Sand - Falling Testing Machine for Motorcycle Helmets
A drop test machine is essential for evaluating product durability during transportation or handling. This article outlines key standards, technical parameters, operating principles, and testing methodologies to help users select the optimal equipment for impact resistance testing.
Applicable Standards
The machine complies with international protocols such as ISTA (International Safe Transit Association), ASTM D5276, and GB/T 4857.5 for packaging validation. These standards ensure test results are globally recognized for logistics and quality control compliance.
Main Parameters
| Parameter | Details |
|---|---|
| Max. Load Capacity | 100-1000 kg (varies by model) |
| Drop Height Range | 300-1500 mm (adjustable) |
| Impact Plate Size | Customizable (e.g., 1500×1200 mm) |
| Control Mode | PLC touchscreen with preset/custom programs |
| Safety Features | Emergency stop, safety enclosures, overload protection |
Working Principle
The machine operates via a motor-driven lifting mechanism that raises the specimen to a preset height. Upon release, gravity accelerates the specimen to impact a steel plate, simulating real-world drops. Sensors and data loggers record impact force, velocity, and deformation for analysis.
Test Principle
Tests assess product resilience under free-fall or guided-drop conditions. Repeated drops from varied angles (e.g., edge, corner, flat) identify weaknesses in packaging or product design. Results guide improvements in material selection, structural integrity, and shock-absorption solutions.
This comprehensive overview ensures manufacturers and testers meet compliance requirements while enhancing product reliability in supply chains.