STVP-100 Optical Cryostat
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STVP-100 Optical Cryostat

Lake Shore

Optical continuous flow cryostats with three standard sizes available, although, as with all Janis systems, these systems can be customized to suit your experiment. Systems with a 1.5" sample space are in stock for fast delivery.








Standard Configuration

Designed for experiments requiring optical access to the sample, the Janis Research STVP-100 includes the following components:

• Optical vacuum shroud
• Optical radiation shield
• Four (4) quartz window sets
• Optical sample holder
• Temperature sensor
• Pressure relief valve
• Sample positioner with one (1) 10-pin and one (1) 8-pin electrical feedthrough
• 6' superinsulated cryogen transfer line
• Control heater
• System test

Typical Applications

• Raman Spectroscopy
• UV, VlS, IR, FTIR
• Optoelectric Effect
• Photoluminescence
• High Tc
• Microscopy

Specifications

Basic System Specifications - Continuous Flow Cryostats

Specification

SuperTranVP

(Sample in Vapor)

Temperature Range

<2-325 K

(consult with QD-Latam for other temperatures)

Initial Cooldown Time

15 minutes

(STVP series: 100-400)

30 minutes

(STVP-NMR)

Nominal Temperature Stability (with controller)

50 mK or less

Orientation

vertical for <4.5 K

System Weight (without transfer line)

15 lbs (6.8 kg)

Cryogen Consumption on Cooldown

0.5L LHe (325 - 4.2 K)

Nominal Cryogen Consumption Rate

1.3 L/Hr LHe (5 K)

(STVP-100 [1,2,3] and STVP-200 [1,2,3])

1.4 L/Hr LHe (5 K)

(STVP-NMR)

NOTE: Specifications do not include optical or experimental heat loads and assume vertical orientation.

NOTE: Consult QD for high temperature or LN2 operations for SuperTran-VP.


Typical Cryogen Consumption of Optical SuperTran Cryostats


Other Configurations

• Compact vacuum shroud
• Customized window materials
• Indium sealed cold windows
• Customized vacuum shroud lengths
• Large diameter sample space (see photo at right)
• Spectrometer mounting flange
• Isothermal zone sample tube (provides uniform sample temperature and enhanced operation with LN2)