Description
GSKIN heat flux sensors can be applied for thermal measurements in control systems where precision and speed are of central importance. The sensors use 29 ultra-sensitive thermocouples to generate a small mV output that is proportional to the heat flux. The heat flux can be calculated by dividing the mV output by the sensors sensitivity. The sensors respond to all three types of heat transfer: conduction, convection and radiation.
Features
- Highly sensitive thermal detectors
- -150 kW/m² to 150 kW/m² range
- Fast Response Time
- Minimal Invasiveness
- Compact design
- Available with conductive heat flux calibration
Specifications
GSKIN Sensor | XM269C | XM279C | XP269C | XP279C | XI269C | XI279C | ||
Sensing Area | 4.4 x 4.4mm | 10 x 10mm | 18 x 18mm | |||||
Sensor Thickness | 0.5mm | |||||||
Heat Flux Range | -150 to +150kW/m² | |||||||
Noise Equivalent Heat Flux | 0.34W/m² | 0.073W/m² | 0.023W/m² | |||||
Min Sensitivity | 1.5µV/(W/m²) | 7.0µV/(W/m²) | 22µV/(W/m²) | |||||
Response Time | 0.7 seconds (0-95%) | |||||||
Operating Temp | -50 to +150°C | |||||||
Calibrated Temp | -30 to +70°C | |||||||
Termination | Flying Lead | TEG Connector | Flying Lead | TEG Connector | Flying Lead | TEG Connector |
Associated Research Paper
Universiteit Utrecht, Netherlands – Heat Flux Sensors for Electrochemical Calorimetry