News Stories

Range extension for innovative wireless torque sensor

Range extension for innovative wireless torque sensor

Sensor Technology has extended its new range of non-contact torque sensors up to 13,000Nm. When the range was launched in late 2020, the largest unit was 500Nm. “We have been very encouraged by the interesting in the new sensors,” says Sales Manager Mark Ingham. “The launch plan was originally to... Read More

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Новая беспроводная технология измерения крутящего момента

      Компания Sensor Technology представила новую линейку бесконтактных датчиков крутящего момента, основанную на конструкции полностью четырехэлементного моста Вилкинсона из тензодатчиков, в дополнение к существующим бесконтактным датчикам крутящего момента, использующим устройства на поверхностных акустических волнах (SAW). Новая серия устройств, получила обозначение TorqSense SGR510/520, а сами устройства имеют способность считывания, простирающуюся до... Read More

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Neue drahtlose Drehmomenttechnologie

Available in other languages:       Sensor Technology hat eine neue Serie berührungsloser Drehmomentsensoren auf den Markt gebracht, die auf einem vollständigen Vier-Element-Dehnungsmessstreifen-Brückendesign basieren und die vorhandenen berührungslosen Sensoren ergänzen, die mit der Erkennung von akustischen Oberflächenwellen (AOW) arbeiten. Als TorqSense SGR510/520-Serie bezeichnet, verfügen die neuen Geräte über eine Messkapazität von... Read More

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New wireless torque technology

Available in other languages:       Sensor Technology has launched a new range of non-contact torque sensors based on a full four element strain gauge bridge design, complementing its existing non-contact sensors that use surface acoustic wave (SAW) detection. Designated the TorqSense SGR510/520 series, the new units have a 250% overrange... Read More

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Torquing through Covid lockdown

The national lockdowns of 2020 may have helped advance the design and development of the next generation of hyper-efficient city cars, as reorganisation of an annual endurance competition lead one of the teams to re-focus its efforts. Every year since 2005, university-based Eco-Runner Team Delft has developed a new vehicle... Read More

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Torque Sensor improves efficiency hydrogen-powered city car

Available in other languages: Eco-Runner Team Delft (TU Delft) is working on building the world’s most efficient hydrogen-powered car. This has been their goal since they were founded in 2005. Each year, a new team takes on the challenge to design and produce this ultra-efficient car and to participate in... Read More

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Drehmomentsensor verbessert Effizienz eines Stadtautos

Available in other languages: Seit 2005 arbeiten die Teams des Eco-Runner Delft (TU Delft) am Bau des weltweit effizientesten wasserstoffbetriebenen Autos. Gleiche Aufgabe, neues Team: Jedes Jahr übernimmt ein neues Studententeam die Aufgabe, ein wasserstoffbetriebenes Auto zu konstruieren und zu bauen um damit beim Shell Eco-Marathon gegen Teams aus ganz... Read More

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Hydrogen car drives for efficiency world record

A team of Dutch engineers competing to develop the world’s most efficient hydrogen fuelled car has used a British torque sensor to determine that their next generation vehicle needs a custom designed and built hub motor. To measure the efficiency of the car’s drivetrain, Green Team Twente has built a... Read More

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