What are the performance characteristics of anchor tensile testing machines?

The anchor tensile test machine uses imported photoelectric encoder for displacement measurement. The controller adopts an embedded single-chip microcomputer structure and has built-in powerful measurement and control software, integrating measurement, control, calculation and storage functions. It has the function of automatically calculating stress, elongation (with an extensometer), tensile strength, and elastic modulus, and automatically counts the results; automatically record the force value or elongation of the maximum point, break point, and specified point; use a computer to perform dynamic display of the test process and test curves, and perform data processing. After the test is completed, the curve can be amplified through the graphical processing module for data analysis and editing.

The anchor tensile tester is mainly used to test the mechanical performance indicators of anchor rods such as tensile, fracture, bending, shear, yield force, elongation, etc. The system adopts microcomputer closed-loop control, has a wide and accurate loading speed and force measurement range, and has high accuracy and sensitivity for load and displacement measurement and control. It is also suitable for teaching demonstration work in colleges and universities. The design of the test machine host has the characteristics of beautiful appearance, convenient operation, stable and reliable performance, no pollution, low noise and high efficiency. Let’s introduce the performance characteristics of the anchor tensile tester:

Performance and characteristics of anchor tensile testing machine:

1. The control test process is adopted by AC servo motor and AC servo speed regulation system, and the control accuracy and quality are greatly improved, stable and low noise (basically no noise at low speed) and the control speed range is greatly widened (0.05-300mm/min). This is conducive to the low-speed test of conventional materials (metal, cement, concrete, etc.), and is also conducive to the high-speed test of non-metallic materials (rubber, etc.). It can also be used to quickly adjust the test space when no load, saving auxiliary test time. This test speed meets the current test speed requirements of all conventional metal and non-metallic materials in China.

2. The reduction mechanism composed of synchronous tooth belt and precision ball screw pair "strong" joints make the structure simpler and brighter, and the transmission efficiency is greatly improved. The lower table height and the height of the main machine's lower workbench also decrease, making the appearance more coordinated.

3. The anchor tensile tester adopts a dual-space structure independent of tensile and compression, which is convenient to operate, avoiding the cumbersomeness of replacing different test attachments when tensile and compression bend in the same space.

4. Sensors of different specifications can be configured according to the requirements, so that the test range is greatly widened to meet the measurement requirements of different test loads.

5. The main machine adopts a fully sprayed shell, which has a generous and beautiful shape.

6. Adopt advanced control technology, with three closed-loop control methods: stress, strain, and displacement. Each control ring can automatically switch, and achieve impact-free smooth transition when switching between various methods. The test force, peak, displacement, speed, test status, test curve, etc. can be displayed simultaneously.

7. The anchor tensile tester can control and maintain the test force, deformation, displacement and other rates.

8. It can realize fast/slow lifting and lowering adjustment of the crossbeam during sample clamping, and can be flexible in operation and random switching.

9. It has the function of returning to the initial position after the test is completed, which is fast.

10. The anchor tensile tester has complete limit protection functions and functions such as overload, overcurrent protection, and automatic shutdown of test fracture, which is reliable and safe.

11. Build a powerful test database for self-built, and test data can be saved, queried and called at any time.

12. Provide a variety of report printing interfaces, and users can edit reports in any format as needed and print out the output;

13. The entire control system has high cost performance and high reliability.

14. The anchor tensile test machine conducts tensile tests on the material according to national standards or standards provided by users, and statistics and processing the test data, and then outputs and prints various required test curves and test reports. It can select real-time display, amplification, comparison, traversal functions and monitoring the test process such as load-time, load-displacement, displacement-time, deformation-time, etc. Intelligent and convenient.

15. Provide the "Standard Add Program Editor" software to professional users, and users can flexibly add required standards according to actual needs;

16. The test software under the full Chinese Windows platform has strong data and graphics processing functions, and can print out complete test reports and test curves in real time. The data interface can be reserved to directly connect to the comprehensive information management network of the enterprise (laboratory). It can also be customized according to the specific situation of the user's LAN.

The above is a related introduction to the performance characteristics of the anchor tensile tester. I hope it can be helpful to everyone! For more product information, please call us for consultation. Our company has complete testing instruments to ensure that accurate and high-quality testing and testing equipment is provided. Welcome new and old customers to visit and negotiate! We will serve you wholeheartedly!