The Dragino LSE01 is fitted with an RS485 sensor is designed to measure saline-alkali soil and loamy soil. The soil sensor uses the FDR method to calculate the soil moisture, with compensation for soil temperature and conductivity. It is a battery-operated with an expected life of over 5 years. It is in an IP65 waterproof housing with an external antenna and that can achieve 10Km+ range. It is perfect for anything from profesional agricultral applications to home/hobby use.

This Wireless LoRaWAN node is in a waterproof IP67 casing and runs on 2 x ER14505 Lithium batteries with an expected life of around 3 years. Fitted with an EC-5, it measures the volumetric water content (VWC) of soil. Data is sent to T2U at programmable intervals where it can be scaled, calibrated, and displayed on our IoT platform. This is well suited for agricultural applications where crop monitoring is if great importance.

This Wireless LoRaWAN node is in a waterproof IP67 casing and runs on 2 x ER14505 Lithium batteries with an expected life of around 3 years. Fitted with an 5TE sensor, it measures the volumetric water content (VWC) of soil, conductivity, and temperature. Data is sent to T2U at programmable intervals where it can be scaled, calibrated, and displayed on our IoT platform.

This Wireless LoRaWAN node is in a waterproof IP67 casing and runs on 2 x ER14505 Lithium batteries with an expected life of around 3 years. Fitted with an RS485 sensor, it measures the volumetric water content (VWC), conductivity, and temperature of soil. Data is sent to T2U at programmable intervals where it can be scaled, calibrated, and displayed on our IoT platform. This is well suited for agricultural applications where crop monitoring is if great importance.