Centrifugal pumps are typically used to achieve what range of application pressures?

Centrifugal pumps are designed to handle a wide range of flow rates and are often utilized in applications that require higher pressures. The correct choice reflects the typical operational pressure range for these pumps, which is approximately 5 to 200 psi. This range allows centrifugal pumps to be effectively used in various agricultural applications, such as irrigation systems, chemical application, and water transfer processes.

By operating within this pressure range, centrifugal pumps can efficiently move liquids through piping systems, ensuring adequate distribution and maintaining the necessary pressure for effective application. The ability to operate at pressures as low as 5 psi enables them to accommodate systems with lower pressure requirements, while reaching pressures up to 200 psi allows for deployment in more demanding applications.

Lower ranges like 1-10 psi are insufficient for most centrifugal pumps, which are optimized for higher performance. Similarly, ranges above 200 psi may exceed the capabilities of standard centrifugal designs, making them less effective or even prone to failure. Therefore, the selection of 5-200 psi accurately reflects the versatility and application suitability of centrifugal pumps in practical settings.