Centrifugal Pumps Have Become Key Equipment in Water Systems, Oil & Gas Distillation, and Industrial Applications
Centrifugal pumps are the most common type of pump found in homes, small businesses, and even in some industries. They work by forcing a fluid through a pump that is attached to a movable shaft. Centrifugal pumps provide a high level of pumping force with very low noise, vibration, and heat loss. Centrifugal pumps have a number of unique design features that make them a preferred choice for applications such as water systems, oil & gas distillation, refrigeration, air conditioning, industrial and general pumping applications.
Centrifugal pumping is often used as a secondary pumping action in applications where high pressure needs to be maintained over a prolonged period, or in conjunction with other pumps for the sole purpose of achieving higher pressure levels. Centrifugal pumps come in a wide variety of sizes and designs, designed for a variety of applications. Centrifugal pumps are generally used for suction and/or degreasing applications in applications where the only purpose of the pump is to push or pull fluid through a specific path. The basic structure of a Centrifugal Pump is very similar to that of an alternating current commercial vacuum pump.
A Centrifugal Pump usually consists of a pair of shafts, the inner shaft having a greater circumference than the outer shaft. The inner shaft is driven by a T.V. or other drive unit that produces the necessary force needed to move the fluid through the Centrifugal Pump. The power required to operate Centrifugal Pump is determined by the cross-sectional area of the impellers and the flow rate (hundreds to thousands of cubic feet per minute) determined by the load. The flow rate and the size of the impellers determine the maximum power generated by the Centrifugal Pump. Recently, in December 2020, Blackmer, a U.S.-based pump company, introduced new high-temperature series centrifugal pumps System One.
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