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Soil Moisture Sensor, Wireless Battery-Powered Soil Moisture Measurement
The soil moisture sensor measures soil moisture capacitively or resistively. It performs these operations with an internal battery. Measured moisture values are transmitted wirelessly to the server. No external energy or wiring is required for soil moisture measurement.
General Features:
1. There are sensors for measuring soil moisture, ambient humidity, and temperature.
2. It can send data at certain intervals, once every 5 minutes with the internal battery, and continuously with an external source or solar panel.
3. It has a 12-24V 250mA external power supply input.
4. It takes a reading once every 5 minutes and transmits the information to the center.
5. No data loss occurs in case of it being turned off and on.
6. The device has EU-868 MHz frequency band and 14db output power with Lora modulation and LoraWan protocol.
7. It has an external antenna connection.
8. Configuration processes can be done through the system.
9. Energy status, operating status, and alarm status can be monitored via the LEDs on it.
10. The device works in Ultra Low Power mode when not sending data and does not consume unnecessary energy.
Application Areas:
1. Remote sensor monitoring
2. Pressure sensor, Flowmeter, Meter etc. reading systems, soil moisture sensor
3. AMR systems
4. Automation systems
5. Scada systems
6. Remote monitoring systems
7. Agricultural Irrigation
Technical Specifications:
1. Frequency Range: 433/490 MHz or 868 / 915 MHz(Customizable:137~1020MHz )
2. Sensitivity up to -139dBm @Lora
3. EU433,CN470-510,CN779-787,EU863-870,US902-928,AU915-928,AS923,KR920-923
4. Maximum output power: 20 dBm
5. 13mA@receiver mode
6. Sleep current <200 nA 7. Data transfer rate: @FSK,1.2-300 Kbps 8. @Lora TM, 0.018-37.5 Kbps 9. Lora TM, FSK, GFSK & OOK Modulation mode 10. Built-in ESD Protection 11. 127 dB Dynamic Range RSSI 12. Packet engine up to 256 bytes with FIFO and CRC 13. Hopping frequency 14. Built-in temperature sensor and low battery indicator 15. Excellent blocking immunity 16. Operating Temperature Range：-40 ~ + 85 °C 17. Low Power Current 4uA 18. Max TX Current 120mA
Box Content:
1. Lora-Soil Moisture Sensor
2. 3V6 Lithium Battery (Optional) 1 piece
3. Solar Cover(Optional) 1 piece
Multi-level Measurement
The multi-level approach in soil moisture measurement allows us to evaluate moisture levels in various layers of the soil separately, considering the fact that plant roots receive water and nutrients from different depths. For example, by measuring moisture values at different depths such as 30 cm, 60 cm, and 90 cm, we can understand how drought on the surface differs from the moisture status in the lower layers. This multi-level measurement allows us to record not only moisture levels but also temperature values at these depths. In this way, by mapping the moisture and temperature distribution in different regions where plant roots are located more comprehensively, we can optimize our irrigation strategies more consciously and manage plant health more effectively.
Practical Installation, Battery-Powered and Wireless Operation
Practical Installation, Battery-Powered and Wireless Operation represents a combination that radically changes the user experience in sensor technologies. Thanks to these features, it becomes possible to install sensors quickly and easily without the need for complex wiring processes. Internal battery technology allows sensors to operate independently for long periods without depending on any power source. Wireless communication facilitates the real-time transmission of measured data to a central system, allowing users to access data instantly and manage their systems remotely. When these three features come together, the installation and use of sensors become extremely practical, time is saved, and the flexibility of automation systems increases significantly.
Wireless Freedom, Powered by Battery: Your Sensors Are With You Everywhere.
Say Goodbye to Cables, Hello to Freedom: Battery-Powered and Wireless Sensors.
Unlimited Placement, Continuous Operation: Meet Battery-Powered and Wireless Sensors.
Get Rid of Connections, Focus on Performance: Battery-Powered and Wireless Sensors.
Works Everywhere, No Cables Required: The Battery-Powered and Wireless Sensor Revolution.
Long-Lasting Battery, Continuous Monitoring: Battery-Powered and Wireless Sensors are Safe.
No Need for Energy, Only Data: The Independence of Battery-Powered and Wireless Sensors.
Self-Sufficient, Always Ready: Battery-Powered and Wireless Sensors at Work.
Battery-Powered, Trouble-Free: Reliable and Wireless Sensor Solutions.
Plug and Forget: Long Battery Life, Wireless and Practical Sensors.
Benefits of Soil Moisture Sensor
Save Time and Effort: Practical Installation, Battery-Powered and Wireless Sensors.
End the Installation Mess: Your Work Becomes Easier with Battery-Powered and Wireless Sensors.
Flexibility and Convenience Together: Meet Battery-Powered and Wireless Sensors.
The New Face of Automation: Practical, Battery-Powered and Wireless Sensor Solutions.
Less Work, More Results: Increase Efficiency with Battery-Powered and Wireless Sensors.
Our Activity Areas
esular smart automatic system application areas
We reduce your costs with drip irrigation automation in places where water resources are scarce. Thanks to wirelessly controllable hydraulic valves, water is distributed equally to every point of the land and all are controlled from a single point
We make irrigation management fully automatic in modern greenhouses to keep greenhouse production at the desired level, improve product quality, and keep the pH balance under control
We enable you to use and manage the world's most valuable resource in the most efficient way in all your agricultural lands without the need for wiring and external power sources. Whether you set your irrigation scenario or perform fully automatic irrigation
We provide more efficient and effective irrigation by making valves smart in landscape irrigation. With remotely controllable valves and remotely updated scenarios, all control is in your hands
Homogeneous irrigation is ensured by controlling flow and pressure values in golf and football fields. All valves and pumps can be controlled remotely without pulling cables
Smart Cities
In smart city applications, we ensure that irrigation areas are irrigated on time and as desired with sensors that can work with wireless and internal batteries for 10+ years. No more sprinklers irrigating when it rains
