rpr-IoT-SR01 | Solar radiation node
£305.35 exVAT
£366.42 incVAT
Low Power Wireless Sensor Node. – Compatible with The Things Network LoRaWAN – EKO ML-01 Si-Pyranometer input – Long battery life. – Tough weatherproof enclosure – Data and status information displayed on the rpr-IoT dashboard. – Plug-in sensor.
Please note: You will require EKO ML-01 Silicon Pyranometer for full functionality
Product Description
The rpr-IoT-SR01 is a battery powered Solar Radiation sensor node suitable for use with the EKO ML01 Si Pyranometer. It communicates using long range radio compatible with LoRaWAN and the Things Network. The low power electronics are housed in a rugged IP67 enclosure suitable for outdoor and industrial applications. A sealed connector is used for the connection to the sensor.
Data is stored on the rpr-IoT cloud and or the RPR WeatherFile.com cloud for long-term storage and access. Readings and status information is displayed on the rpr-IoT dashboard (subscription required for enhanced features). The dashboard enables data from several nodes to be plotted and displayed in a flexible manner to suit the user.
The unit uses a long life 4000mAh A size Lithium Thionyl Chloride (LiSOCl2) battery which is user replaceable.
Additional information
| Weight | 0.255 kg |
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The rpr-IoT-SR01 has a wide range of applications where high-quality solar irradiance measurements are required. ✓ PV performance monitoring ✓ Meteorology ✓ Precision Agriculture ✓ Sports grounds ✓ Working conditions ✓ Education and research projects
| Physical | ||
| Enclosure dimensions including flanges but excluding sensor | 160.8mm x 90.8mm x 38 mm | |
| Mounting Holes | 4 off 5 mm dia. 140.8 mm x 50.8 mm | |
| Mounting key holes | 2 off 8.5 mm dia. 4.6 mm slot, 140.8 spacing | |
| Flange thickness | 6.5 mm | |
| Enclosure material | Polycarbonate, Light Gray (RAL 7035) | |
| Enclosure flammability rating | UL94 5VA @ 3mm | |
| Weight | 255g | |
| Sensor input | For EKO ML-01 Class C Si-Pyranometer | |
| Wireless/network Connectivity | ||
| Frequency band | 863-870 MHz | |
| LoRa Channel | EU868 | |
| Networking Protocol | LoRaWAN, Class A | |
| Aerial | Internal Meandering Monopole circuit board mounted | |
| Uplink Message Interval | By default, the interval is dependent on the Spreading Factor and The Things Network’s public community network Fair Use Policy. | |
| Range | Up to 10km Line of sight dependent on environment | |
| Power | ||
| Battery type | A size Lithium Thionyl Chloride (LiSOCl2) | |
| Nominal Battery Capacity | 4000mAh | |
| Nominal Battery Voltage | 3.6V | |
| Nominal Battery Life | >1 year (SF7, message interval >30 minutes) | |
| Environmental | ||
| Temperature range | Operating: -10°C to +60°C, Storage: -40°C to +70°C | |
| Relative Humidity | 0% to 100% | |
| Enclosure protection | IP67 | |
| Compliance | UKCA, CE |
The manufacturer reserves the right to amend the specification and therefore the information in this document may be subject to change.
| Data sheet | |
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029SL040_issue_1_rpr-IoT-SR01_Solar_Radiation_node_datasheet |
| Richard Paul Russell IoT Range | |
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rpr-IoT_range_June24 |
