Superconducting Gantry Magnet Thermostat

The Superconducting Gantry Magnet Thermostat is a crucial component for the efficient operation and performance of superconducting magnets, particularly those used in advanced MRI systems, particle accelerators, and other medical imaging and research applications. Superconducting magnets operate at ultra-low temperatures, requiring precise thermal management to ensure that they maintain their superconducting state and produce stable and reliable magnetic fields.

The thermostat system for superconducting gantry magnets plays a vital role in controlling and stabilizing the temperature of the magnet during operation. It ensures that the temperature is maintained within a narrow range, preventing overheating or undercooling that could compromise the magnet's performance. By regulating the flow of coolant and providing feedback on the system's thermal status, the thermostat ensures consistent and efficient cooling, typically using cryogenic coolants like liquid helium.

These thermostats are designed to work in highly specialized environments where extreme temperature conditions are the norm. The Superconducting Gantry Magnet Thermostat ensures that the magnet remains at its optimal operating temperature, thus maintaining its superconducting properties and magnetic field strength. The system is indispensable in applications like medical imaging, where precise control of temperature is required for accurate diagnostic results, and research facilities that rely on stable and high-performance superconducting magnets for experiments.

Magnet shape: curved inclined Solenoid Magnet

Cooling method: conduction cooling

Design current: 500A

Main structural components: cold screen, external Dewar, suspension support structure maintenance tower, refrigeration unit.