The Kistler 8795A50M10 PiezoSMART® accelerometer simultaneously measures shock and vibration in three orthogonal axis. The accelerometer features high sensitivity and can coperate both as a standard low impedance, voltage mode sensor with a conventional analog output signal or in a digital "PiezoSMART® Sensor Mode" capable of providing pertinent information stored within its memory module. Since the design of the accelerometer conforms to a universal standard (IEEE P1451.1), any commercially manufactured TEDS Signal Conditioner, along with a host computer, will address and retrieve the stored information.

For installation ease, the sensor is housed in a convenient cube-shaped package. The notched corner allows for convenient identification of the sensor's orientation when working in blind spots, such as under dashboards, etc. Permanent laser-etched markings on five sides clearly identify the three axes. The smart sensor operating mode allows information regarding accelerometer location and position direction to be entered and accessed by a host signal/data acquisition processor.

The K-Shear design is insensitive to thermal transients and base strain. Quartz sensing elements provide years of accurate and repeatable measurements. A low impedance, voltage output is provided by the embedded Kistler Piezotron® electronic impedance converter. This output does not require special low noise cable and provides high noise immunity and insensitivity to cable motion. The low impedance output is also desirable for operation in a humid environment. Constructed in a heavy duty, hermetically sealed titanium case, the 8793A50M10 accelerometer can withstand varied environmental conditions. The unit can be stud or adhesive mounted.

• Low impedance, voltage mode
• Incorporates "TEDS" smart sensor technology
• Light 32 gram weight titanium case
• Ideal for vehicle testing
• High sensitivity, excellent thermal stability
• Hermetically sealed
• Conforming to CE

Kistler Model 8795A50M10 PiezoSMART® Triaxial Accelerometer