Product Overview
The ST100 Single Column Tensile Testing Machine from Lu Gong is suitable for determining the mechanical properties and related physical parameters of various materials under states such as tension, compression, bending, shear, tearing, peeling, and puncture. The machine utilizes a servo motor and synchronous belt reduction device to drive a high-precision ball screw, forming a large door-type floor-standing frame structure. It features excellent stability, high control accuracy, high work efficiency, and low noise.
Product Features
1. The instrument features a gate-style floor-standing frame structure, which offers an aesthetically pleasing design, excellent stability, and high rigidity.
2. The transmission and loading system utilizes a servo motor and synchronous timing belt reduction device to drive a high-precision ball screw. This ensures high control accuracy, high working efficiency, low noise, and energy efficiency with environmental protection.
3. It incorporates a user permission grading management mode, allowing software function modules to be locked for safe and reliable operation.
4. The system provides powerful test management functions, supporting the editing of test programs based on standards such as GB, ISO, DIN, ASTM, and JIS. It also offers various control modes, including constant speed, fixed displacement, and fixed force.
5. It includes robust data and curve analysis capabilities, displaying multiple curves in real time. Features such as curve overlay comparison, local zoom, and characteristic point marking are supported, along with a wide range of data analysis tools.
6. Reports are generated in Microsoft Word format, making operation simple. Custom report templates are supported, and the system can automatically calculate and output over 400 test results.
7. Test units can be arbitrarily set according to requirements, with support for multiple force units and expandability.
8. Multiple protection mechanisms are in place, including overload protection for force, stroke, and displacement, as well as hardware protection via upper and lower limit travel switches.
9. Test data is automatically saved and stored in standard Windows document formats, ensuring simple and efficient data management.
10. The system supports one-click switching between multiple languages.
11. Communication is achieved via USB or serial ports, ensuring stable and reliable data transmission. The software is a green, installation-free version.
Working principle
The main frame of this testing machine is constructed as a floor-standing portal frame, consisting of a base, two columns, and two precision ball screws. Its transmission and loading system drives the high-precision ball screws to rotate via a servo motor and synchronous belt reduction device, thereby moving the crossbeam to apply loads on specimens for various mechanical property tests, such as tension, compression, and bending.
Application Areas
Suitable for determining the mechanical properties and related physical parameters of various materials under states such as tension, compression, bending, shear, tearing, peeling, and puncture. It can perform tension, compression, three-point bending, four-point bending, shear, tearing, peeling, finished shoe puncture, carton compression, foam cyclic compression, spring tension-compression, and various dynamic and static cyclic tests.
Complies with standards
GB, ISO, DIN, ASTM, JIS, and other domestic and international related standards
Operating Procedures
1. Select or edit the corresponding test program in the software according to testing requirements.
2. Install the specimen into the testing machine fixture.
3. Set test parameters in the software, such as control mode, protection limits, etc.
4. Start the test; the equipment runs automatically and displays real-time test curves and status.
5. After the test is completed, the software automatically analyzes the data and generates a report.
6. Save or export the test data and report.
Precautions
* Before operation, ensure that you understand the user permission settings and use the software functions within the authorized scope.
* Before testing, correctly set the over-range protection values for force, stroke, and displacement, and ensure that the upper and lower limit travel switches function properly.
* Remember to save test data regularly to prevent accidental loss.
* When using USB or serial port connections, ensure that the corresponding serial port driver is installed first.
* When selecting test units, ensure they are consistent with the testing standards and report requirements.
* When performing complex cyclic tests, carefully set the multi-step nested control parameters.
