Basics of Thermal Conductivity Measurement with LAMBDA
Channel: flucon fluid control GmbH
Date: 2019-08-01

This video shows a demonstration of how the temperature-dependent thermal conductivity of fluids is determined by means of flucon's LAMBDA laboratory system.

Here are the aspects that are explained in this film:
(1) Scope of delivery (incl. Thermostat) [00:10]
(2) Connecting LAMBDA device, thermostat & PC [01:03]
(3) Preparation of measurement [03:28]
(4) flucon LAMBDA software (2019 update "LAMSTEP2") [05:48]

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LAMBDA is flucon's reliable laboratory measuring system for the accurate determination of the temperature-dependent thermal conductivity of fluids, gels and powders.

Based on the hot-wire method according to ASTM D7896-19 LAMBDA allows you to get quick and easy fluid data within a wide measuring (10 - 2000 mW/(m*K)) and temperature (-50°C - 300°C) range.

By means of the optional thermostat you may heat up your small sample (35 ml) to the desired temperature. This can also be executed automatically through control of the LAMBDA.

While it is both intuitive and comfortable to operate LAMBDA in its stand-alone mode, our system also comes with a powerful WINDOWS software that lets you set and monitor your accurate measurements via RS-232/USB. 

Fast, accurate, easy to handle. LAMBDA is the perfect tool for the thermodynamic analysis of your fluids. On the basis of given density values LAMBDA can also determine the specific heat capacity (cp) of your sample.

Are you interested in LAMBDA measurement?
Visit our website today and learn more about one of our top-notch systems that has satisfied users all over the world:

https://flucon.de/en/products/thermal-conductivity-system-lambda/

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flucon fluid control GmbH 
Wistobastr. 2
D-37431 Bad Lauterberg / Barbis
Germany 

Contact us today: 
info@flucon.de 
phone: +49 5524 999 2266 
www.flucon.de 

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Hinweis: Für dieses Video sind deutsche Untertitel verfügbar.

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Music: Scott Holmes - Our big adventure

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Experts in fluids
(c) flucon GmbH 2019