Vibration Testing
The vibration test methods specified consider various levels of vibration severities applicable to the product to be tested. It is recommended that the vehicle manufacturer and supplier choose the test method, the environmental temperature and vibration parameters depending on the specific mounting location.
The heavy machinery, automotive, medical patients monitor equipment’s, aerospace, electronic and electrical, Telecom & networking, packaging and military equipment industries all depends on the shaker testing.
These tests can be of sinusoidal, random, shock and bump tests as required by client.
Sine testing is a tool for engineering evaluation and equipment maintenance. The test equipment runs a sine test for a defined purpose, knowing that its effect on the device under test (DUT) does not reflect the operational environment. The sine test is one of the best methods for identifying resonances.
A random vibration test excites all the frequencies of the DUT and is a realistic representation of the operational environment.
Shock testing assesses a product’s ability to survive a transient event by running a sharp transfer of energy through a system.
Equipment Range and Capacity :
Upto 3500Hz @ acceleration upto100g
3500 Kgf (30500N)
Table Size: 1000 x 1000 mm with high stroke of up to 90mm.
Example of products requiring these tests are : EV Batteries, Two Wheeler Chassis, EV Motors, Suspensions, Medical equipment, etc
The equipment has the capability to run the below standards:
- IEC 60068 – 2 – 6
- IEC 60068 – 2 – 64
- IEC 60068 – 2 – 27
- ISO 16750 part 3
- MIL Std 8104/H/F
- JSS 55555
- ISO 5348
- EN 61373 / IEC 61373
