The Acceleration Impact Test System is a fully automatic mechanical impact-testing solution used to measure and assess the shock resistanceof products or packaging. The Acceleration Impact Test System for Batteries can perform impact tests with various pulse waveforms, including half-sine, square, and sawtooth waves, simulating real-world impact energy levels experienced in practical use. This enables systematic improvement and optimization of product and packaging design.
Features
- Fully Automated Operation
Based on a Windows operating system with a fully automated impact test workflow and user-friendly control interface. Operators simply input test parameters, and the system automatically configures and controls the test for accurate execution. - Secondary Impact Prevention
The system includes a secondary impact braking device. When the impact table falls freely and rebounds, a hydraulic brake piston engages to prevent a second unintended impact, ensuring more accurate test results. - High-Efficiency Vibration Isolation Structure
The impact platform is equipped with advanced vibration dampening. For impact tables up to 350 × 350 mm, no dedicated foundation is required, simplifying installation. - Digital Impact Height Control
Impact height is digitally set; the impact platform automatically rises to the specified height with high control precision and repeatability of test data. - Integrated Force Measurement System
The configured impact measurement system displays impact energy data and waveform in real time.
Specifications
| Product Name | Acceleration Impact Test System for Batteries |
| Maximum Test Load | 10 kg (customizable) |
| Table Surface Size | 200 × 200 mm (customizable) |
| Pulse Waveform | Half-sine |
| Peak Acceleration (Half-sine) | 150 – 20,000 m/s² |
| Pulse Duration (Half-sine) | 0.6 – 20 ms |
| Maximum Drop Height | 1500 mm |
| Overall Dimensions | L1000 × W500 × H2700 mm |
| Power Consumption | 2.5 kVA |
| Machine Weight | 1500 kg |
| Power Input | AC220V/50Hz, or AC110V/60Hz |
