We at ebm‑papst have been long been familiar with aerodynamics, high-efficient motors and electronics. Now we have expanded our core competencies to include high-speed bearing technology such as gas bearings. This technology is the basis for the high speeds of our product solutions.
In which applications are our HighSpeed products used?
Depending on your needs, you can benefit from our turbo compressors in different applications.
Typical fields of application: in refrigerators, in heat pumps or in air conditioners
Benefits of the oil-free refrigerant compressors from ebm‑papst: save yourself the hassle of oil separation components and decrease your heat exchanger while increasing your efficiency with our oil-free refrigeration compressors.
Wherever the refrigerant journey takes us, we are ready for a new world of refrigeration.
Typical fields of application: in heaters, in respirators or in the treatment of drinking water
Benefits of the oil-free air and gas mixture compressors from ebm‑papst: wherever oil-free compression is needed, we provide the solution.
Other examples: medical suctions, industrial compressed air, heating and gas technology or even future-proof autonomous water treatment systems
Typical field of application: in fuel cellls
Benefits of the oil-free anode and cathode supply from ebm‑papst: with our turbo compressors which can be used both as air supply as well as recirculation blowers in the various fuel cell technologies, we are helping to shape the future.
For hydrogen is considered the solution of the future.
Technical infos on the ebm‑papst HighSpeed turbo compressor products P1, P2 and P3
From 1 kW to 45 kW motor power with different aerodynamics suitable for any application
The figure below shows the constant efficiencies for the pumping medium air.
The resulting pressure ratios (total pressure to total pressure) at maximum possible mass flows of different compressor wheel designs and platform units are shown here.
Each point on the lines corresponds to the maximum requirements that can be met from the platform for different compressor designs.
Figure: Maximum mass flow versus total-total pressure ratio of the entire compressor platform at a glance.
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