Plastic Track Impact Absorption and Vertical Deformation Testing Device

Plastic Track Impact Absorption and Vertical Deformation Testing Device

I. Equipment Overview:

The Plastic Track Impact Absorption and Vertical Deformation Testing Machine is primarily used to test the impact absorption and vertical deformation properties of plastic sports surfaces. The machine's hammer simulates the effect of human impact on the synthetic surface layer, and the test results are calculated through a computer system.

II. Technical Principle:

The basic theory is based on the law of conservation of energy. A hammer of specified mass is dropped from a specified height, converting potential energy into kinetic energy during the fall. The converted energy impacts the test sample, and an impact sensor samples the force value and transmits it to the computer acquisition system. The computer then performs a series of processes including sampling, processing, calculation, and analysis, ultimately displaying the results of impact absorption and vertical deformation on the plastic synthetic material, thereby measuring the impact resistance and deformation parameters of the plastic material.

IV. Instrument Features:

Strong testing capability: Capable of conducting both impact absorption tests and vertical deformation tests on plastic tracks.

High adaptability to environments: The instrument is mobile and agile, making it convenient for testing in various environments.

High precision and good data repeatability: Uses high-precision pressure sensors from renowned brands to ensure the accuracy and stability of test force values.

High-speed data acquisition system: Adopts an ARM9-based high-speed data acquisition system structure, incorporating system clock circuit design, hardware double buffering for continuous acquisition and storage, and enhanced anti-interference design to overcome signal acquisition challenges.

High testing efficiency: Completes test cycles in 60 seconds—impact absorption test (4 times) and vertical deformation test (3 times).

Control interaction interface: Can be operated using a professional computer or a specialized industrial touchscreen computer (its configuration and stability far exceed those of conventional touchscreen terminals, eliminating the need for any additional terminals such as PCs or laptops to complete all tasks).

Fast processing speed: Utilizes AD acquisition method with a maximum rate of 500 kHz, significantly enhancing processing capability and operational speed.

Rich software interaction interface (multilingual environment to meet the needs of users in different countries/regions).