Mechanical Impact Testing Machine for IEC & GB Standards | High-Accuracy Shock Test System for Components & Assemblies
Product Introduction
The Mechanical Shock Test Bench is a high-reliability shock testing device specifically designed for electronic and electrical components, automotive parts, connectors, and industrial components.
Through controllable impact energy and precise, repeatable impact waveforms, it realistically reproduces the transient impact environment of products during transportation, installation, and use. This helps manufacturers identify potential structural risks before mass production, ensuring product quality from the outset.
Product Features
- Stable Mechanical Impact Structure
Mechanical impact principle, simple and reliable structure, high long-term operational stability. - Precisely Adjustable Impact Parameters
Impact acceleration, pulse duration, and number of impacts are flexibly controllable. - High Repeatability, Reliable Data
Suitable for type testing, conformity verification, and third-party testing needs. - Compatible with Various Test Samples
Modular fixture design adapts to test objects of different sizes and shapes. - Intuitive Operation, Low Maintenance Costs
Engineers can quickly learn to operate, reducing training and downtime costs. - Complies with Multiple International Standards
Meets mainstream impact testing standards such as IEC, GB, and EN.
International Standards
- IEC 60068-2-27
- Environmental testing – Part 2-27: Tests – Test Ea and guidance: Shock
- Half-sine shock waveform
- Specify the combination of shock acceleration and pulse duration
- IEC 60068-2-29
- Environmental testing – Part 2-29: Tests – Test Eb: Bump
- Requirements for repeated mechanical shock tests
- GB/T 2423.5 Environmental testing for electrical and electronic products – Part 2: Test methods – Test Ea – Shock
- EN 60068-2-27
- European standard, equivalent to IEC shock test requirements
Technical Parameters
| Test Item | Parameters |
| Motor | 750W Three-phase Asynchronous Motor |
| Control Method | Computer Control |
| Drop Method | Free Fall |
| Drop Height | 0~1500MM |
| Work Surface | 350X350MM |
| Work Surface Material | High-strength High-Quality Aluminum Alloy |
| Maximum Load | 25KG |
| Peak Acceleration | 20~1500G |
| Acceleration Sensor Range | +2500G |
| Pulse Duration | 0.5~30MS |
Product Structure Analysis Diagram
Frequently Asked Questions (FAQ)
Q1: What is the difference between a mechanical impact test bench and a drop test?
A: Mechanical impact testing emphasizes controllable impact waveforms and acceleration parameters, resulting in more accurate data and suitability for standardized testing.
Q2: Does the test bench support customized impact parameters?
A: Yes, parameters can be customized according to the test object and standard requirements.
Q3: Can it be used in third-party testing laboratories?
A: Yes, the equipment is designed to comply with IEC/GB standards and meets laboratory usage needs.
Q4: Is the equipment installation complex?
A: The structure is mature, installation is simple, and complete video guidance is provided.
