Kistler Group Datasheets for Accelerometers
Accelerometers are instruments for measuring, displaying, and analyzing acceleration and vibration.
Accelerometers: Learn more
| Product Name | Notes |
|---|---|
| A unique sensing element construction optimizes the capabilities of this sensor. The result is a device which yields simultaneous dynamic acceleration and force measurements from exactly the same location on... | |
| Contained within the housing of the accelerometer Type 8793A... are three individual shear sensitive quartz elements oriented such that they only respond to a vibration component occurring in the x,... | |
| High precision accelerometer for shock and vibration measurements in laboratory applications. Primarily a reference accelerometer. Type 8002K is a high precision accelerometer for shock and vibration measurements in laboratory applications. | |
| High temperature differential output acceleration sensor for measuring vibrations in a harsh environment. For applications in hazardous areas, the sensor is available with intrinsically safe Ex-ia and non-incendive Ex-nA certifications. | |
| Internal of the PiezoBeam accelerometer is a unique sensing element consisting of a ceramic beam supported by a center post that, when bending occurs as a result of being subjected... | |
| Internal to the PiezoBeam accelerometer is a unique sensing element consisting of a ceramic beam supported by a center post that, when bending occurs as a result of being subjected... | |
| Small, light weight accelerometer for measuring impulse and high impact shock. • High impedance charge mode • Wide measuring range • Stable quartz element • Lightweight, miniature package | |
| The 8274A5, 8276A5 are high impedance, charge mode accelerometers designed for vibration measurements in single to multichannel applications. The unique connector design is rugged and maintains excellent integrity with repeated... | |
| The 8290A25M5 high temperature, triaxial accelerometer is housed in a cube-shaped package with a notched corner to aid in orientation during installation in blind areas. Laser-etched markings on all sides... | |
| The 8702B... side connector and 8704B... top connector accelerometer series use a unique shear mode sensing element made of stable quartz crystals. The quartz sensing elements afford excellent long-term stability... | |
| The accelerometer Type 8704B5000 accurately measures mechanical shock or vibration up to 5 000 g. The unique K-Shear sensing system is insensitive to base strain, transverse acceleration and thermal transients. | |
| The IMU (inertial measurement unit) Type DTI5002A06 of the DTI technology is designed to measure linear acceleration and angular rate in all three orthogonal directions. Therefore the unit consist of... | |
| The light weight, low profile Type 8728A... uses Kistler’s uniquely designed K-Shear quartz sensing element. Operating in the shear mode with precisely cut quartz plates allows this accelerometer to exhibit... | |
| The light weight, Type 8730A... accelerometer series uses Kistler’s uniquely designed K-Shear quartz sensing element. Operating in the shear mode with precisely cut quartz plates, allows the accelerometers to exhibit... | |
| The quartz shear triaxial accelerometers Type 8792A... are rugged, low impedance voltage mode sensors. They are available in four ranges from 25 ... 500 g with sensitivities from 10 ... | |
| The sensing element contained within this shock accelerometer series features a unique, shear mode four quartz crystal configuration combined with an annular preload sleeve and seismic mass. The element design... | |
| The sensing element contained within this shock accelerometer series features a unique, shear mode, four quartz crystal configuration combined with an annular pre-load sleeve and seismic mass. The element design... | |
| The side connector Type 8703A... and top connector accelerometer Type 8705A... utilizes Kistler’s unique PiezoStar seismic element that provides both wide operating frequency and ultra low temperature coefficient of sensitivity... | |
| The triaxial accelerometer Type 8794A... measures shock and vibration in three mutually perpendicular axes. Their quartz sensing elements are contained in a unique flat package and housed in a welded,... | |
| The Type 8080A050... accelerometer is Kistler’s most accurate and repeatable low impedance, back-to-back, vibration calibration standard. It features low base strain, long-term and thermal stability and high frequency response. Due... | |
| The Type 8316A... capacitive accelerometer family utilizes a silicon Micro-Electro Mechanical System (MEMS) variable capacitance sensing element. Each axis consists of a very small inertial mass and a flexure element... | |
| The Type 8714B... utilizes a ceramic annular shear seismic element, Piezotron ® impedance converter and center hole hermetic housing with a hard anodized aluminum base and insulated mounting screw. The... | |
| The Type 8715A... side connector accelerometer utilizes Kistler's unique PiezoStar seismic element. Operating at –55 ... 165 ºC [–65 ... 330 ºF], this unique element provides a wide operating frequency,... | |
| The Type 8762A... accelerometer is a unique annular, shear sensor element that features extremely low thermal transient response, a high immunity to base strain, and transverse acceleration. An advanced hybrid... | |
| The Type 8784A5 (top connector) and 8786A5 (side connector) are low impedance, voltage mode accelerometers designed for vibration measurements in single to multichannel applications. The ceramic sensing element components have... | |
| Type 8076K is a high precision laboratory accelerometer used primarily as a transfer standard for back-to-back calibrations. • High impedance charge mode • Quartz accuracy and stability • Rugged design... | |
| Type 8278A... is a wide frequency, ultra miniature, light weight accelerometer that contains a uniquely designed ceramic shear sensing element. The shear mode element design provides an immunity to base... | |
| Type 8396A... triaxial capacitive accelerometer family utilizes a silicon Micro-Electro-Mechan ical System (MEMS) variable capacitance sensing element. The sensing element of each axis consists of a very small inertial mass... | |
| Type 8763B... is an IEPE (Integrated Electronics Piezoelectric) triaxial accelerometer permitting vibration measurements in three mutually perpendicular axes: x, y and z. Type 8763B... uses Kistler shear element technology, assuring... | |
| Type 8764B... is an IEPE (Integrated Electronics Piezoelectric) triaxial accelerometer permitting vibration measurements in three mutually perpendicular axes: x, y and z. Type 8764B... uses Kistler shear element technology, assuring... | |
| Type 8765A250M5 is a miniature IEPE triaxial accelerometer designed for high temperature applications. The triaxial design permits simultaneous shock and vibration measurements in three perpendicular axes: X, Y and Z. | |
| Type 8766A... is an IEPE triaxial accelerometer designed for high temperature applications. Type 8766A... accelerometer uses Kistler’s PiezoStar shear element design which provides a wide operating frequency range and extremely... | |
| Types 8202A... and 8203A... are high impedance, charge mode accelerometers designed for vibration measurements where temperature extremes may be experienced. A Ceramic Shear sensing element produces a significant charge output... | |
| Types 8774B... and 8776B... are low impedance, voltage mode accelerometers designed for vibration measurement in single or multi-channel applications. The unique connector design is rugged and maintains excellent integrity with... | |
| Types 8778A500... and 8778A500M14 are high frequency, ultra miniature, lightweight accelerometers that contain a uniquely designed ceramic shear-sensing element. The shear mode element design provides an immunity to thermal transients,... | |
| Types 8838 and 8840 are novel complements of shear mode sensors that are designed to respond to two distinctly different forms of induced oscillations. The internal orientation of the quartz... | |
| 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... |