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Introduction to the terminology of compressed air booster pump
Explanation of terminology for compressed air booster pump;
Feentor ZTV02 (ZTM02)
1. Compressed air booster pump pressure ratio: 2:1 ratio of the area of the driving piston to the pressurization piston.
2. Air consumption: The small air consumption (NL/min) required to drive the piston movement is used to determine the air pressure
Can the conveying capacity of the machine or pipeline meet the needs of the booster pump.
3. Drive pressure: The pressure range that drives the action of the booster pump, with a theoretical range of 1.5bar-10bar
The economic range of the Feentor pneumatic booster pump is between 6 bar and 8 bar.
4. Displacement: The volume of the output medium (L/time) of the booster pump within one stroke.
5. Flow rate: The cumulative volume of the output medium (L/min) of the booster pump within one minute. Equivalent to displacement
The number of repetitions per minute. The flow rate decreases with the increase of output pressure, and the flow given in the sample
The measured value at zero outlet pressure (i.e. standard flow rate).
6. Standard flow rate: For gas only, the flow rate measured at 1 atm and 20 ℃ is equal to the flow rate at one atmosphere.
7. Pressure holding: Under a certain driving pressure, after the pump stops working, the pressure in the circuit remains at the specified time
There is no change within the room. The holding time shall not be less than 10 minutes.
8. Pressure replenishment: Regardless of the reason for the pressure drop in the holding circuit, the pump will automatically start to replenish and stabilize the pressure in the relief circuit
Air booster pump
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