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Secure the system and achieve equal wear by alternate pumps in parallel
Maximum designed pump efficiency
Cavitation occurs in a fluid flow system when the local static pressure is below the vapor pressure.
Centrifugal pumps characteristics - speed torque curve
An introduction to Centrifugal Pumps
Centrifugal pumps design and dimensions standards
When a liquid flow through a pump, hydrodynamic losses depends on fluid viscosity
Selecting between Centrifugal Pumps and Positive Displacement Pumps
High temperatures and the danger of impeller cavitation is the major challenge of condensate pumping
Converting head (ft or m) to pressure (psi or bar, kg/cm2) and vice versa
Adapting pump capacities to process demand
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An introduction to dynamic, absolute and kinematic viscosity and how to convert between CentiStokes (cSt), CentiPoises (cP), Saybolt Universal Seconds (SSU), degree Engler and more
The equation of mechanical energy in terms of Energy per Unit Mass, Energy per Unit Volume and Energy per Unit Weight involving head
Convert between common used volume flow units like gpm, liter/sec, cfm, m3/h and more - online flow unit converter
The energy equation can be used to calculate the actual head rise in a pump or fan
A definition of British Horse Power for pumps, fans and turbines and how to convert to other common units
A definition and an introduction to Net Positive Suction Head - NPSH
Convert between common pressure units like Pa, bar, atmosphere, pound square feet, psi and more - with converting tables
An introduction tutorial to the basic operating principles of positive displacement pumps
The power gained by fluid from operating pumps or fans
Convert between common units for pressure and head - lb/in2, atm, inch mercury, bars, Pa and more
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Turbo machines affinity laws are used to calculate volume capacity, head or power consumption, when speed - rpm, or wheel diameters are changed for centrifugal pumps
The overall pump and fan efficiency is the ratio of power actually gained by the fluid - to the shaft power supplied
Calculate pump hydraulic and shaft power
Recommended flow velocity required on the delivery side of the pump in systems with boiling liquids
Recommended flow velocity required for light oil systems on the delivery side of the pump
Horsepower requirements pumping water
For pumps in serial - add heads, for pumps in parallel - add flowrates
Comparing pumps, compressors, blowers and fans
Normal flow velocities on the delivery side of the pump in viscous systems
Recommended flow velocity for the pump suction side
Recommended flow velocity for the pump suction side
Recommended suction flow velocity of viscous fluids
Specific speed may be determined independent of the pump size
Specific Suction Speed may be used to determine what general pump design to use for maximum efficiency
Specific work of pumps, fans, compressors and turbines
Characteristics of stable and unstable centrifugal pumps
Static pressure and pressure head in fluids
Recommended water flow velocity on suction side of pump
Pump suction head as affected by altitude
To select a proper pump for a particular application it is necessary to utilize the system curve and the pump performance curve
Saturation pressure - exerted by escaping molecules
A converting table between viscosity units as Centiposes, milliPascal, CentiStokes and SSU
Calculate temperature rise in pumps
Required flow velocities in water transport systems - on the delivery side of the pump
Calculate Pressure Head, Total Dynamic Head, Bowl Horsepower, Total Trust acting on Driver Thrust Bearing, Field Head, Power Loss due to Shafting, Power Loss in Thrust Bearings, Motor Load, Field Efficiency, Input Horsepower (Power Supplied to Driver) and Shaft Elongation
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