Single Axis Accelerometer
Single Axis accelerometers using various technologies to suit a wide array of applications and industry.
Single Axis accelerometers using various technologies to suit a wide array of applications and industry.
The Model 3255A is a signal conditioned board mountable MEMS accelerometer. The package can be mounted in one of two orientations, allowing the measurement axis to be either parallel or perpendicular to the mounting surface without the use of costly brackets. The accelerometer incorporates integral temperature compensation.
The Model 805M1 is a miniature adhesive mount voltage output accelerometer built on a 3-pin TO-5 header.
The Model 52M30 accelerometer has an advanced piezoresistive MEMS sensing element which offers excellent dynamic range and stability. This unit features a full bridge output.
The Model 64B accelerometer is based on an advanced piezoresistive MEMS sensing element which offers exceptional dynamic range and stability. This unit features a full bridge output configuration.
The Model 64C accelerometer is based on an advanced piezoresistive MEMS sensing element which offers exceptional dynamic range and stability. This unit is ideal for impact crash testing.
The Model 3801A is an mV output piezoresistive accelerometer in a rugged hermetic package. The accelerometer incorporates mechanical stops for over-range protection up to 10,000g.
The Model 4600 & 4602 are designed for both static and dynamic measurements in critical and demanding applications.
The Model 4810A is a low noise signal conditioned accelerometer in a welded stainless steel package. The accelerometer offers an amplified signal conditioned output.
The Model 7100A is a high performance IEPE accelerometer and is hermetically sealed and features the popular through hole mount installation for use with standard mounting screws.
The accelerometer is designed for high frequency vibration and shock measurements and offers a wide bandwidth to >10kHz utilizing stable piezo-ceramic crystals in annular shear mode. The model 7101A features a hermetically sealed titanium housing and the popular through hole mount configuration.
The Model 7500A is a piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. The accelerometer incorporates an annular shear mode crystal that provides stable thermal response up to +260°C.
The Model 7501A is a miniature piezoelectric charge mode accelerometer with a very high temperature range.
The Model 7502A is a miniature piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. The accelerometer incorporates an annular shear mode crystal that provides stable thermal response.
The Model 7514A is a stud mounted piezoelectric charge mode accelerometer. The accelerometer is designed for high frequency vibration and shock measurements and offers a wide bandwidth to >14kHz with a nominal charge output of 50pC/g.
The Model 7202A is a case isolated high temperature IEPE accelerometer with internal shielding. The accelerometer has a flat bandwidth up to 15kHz with a resonant frequency greater than 40kHz.
The Model 3022 is a piezoresistive silicon accelerometer packaged in a ceramic substrate with a sealed ceramic cover. The ceramic provides an excellent bonding surface for the customers application specific adhesive. The accelerometer consists of a micro machined silicon mass suspended by multiple beams from a silicon frame. Piezoresistors located in the beams change their resistance as the motion of the suspended mass changes the strain in the beams. Silicon caps on the top and bottom of the device are added to provide overrange stops. This design provides for a very low profile, high shock resistance, durability and built-in damping over a wide usable bandwidth. For an accelerometer with a mounting bracket designed to bolt the sensor to a mounting location, see the Model 3028. Please refer to the Models 3052 and 3058 for accelerometers with integral temperature compensation.
The Model 3052 is a piezoresistive silicon accelerometer with integral temperature compensation. It is packaged on a ceramic substrate with an epoxy sealed ceramic cover and is designed for adhesive mounting. The accelerometer consists of a micro machined silicon mass suspended by multiple beams from a silicon frame. Piezoresistors located in the beams change their resistance as the motion of the suspended mass changes the strain in the beams. Silicon caps on the top and bottom of the device are added to provide over-range stops.
The Model 3038 is a hermetically sealed SMD accelerometer designed for high performance applications. The accelerometer incorporates a 2nd generation piezoresistive MEMS sensing element providing outstanding long-term stability. The Model 3038 provides a mV output signal and features mechanical overload stops that provide shock protection to 10,000g.
The Model 805 is a miniature adhesive mount IEPE accelerometer built on a 3-pin TO-5 header. The accelerometer features a hermetic construction in a TO-5 header configuration. The model 805 incorporates a stable piezo-ceramic crystal and an integrated charge converter amplifier in a 100% shielded housing suitable for many embedded OEM applications.
The Model 64 accelerometer is based on an advanced piezoresistive MEMS sensing element which offers exceptional dynamic range and stability. This unit features a full bridge output configuration with temperature compensation.
The Model 1201 accelerometer is a small, compact uniaxial device designed for vehicle impact and road testing. Its mechanical overload stops provide high shock protection in rugged applications. This sensor is easily mounted in hard to get places on vehicles under test.
The Model 3700 is a MEMS piezoresistive shock accelerometer in a rugged stainless steel package. The accelerometer is ideal for long duration shock transient measurements. It incorporates mechanical over-range stops and is packaged in an industry standard footprint.
The Model 8011 is an internally shielded rugged 4-20mA velocity transmitter. The transmitter is available in ranges from 0.5 to 5.0 in/sec, in either RMS or Peak velocity output options. The model 8011 features a top exit MIL-C-5015 connector.
The Model 1210F accelerometer is a small, compact uniaxial MEMS accelerometer designed for vehicle impact and road testing. Its mechanical overload stops provide high shock protection in rugged applications. Featuring ranges from 2g to 200g and frequency response to 2000 Hz, this sensor is easily mounted in hard to get places on vehicles under test.
The Model 3028 is a piezoresistive silicon accelerometer packaged on a ceramic substrate with a metal bracket which can be used to bolt the sensor to the mounting location. The accelerometer consists of a micro machined silicon mass suspended by multiple beams from a silicon frame.
The Model 4801A is a true hermetically sealed accelerometer in a rugged stainless steel package. The sensor offers an amplified signal conditioned output.
The Model 7508A is a miniature piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements at temperatures up to +200°C. The accelerometer incorporates an annular shear mode crystal installed with a compression ring that eliminates the usage of epoxies that can affect long term stability at elevated temperatures.
The Model 64L accelerometer is based on an advanced piezoresistive MEMS sensing element which offers exceptional dynamic range and stability. The Model 64L is compliant with SAE J211 standards for anthropomorphic dummy instrumentation.
The Model 1201F accelerometer is a small, compact uniaxial device designed for vehicle impact and road testing. Its mechanical overload stops provide high shock protection in rugged applications. This sensor is easily mounted in hard to get places on vehicles under test.
The Model 52F accelerometer has an advanced piezoresistive MEMS sensing element which offers excellent dynamic range and stability. This unit features a full bridge output.
The Model EGAX / EGAXT miniature accelerometers combine a damping ratio of 0.7 (Nominal) with built-in over-range stops that protect the unit against 10,000g shocks. This is ideal for applications which may experience rough handling or in situations where the accelerometer must survive a high initial overload in order to make a low g measurement.
The Model 4000A & 4001A are economical signal conditioned accelerometers with integral temperature compensation. The accelerometers incorporate a 3rd generation silicon MEMS sensor providing outstanding performance. The accelerometers are packaged in a rugged aluminum housing ideal for transportation and instrumentation testing. The signal conditioned output incorporates a 2.5V reference that offers the user a differential or single-ended output.
The accelerometer features a welded hermetic titanium construction with an M3 connector. The miniature and light weight titanium package renders the accelerometer ideal for applications requiring minimal mass loading.
The Model EGAS is a miniature, uniaxial accelerometer. The EGAS is the unit of choice for measurement professionals in the automotive, military, aerospace and transportation industries. Its combined nonlinearity and hysteresis of +/- 1% makes the EGAS well-suited for on-site testing as well as laboratory use.
The Model 201 is a low noise accelerometer offering both static and dynamic response. The accelerometer is packaged in an anodized aluminum housing with an integral cable.
The Model 52 accelerometer is based on an advanced piezoresistive MEMS sensing element which offers exceptional dynamic range and stability. This unit features a full bridge output configuration.
The Model 3058 is a piezoresistive silicon accelerometer with integral temperature compensation. It is packaged on a ceramic substrate with a metal bracket which can be used to bolt the sensor to the mounting location. The accelerometer consists of a micro machined silicon mass suspended by multiple beams from a silicon frame.
The Model 7204A is a case isolated high temperature IEPE accelerometer with internal shielding. The accelerometer has a flat bandwidth up to greater than 15kHz with a resonant frequency greater than 40kHz.
The Model 4610 is a low noise signal conditioned accelerometer with exceptional long-term stability. The accelerometer offers integral temperature compensation and a hermetically sealed sensor assembly. The Model 4610 is offered in ranges from 2 to 500g and incorporates mechanical overload stops that provide shock protection to 10,000g. The 3rd generation MEMS element incorporates gas damping that offers a wide dynamic range and stable frequency response.
The Model 832M1 is a low cost, board mountable triaxial accelerometer. Featuring stable piezo-ceramic crystals, the accelerometer incorporates full power and signal conditioning with a maximum current consumption of 22 micro-amps.
The Model 3031 is a piezoresistive SMD accelerometer designed for demanding high volume applications. The accelerometer is ideal for applications requiring a miniature light weight accelerometer with outstanding performance. The Model 3031 incorporates a 2nd generation MEMS sensing element providing superior long-term stability. The accelerometer provides a millivolt output signal and features mechanical overload stops that provide shock protection to 10,000g. For non-surface mount accelerometers please see Models 3022, 3028, 3052 or 3058.
The Model 7108A is a miniature adhesive mount IEPE accelerometer available in ±50g to ±500g dynamic ranges. The accelerometer features a welded hermetic stainless steel construction with a 10-32 top connector. The model 7108A incorporates a stable piezo-ceramic crystal in annular shear mode, installed with a compression ring that eliminates the usage of epoxies that can affect long term stability. The accelerometer has an operating range of -55°C to +125°C and a flat frequency response to 10kHz.
The Model EGCS-S425 is a small ISO 6487 and SAE J211 compliant piezoresistive accelerometer. This unit features internal temperature compensation, anodized aluminum alloy housing and flexible cable output. This sensing element is damped with fluid to extend useful frequency range and reduce the effect of high frequencies.
The Model EGCS accelerometers combine a damping ratio of 0.7 (Nominal) with built-in over-range stops that are set to protect the unit against 10,000g shocks. This is ideal for applications which may experience rough handling or in situations where the accelerometer must survive a high initial overload in order to make a low g measurement.
The Model EGCS accelerometer combines a damping ratio of 0.7 (Nominal) with built-in over-range stops that are set to protect the unit against 10,000g shocks. This is ideal for applications which may experience rough handling or in situations where the accelerometer must survive a high initial overload in order to make a low g measurement. These units feature a Wheatsone Bridge output with compensated temperature range.
The Model EGCS accelerometers combine a damping ratio of 0.7 (Nominal) with built-in over-range stops that are set to protect the unit against 10,000 g shocks. This is ideal for applications which may experience rough handling or in situations where the accelerometer must survive a high initial overload in order to make a low g measurement. These units feature a Wheatsone Bridge output with compensated temperature range.