Heat Flux Sensor – gSKIN®-XP

429.00CHF - 439.00CHF

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Description

Our medium-sized heat flux sensor, with superior quality, accuracy, and responsiveness. Available both without and with connector (at a cost of +10 CHF).

Features

Ultra-high resolution of thermal energies and temperature differences.
Low invasiveness and thickness.
Models with connector compatible with all gSKIN^®DLOG Data Loggers.
All sensors with conductive heat flux calibration cohering to ISO 8301.
Applications: R&D, thermal optimization, energy efficiency, industrial monitoring of thermal properties.

Downloads

gSKIN® Heat Flux Sensors Datasheet

Manual

Datalogger Test Tool

How to connect a gSKIN Sensor to a DAQ-Pro Read-Out Device

Product specifications

Product	gSKIN^® XP
Article Number	A-044573
Detector Type	Thermoelectric
Surface Material (Sensing Area)	Aluminum
Sensing Dimensions (a x b x d) [mm x mm x mm]	10.0 x 10.0 x 0.5
Heat Flux Range Min / Max [kW/m²]	-150 / 150
Noise Equivalent Heat Flux ^a per area [W/m²] / absolute [μW]	0.073 / 7.3
Heat Flux Resolution per area [W/m²] with gSKIN^® DLOG ^b / absolute [μW]	0.09 / 9.0
Temperature Difference Resolution [μK]	~30
Min /Avg.^c Sensitivity (S) [μV/(W/m²)]	10.0/20.0
Temperature Dependence ^d of S [%/°C]	0.25
Response Time^e (0-95%) [s]	0.7
Electrical Resistance [Ohm]	< 150
Thermal Conductivity [W/(m*K)]	∼1.2
Max. Compressive Force when clamped [kgf]	< 10
Operating Temperature Range Min/Max [°C]	-50 / 150
Calibration Temperature Range Min/Max ^f [°C]	-30 / 70
Calibration Accuracy [±%]	3
Homogeneity ^g [±%]	1
Linearity with Power [±%]	1
Flexprint Length (f) [cm]	5

^a Experimentally evaluated values under optimal steady state conditions.

^b Guaranteed minimum heat flux resolution using the gSKIN^® DLOG-4219.

^c Only a reference point.

^d The sensitivity increases (decreases) as the temperature goes above (below) 22.5°C.

^e Refers to the heat flux measurement.

^f Conductive heat flux calibration cohering to the ISO8301 standard with mean temperature of 22.5°C.

^g Position dependent signal change across sensing area.

If you are interested to purchase in larger quantities, please contact info@greenTEG.com