Centrifugal Self Priming Process Pumps

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MOQ : 1 Set

Centrifugal Self Priming Process Pumps Specification

Theory
Centrifugal

Flow Rate
10 m³/hr to 120 m³/hr

Material
Cast Iron / Stainless Steel / Alloy

Suction Type
Self Priming

Volute Type
Single Volute

Nozzle Location
Top Centerline Discharge

Shaft Orientation
Horizontal

Power Source
Electric

Pressure
Upto 6 kg/cm²

Temperature
Upto 80°C

Inlet, Outlet Diameter
25 mm x 25 mm to 100 mm x 100 mm

Speed
1450 RPM / 2900 RPM

Application
Industrial, Chemical, Wastewater, Water Supply

Centrifugal Self Priming Process Pumps Trade Information

Minimum Order Quantity
1 Set

Supply Ability
100 Sets Per Week

Delivery Time
1-12 Week

Main Domestic Market
All India

About Centrifugal Self Priming Process Pumps

Owing to the vast experience, we have been in this field of manufacturing, supplying and exporting Centrifugal Pumps. These products are used in varied industrial in order to ensure the constant and consistent flow of water. Superb quality raw materials have been acquired from the trusted suppliers of the market for making of these products. Centrifugal Pumps are packed in special packaging material in order to avoid any damage at the time of transportation.

Pump built to American specification ANSI B.73.1, having semi open impeller, radially split self priming casing, back pullout type, suitable to mount mechanical seal, flanges to class 150FF

Capacity : up to 70 m3/hr
Head: up to 45 m
Temp.: up to 260^oC
MOC: CI, CS, AISI-304/316/321/347/304L/316L, CD4MCu, CN7M, HASTELLOY-B/C, R-55, ALUMINUM, etc

Versatile Industrial Applications

These centrifugal self priming process pumps are tailored for rigorous use across multiple industries such as water supply, chemical processing, and wastewater management. Their robust construction and ability to handle a variety of fluids make them indispensable for demanding environments.

Flexible and Durable by Design

Constructed from high-grade materials like cast iron, stainless steel, and special alloys, these pumps offer remarkable resistance against corrosion and wear. Their design ensures durability and reliability in handling corrosive or abrasive fluids commonly found in industrial applications.

FAQs of Centrifugal Self Priming Process Pumps:

Q: How does the self priming feature of these centrifugal pumps work?

A: The self priming feature allows the pump to automatically evacuate air from the suction line and start pumping fluid without manual priming. This is achieved by retaining enough liquid in the pump casing during operation, ensuring immediate and efficient fluid movement upon startup.

Q: What are the typical uses of these process pumps in industrial settings?

A: These pumps are widely used in chemical processing, wastewater management, and water supply for transferring, circulating, or treating various liquids, thanks to their ability to handle corrosive, abrasive, or contaminated fluids efficiently.

Q: When should I choose a single volute design over other pump types?

A: A single volute design is ideal when smooth flow at consistent rates and minimized radial loads on the shaft are required. This design is particularly effective in medium to high-flow applications, where efficient and reliable performance is important.

Q: Where are the inlet and outlet nozzles located on these pumps?

A: The inlet and outlet nozzles are positioned with the suction type as self priming, and the discharge is located at the top centerline. This configuration enhances pump efficiency, makes installation easier, and supports smooth piping layouts.

Q: What materials are available for construction, and how do I choose the best one for my application?

A: You can select pumps made from cast iron, stainless steel, or special alloys. For aggressive or corrosive fluids, stainless steel or alloy is preferable. For general water supply or non-corrosive duties, cast iron provides a cost-effective and durable solution.

Q: What is the benefit of having a pump speed of 1450 RPM or 2900 RPM?

A: Having options for 1450 RPM and 2900 RPM allows selection based on desired flow rates and head requirements, optimizing the pump for energy efficiency and performance according to specific process needs.

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