Wireless Battery-Powered Hydrostatic Pool Level Sensor

Wireless Battery-Powered Hydrostatic Pool Level Sensor Features

• Wireless communication
• Measurement data is transmitted wirelessly. It is possible to transmit data up to 10 km. It provides two-way or one-way communication.
• Operation with built-in solar panel and rechargeable battery. This eliminates the need for additional energy.
• Hydrostatic water level measurement
• Easy scaling thanks to the wireless feature
• Due to its wireless structure, no requirement for wiring, and easy installation, you can easily add new sensors to your automation system and expand your system.
• IP68 completely waterproof structure.

General Specifications:

• Wireless reading and updating of settings via LoRa-LoRaWAN.
• Long-term operation with 3.6V Li-SOCl2 battery.
• No data loss in case of power cycle.
• The device works with LoRa modulation and LoRaWAN protocol.
• It has EU-868 MHz frequency band and 14dB output power.
• RS485 output and MODBUS communication features are available.
• No additional energy is needed thanks to its built-in solar panel and rechargeable battery structure.
• Operation in LoRaWAN APP mode.
• Automatic operation modes
• IP68 waterproof structure.

Electrical Specifications:

• Compatible with 3V6/110mA Li-SOCl2 batteries.
• The battery voltage to be used must be 3.6V and provide a minimum of 110mA current.
• Energy input voltage of 12-24V and a minimum of 100mA current are required.
• Input voltage is polarity protected. The positive terminal must be connected to the red end.
• 1 probe must be connected to each sensor probe output. If more probes are connected, measurements cannot be taken.
• Performs LoRa-LoRaWAN wireless data transmission. It is in the EU868MHz band.
• Performs data transmission in Class A and APP mode. Output power is 25mW (14dBm).
• Unless there is a different setting, it sends reading data once every 5 minutes.
• Dry contact output should be used for signal connections. Requires external voltage between 12V-24V and current up to 100mA.
• Liquid level measurement occurs every 5 minutes unless another setting is made. Measuring more frequently shortens the life of the probe.

Application Areas

• Smart Agriculture Applications
• Smart Greenhouse Applications
• Smart Landscape Applications
• Vertical Farming Applications
• Smart Irrigation Systems
• Hydroponic Farming Applications
• SCADA Systems
• IoT (Internet of Things)
• Park and Garden Smart Irrigation Solutions
• LoRa / LoRaWAN Sensor Applications
• Germination and Rooting Automation

* Please contact us for different level measurements!