Tensile Machine Microcomputer Control MDW-5E
I. Main engine structure
The engine structure is formed by the upper beam, the middle beam, the lower beam and the bottom panel with two pairs of ball screw-rod and a vertical column. The all-digital AC motor drives the reducer and the synchronic gear belt, so as to turn two pairs of high-precision and seamless ball screw-rod, and to make the beam move up and down.
II. Main engine framework
The high-precision and seamless ball screw-rod has improved transmission efficiency and displacement precision. The upper beam and working table is fixed with high-intensive light bars, which constitute a highly rigid frame structure.
III. Displacement measuring device
The relative accuracy can reach up to ± 0.5% , with the high-precision photoelectric encoder.
IV. Attaching tool
A variety of materials meet all your test requirements.
V. Testing Force measurement
The high-precision and high stability Spoke strain sensor and high-precision measuring amplification system ensures the high-precision of the test force.
Multiple sensors can be used to realize a broad range of test forces according to users’ requirements.
VI. Limit switch
The machine has a limit protection for auto-stop.
VII. Software systems
With a brand computer to control the software operating system, it has the characteristics of high speed, mild interface and easy operation. It can meet the test measurement needs of different materials. With more than a hundred of test standards, it can satisfy the requirements of international standards, national standards and industry standards.
VIII. Functional Features
n Auto-calibration: The system is able to automatically achieve the calibration of standards of displayed values.
n The big liquid crystal displayer displays the real-time test force, peak value, displacement, speed, status, etc. throughout the trial process.
n Breaking judgment: when the specimen is broken, move the beam to automatically stop the test.
n Limit protection: It has mechanical and control limit protections