Now the use of pressurized cylinders is more and more extensive. What should we pay attention to when using a pressurized cylinder? In what environment should the booster cylinder work? Since the operating speed of the gas-liquid pressurized cylinder has a certain limit, its working temperature should be controlled between -5 ° C and 60 ° C, and it should work according to the control order when in use, and it is necessary to ensure that the pressurized cylinder can operate normally. Two points should be noted:

First, pay attention to the working environment of the pressurized cylinder when using, the temperature of the working environment in the design of the cylinder has been set, if the working environment needs to be changed due to work, the temperature should be contacted with the relevant staff of the pressurized cylinder technology. Because the departmental components in the cylinder are made of iron, please do not place them in an environment where the working environment is particularly complex (such as the contact environment of chemical substances), and install an effective air handling element (three-point combination) at the front end of the cylinder, and lubricate and drain when connected. The working pressure of the cylinder in normal use must be in accordance with the working pressure range specified in the overhaul speech, and must not exceed the working pressure. The above is a brief analysis of some of the relevant characteristics of the gas-liquid pressurization cylinder process, can also be understood from other different angles.

Second, Ensure the cleanliness of the booster cylinder: Before connecting the booster cylinder to the gas circuit, please remove the dust and other debris in the pipeline and components first, so as not to reduce the service life of the booster cylinder. Can not change other hydraulic oil, the hydraulic oil medium selected in the design of the booster cylinder is VG68# anti-wear hydraulic oil, can not be withdrawn without authorization to use other liquid media.