LoRa water quality EC, temperature, salinity sensor is a water conductivity sensor used to measure the conductivity of solutions. It has an automatic temperature compensation function, which can compensate the conductivity of the current temperature to the specified temperature. It can be widely used for continuous monitoring of the conductivity value of aqueous solutions in fields such as water quality, aquaculture, sewage treatment, environmental protection, pharmaceuticals, food, and tap water. Supports LoRa TDMA self-organizing network and standard LoRaWAN protocol.

LoRaWAN soil moisture, temperature, and electrical conductivity (EC) three in one sensor, designed specifically for precision agriculture. It can penetrate deep into the soil, accurately detect soil temperature, humidity, conductivity, and other values in real time, with minimal measurement error. The sensor is also powered by solar energy, designed with low power consumption, and does not require frequent battery replacement, ensuring long-term stable operation. By adopting LoRaWAN remote low-power communication technology, stable data transmission can be achieved with low power consumption in remote farmland. Farmers can track soil nutrient status at any time and apply fertilizers reasonably through supporting software, which not only reduces costs but also improves crop yield and quality, helping agriculture develop towards intelligence and efficiency.

LoRaWAN soil moisture, temperature, and electrical conductivity (EC) three in one sensor, designed specifically for precision agriculture. It can penetrate deep into the soil, accurately detect soil temperature, humidity, conductivity, and other values in real time, with minimal measurement error.

The ZONEWU RS485 integrated three-in-one soil sensor (temperature, humidity, EC) combines soil moisture, temperature, and electrical conductivity detection in a single streamlined device. It offers practical advantages like easy portability for flexible deployment, reliable sealing to resist moisture, dust, and corrosion, and high measurement accuracy for consistent, trustworthy data. Ideal for professionals needing comprehensive soil parameter monitoring, it suits agriculture (optimizing irrigation/fertilization), horticulture, environmental monitoring, and scientific research. Eliminating the need for separate sensors, it simplifies installation and operation while providing a holistic view of soil conditions to support informed decision-making.