Posted to News on 2nd May 2017, 13:28
A precision accelerometer for when it gets really, really cold
The new Type 8712B high-sensitivity, voltage mode accelerometer from Kistler Instruments is designed to operate reliably at cryogenic temperatures as low as the -196degC (minus 196degC) needed by many aerospace applications. With its range of +/-5g and high 1000mV/g sensitivity, the new accelerometer is well suited to applications involving low-amplitude vibrations over a wide frequency range. On large structures, low-amplitude vibrations as low as 100¼g can be measured accurately and reliably over the long term. Typical applications include microvibration testing in spacecraft, seismic and any low amplitude vibration testing on heavy structures.
Kistler's exclusive PiezoStar sensing element and K-Shear design combination produces an accelerometer with very low sensitivity to base strain, thermal changes and transverse acceleration. The sensing elements provide long-term stability, which ensures repeatable and accurate measurements for many years. In addition to the PiezoStar shear elements contained within the titanium hermetic housing, integrated Piezotron micro-electronics convert the high impedance charge signal into a +/-5V signal. This low impedance voltage output minimises noise pick-up and eliminates the need for highly insulated low noise cables.
The Type 8712B accelerometer can be attached to any clean and flat surface on a structure by a single threaded hole on the base of the sensor. Signal Conditioning & Data Acquisition can be provided by the Kistler LabAmp Type 5165A or any IEPE Compatible Data Acquisition equipment.
The rugged, welded, hermetic construction makes the new accelerometer well suited for accurate long-term measurements in adverse conditions down to cryogenic temperatures.
Follow the link for further details about the new Type 8712B high-sensitivity, voltage mode accelerometer from Kistler Instruments.
13 Murrell Green Business Park
London Road
RG27 9GR
UNITED KINGDOM
+44 (0)1256 741550
