Equipment Description:

The WDW-20 microcomputer controlled electronic universal testing machine is mainly used for tensile, compressive, bending, shear, peeling, tearing, friction and other mechanical performance tests of metals, rubber, plastics, fibers, leather, woven fabrics, wires, cables, building materials, wood, etc. It is a new type of material testing machine that combines the new generation of green electronic technology with sophisticated mechanical transmission. This series of models has low standby power consumption, low noise, long lifespan, and no pollution to the environment.

Configuring high and low temperature chambers can complete temperature environment tests.

The testing machine has a reasonable structure, stable loading, and precise control. The measurement and control system adopts AEC-1200 controller, combined with modular TestLive computer testing software, to ensure the stable operation, accurate measurement, and reliable testing of the entire system.

This model meets the requirements of the "GB/T 16491-2008 Electronic Universal Testing Machine" standard.

Functional features:

Support multi language interface switching, built-in Simplified Chinese and American English, language expandable.

Dynamic display: Real time dynamic display of load, displacement, deformation, and test curves on the screen.

Support the display of single sample curves and the overlay display of multiple sample curves.

The load, displacement, deformation and other channels are fully closed-loop controlled, and there is no impact or smooth switching between them.

Support various mechanical property tests of metal materials, such as metal tensile test, compression test, bending test, shear test, etc;

Support various non-metallic material mechanical performance tests, such as wire tension, plastic bending, cable stripping, etc;

Open experimental method setting allows technicians to establish experimental projects, and experimental operators can use these projects to conduct experiments, reducing the business level requirements and operational difficulties of the majority of experimental operators;

Experimental control process design, allowing users to easily view the experimental control steps, with a variety of instruction types and support for dynamic setting of instruction parameters;

Efficient 3-level experimental data processing model, supporting open experimental data processing, adding custom experimental data items, and supporting experimental data calculation review;

The rounding of experimental data values complies with the rounding rules of GB 8170-87 (UDC511.1/2), supports segmented rounding, and supports custom rounding.

The characteristic test data can be annotated and displayed on the curve graph.

Support statistical calculation of experimental data (mean, standard deviation, coefficient of variation).

Automatically obtain experimental data results and activate advanced analysis functions to verify the data.

Up to 20 segments of sensor linear compensation function can improve the accuracy level of the device.

The test results can be stored and can be read and viewed at any time.

The experimental data and curves can be reanalyzed, and the curves can be locally magnified at will.

Open test report, supports custom report templates, automatically generates test reports, can be printed or previewed, and can be saved as files.

It has software limit protection, travel limit protection, and full-scale overload protection functions.

Technical indicators: