Acu-Res® Tecnología
La exclusiva tecnología de resonancia acústica (Acu-Res®) de FT es confiable para sistemas de control críticos en todo el mundo. Los sensores de viento Acu-Res® compensan automáticamente los cambios en la temperatura, presión y humedad del aire para mantener la continuidad de los datos.
Aguantando el clima más duro del mundo
Los sensores de viento FT han demostrado ofrecer datos confiables en entornos extremos, desde parques eólicos en alta mar hasta transmisión de líneas de energía en Islandia. Sellados con IPX6K, resistentes a la corrosión, protegidos contra sobretensiones y con calefacción potente para un funcionamiento sin hielo.
Por qué elegir FT
Desde la inspección inicial de mercancías hasta la calibración y prueba, la calidad es el núcleo de los principios de fabricación de FT Technologies. FT está acreditado con ISO 9001 e ISO 14001 y sigue el estándar APQP4 Wind para el desarrollo de nuevos productos.
Leyendo velocidades del viento de 0 a 90 m/s y proporcionando datos a 10 Hz, la exclusiva tecnología Acu-Res® de FT le ofrece mediciones precisas del viento sin demora.
El aluminio anodizado duro, las carcasas impermeables, los conectores de grado industrial y el calentamiento en todo el cuerpo aseguran que los sensores de viento FT proporcionen datos fiables de velocidad y dirección del viento, incluso en condiciones extremas.
Applications
With industry-leading quality control measures in place, FT technologies manufactures professional-grade wind sensors that are chosen for a range of demanding applications. Whether you want to upgrade your wind turbines, gain weather warnings for critical infrastructure or get accurate wind data for your autopilot, FT wind sensors ensure you receive reliable data 24 hours a day, 365 days a year.
control systems
Making precise adjustments to your equipment based on wind speed and wind direction means you need data that you can rely on. FT wind sensors bring the latest developments in software processing and aeroacoustics to give you the best performance, efficiency and reliability at all times.
navigation systems
Accurate wind data is essential for both partial and fully automated navigation systems, enhancing route optimisation, energy conservation, and safety. By integrating real-time wind speed and direction, vessels can adjust their course to minimise drag, reduce fuel consumption, and avoid hazardous conditions. With advanced wind sensors providing reliable, up-to-date information, navigation systems can make precise decisions, leading to smoother operations and lower operational costs.
safety warnings
Wind sensors are vital components of safety systems across various industries, providing real-time, accurate data on wind speed and direction. This information is crucial for preventing accidents, safeguarding structures, and ensuring safe operations in challenging environments, from construction sites to transportation networks. By enabling precise adjustments or emergency shutdowns during high winds, these sensors help maintain safety standards, minimise risks, and enhance operational reliability. Discover how FT’s advanced wind sensors deliver the critical data needed to protect lives and assets in wind-sensitive applications.
weather monitoring
Wind sensors are essential for weather monitoring applications such as air quality analysis, methane leak detection, and dynamic line rating. Accurate wind data enables the tracking of pollutant and methane dispersion, supporting effective environmental management and safety measures. For dynamic line rating, precise wind speed and direction measurements optimise power grid efficiency by calculating real-time line capacity. FT wind sensors deliver reliable, high-resolution data, ensuring dependable performance across these diverse applications.
marine
Wind sensors are indispensable in marine environments, providing accurate wind speed and direction data critical for safety, efficiency, and performance. On commercial ships, they optimise navigation and enhance operational safety, even in harsh oceanic conditions. For offshore buoys, wind sensors deliver essential weather and ocean monitoring data, enduring constant exposure to saltwater and rough seas. In performance sailing, they offer the precision needed for tactical decisions while withstanding the physical stresses of racing. FT’s durable, corrosion-resistant wind sensors are engineered to deliver reliable, maintenance-free operation in demanding marine environments, ensuring consistent data across all applications.
35 años de experiencia
FT Technologies ha estado diseñando y fabricando sensores de viento de resonancia acústica durante más de 35 años. Como proveedor líder para la industria de turbinas eólicas durante más de 20 años, diseñamos y fabricamos todos nuestros sensores de viento en el Reino Unido y los exportamos a nivel mundial.
Serie FT7
Los sensores de viento de la serie FT7 son la solución "instalar y olvidar" para un funcionamiento sin mantenimiento durante todo el año, incluso en las condiciones más extremas.
Serie FT6
Los sensores de viento de la serie FT6 están diseñados para un rendimiento profesional mientras minimizan el impacto del peso en el usuario final.
Lo que dicen nuestros clientes
The FT205, mounted on our drone, worked perfectly in real fire situations. The data it produced proved critically important to the emergency services as they were able to predict the spread of the blaze during the night.
Javier Prada Delgado
Dronetools SL
After hearing about the reliable performance of the FT sensor and then holding it in my hand and feeling the difference in weight and size, I was convinced. The weather can throw anything at us now. Changing to the FT sensor has made it possible to keep these turbines running, even in our coldest winter conditions.
Guy Le Blanc
Minnesota Wind Farm
The FT wind sensor was the only one to survive – the other two ultrasonic wind sensors were so badly damaged they stopped working altogether. The FT sensor, however, remained ice-free and continued giving measurements, and that was one of the worst icing events we have ever seen at the observatory.
Cesar Lopez
Sieltec Canarias