Schmide-boelter Thermopile Heat Flux Sensor, transducer

Schmide-boelter thermopile heat flux sensor can also be called Schmide-boelter Thermopile Heat Flux transducer.

The schmide-boelter thermopile Heat Flux Sensor is widely used in ground and flight aerospace tests, heat transfer research, flammability test heat flow standards, fire tests, material development and kiln development, etc.

Structure:
Accurate, robust and reliable sensor.
Oxygen-free copper body ensures long life and signal stability of the sensor.
Equipped with flanges for easy installation.

Annex:
Optional configuration: including four installation configurations, detachable window, water cooling, conduction cooling.
When the working temperature exceeds 200°C, water cooling should be selected.
Window accessories (sapphire, quartz, zinc sulfide, zinc selenide and other window materials can be selected).
Measure radiant heat, convective heat and total heat flow.

Features of Schmide-boelter Thermopile Heat Flux Sensor AWS-25 series:
The output is a linear signal
Radiation and convective heat flow measurement
Water cooling or heat sink conduction cooling
Optional window to measure pure radiant heat flow
High measurement accuracy, accuracy better than 3%

Technical parameters of Schmide-boelter Thermopile Heat Flux transducer AWS-25:
Range: 0-100kw/m2
Viewing angle: 180°C
Installation method: flange fixed
Size: 25 X 25 mm (diameter X length)
Cooling method: water cooling
Non-linearity: ±2%
Accuracy: ±3%