Testing machine: WES series digital display hydraulic universal testing machine

One function: This series of hydraulic universal testing machines produced by Jinan Jinli Testing Instrument Co., Ltd. (Jinan Jinli Testing Machine Factory) are used for tensile, compression, bending and shear tests of various metal materials. It can also be used for compression testing of non-metallic materials such as plastics, concrete, cement, etc. With the addition of simple accessories, it can complete various mechanical property tests of bolts, nuts, tape chains, steel wire ropes, and welding rod structural parts. This machine adopts a bottom-mounted main engine with an oil cylinder. The structure is low in height and has a stable center of gravity. Manual control of the test process, electronic force measurement, LCD display of test force time curve, test force peak value, yield force of materials with obvious yield characteristics, experimental data is convenient and intuitive. Enter the sample number cross-sectional area through the numeric keys, and the resistance of the material can be directly measured. Mechanical properties such as tensile strength, yield strength, etc. can print the experimental results, and the stored test data can be queried at any time and the curve can be reproduced.
This machine can be widely used in quality inspection centers and commodity inspection departments of mechanical, building materials, metallurgical research units, colleges and universities. It is an ideal testing machine required by industries such as production, scientific research and teaching.
Its design is based on the standard/"Hydraulic Universal Testing Machine
". It meets various national standards such as "Metal Materials Room Temperature Tensile Test Method"/"Metal Bending Mechanical Properties Test Method"/"Metal Compression Test Method".
Two technical parameters

Maximum test force
Relative error of test force indication
Resolution
Stretch space
Compression space
Clamping method
Hydraulic clamping
Clamping diameter of round specimen
Clamping thickness of flat specimen
Maximum clamping width of flat specimen
Shear specimen Diameter
(optional)
Size of the upper and lower pressure plates
(optional)
Maximum distance between bending fulcrums
Distance between two pillars in the stretching space
Oil pump motor Power
Power of the motor that moves the beam up and down
Overall dimensions of the host machine㎜
Net weight