Pricing on request. Contact sales@cryomagnetics.com or your local sales representative for a quote.
Magnet Support Assemblies
The assemblies typically include thermal radiation baffles, helium vapor-cooled current leads with bus bars, helium fill and vent ports, a quench relief valve and a 19-pin electrical feedthrough. Access is provided through the center of the assembly for insertion of the user's experimental apparatus.
The assemblies typically include thermal radiation baffles, helium vapor-cooled current leads with bus bars, helium fill and vent ports, a quench relief valve and a 19-pin electrical feedthrough. Access is provided through the center of the assembly for insertion of the user's experimental apparatus.
Lambda plates are available to allow the user to operate the superconducting magnet below 4.2K. The lambda plate is capable of maintaining a magnet at 2.2K while maintaining atmospheric pressure in the dewar. Frequently one can even refill the dewar with 4.2K helium without disturbing the 2.2K magnet. A temperature sensor (typically ruthenium oxide) is installed on each unit to provide accurate monitoring of the magnet's bath temperature.
Standard Features
Copper thermal radiation baffles
LHe fill/vent ports
Lifting lugs
LN2 precool/removal tube
Quench relief valve
Redundant one PSI safety pressure relief valve
B-100, 100 ampere Duty-cycle Optimized current leads
Superconducting magnet bus bars
Magnet supports
Sample access port with o-ring groove, o-ring, and bolt circle
Cover plate for sample access port
Lambda point refrigerator with ruthenium oxide temperature sensor
19-pin electrical feedthrough, 15 foot long instrumentation cable
Superconducting LHe level sensor