Shock Test System
Model No. :
BE-SKT-10
Model No. : BE-SKT-10
Brand : DG Bell
A specialized mechanical shock system engineered to simulate the intense peak accelerations and rapid impact forces batteries may encounter during transport or use. By utilizing a high-performance lifting mechanism and customizable waveform generators, the system provides precise data on the structural durability and electrical safety of cells under extreme G-force conditions.
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Precise control over peak acceleration values
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Multiple selectable shock pulse durations available
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Durable lifting mechanism ensures high repeatability
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− Features
- Dynamic Pulse Shaping: Features interchangeable waveform pads that allow the system to generate various profiles, including half-sine and sawtooth pulses, to replicate specific industrial shock environments.
- High-Force Capacity: Capable of achieving extreme acceleration levels—often up to 1000G or higher—to test the ultimate mechanical limits of battery assemblies and electronic components.
- Integrated Damper System: Built with a high-efficiency shock absorption base that isolates the impact force, preventing residual vibrations from affecting the laboratory floor or surrounding sensitive equipment.
- Pneumatic Braking Mechanism: Equipped with a fast-acting pneumatic brake to prevent secondary rebounds, ensuring that the sample is only subjected to a single, controlled impact per cycle.
- Synchronized Data Acquisition: The system interfaces with high-speed sensors to capture real-time acceleration data, allowing for detailed time-history analysis of the shock pulse.
+ Technical Specifications
+ Standards
+ Resources
Features
- Dynamic Pulse Shaping: Features interchangeable waveform pads that allow the system to generate various profiles, including half-sine and sawtooth pulses, to replicate specific industrial shock environments.
- High-Force Capacity: Capable of achieving extreme acceleration levels—often up to 1000G or higher—to test the ultimate mechanical limits of battery assemblies and electronic components.
- Integrated Damper System: Built with a high-efficiency shock absorption base that isolates the impact force, preventing residual vibrations from affecting the laboratory floor or surrounding sensitive equipment.
- Pneumatic Braking Mechanism: Equipped with a fast-acting pneumatic brake to prevent secondary rebounds, ensuring that the sample is only subjected to a single, controlled impact per cycle.
- Synchronized Data Acquisition: The system interfaces with high-speed sensors to capture real-time acceleration data, allowing for detailed time-history analysis of the shock pulse.
Technical Specifications
| Specified Load | 10 kg, (Including fixtures and test specimen) |
| Bench Dimension | L200×W200 mm |
| Pulse Wave | Half sinusoidal wave |
| Shock Impact Peak Acceleration | 150～15000 m/s2 |
| Pulse Duration | 0.6～20ms |
| External Dimension | L1000mm×W500mm×H2700mm |
| Total Weight | 1500 kg |
| Impact Form | Free fall |
| Max. Drop Height | 1500mm |
| Power Supply | Three phase 380V，50/60 Hz |
| Hydraulic Source | With the equipment |
| Ambient Condition | Temperature 0～40℃ Humidity（25℃） ＜85％ |
| Reliability | 1.Average failure-free accumulation working time ≥ 1000h; 2.The half-sine waveform generator has no less than 5000 consecutive impacts; 3.The half-sine waveform generators have a storage time of no less than 5 years in a clean, room temperature environment. |
| Testing System | Shock DAQ, Impact, collision measurement control system |
| Usage Standard | GJB150、GJB360、GJB548、GB/T2423、GJB1217、JJG497、GIEC68-2-27 |
| Testing Standard | Acceleration amplitude, pulse width, uniformity, and lateral motion ratio meet the requirements of JJG541-88. |
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