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Industrial Water Pumps
Need an industrial water pump? Water pumps are those mechanical devices used to move, elevate, or compress ground, potable or salt water or liquid from one place to another. Pumps used for gases and vapors are usually known as compressors. Those that are designed for moving sewage or slurries are usually referred to as wastewater, submersible, sewage or trash pumps. Instead of handling just water, these pumps are capable of dealing with water from lakes, ponds, streams, rivers and city water. Water pumps for industrial purposes give you the ability to pump water containing stones, sticks, sand, mud and other solids. When portable, they are ideal for sites where electrical power is not available.
Buy Your Water Pump Today
Click on any of the links, images or banners below and get your water
pump from some of the best online suppliers of water pumps.
|
Shurflo -
Shurflo Industrial Pump — 115 Volt, 198 GPH, Model# 2088-594-154 |
|
Wayne Sewage Pumps -
Wayne Cast Iron Submersible Sewage Pump — 1/2 HP, 7800 GPH,
Model# CSE50T |
|
Flotec Sump Pumps -
"Flotec 2-Wire Submersible 4in. Deep Well Pump — 1
HP , Model# FP2232-02" |
|
Gorman Rupp Trash Pumps -
"Gorman Rupp Trash Pump — 18,000 GPH, 5.5 HP, 3in, Model#
3S5-HR" |
Kinds of Industrial Water Pumps
Water pumps are typically classified in terms of the pumping method they
use: displacement or dynamic. There are positive displacement pumps
which compress water by decreasing the volume of the chamber containing
that water, and dynamic pumps, which increase the momentum of the
water to a level greater than what is allowed by the outlet port. Positive
displacement pumps force the fluid from one chamber to another by reducing
the volume of the first chamber while increasing the volume of the second.
Such a pump produces a constant flow regardless of intake pressure or
outlet pressure, unless the intake pressure drops below a certain limit,
causing cavitation, or the outlet pressure exceeds the capacity of the
pump, causing pump failure. These pumps often have a relief valve to prevent
the latter problem. The dynamic pump causes the fluid to move from
inlet to outlet under its own momentum. This type doesn't require a release
valve since the pump only becomes less efficient as the outlet pressure
rises. Fluid motion can be rotary, as in centrifugal pumps, or linear,
as in reciprocating dynamic pumps.
Water pumps are also differentiated by their power source, i.e., gas, electricity, solar power, and whether they can handle only water or water that contains solids such as a trash or sump water pump. One of the most important features to consider when selecting a water pump is the type of power source that will be required to run to pump. Electric water pumps are quite popular and are AC and DC powered. Gas powered water pumps and other fuel driven pumps are reliable and capable of generating high degrees of lift. While solar powered water pumps are not generally able to provide the same motive forces as electric or gas driven units, they are useful in small flow situations, especially in applications that require remote placement, or in places where regular supervision is not available, i.e., on a farm for watering livestock.
Choosing the Right Water Pump
The heart of any system for transporting water is the water pump. For
the system to work properly, the pump has to match the requirements of
the water source and the piping system. If you need a pump for an irrigation
system and the water source is a well, pond or lake, a centrifugal pump
is usually recommended. Also referred to as a turbine, submersible or
propeller pump, they are usually located above the water surface and use
a suction pipe. Some of the most important performance specifications
to consider for industrial water pumps, include its maximum flow and pressure
rating, the temperature of the water to be pumped, and the size of the
inlet and outlets to which the water pump will be connected. Most water
pumps are self-priming, have a pressure gauge, and a control panel.
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