The DC (Formerly HPD) Model 102 Denali ADR Cryostat
Small Rectangular, Pulse Tube ADR Cryostat
The Danaher Cryo (formerly HPD) Model 102 Denali is especially useful when cooling power of the Model 103 Rainier is desired, but space is limited.
Model 102 Denali Deep Dive
The narrow rectangular design of the Model 102 Denali allows the cryostat to fit into small spaces, such as near a scanning electron microscope. Rectangular surfaces provide convenient interfaces for port covers, detector snouts, or windows.
Applications: Astronomy, Spin QC, Photonic QC, Material Characterization, Condensed Matter Physics
Key Features
CryoMech PT 407 Pulse Tube head
Pulse Tube Features
Remote or internal rotary valve motor
Vibration isolation bellows
0.6 W cooling power at 4.2 K
HPD ADR (NIST design)
More Features
Kevlar Suspension
1 K & 50 mK Stages
Optimized for versatility & flexibility
Features
Line-of-sight, rectangular ports for convenient access to experimental volume.
Rectangular cross section - Allows for close positioning to an SEM (Scanning Electron Microscope)
Nickel plated aluminum radiation shields (50 K, 4 K)
Easy to invert or transport
CryoBoss Software integration
About CryoBoss
CryoBoss® enabled cryostat control systems provide plug-and-play control and automation of your cryostat. HPD provides a variety of systems that are adaptable to your needs. Consider things such as temperature range, stability, and additional sensors that you may be interested in.
System Specs
Large experimental space
Space Specs
24 cm X 15 cm X 14 cm
Cool down from 300 K to 3 K in 15 hours
Pulse Tube stage temperatures of 50 K and 2.7 K
120 mJ at 100 mK cooling capacity
FAA salt pill capacity: ~40 cc
ADR base temperature of 35 mK
>150 hour no load regulation at 100mK
Feature & System Specs Gallery
Stainless steel vacuum jacket
Electronically controlled motorized heat switches
Cryoboss Control Software
Pulse Tube stage temperatures of 50 K and 2.7 K
Accessory Add-Ons
Custom Service Stand
The top plate of the cryostat has mounting provisions that allow the cryostat to be attached to the service stand. This mount consists of a plate and ball attached to rods extending from the top plate of the vacuum jacket. The Service Stand attaches to the ball for lifting. Three jack screws on the top plate of the Service Stand allow for tilt adjustment and for locking the cryostat. The ball allows for rotating, and some slight swinging, of the cryostat. The service stand has casters to allow it to be rolled into position for attaching the cryostat.
The Service Stand has a vertical height adjustment capability that allows for placing the cryostat on a bench or other support structure. The vertical travel is approximately 76 cm.
Experimental Wiring
DC (twisted pairs) and RF (coax) wiring is available as an option.
Kevlar Suspension
Safely supports large masses for experiments.
Experimental Magnet
Magnet Specs
5T solenoid superconducting magnet
Compatible with ADR cryostats
Provides out-of-plane magnetic field for a sample at < 50 mK temperatures
0.3T Helmholtz coil
Second coil can be added to the front and back facing aluminum frames
Compatible with Model 12X probe stations
Accommodates the use of nanopositioners
