TPSYS20 system

High-accuracy thermal conductivity measuring system with thermal needle probe, model TPSYS20
TPSYS20 system. Measure thermal conductivity with accuracy and ease
TP02 / TP08 thermal needle probe, included with TPSYS20 thermal conductivity measuring system
TPSYS20's intuitive and easy-to-use graphical user interface for controlling measurements
High-accuracy thermal conductivity measuring system

TPSYS20 is a user friendly system for the measurement of thermal conductivity using TP02 or TP08 thermal needle probes. The system is designed for high-accuracy measurements. It is particularly suitable for analysis of soils, thermal backfill materials, sediments, foodstuff, sludges, paints, glues and highly viscous fluids. The TPSYS20 thermal needle probe system is particularly suitable for thermal conductivity measurements in a laboratory environment.

Specifications
Measurand
  • thermal conductivity
  • thermal resistivity
Measurement range
  • 0.1 to 6 W/(m·K)
Would you like a personalised quote?

or contact us: info@hukseflux.com

Specifications

Measurand
  • thermal conductivity
  • thermal resistivity
Measurement range
  • 0.1 to 6 W/(m·K)
TPSYS20 specifications
  • :
Measurement uncertainty (depends on material type)
  • ± (3 % + 0.02 W/(m·K)) (k = 2)
Measurement duration (typical)
  • 3 to 10 minutes
Test methods
  • ASTM D5334 - 14; IEEE 442-2017; ASTM D5930 - 17
Probe supplied
  • TP02 or TP08
Heating cycle duration
  • 200 s (typical)
Operating modes
  • • heating measurement only • heating and cooldown measurement
TP02 / TP08 specifications
  • :
Rated operating temperature range
  • -55 to + 180 °C
IP protection class
  • IP68 (needle and base)
Needle length TP02
  • 150 mm
Needle length TP08
  • 70 mm
MCU specifications
  • :
Connection
  • to local area network (LAN) via Ethernet or directly to PC via USB
Graphical user interface
  • web page (via MCU)
Supported web browsers
  • Chrome 10; Firefox 4; Internet Explorer 9; Opera 11; Safari 5; or later
Rated operating voltage MCU
  • 10 to 16 VDC
Rated operating temperature range MCU
  • -25 to +50 °C
IP protection class
  • IP54
Sampling rate
  • 2 Hz
Power Supply Unit specifications
  • :
Input
  • 100 to 240 VAC 50/60 Hz
Input plug
  • Type A/B (USA); Type C/F (EU); Type G (UK); Type I (AU)
Output
  • 12 VDC 2.5 A
IP protection class
  • IP40
Options
  • TPSYS20-02, TPSYS20 with TP02 probe
  • TPSYS20-08, TPSYS20 with TP08 probe

Description

Complete system TPSYS20 for measurement of thermal conductivity

TPSYS20 is an accurate and user friendly system for measuring thermal conductivity. Its main components are the TP02 thermal needle probe (or its smaller equivalent, model TP08), the MCU Measurement and Control Unit and software. TP02 and TP08 are designed for measuring thermal conductivities in the range from 0.1 to 6.0 W/(m∙K).

The measurement principle is the transient line source technique, in which the thermal conductivity of a specimen is determined from the step response of the specimen temperature to heat from a linear heater. For details on TP02 or TP08, see the separate brochures. The MCU takes care of the measurement and control process and provides a convenient graphical user interface in the form of a web page.

TPSYS20's intuitive and easy-to-use graphical user interface for controlling measurements

TPSYS20 is particularly suitable for thermal conductivity measurements in a laboratory environment. If needed, TPSYS20 can be powered from a 12 V battery, so that it may be used in the field. TPSYS20 is operated in conjunction with a PC. An intuitive and easy-to-use graphical user interface allows the user to set measurement parameters, control measurements, view measurement progress and view and download measurement data.

TP-series thermal needle probe, included with TPSYS20 thermal conductivity measuring system

TPSYS20 is either delivered with a TP02 or a TP08 probe. TP02 is equipped with a reference temperature junction, located in the tip of the needle. This allows the temperature difference between the heated section of the needle and the reference junction to be measured. The use of a reference junction makes the thermal conductivity measurement much less sensitive to specimen temperature drift. For more details see the TP02 brochure.

TP08 is a shorter needle, which makes it an excellent alternative when only small amounts of sample material are available. TP08 does not have a reference temperature junction. For more details see the TP08 brochure.

TPSYS20 system. Measure thermal conductivity with accuracy and ease

The measurement with TPSYS20 complies with the IEEE Guide for Soil Thermal Resistivity Measurements (IEEE 442-2017) as well as with ASTM D5334 - 14 Standard Test Method for Determination of Thermal Conductivity of Soil and Soft Rock. TPSYS20 is suitable for use by ISO certified laboratories.

TPSYS20 is primarily intended for laboratory use. For outdoor soil measurements Hukseflux recommends consulting the brochures of the more robust albeit less accurate FTN, MTN and TNS systems designed for outdoor use.

CRC calibration reference cylinders

TPSYS20 is a complete measuring system. Several accessories are offered, including CRC series Calibration reference cylinders, a keyboard display and spare sets of needles and guiding tubes. For high-accuracy calibration, dedicated CRC01 Calibration Reference Cylinders are available. For insertion into hard material types or for casting into plastics, cement and backfill materials, GT Series Guiding tubes can be applied.

  • CRC01 – calibration reference cylinder for TP02 and TP08
  • GT01 – a spare set of 5 guiding tubes for TP08
  • GT02 – a spare set of 5 guiding tubes for TP02
  • CR1000KD – Campbell Scientific CR1000 keyboard display for controlling TPSYS20 MCU without a PC
  • TP02 – a spare thermal needle probe
  • TP08 – a spare thermal needle probe

Suggested use

Thermal needle probe systems are particularly suitable for measuring the thermal conductivity of fine granular materials, powders, pastes, gels and highly viscous fluids in which a needle probe can be easily inserted. Harder materials such as rocks may also be measured provided that a hole can be drilled to insert the probe. Examples of typical specimen materials include soils, thermal backfill materials, sediments, foodstuff, sludges, paints and glues.

TPSYS20 system
High-accuracy thermal conductivity measuring system with thermal needle probe, model TPSYS20
  • Connection via Ethernet or USB
  • Intuitive and easy-to-use graphical user interface
  • High-accuracy thermal conductivity measurements
  • Adjustable constant current source
  • Measurement and analysis of heating and cooling phase
Would you like a personalised quote?

or contact us: info@hukseflux.com