Well Pump Head Loss

It is the height to which a pump can raise the water fluid up.

Well pump head loss.

If you have to pump a liquid up 30 feet and your pump doesn t have at least 30 feet of head then there is no chance it will work. The pump head hydraulic head or piezometric head is a specific measurement of liquid pressure above a specific point. You can select the pump based on the pump manufacturer s catalogue information using the total head and flow required as well as suitability to the application. The amount of friction depends on the pipe s material internal diameter and length as well as the type of bends and fittings you use.

How to calculate total head of pump. It is usually measured as a liquid surface elevation expressed in units of length at the entrance or bottom of a piezometer in an aquifer it can be calculated from the depth to water in a piezometric well a specialized water well and given information of the piezometer s elevation. Your pump will need at least 30 ft. Static lift is the height the water will rise before arriving at the.

Write down the total friction loss in feet of head meaning the number of feet you lose from your pumping lift because of friction. All you do is enter your specifications and click the update button to calulate total losses for the system. Look up these values on a pipe friction loss chart such as this one. The vertical rise and friction loss.

The total head is the sum of the static head remember that the static head can be positive or negative and the friction head. Total dynamic head in an industrial pumping system is the total amount of pressure when water is flowing in a system. Plus the friction loss to get the required flow at the discharge point. Tdh static height static lift friction loss.

This reduction in pipeline head loss allows for the selection of a smaller pump that requires less power. It is comprised of two parts. Head loss refers to the total pressure losses sustained by the fluid as it flows from the suction point to the discharge point. Total dynamic head of pumps calculation.

Then select a pump based on flowrate and total head loss requirements. In fluid dynamics total dynamic head tdh is the total equivalent height that a fluid is to be pumped taking into account friction losses in the pipe. Short tutorial on how to calculate total dynamic head of industrical pumps. For example transporting water through a 3 5 inch pipe results in 16 2 feet of head loss while a 6 inch pipe has a head loss of only 1 1 feet.

Example of total head calculation. In table 4 the head loss drops rapidly as the id increases. This calculator allows you to figure out the head loss for pump selection. Most pump applications involve moving fluid to a higher level.

It is important to calculate this accurately in order to determine the correct sizing and scale of pumping equipment for your needs.