New: TRSYS20 thermal resistance measuring system

New: TRSYS20 thermal resistance measuring system

Hukseflux presents the new TRSYS20: the world’s highest accuracy measuring system for building component thermal resistance measurement. It continues making meaningful measurements at very low heat fluxes and temperature differences. Let's dive into the details!

Delivers accurate data for R-, Λ- & U-value determination

TRSYS20 is a high-accuracy measuring system used in determining the in-situ thermal resistance (R-value), thermal conductance (Λ-value), and thermal transmittance (U-value) of building envelope components. The system is mostly used for measurements according to standard practices of ISO 9869, ASTM C1046 and ASTM C1155. TRSYS20 is equipped with high-resolution electronics, two heat flux sensors of model HFP01 as well as two pairs of matched thermocouples for differential temperature measurements.

The new TRSYS20 for high-accuracy in-situ building/wall R-value measurements.
The new TRSYS20 for high-accuracy in-situ building/wall R-value measurements.

Meaningful measurements when other systems give up

The high-sensitivity heat flux sensors combined with the robust, high-resolution electronics ensure that TRSYS20 continues making meaningful measurements when other systems no longer perform; in particular at very low heat fluxes and low temperature differences across the wall. The matched thermocouple pairs allow measurement of temperature differences with an uncertainty better than 0.1 °C over the entire temperature range. Two measurement locations provide redundancy allowing the user to verify that the measurement results are representative for the building envelope component.

TRSYS20 continues measuring when others give up thanks to its high-resolution AD converter + high-sensitivity sensors.
Continues measuring when others give up: high-resolution AD converter + high-sensitivity sensors.

Easy user interface: MCU as a web server

TRSYS20 is controlled via a PC. No software installation is required. The measurement and control unit (MCU) can be connected to a local area network (LAN) via ethernet or directly to a PC via USB. The MCU provides a graphical user interface in the form of a webpage that is accessible through a web browser. The graphical user interface allows the user to start and stop experiments; to monitor real-time heat flux, temperature and temperature difference measurement data; and to review preliminary results.

An easy to use and intuitive graphical user interface is accessible through a web browser and does not require software installation.
An easy to use and intuitive graphical user interface is accessible through a web browser and does not require software installation.

Thermal resistance measuring: unparalleled performance

Purchasing a TRSYS20 is a good investment in accurate and stable measurement. This system has several advantages:

  • robust and stable
  • best paperwork: complies with ISO and ASTM standards
  • temperature difference sensors: tested for 0.1 °C accuracy requirements
  • simultaneous measurements on two locations
  • measures very small heat fluxes
  • intuitive and easy to use graphical user interface
  • connection via ethernet (LAN) or USB
  • water- (rated IP67) and corrosion proof sensors

Purchasing the new TRSYS20 is a good investment in accurate and stable measurement.
Purchasing the new TRSYS20 is a good investment in accurate and stable measurement.

About Hukseflux

Hukseflux is the leading expert in measurement of energy transfer. We design and manufacture sensors and measuring systems that support the energy transition. We are market leaders in solar radiation- and heat flux measurement. Hukseflux products and services are offered worldwide via our office in Delft, the Netherlands and local distributors.

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#heatfluxmeasurement #thermalresistance #heatflux #TRSYS20 #hukseflux

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