Control Software

The VR software packages can be configured for as many or as few test modules as you’d like (à la carte). You may add more at any time in the future. In fact, our modules are activated by electronic keys, so you can “rent” modules if you find you have short term needs for specific tests.

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Sine

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Run swept and/or fixed-frequency sine wave tests with acceleration, velocity, and displacement control.

Random

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Run controlled spectrum random tests (tests with a spectral-shaped Gaussian amplitude distribution).

Shock

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Run standard classical shock pulses and user-defined or SRS-synthesized transient pulses.

Test Acceleration

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Generate and accelerate random, sine-on-random, and shock response spectrum (SRS) vibration tests.

Shock Response Spectrum (SRS)

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Define SRS parameters and synthesize a pulse to meet specifications. Run a shock pulse defined by the frequency vs. Gpeak table.

Sine Resonance Track & Dwell (SRTD)

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Auto-detect transmissibility peaks from a sine sweep.

Fatigue Damage Spectrum

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Measure product fatigue and calculate its lifespan. Industry-standard life acceleration techniques are applied to shorten test time.

Sine-on-Random

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Run mixed-mode tests with sine tones superimposed on a random background.

Random-on-Random

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Run controlled spectrum random tests with swept random "tones" superimposed on a random background.

Sine-on-Sine

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Run mixed-mode tests with up to 32 sine tones simultaneously.

Mixed Mode

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Run mixed-mode vibrations simultaneously with Sine-on-Random, Random-on-Random, or Multi-Sine.

Instant Degrees of Freedom (iDOF)

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Prevent under or over testing on high value products where tight tolerances and short duration random testing is required.

Kurtosion

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Re-introduce the high acceleration peaks to your random vibration test profile.

User Defined Transient

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Create a user-specified time-domain transient.

RecorderVIEW

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Record your field acceleration measurements directly to your PC's hard drive.

Analyzer

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Access additional plots in Sine, Random, and Shock test modes.

Transient Capture

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Record a transient event during a shock test.

Earthquake

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Run a shock pulse defined by a frequency vs. Gpeak table with different waveform synthesis generation techniques.

Field Data Replication (FDR)

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Reproduce recorded acceleration waveforms in your test lab on your shaker.

Sine Reduction

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Synchronize a vibration control system with a VR I/O unit.

Accelerometer Calibration Software

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Add-on software package for sensor calibration (VR9106).

3-Axis Control

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Run a vibration test in the three linear directions simultaneously.

Dual-loop Phase Control

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Synchronize two or more shakers with the same test profile.

Four-post Control

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Control one test item on a single axis with multiple shakers.

Multi-loop

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Control multiple shakers on a single axis or multiple ones.

Small Satellite

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Access vibration testing software for verification of small satellites such as CubeSats.

Remote Options

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Use the remote terminals to connect your controller to the operator station.

Web Server

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Monitor your tests from an internet connected device anywhere.

ActiveX

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Integrate your controller into your manufacturing process.

Math Traces & Calculator

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Define math functions based on graph traces, test parameters, etc.

Calibration Options

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Calibration options for your controller hardware.

DC Offset

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Control the DC offset of a selected input channel.

Random Import

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Import time-based vibration data and convert it to a power spectral density curve with a breakpoint table.

Chatter Monitor

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Evaluate recorded events and determine if a chatter event has occurred.

Rotational Angular Acceleration

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Control angular or rotational acceleration with multi-axis rotational control.

High Frequency

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Extend the upper-frequency range of standard test modules.

Automotive Vibration Testing

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Characterize the effect of long-term, road-induced vibration and shock on the performance and service life of vehicles and engine components.

Aerospace Vibration Testing

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Understand the extent of random vibration conditions and product responses during start-up when testing critical, high-value products.

Consumer Goods

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Uphold company integrity and device reliability and robustness with environmental conditioning, package validation, and accelerated fatigue testing.

Electronics Vibration Testing

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Avoid design failures, shipping/handling flaws, and assembly errors to ensure device longevity for cell phones, personal computers, and radios.

Medical Vibration Testing

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Uncover hidden damage from vibration and avoid significant side effects to individual components in a product, the product itself, the product with packaging and packages stacked together.

Military & Defense Vibration Testing

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Ensure the durability of components, electronics, and assemblies of military hardware supplied to defense contractors and government entities.

Packaging Vibration Testing

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Develop protocols and design standards that define how packages should perform to protect contents from the ever-changing risks of global distribution.

Seismic Vibration Testing

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Simulate earthquake conditions and a product’s response to those conditions to protect buildings against structural damage.

Testing Labs

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Simulate all internal and external conditions such as shock, vibration, temperature, humidity, etc.

University Testing Labs

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Provide the best offerings to students and faculty to produce competent and capable engineers for the workforce.

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