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The pyrheliometer LPPYRHE16 ( Class B Pyrheliometer according to ISO 9060:2018 classification) is an instrument for direct measurement of solar irradiance (Watt/m²). The receiving surface must be positioned ...
... radiation sensor. The scientific name of this instrument is pyrheliometer. DR30 complies with the first class specifications of the ISO 9060 standard and the WMO Guide. This next level pyrheliometer has ...
... sensors, or pyrheliometers. DR20 complies with the Class A, and DR15 with the Class B specifications of the ISO 9060:2018 standard. These instruments are used in tracker-mounted operation, and offer analogue millivolt ...
... incredibly accurate, with competition-beating long-term stability and exceptional reliability; the ISO 9060:2018 Class A MS-57 Pyrheliometer is a unique, second-to-none, direct normal incidence (DNI) solar irradiance ...
... temperature dependence Excellent linearity Excellent long-term stability 5 year warranty CHP1 Pyrheliometer The CHP1 pyrheliometer is the most commonly used radiometer for the measurement ...
OTT HydroMet
... second response time RS-485 Modbus® RTU 0-1 V or 4-20 mA versions Best temperature correction 5 year warranty SHP1 Pyrheliometer The combination of the CHP1 sensor technology with smart interface advantages makes ...
OTT HydroMet
... of vision : 5 ±0,2° Non-linearity : <0,2% ISO rating : first class The pyrheliometer is linked to a "Sun Tracker". This device allows you to point the pyrheliometer at the sun.
The pyrheliometer measures solar radiation incident within a band of just a few degrees. It is similar to the pyranometer, though the latter measures solar radiation falling on a surface and has an angle of view of 180°.
ApplicationsThis device is a field instrument designed for use in even the harshest climatological conditions. It is found at weather stations and photovoltaic installations, and in atmospheric, climatological and other research.
TechnologiesThis instrument uses a narrow tube to limit the sensor's field of view. As in a pyranometer, this sensor is a thermopile which produces an output voltage when heated by the sun's rays. Its narrow angle of view requires the pyrheliometer to be linked to a solar tracker.
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