The LoRaWAN water quality EC sensor is a cutting-edge device. It measures the Electrical Conductivity (EC) of water precisely. With LoRaWAN technology, it can transmit data wirelessly over long distances. This sensor is widely used in water quality monitoring, such as in aquaculture, environmental protection, and industrial water systems, providing real-time and accurate EC data for better water management.

The LoRaWAN water dissolved oxygen sensor is an innovative device. It utilizes the LoRaWAN protocol to transmit data over long ranges. Specifically designed to measure dissolved oxygen levels in water, it offers high precision and reliability. This sensor is widely applicable in aquaculture, water treatment plants, and environmental monitoring, enabling users to closely monitor and manage water quality conditions with ease and efficiency.

  The LoRaWAN water quality pH monitoring sensor is a cutting-edge device. It utilizes LoRaWAN technology for long-range, low-power data transmission. With high precision and reliability, it accurately measures the pH value of water in real-time. Ideal for various water bodies like rivers, lakes, and reservoirs, it provides crucial data for water quality assessment and environmental protection, enabling efficient monitoring and management of water resources.

The LoRaWAN water quality  ammonia nitrogen  monitoring is a cutting-edge device. It uses LoRaWAN wireless technology for reliable, long-distance data transfer. Designed to detect ammonia nitrogen levels in water or air precisely, it offers real-time measurements. With its low power consumption and robust build, it's ideal for environmental monitoring, agricultural applications, and industrial settings, safeguarding the quality of our surroundings.

The LoRaWAN water quality ORP sensor is a high-performance device. It measures the Oxidation-Reduction Potential (ORP) of water accurately. With LoRaWAN connectivity, it transmits data over long distances. It's widely used in industrial water treatment, aquaculture, and environmental monitoring. This sensor helps maintain water quality by providing real-time ORP data, ensuring the water is within the appropriate redox range for its intended use.

       The LoRaWAN water quality residual chlorine sensor is a cutting-edge device. It specializes in detecting the residual chlorine levels in water with high accuracy. Leveraging LoRaWAN, it allows for seamless long-distance and energy-efficient data transfer. Suitable for water treatment plants, swimming pools, and municipal water systems, it provides crucial data to maintain optimal water quality and safety.

The LoRaWAN water quality chlorophyll sensor is a remarkable device. It harnesses LoRaWAN technology for seamless long-range and low-power data transmission. Focused on detecting chlorophyll in water, it offers accurate, real-time readings. By doing so, it enables timely assessment of water quality, crucial for aquatic ecosystem health, drinking water safety, and effective water resource management.

The LoRaWAN water quality blue green algae sensor is an innovative tool. It combines LoRaWAN's long-range, low-power communication with advanced detection capabilities. Specifically designed to monitor blue-green algae in water, it provides real-time data on their density and distribution. This helps in early warning of algal blooms, safeguarding water resources for drinking, recreation, and aquatic ecosystems.

The LoRaWAN Water Quality COD Sensor is an advanced device. It utilizes LoRaWAN technology for long-range, low-power data transmission. Specifically designed to measure Chemical Oxygen Demand (COD) in water, it provides accurate and real-time water quality data. With its reliable performance, it helps in effective water resource management, safeguarding aquatic ecosystems and meeting various industrial and environmental monitoring needs.

The LoRaWAN water quality turbidity sensor is a cutting-edge device. It accurately measures the turbidity level in water, providing real-time data. With LoRaWAN technology, it can transmit data over long distances to a central monitoring system. This enables efficient water quality monitoring for various applications such as industrial processes, environmental protection, and water treatment plants, ensuring the safety and quality of water resources.

Our integrated shutter box sensor can be widely used for environmental detection, integrated noise collection, PM2.5 and PM10, temperature and humidity, atmospheric pressure and illumination. It is installed in the louver box. The device adopts standard MODBUS-RTU communication protocol and RS485 The transmitter is widely used in various occasions such as measuring ambient temperature and humidity, noise, air quality, atmospheric pressure and illumination, etc. It is safe and reliable, Beautiful in appearance, convenient to install and durable.

Industrial grade optical rain gauges accurately and reliably measure rainfall and intensity. It is a maintenance free optical rain sensor that can be used for various rainfall monitoring and control applications. Unlike traditional mechanical rain sensors, optical rain sensors are smaller, more sensitive, more reliable, and more intelligent.