Ⅰ、Equipment Application:

This testing machine is designed for various tests, including tensile, compression, bending, shearing, peeling, and tearing, on both metallic and non-metallic materials. Applicable materials include rubber, plastic, wires and cables, composite materials, plastic profiles, metal rods, sheets, springs, and components. It complies with GB, ISO, JIS, DIN, and ASTM testing standards. The testing software can be customized according to user requirements. It is an essential testing instrument for quality inspection units, research institutions, universities, and industrial enterprises.

Ⅱ、Measurement Parameters:

1、Maximum Test Force:10kN

2、Testing Machine Grade: Class 0.5

3、Relative Error of Test Force Indication: ±0.5%

4、Test Force Resolution: 1/500,000 (500,000 counts)

5、 Test Force Measurement Range: 0.4%~100% F.S, full range without grading, constant resolution

6、Relative Error of Deformation Indication: ±0.5%

7、Deformation Resolution: 1/500,000 (500,000 counts), full range without grading, constant resolution

8、Deformation Measurement Range: 0.4%~100% F.S

9、Relative Error of Displacement Indication: ±0.5%

10、Displacement Resolution: 0.035μm

11、Test Force Rate Control Adjustment Range: 0.005~10% F.S/s

12、Relative Error of Test Force Rate Control:

• For rates below 0.05% F.S/s: ±1%

• For rates above 0.05% F.S/s: ±0.5%

13、Strain Rate Control Adjustment Range: 0.005~10% F.S/s

14、Relative Error of Strain Rate Control:

• For rates below 0.05% F.S/s: ±1%

• For rates above 0.05% F.S/s: ±0.5%

15、Displacement Rate Control Adjustment Range: 0.01~500 mm/min

16、 Relative Error of Displacement Rate Control: ±0.5%

17、 Control Range for Force, Deformation, and Displacement Holding: 0.4%~100% F.S

18、 Force, deformation, displacement holding control relative error: When the set value < 10% F.S., better than ±1% of the set value;

19、 When the set value ≥ 10% F.S., better than ±0.5% of the set value.

20、 Crossbeam stroke (without fixtures): 1000mm

21、 Compression space: 880mm

22、 Test space width: 420mm

23、 Operating environment: Room temperature ~ 30°C, relative humidity not exceeding 80%.

III. Product Configuration:

1、 Main testing machine (dual space)

2、Servo driver and servo motor: Panasonic (Japan)

3、Imported sensor: Vishay (USA)

4、 Lead screw: Precision ball screw

5、Safety protection: Bulletproof glass aluminum alloy protective cover

6、 Fixtures: Standard configuration for tensile testing (flat jaw 0-7mm), compression (￠150) fixture set

7、Computer: Lenovo brand business computer, 19-inch LCD monitor

8、Printer: HP printer

9、Specialized testing software: TENSONTEST universal testing software. Fully open-source with free upgrade service.

IV. Product Functions and Features:

1、Mainframe:

1.1 Imported fully digital AC servo motor and servo driver: The system has high control precision, excellent stability, smooth and reliable operation, fast response, low noise, and complete protection functions such as overload, overcurrent, overvoltage, undervoltage, overheat, abnormal stop, and fault alarm. Parameters can be adjusted according to different machine models and test types to ensure the servo system operates at its best state. The servo system uses position control, and the interface unit is digitalized, overcoming zero drift and low-speed instability associated with the speed loop.

1.2Precision ball screw and precision reduction mechanism: Smooth transmission with low noise and no backlash.

2、 Measurement and Control System, Operating Software, and Data Processing System

The high-precision data acquisition board (24-bit A/D data acquisition) allows for full digital adjustment, high-precision amplification, and precise control (built into the computer). With advanced chip integration technology, high-precision ±500000 code acquisition cards, it maximizes the measurement accuracy of the sensors. It is highly integrated, stable, reliable, and easy to use. The control software can automatically calculate conventional data such as elastic modulus, yield strength, tensile strength, and fracture strength, and automatically compute force, stress, displacement, deformation, and other data at any specified point during the test.

2.1 Automatic Zeroing: The measurement system automatically zeros after the test begins；

2.2 Automatic Shutdown: The crossbeam automatically stops when the sample fractures；

2.4 Automatic Data Saving: Test data and conditions are automatically saved, preventing data loss due to forgetting to save；

2.6 Automatic Control: Closed-loop control for test speed, displacement, strain, etc., based on test requirements；

2.7 Program Control: Users can customize multi-step control programs according to specific programming standards；

2.8 Automatic Saving: Test data and curves are automatically saved after the test；

2.9 Batch Testing: For samples with the same parameters, multiple tests can be automatically completed after a single setting；

2.10 Automatic Analysis: Automatically analyzes test data according to relevant standards；

2.11 Curve Traversal: After the test, curves can be analyzed, and the data corresponding to each point on the curve can be found with the mouse；

2.12 Curve Selection: Choose from stress-strain, force-displacement, force-time, displacement-time curves for display and printing, clearly reflecting the sample’s failure process under tension and analyzing data at each point.

2.13 Automatic Analysis: Any section of the test curve can be magnified for local analysis.

2.14 Batch Processing: Summarize and compare multiple test data and curves for display and printing.

2.15 Test Report: Multiple report editing methods (Excel, Word, advanced custom), allowing users to edit report formats as needed；

2.16 Limit Protection: Both program-controlled and mechanical limit protection；

2.17 Overload Protection: The system automatically shuts down when the load exceeds 2%-10% of the rated value；

2.18 LAN Connection: Data interface is reserved for direct connection to the laboratory’s comprehensive information management network.