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Thermal Properties Analyzer

Thermal Conductivity (Lambda), Ash Fusion, Thermal Screening, Microscopic Hot/Cold Stage, Wafer Chuck, Thermal Plate, Thermal Probe Station

TP102G/TP102V Compact Thermal Plate


  • Thermoelectric cooling stage enables cooling without use of liquid nitrogen
  • -40°C to 120°C 
  • Gas-tight chamber *Vacuum-tight model available (TP102V)

 

Description

Instec의 TP102G / TP102V Peltier thermoelectric based stage는 액체 질소를 사용하지 않고 -40 °C까지 냉각할 수 있는 gas-tight와 vacuum-tight을 제공합니다. 

  • TP102G는 진공이 필요하지 않고 분위기를 제어하는 데 쓰이는 저렴한 옵션입니다.
  • 진공 챔버가 있는 TP102V는 샘플을 동결 건조하는 데 이상적입니다.

 

Thermal Features

Temperature Control

mK2000 with programmable precision switching PID method

Thermal Block

Aluminum

Sample Thermal Cover

Removable Inner sample cover with additional window

Temperature Minimum

-30°C with optional chiller, -40°C optional

Temperature Maximum

120°C

Temperature Sensor

100 Ω Platinum RTD

Maximum Heating Rate

+60°C per minute at 37°C

Maximum Cooling Rate

-20°C per minute at 37°C

Minimum Heating and Cooling Rate

±0.01°C per minute

Temperature Resolution

0.01°C

Temperature Stability

±0.05°C

Power Supply

Universal power input

Software

Windows compatible software to record and export temperature-time data; remotely control system via VCP connection (Virtual Comm Port)

 

Optical Features

Optical Access

Reflection

Optical Windows

Removable and exchangeable windows

Minimum Objective Working Distance

5.6 mm

Top Aperture

27mm diameter

Top Viewing Angle

±60° from normal

Window Defrost

Integrated external window defrost

 

 Structural Features

Sample Area

42 mm x 42 mm

Chamber Height

  • 3.5 mm without removable inner cover
  • 2.0 mm with removable inner cover

Frame Cooling

Integrated frame cooling with optional recirculating water chiller system

Mounting

Horizontal

Frame Dimensions

100 mm  × 97 mm × 28.5 mm

Weight

700 g (Gas tight) / 800g (Vacuum) 

Instec's TP102G/TP102V thermoelectric (Peltier) based stage offers gas-tight/vacuum-tight capabilities that can provide cooling to -40°C without using liquid nitrogen. This simplifies the system setup, reduces operating costs, and makes it a convenient choice for performing long duration experiments at low temperatures.
The TS102G is a lower cost option for controlling the atmosphere when vacuum is not required. 
The TS102V with vacuum chamber capability is ideal for freeze drying samples under microscope.


 

Instec, Inc. USA
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