Vibration Shaker Machine For IEC 60068 - 2 - 6 Sine Sweep Vibration Testing
| Attribute | Value |
|---|---|
| Customized support | OEM ODM |
| Sine force | 20kN |
| Random force | 20kN |
| Shock force | 40kN |
| Frequency range | 1-3000Hz |
| Displacement | 76mm |
| Velocity | 2.0 |
| Table size | 1200x1200mm |
Shock: 6,000 kgf
Mass: 30 kg
Weight: 2,500 kg
The IEC 60068-2-6 compliant vibration shaker machine is engineered for precise sine sweep vibration testing, essential for evaluating product durability under real-world vibration conditions. This system provides controlled laboratory simulation of dynamic vibration scenarios encountered during transportation, storage, and operation.
This vibration testing system meets all requirements of IEC 60068-2-6 for sine sweep vibration testing, including precise frequency range control, defined sweep rates, and specified amplitude levels. The standardized testing process ensures consistent evaluation across industries and simplifies compliance certification.
The vibration shaker machine consists of:
- Electrodynamic or hydraulic vibration generator
- High-performance power amplifier
- Precision controller with real-time parameter adjustment
- Accelerometer sensors for vibration measurement
- 1200×1200mm testing table with secure mounting points
Evaluate component durability in smartphones, servers, and other electronic devices. Identify resonant frequencies that could cause circuit board cracks or component dislodgment.
Simulate engine vibration patterns and road conditions for testing engine components, dashboards, and interior assemblies to prevent operational failures and annoying rattles.
Verify structural integrity of aircraft components under varying flight conditions, ensuring safety and reliability of critical aerospace systems.
Our vibration shaker machine provides comprehensive testing solutions with:
- Precision sine sweep vibration testing per IEC 60068-2-6
- Customizable test profiles for specific product requirements
- Real-time monitoring and adjustment of vibration parameters
- Safety features including overload protection and emergency stop
- Support for both electrodynamic and hydraulic vibration generation
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