//*JQuery Plugin*

DMX-19-SCC Specifications


Cooling Technology-
  DE-202 Closed Cycle Cryocooler
  Refrigeration Type Pneumatically Driven Gifford-McMahon Cycle
  Liquid Cryogen Usage None, Cryogen Free
Temperature*-
  DE-202AE < 10 K - 350 K
Interface temperature may be 1-2K higher
  DE-202SE < 4.2 K - 350 K
Interface temperature may be 3-4K higher
  DE-202PE < 5.5 K - 350 K
Interface temperature may be 3-4K higher
  With 800 K Interface Base Temp - 800 K
With evacuation of exchange gas
  With 450 K Interface Base Temp - 450 K
With evacuation of exchange gas
  Stability 0.1 K
  *Based on bare cold head with a closed radiation shield, and no additional sources of experimental or parasitic heat load.
Sample space-
  Diameter 19 mm (0.745 in)
  Height 178 mm (7 in)
  Sample Holder Attachment 1/4-28 screw
  Sample Holder View our Sample Holder Collection
Optical Access-
  Window Ports N/A
  Diameter N/A
  Clear view N/A
  #/F N/A
  Window Material View our Wide Selection of Window Materials
Temperature Instrumentation and Control (Standard)-
  Heater 1 - 36ohm Thermofoil Heater Anchored on Cold Tip
  Control Sensor 1 - Curve Matched Silicon Diode
  Sample Sensor 1 - Calibrated Silicon Diode
  Custom Instrumentation Contact ARS for available Options
Instrumentation Access-
  Instrumentation Skirt Welded, Stainless Steel
  Pump out Port 1 - NW-25
  Instrumentation Ports 2
  Instrumentation Wiring Contact our sales staff for wiring options
Vacuum Shroud-
  Material Welded Stainless Steel
  Length 150 mm (5.92 in) At the Tail Piece
  Diameter 32 mm (1.25 in) At the Tail Piece (at the sample space)
  Width 32 mm (1.25 in) At the Tail Piece (at the sample space)
Radiation Shield-
  Material Aluminum
  Attachment Threaded
  Optical Access 0, 2, or 4(customer specified)
Cryostat Footprint-
  Overall Length 812 mm (32 in)
  Motor Housing Diameter 114 mm (4.5 in)
  Rotational clearance 200 mm (8 in) with "G" configuration
 

DE-202 Cryostat Specifications

DE-202-Cryocooler-Specs.PNG
 

ARS-4HW Compressor Specifications

ARS-4HW.PNG