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| Cooling output: | 3KW |
| Cycle rate: | The system flow is greater than 6L/min |
| Flow setting value: | 4L/min |
| Temperature setting value: | 40℃ |
| Power supply voltage: | single-phase 220V±10%, 50/60Hz |
| Current: | ≤2.3A |
| Noise: | 58dB distance 1 meter |
| Coolant: | pure water |
| Computer host: | Lenovo business computer, high resolution graphics card. |
| Grayscale display: | 19 inches, 1M, black and white LCD display |
| Burner: | DVD burning drive |
1. The X ray steel pipe testing & expanding machine real-time imaging system adopts imported high-frequency ray source, and can choose to use computer or microcomputer controller to control the generation of ray.
2. Adopt PLC control system, high degree of automation.
3. The pipe welding X ray inspection system can be customized according to the needs of customers, and it can be used in conjunction with the assembly line of the production workshop.
1. X-ray flaw detector;
2. DR imaging unit (flat panel detector);
3. Computer image processing system;
4. Mechanical transmission system;
5. Automatic control system;
6. Protective lead room system;
7. On-site monitoring system.
X-ray nondestructive testing equipment is mainly composed of three parts: X-ray machine, X-ray detector, image display and processing. Every part of it is indispensable.
X-ray machine: emits X-rays. Determines the penetrating power of the emitted X-rays.
Medical X-ray machine, used for medical chest X-ray, with low energy and high current.
Industrial X-ray machine for industrial non-destructive testing with high energy and low current.
Portable X-ray machine, light and portable, low dose.
Micro-focus X-ray machine, high precision, high resolution.
X-ray detector: Receives X-rays. Determines the quality of the acquired X-ray images.
Rare earth scintillation screen + CCD, cheap.
X-ray image intensifier + CCD, the solution is mature.
Flat panel detectors, high definition, expensive.
Line array detector, high definition, high speed.
Image display and processing: display and process X-ray images. Determine the degree of digitization and automation of non-destructive testing.
Industrial television, manual observation.
Computer digital processing, manual observation, digital image processing.
Computer automatic identification system, computer automatic identification, digital image processing.
A complete set of X-ray non-destructive testing equipment, in addition to the above three parts must have, there are some auxiliary devices, such as X-ray shielding lead room, mechanical transmission and so on.
The application fields of X-ray nondestructive testing are very wide, and the requirements of the inspected items are also different. Therefore, a set of professional X-ray non-destructive testing equipment needs to be tailored according to the requirements of customers. While achieving the purpose of automatic testing, the equipment cost should be reduced as much as possible to maximize the cost performance.
The user only needs to put forward the detection requirements, within the scope of the existing X-ray detection technology, we can provide the most suitable multiple sets of solutions for the user to choose.
X-ray non-destructive testing requirements that users need to provide:
Inspection targets, i.e. looking for defects, impurities, or non-contact measurements.
Resolution, i.e. the smallest defect or detail size detected.
Contrast, that is, the density difference of the detected workpiece.
The detection area is the size of the detection workpiece.
Detection speed, that is, detection efficiency.
The degree of automation, that is, manual identification or machine vision.
Business Introduction
Radiographic inspection is a method that uses a certain type of radiation to inspect the internal defects of the weld. Commonly used rays are X-rays and gamma rays. X-rays and γ-rays can pass through metal materials to varying degrees and produce photosensitivity to photographic films. Utilizing this performance, when the ray passes through the inspected weld, the intensity of the ray falling on the film is different due to the different absorption capacity of the weld defect to the ray, and the sensitivity of the film is also different, so that it can be accurate and reliable. Non-destructive display of defect shape, location and size.
Examination Range
1. Suitable for casting inspection of various materials;
2. Suitable for full penetration weld inspection of various materials;
3. It is suitable for detecting non-metallic materials such as plastics and ceramics;
4. It can detect the internal defects of aviation, automobile, pressure pipe welds, pressure vessel welds, steel structure welds, electronic appliances, medical equipment and other products.
Detection Process
1. Preparation before the radiographic flaw detection institution;
2. Choose the transillumination process;
3. On-site inspection;
4. Darkroom treatment;
5. Evaluate the film and issue a radiographic inspection report.
X-ray flaw detector is an instrument that uses X-rays for non-destructive testing. It can check the internal defects of the target by using the penetrability of X-rays and the attenuation characteristics in materials. X-ray flaw detector is one of the main non-destructive testing methods. It is widely used in major equipment manufacturing industries such as boilers, shipbuilding, high-speed rail, aerospace, and industrial machinery. It plays an important role in product quality control and maintenance.
Principle: The working principle of X-ray flaw detection is to use the characteristics of X-ray penetration and attenuation in materials to find defects. X-rays are penetrating, and they can penetrate substances that visible light cannot. When X-rays pass through a sample, absorption occurs. The difference in the density and thickness of the material will cause the difference in X-ray imaging.
For example. When metal castings are in the die-casting process, the forming quality of parts often varies greatly due to different process parameters and lathe conditions. Correspondingly, the thickness and density of the formed parts will also be different. When X-rays irradiate parts, the amount of X-rays absorbed and transmitted by dense parts and defective parts of parts will also vary greatly. Therefore, the quality density and defects of parts will appear bright and dark on the see-through fluorescent screen.
Structure: Industrial X-ray flaw detectors are mainly composed of four parts: X-ray head (X-ray tube), high-voltage generator, power supply and control system, and cooling protection facilities. There are two types of mobile and portable types.
The mobile X-ray flaw detector is usually used in radiographic flaw detection in a fixed transillumination room. It has high tube voltage and tube current, which can reach 450kV and 20mA respectively, and the maximum transmission thickness is about 100mm. Its high voltage The generator, the cooling system and the X-ray machine head are installed independently, and the X-ray machine head and the high-voltage generator are connected by a high-voltage cable. The X-ray machine head can be moved in a small range through the bracket with wheels, and can also be fixed on the bracket.
It is mainly used for on-site radiographic flaw detection. The tube voltage is generally equal to less than 350kV, the tube current is 5-6mA, and the maximum penetration thickness is about 50mm. The X-ray tube, high-voltage generator and cooling system are installed together in one casing to form-- body, referred to as the ray generator. The ray generator is connected with the controller by a low-voltage cable. * Relatively light, in addition to being used on the production site, it is often moved into a fixed transillumination room for welding inspection of small objects (such as pipes, plates, etc.).
Non-destructive testing will not cause damage to the test object during the test, so it has many applications in industry and engineering. X-ray flaw detector is a common instrument for non-destructive testing. Understanding the relevant content of X-ray flaw detector can better carry out non-destructive testing.
Spiral steel pipe X-ray imaging testing system is suitable for non-destructive testing of spiral steel pipe weld quality in steel pipe production line, and can quickly and efficiently check the defects of spiral steel pipe weld such as porosity, porosity, inclusion and final penetration.
X-ray real-time imaging system, you can choose to use a computer or microcomputer controller to control the generation of rays.
PLC control system, high degree of automation. The system can be customized according to customer needs, and used in the production workshop.
X-ray flaw detection machine includes imaging unit, computer image processing system, mechanical transmission system, automatic control system, protective lead room system and field monitoring system.
Imaging System
Three-dimensional Drawing
X-ray inspection is a method of using radiation to check the internal defects of the weld. X-rays can pass through metal materials and have a light-sensitive effect on photographic film. Using this property, when the ray passes through the inspected weld, due to the different absorption capacity of the weld defect to the ray, the intensity of the ray falling on the film is not the same, and the film sensitivity is not the same, so that the shape, position and size of the defect can be accurately, reliably and non-destructively displayed.
Mechanical Transmission System
Protective Lead Door
System modular components and standardized interface design, flexible selection of a variety of specifications of X-ray systems and imaging systems; Adopt the international mainstream configuration to reduce the risk of equipment replacement and save costs; Testing machinery and shielding room integrated structure; PLC digital control, to ensure the operating machinery and workpiece defect detection accuracy; The linear array scanning imaging system adopts the original expanded dual-bi dual-shadow imaging technology to effectively solve the problem of the thickness difference of the radial tangents of the pipeline. The panel imaging system realizes the automatic operation of image acquisition, integration, noise reduction, storage, and fixed Angle rotation of the pipeline, greatly reducing the labor intensity of the operator; Laser infrared indicating device can realize three-line visual alignment of beam center, pipe center and detector center; With remote maintenance function, the factory and laboratory in the Internet environment can easily realize remote fault diagnosis and system debugging; 12bit, 14bit, 16bit high gray digital image processing technology and international general.
DICONDE image format output, easy to achieve defect measurement, annotation, image review, report output; Image gray equalization processing technology, defects in different gray areas. The flaws are obvious.
The equipment adopts closed water cycle refrigeration, with flow protection, temperature protection and other self-protection functions, and the cooling capacity can ensure continuous work of the equipment. The controller adopts the most advanced control technology in the world, the system has strong anti-interference ability, low failure rate, Chinese interface, the operation interface is contactless work, 5.7 inch touch screen man-machine dialogue mode. Using high-quality, advanced electronic devices, with a variety of protection functions, and fault warning display function, Chinese fault display, fault automatic protection and other features.
◆ 5.7 inch touch screen display, Chinese interface.
◆ The controller display displays the current working value in digital and rod chart display mode.
◆ The display screen displays the interlocking diagnosis result of each function parameter.
◆ When the equipment is opened and disconnected in high voltage, it has the function of alarm by sound and light signals at the same time.
◆ In the case of conditions do not meet the exposure requirements or misoperation, with safety chain protection and alarm function.
◆ The controller has automatic preheating and intelligent machine training function to ensure the vacuum degree of the ray tube.
◆ Training control: can identify whether the machine should perform training procedures.
◆ Preset tube voltage, tube current, time function, with countdown exposure function (timing range: 0 ~ 99min) and non-timing exposure function (set 99min is non-timing exposure function).
◆ (large, small) focus selection
◆ All kinds of chain protection, safe and reliable.
◆ Exposure time accumulation function.
◆ Voltage parameters can be prefabricated in the imaging operation mode, and can be quickly switched during the exposure process;
◆ Prefabricated exposure parameters, voltage, current and time in the shooting operation mode;
◆ Fault identification automatic protection: such as equipment ▲ no current ▲ overcurrent ▲ Overvoltage ▲ undervoltage ▲ cooling flow protection ▲ cooling temperature protection ▲ lead door interlock automatic protection when the fault occurs.
● Small size, long life, safe and reliable.
● Low power consumption, low noise, green environmental protection.
● Simple operation and maintenance.
● Suitable for 160-225KV X-ray tube cooling.
● Accurate flow and temperature detection.
● The water pump is made of PROCON vane pump.
● High efficiency radiator.
● The digital thermostat is made of Omron of Japan
The system uses multi-document structure, rolling view and suspended window technology, which beautifies the appearance of the program to a great extent and facilitates the use of users.
It has many functions such as dynamic real-time image acquisition and static image preview, measurement, scaling, negative image, storage, annotation, recording, automatic reading of double filament image quality meter, local histogram, signal-to-noise ratio measurement, defect detection and so on. In terms of image quality enhancement, it has the functions of sharpening coarse and fine tuning, local image enhancement and global image enhancement. User management, parameter setting, exit system, etc.
