Magnetoelastische Drehmomentmessung | Kontaktlos

Torque Measurement in Aircarft Flapwings

Revolutionizing Aircraft Flap Wing Systems: Melectric Systems’ Magnetoelastic Torque Sensing Products can Replace Mechanical Clutches for Overload Detection

Aircraft safety is of utmost importance, and the ability to detect overloading and prevent potential damage is crucial. The mechanical clutches, which are traditionally used to provide overload protection in aircraft flap wing systems, have certain limitations. One of the biggest limitations is the wear and tear caused by friction, leading to the failure of the system. To overcome these limitations, Melectric Systems has introduced magnetoelastic torque sensing products for overload detection in aircraft flap

Natural or resonant frequencies and its impact on torque measurement

When measuring torque, it’s important to understand the concept of natural frequencies. Natural frequencies, also known as resonant frequencies, are the frequencies at which a system tends to vibrate when it is disturbed. These frequencies can greatly impact the accuracy of torque measurements, and it’s essential to take them into account to ensure accurate results. One of the main challenges with natural frequencies is that they can cause a system to vibrate at a specific

Kontaktlose Drehmomentmessung für Ihre Robotik Anwendung

Torque measurement in Robotic and the future of that technology in applications with human interaction.

Torque measurement is a critical aspect of robotics and other technical applications where human interaction is involved. The ability to accurately measure torque allows for precise control of robotic systems, which can improve efficiency, safety, and performance. As technology continues to evolve, new measurement techniques are being developed that offer even greater accuracy and precision. One of the most popular techniques for torque measurement in robotics is the use of torque sensors. These sensors are

Torque Sensing in the automotive industry

The automotive industry is constantly evolving, with new technologies and advancements being introduced all the time. One area that has seen significant development in recent years is touchless torque measurement. Touchless torque measurement is a non-contact method of measuring torque on a rotating shaft. Unlike traditional torque measurement methods, which require physical contact with the shaft, touchless torque measurement uses sensors to measure the magnetic field around the shaft. This allows for accurate and reliable

Von der Formel 1 bis zur Industrie – Kontaktlose Drehmomentmessung im Einsatz

Use of Torque Sensors in Motorsports

The motorsports industry is all about pushing the limits of performance and innovation. This applies not only to the vehicles themselves, but also to the technology used to measure and improve their performance. One of the key technologies in this regard is torque sensors, which are used to measure the amount of torque being produced by a vehicle’s engine or drivetrain. In Formula 1, torque sensors are used to measure the “Balance of Performance” (BOP)

Torque Measurement to improve Pitstop times in racing

In Formula 1 racing, every second counts. Teams are constantly looking for ways to improve their performance and gain an edge over their competitors. One area where teams can make significant gains is during pit stops, where the right tools and techniques can mean the difference between winning and losing a race. One of the key tools that teams use to improve their pit stop times is torque measurement. During a pit stop, a team

Drehmomentsensoren und -messung in Off-Highwqy Anwendungen

Torque measurement in agricultural industry

Torque measurement is a crucial aspect of the agricultural industry, as it helps farmers and equipment manufacturers ensure that their machines are operating at optimal levels of efficiency and effectiveness. One of the key ways in which torque measurement is used in the agricultural industry is through the use of torque sensors. These sensors can be installed on various pieces of equipment, such as tractors, plows, and harvesters, to measure the amount of torque

Revolutionizing Aircraft Flap Wing Systems: Melectric Systems’ Magnetoelastic Torque Sensing Products can Replace Mechanical Clutches for Overload Detection

Natural or resonant frequencies and its impact on torque measurement

Revolutionizing Aircraft Flap Wing Systems: Melectric Systems’ Magnetoelastic Torque Sensing Products can Replace Mechanical Clutches for Overload Detection

Melectric Systems Blog
Torque Sensors – Measurement- Technology

ON OUR BLOG PAGE WE KEEP YOU UP TO DATE WITH TORQUE SENSORS, TECHNOLOGY AND MEASUREMENT

Revolutionizing Aircraft Flap Wing Systems: Melectric Systems’ Magnetoelastic Torque Sensing Products can Replace Mechanical Clutches for Overload Detection

Natural or resonant frequencies and its impact on torque measurement

Torque measurement in Robotic and the future of that technology in applications with human interaction.

Torque Sensing in the automotive industry

Use of Torque Sensors in Motorsports

Torque Measurement to improve Pitstop times in racing

Torque measurement in agricultural industry

Revolutionizing Aircraft Flap Wing Systems: Melectric Systems’ Magnetoelastic Torque Sensing Products can Replace Mechanical Clutches for Overload Detection

Natural or resonant frequencies and its impact on torque measurement

Revolutionizing Aircraft Flap Wing Systems: Melectric Systems’ Magnetoelastic Torque Sensing Products can Replace Mechanical Clutches for Overload Detection

Natural or resonant frequencies and its impact on torque measurement

Torque measurement in Robotic and the future of that technology in applications with human interaction.

Torque Sensing in the automotive industry

Use of Torque Sensors in Motorsports

Torque Measurement to improve Pitstop times in racing

Torque measurement in agricultural industry

Melectric Systems Blog Torque Sensors – Measurement- Technology

ON OUR BLOG PAGE WE KEEP YOU UP TO DATE WITH TORQUE SENSORS, TECHNOLOGY AND MEASUREMENT

Melectric Systems Blog
Torque Sensors – Measurement- Technology