
Ever wondered why your pump isn't delivering its expected flow or pressure?
Understanding pump performance curves is key to unlocking its true potential.
A system curve represents the total head (pressure) required to move fluid through your piping.
It reflects various factors and resistances present within your piping system.
Your pump's operating point is where its head-flow curve intersects with your system curve
This point defines the actual flow rate and head your pump will deliver in your specific s
The shut-off head is a particular point on the pump's performance curve when there is no flow.
It's a reference point for understanding pump operation.
Various factors, such as pipe characteristics, can influence your pipeline's system curve.
Changes in these factors can impact the system curve.
The pump's curve and the system curve represent different aspects of the pumping system.
Their intersection indicates the point where pump output meets the system's conditions.
Consider a pump's head-flow characteristics for an illustrative example scenario.
Your system has certain head requirements, including friction.
At different flow rates, friction can add varying amounts of head to the system.
Thus, at various flow rates, your system will have different total head requirements.
Where the pump's head equals the system's total head, an operating point is determined.
This indicates the actual performance of the pump.
System characteristics, such as pipe dimensions, can influence the system curve.
Monitoring system conditions, like blockages, can help maintain efficiency.
Our free Pump System-Curve Operating-Point Calculator helps you quickly determine your pump's performance.