Anémomètre ultrasonique FT602-D-SM-EV — photo officielle FT Technologies du capteur FT602

Free pickup point from €150 in France
Pickup at Skysat possible

Custom installation

Trust Skysat to install the equipment on board

Request a quote

Installers near you

thanks to our network of approved installers

Find an installer

Support service

Opt for additional installation assistance

FT Technologies

FT602-D-SM-EV

FT Technologies FT602-D-SM-EV - Ultrasonic Anemometer

The FT Technologies FT602-D-SM-EV ultrasonic anemometer accurately measures wind speed and direction using its Acu-Res® technology with no moving parts. Its IP67 waterproof design and 10 Hz frequency make it a reliable solution for demanding marine applications.

Price excl. import taxesBenefit from the professional rate

£1,252.78 GBP

Shipping calculated at checkout.

Prices exclude import taxes. DAP delivery: import taxes are paid on delivery.

Low stock

Free pickup point from €150 in France
Pickup at Skysat possible

Custom installation

Trust Skysat to install the equipment on board

Request a quote

Installers near you

thanks to our network of approved installers

Find an installer

Support service

Opt for additional installation assistance

Technical specifications

Anemometer type	Acoustic resonance ultrasonic (Acu-Res®)
Housing material	UV-stabilized polycarbonate blend
Product height	57.5
Operating voltage	5-24 V DC
Operating temperature	-20 to +60
Ingress protection	IP67
Mounting type	Surface mount with pipe mount adapter
Manufacturer Reference	FT602-D-SM-EV
Supply Voltage	5-24
Wind Direction Range	0-360
Wind Speed Range	0-75

Detailed description

The FT Technologies FT602-D-SM-EV ultrasonic anemometer is a compact wind sensor designed for demanding applications. It uses patented Acu-Res® technology for precise wind speed and direction measurements without any moving parts.

Acu-Res® Technology

Acu-Res® technology is distinguished by the use of acoustic wave resonance within a narrow cavity. The Acu-Res® software integrates automatic compensation for variations in temperature, pressure, and air humidity, ensuring data reliability.

Measurement Performance and Reliability

The FT602-D-SM-EV sensor measures wind speed from 0 to 75 m/s with an accuracy of ±1% (at 25 m/s) and wind direction from 0 to 360 degrees with an accuracy of ±1° (at 25 m/s). It provides data at a frequency of 10 Hz, allowing real-time adjustment of connected systems. Each sensor is individually calibrated in a wind tunnel.

Design and Environment

With a weight of 170 g and a height of 57,5 mm, the FT602-D-SM-EV is a lightweight and compact sensor, ideal for integrations where size and weight are critical factors. It is constructed from a UV-stabilized polycarbonate blend and benefits from IP67 protection, making it waterproof and weather-resistant. The sensor operates within a temperature range of -20°C to +60°C and can be stored from -40°C to +60°C. Its power supply is compatible with a range of 5 to 24 VDC. Mounting is surface-based.

Documentation

Type	Nom
	FT602-SM - manufacturer datasheet (FR)
	FT602-D-SM - user manual 9000937 (EN)
	FT602-SM - datasheet 9000795 REV A01 (EN)

Expert opinion

Pol CONIN

Digital Manager

« FT602-D-SM-EV Anemometer: Reliability and Precise Data »

The FT602-D-SM-EV ultrasonic wind sensor stands as a technical solution for environments where reliability and precision are paramount, without the maintenance constraints of mechanical anemometers.

The integration of this model is facilitated by its compact format and weight of 170 g, allowing for discreet surface mounting. Its 10 Hz update frequency provides real-time data, essential for autopilot systems or applications requiring fast dynamic response. The absence of moving parts and IP67 waterproofing contribute to high data availability, reducing interventions and downtime, even in extreme weather conditions.

Payment and security

Your payment information and data are processed securely.

FT Technologies FT602-D-SM-EV - Ultrasonic Anemometer

£1,252.78 GBP

Frequently Asked Questions

Need help? Contact us

What technology is used for wind measurement by the FT602-D-SM-EV anemometer?

The FT602-D-SM-EV anemometer uses patented Acu-Res® technology, based on acoustic resonance. It provides a robust signal, resistant to shocks and interference, and automatically compensates for variations in air temperature and humidity.

What are the wind speed and direction measurement capabilities of the FT602-D-SM-EV anemometer?

The FT602-D-SM-EV anemometer is designed to measure wind speed and direction with high accuracy:

Wind Speed: It measures speeds from 0 to 75 m/s. Accuracy is ±1% to 25 m/s.Wind Direction: It covers a range from 0 to 360 degrees. Accuracy is ±1° to 25 m/s.Data is updated up to 10 times per second (10 Hz).

Is the FT602-D-SM-EV anemometer resistant to harsh weather and environments?

Yes, the FT602-D-SM-EV anemometer is designed to operate in demanding environments. It is rated IP67, which means it is fully dustproof and can be temporarily immersed in water. Its housing is made from a UV-stabilized polycarbonate blend, making it robust and durable. It provides reliable data even in heavy rain. Its operating temperature range is -20°C to +60°C, and its storage temperature range is -40°C to +60°C.

What are the physical characteristics of the FT602-D-SM-EV anemometer (weight, dimensions)?

The FT602-D-SM-EV anemometer is a compact and lightweight sensor:

Mass: It weighs only 170 grams.Height: Its height is 57,5 mm.

How is the FT602-D-SM-EV anemometer powered?

The FT602-D-SM-EV anemometer requires DC power. Its supply voltage range is 5 to 24 VDC.

Does the FT602-D-SM-EV anemometer need to be recalibrated for wind measurement or its compass?

The FT602-D-SM-EV ultrasonic anemometer is factory calibrated in precision wind tunnels before shipment. Thanks to its design with no moving parts, it does not require recalibration for wind speed and direction measurement throughout its lifespan.

However, the sensor's integrated electronic compass, which measures wind direction relative to magnetic north, may require recalibration. If the magnetic environment around the sensor changes significantly (for example, due to the addition or removal of ferrous components nearby), a compass recalibration is recommended. The compass calibration procedure must be performed in situ, with the sensor mounted in its final position.