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General| ISO classification | Second class |
|---|---|
| Operating temperature | -40 to +80 °C |
| Field of view | 180 ° |
| Sensitivity | 15 µV/(W/m²) |
| Temperature dependence | 0.1% per °C |
Provides steps for performing a quick functional test of the instrument upon receipt.
Detailed technical specifications, classification, and performance criteria for the SR05-D1A3-PV.
Recommendations for choosing a suitable location and mounting the pyranometer.
Procedures for mounting and accurately levelling the SR05 pyranometer.
Detailed guide for installing SR05 using ball levelling and tube mount options.
Wiring diagram and pinout for electrical connections of the SR05-D1A3-PV.
Guidelines on proper grounding and shield connection for signal integrity.
Instructions for utilizing the digital Modbus RTU output of the SR05-D1A3-PV.
How to connect the SR05-D1A3-PV to an RS-485 network as a slave device.
Steps to connect the pyranometer to a PC via USB or RS-232 converters.
Guidance on using the analogue 0-1 V output for irradiance measurement.
Introduction to Hukseflux Sensor Manager software for instrument configuration.
Procedures for configuring Modbus address and serial communication settings.
Explanation of Modbus function codes, registers, and coils used by the SR05.
Initial steps for connecting and communicating with the SR05 in an RS-485 network.
Guidance on evaluating measurement uncertainty according to ISO standards.
Scheduled maintenance tasks and quality assurance practices for SR05.
Common issues and solutions for troubleshooting SR05 performance problems.
Procedures for calibrating and performing field checks on pyranometers.
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