END SUCTION 55 PUMP
Key Features
| END SUCTION 55 PUMP | : | Attribute Typical / Representative Value Notes / Comments Model / Type GS 4 125‑500 / 55 (for example) One example of a 55 kW end suction pump model lenntech.com Flow (Q) 90 – 300 m³/h As per Ebara GS 4 125‑500 55 model lenntech.com Motor Power 55 kW By definition of “55” in the model spec lenntech.com Speed 1,450 rpm Typical for 4‑pole induction motor in that pump lenntech.com Head (H) — not always given explicitly in that model datasheet Usually the head curve is given in the pump’s performance chart Maximum Temperature 120 °C For the Ebara GS 55 version lenntech.com Poles 4 poles As given in Ebara model lenntech.com Weight ~ 967 / 979 kg As per Ebara spec (two weights listed: likely pump alone and pump + motor) lenntech.com Inlet / Discharge Size Likely DN125 inlet / DN100 discharge (or as per model) Many GS models follow this size range; the “125‑500” part suggests inlet = 125 mm nominal and design series. lenntech.com Material of Construction Cast iron (casing), stainless / alloy impeller etc. Typical for end suction pumps in clean water / industrial service Seal Type Mechanical seal (single or dual) Standard for centrifugal pumps, possibly per API 682 for certain applications Wikipedia Liquid Temperature Range Up to ~120 °C As given for Ebara model lenntech.com Maximum Working Pressure — Should be in the datasheet; sometimes expressed as bar or MPa Efficiency — Will vary with operating point; often 70‑85 % for good designs Net Positive Suction Head (NPSH) Required — Must be checked from manufacturer curves Bearing / Shaft Material Typically alloy steel / stainless Depending on fluid, corrosion, etc. Orientation & Mounting Horizontal end-suction (back pull-out type common) Many end suction pumps allow removing the rotating assembly from the volute without disturbing piping Protection / Enclosure IP specification for motor (e.g. IP55, etc.) Common for industrial motors |
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ND SUCTION 55 PUMP –
Reliable, Efficient, and Robust Fluid Handling Solution
The END SUCTION 55 PUMP is a high-performance,
single-stage centrifugal pump designed for efficient and dependable fluid
transfer across a wide range of industrial and commercial applications.
Engineered with precision and built to the highest quality standards, the End
Suction 55 Pump from Indian Carbon
delivers superior hydraulic performance, energy efficiency, and long
operational life even under the most demanding conditions.
This pump is widely
used for water supply, industrial process handling, irrigation, firefighting
systems, and HVAC operations, among many others. Its simple yet robust design
ensures easy installation, smooth operation, and low maintenance, making it a
trusted choice for industries where reliability and performance are critical.
Design and
Construction
The End Suction 55 Pump is a single-stage, end suction, and top dischargecentrifugal pump. It features a back-pull-out design, allowing easy
maintenance and inspection without disturbing the pipe connections or motor
alignment. The pump casing is precision-cast with high-grade materials,
ensuring mechanical strength and resistance to corrosion and wear.
The impeller,
dynamically balanced for smooth performance, is designed to deliver maximum
efficiency and minimal vibration. Available in both open and closed types
depending on application, it ensures high head and discharge performance. The
pump shaft is made from stainless steel or high-tensile steel to resist corrosion
and handle heavy-duty operational stress.
To ensure leak-free
performance, high-quality mechanical seals or gland packings are used based on
process requirements. Bearings are selected for long service life and minimal
noise, ensuring reliable, continuous operation.
Working
Principle
The End Suction 55 Pump operates on the centrifugal force principle. Liquidenters axially through the suction port at the center of the impeller. When the
impeller rotates, centrifugal force pushes the liquid outward toward the
casing, increasing its velocity and pressure. The fluid then exits through the
discharge nozzle at a higher head and flow rate.
This simple and
effective working principle allows the pump to handle large volumes of liquid
with high efficiency and consistency, making it suitable for both clean and
slightly contaminated fluids.
Applications
The versatility of the
End Suction 55 Pump makes it suitable for an extensive range of industries andprocesses, including:
1.
Water Supply & Distribution – Municipal water supply systems, booster stations, and
community water projects.
2.
Industrial Processes
– Chemical plants, food processing, pharmaceuticals, textile, and manufacturing
industries.
3.
Irrigation & Agriculture – For drip, sprinkler, and canal-based irrigation systems.
4.
Fire Fighting Systems
– Used as main and jockey pumps in fire protection setups.
5.
HVAC & Chilled Water Systems – Circulation of water in air conditioning, cooling, and
heating systems.
6.
Effluent & Wastewater Management – For handling slightly contaminated liquids and treated
wastewater.
7.
Marine & Utility Services – Suitable for bilge, ballast, and general-purpose water
transfer applications.
Key Features and Advantages
·
High Efficiency:
Optimized hydraulic design ensures excellent performance with reduced energy
consumption.
·
Back Pull-Out Design:
Allows easy maintenance without disturbing suction and discharge pipelines.
·
Rugged Construction:
Heavy-duty casing and shaft materials guarantee durability under continuous
operation.
·
Corrosion & Wear Resistance:
Available in a range of materials including Cast Iron, Bronze, Stainless Steel,and CI-SS combinations.
·
Wide Application Range:
Handles clear water, light chemicals, and industrial liquids effectively.
·
Mechanical Seal Arrangement:
Ensures leak-free operation and minimizes downtime.
·
Low Noise and Vibration:
Dynamically balanced impeller and precision bearings ensure smooth, quiet
operation.
·
Customizable Options:
Can be configured for specific flow rates, head, and temperature requirements.
·
Compact Design:
Space-saving horizontal configuration makes it ideal for installation in tight
spaces.
·
Energy Efficient:
Designed to reduce operating costs while maintaining high discharge rates.
Technical Performance
The End Suction 55 Pump is capable of
delivering high efficiency over a wide operational range. Its performance
parameters can be customized based on user requirements.
·
Capacity (Flow Rate):
Up to 550 m³/hr
·
Head Range: Up to 90
meters
·
Speed: 1450 / 2900
RPM (depending on model)
·
Discharge Size: 25 mm
to 200 mm
·
Working Pressure: Up
to 16 bar (Standard)
·
Temperature Range:
-10°C to +120°C (varies by material and seal type)
·
Power Range: 0.75 kW
to 110 kW
·
Efficiency: Up to 85%
depending on model and application
Material of
Construction
|
Component |
Material
Options |
|
Casing |
Cast Iron / Ductile Iron /
Stainless Steel / Bronze |
|
Impeller |
Bronze / Stainless Steel / Cast
Iron |
|
Shaft |
Stainless Steel / High Tensile
Steel |
|
Seal |
Mechanical Seal / Gland Packing |
|
Bearing Housing |
Cast Iron |
|
Base Frame |
Fabricated Steel or Cast Iron |
Installation and Maintenance
The End Suction 55 Pump is designed for
horizontal mounting with direct or flexible coupling to the motor. Its
back-pull-out design allows quick removal of the rotating assembly for servicing
without disconnecting the pipelines. This significantly reduces downtime and
maintenance costs.
Regular lubrication of
bearings, inspection of seals, and periodic performance checks ensurelong operational life. The pump’s simple structure and easy accessibility ofcomponents make it highly user-friendly and cost-efficient to maintain.
Environmental and
Operational Benefits
Indian Carbon’s End
Suction 55 Pump is designed with energy efficiency and sustainability in mind.
Its robust construction minimizes leakage and energy losses, while advanced
sealing technology reduces water wastage and maintenance needs. The use of
recyclable materials ensures minimal environmental impact.
This makes it not only
a reliable industrial solution but also an eco-friendly choice for modern
operations.
Conclusion
The END SUCTION 55 PUMP by Indian Carbon stands as a symbol of
efficiency, reliability, and engineering excellence. Its robust construction,
efficient hydraulic design, and easy maintenance make it ideal for
continuous-duty operations across various industries. Whether for water supply,
irrigation, HVAC, or industrial fluid transfer, the End Suction 55 Pump
guarantees optimal performance, lower operational costs, and long-term
dependability.
Built for durability,
designed for performance, and trusted for excellence — the Indian Carbon End Suction 55 Pump is the
ultimate solution for efficient fluid handling in any application.
| END SUCTION 55 PUMP | Attribute Typical / Representative Value Notes / Comments Model / Type GS 4 125‑500 / 55 (for example) One example of a 55 kW end suction pump model lenntech.com Flow (Q) 90 – 300 m³/h As per Ebara GS 4 125‑500 55 model lenntech.com Motor Power 55 kW By definition of “55” in the model spec lenntech.com Speed 1,450 rpm Typical for 4‑pole induction motor in that pump lenntech.com Head (H) — not always given explicitly in that model datasheet Usually the head curve is given in the pump’s performance chart Maximum Temperature 120 °C For the Ebara GS 55 version lenntech.com Poles 4 poles As given in Ebara model lenntech.com Weight ~ 967 / 979 kg As per Ebara spec (two weights listed: likely pump alone and pump + motor) lenntech.com Inlet / Discharge Size Likely DN125 inlet / DN100 discharge (or as per model) Many GS models follow this size range; the “125‑500” part suggests inlet = 125 mm nominal and design series. lenntech.com Material of Construction Cast iron (casing), stainless / alloy impeller etc. Typical for end suction pumps in clean water / industrial service Seal Type Mechanical seal (single or dual) Standard for centrifugal pumps, possibly per API 682 for certain applications Wikipedia Liquid Temperature Range Up to ~120 °C As given for Ebara model lenntech.com Maximum Working Pressure — Should be in the datasheet; sometimes expressed as bar or MPa Efficiency — Will vary with operating point; often 70‑85 % for good designs Net Positive Suction Head (NPSH) Required — Must be checked from manufacturer curves Bearing / Shaft Material Typically alloy steel / stainless Depending on fluid, corrosion, etc. Orientation & Mounting Horizontal end-suction (back pull-out type common) Many end suction pumps allow removing the rotating assembly from the volute without disturbing piping Protection / Enclosure IP specification for motor (e.g. IP55, etc.) Common for industrial motors |
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