What does a P2-curve measure?
What do pump curves help you do?
When selecting a pump for variable flow, what's imperative?
What is an understanding of the load profile of your application essential for?
What happens to the flow when the NPSH value increases?
In their simplest forms, what do pump curves measure?
Test results
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Q: What does a P2-curve measure?
A: The relation between the power supplied and the power used
Q: What does a P2-curve measure?
A: The relation between a pump’s power consumption and flow
Q: What does a P2-curve measure?
A: The pump’s head
Q: What do pump curves help you do?
A: They help you identify and select the right pump for your needs
Q: What do pump curves help you do?
A: They give you the pump’s technical specifications
Q: When selecting a pump for variable flow, what's imperative?
A: Looking for pumps which offer the best efficiency at lower more frequent flow
Q: When selecting a pump for variable flow, what's imperative?
A: Selecting a pump with the best efficiency at the peak flow
Q: When selecting a pump for variable flow, what's imperative?
A: Looking for a pump with a constant duty point
Q: What is an understanding of the load profile of your application essential for?
A: Pump selection
Q: What is an understanding of the load profile of your application essential for?
A: Your power bill
Q: What is an understanding of the load profile of your application essential for?
A: Water composition
Q: What happens to the flow when the NPSH value increases?
A: It decreases
Q: What happens to the flow when the NPSH value increases?
A: It remains the same
Q: What happens to the flow when the NPSH value increases?
A: It increases as well
Q: In their simplest forms, what do pump curves measure?
A: Pressure and flow
Q: In their simplest forms, what do pump curves measure?
A: Flow and head
Q: In their simplest forms, what do pump curves measure?
A: Flow and pressure