Applications Include
- Engine Testing
- Automotive Suspension Testing
- Bridge Vibration Testing
- Shock and Vibration Testing
- Machinery Monitoring
- Crash Testing
- Electrodynamic Shaker Testing
Features
- USB 1.1 and 2.0 Connectivity
- MS Windows Plug and Play
- Easy installation
- Digitized Time Waveform and FFT
- Easily Expandable
- Hermetic Rugged Design
Description
The VibeHound datalogger simplifies vibration measurements for test engineers. The vibration datalogger combines everything required to take NIST traceable vibration measurements into a single sensor package and can be operated from a Windows PC. Internal to the unit is a precision piezoelectric sensor, temperature sensor, signal conditioning, microcontroller, data memory, NIST traceable calibration, and a plug-and-play USB interface. The product can be run with an included Windows XP software application or LabView virtual instrument. Either application allows operators to collect and display time waveform and spectral vibration data at the click of a button. Tools are available for processing and exporting waveforms to third party software packages.
Components
7016 VibeHound Datalogger
The 7016000-1 is an accelerometer and data logger in a single package, which communicates to a host device through a standard USB connection. The unit contains a piezoelectric accelerometer, constant current power source, amplifier, filter, microcontroller, data memory, and USB client transceiver. The data collection parameters are configured from a host device such as a handheld computer or laptop.
The 7016000-1 responds to a simple list of protocol commands such as wakeup, sleep, EEPROM request and data request. Data is provided in binary form and can be easily converted to time trace in engineering units through the use of our Windows XP application or a LabView Virtual Instrument. Both are included on the software installation CD ROM.
VibeHound Software
Stand Alone Windows XP Software Application and LabView VI.
Documents
VibeHound Kit (pdf)
7016000-1 Datasheet (pdf)