Module For Centrifugal Pump Characteristics

Product Description

Module For Centrifugal Pump Characteristics

Pumps in a pipe system are used to convert mechanical energy into hydraulic energy this additional energy allows a fluid to move when it is not possible by gravity and for example, to raise a fluid at a certain height above the pump or make it recycle in a closed system. In general, the main purpose of a pump in a system is to increase the total energy H. The working principle of a centrifugal pump is based on the fluid inlet in the middle of the impeller, which blades conduct the fluid and thanks to the centrifugal force it is driven outward. At this point, the fluid is collected and contained by the pump casing which, thanks to its shape, drives the fluid to the outlet pipes or to another impelling stage.

Module For Centrifugal Pump Characteristics equipment allows the study of the characteristics of a pump working individually at different rotational speeds. Module For Centrifugal Pump Characteristics is made through a frequency inverter which adjusts the working speed according to each case of study. In addition, the flow control valve manages the pump operating mode in order to obtain experimental operating curves. These curves can be compared with those supplied by the manufacturer, as well as those obtained by mathematical calculation. The flow measurements are made using volumetric hydraulic of the hydraulic bank (required), that is used also to study the relation between pressure loss and the fluid speed.

Performable Experiments of Module For Centrifugal Pump Characteristics

1. Determine the characteristic curves of a pump at different working speeds.
2. Height flow volume (H-Q)