Pyranometer Installation and Maintenance Information

Installation and maintenance information for the Pyranometer consists mainly of the following:

Pyranometer Installation Methods:

The Pyranometer is usually installed near a weather station or solar energy utilization device to facilitate monitoring of solar radiation intensity. To ensure accurate measurements, the Pyranometer should be installed in a location that is clear of large buildings, trees, and other obstructions, as well as making sure that the instrument is facing south or due south to avoid shading from the sun's rays. When installed, the instrument also needs to be secured to a stable stand to avoid errors caused by wind and other causes.

Pyranometer Maintenance Methods:

The Pyranometer is a precision measuring instrument and requires regular maintenance and calibration. Generally speaking, it is recommended to carry out a routine inspection once a month, including cleaning the surface of the instrument, checking whether the wiring is loose or broken, and checking whether the data transmission is normal. In addition, a thorough inspection and calibration of the instrument is required at regular intervals (e.g. half a year or one year) to ensure its accuracy and stability.

Pyranometer Precautions:

In the process of maintenance and calibration, the following points need to be noted: firstly, professional cleaners and protectants should be used to avoid damage to the instrument; secondly, scratches or damages on the surface of the instrument should be avoided so as not to affect the measurement accuracy; lastly, the power supply must be cut off before carrying out any maintenance and calibration work to ensure safety.

Common Problems and Solutions:

In the process of use, some common problems may occur, such as unstable data transmission and deviation of measurement accuracy. For these problems, corresponding solutions can be taken, such as checking whether the data transmission line is intact or not, recalibrating the instrument, and so on. If the problem still exists, it is recommended to contact professional technicians for maintenance and assistance.

In conclusion, Pyranometer, as an instrument for measuring the intensity of solar radiation, requires proper installation and maintenance to ensure its accuracy and stability. In the course of use, it should be checked and calibrated regularly to avoid errors and malfunctions. If problems are encountered, they can be solved by referring to the relevant installation and maintenance guides.

Pyranometer Solar Radiation Sensors data sheet

NBL-W-HPRS-Solar-Radiation-Sensor-Instruction-Manual-V3.0.pdf

NBL-W-SRS-Solar-radiation-sensor-instruction-manual-V4.0.pdf