Convenient impact absorption and vertical deformation detector (all-in-one machine)

Convenient impact absorption and vertical deformation detector (all-in-one machine)

Compliant with the new national standard GB 36246-2018 "Synthetic Material Surface Sports Field for Primary and Secondary Schools" for plastic tracks; BS EN14808-2005 "Method for Measuring Impact Absorption/Vertical Deformation of Ground Layers in Sports Fields"; GB/T 14833-2011 "Synthetic Material Runway Surface Layer"; GB/T20239-2015 "Wooden Flooring for Sports Centers"; GB/T 22517.6-2011 "Requirements and Inspection Methods for the Use of Sports Venues: Track and Field Venues"; GB/T 22517.4-2017 "Requirements and inspection methods for the use of sports venues: Composite surface basketball courts"; GB/T 19851.11-2005 "Sports Equipment and Fields for Primary and Secondary Schools - Part 11: Synthetic Material Surface Sports Fields"; GB/T 19995.2-2005 "Requirements and inspection methods for the use of natural materials in sports venues: Comprehensive sports venues with wooden flooring"; GB/T 20033.3-2006 "Requirements and Inspection Methods for the Use of Artificial Materials in Sports Venues"

Convenient impact absorption and vertical deformation detector (all-in-one machine)

3、 Instrument features:

1. Strong experimental ability: meets the requirements of the "impact absorption/vertical deformation" detection method in multiple domestic and international sports field testing standards;

2. Strong adaptability to the environment: The instrument is agile and convenient to move, making it easy to conduct experiments in various environments;

3. The main structure of the instrument adopts an integrated design, and the test spring needs to be replaced for impact absorption and vertical deformation testing;

4. High precision and good data repeatability: high-precision pressure sensors are used to ensure the accuracy and stability of the test force values;

5. High speed data acquisition system: Adopting an ARM9 based high-speed data acquisition system structure, the system clock circuit design, hard double buffering for continuous acquisition and storage, and increased system anti-interference design are adopted to solve the problem of signal acquisition;

6. High experimental efficiency: completing the impact absorption test (3 times) and vertical deformation test (3 times) within 5 minutes;

7. Control interaction interface: using a laptop computer for easy portability;

8. Fast processing speed: using AD acquisition method, the maximum speed reaches 500KHz, and the processing capability and usage speed have been improved across levels;

9. According to customer needs, configure rich software interaction interfaces (multilingual environment to meet different/regional users);

10. Designed with a portable lithium battery power supply, users can conduct on-site testing without the need for an external power source, making it easy and fast to use and test. The instrument power supply has a standby time of up to 48 hours.

4Main technical parameters: