Industrial High Pressure Multistage Pumps

Price 22000.00 INR/ Set

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MOQ : 01 Set

Industrial High Pressure Multistage Pumps Specification

Theory
Centrifugal Pump

Flow Rate
Up to 300 m/hr

Material
Cast Iron / Stainless Steel

Structure
Segmental Multistage

Suction Type
End suction

Volute Type
Multi-volute

Nozzle Location
Top/Side

Shaft Orientation
Horizontal

Power Source
Electric

Fuel System
NA (Electric powered)

Pressure
Up to 100 bar

Temperature
Up to 120C

Inlet, Outlet Diameter
Varies from 25 mm to 100 mm

Speed
2900 rpm

Application
Boiler Feed, RO Plant, Water Supply, Fire Fighting, Industrial Utilities

Impeller Type
Closed impeller

Cooling Method
Air-cooled motor

Pump Efficiency
Up to 75%

Voltage
415V, 3 phase, 50 Hz

Seal Type
Mechanical seal / Gland packing

Number of Stages
Multi-stage (2-10 stages)

Coupling
Flexible coupling

Mounting Type
Baseplate mounted

Protection Class
IP55

Bearing Lubrication
Grease / Oil

Industrial High Pressure Multistage Pumps Trade Information

Minimum Order Quantity
01 Set

Supply Ability
50 Sets Per Month

Delivery Time
1 Week

About Industrial High Pressure Multistage Pumps

Technical Specification

Capacity	Upto 150 m3/hr
TDH Head	Upto 350 Mtr
Temperature	120 deg C
Speed (at 60 Hz)	1750 / 3500 rpm
Speed (at 50 Hz)	1450 / 2900 rpm
Pump Sizes	DN 32 Mm To 100 Mm
Pressure	38 Bars

Reliable Multistage Performance for Industry

Our high pressure multistage pumps are crafted to handle the rigors of industrial demands, delivering consistent flow and pressure across critical applications. From multi-stage design to advanced protection and diverse material options, they serve efficiently in sectors like power generation, municipal water, and fire safety.

Customizable Design and Flexible Installation

Designed for maximum adaptability, these pumps feature various inlet and outlet diameters, multi-volute housing, and easy integration into existing systems. Whether mounted on a baseplate or installed with side/top nozzles, operators benefit from simplified maintenance and seamless retrofitting into their infrastructure.

FAQs of Industrial High Pressure Multistage Pumps:

Q: How are industrial high pressure multistage pumps typically used?

A: These pumps are employed in high-pressure applications such as boiler feed, reverse osmosis plants, water supply, fire fighting, and industrial utilities. Their multi-stage construction allows them to achieve effective pressure and flow control, making them ideal for demanding operations.

Q: What is the benefit of using a multi-stage (210 stages) pump design?

A: A multi-stage design enables the pump to build higher pressure per unit flow by passing the fluid through several impellers. This ensures efficient energy usage and greater versatility across varying pressure requirements.

Q: When should I opt for mechanical seal versus gland packing for these pumps?

A: Mechanical seals are preferred when leak-tight operation and reduced maintenance are critical, especially in applications involving hazardous or high-temperature fluids. Gland packing is suitable for lower-cost installations where minor leakage is acceptable and routine maintenance is accessible.

Q: Where can these pumps be installed in an industrial facility?

A: Typically, these baseplate-mounted pumps are installed on solid foundations near fluid sources and delivery points, such as boiler rooms, water treatment stations, and fire protection systems. Their top or side nozzle configuration enhances installation flexibility.

Q: What is the process for maintaining these high pressure pumps?

A: Routine maintenance involves checking the mechanical seals or gland packing, monitoring bearing lubrication (grease or oil), inspecting impellers for wear, and verifying coupling alignment. Periodic checks help ensure ongoing performance and longevity.

Q: How does the protection class IP55 benefit pump operations?

A: The IP55 protection class guards the pumps motor against dust ingress and water jets, enhancing reliability in harsh industrial environments. This is crucial for minimizing downtime due to environmental exposure.

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