Overview
The Dragino SE01-LB/LS is a LoRaWAN soil moisture and EC sensor designed for agricultural IoT applications. It accurately measures soil moisture, temperature, and conductivity, making it suitable for saline-alkali and loamy soils. Using the FDR method, it ensures precise readings with compensation for soil temperature and conductivity and is factory-calibrated for mineral soil. With LoRa wireless technology, the SE01-LB/LS enables long-range, low-power data transmission with strong interference resistance. It supports BLE configuration and OTA updates, simplifying setup and maintenance. Powered by an 8500mAh Li-SOCI2 battery or a solar + Li-ion battery, it can operate for up to five years. Each device comes with preloaded unique keys for seamless LoRaWAN registration and automatic connection upon activation.

LoRaWAN Long-Range Communication
With LoRaWAN technology, the SE01-LB/LS sensor transmits data over ultra-long distances while consuming minimal power. This feature makes it ideal for large buildings, shopping malls, and public spaces, ensuring reliable, uninterrupted data collection.

NBIoT cellular communication
Fully compatible with Australian telcos narrow band network, SE01-LB/LS can also upload data via the existing cellular network with ultra-low power consumption.

Ultra-Low Power & Long Battery Life
Designed for long-term deployment, the sensor is powered by a 2400mAh battery, allowing up to 5 years of operation without frequent maintenance. This energy-efficient design reduces the need for battery replacements, making it cost-effective and reliable.

BLE Configuration & OTA Updates
The device supports Bluetooth Low Energy (BLE) configuration and over-the-air (OTA) firmware updates, enabling users to set up and upgrade the device remotely. This eliminates the need for manual intervention, simplifying deployment and maintenance.

Multi-Parameter Measurement
The SE01-LB/LS sensor accurately measures soil pH and temperature, making it ideal for agricultural applications. By providing real-time data on soil acidity and thermal conditions, it helps farmers and researchers monitor soil health, optimize fertilization strategies, and improve crop productivity.

Details
