1. Catalogs
  2. HTS-110
  3. LN2 Cooled Short Solenoid

LN2 Cooled Short Solenoid

LN2 Cooled Short Solenoid

LN2 Cooled Short Solenoid

Product catalog summary
Overview: The document provides technical specifications and features of the HTS-110 short solenoid magnet system, which is cooled by liquid nitrogen (LN2). It highlights the system's compact design, low operational costs, and versatility for various applications.
Specifications: The system includes a customizable range of user-changeable poles with adjustable pole gaps. It operates from an unpressurized LN2 dewar and features a flexible metal bellows hose connecting the magnet and LN2 dewar. The magnet is low-profile and has low fringe without active shielding. Two models are available: LN40 with a 38 mm bore and LN80 with an 80 mm bore, both offering a peak field of 1 T.
Performance and Features: The system offers fast cool-down times of less than 2 hours, rapid ramping, and low vibration. It operates in any orientation and provides excellent sample access. The system is designed to accept third-party variable temperature sample probes.
Applications: The HTS-110 system is suitable for applications such as Magneto-optic Kerr effect (MOKE), magnetic domain imaging, Brillouin light scattering, magnetic circular dichroism, hysteresis loop plotting, scanning laser microscopy, and Hall effect measurements.
System Requirements: The standard system includes a magnet sub-system with an integrated cold-head, liquid nitrogen dewar, transfer hoses, vacuum pump for LN2 circulation, unipolar power supply, and active magnet protection electronics linked to integrated temperature sensors. It requires a liquid nitrogen supply, single-phase power for the power supply, and vacuum pump and monitoring electronics.
Options: Available options include closed-loop field control, unipolar supplies in standard and high stability configurations, bipolar power supply, extended warranty, and service plan.
See more

Catalog excerpts

LN2 Cooled Short Solenoid-1

LN2 COOLED HTS SHORT SOLENOID 1 T solenoid magnet cooled by liquid nitrogen flow Low profile Low set-up costs Low operating costs Fast cool down Fast ramping Low vibration Optional poles MOKE (Magneto-optic Kerr effect) Magnetic domain imaging Customisable range of user-changeable poles for specialist applications, with the Brillouin light scattering Magnetic circular dichroism Hysteresis loop plotting option of adjustable pole gaps Scanning laser microscopy Hall effect measurements Variable temperature optical cryostat Easy to use Operates from unpressurised liquid nitrogen (LN2) dewar Monitoring electronics ensure magnet safety Performance and versatility Fast cool-down <2 h Rapid ramping Operates in any orientation Low vibration Available 38 mm and 80 mm bores Low profile, excellent sample access Can be designed to accept third-party variable temperature sample probe Easy to site Very compact,low-profile magnet Flexible metal bellows hose connecting magnet and LN2 dewar Low fringe without active shielding +64 4 570 8880 HTS-110 1B Quadrant Drive, Waiwhetu Lower Hutt 5010, New Zealand

 Open the catalog to page 1
LN2 Cooled Short Solenoid-2

LN2 COOLED HTS SHORT SOLENOID Standard system includes Magnet sub-system with integrated coldhead Liquid nitrogen dewar, transfer hoses and vacuum pump for LN2 circulation Unipolar power supply Fast up/down field ramp Active magnet protection electronics linked to integrated temperature sensors Options Closed loop field control Field profiles for LN40 model Unipolar supplies available in standard and high stability configurations Bipolar power supply Extended warranty Service plan System Requirements Liquid nitrogen supply Single phase power for power supply Vacuum pump and monitoring electronics...

 Open the catalog to page 2

All HTS-110 catalogs and technical brochures

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.