Pumps
are making their great importance in all the sectors over the
comprehensive world. With Centrifugal
Pumps being the most popular of all, multifarious
hydraulic systems utilize them in order to move fluid through a
piping system. These renowned pumps are capable of pumping a
solid-containing liquid as well by using centrifugal force which is
generated by the rotation of the impeller. This force causes the
liquid to abandon impeller's vanes at a higher velocity in comparison
to the time it entered. There is a major influence of centrifugal
force on an object or material moving in a circular pattern pulling
it away from the central axis of the path along which it travels. The
force then collates the pressure and motion within a pumping unit and
forms a fundamental part of hydraulic mechanisms when utilized in an
amalgamation with a number of other centrifugal principles.
As a
Centrifugal Pump plays a significant role in almost all the sectors,
its one single type of configuration doesn't prove befitting for
every executing different activity. Thus, there are produced
diversified types of them, amongst which Horizontal Split Pumps
hold a substantial place. As the name suggests, the casing in these
pumps is split into two separate chambers along a horizontal plane in
relation to the impeller.
They
feature a single double suction or two single suction impellers
supported between bearings. This type of casing design is frugal for
higher flow applications. The discharge and suction connections in
the lower half of the casing are positioned opposed to each other,
with the impeller mounted on a shaft. The typical applications of a
Horizontal Split Case Pump include-
- Power Stations and Refineries
- Hydrant Systems
- Water treatment and supply
- Sprinkler systems
- Manufacturing Facilities
- Monitor Systems
- Cooling water circulation
- Booster pumping
- Water curtains
- Petrochemical utility duties
- Seawater lift
- Fuel storage depots
- Process and industrial utility duties
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