A pump curve provides details of pump efficiency, net positive suction head (NPSH), various impeller diameters, and pump power consumption.
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A pump curve provides details of pump efficiency, net positive suction head (NPSH), various impeller diameters, and pump power consumption.
Application guidelines for centrifugal pumps are location of flat when using eccentric reducers, all pump suction lines must be designed to accommodate, the suction of any centrifugal pump must continuously flooded and suction pumping shall contain no vertical loops or air pockets.
What are the application guidelines for centrifugal pumps?
Application guidelines for centrifugal pumps are location of flat when using eccentric reducers, all pump suction lines must be designed to accommodate, the suction of any centrifugal pump must continuously flooded and suction pumping shall contain no vertical loops or air pockets.
Read MoreA pump head is a measure of fluid energy.
In centrifugal pumps, what do pump heads measure?
A pump head is a measure of fluid energy.
Regulating valves are used extensively to regulate the flow of fluid. Different types of regulating valves are globe, needle, butterfly, ball, plug and diaphragm valves.
What are regulating valves used for?
Regulating valves are used extensively to regulate the flow of fluid. Different types of regulating valves are globe, needle, butterfly, ball, plug and diaphragm valves.
Read MoreBackflow prevention is used to prevent backflow. In backflow prevention the valves are self actuating and the valve disc is kept open by the forward flow of fluid.
What is the purpose of backflow prevention?
Backflow prevention is used to prevent backflow. In backflow prevention the valves are self actuating and the valve disc is kept open by the forward flow of fluid.
Read MoreProtection valves are used to protect piping and equipment from being subjected to pressures. Protection valves include a rupture disc designed to burst open at a predetermined pressure.
What are protection valves used for?
Protection valves are used to protect piping and equipment from being subjected to pressures. Protection valves include a rupture disc designed to burst open at a predetermined pressure.
Read MoreStop or isolation valves include gate, globe, ball, butterfly, play and diaphragm valves.
An increase in pipe diameter = lower pump capacity, and increased piping material cost.
In pipings and fittings, what does an increase in pipe diameter effect?
An increase in pipe diameter = lower pump capacity, and increased piping material cost.
Read MoreA decrease in pipe diameter = increase in flow velocity and more pressure loss.
In pipings and fittings, what does a decrease in pipe diameter effect?
A decrease in pipe diameter = increase in flow velocity and more pressure loss.
Read MoreReduction in length, directional changes, and diameter variations decrease cost.
In piping and fittings, what can decrease cost of pipe configuration?
Reduction in length, directional changes, and diameter variations decrease cost.
Read MoreHead loss is calculated using a number of calculations depending on type of piping and attached equipment.
In pipings and fittings, how is head loss calculated?
Head loss is calculated using a number of calculations depending on type of piping and attached equipment.
Read MoreHigher viscosity fluid = powerful pumpings of fluid and supporting of pipe.
In pipings and fittings, what does higher viscosity fluid equal?
Higher viscosity fluid = powerful pumpings of fluid and supporting of pipe.
Read MoreSelection of pipe thickness would be dependent on same parameters utilized in piping size selection criteria.
In pipings and fittings, what is selection of pipe thickness dependent on?
Selection of pipe thickness would be dependent on same parameters utilized in piping size selection criteria.
Read MoreIn piping and fittings, what all is included in the combination of parameters?
In pipings and fittings, how is stress managed?
In pipings and fittings, what is pressure vessels piping defined by?
In piping and fittings, what is load/pressure capacity?
In Piping and fittings, what are specs based on?
In regards to piping system components, what is transmission?
In regards to fluid properties in the piping system, how does energy act?
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