Heat Flux Sensor - gSKIN-XI
?? 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.
- Model Number: gSKIN-XI
- Data Sheet:
- Quantity:
- - +
Product Specification
1.Heat Flux Sensor - gSKIN-XI Descriprion:
Our big size heat flux sensor for superior accuracy and responsiveness. Available both without and with connector.
2.Heat Flux Sensor - gSKIN-XI 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.
3.Heat Flux Sensor - gSKIN-XI Applications:
R&D, thermal optimization, energy efficiency, industrial monitoring of thermal properties.
4.Heat Flux Sensor - gSKIN-XI Technical parameters:
|
Product |
|
gSKIN XI |
|
Detector Type |
|
Thermoelectric |
|
Surface Material (Sensing Area) |
|
Aluminum |
|
Sensing Dimensions (mm) |
|
18.0 x 18.0 x 0.5 |
|
Heat Flux Range Min / Max [kW/m2] |
|
-150 / 150 |
|
Noise Equivalent Heat Flux per area [W/m2] / absolute [μW] |
|
0.02 / 4.6 (Experimentally evaluated values under optimal steady state conditions). |
|
Heat Flux Resolution per area [W/m2] with gSKIN? DLOG / absolute [μW] |
|
0.02 / 5.7 (Guaranteed minimum heat flux resolution using the gSKIN? DLOG-4219). |
|
Response Time (0-95%) [s] |
|
0.7 (Refers to the heat flux measurement). |
|
Min. /Avg. Sensitivity (S) [μV/(W/m2)] |
|
35.0 / 65.0 (Only a reference point). |
|
Max. Compressive Force when clamped [kgf] |
|
< 32 |
|
Electrical Resistance [Ohm] |
|
< 400 |
|
Thermal Conductivity [W/(m*K)] |
|
～1.3 |
|
Linearity with Power [±%] |
|
1 |
|
Operating Temperature Range Min/Max [°C] |
|
-50 / 150 |
|
Calibration Accuracy [±%] |
|
3 |
|
Calibration Temperature Range Min/Max [°C] |
|
-30 / 70 (The sensitivity increases / decreases as the temperature goes above / below 22.5°C). |
|
Temperature Dependence of S [%/°C] |
|
0.25 |
|
Homogeneity [±%] |
|
1 (Position dependent signal change across sensing area). |
|
Cable Length (c) [cm] |
|
100 |
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