當前位置：什么是空氣彈簧的最高限位和最低限位
什么是空氣彈簧的最高限位和最低限位
What are the maximum and minimum limits for air springs
What are the maximum and minimum limits for air springs
1、最高限位：
1. Maximum limit:
1. Maximum limit:
彈簧的最高限制是在操作期間接近的最長(cháng)距離。這個(gè)最長(cháng)的長(cháng)度還有一個(gè)限制裝置。設定最長(cháng)限制以防止空氣彈簧伸展。在極限情況下，彈簧不會(huì )因過(guò)度拉伸而損壞，因為彈簧由金屬和橡膠制成，如果沒(méi)有設定拉伸極限，彈簧的使用壽命將縮短。
The maximum limit of the spring is the maximum distance approached during operation.The longest length has a constraint.Set the maximum limit to prevent the air spring from stretching.In the extreme case, the spring will not be damaged due to overstretching, because the spring is made of metal and rubber, if no tensile limit is set, the service life of the spring will be shortened.
The maximum limit of the spring is the maximum distance approached during operation.The longest length has a constraint.Set the maximum limit to prevent the air spring from stretching.In the extreme case, the spring will not be damaged due to overstretching, because the spring is made of metal and rubber, if no tensile limit is set, the service life of the spring will be shortened.
2、最低限位：
2. Minimum limit:
2. Minimum limit:
空氣彈簧的最小位置是指彈簧在壓縮狀態(tài)下的最小高度，行業(yè)中規定的最小高度略高于壓縮氣囊的高度。由于用于減震的安全氣囊在很長(cháng)一段時(shí)間內處于緊繃狀態(tài)，會(huì )很快對彈簧造成損壞，因此，最小限度可以防止長(cháng)期壓縮造成的彈簧損壞。
The minimum position of the air spring is the minimum height of the spring in the compressed state. The minimum height stipulated in the industry is slightly higher than the height of the compressed air bag.Since the airbag used for shock absorption is in a tight state for a long period of time, it will soon cause damage to the spring. Therefore, the spring damage caused by long-term compression can be prevented at a minimum.
The minimum position of the air spring is the minimum height of the spring in the compressed state. The minimum height stipulated in the industry is slightly higher than the height of the compressed air bag.Since the airbag used for shock absorption is in a tight state for a long period of time, it will soon cause damage to the spring. Therefore, the spring damage caused by long-term compression can be prevented at a minimum.
