LoRaWAN oxygen sensor is a new wireless IoT gas sensor that integrates data collection, monitoring, and transmission. Using a three electrode electrochemical gas sensor and high-performance microprocessor to monitor oxygen in the environment. Built in temperature and humidity sensors can be used to monitor temperature and humidity values in the environment. It has the characteristics of high sensitivity, high resolution, small size, low power consumption, high stability, and strong anti-interference ability. Supports LoRaWAN protocol for wireless long-distance transmission, suitable for industrial applications such as oxygen monitoring, agriculture, pipe galleries, etc.
LoRaWAN water quality total hardness sensor is a type of sensor used to test the total hardness of water (measured as CaCO3), with automatic temperature compensation function, low environmental impact, and high measurement accuracy. Connect to the LoRaWAN collector through an aviation connector to achieve wireless communication. Widely used for online automatic continuous analysis and detection of water quality hardness in industrial wastewater, surface water, drinking water, seawater, and industrial production process control.
ZONEWU Based on LoRa spread spectrum modulation technology, terminals are capable of ultra long distance communication. A wireless monitoring device that integrates data collection, monitoring, and transmission. This product is equipped with a methane (CH4) sensor and a temperature and humidity sensor. The use of non dispersive infrared (NDIR) principle for detecting methane gas in the air has good selectivity and is oxygen independent. This sensor is equipped with emergency reporting of data anomalies, and can proactively report anomalies based on pre-set threshold values according to the on-site environment. It supports standard LoRaWAN protocol and TDMA networking protocol for ad hoc networks.
This LoRaWAN solar water quality multi parameter sensor is designed specifically for real-time monitoring of multi parameter water quality monitoring needs. It is equipped with efficient solar modules and does not require frequent battery replacement, allowing for long-term battery life; Equipped with temperature compensation function to maintain high measurement accuracy. By connecting the LoRaWAN collector with a waterproof aviation connector, long-distance low-power wireless transmission can be achieved, solving the problems of difficult wiring and expensive maintenance of traditional wired devices. It can be used for monitoring industrial circulating water, municipal drinking water, surface water, and agricultural irrigation water, providing all-weather automatic continuous data support.
LoRaWAN water total hardness sensor measures water hardness as CaCO₃. With temperature compensation, it ensures fast, simple, accurate and economical testing. It connects to a LoRaWAN collector via aviation connector for wireless communication. It is widely used for online continuous water quality monitoring in industrial wastewater, surface water, drinking water, seawater and industrial process control.
LoRaWAN water quality calcium ion sensor is a wireless sensor for measuring the concentration of calcium ions in water, with automatic temperature compensation, less affected by the environment, and higher measurement accuracy. Connect with LoRaWAN collector through aviation connector to achieve wireless communication. Widely used for ion online automatic continuous analysis and detection in industrial wastewater, surface water, drinking water, seawater, and industrial production process control.
LoRaWAN water quality chlorophyll sensor is an LPWAN wireless low-power IoT sensor that integrates collection, monitoring, and transmission. Adopting filtering algorithm, strong resistance to external light interference, automatic temperature compensation, suitable for long-term online detection environment use. Supports standard LoRaWAN protocol for long-distance wireless transmission.
The solar blue-green algae sensor is a green and efficient solution for water environment monitoring. It is powered by solar energy and monitors the concentration of blue-green algae in water in real time. It does not require reagents and is easy to maintain. It is an ideal choice for early warning of unmanned algal blooms in lakes, reservoirs, and other water bodies.
The solar powered ammonia nitrogen sensor is an environmental sensing device used for real-time monitoring of ammonia nitrogen concentration in water bodies. It is powered by efficient solar cells, completely freeing itself from the constraints of wiring and power supply, and can be deployed in any outdoor water area. This sensor has high-precision measurement, wireless data transmission, and self-cleaning and anti pollution capabilities, which can effectively provide unmanned and low maintenance accurate water quality solutions for fields such as river and lake monitoring and aquaculture.
