Classical shock vibration testing assesses product durability by employing a sharp transfer of energy with a pre-defined shock pulse. Perform closed-loop control of transient waveforms with the Shock software. Select from industry-standard pulse shapes or a user-defined transient pulse.
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Define the test duration at each output level. Enter up to 200 separate levels and loop to repeat sequences without interruption.
Access standard classical shock pulses and vary pre/post-pulse compensation amplitude and shape.
Alternatively, select the user-defined transient option to build a pulse from a recorded waveform.
Import a time-history file to form a pulse shape from a recorded transient. Supports up to about 65,000 samples.
Fulfill requirements from test standards such as MIL-STD-810, DO-160, ISTA, ASTM, SAE, and IEC 60068. Select the tolerances defined by the test standard.
Shock testing is often required in industries such as:
Available graph display options include acceleration, velocity, displacement, output voltage, acceleration, and drive spectrum.
Graphs can be easily auto-scaled, and the cursor display can be adjusted. Data and text annotations can be easily placed on the graphs, and data values update live with changes.
A vibration test may call for a user-defined transient pulse or a shock response spectrum (SRS) for more complex shock events. VibrationVIEW features software packages for generating more complex shock testing, including the Shock Response Spectrum (VR9302) and Transient Waveforms Control (VR9301) software add-ons.
There is also software designed for IEEE-344 standards, chatter monitoring, and other advanced analyzer functions. These transient events are difficult to characterize and analyze with basic tools.
A shock test is employed to test a system’s capability to survive a drop, hit, impact, fall, explosion, or any other source of transient vibration that may occur in the real world. Many vibration test standards define classical shock pulses. However, more advanced shock testing may require a complex transient pulse that cannot be replicated by a classical shock.
Perform drop shock testing with the Shock software. Many products will experience shock vibrations during shipping and handling or in use. Engineers use drop shock testing to simulate these conditions in the lab and confirm the structural integrity of the device.
