Product category:
Torque measurement devices and systems
News Release from: Kistler Instruments | Subject: Type 9339A/9349A/9369A torque sensors
Edited by the Manufacturingtalk Editorial
Team on 27 May 2004
Compact torque sensors suit many
applications
Kistler piezoelectric reaction torque sensors, having high sensitivity, extremely rigid construction and compactness, can be adapted very easily and flexibly to suit a wide variety of installations.
The new piezoelectric reaction torque sensors from Kistler can be adapted very easily and flexibly to suit an extremely wide variety of installation situations Each end of the sensor has a flange with four threaded holes and centering seat for accurate coaxial mounting
This article was originally published on Manufacturingtalk on 10 Sep 2008 at 8.00am (UK)
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The Type 9339A/9349A/9369A sensors cover measuring ranges of +/-10, +/-25 and +/-120Nm, and are suitable for torques from approximately 0.01Nm.
They offer the ability to measure torque over a range of several decades, an important advantage of piezoelectric sensors over other measuring principles.
The sensors are supplied calibrated for 10% and 100% of the measuring range.
Additional ranges can be calibrated as an option.
High sensitivity, extremely rigid construction and compactness make the new torque sensors suitable for a wide range of research, development and production applications and are especially suitable for assembly applications, e g, monitoring screwing operations or checking that rotary potentiometers, rotary switches and bottle caps, etc, operate within specification.
Correctly installed, piezoelectric sensors suffer neither wear nor fatigue and have a virtually unlimited service life making them especially suited to calibration application.
Established in Wintherthur (Switzerland) in 1957, Kistler is represented in over 50 countries and has subsidiaries in Germany, France, Italy, UK, Japan, USA, China, Korea and Singapore.
Heavy investment in research and development, 15% of staff worldwide are engaged in research and development, has generated a number of innovations using piezoelectric, piezoresistive and capacitive techniques to provide solutions to numerous force, pressure and acceleration measuring problems.
These innovations include the world's first commercial quartz sensor, two-wire constant current technology to integrate sensors with microelectronic circuitry, high-temperature pressure sensors for use up to 3500 deg C and three-component force measuring sensors.
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