Cryogenic Systems

The engineers at Scientific Magnetics have experience in the design and manufacture of cryogenic systems for a wide range of large and complex superconducting magnet projects. These include a superfluid helium system to operate in zero gravity and cryogen free cooling system for LTS and HTS magnets.

 

Scientific Magnetics offers a wide range of cryogenic inserts designed to interface easily with our superconducting magnet systems. Standard variable temperature inserts, special inserts for e.g. UHV compatibility and ultra low temperature inserts can all be provided and fully systemised.

Image of superconducting fault current limiter

This cryostat system has been designed and manufactured by Scientific Magnetics to test fault current limiters manufactured from MgB2 superconductor. It is suitable for cryogenic operations at temperatures down to 25 K and although primarily designed for use with frozen nitrogen, other cryogenic fluids may also be used with the system. It is primarily cooled using a mechanical cryocooler and so it is also possible to operate with no cryogenic fluid at all.

Image of thermal and electrical current lead disconnect

Scientific Magnetics has the engineering and instrumentation skills to design and build equipment for cryogenic testing of components and systems.

  Image of Adobe logo Link to Loss of vacuum experiments (pdf)

Image of cryogenic high temperature superconducting current leads

We have extensive experience in designing and building vapour cooled current leads for existing or new cryostats. Leads are available to carry currents up to 20kA.

  Image of Adobe logo Link to Current lead datasheet (pdf)

Side banner showing AMS-02 magnet. Operates at 1.8 Kelvin using conduction cooling
Side banner showing high temperature superconducting split magnet
Side banner showing standard research magnet system with a variable low temperature insert
Footer showing ISO 9000 compliance registration
Copyright image: Scientific Magnetics 2006