Help us make Indico better by taking this survey! Aidez-nous à améliorer Indico en répondant à ce sondage !

28 August 2023 to 1 September 2023
University of Vienna
Europe/Vienna timezone

Ultra-clean four cylinder magnetically-coupled piston pump for noble gas experiments

28 Aug 2023, 18:30
2h 30m
University of Vienna

University of Vienna

Universitätsring 1 A-1010 Vienna, Austria
Poster Dark matter and its detection Poster session

Speaker

Andria Michael (University of Münster)

Description

The ultra-clean radon-free four cylinder magnetically-coupled piston pump is a high performance gas displacement pump interesting for the usage in low background experiments dealing with noble gases as target material. Due to its low radon emanation and special cleanliness in terms of out-gassing, in addition to the high and stable performance, the four cylinder pump is currenlty operated as a xenon gas compressor at the novel radon removal system of the dark matter experiment XENONnT.
The four cylinder pumps connected in parallel feature a phase-shifted synchronization of their movements in order to increase the flow and to provide long-term performance combined with low output pressure and flow fluctuations. A custom-made programming of the synchronization gives the possibility to operate the system with different configurations and to monitor the status of each pump during the operation. In this poster, the function and the operation experience with this magnetically-coupled piston compressor are presented. This research was partially supported by BMBF under the contract 05A20PM1.

Submitted on behalf of a Collaboration? Yes

Primary authors

Andria Michael (University of Münster) Lutz Althüser (University of Münster) Christian Huhmann (University of Münster) Johanna Jakob (University of Münster) David Koke (University of Münster) Michael Murra (Columbia University, New York, USA) Philipp Schulte (University of Münster) Henning Schulze Eissing (University of Münster) Christian Weinheimer (University of Münster)

Presentation materials

There are no materials yet.