Working Principle of Rotary Gear Pump
Moving fluids plays a major role in any plant's process,
and moving those fluids requires energy to liquids through pumps.
Since pumps have been around for such a long time, it is
no surprise that there are a seemingly endless variety of sizes and types used
per the industry's requirement.
A rotary gear pump is one of those pumps used to transfer
all viscous liquids, oil, and petroleum products. Keep reading to know all
about the Rotary Gear Pump and how it works
Rotary
gear pumps are positive displacement pump that has continuous rotary gear. With
the help of gear meshing, mechanical energy is converted into fluid energy and
this creates void suction. The space that forms between the gear meshing pulls
in the high level of viscous liquid by letting them flow towards the wall
surface, and then to the output.
How does The Rotary Gear Pump work?
Rotary
gear pumps use the movement of rotating cogs or gears to move fluids. This is
how they work. When the rotating element makes a liquid seal with the pump
casing, it creates suction at the pump's inlet and moves water away from the
pump. Flowing fluid is taken into the pump and is contained inside the cavities
of the revolving gears, where it is later transmitted to the discharge point. External
and internal rotary gear pumps are the two most common designs for rotary gear
pumps.
The Primary Benefits of Using Rotary Gear Pump
One
of the primary benefits of a rotary gear pump is that it is reliable and easy
to use. The structure of the pump is such that it can be readily used for the
displacement of viscous liquid. These
pumps, in contrast to many other industrial pumps, do not require extensive
maintenance. They are cost-effective and thus do not necessitate the
expenditure of a large sum of money.
These
pumps are constructed in such a way that they are simple to clean both
internally and externally without causing any difficulty. As a result, there is
no need for specific specialization in order to maintain or clean the pumps.
Another advantage of employing these pumps is that they are capable of withstanding
any level of pressure. They have the ability to regulate the flow of the fluid
that goes through them and are thus safe to use.
The Best Rotary Gear
Pump Available In India
When it comes to buying the best rotary gear pumps, Sujal
Engineering is an ideal place to look for. It is a leading manufacturer of
SGP Series – Known as rotary gear pump, in India. We are engaged in the best
rotary Gear Pump manufacturing for the last many years. It is specially used
for the handling of minerals oils, paints, varnishes, syrups, and inks. Our
rotary gear pump’s entire range is manufactured under the guidance of an
experienced person using advanced technology and quality-tested components.
Technical Specification of Rotary Gear Pump
Type: Double Helical
Rotary Gear Pump
Capacity: Up to 195 m3/hr.
Head: Up to 100 Meter
Pressure: up to 10 kg/cm2
Size: 12 mm to 200 mm
Speed: up to 1500 rpm
Temperature: up to 200°C
M.O.C.: CI, CS, SS304 / 316, SS 304 L/316L, Alloy 20, Hast alloy
B or C, CD4MCU, etc.
Salient Features
Rotary
gear pump has many desirable salient features that contribute greatly to their
widespread application in the transferring of fluid across many industrial
sectors. Below are some features of the rotary
gear pump.
· Highly Efficient Performance
· Compact Design
· Easily Maintainable
· Easy cleanable
· Low noise
· Low leakage Path
· Non-Corrosive
· High-Speed
Application
Rotary
gear pumps are frequently used to transfer fluids with a high viscosity, such
as oil, paints, resins. They are preferred in any application that requires
precise dosing or a high-pressure output. The following are some applications
of Rotary Gear Pumps.
- Solvents
- Fluid and lubricants
- Pulp and paper industry
- Highly viscous or semi-viscous
liquids
- Chemical industry
- Chemical mixing and blending
A rotary gear pump moves a fluid
by repeatedly enclosing a fixed volume within interlocking cogs or gears,
transferring it mechanically to deliver a smooth pulse-free flow proportional
to the rotational speed of its gears.
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