MWD-W10 Microcomputer-Controlled Artificial Board Testing Machine

MWD-W10 Microcomputer-Controlled Wood-Based Panel Testing Machine

I. Company Profile:

Domestic electronic universal testing machines began in the early 1990s. Our company was among the first to introduce foreign technology and develop universal testing machines for wood-based panels. To enhance the technical level of our products, we have successively adopted advanced technologies from Japan's Shimadzu Corporation, Germany's DOLI, and the United States' MTS, elevating our product technology to a new level. We have collaborated with prestigious universities such as Tsinghua University, Beihang University, Northeast Forestry University, Huazhong University of Science and Technology, Zhejiang University, Luoyang Institute of Technology, and Sichuan Agricultural University to establish mechanics laboratories, providing reliable testing methods for teaching and research.

II. Testing Standards Supported by the Machine:

GB/T16491-1996 "Electronic Universal Testing Machines," GB17657-1999 "Test Methods for Physical and Chemical Properties of Wood-Based Panels and Surface-Decorated Wood-Based Panels," GB2611-92 "General Technical Requirements for Testing Machines," GB/T16825-1997 "Verification of Tensile Testing Machines," and requirements from GB/T528-1998, as well as data processing for various standards including GB, ISO, ASTM, and DIN. Additional standards and requirements provided by users can also be incorporated. This testing machine primarily conducts tests such as internal bond strength, surface bond strength, surface glue strength, tensile strength, static bending strength, elastic modulus, and screw holding force for wood-based panels and surface-decorated wood-based panels. It features test speed setting, test force value display, and maximum test force value display. It also includes functions such as limit protection and overload protection.

III. Main Technical Specifications:

1. Maximum Test Force:    10kN

2. Measurement Range:   0.4%-100% of the maximum test force.

3. Test Force Accuracy:    Better than ±0.5% of the indicated value

4. Test Force Resolution:  1/300,000 (full range without grading or equivalent to 6 grades)

5. Crosshead Displacement Measurement Accuracy: Resolution higher than 0.001mm

6. Deformation Measurement Accuracy:  ±0.5% (within the range of 0.2-10mm)

7. Test Speed Range:   0.01-500mm/min, stepless speed regulation

8. Speed Control Accuracy:   ±1% (0.01-10mm/min); ±0.5% (10-500mm/min)

9. Constant Force, Constant Deformation, Constant Displacement Control Range:   0.2%-100% FS

10. Fixture Type: See attachments

11. Power Supply: Single-phase, 220V±10%, 50Hz, Power: 1.5 kW

12. Operating Environment: Room temperature—35°C, relative humidity not exceeding 80%

13. Host Dimensions: 760 mm×530 mm×1760 mm

14. Total Weight: 420kg

IV. Solution Description

1. Host Machine

1.1 The host machine adopts a high-rigidity door-type frame structure, offering high strength and minimal deformation.

1.2 Equipped with imported high-precision ball screws for efficient and smooth transmission.

1.3 The transmission system uses arc-toothed synchronous belts, ensuring bidirectional zero-backlash operation.

1.4 Utilizes AC servo motors and drive systems to ensure stable transmission and consistent torque, with protection features against overcurrent, overvoltage, and overload. Speed ratio can reach 1:100,000.

1.5 Specially designed fixtures provide secure clamping, easy operation, and no jaw slippage.

1.6 Special processes ensure the testing machine's coaxiality, effectively eliminating the impact of irregular specimens on the sensor.

2. Control System

The STC300 fully digital closed-loop measurement and control system features numerous advanced characteristics and technological innovations, primarily reflected in:

2.1 Achieves four types of closed-loop control: test force, specimen deformation, crosshead displacement, and test process.

2.2 The data acquisition system consists of 4 high-precision 24-bit A/D conversion channels, with a maximum resolution of 1/300,000 and no grading across the full range.

2.3 Uses original branded integrated components from BB, AD, Xilinx, etc., with fully digital design.

2.4 Complies with PCI bus standards, allowing automatic recognition and installation by computers for "plug-and-play" testing.

2.5 The electronic measurement system lacks analog components such as potentiometers, ensuring interchangeability and facilitating maintenance and replacement.