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Supplier: Hottinger Bruel and Kjaer UK Ltd.
Description: Dytran series 7503 is a high precision triaxial variable capacitance (VC) accelerometer available in various g ranges for the X, Y and Z axes. The accelerometer combines an integrated VC accelerometer chip with high drive, low impedance buffer and differential output for
- Acceleration: 400 g
- Frequency Range: 0 to 1,600 Hz
- Operating Temperature: -67 to 257 F
- Features: Linear Accelerometer, Other
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Supplier: Columbia Research Labs, Inc.
Description: Columbia Models SA-207LN and SA-307LN Servo Accelerometers are highsensitivity, low noise sensors designed for use in seismic and low level, low frequency motion studies. The accelerometers are self-contained and provide high level, low impedance output. No signal conditioning
- Acceleration: -50 to 50 g
- Frequency Range: 75 to 300 Hz
- Minimum Accuracy: 0.03 +/-% FS
- Maximum Shock: 1,000 g
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Supplier: SEQUOIA IT s.r.l.
Description: GEA Detector is a triaxial MEMS accelerometer dedicated to surveys, storage, and display via audible alarm, vibration events exceeding user-defined thresholds. IDENTIFY The high sensitivity of the sensor, allows the measurement of extremelly low level vibration. GEA Detector is
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Supplier: PCB Piezotronics, Inc.
Description: Triaxial accelerometer for seismic, 1000 mV/g, ICP®, 0.5 to 3000 Hz, 1/4-28 4-pin connector with TEDS. For HVM200 use with CBL217
- Measurement Axes: Triaxial
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Supplier: Columbia Research Labs, Inc.
Description: The Models 3021, 3022 and 3023 Piezoelectric Accelerometers are offered in a choice of sensitivities for general vibration and shock work. The internal construction of the piezoelectric seismic system ensures that the units have no discernible spurious response to mounting torque, body
- Acceleration: -35 to 35 g
- Frequency Range: 50 to 350 Hz
- Minimum Accuracy: 0.1 +/-% FS
- Maximum Shock: 1,500 g
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Supplier: ROHM Semiconductor USA, LLC
Description: The KXR94 is a high-performance, ultra-low noise, tri-axis accelerometer offering multiplexed analog or SPI digital communications, an integrated 4-channel multiplexer and a factory-programmable low-pass filter. The KXR94 offers a g-range of ±1g to ±4g and operates from a 2.5 V to 5.25 V DC
- Operating Temperature: -40 to 185 F
- Measurement Axes: Triaxial
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Supplier: Kionix, Inc.
Description: These high-performance silicon micromachined linear accelerometers and inclinometers consist of a sensor element and an ASIC packaged in a 5x5x1.2mm Dual Flat No-lead (DFN). The sensor element is fabricated from single-crystal silicon with proprietary Deep Reactive Ion Etching (DRIE)
- Acceleration: 2 g
- Frequency Range: 800 Hz
- Maximum Shock: 5,000 g
- Operating Temperature: -40 to 185 F
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Supplier: Kionix, Inc.
Description: These high-performance silicon micromachined linear accelerometers and inclinometers consist of a sensor element and an ASIC packaged in a 3x5x0.9 mm Land Grid Array (LGA). The sensor element is fabricated from single-crystal silicon with proprietary Deep Reactive Ion Etching (DRIE)
- Acceleration: 2 g
- Frequency Range: 1,000 Hz
- Maximum Shock: 5,000 g
- Operating Temperature: -40 to 185 F
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Supplier: Instrumented Sensor Technology
Description: accelerometers. The PANTHER model EDR-4M4 accelerometer logger and shock & vibration data recorder is supplied with three external differential input channels only and no internal accelerometers. The EDR-4M4 accelerometer logger and shock & vibration data recorder may be
- Inputs: Accelerometer Input
- Data Acquisition: Datalogger / Recorder
- Application: General Lab and Industrial, Vehicular
- User Interface: None
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Supplier: Instrumented Sensor Technology
Description: power consumption. Acceleration recording can be configured for the internal tri-axial accelerometer channels and/or up to 3 optional external accelerometer inputs. External Accelerometers The optional external accelerometer input channels are designed for use with "low
- Shock Rating: 500 g
- Inputs: Accelerometer Input
- Data Acquisition: Datalogger / Recorder
- Application: General Lab and Industrial, Vehicular
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Miniature IEPE Triaxial Piezoelectric Accelerometer for Space Applications
There is a growing need for space-rated, high performance accelerometers with small physical dimensions, light weight, and low outgassing characteristics that has been unmet by the vibration sensor community until now. This paper describes the some of the important aspects of sensor design when
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Triaxial Accelerometer
TSA-100S - Triaxial Seismic Accelerometer .
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A procedure for noise uncoupling in laser interferometry
It consists of a Michelson interferometer, a triaxial seismic accelerometer .
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A method to compare new and traditional accelerometry data in physical activity monitoring
[19] Van Hees, V. T., S. M. Slootmaker, et al. "Reproducibility of a triaxial seismic accelerometer (DynaPort)." .
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Validity and Reliability of Gait and Postural Control Analysis Using the Tri-axial Accelerometer of the iPod Touch
Reproducibility of a triaxial seismic accelerometer (DynaPort).
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Automated approach for quantifying the repeated sit-to-stand using one body fixed sensor in young and older adults.
They were instrumented with a small and lightweight measurement system (DynaPort(®)) containing 1 triaxial seismic accelerometer and 3 uniaxial gyroscopes fixed in a belt around the waist.
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Investigation of ground rotational motions caused by direct and scattered P-waves from the 4 March 2008 TAIGER explosion experiment
Bull Seismol Soc Am 88:1495–1503 Metrozet LLC (2007) Triaxial seismic accelerometer TSA-100S: user’s manual, Torrance, California. http://www.metrozet. com/.
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On the application of fiber optic gyroscopes for detection of seismic rotations
The triaxial seismic ac- celerometer was installed on top of the triad, its axes of sensitivity being orientated parallel to the axes of the fiber optic gyro assembly.
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Abstracts
During these standardised activities, EE was measured and estimated by two systems: indirect portable calorimetry (K4b2; Cosmed, Rome, Italy) as the reference system and the triaxial seismic accelerometer (DynaPort MiniModÓ, The Hague, the Netherlands).
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Test–retest reliability and minimal detectable change of repeated sit-to-stand analysis using one body fixed sensor in geriatric patients
J. Med. 319 1701–7 Van Hees V T, Slootmaker S M, De Groot G, Van Mechelen W and Van Lummel R C 2009 Reproducibility of a triaxial seismic accelerometer (DynaPort) Med. Sci.
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Validation of seat-off and seat-on in repeated sit-to-stand movements using a single-body-fixed sensor
B Methodological 36 111–47 (available at http://www.jstor.org/stable/2984809) van Hees V T et al 2009 Reproducibility of a triaxial seismic accelerometer (DynaPort) Med. Sci.