VibrationVIEW Software Package
Sine
Random
Fatigue Damage Spectrum
Test Acceleration
Mixed Mode
Sine Resonance Track & Dwell (SRTD)
Kurtosion
3-Axis Control
Four-post Control
Customized Vehicle Test Profiles
Generate test profiles or enter specifications with ease. The VibrationVIEW interface is intuitive and user-friendly, and the software is industry-leading. Access standard vibration testing modes built for ease of use and advanced features you won’t find anywhere else.
Autonomous DAQ
OBSERVR1000 & VR MOBILE
The ObserVR1000 hardware can be controlled remotely with the VR Mobile application, which runs on a smartphone or tablet using a WiFi connection. Set up, monitor, and modify field data recording without a wired configuration.
MONITOR TESTS REMOTELY: Observe live data recording from any mobile device. Select, start, and stop the test; analyze issues with a live FFT display.
SET UP AUTONOMOUS ACQUISITION: Define any number of triggering events to record data without interference. Save processing time, capture transient events, drive external equipment, and more.
CONNECT A TACHOMETER: Configure a dual or quadrature tachometer to measure rotation. Encoder types include wheel, rotational, or scalar.
DISPLAY GPS DATA: View position updates at about 1Hz along with GPS timebase synchronization. Then, play the GPS media files in sync with a waveform recording.
Multi-Axis Control
Multi-Loop/Four-Post Control
Control a test item with four shakers on a single axis.
3-Axis Control
Run a random vibration test along the x, y, and z-axis.
Replicate Field Data
VibrationVIEW offers several test development methods to replicate the original environment of a product using recorded data. The result is a test profile that closely reflects—or is equivalent to—the field environment.
FATIGUE DAMAGE SPECTRUM
Use recorded data to create an accelerated random test that represents a lifetime of fatigue damage.
FIELD DATA REPLICATION
Reproduce recorded field acceleration measurements on a shaker. The software performs an iterative time-history playback to replicate waveforms.
SINE TRACKING, ANALYSIS AND GENERATION (STAG)
Generate an accurate representation of an environment with dominant sinusoidal vibration and background random vibration, such as an engine environment.
NVH Testing
NOISE, VIBRATION, AND HARSHNESS
Automotive manufacturers depend on noise, vibration, and harshness (NVH) testing to optimize vehicle performance and maintain a standard of comfort across their vehicle catalog.
FFT Analysis
Diagnose imbalances and analyze vibration from the engine or other components. FFT helps to determine which frequencies are excited and the amplitude at each frequency.
Order Tracking and Analysis
Understand the vibration source at different frequencies and its relation to the reference RPM.
Modal Testing
Identify a component’s response to an input. In ObserVIEW, acquire responses from each degree of freedom (DOF), and the software will calculate the average response for each DOF and generate a smooth transfer function for further analysis.
Octave Analysis
Analyze the frequency content of an acoustic signal and control the noise of the device under test.
Vibration Control
Mix & Match Controllers with Shakers
Control modules can be used independently on separate shakers or linked into a single stack for jobs requiring a higher channel count (up to 512 channels total).
This cost-effective solution creates substantial savings for our customers.
Copy > Paste in Excel & Word
Copy and paste vibration test profiles and graphs between VibrationVIEW and Microsoft Word/Excel. This feature is especially useful when sharing profiles with colleagues, entering data from a customer, or entering lengthy or complicated test profiles.
Industry Standards
| ASTM Series | ISTA Series | ISO 10326-1:2016 |
| ISO 16750 | SAE J1211 | GMW3172 |
| JIS D 1601 | MIL-STD-810 |
EV Battery Standards
| IEC 62660-2 | SAE J2464 | SAE J2380 |
| UN 38.3 | ISO 19453-6 |
Headrest Vibration Shaker Test
BSR Testing
Buzz, Squeak & Rattle
Vibration Research offers control hardware and shakers customized for low-noise operation used in BSR testing, sound limit testing, sound recordings, and anechoic chambers. The VR9500 and VR10500 controllers have a low noise floor (<70nV/√Hz) with a 130dB dynamic range. The controllers are compatible with all shakers and do not require a special board in the controlling PC.
Additional Features
- Control sine, random, or shock vibration to 50,000Hz
- 26,000 lines of resolution
- 24-bit analog inputs
Electric Vehicle Testing
The team at VR mounted sensors to a Tesla Model 3 and a 2016 BMW 340i xDrive and drove them on the same route to gather acoustic and vibration data. The purpose was to gain a better understanding of the differences in NVH of the vehicle types.
Automotive Companies Using VR Products
Ford Motor Case Study
Lab technicians at a Ford Motor Company testing facility faced a puzzling and potentially dangerous dilemma. Were the company’s laboratory tests simply over-testing or were they accurately predicting a real and potentially dangerous situation? The facility used Vibration Research’s Fatigue Damage Spectrum software to solve its product challenge.
Data Acquisition & Analysis Applications Summary
- Event Triggering
- Transient Capture
- Mobile Interface
- NVH and Whole Body Vibration
- GPS
- In-Vehicle Data Acquisition
- Video/Data Synchronization
- Order Tracking and Analysis
- PSD Analysis
- FFT Analysis
- Cross Spectral Density
- And more!
Vibration Control Applications Summary
- Electrical and Electronic Components
- EV Battery
- Powertrain
- Interior Components
- Crankshaft SRTD
- Buzz, Squeak, and Rattle
- Random Acceleration
- Component Durability & Fatigue
- Transport Simulation
- Dual Axis with Phase Control
- Four Post Control
- And more!