Computer-controlled Helmet Impact Tester
Whats/App: +86 156 1874 6768
Web: standard-groups.com
A computer-controlled helmet impact tester is an instrument used to test the impact resistance and penetration resistance of helmets. It quantitatively measures the impact resistance and energy absorption capacity of helmets by simulating the impact of objects falling from a height. The core principle of the testing instrument is the law of conservation of energy and the momentum theorem. During testing, the impact hammer is raised to a specified height, released, and allowed to fall freely, converting potential energy into kinetic energy to deliver a sudden impact to the helmet sample.
Application
This testing instrument is applicable to the impact - energy absorption performance test of helmets. It is used to evaluate the impact - resistance performance and penetration - resistance of helmets.
Standard
GB 811:Helmets for motorcycle and electric bicycle users
GB 24429:Sports helmets - Safety requirements and testing methods for sports helmets for cyclists and users of skateboards and roller skates
GB/T 38305-2019:Head protection—Rescue helmets
GA 44:Helmets for firemen
IS 4151:Helmet Standard for India
DOT FMVSS No. 218:Federal Motor Vehicle Safety Standard No. 218
ECE R22.05:Uniform Provisions Concerning the Approval of Protective Helmets and Their Visors for Drivers and Passengers of Motor Cycles and Mopeds
EN 1078:Helmets for cyclists and for users of skateboards and roller skates
Feature
High Precision: Utilizes a servo motor and hollow gear reduction system to ensure high accuracy and reliability of testing.
Automation: Automatically lifts the fixture to a predetermined height, displaying height, peak acceleration, test curve, impact velocity, impact time, and impact energy in real time.
Multifunctional: Employs a direct-drive transmission system with high positioning accuracy, long lifespan, low friction, and capable of high-speed and bidirectional rotation.
Safe and Fast: Features a position limiting function, making tests with position limitations safer and faster.
Wide Application Range: Offers a very wide measurement range, suitable for standards in multiple countries.
Integrated Design: Adopts an integrated design principle; regardless of the host configuration, only the corresponding parameters on the computer need to be modified (parameters can be saved), eliminating the need for circuit adjustments.
Parameters
| System Component/Feature | Description |
|---|---|
| System components | Consists of a crash test stand and an analysis recorder |
| Crash test bench composition | Comprises a fall guidance device, head type, head type fixed frame, ball joint, anvil, anvil seat, release guidance system, and seat base, among other components |
| Impact height | Control interface setting, with guidance system, acceleration detection and calibration device (customizable from 1000 ~ 3000mm) |
| Base | Optimal solution is made of reinforced concrete; the instrument's steel base is connected to the concrete base, with a mass not less than 1600kg |
| Test and Analysis Instrumentation System | Comprises acceleration sensors or impact sensors, amplifiers, and components for data processing, display, and recording, among others |
| Dimensions (LWH cm) | 9080450 (according to the set impact height) |
| Weight (kg) | 350 |
| Power supply | AC 220V 50Hz 500W |
| Environment | 10 ~ 35 ℃ |
| Operation | On the floor, connected to the concrete pedestal |
Accessoriess
Headform
Impact hammer
Penetration hammer
Accelerometer
Infrared speed sensor
Control board
Control box
Main unit
Dedicated computer and control software
Test Procedures
Sample preparation: Mount the helmet onto the appropriately sized test headform as required, and connect the power supply.
Open the computer software: Simultaneously click the touchscreen control screen to start the test.
Start the test: Start the testing machine, causing the pendulum to impact the headform with a predetermined energy.
Data analysis: Record and analyze the waveform data to evaluate the helmet's impact absorption performance and rotational kinematics.
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