June 28, 2015 to July 2, 2015
JW Marriott Starr Pass Resort
Etc/GMT-7 timezone

330 W Cryocooler Developments and Testing

Jun 30, 2015, 11:00 AM
Tucson Ballroom E

Tucson Ballroom E

Contributed Oral Presentation CEC-03 - Cryocoolers (Non-Aerospace) C2OrB - Large Capacity Coolers


Mr Nick Emery (Callaghan Innovation)


Fabrum Solutions in association with Callaghan Innovation and Absolut System has developed a 330 W pulse tube cryocooler based on Callaghan Innovation’s diaphragm pressure wave generators (DPWG). A cost-effective, long life and robust cryocooler has been achieved due to the pulse tube’s lack of moving parts and the DPWG’s metal diaphragms separating the working gas from the oil lubricated drive mechanism. A 330 cc DPWG was designed and manufactured to run with an inline pulse tube. Absolut System carried out the pulse tube design, manufacture by Fabrum Solutions with integration and testing by Callaghan Innovation. Over 400 W of cooling power at 77 K was achieved (target was 330 W at 77 K) from the cryocooler, which is now being run in a commercial application. A sealed condensation chamber was added to the cold-head and connected to a Dewar via vacuum insulated lines for liquefaction of Nitrogen. Three of the 330 W pulse tubes have been mounted to a single 1000 cc DPWG to produce > 1 kW of cooling power at 77 K, which is one of the topics presented in another paper at this conference. Details of the design, development, testing and integration are presented.

Primary author

Mr Nick Emery (Callaghan Innovation)


Mr Alan Caughley (Callaghan Innovation) Mr Andy Kimber (Callaghan Innovation) Mr Christopher Boyle (Fabrum Solutions) Mr Hugh Reynolds (Fabrum Solutions) Mr Jonas Meier (Fabrum Solutions) Mr Julien Tanchon (Absolut System) Mr Michael Nation (Callaghan Innovation) Mr Nathan Allpress (Callaghan Innovation)

Presentation materials

There are no materials yet.