is important, so the surface of the piston rod must not be damaged, and it is prohibited to apply paint and chemicals to the piston rod.
4. Gas springs should not be affected by tilting or lateral forces during operation and should not be used as handrails. When the temperature of the car gas spring is too high, low-quality gas springs may explode.
5. The internal pressure of the gas spring is high, which belongs to high-pressure industrial products. The temperature should not be too high, nor should it collide.
6. The ambient temperature is between 34 and 71. Some specially designed gas springs can be used in an environment of 80 degrees Celsius, and excessive temperatures may cause damage or explosion.
7. The size should be reasonable, the force should be appropriate, and the stroke size of the piston rod should have a margin of 8mm.
Precautions when using controllable gas springs
Notes on the use of gas springs: Equipment in use must not be baked or knocked. The high-pressure gas seal of the copper door factory is inside, and it is strictly prohibited to disassemble it without professional guidance to prevent accidents. Due to sliding sealing, it is prohibited to bump or attach paint, glue, and other substances to the surface of the piston rod during equipment or operation, otherwise it will affect the service life of the product.
It is prohibited to use radial force to press polyurethane rubber rollers to prevent product damage caused by bending. Controllable gas springs can only apply external force to control the lifting height after the valve is opened, otherwise it will cause the piston rod to twist and damage the product. The usage environment is -30 to 60 ° C. It is not allowed to use in vacuum environments and is not suitable for use in corrosive environments of vacuum devices.