Non-contact force-displacement deformation measurement and control system, LES type

Product Usage

      Used in colleges, universities, and research institutes for measuring and controlling small deformations of specimens in building material mechanical property tests. This equipment employs a non-contact method to determine specimen deformation and is an experimental system for studying micro-deformations in building material mechanics.

Technical Parameters

1. Data file storage capacity: 2G, expandable with external storage drives;
2. Test range: 2.0mm, extendable to 4mm;
3. Equipment accuracy: less than 2μm;
4. ※ Number of test groups: 1-3 groups optional;
5. Data collector: original imported, each channel independent;
6. Measurement method: non-contact measurement;
7. ※ Detection time interval: 1—100 minutes adjustable;
8. Number of records per test: over 10,000 entries;
9. Power supply: AC110V/AC220V dual voltage input;
10. Main unit dimensions: 400*350*200mm;
11. Net weight: approximately 5.5Kg;
12. ※ Equipment features unexpected power-off memory and alert function, data remains intact after power loss;
13. ※ Can connect to the internet to access the official website for online upgrades;
14. Sensors use DB9-type interfaces to avoid poor contact and facilitate plugging and unplugging;
15. Non-contact sensor measurement ensures high accuracy and is unaffected by specimen surface material;
16. ※ Utilizes specialized fixtures compatible with presses and universal testing machines to avoid external interference;
17. Real-time curve display during testing, automatic calculation of results post-test, and generation of test data and related information using built-in specialized software.