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How is the air consumption of the air booster pump determined?
The determination of the air consumption of an air booster pump is based on the cylinder diameter, stroke, and reciprocating frequency of the pump. Taking the Feentor ZTV02 compressed air booster pump as an example for further explanation.
Cylinder diameter: The cylinder diameter of ZTV02 is 160mm
Stroke: The pump's stroke is approximately 120mm
Repetition frequency: 120 times per minute under no-load conditions
The driving pressure with a small increase in air is 2 bar, so its flow rate can be calculated as approximately 1157.5L/min
The specific algorithm is roughly as follows: 3.14 * 0.8 ² * 1.2 * 120 * 2 * 2=1157.5L
Why is the air consumption of the air booster pump so high? Don't worry, let me explain to you: the number of reciprocating movements of an air booster pump determines the air consumption of the pump. When the output pressure reaches the required value, the pump no longer consumes air, that is, stops reciprocating operation. Taking ZTV02 as an example, its boost ratio is 2:1. The output pressure is twice the driving air pressure. When the driving air pressure is 6, the output pressure of the air booster pump is 12 bar. At this time, the pump stops working and the air consumption is zero. As the pressure increases, the reciprocating frequency of the pump gradually decreases, resulting in a decrease in air consumption.
When customers purchase Feentor air booster pumps, they must communicate their current operating conditions with sales engineers in order to make the selection more accurate and precise.
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