The online chloride ion sensor adopts a highly stable solid-state membrane ion selective electrode, designed specifically for real-time monitoring of chloride ion concentration in water quality. The measurement range covers 0~3500 mg/L or 0~35000 mg/L, with an accuracy of ± 5% of the reading and fast response (T90<60s). Built in Pt1000 automatic temperature compensation ensures accurate data. Supports RS-485 (Modbus RTU) and optional 4-20mA output, making it easy to connect to systems such as PLC and DCS. IP68 protection level, corrosion-resistant POM/316L shell, 3/4 "NPT thread, can be submerged or installed in pipelines. The electrode has a long lifespan, simple calibration, and is suitable for industrial wastewater, surface water, and other scenarios.
This product is a water quality chloride ion sensor using LoRa wireless communication technology, which has the characteristics of low power consumption, long-distance transmission, and strong anti-interference. Real time monitoring of chloride ion concentration in water bodies, data can be remotely uploaded to the monitoring platform through LoRa network without complex wiring, suitable for scenarios such as drinking water, industrial circulating water, sewage treatment, marine environment, etc. The sensor has fast response and high accuracy, supports battery power supply, is easy to deploy in the field or distributed, and helps with water quality safety and intelligent management.
The LoRaWAN solar-powered potassium ion water quality sensor is a wireless water monitoring device specifically designed for outdoor environments. It utilizes a hybrid power supply of solar energy and lithium batteries, eliminating the need for mains power and enabling long-term independent operation. Based on a PVC membrane potassium ion selective electrode, it features automatic temperature compensation, with a measurement range of 0–1000.0 mg/L and an accuracy of ±10% or ±1 mg/L. Supporting LoRaWAN Class A/C protocols, it defaults to a reporting cycle of 30 minutes and boasts a battery lifespan of ≥3 years. Widely applicable for continuous online analysis of potassium ion concentrations in industrial wastewater, surface water, drinking water, and agricultural production, it enables remote, low-power water quality monitoring.
The LoRaWAN water quality potassium ion sensor adopts the ion selective electrode method, combined with LoRaWAN wireless transmission technology, to achieve online monitoring of potassium ion concentration in water. Equipped with automatic temperature compensation and anti light interference function, measuring range of 0-1000mg/L, accuracy of ± 10% or ± 1mg/L of reading, protection level IP68, supporting low-power sleep and Class A/C working mode. No need for reagents, no secondary pollution, suitable for scenarios such as surface water, drinking water, agricultural irrigation, and aquaculture. The data is remotely transmitted to the cloud platform through the LoRaWAN gateway, facilitating real-time viewing and warning, and helping with smart water management and precision agriculture management.
This RS485 water quality potassium ion sensor is designed specifically for online monitoring, using an industrial grade durable housing and a high-sensitivity potassium ion selective electrode for stable and reliable measurement. Supports Modbus RTU protocol and can be directly connected to water quality monitoring systems to achieve remote data collection. Equipped with automatic temperature compensation function, effectively reducing environmental interference; IP68 protection level, capable of long-term immersion work, suitable for complex scenarios such as surface water, groundwater, aquaculture drainage, and industrial wastewater. Low power design, wide power supply range, flexible installation method. Assist users in real-time monitoring of changes in potassium ion concentration in water bodies, aiding in precise water quality management and process control.
LoRaWAN water quality sodium ion sensor is a wireless sensor used to measure the concentration of sodium ions in water. The sodium ion sensor adopts a sodium ion selective electrode based on polyvinyl chloride membrane and has temperature compensation function, ensuring fast, simple, accurate and economical detection. Connect to the LoRaWAN collector through an aviation connector to achieve wireless communication. Widely used for online automatic continuous analysis and detection of ions in industrial wastewater, surface water, drinking water, and agricultural production process control.
LoRaWAN integrated sodium ion transmitter, using PVC membrane sodium ion selective electrode, real-time monitoring of sodium ion concentration in water (0.1-200mg/L, accuracy ± 5% FS), built-in Pt1000 automatic temperature compensation. Supports LoRaWAN long-distance wireless transmission (multiple frequency bands such as CN470/US915/EU868), OTAA Class A/C mode, default reporting period of 10 minutes, DC 10-28V power supply. Suitable for online monitoring of sodium ions in industrial wastewater, surface water, drinking water, and agricultural production processes, with low power consumption and easy deployment, to assist in the construction of smart water management and environmental protection IoT.
The ZW-WS-ETH series is an industrial-grade Ethernet-based temperature and humidity transmitter that collects data and transmits it to servers via Ethernet. By leveraging existing Ethernet networks, this product line enables remote data acquisition and centralized monitoring,significantly reducing installation work while improving operational efficiency and maintenance costs.
The RS485 water quality sodium ion sensor adopts the ion selective electrode method to monitor the concentration of sodium ions in water in real time. It has RS485+Modbus RTU output and is suitable for industrial networking. IP68 protection, wide temperature operation, automatic temperature compensation, strong anti-interference, low power consumption, long-term stability. No need for reagents or in-situ measurement, suitable for scenarios such as drinking water, aquaculture, industrial circulating water, boiler water, etc., to assist in water quality safety and process control.
