Kistler Group Cryo Temperature Accelerometer 8712B5D0CB

Description
Utilizing Kistler’s exclusive PiezoStar ® element and K-Shear ® design, the accelerometer exhibits very low sensitivity to base strain, thermal changes and transverse acceleration. The unique PiezoStar sensing elements afford the ultimate in long-term stability, which ensures repeatable and accurate measurements for many years. In addition to the PiezoStar shear elements contained within the housing, a Piezotron ® micro-electronic circuit converts the high impedance charge signal emanating from a pair of elements into a voltage signal. The low impedance volt age output minimizes noise pick-up and eliminates the need for highly insulated low noise cables. This low temperature variant using a specific Piezotron allows sensor usage down to cryogenic temperatures (–196 °C [–320 °F])
Datasheet
Description
Utilizing Kistler’s exclusive PiezoStar ® element and K-Shear ® design, the accelerometer exhibits very low sensitivity to base strain, thermal changes and transverse acceleration. The unique PiezoStar sensing elements afford the ultimate in long-term stability, which ensures repeatable and accurate measurements for many years. In addition to the PiezoStar shear elements contained within the housing, a Piezotron ® micro-electronic circuit converts the high impedance charge signal emanating from a pair of elements into a voltage signal. The low impedance volt age output minimizes noise pick-up and eliminates the need for highly insulated low noise cables. This low temperature variant using a specific Piezotron allows sensor usage down to cryogenic temperatures (–196 °C [–320 °F])
Datasheet

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Cryo Temperature Accelerometer - 8712B5D0CB - Kistler Group
Novi, MI, United States
Cryo Temperature Accelerometer
8712B5D0CB
Cryo Temperature Accelerometer 8712B5D0CB
Utilizing Kistler’s exclusive PiezoStar ® element and K-Shear ® design, the accelerometer exhibits very low sensitivity to base strain, thermal changes and transverse acceleration. The unique PiezoStar sensing elements afford the ultimate in long-term stability, which ensures repeatable and accurate measurements for many years. In addition to the PiezoStar shear elements contained within the housing, a Piezotron ® micro-electronic circuit converts the high impedance charge signal emanating from a pair of elements into a voltage signal. The low impedance volt age output minimizes noise pick-up and eliminates the need for highly insulated low noise cables. This low temperature variant using a specific Piezotron allows sensor usage down to cryogenic temperatures (–196 °C [–320 °F])

Utilizing Kistler’s exclusive PiezoStar ® element and K-Shear ® design, the accelerometer exhibits very low sensitivity to base strain, thermal changes and transverse acceleration. The unique PiezoStar sensing elements afford the ultimate in long-term stability, which ensures repeatable and accurate measurements for many years. In addition to the PiezoStar shear elements contained within the housing, a Piezotron ® micro-electronic circuit converts the high impedance charge signal emanating from a pair of elements into a voltage signal. The low impedance volt age output minimizes noise pick-up and eliminates the need for highly insulated low noise cables. This low temperature variant using a specific Piezotron allows sensor usage down to cryogenic temperatures (–196 °C [–320 °F])

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Technical Specifications

  Kistler Group
Product Category Accelerometers
Product Number 8712B5D0CB
Product Name Cryo Temperature Accelerometer
Measurement Axes Single
Sensor Technology Piezoelectric
Device Category Sensor / Transducer
Sensor Outputs Acceleration
Sensor Mounting Stud/Bolt
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