Product summaryFamily Type 8793A are quartz triaxial accelerometers designed for high and low temperature applications. Contained within the housing of the accelerometers of Type 8793A are three individual shear sensitive quartz elements oriented to respond only to vibration components in the x, y and z axes. Each sensing element is internally connected to a Piezotron microelectronic circuit that converts the charge signal from the quartz piezoelectric element into a low impedance voltage output signal. The K-Shear sensing elements are hermetically sealed in a stainless steel housing and provide long term stability, a wide operating frequency range along with extremely low sensitivity to thermal transients and transverse acceleration.
Main features / advantages- Low impedance voltage mode (Piezotron)
- Low profile design suitable for confined installations
- Quartz shear (K-Shear) elements for high accuracy and stability
- Available versions for high temperature (up to 165°C / 330°F) and cryogenic (down to -195°C / -320°F)
- Hermetically sealed stainless steel housing
- Conforming to CE
Variants- 8793A500 — Triaxial accelerometer K-Shear, 500 g, low profile
- 8793A500M5 — Triaxial accelerometer K-Shear, 500 g, low profile, high temperature
- 8793A500M8 — Triaxial accelerometer K-Shear, 500 g, low profile, cryogenic
- 8793A500T — Triaxial accelerometer K-Shear, 500 g, low profile, with TEDS
Characteristics / technical specifications- Sensor type: Quartz K-Shear triaxial accelerometer (three individual elements for X, Y, Z)
- Output: Low impedance voltage output via integrated Piezotron microelectronic circuit
- Housing: Hermetically sealed stainless steel
- Temperature: Versions up to +165°C (330°F) and down to -195°C (-320°F)
- Design: Low profile for limited-space mounting
- Performance: Wide operating frequency range; long-term stability; very low sensitivity to thermal transients and transverse acceleration
- Measurement range examples: 500 g variants (see variants list)
- Optional: TEDS available on specific variant
- Standards: CE conformity