How To Better Use X-ray Orientation Analyzer

Posted: 17th April 2019 by tongda edith in Allgemein
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The X-ray Orientation Analyzer has a constant energy value of X-rays at a constant thickness. When the safety shutter is opened, the X-ray will pass through the material to be tested between the X-ray source and the probe, and the material to be tested will absorb a part of the energy, and the remaining X-rays are received by the probe located directly above the X-ray source, and the probe will be The received X-rays are converted to output voltages that are related in magnitude. If the thickness of the material to be tested is changed, the amount of X-rays absorbed will also change, which will cause the amount of X-rays received by the probe to change, and the detection signal will change accordingly.

The penetration capability of the radiographic flaw detector depends on the capacity of the X-ray flaw detector. The tube voltage of the X-ray flaw detector is higher. The higher the tube voltage, the harder the X-ray, the greater the energy, the stronger the penetration ability, the penetration ability and The square of the tube voltage is proportional. In addition, at the same tube voltage, it is also related to the properties such as the density of the material of the workpiece to be inspected, that is, the ability of the workpiece to be inspected to reduce the X-rays. For heavy metals such as steel and thicker workpieces, X-ray flaw detectors with higher tube voltages should be selected because of their strong ability to attenuate X-rays. For light metals such as aluminum and magnesium and thinner workpieces, tubes can be selected. A lower voltage X-ray flaw detector.

X-ray directional analyzer is one of the important equipments for non-destructive testing. It uses parts made of metal and non-metal materials, and casts and welds parts for non-destructive testing to determine internal defects, slag cracks, pores, and poor soldering. (No penetration). Widely used in machinery, chemical, shipbuilding, high pressure vessels, national defense industry, scientific research, automotive, aerospace, refractory materials, etc. It has perfect functions, high degree of automation, reliable performance, easy operation and fast detection speed. High degree of automation, faster and more accurate detection, widely used in continuous testing on the production line.