YG(B)026GC Electronic Textile Strength Tester

【Application Scope】:  
It is used for various mechanical property tests of textiles, such as tensile, tear, puncture, elongation at a fixed load, load-bearing capacity, elasticity, thread slippage, peeling, etc., and is widely applied in force value, elongation and deformation tests for rubber, plastics, leather, metals, wire materials, paper, packaging, building materials, petrochemicals, electrical engineering, geotechnical materials, etc., including tensile, compression, bending, bonding, peeling, tearing, puncture resistance, creep, etc. tests.   
[Related Standards]:   
GB/T3923.1, GB/T3923.2, GB/T3917.2, GB/T3917.3, GB/T13772.1, GB/T13772.2, GB/T13773.1, GB/T13773.2, GB/T19976, FZ/T80007.1, FZ/T20019, FZ/T70006, GB8688, FZ/T70007, ASTMD5034, ASTMD5035, ASTMD2261, ASTMD5587, ASTMD4964, ASTMD3936, ASTMD1683, JISL1096, etc.  
The above list includes some representative standards. Some of the functions require specific clamps and sensors selected based on actual conditions for implementation.

【Instrument Characteristics】:  
1. The frame design has a service life exceeding 30 years.  
1) The frame is made of high-strength materials with a sturdy and rigid structure, pre-loaded bearings, precision ball screws, thickened crossbeams and base crossbeams, as well as a lower tensioned transmission belt. This design minimizes the energy stored during the test process, thereby achieving better test performance and obtaining more accurate modulus and strain values.  
2) Excellent alignment and bending precision guideways.  
When conducting axial tests, only a system with stable and precise rigid guideways can obtain accurate stress and strain results, ensuring that the lateral force exerted on the specimen under load is minimized.  
3) Larger power motor and advanced servo control drive system, higher reliability.  
4) The instrument uses ball screws with a precision grade of C5 or above.  
5) The high-power motor enables a higher acceleration rate at the start of the test, a faster operation cycle during cyclic testing, and a dual belt system that keeps the ball screws in synchronous motion, eliminates the tendency of the crossbeam to tilt, and helps with system alignment and precise positioning.  
2. Based on the seventh-generation digital signal processing (DSP) control technology of the embedded system.  
1) Adopting a 32-bit microcontroller with a high-performance and low-power ARM Cortex-M core from STMicroelectronics.  
2) High-speed, low-vibration imported AC servo drive device, high-resolution digital closed-loop controller.  
3) Modular design, multi-channel data acquisition and analog output modules, open data management, enabling load, deformation, displacement, speed and other detection and control.  
4) Imported high-precision strain sensors in the form of column sensors, high-quality aluminum alloy material, easy and quick installation, high precision, high stability, high repeatability, low temperature drift. The sensor uses a high-precision 24-bit A/D, sampling frequency of 2000Hz, maximum resolution of the full force 1/1,000,000.  
5) Equipped with an independent color touch screen controller, portable or installed on the frame, at any suitable position, displaying the working status of the machine and providing the necessary positioning, point motion, moving crane and other operation control during the test control process.   
III. Powerful and user-friendly control software (Software Copyright No. 2010SR046285)  
1. The software system adopts a component-based architecture, allowing for the free combination of test processes, meeting all conventional testing methods, and continuously expanding the test method standard library (GB/T, FZ/T, ISO, ASTM, BS, etc.).

2. Guide the testers to complete the relevant standard tests. Users can upgrade and update without resetting the existing software and hardware systems. Users can easily maintain the equipment through online support, without any worries.

3. The user-friendly operation software simplifies the test selection, startup and real-time monitoring through an intuitive, button-operated environment and an easily understandable display. The clear display and highly flexible, interactive data graphics drawing enhance the ability to analyze after the test.

4. Report and chart documents, or customized formats to meet your specific data sharing requirements. The easy-to-create formats will effectively output the test results in an intuitive form as trial reports and other formats such as Excel, Word, HTML, etc.

【Technical Specifications】:  
1. Testing Method: Follow the internationally preferred constant elongation (CRE) principle.  
2. Force Measurement System: Imported high-precision force sensor.  
3. Force Measurement Range: 1% to 100% of full scale for the model.

4. Clamping method: Manual clamping, Pneumatic clamping
5. Force measurement accuracy: ≤ ±0.2% F•S
6. Clamping distance: Automatically positioned, digitally set
7. Clamping distance adjustment accuracy: ±0.1mm
8. Speed control system: Imported AC servo speed control system
9. Stretching speed: (0.001 - 1000) mm/min digital speed control, error ≤ ±1%
10. Maximum travel of the instrument: 800mm (beam) (Can be customized)
11 Frame width： 420mm
12. Extension resolution: 0.001mm
13. Sampling frequency: 2000 times/second
14. Power supply: AC 220V ±10% 50Hz 1kW
15. Dimensions: (920×760×1750)mm (Host L×W×H)
16. Weight： 150kg