Low pressure on the intake side. Think of it like a straw, you create low pressure when you suck on the end. Atmospheric pressure (14.7 lbs) forces water into the straw on the lower end. Up comes the liquid. In the pump the exiting side creates high pressure to push the water out of the pump. As long as you supply power and liquid the pump will continue.
Low pressure on the intake side. Think of it like a straw, you create low pressure when you suck on the end. Atmospheric pressure (14.7 lbs) forces water into the straw on the lower end. Up comes the liquid. In the pump the exiting side creates high pressure to push the water out of the pump. As long as you supply power and liquid the pump will continue.
clancysdaddy 7 months ago
Is this the same principle/model used in a sump pump?
What causes the water to get sucked into the tube?
jorgekluney 1 year ago