Selecting a pump for process flow is critical for effective heat transfer and for getting the most out of Advantage equipment.
- To optimize system performance, systems should be designed with a low pressure drop in the flow delivery system so that adequate pressure is
available to deliver high flow and turbulent conditions in the process.
- This is accomplished in practice by having properly sized delivery piping systems that keep water velocities between 5 and 7 feet per second and
pressure losses to less than 3 psi per 100' of run./li>
- It is also important to minimize the use of unnecessary tees, elbows, valves, and other high pressure drop causing components such as quick
- Laminar and turbulent flow conditions can exist in a process. It is important for heat transfer that turbulent flow exist through the process while
laminar flow is acceptable and desirable in the delivery system. See FYI #156 for more information on Turbulent and Laminar
Example: a mold has ten (10) 3/8" ins/outs. To be turbulent, each 3/8" in/out should have 2.5 gpm. Therefore, 25 gpm is required. A 3/4 HP pump (like in an SK-1035LE) rated for 35 gpm is the correct machine for this application.
This chart can be used to help estimate the water flow rate required for a process in order to obtain turbulent flow conditions which promotes heat transfer.
For more information about Recommending and Selecting a Pump call the Advantage Sales Department at 317-887-0729.