Validation Analysis
Vibration/Collision Testing
- Detailed description
- Case Study Sharing
- Scope of application
- Equipment Specifications
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- Commodity name: Vibration/Collision Testing
Simulates the continuous vibrations generated during product transportation, vehicle operation, and equipment running, exposing latent defects such as solder joint cold joints, connector poor contact, component loosening, wire disconnection, and package delamination through cyclic mechanical stress, thereby verifying the product’s ability to withstand instantaneous high‑impact forces; it is also used to reproduce intermittent downtime and signal‑interruption RMA failures under customers’ bumpy road conditions.
Test Method
1. Develop a test plan and define test objectives, specifying the required equipment and environmental conditions.
2. Prepare the test samples and relevant measurement equipment, ensuring that the testing equipment meets the applicable standards.
3. Perform pre-test preparations, including equipment connection and calibration.
4. Execute the test procedure and record the parameters and results during the testing process.
5. Analyze test data to draw conclusions and evaluate product performance.
6. Prepare a test report, including relevant data and evaluation results. -
I260/SA7M
Thrust: 54 kN (5,500 kgf);
Acceleration: 1000 m/s²;
Displacement: 51 mm p-p;
Frequency: 0–2600 Hz
Countertop dimensions: 800 mm x 800 mm (VT & HT)
(Expandable to 1000*1000mm)DC 6000-60
Thrust: 61.36 kN (6,000 kgf);
Acceleration: 980 m/s²;
Displacement: 76 mm p-p;
Frequency: 2–2500 Hz
Countertop dimensions: 1500 mm, 1500 mm (VT & HT)5T vibration table
Countertop dimensions: 1500×1500×50 mm
Maximum acceleration: 120 m/s² Frequency range: 1–2000 Hz20T vibration table
Countertop dimensions: 2500*2000*60mm
Maximum acceleration: 141 m/s² Frequency range: 1–2000 Hz
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