Tri-Axial Accelerometer
Tri-axial accelerometers designed using DC and AC technology for testing of in a variety of applications and industry.
Tri-axial accelerometers designed using DC and AC technology for testing of in a variety of applications and industry.
The Model 834M1 is a low cost, board mountable triaxial accelerometer designed for high amplitude embedded shock applications. The accelerometer features a maximum current consumption of 22 micro-amps and incorporates full power and signal conditioning.
The Model 53 accelerometer is a small, compact triaxial 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 reach places on vehicles under test.
The Model 606M1 is a MEMS triaxial seat pad accelerometer with both static and dynamic responses designed specially for characterising whole body vibration in accordance with ISO 2631-1 and ISO 8041. The DC response of the silicon MEMS sensors is the key to yield accurate velocity and displacement results from the raw acceleration data.
The Model 7132A features a hermetically sealed titanium construction with a 4-pin Microtech connector interface. The model 7132A incorporates stable piezo-ceramic crystals in annular shear mode which provide a flat frequency response up to >12kHz.
The Model 834 is a low cost, board mountable triaxial accelerometer designed for high amplitude embedded shock applications. The accelerometer features a maximum current consumption of 4 micro-amps and incorporates full power and signal conditioning.
The Model 63 accelerometer is a small, compact triaxial device designed for vehicle impact and road testing. Its mechanical overload stops provide high shock protection in rugged applications.
The Model 4630 is a low noise triaxial accelerometer offering both static and dynamic response. The piezoresistive accelerometer incorporates integral temperature compensation that provides a stable output over a wide operating range. The three independent circuit assemblies are hermetically sealed and can operate on common or separate power supplies. The advanced MEMS sensing elements are gas damped in order to provide a wide stable frequency response.
The Model 4203 triaxial accelerometer is designed with performance and reliability in mind. The rugged piezoresistive MEMS sensing element comes straight from our world renowned crash test accelerometers. The internal ASIC amplifier originally designed for missile applications performs sensitivity and zero compensation 20 times per second over its operating temperature.
The Model 1203 accelerometer is a small, compact triaxial device designed for vehicle impact and road testing. Its mechanical overload stops provide high shock protection in rugged applications. Featuring ranges from 50 g to 1000 g and frequency response to 3000 Hz, this sensor is easily mounted in hard to reach places on vehicles under test.
The Model 68C accelerometer is a small, compact triaxial 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 reach places. This accelerometer is compliant with J211 specifications for anthropomorphic dummy applications.
The Model EGAXT3 miniature triaxial 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 of 20 to 80 °C.
The Model EGAS3 is a cube-shaped, triaxial accelerometer. Operating from 15 Vdc, this unit features a transverse sensitivity of 2% MAX and damping of 0.7. Over-range stops ensure survivability of the unit under extreme shock conditions while its temperature performance offers a minimal zero shift.
The Model 832 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 4 micro-amps.
The Model 7530A is a triaxial piezoelectric charge mode accelerometer designed for high frequency vibration and shock measurements. The accelerometer incorporates three independent annular shear mode crystal assemblies installed with a compression ring that eliminates the usage of epoxies that can affect long term stability at elevated temperatures. The annular shear crystals also provide a stable thermal response up to +200 and a nominal charge output of 5.6pC/g which offers optimum signal to noise ratio.
The accelerometer features a hermetically sealed Titanium construction with a 4-pin Microtech connector interface. The model 7131A incorporates stable piezo-ceramic crystals in annular shear mode which provide a flat frequency response up to >10kHz.
The Model EGCS3-D triaxial accelerometer is available in ranges from ±5 g through ±5000 g. With over-range limit to ±10,000 g and spring strain relief, this rugged device is ideal for offshore, downhole and shock testing applications. Its small size and screw mounting ensure ease of installation, while its low power requirements and DC output facilitate integration into data acquisition and monitoring systems. The EGCS3 also features CE conformance to EN 61010-1, EN 50081-1 and EN 50082-1.
The Model 4332 is a low noise triaxial accelerometer offering both static and dynamic response. The accelerometer is packaged in an anodized aluminum housing and is offered in ±2g & ±5g range. The model 4332 features an integral cable and is certified to IP68 protection. The accelerometer incorporates a 50Hz LP filter and an operating temperature range of -40°C to +85°C.