Product Announcement from Dytran Instruments, Inc.


3D USB Triaxial Vibration Measurement System-Image

The VibraScout™ Vibration Measurement System consists of a USB triaxial DC response accelerometer, 15-foot 4-pin to USB cable assembly, VibraScout™ Data Acquisition Software, and VibraScout™ Windows compatible Post Processor software on CD (no license required). In addition to the vibration measurement system, the only required hardware is a personal computer and a USB port.

Visit the VibraScout™ on the Dytran website.

The accelerometer model features power from a PC bus, and as a result no additional external power supply is required. The software package supplied with each system allows for real time, three directional acceleration acquisition (including Static Inclination) along with real-time temperature monitoring. The standard USB protocol handles all the sensor communications with the PC and provides the following information: storage of acceleration and temperature information; real-time scrolling plots of acceleration data with display of min, max and mean; real-time logging of data to delimited file for importing into Excel; both auto and smart triggering modes; digital filters to improve signal/noise ratio; real-time data compression to Fast Fourier Transform (FFT); and many more.

Offered with a 16g range, the variable capacitance (VC) accelerometer combines an integrated VC chip in a hermetically sealed titanium housing weighing 17 grams, and is offered with a low-end frequency response down to DC (0 Hz) and an upper frequency range of 1,100 Hz. Units are rugged to 10,000g shock and operate from +3.8 to +6.0 VDC power.

The VibraScout™ Post Processor software is designed to provide a user with the tools to apply non-linear interpolation to resample raw data that is recorded with VibraScout™ software at higher frequencies to improve signal resolution. Data is valid only up to 1.1 kHz after applying the post processing. This mathematical interpolation is performed using the Whittaker-Shannon interpolation technique to reproduce the recorded real signals with proper amplitude.

Features of the VibraScout™ Post Processor software include: plot recorded data from the software; zoom and select a specific timeframe of recorded data for post processing; reproduce interpolated oversampled data to provide better resolution of vibration signals; multiple file types to export to including ASCII, time history.JPG files, TDMS binary files of time history data readable in Microsoft Excel, PSD and FFT plots in Joint Photographic file format; and display of recorded average temperature.

Download the Operating Guide for the model 5340 VibraScout.

The VibraScout™ USB Vibration Measurement System was designed for a variety of low-to-medium frequency vibration applications where portability is critical including quick, easy in-field data collection; Noise, Vibration and Harshness (NVH); static angular measurements; ride quality; vibration measurement and diagnosis of rotating machinery; and simplified field data testing.

An Application Programming Interface (API) is available for customers who would like to build custom applications for the VibraScout™. The API provides support for any .NET-compatible client applications. Custom application development is also available. Please contact Dytran directly for further information.

About Dytran Instruments, Inc.

Founded in 1980, Dytran Instruments designs and manufactures a full line of piezoelectric and DC MEMS sensors for measurement and monitoring. The company’s world class product range includes miniature and triaxial accelerometer models, high temperature sensors with built-in electronics (IEPE), variable capacitance DC sensors with low noise differential output, and sensors with TEDS capabilities. Dytran also offers a complete range of piezoelectric force and pressure transducers, impulse hammers, support electronics, cables and accessories for dynamic measurements, with full in-house customization capabilities. Since their founding, Dytran sensors have become the industry’s most popular choices within a variety of applications, including modal and structural analysis; flight testing; HALT/HASS/ESS; Health and Usage Monitoring Systems (HUMS); mechanical impact testing; product testing; vehicle dynamics; and space related applications. The team at Dytran prides itself on its high level of customer responsiveness, as well as its focus on developing and maintaining strong customer relationships. The “people factor” is what continues to make Dytran a success. To learn more, visit www.dytran.com.

 
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