Equipment Description:

The WAW series microcomputer controlled electro-hydraulic servo universal testing machine is mainly used for tensile, compressive, bending, shear and other tests of metal and non-metal materials. This series of products adopts a single space structure, hydraulic lifting of the crossbeam, and an upward structure of the loading cylinder; The host adopts a high rigidity gapless structure, and when the tensile specimen breaks, the testing machine has no impact on the ground. The host adopts high-precision tension compression dual-use sensors, which have the characteristics of anti lateral tension (compression) ability and can also perform normal tests on samples with different axes.

The testing machine has a stable structure, smooth loading, accurate control, and convenient operation. The measurement and control system adopts the AEC-1000 controller for testing machines, combined with the fully modular TestLive computer testing software, to ensure the stable operation, accurate measurement, and reliable testing of the entire system.

This product is mainly used in metallurgy and steel, machinery manufacturing, automobiles, shipbuilding, wire and cable, civil aviation, universities, research and testing institutes, quality inspection and arbitration, building materials and ceramics, petrochemicals, transportation and water transportation, and other industries.

This series of models complies with the requirements of standards such as GB/T 16826-2008 Electro hydraulic Servo Universal Testing Machine, GB/T 228-2002 Metallic Materials Room Temperature Tensile Testing Method, and GB/T 7314-2005 Metallic Materials Room Temperature Compression Testing Method.

Functional features:

The layout of the testing machine is reasonable, in line with ergonomic design requirements, and reduces the labor intensity of the testing personnel.

The testing machine has a compact structure, hydraulic lifting of the crossbeam, and convenient and adjustable testing space.

The stroke of the bidirectional oil cylinder is significantly reduced, meeting the tensile requirements of the sample and greatly saving the consumption of hydraulic oil, which is conducive to reducing fuel consumption.

The height of the host has been significantly reduced, and the requirements for the height of the laboratory have been lowered.

The high rigidity structure design, with a low center of gravity, mainly releases the impact energy from the hydraulic unit, effectively reducing the impact and noise when the sample breaks, making the ground vibration less noticeable.

The bidirectional oil cylinder has a rapid descent function, which improves the efficiency of the test.

The upper mounted bidirectional control oil cylinder has excellent energy absorption and shock absorption performance, and convenient space adjustment.

This series of products can be equipped with hydraulic automatic wedge fixtures or double-sided flat push hydraulic fixtures.

The displacement measurement adopts a pull-out photoelectric sensor to measure displacement, with high accuracy and impact resistance.

The hydraulic system adopts energy-saving and silent design, with a unique constant pressure differential follow-up hydraulic system that automatically adjusts pressure according to the tensile load, reducing heat generation, energy consumption, and noise.

Support multi language interface switching.

Dynamic display: During the experiment, the load, displacement, deformation, and test curve are dynamically displayed in real-time on the screen.

The load, displacement, deformation and other channels are fully closed-loop controlled and can be smoothly switched between each other.

Not only can it meet the basic testing standards such as tension, compression, and bending, but it also supports various destructive and non-destructive tests, as well as various cyclic control tests.

Support multi-stage elastic modulus testing.

L can customize the numerical rounding of experimental data and comply with the GB 8170-87 (UDC511.1/2) numerical rounding rules, supporting segmented 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.

Supports Excel report templates, allowing for flexible editing of report formats.

L has limit protection and full-scale overload protection functions.

Technical indicators: