- #1
jessika
- 2
- 0
Hi :shy:
I'm working on a project and may be in over my head just a bit :grumpy: I've reached a dilemma, and could really use some help. Here it is:
An air pump has ducting to its entrance, and when the pump is operational this ducting is experiencing a fixed vacuum. Conversely, there is exit ducting from the air pump experiencing a fixed pressure at the same time. If there is a restriction placed in the entrance ducting (vacuum), then there will be a volume (and pressure/efficiency?) loss at the pump. The main question is: If the same restriction is moved from the vacuum (entrance) side of the pump, to the pressure side (exit), will the volume (and pressure/efficiency?) loss be the same?
Ant tech would be greatly appreciated, and thank you in advance
I'm working on a project and may be in over my head just a bit :grumpy: I've reached a dilemma, and could really use some help. Here it is:
An air pump has ducting to its entrance, and when the pump is operational this ducting is experiencing a fixed vacuum. Conversely, there is exit ducting from the air pump experiencing a fixed pressure at the same time. If there is a restriction placed in the entrance ducting (vacuum), then there will be a volume (and pressure/efficiency?) loss at the pump. The main question is: If the same restriction is moved from the vacuum (entrance) side of the pump, to the pressure side (exit), will the volume (and pressure/efficiency?) loss be the same?
Ant tech would be greatly appreciated, and thank you in advance