Vibration Test System
Model No. :
BE-EV-203
Model No. : BE-EV-203
Brand : DG Bell
The BE-EV-203 is a sophisticated electrodynamic simulation system designed to evaluate the structural durability and electrical stability of batteries under various vibration profiles. It replicates the complex mechanical stresses experienced during transit and vehicle operation to identify potential fatigue failures or internal shorts.
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Advanced electromagnetic induction high precision drive
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Wide frequency range with high acceleration
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Real time digital control and monitoring
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− Features
- Electrodynamic Excitation System: Utilizes a high-performance electromagnetic drive to deliver consistent and precise vibration forces across a broad frequency spectrum.
- Versatile Waveform Generation: Capable of executing sine, random, and shock vibration profiles to simulate diverse real-world environmental conditions.
- Robust Load Management: Engineered with a high-strength armature and suspension system to maintain stability and accuracy even when testing heavy battery packs.
- Intelligent Controller Interface: Features a user-friendly digital interface that allows for complex programmed sequences and real-time data acquisition for detailed analysis.
- Automated Safety Interlocks: Built with comprehensive protection circuits that monitor system temperature and displacement to prevent hardware damage during high-intensity testing.
+ Technical Specifications
+ Standards
+ Resources
Features
- Electrodynamic Excitation System: Utilizes a high-performance electromagnetic drive to deliver consistent and precise vibration forces across a broad frequency spectrum.
- Versatile Waveform Generation: Capable of executing sine, random, and shock vibration profiles to simulate diverse real-world environmental conditions.
- Robust Load Management: Engineered with a high-strength armature and suspension system to maintain stability and accuracy even when testing heavy battery packs.
- Intelligent Controller Interface: Features a user-friendly digital interface that allows for complex programmed sequences and real-time data acquisition for detailed analysis.
- Automated Safety Interlocks: Built with comprehensive protection circuits that monitor system temperature and displacement to prevent hardware damage during high-intensity testing.
Technical Specifications
| Rated Sine Excitation Force | 3000 N |
| Rated Random Excitation Force | 3000 N |
| Shock Excitation Force | 6000 N |
| Frequency Range | 5-4,000 Hz |
| Max. Displacement | 25mm |
| Rated Speed | 2 m/s |
| Rated Acceleration | 500 m/s2 |
| First-order resonant frequency | 2,900 Hz±5% |
| Max. Loading | 100 kg |
| Vibration Frequency | 3 Hz |
| Working Table Diameter | Ф150 mm |
| Moving Parts Equivalent Weight | 2 kg |
| Dimension | L764×W530×H660 mm |
| Single Vibration Table Weight | Approx. 480kg |
| Cooling Method | Forced air cooling |
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