Helmet Strap Tensile Tester

The helmet strap tensile testing machine is designed to simulate tensile, impact, and durability loads encountered in actual use, accurately evaluating the mechanical properties of the straps and their connecting components. It has wide applications for quality inspection agencies, manufacturing companies, and researchers. The equipment's design is based on material mechanics testing principles and utilizes a precision servo control system to perform various dynamic and static tests.

Application

Apply a certain initial load to the helmet strap system for a certain period of time. Then, let a weight of a certain mass fall from a certain height so that the impact force is also applied to the strap system, thereby evaluating the tensile performance of the strap system.

Standard

GB 24429-2009: Sports helmets - Safety requirements and testing methods for sports helmets for cyclists and users of skateboards and roller skates

Feature

High-precision strain gauge force sensor: Measurement accuracy up to ±0.5% FS, resolution 0.1N, ensuring the accuracy of test results.

High-precision optical encoder: Real-time monitoring of displacement changes, minimum resolution 0.01mm, providing accurate displacement data.

Multiple test modes: Including constant-rate tensile testing, load-holding testing, and cyclic fatigue testing, meeting the testing requirements of different standards.

Safety protection devices: Emergency stop button, overload protection system, and splash guard ensure operator safety.

International mainstream safety standards: Strict requirements on helmet strap performance ensure that the product meets safety standards.

Parameters

Accessoriess

Mounting bracket

Test headform

Impact weight

Ruler, etc.

Test Procedures

Check the equipment status: Ensure the equipment is in normal working condition and undamaged.

Select the appropriate specimen fixture: Choose the appropriate specimen fixture based on the size and requirements of the specimen.

Install the specimen fixture: Install the specimen fixture onto the tensile testing machine.

Start the testing machine: Turn on the power and start the tensile testing machine.

Input test parameters: Select the appropriate test type and test parameters, such as test speed and test force.

Mount the specimen: Open the specimen fixture and place the specimen inside.

Start the test: Click the start test button to begin the test.

Observe the test process: Observe parameters such as test force and test speed to ensure that the test parameters match the settings.

Record the test results: Based on the test results, calculate and record parameters such as tensile strength, yield strength, and elongation at break.

Save the test data: Save the test data to the computer and name the file accordingly.