It is mainly used for tensile, compression, bending, shear and other mechanical property tests of metals, non-metallic raw materials and finished and semi-finished products. The test solutions cover plastics, metals, automotive industry, building materials, textiles, paper and paperboard, food and packaging, composite materials, etc.
Structural features:
WDW-10-5 microcomputer-controlled five-station electronic tensile testing machine is a single-space frame structure, and the space between the moving beam and the lower beam is a five-station stretching space.
The transmission principle of the main machine is: the high-precision wide speed ratio range servo driver receives the electrical control signal, controls the high-precision wide speed regulation servo motor, drives the reducer (imported) to operate, and then drives the double ball screw to rotate synchronously through the synchronous toothed belt to drive the moving beam to load the sample.
The high-precision, low-resistance, double-nut pre-tightened gapless ball screw is used to improve the transmission efficiency and ensure the displacement measurement accuracy of the crosshead.
The protective cover of this machine is made of precision mold stretch aluminum alloy, which is exquisite and beautiful with high overall strength.
The base shape is innovatively made of American company shape. It conforms to the principle of ergonomics, has good inheritance of the operating system, and the sample is placed appropriately.
The main machine is optimized with high-quality and high-strength materials. On the premise of ensuring sufficient test space, it is small in size, light in weight, and beautiful in shape.
Using servo drive and servo motor imported from Japan, the main machine runs smoothly, with high control accuracy and running noise below 51dB.
Using arc tooth synchronous belt and synchronous pulley, the meshing state is excellent, the operation is stable and the service life is long.
Made of high-quality and high-strength materials, it has a novel and beautiful shape, reasonable structure, high rigidity, good stability, and comfortable and convenient operation. The moving crossbeam uses solid steel plates of medium and thick plates, which have high strength and high rigidity.
The crosshead stroke display scale can intuitively reflect the current position of the crosshead and is used to set the safe movement range of the crosshead, that is, the software limit.
The limit protection gear is used for the limit protection of the crosshead stroke (cut off the power supply).
The program-controlled limit protection gear is used for the safe operation of the crosshead when the power supply is not cut off.
The stretching space is preferentially equipped with 5 sets of universal couplings and 8-shaped die stretching fixtures, which can efficiently carry out the same stretching test of multiple specimens.