High-Precision Wind Measuring Equipment for Maritime Vessels

Marine wind conditions are complex and volatile. Harsh operating conditions such as salt spray corrosion, strong winds and rain, and drastic temperature changes impose stringent requirements on the stability and durability of maritime wind speed and direction monitoring devices. Traditional mechanical anemometers contain moving parts, which are prone to wear, stalling and data deviation during long-term offshore operation. They also require frequent calibration and maintenance, leading to high operation costs and poor continuous performance, and can hardly meet the intelligent monitoring demands of modern shipping.
The FST200-204 Stainless Steel Ultrasonic Wind Speed & Direction Sensor is specially developed for harsh maritime environments. Adopting the ultrasonic time-difference measurement technology and an integrated stainless steel structure, it completely overcomes the drawbacks of conventional equipment. Featuring high protection grade, high precision and maintenance-free performance, it is an ideal wind measuring solution for vessel navigation, offshore operations and island meteorological monitoring.

With an all-solid-state design without mechanical components, the sensor fundamentally avoids wear and malfunctions. No on-site calibration or routine maintenance is needed throughout its service life, greatly cutting offshore operation and maintenance workload. Equipped with multiple high-precision ultrasonic probes, it collects wind speed and direction data in real time synchronously and supports 360° full-range monitoring with no starting wind speed limit. It can accurately capture data of sea breezes, regular monsoons and sudden strong gusts, eliminating monitoring blind spots entirely. Boasting excellent anti-interference capability, it resists the impacts of vessel shaking, wave fluctuations and electromagnetic interference, and delivers stable and accurate data around the clock to safeguard offshore operations and navigation safety.

Targeting the severe salt spray and corrosion prevalent in marine environments, this sensor adopts an integrally precision-machined stainless steel body and reaches IP66 protection class. It offers outstanding performance in water resistance, corrosion resistance, weather resistance and impact resistance. It can withstand seawater splashes, salt spray erosion and extreme wind and rain for a long time, with the body free from aging and rusting, thus extending the service life remarkably. It is well suited for harsh working scenarios including ocean-going vessels, island monitoring stations and offshore working platforms. Besides, it operates stably within a wide temperature range of -20℃ to 60℃ and a humidity range of 0% to 95% RH, fully adapting to the complex marine climate.

Combining lightweight design and practicality, the integrated compact structure enables easy installation without complicated construction. It fits neatly in narrow spaces such as vessel masts, monitoring buoys and island base stations, and stays firmly fixed against sea winds and vessel vibrations. Designed with low power consumption for unattended offshore sites with limited power supply, it supports power supply via solar panels and storage batteries. Combined with remote wireless data transmission, it realizes long-distance real-time wind data delivery and intelligent remote monitoring on terminals ashore, solving the problems of difficult on-site maintenance and delayed data transmission at sea.

Widely applied in various maritime scenarios, this sensor serves for wind condition monitoring of all types of vessels, safety management of port waterways, island meteorological observation, offshore wind power projects and coastal engineering operations. It is also applicable to coastal bridges, airports and other sea-related monitoring fields. Standardized with DC 9~24V wide voltage power supply compatible with general marine power standards, it features corrosion resistance, high precision, maintenance-free operation, easy installation and remote monitoring function. It is a perfect replacement for traditional mechanical anemometers, effectively solving the pain points of short service life, difficult maintenance and unstable data of conventional maritime monitoring equipment. It builds a solid data guarantee for the safety of marine shipping and offshore engineering, and stands as a cost-effective core choice for maritime meteorological monitoring.