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Technical scheme of X-ray real-time imaging detection system
1、 The X-ray real-time imaging system is a high-tech product that combines X-ray imaging technology, computer image processing technology, electronic technology, and mechanical automation technology. The system has a high degree of automation and fast detection speed, greatly improving the efficiency of radiographic testing, reducing inspection costs, and making detection data easy to save and query. Its real-time dynamic effect is even more impressive than traditional imaging methods. Over the years, the system has been successfully applied in non-destructive testing in many industries such as aerospace, military weapons, petrochemicals, high-pressure vessels, automobile shipbuilding, boiler welded pipes, refractory materials, cultural relics, various castings, ceramics, etc. The technology, quality, and performance of this system are at the leading level in China.
2、 Scope of application and main technical parameters of the system: 1. Main purpose: to detect internal defects such as porosity, shrinkage, looseness, cracks, etc. in aluminum castings, aluminum magnesium alloy castings, aluminum alloy castings, and cast steel parts. 2. X-ray flaw detector capacity: 160KV, 4mA 3. X-ray flaw detector frequency: 40KHz 4. Maximum penetration capacity: 110mm (Al) 5. Cooling method: Closed cooling method is adopted, with various self-protection functions such as forced cooling, flow protection, temperature protection, etc. The temperature of the X-ray tube body is ≤ 40 ℃, and the cooling capacity can ensure continuous operation of the equipment. 6.9 'Ray Real time Imaging System (XSC9B Type) 7. System Sensitivity: Dynamic sensitivity is better than 2.8%, and static sensitivity is better than 1.6% to 2.0%. 8. System resolution: 16-24LP/cm 9. It can work in two ways: X-ray imaging and real-time imaging display.
3、 Basic equipment configuration and composition details (1) X-ray flaw detector main configuration 1. Metal ceramic X-ray tube MXR-160/20 type
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