Second Class pyranometers
Sensors for measuring global irradiation
Pyranometers with 10% total daily accuracy
(ISO9060).
Radiometers designed for measurement according to ISO 9060 and WMO No. 8 (Part I, Chapter 7).
These sensors are classified as an ISO9060 Secondary Standard With a total daily uncertainty of only 2%, fast response times, these sensors are ideal for users requiring high-level accuracy and reliability.
Second Class pyranometers
Sensors for measuring global irradiation
Pyranometers with 10% total daily accuracy
(ISO9060).
Radiometers designed for measurement according to ISO 9060 and WMO No. 8 (Part I, Chapter 7).
These sensors are classified as an ISO9060 Secondary Standard With a total daily uncertainty of only 2%, fast response times, these sensors are ideal for users requiring high-level accuracy and reliability.
Sensors for measuring global irradiation
Pyranometers with 10% total daily accuracy
(ISO9060).
Radiometers designed for measurement according to ISO 9060 and WMO No. 8 (Part I, Chapter 7).
These sensors are classified as an ISO9060 Secondary Standard With a total daily uncertainty of only 2%, fast response times, these sensors are ideal for users requiring high-level accuracy and reliability.
Global solar radiation
Highlights
- Spectrally flat Class A pyranometers (Secondary Standard);
- Compliant with EC 61724-1: 2017;
- RVH technology: Recirculating Ventilation and Heating (DPA953);
- Measurement of the angle of inclination (DPA953);
- Calibration traceable to WRR;
- Outputs: irradiance in W/m², sensor body temperature, inclination angle, humidity and pressure inside the sensor;
- Ideal sensor for monitoring the performance of solar panels and meteorological networks;
- Model codes: DPA863, DPA053A, DPA983.
Reviews
There are no reviews yet.