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Cryogenic Safety

There are many safety issues related to operating superconducting magnets and cryogenic systems. Knowing how to be safe when dealing with potentially dangerous voltages, extremely cold temperatures and very high magnetic fields are important points to consider. From basic laboratory design to system setup and operation there are many factors which need to be considered to avoid injury to personnel or damage to systems or equipment.  Novice users are strongly recommended to take a course, or at the very least receive training from experienced personnel prior to operating superconducting magnet systems.

Stray Field Safety

Superconducting magnets generate strong magnetic fields. These fields can present a danger to people with pacemakers, magnetic implants, neurostimulators, etc. Reference the system operation manual and the listed link for further information.

Ice Formation Safety

Ambient air and water vapor freeze at higher temperatures than helium.  Special care must be employed for safe operation of cryogenic vessels. .  Reference the listed link for tips for proper operation.

LHe Transfer Line Handling Tips

Due to the extremely low temperature of Liquid Helium, special care is needed to avoid damaging the transfer line while maintaining cryogen levels.  Reference the listed link for tips for proper operation.

 

Recent Systems

  • 7-2-2 Tesla 3-Axis Cryogen-FREE Magnet System VRTB
  • 9-2-2 Tesla C-Mag 3-Axis Superconducting Magnet System with He3
  • 7 Tesla Optical C-Mag Superconducting Magnet System with Diamond Windows
  • Cryogen FREE 61mm Variable Temperature Insert with Low Vibration Platform
  • 9 Tesla C-Mag Magnet System with Low Vibration Platform
  • 5 Tesla Split-Pair Superconducting Magnet System with Turret
  • Cryogen-FREE Optical Cryostat with Sapphire Windows
  • 7.5 Tesla Split Pair Cryogen-FREE Magnet System Dual RTB
  • 1-1-1 Tesla C-Mag 3-Axis Optical Superconducting Magnet System
  • 2 Tesla Actively Shielded Cryogen Free Magnetic Annealing System
  • 5 Tesla Superconducting Magnet in Recondensing Cryostat
  • 7 Tesla C-Mag Split Pair Optical Superconducting Magnet System
  • 7 Tesla C-Mag Split Pair Superconducting Magnet System
  • 6 Tesla Cryogen-FREE Superconducting Magnet System with Horizontal Room Temperature Bore.
  • 9 Tesla C-Mag Applied Analysis Platform
  • 3 Tesla Superconducting Magnet System 10ppm Homogeneity with 2kG Sweep Coil
  • 9 Tesla Superconducting Magnet System for Microscopy
  • 3-0.6-0.6 Tesla 3-Axis Cryogen-FREE Magnet System VRTB
  • 9 Tesla Magnet System Cryogen-FREE HRTB
  • 9 Tesla C-Mag Magnet System with Helium-3 Insert

News

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MAGNET SYSTEMS

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COMPONENTS

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APPLICATIONS

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1006 Alvin Weinberg Drive | Oak Ridge, Tennessee 37830, USA | Phone: (865) 482-9551 | Fax: (865) 483-1253 | sales@cryomagnetics.com
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