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Vertical Turbine Pump

Vertical Turbine Pump Specification

Control System
Manual/Automatic

Head Size
Up to 250 meters

Working Temperature
0C to 60C (Standard); up to 90C (Special Design)

Caliber
100 mm to 400 mm

Inlet/Outlet
100 mm / 80 mm to 400 mm / 350 mm

Frequency
50/60 Hz

Speed
1450/2900 rpm

Theory
Centrifugal Pump

Voltage
380V/415V/440V, 3 Phase, 50/60 Hz

Features
High efficiency, Easy installation, Robust construction, Low maintenance

Flow Rate
Up to 5000 m/h

Noise Level
Low

Discharge Pressure
Up to 25 Bar

Mounting Type
Vertical Mounted

Max Suction
Up to 9 meters

Material
Cast Iron, Stainless Steel, Bronze

Structure
Single/Multistage Vertical Turbine Pump

Power
5 HP to 500 HP

Standard
IS, ANSI, BS, DIN

Fuel Type
Electric Motor Driven

Pressure
Up to 25 Bar

Usage
Agriculture, Industrial, Municipal, Irrigation, Fire Fighting

Application
Water Supply, Cooling Water, Effluent, Dewatering, Raw Water

Suction Type
Vertical Submerged Suction

Seals Type
Mechanical Seal/Gland Packing

Priming
Self Priming / Manual Priming

Pump Type
Vertical Turbine

Capacity
Up to 5000 m/h

Rotation
Clockwise (viewed from driver end)

Coating
Anti-corrosive epoxy paint

Maximum Depth Setting
Up to 90 meters

Bearing Type
Bush / Sleeve / Ball

Discharge Size
80 mm to 350 mm

Coupling
Flexible / Rigid

Impeller Type
Closed / Semi-Open

Lubrication
Water / Grease / Oil lubricated

Pump Bowl Material
Cast Iron / Stainless Steel

Shaft Material
Stainless Steel AISI 410/304/316

Column Pipe Material
Mild Steel / Stainless Steel

Service Life
Long

Number of Stages
Single / Multi Stage

Vertical Turbine Pump Trade Information

Minimum Order Quantity
1 Number

Supply Ability
Number

Delivery Time
1 Week

About Vertical Turbine Pump

Vertical Turbine Pump

Vertical Turbine Pump is designed for irrigation, water supply, condensate, food control, cooling water for powder plant, fire fighting, extraction general industry and several other applications. It is semi-open and has tilted pad thrust bearings along with impellers as well as instrumentation and controls. In addition to this, Vertical Turbine Pump can be easily mounted and maintained due to its compactness. Our offered product is capable of withstanding up to 800 c temperature and bad weather conditions as well. It is featured with rotating non pull out bowl, vertical wet pit and more.

Design

Vertical wet pit
Stages: Single / multistage
Closed impeller
Above or below floor discharge
Pumped medium lubricated line
shaft bearings
Non pull out bowl/ rotating
Element Antifriction bearings

Application

Water supply/ irrigation
Cooling water for power plant
Flood control/ condensate
Extraction general industry/ fire
Fighting

Special features / product benefits

Caission/ cannister construction
Tilted pad thrust bearings with
Cooling arrangement, semi-open impellers
Oil / external water lubricated line
Shaft bearings
Pull out rotating element,
Instrumentation & controls

Technical data

Q max : 50000 m3 /hr max
H max: 450 m
Temperature: up to 800 C - higher on request
Delivery Size: DN 100 - DN 2000

Robust Material Options and Build Quality

Designed with durable cast iron, stainless steel, and bronze options, our vertical turbine pumps ensure reliability across diverse settings. Advanced manufacturing standards (IS, ANSI, BS, DIN) and anti-corrosive epoxy coatings extend service life, while the structure allows operation in harsh conditions and various water qualities.

Versatile Applications and Configurations

These pumps cater to a wide spectrum of uses, including water supply, cooling, irrigation, effluent, dewatering, raw water, and firefighting. Flexibility in discharge sizes (80 mm to 350 mm), flow rates (up to 5000 m/h), and head sizes (up to 250 meters) means you can tailor the pump to fit specific application requirements.

Efficient Operation and Control Options

Featuring advanced options such as mechanical seals or gland packing, water/grease/oil lubrication, and self/manual priming, our pumps are built for consistent, low-noise, and efficient operation. With both manual and automatic controls, users can achieve optimal performance and system management with minimal oversight.

FAQs of Vertical Turbine Pump:

Q: How can I select the best impeller and material combination for my application?

A: To determine the optimal impeller and material, consider the nature of the liquid being pumped and environmental conditions. Closed impellers are ideal for clean fluids, while semi-open types handle liquids with solids or debris. For maximum corrosion resistance, stainless steel pump bowls and shafts (AISI 410/304/316) are recommended, especially for aggressive or corrosive water.

Q: What are the steps involved in installing a vertical turbine pump?

A: Installation involves securely mounting the vertical pump, connecting the suction intake at the required depth (up to 90 meters), aligning the coupling (flexible or rigid) with the driver motor, and ensuring proper lubrication (water, grease, or oil). Priming should be done manually or using the self-priming option. Its essential to follow manufacturer guidelines and perform a test run before commissioning.

Q: When is it necessary to choose a multi-stage over a single-stage model?

A: Multi-stage configurations are advantageous when you need higher discharge heads (heights), as each stage increases pressure capacity up to 250 meters. Single-stage pumps suit applications with lower head requirements. Assess the sites elevation and pressure needs to select the appropriate model.

Q: Where are these vertical turbine pumps typically utilized?

A: These pumps are widely used in agriculture (irrigation), municipal water supply, industrial cooling systems, firefighting, dewatering, and raw water transfer. Their robust construction and material variety allow deployment in diverse sectors across India and worldwide.

Q: What is the lubrication process for the pump bearings, and how do I choose the right method?

A: Lubrication depends on the bearing type and application. Water lubrication suits environmentally sensitive applications, grease offers low-maintenance operation, and oil is used for heavy-duty, high-load conditions. Always refer to the pumps technical manual for recommended intervals and types based on operational demands.

Q: How does anti-corrosive epoxy coating benefit the pumps longevity?

A: The anti-corrosive epoxy coating provides a resilient barrier against rust and chemical attack, particularly in harsh water or industrial settings. This advanced protection extends the pumps service life, reduces maintenance frequency, and ensures reliable operation over time.

Q: What are the main advantages of selecting a vertical turbine pump from your offering?

A: Choosing our pump means benefiting from high efficiency, robust construction, wide compatibility with standard voltages (380V/415V/440V), manageable maintenance, easy installation, flexibility in control systems, and low noise levels, making them ideal for exporters, suppliers, and end-users alike.