Centrifugal pumps continuously convey liquids via a rotating impeller and are primarily used for clean, low-viscosity media.
We supply single-stage, multi-stage, self-priming, and speed-controlled centrifugal pumps for supply, cooling, pressure boosting, and drainage.
We are happy to assist you with technical design to help you make the best choice.
How does a centrifugal pump work?
Centrifugal pumps convey liquids via a rotating impeller. The energy supplied by the motor is first converted into flow velocity and then in the housing in pressure energy converted.
They are particularly suitable for clean, low-viscosity media and continuous volume flows.
Key points:
What are the typical applications for centrifugal pumps?
Centrifugal pumps are used wherever continuous volume flows in most cases low viscosity are required.
Typical applications:
What types of centrifugal pumps does Linn-Pumpen offer?
Linn-Pumpen offers various types of centrifugal pumps for water, cooling, and process media. They differ primarily in terms of the number of stages, hydraulics, and installation situation.
Typical designs:
What data is required for the design of a centrifugal pump?
For a precise selection, we require volume flow, Funding level and the properties of the medium.
Required information:
Which centrifugal pump is suitable for water and cooling circuits?
The choice of material depends on the medium, temperature, and chemical resistance.
Typical materials:
Seals:
What should be considered when installing centrifugal pumps and regarding their suction behavior?
Most centrifugal pumps are normal suction and require a secure supply.
The pump and suction line must be completely filled with medium before starting, otherwise there is a risk of air accumulation.
Important points:
Does Linn Pumps offer design, documentation, and spare parts?
Yes. We are happy to assist you with selection, design, and documentation.
Our service:
Do you still have questions or need support?
Contact us and let us work together to find the best solution for your requirements.
