INDUSTRIAL-GRADE ANEMOMETERS

FT6 Series

Lightweight body
170g
Shock resistant to
50g
Ingress protection
IP67
FT602 on sample adaptor (1)

Industrial wind sensors

Compact wind sensors for demanding applications where precise performance meets the need for reduced weight. Weighing only 170g, FT6 Series wind sensors come fully equipped with Acu-Res® technology as standard. Reading wind speeds up to 75m/s along with temperature, pressure, compass, tilt and acceleration. With a range of communication methods and a simple 3-screw mounting method makes this sensor easy to integrate into any safety, control or monitoring system - on the ground or in the air.

FT602 on 25mm carbon tube - Cutout-1

Benefits

FAST UPDATE RATE

With 10Hz output rate, the FT6 ultrasonic wind sensor is the best-in-class compact ultrasonic, enabling real-time fine tuning of navigation and control systems.

HIGH ACCURACY

Every sensor is individually calibrated in FT's world-class wind tunnels giving you the confidence to push your system to the next level with high accuracy wind speed and wind angle.

RELIABLE PERFORMANCE

The only wind sensor using acoustic resonance technology. Acu-Res® creates a more robust ultrasonic signal that is highly resistant to shock, vibration and interference.

Features

ACU-RES® TECHNOLOGY

Shock and vibration proof readings - unique to FT Technologies.

WIND SPEED

0-75 m/s, 0-145 kts

WIND ANGLE

0-360°

BAROMETRIC PRESSURE

540 - 1200 hPa

TEMPERATURE

-20 to +60°C

COMPASS

Prevailing wind direction 5° RMS

TILT

-40 to +40°

LOW POWER

5-26 VDC (5V USB compatible)

FULLY SEALED

IP67 sensor and connector

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.