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Portable industrial X-ray testing machine

Portable industrial X-ray testing machine
PIC-(Portable industrial X-ray testing machine)
1、 Appearance and structure
The portable industrial X-ray flaw detector adopts a compact design, with a simple and elegant appearance, making it easy to carry and operate. The equipment mainly consists of a control panel, X-ray generator, low-voltage connecting cables, and other parts. The control console integrates control buttons, display screens, and other operating interfaces, making it convenient for users to set parameters and monitor in real-time. The X-ray generator is the core component of the equipment, responsible for generating X-rays and detecting internal defects in materials through radiographic methods. Low voltage connection cables are used to connect the control panel and X-ray generator, ensuring stable operation of the equipment.
 
2、 Function and Features
Portable industrial X-ray flaw detector has the characteristics of small volume, light weight, easy operation, and stable operation. It can perform non-destructive testing in various environments, especially suitable for field operations and cooperation with generator sets. The equipment adopts advanced X-ray radiography technology, which can clearly display the internal defects of processed parts and welding materials, helping users discover and solve problems in a timely manner. In addition, portable industrial X-ray flaw detectors also have the advantages of low radiation dose, fast detection speed, and high imaging quality, greatly improving detection efficiency and accuracy.
 
3、 Instrument technical parameters
The technical parameters of a portable industrial X-ray flaw detector mainly include output voltage, input power, focal size, radiation angle, maximum penetration thickness, etc. The specific parameters vary depending on different models and specifications of equipment. For example, the output voltage range of a portable industrial X-ray flaw detector of a certain model is 200-350KV, the input power is 3.5KW, the focal size is 2.3 × 2.3mm, the radiation angle is 40+5 °, and the maximum penetration thickness is 60mm (A3 steel). These technical parameters provide users with reference basis and help them choose appropriate device models based on their actual needs.

4、 The instrument meets the standards
Portable industrial X-ray flaw detectors should comply with relevant national and international standards and specifications to ensure the safety and reliability of the equipment. The equipment should comply with electrical safety standards such as IEC60601-1 Medical Electrical Equipment Safety Standard; At the same time, the equipment should also comply with national and international radiation safety standards, such as GBZ117-2006 Radiation Protection Requirements for X-ray Computed Tomography. In addition, the device should also go through relevant certification and registration procedures to meet regulatory requirements in specific markets.
5、 Application field
Portable industrial X-ray flaw detectors are widely used in fields such as national defense industry, boilers, pressure vessels, shipbuilding, and petrochemicals. In the national defense industry, this equipment can be used to detect the internal structure and welding quality of weapons and equipment; In the field of boilers and pressure vessels, this equipment can be used to detect defects such as cracks and pores inside materials; In the field of shipbuilding, this equipment can be used to detect ship structure, welding quality, etc; In the field of petrochemicals, this equipment can be used to detect the internal structure and safety of equipment such as pipelines and storage tanks. In addition, portable industrial X-ray flaw detectors can also be applied in environmental protection, scientific research and other fields, providing important technical support for related fields.
6、 Scope of application and limitations
Portable industrial X-ray flaw detector is suitable for testing various materials and workpieces, including metal, non-metal, composite materials, etc. However, the following limitations need to be noted during use:
1. Temperature range: The equipment should be used within the specified temperature range. High or low temperatures may affect the normal operation and detection effect of the equipment.
2. Sample size: The equipment has certain limitations on the size of the sample, and samples that are too large may not be fully placed in the testing area for testing.
3. Radiation safety: When using, strict adherence to radiation safety regulations should be followed to ensure the safety of operators and surrounding personnel.
4. Maintenance: The equipment needs to be regularly maintained to ensure its normal operation and testing effectiveness.
 

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