Global solar radiation
Product Descriptions
1. Secondary Standard pyranometers (ISO9060)
Radiometer for solar irradiance measurement, according to ISO 9060 and WMO No. 8 (Part I, Chapter 7) standards. These sensors are classified as ISO 9060 Secondary Standard. With a total daily accuracy of only 2%, fast response time, these sensors are ideal for users requiring high-end accuracy and reliability.
1.1 Secondary Standard pyranometers – RS485 Modbus
Secondary standard pyranometer – ventilated and heated
1.2 Secondary Standard pyranometer. Analogic output
Secondary Standard Pyranometer (ISO9060)
1.3 Secondary Standard pyranometer. Direct output
Secondary Standard pyranometer (ISO 9060). Archievable accuracy limited to 2%, fast response time and internal temperature measurement. Direct output from thermopile (uV).
| 1.1 Secondary Standard pyranometers – RS485 Modbus |
1.2 Secondary Standard pyranometer. Analogic output |
1.3 Secondary Standard pyranometer. Direct output |
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2. First Class pyranometer (ISO9060)
Radiometer for solar irradiance measurement, according to ISO 9060 and WMO No. 8 (Part I, Chapter 7) standards. These sensors are classified as ISO 9060 First Class. With a total daily accuracy of 5%, flat spectral response (305-2800 nm) and optimal temperature stability, this sensor represents the optimal compromise between costs and quality of irradiance measurement.
3. Second Class pyranometer (ISO9060)
Radiometer for solar irradiance measurement, according to Second class as ISO 9060 and WMO No. 8 standards. This sensor is a good compromise for basic meteorological, agrometeorological and solar 1 2 energy applications.
