Head office
SECO Sensor Consult GmbH
Am Bleichanger 1
96450 Coburg
Phone: +49 (0)9561 869141
Fax: +49 (0)9561 869149
info@seco-sensor.de
400 kHz transducer SC042 – for the anemometer of the future
SC042: Compact 400 kHz ultrasonic transducer for modern anemometers
Our 400 kHz SC042 ultrasonic transducer closes the gap in the multi-use transducer segment. With its slim dimensions and high frequency, it will enable even more compact anemometers and sensor systems in the future. Despite its higher frequency, the SC042 offers a stronger signal intensity than our proven SC029 anemometer transducer – with a shorter decay time. This enables it to achieve higher measurement repetition rates and deliver better overall signal quality, especially in high wind speeds.
Like all anemometer transducers, we equip the SC042 with integrated heating on request and seal the front surface with a water- and dirt-repellent protective coating. To ensure maximum synchronization during temperature fluctuations, we sort and pair the ultrasonic transducers to identical frequencies. In addition, we offer a wide range of different design variants for our standard transducers – flexible and application-oriented.
Direct mounting in your individual customer housing?
Custom integration of the SC042 into your application
Our ultrasonic transducers can be flexibly integrated into customer-specific anemometer solutions – tailored to your technical and design requirements. Whether you have special construction requirements, environmental conditions, or design specifications, we support you in developing customized sensor solutions that fit perfectly into your systems. We place particular emphasis on environmental resistance, durability, and reliable performance – even under demanding operating conditions.
We are happy to install our 400 kHz SC042 ultrasonic transducer directly into your custom anemometer with virtually no feedback. With our unique concept of proprietary matching material and our self-formulated potting compound, we optimally adapt our transducers to the individual requirements of your application. With 30 years of expertise in the development and manufacture of ultrasonic transducers, as well as precise series production, we meet the highest quality standards.
Take advantage of the benefits – we look forward to your inquiry!
Your contact for ultrasonic anemometry
Are you developing an anemometer or looking for reliable ultrasonic transducers for wind measurements under demanding conditions? We provide you with personal, expert advice—from selecting suitable transducers to integrating them into your application. Benefit from our experience in wind measurement technology and our customized solutions.
Get in touch with us—we look forward to hearing from you!
Stefan Schneider
Product manager
More information about our anemometric transducers
Reliable wind measurement with SC029, SC031, and SC042
With our proven SC029, SC031, and SC042 anemometer transducers, you can reliably and accurately measure wind speed and wind direction. Regardless of environmental influences such as strong gusts of wind, water, fog, salt, or dust, our ultrasonic anemometers always deliver stable measurement results. The large opening angle of the transducers ensures a robust signal – even at wind speeds of up to 90 m/s (324 km/h).
For use in harsh environments, we coat the front of your ultrasonic transducer with a water- and dirt-repellent protective layer. For applications below freezing, we recommend installing an integrated heater directly in the ultrasonic transducer. This prevents freezing and snow accumulation and ensures reliable measurement even in cold and wet conditions.
As one of the leading manufacturers of ultrasonic transducers, we understand the specific requirements of the wind energy industry. That is why we offer customized transducer solutions that are specifically tailored to the challenges associated with wind turbines. Whether extreme weather conditions or integration into existing systems – our customized ultrasonic transducers are the solution for reliable and maintenance-free wind measurement.
