sensor

Fixed weather monitoring stations can only obtain regional average weather data, failing to accurately reflect local microclimates in fields, factories, disaster areas, and fire zones. Traditional split-type anemometers are cumbersome to assemble and difficult for a single person to operate quickly. Handheld weather stations (portable micro-meteorological instruments) adopt an integrated ultrasonic sensor design with no rotating mechanical parts. They can be held with one hand and simultaneously collect more than ten meteorological elements, including wind speed and direction, temperature and humidity, air pressure, CO₂, PM2.5, light intensity, and radiation. They support large-capacity local storage and long-lasting field operation, making them essential mobile monitoring equipment for meteorological emergencies, agricultural and forestry inspections, environmental supervision, fire rescue, and scientific research. Core Technologies of Handheld Weather Stations Ultrasonic Wind Measur...

In smart water systems, industrial circulating water treatment, swimming pool operation and maintenance, and hospital wastewater management systems, industrial residual chlorine transmitters (residual chlorine sensors) are core online hardware for monitoring free residual chlorine (hypochlorous acid, hypochlorite ions) in water. Excessive residual chlorine concentration can corrode pipes and burn human mucous membranes; insufficient concentration can breed bacteria and microorganisms, causing water quality to fail to meet standards and triggering environmental penalties. Traditional manual sampling and testing is slow and cannot be monitored 24 hours a day. The new generation of non-membrane three-electrode residual chlorine sensors completely solves the pain points of frequent membrane and electrolyte replacements and high maintenance costs associated with traditional membrane electrodes. Combined with RS485 digital transmission, it achieves fully automated dosing linkage and remote d...

With the increasing demands for industrial safety management, modern agricultural quality improvement, and healthy living environments, carbon dioxide sensors (CO₂ detectors) have become essential environmental monitoring equipment. Excessive CO₂ concentrations in enclosed workshops, underground pipe networks, and greenhouses can cause oxygen deprivation and asphyxiation, fire and explosion hazards, and reduced crop yields. Traditional manual sampling is slow and cannot be monitored 24/7. Carbon dioxide sensors equipped with NDIR infrared technology can collect concentration data in real time around the clock and provide multi-level early warnings for exceeding limits, providing accurate data support for safe production, carbon emission records, and intelligent planting. NDIR Carbon Dioxide Sensor Core Principle Mainstream high-precision carbon dioxide sensors uniformly adopt non-dispersive infrared (NDIR) technology, relying on the absorption and conversion of CO₂ concentration in a s...