Thermal Analysis Instruments

Thermal analysis instruments measure the properties of materials as they change with temperature. They support precise measurement capabilities with high-resolution temperature ranges, crucial for applications requiring reliable traceability and calibration accuracy in research and quality control.

  3. Williamson Pyrometer, Dual Wavelength (2-color), Pro 80 Series

    Thermal Analysis

    Williamson Pyrometer, Dual Wavelength (2-color), Pro 80 Series

    • Cline Innovations has an inventory of sturdy pre-owned pyrometers from Williamson.
    • Suitable for hydrogen-based plasma applications (such as diamond MPCVD) or more traditional furnace or oven applications. This listing includes details of one the Williamson pyrometers that we have in inventory:

      --Pyrometer Model: Williamson PRO 82-40 --Temperature Range: 475-1475C--Field of View: 0.15in@15in (3.81mm@381mm)--Pyrometer Device Power: 24VDC --Pyrometer Housing: Rugged, sealed metal casting.--Model 23 Interface Module (Controller) with advanced functions. The sensor measurement range (nominally 2 micron IR) is suitable for pyrometry of surfaces exposed to light-emitting hydrogen plasmas (e.g. Diamond MPCVD processes, etc.).  Use for traditional high temperature applications including vacuum brazing, heat treatment, and furnacing is also viable.

    Make:

    Model: PRO 82-40 Sensor, Model 23 Interface Module

    1 unit @ Best Price

    Leominster, MA US

    Item 141147

  8. LumaSense impac 140 IR Pyrometer

    Thermal Analysis

    LumaSense impac 140 IR Pyrometer

    • LumaSense Technologies GmbH IMPAC IS 140-PB 750-2500C IR Pyrometer.
    • Telescoping lense is clearly marked a=340-4000mm.
    • Impac and LumaSense appear to be part of Advanced Energy as of 2024: See The Global Leader in Temperature and Gas Sensing Solutions - LumaSense Technologies A/S (lumasenseinc.com) 
    • Multiple units likely to be in inventory.  Please contact Cline Innovation to confirm physical inventory with this specification.
    • Photos available upon request.

    Make: Advanced Energy

    Model: IMPAC p/n IS 140-PB (750-2500C)

    1 unit @ Best Price

    Sterling, MA US

    Item 249551

Common Applications

material property analysis

temperature calibration

quality control

research and development

thermal stability testing

process monitoring

Buying Guide

Thermal Analysis Instruments Buying Guide

Selecting the right thermal analysis instrument depends on your specific measurement needs and industry applications.

Consider the operating temperature range, the precision of measurement, and calibration traceability required for your application.

  • Verify the temperature resolution and accuracy specifications to ensure they meet your measurement standards.
  • Consider instruments with documented calibration status to guarantee measurement traceability.
  • Assess the environmental conditions under which the instrument will be used, such as temperature stability and humidity control.
  • Evaluate additional features such as temperature uniformity in calibration baths and dual-wavelength detectors in pyrometers for enhanced performance.

Frequently Asked Questions

What types of thermal analysis instruments are available?
Available types include calibration baths, precision infrared thermometers, pyrometers, calibration furnaces, and blackbody calibration sources.
What applications benefit from thermal analysis instruments?
These instruments are used in quality control and research settings for measuring material properties as they change with temperature.
How do calibration baths ensure measurement accuracy?
Calibration baths maintain a stable temperature environment, allowing for precise and accurate calibration of temperature-sensitive instruments.
What is the importance of blackbody calibration sources?
Blackbody calibration sources provide a stable reference for temperature calibration, ensuring traceability and accuracy in thermal measurements.