一气液增压缸的8大特点：
8 features of a pneumatic hydraulic booster cylinder:
结构简单紧凑，出力易调整，使用维护保养方便
The structure is simple and compact, the output is easy to adjust, and the maintenance is convenient
可达油压之高出力，非纯气压系统可达到
It can reach the high output of oil pressure, which can be achieved by non pure air pressure system
动作速度较液压传动快，且较气压传动稳定
The action speed is faster than hydraulic transmission and more stable than pneumatic transmission
设备较油压系统实惠
The price of the equipment is cheaper than that of the oil pressure system
有多种安装方式供大家选择
There are a variety of installation methods for you to choose from
维护较油压系统简便
Maintenance is easier than oil pressure system
相比液压系统30%以上
Compared with hydraulic system, energy saving is more than 30%
无油压系统温升之困扰
The trouble of temperature rise in no oil pressure system
二气液增压缸产品选型：
Product selection of two gas-liquid booster cylinder:
现场气源压力大小
On site air source pressure
出力吨位要求
Output tonnage requirement
总行程要求
Total travel requirements
增压行程要求，可根据工件成型前后的形状等确定
The requirements of pressurization stroke can be determined according to the shape of workpiece before and after forming
工作频率要求
Frequency requirements
回程拉力要求等
Return pull requirements, etc
三气液增压缸的出力计算：
Output calculation of three gas-liquid booster cylinder:
理论出力：
Output theory:
：气压缸截面积A=3.14*D；D：气缸内径；F：理论力；P：操作压力
: section area of pneumatic cylinder a = 3.14 * D; D: inner diameter of cylinder; F: theoretical force; P: operating pressure
四气液增压缸应用使用范围：
Application scope of four gas hydraulic booster cylinder:
气液增压缸应用使用范围" alt="气液增压缸应用使用范围
Application scope of gas-liquid booster cylinder "ALT = application scope of gas-liquid booster cylinder"
哪些场合不适用增压缸？
Which situations are not suitable for booster cylinder?
不需要考虑工作环境，现场油污重水汽重有腐蚀等
There is no need to consider the working environment, oil pollution, heavy water and steam corrosion on site
出力行程长且连续往返作动的场合
The occasion of long output stroke and continuous back and forth action
行程负载较重或机台面积较大者
Heavy stroke load or large machine area
哪些场合适用增压缸？
Where is the supercharged cylinder suitable?
希望带来安静青爽无污染率的生产力的使用车间如无尘车间空调厂房等
Hope to bring quiet, green, pollution-free and high-efficiency production workshop, such as dust-free workshop, air-conditioning plant, etc
以压缩空气为动力，但是一般气压缸较难达到的工作需求的应用场合
Use compressed air as power, but it is difficult to meet the working requirements of general pneumatic cylinder
在小空间需求大出力的场合
In the case of small space demand and large output
在待机时间长的配置；工作行程长，但大出力行程短，且加压时间较久的场合；要求能源消耗低的场合
In the case of long standby time, long working stroke, short high output stroke and long pressurization time, and low energy consumption is required
五气液增压缸使用相关的注意事项：
Five gas-liquid booster cylinder use related precautions:
接入气管前，请清理干净缸筒内的灰尘和杂质。
Before connecting the air pipe, please clean the dust and impurities in the cylinder.
请不要将产品安置在化学品附近，容易腐蚀增压缸缸桶。
Please do not place the product near the chemicals, which is easy to corrode the booster cylinder.
注意产品的工作环境，如温度超过增压缸上下线范围（-5℃~60℃）。
Pay attention to the working environment of the product, such as the temperature exceeds the range (- 5 ℃ ~ 60 ℃) of the booster cylinder.
增压缸的操作速度在30-100min/次，切勿处于高速运行或超载状态，这回大大缩短产品的综合使用寿命。
The operating speed of the booster cylinder is 30-100min / time. Do not operate at high speed or overload state. This will greatly shorten the comprehensive service life of the product.
玖容厂家增压缸产品使用气源压力正常使用范围在4-7kg/c㎡（我司使用计算出力标准为6kg/c㎡）。
Jiurong manufacturer recommends that the gas source pressure of booster cylinder should be 4-7kg / C M2 (the standard of our company's calculated output is 6kg / C m2).
请按照增压缸的正常程序操作，即预压动作-增压动作-增压释压-预压复位。经常检查增压缸运转。
Please follow the normal procedure of the booster cylinder, i.e. preloading action pressurization release preloading reset. Check the operation of the booster cylinder frequently.
在增压缸使用一年以上或发现有液压油变质等情况，建议将产品内的液压油换掉，以继续正常使用产品和提高它的使用寿命。
If the booster cylinder has been used for more than one year or the hydraulic oil has deteriorated, it is recommended to replace the hydraulic oil in the product, so as to continue to use the product normally and improve its service life.
请在增压段进入口处加装一减压阀,以便能有效保护您的产品，避免产品在增压时动作的压力过大破坏您的模具或工件。
Please install a pressure reducing valve at the inlet of the pressurization section, so as to effectively protect your product and avoid damaging your mold or workpiece due to excessive pressure during pressurization.
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