High end microcomputer controlled universal tensile tester

Microcomputer controlled electronic universal testing machine
Model: FBS-50KNW




The pictures are for reference only, and the actual product shall prevail


Main functions of the equipment
This machine is used for static performance testing and analysis of metal and non-metal (including composite materials) in terms of tension, compression, bending, shear, peeling, tearing, holding, relaxation, reciprocating, etc. It can calculate parameters such as maximum force, tensile strength, bending strength, compression strength, elastic modulus, fracture elongation, yield strength, etc. It can automatically calculate test parameters such as ReH, ReL, Rp0.2, Fm, Rt0.5, Rt0.6, Rt0.65, Rt0.7, Rm, E, etc., and can conduct tests and provide data according to relevant domestic and international standards such as GB, ISO, DIN, ASTM, JIS, etc.

The main components of the equipment are:
The FBS-50KNW microcomputer controlled electronic universal testing machine is an electromechanical integrated product, mainly composed of a host (including frame, base, transmission system), fixtures, deformation measurement system, software system, and electrical system.

Performance characteristics
（1） Mechanical process structure:
The main frame is mainly composed of a base, four columns, and a screw to form a single arm frame structure; The transmission loading system adopts AC servo motors and synchronous toothed belt reduction devices to drive high-precision ball screws to rotate, and then drive the moving crossbeam to achieve loading. This machine has a beautiful appearance, good stability, high rigidity, high control accuracy, high work efficiency, low noise, and is energy-saving and environmentally friendly.

（2） Control and measurement system:
This machine adopts an advanced Test4.0 fully digital closed-loop control system for control and measurement, and uses a computer for dynamic display of the test process and test curve, as well as data processing. After the experiment is completed, the curve can be magnified through a graphics processing module for data reanalysis and editing, achieving international advanced performance.

1.Implement dedicated displacement, deformation, and velocity closed-loop control.
During the experimental process, the experimental speed and method can be flexibly changed to make the experimental plan more flexible and comprehensive;
1.1 Multi layer protection: It has two-level software and hardware protection functions, and can achieve various safety protection methods such as overload, overcurrent, overvoltage, undervoltage, overspeed, limit, etc. for the testing machine;
The 1.2-liter high-speed 24 bit A/D conversion channel has a maximum effective code value resolution of ± 300000, achieving no internal or external grading and maintaining the same resolution throughout the entire process;
1.3 Using 232 or serial communication, data transmission is stable and reliable, with strong anti-interference ability;
1.4 Adopting a 3-channel pulse signal capture channel (3-channel pulse signals are 1-channel displacement and 2-channel large deformation signals respectively), and adopting the most advanced quadruple frequency technology, the effective pulse quantity is amplified by four times, greatly improving the signal resolution, with a maximum capture frequency of 5MHz;
1.5 One channel servo motor digital drive signal, PWM output with a maximum frequency of 5MHz and a minimum frequency of 0.01Hz.

2.Technical advantages of control and measurement systems:
2.1 Test4.0 Full Digital Closed Loop Control System
Test4.0 full digital closed-loop control system is a new generation of testing machine professional control system newly developed by our company. It uses the most advanced servo motor professional control chip and multi-channel data acquisition and processing module in the world, ensuring the consistency of system sampling and high-speed and effective control function, and ensuring the progressiveness of the system. In system design, hardware modules are used as much as possible to ensure the stability and reliability of the product.
2.2 Efficient and professional control platform
Test4.0 is an IC specifically designed for automatic control, consisting of a combination of DSP and MCU. It integrates the advantages of fast DSP operation speed and strong MCU control over I/O ports, and its overall performance is significantly better than that of a simple DSP or 32-bit microcontroller. It integrates hardware modules required for motor control, such as PWM, QEI, etc. The key performance of the system is fully guaranteed by hardware modules, ensuring the safe and smooth operation of the system.

3.Hardware based parallel sampling mode
Another highlight of this system is the use of dedicated ASIC chips. Through ASIC chips, synchronous acquisition of signals from various sensors of the testing machine can be achieved, making us the first in China to realize a truly hardware based parallel sampling mode, avoiding the problem of asynchronous load and deformation caused by time-division sampling of various sensor channels in the past.

4.Hardware filtering function for position pulse signal
The position capture module of the photoelectric encoder adopts a dedicated hardware module with a built-in 24 level filter to shape and filter the collected pulse signals, avoiding erroneous counting caused by interference pulses in the position pulse capture system, and more effectively ensuring position accuracy, so that the position pulse capture system can work stably and reliably.

5.Bottom layer implementation of control function
The dedicated ASIC chip shares a series of peripheral tasks such as sampling and status monitoring, while communication and other related tasks are implemented by internal hardware modules. Therefore, DSC can focus more on controlling the main work such as PID calculation, which is not only more reliable but also has a faster response speed. This enables our system to complete PID adjustment and control output from the bottom layer of the control board, truly achieving closed-loop control at the bottom layer of the system.

6.※Test4.0Performance characteristics of software:
The user interface supports Windows 98, Windows Me, and Windows XP, with real-time curve display and processing, graphical visualization, modular software structure, and data storage and processing based on MS-ACCESS database, making it easy to connect with office software such as OFFICE.
6.1. User permission hierarchical management mode
After the user logs in, the system opens the corresponding operation function module according to their permissions. Super administrators have the highest authority to manage user permissions and authorize different operation modules for different operators.
6.2. It has powerful experimental management functions, and experimental units can be set arbitrarily according to their needs.
Corresponding test plans can be edited according to different standards. During the test, as long as the corresponding test plan is selected, the test can be completed according to the standard requirements and a test report that meets the standard requirements can be output. Real time display of experimental process and equipment status, such as equipment operation status, program control operation steps, whether the extensometer has been switched, etc.
6.3. Powerful curve analysis function
Multiple curves such as load deformation and load time can be selected to display one or more in real-time. The curves of the same group of samples can be overlaid with different colors for comparison, and the curves can be traversed. Any segment on the test curve can be locally magnified for analysis, and it supports displaying and labeling various feature points on the test curve. It can also automatically or manually select points on the curve for comparative analysis. The curves labeled with feature points can also be printed out in the test report.
6.4. Automatic storage of test data to avoid accidental loss of test data.
It has a fuzzy query function for experimental data, which can quickly search for completed experimental data and results according to different conditions, achieve the reproduction of experimental results, and can also merge and open data from the same experimental plan conducted at different times or batches for comparative analysis. The data backup function can also save and view previously stored data separately.
6.5. MS ACCESS Database Storage Format and Software Scalability
The core of Test4.0 software is based on MS-ACCESS database, which can interface with Office software to store reports in WORD or EXCEL format; In addition, the raw data can be made open, and users can access the raw data through the database, which facilitates material research and fully utilizes the effectiveness of measurement data.
6.6. Adding an extensometer can automatically calculate test parameters such as ReH, ReL, Rp0.2, Fm, Rt0.5, Rt0.6, Rt0.65, Rt0.7, Rm, E, etc. The parameters can be freely set and the resulting graphics can be printed.

7.The extensometer function can be set to be removed after yielding
The Test4.0 software automatically judges and switches the deformation to displacement acquisition after the sample yielding is completed, and reminds the user in the information bar that "the deformation switch is completed and the extensometer can be removed".
7.1 Automatic Return: The moving crossbeam can automatically return to the initial position of the test.
7.2 Automatic calibration: Load and elongation can be automatically calibrated according to the added standard values.

8.Range mode: Full range without gear division
8.1) Modular unit: Multiple accessories can be flexibly interchanged, and modular electrical hardware facilitates functional expansion and maintenance;
8.2) Automatic switching: During the test, the displayed curve automatically changes range according to the size of the test force and deformation.



9.1) Testing machine standard: GB/T 16491-1996 Electronic Universal Testing Machine;
9.2) Required test method standards: GB/T 228-2010, GB/T 14452-93, GB/T 7314-2005. Other corresponding standards (not exceeding 5) can also be selected according to customer requirements.



6Equipment configuration