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t055 TPIR
Global Solar Radiation Transducer
TPIR measures the global solar radiation, calculated as sum of the direct sun radiation, and the radiation diffused by the sky and scattered clouds. Thanks to its standards of accuracy the sensor is a very suitable for various application in the field of meteorology.
TPIR is equipped with a thermopile element, specifically designed and developed for SIAP + MICROS. The sensing element generates a tension proportional to the captured radiation, which is acquired by a signal conditioning electronics that normalizes the output in a standard tension, current, Modbus or SDI-12 signal. Measurements features are maximised by a double dome made of special optical glass (Schott K5), which allows a wide range of measurement of the solar radiation frequency (0.3 ÷ 3 μm). The production process is completed by a calibration in a climatic chamber with an artificial light source, in order to obtain high accuracy even when the temperature varies.
The sensor is supplied with power and signal cable (4m).
TPIR is equipped with a thermopile element, specifically designed and developed for SIAP + MICROS. The sensing element generates a tension proportional to the captured radiation, which is acquired by a signal conditioning electronics that normalizes the output in a standard tension, current, Modbus or SDI-12 signal. Measurements features are maximised by a double dome made of special optical glass (Schott K5), which allows a wide range of measurement of the solar radiation frequency (0.3 ÷ 3 μm). The production process is completed by a calibration in a climatic chamber with an artificial light source, in order to obtain high accuracy even when the temperature varies.
The sensor is supplied with power and signal cable (4m).
| Range | 0 ÷ 1300 W/m² (other range on request) |
| Spectrum | 0,3 ÷ 3 µm |
| Accuracy | ± 10 W/m² (1° Class WMO) |
| Transducer | Thermopile |
| Working temperature | -30 ÷ 60 °C |
NEWS
10 May 2022
Baptism of the sea for the new buoy of the Italian national wave network (RON)
The new RON buoy during a Bora storm Less than a month after the launch of the eighth buoy of the National Wave Network, a strong Bora (the Adriatic n...
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11 April 2022
Siap+Micros in support of a new scientific project of Ispra and Ismar-CNR
The new buoy and the CNR platform The update of the national wave network (RON) which, in 2020, was only a project (we had written about it in a previ...
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6 April 2022
Partnership with Teconer Oy for road safety
Optical surface sensor Siap+Micros has signed an agreement with Teconer Oy (Finland) aimed to integrate the proven technologies of non contact road su...
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