The three main elements for selecting an air booster pump will be explained in detail by the editor: pressure, flow rate, and operating conditions
1、 Pressure refers to how much pressure the customer needs to increase the on-site air pressure with an air booster pump. The selection of pressure is generally based on the actual needs of the customer's site, with some margin left, and cannot be based on speculation such as "just right" or "almost".
2、 Flow refers to the amount of air output by the air booster pump to supply to customers. If customers have a flow demand for the air booster pump on site, they need to confirm their own flow requirements in advance and match them with the output flow of the Feentor air booster pump.
3、 The working condition refers to the specific situation on the customer's site. The term "working condition" is used by sales engineering to analyze whether an air booster pump can be used on the customer's site, or which type of pump to choose. A detailed working condition feedback can accurately help customers choose the appropriate Feentor air booster pump
Several commonly used models of air booster pumps from Feentor are provided for your reference (as follows)
The higher output pressure of ZTM02 is 16 bar, with a flow rate of approximately 600 L/min
The higher output pressure of ZTV02 is 16 bar, with a flow rate of approximately 1250L/min
The higher output pressure of ZTV05 is 40 bar and the flow rate is 360 L/min
The above air booster pumps can be equipped with air storage tanks to ensure stable pressure output