Kistler Model 8752A Industrial K-Shear® Accelerometer
The 8752A50 and the 8752A50M5 high temperature 165°C version and industrial accelerometers that feature reliability and accuracy characteristics required for use in the most demanding of machine vibration measurements. With Kistler's unique K-Shear design, the inaccuracies long associated with industrial acceleration measurements are eliminated.
Highly accurate machinery housing vibration measurements are possible
because the K-Shear is immune to base strain. Abrupt changes in surface temperature do not cause false alarms since
K-Shear is insensitive to thermal transients. Because K-Shear is immune to transverse motion, the accelerometer is sensitive
to acceleration only in the axis of interest.
The quartz shear sensing element provide long-term stability required for
dependable trend measurements. An integral Piezotron® impedance converter provides a low impedance voltage output,
ensuring reliability.
• Low impedance voltage mode
• Quartz shear stability and precision
• Accurate on flexible and stiff surfaces
• Insensitive to thermal transients
• High temperature version available
• Case ground isolated
• Conforming to CE
The 8752A50 and the 8752A50M5 high temperature 165°C version and industrial accelerometers that feature reliability and accuracy characteristics required for use in the most demanding of machine vibration measurements. With Kistler's unique K-Shear design, the inaccuracies long associated with industrial acceleration measurements are eliminated.
