The SI-1H1-SS high-precision infrared temperature sensor uses an optical germanium lens and is based on the principle of non-contact infrared temperature measurement. It can continuously measure the surface temperature of objects under field conditions.
The SI-1H1-SS is equipped with a unique rectangular (rectangular) viewing angle observation probe, with a viewing angle range of up to 32 ° horizontal half angle and 13 ° vertical half angle, which is very suitable for rectangular objects or situations with special requirements for measuring shapes. It can be used to measure road surface temperature, plant canopy temperature, as well as surface temperature of objects such as soil, snow, and standing water, making it very suitable for measuring and studying surface temperature changes of small or locally subtle objects.
The sensor adopts analog voltage output and is equipped with M8 standard interface, making it easy to replace cables and connect Apogee AT-100 recorder.
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SIL-111 |
SI-111-SS |
SI-121-SS |
SI-131-SS |
SI-1H1-SS |
SIF-111-SS |
SIF-121-SS |
SIF-1H1-SS |
type |
Commercial grade |
Research grade |
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cable |
5mTail fiber |
5mDistance from the probe25cmPlace beltM8Interface, tail fiber |
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Field of view (half angle) |
22° |
18° |
14° |
32° Horizontal 13° Vertical |
22° |
18° |
32° Horizontal 13° Vertical |
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output |
~50 µV/℃ |
~30 µV/℃ |
~15 µV/℃ |
~30 µV/℃ |
~15 µV/℃ |
~10µV/℃ |
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Uncertainty(1) |
0.5℃ |
0.2℃ |
0.3℃ |
0.2℃ |
—— |
—— |
—— |
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Uncertainty(2) |
—— |
0.2℃ |
0.3℃ |
0.2℃ |
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Uncertainty(3) |
—— |
0.5℃ |
0.6℃ |
0.5℃ |
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response time |
0.6Second(95%) |
0.2Second(95%) |
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repeatability |
<0.05℃ |
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Long-term Drift |
<2%/year |
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INPUT VOLTAGE |
2500mV(Typical value, other voltages can be used) |
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Output voltage |
0~2500 mV(Typical value, depending on input voltage) |
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spectral range |
8~14µm |
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work environment |
-50℃~80℃,0~100% RH |
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size |
long60mm, diameter23mm |
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weight |
190g(Including)5mLine) |
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pour |
(1):0 ~50℃, target and detector ΔT < 20℃ (2):-30℃~65℃, target and detector ΔT < 20℃ (3):-40℃~80℃, target and detector ΔT > 20℃ |