Explanation of the letter meaning of the industrial borescope standard number

Mondo Technology Updated on 2024-03-04

Industrial endoscopes, as an advanced non-destructive testing tool, have been widely used in many industrial fields. In order to ensure the quality and performance of industrial endoscopes, countries have developed corresponding standards to regulate their design, manufacture and use. In China, industrial endoscopes also follow a series of national standards (GB) and industry standards to ensure their safe and effective application in the industrial field.

Explanation of the letter meaning of the industrial borescope standard number

Basic letter meanings: G-National, B-Standard, T-Recommended, J-Mechanical.

Fixed collocation meaning: GB is a mandatory national standard, GB T is a recommended national standard, JB is a mechanical industry standard, JB T is a recommended machinery industry standard, and ** is an aerospace industry standard.

Explanation: The mandatory national standard is mandatory, and the recommended standard can be voluntarily adopted. Industry standards are standards formulated within the industry in the absence of national standards, and once the corresponding national standards are issued and implemented, the industry standards will be abolished. Through the above interpretation of the meaning of the letters, it is not difficult to see that most of the letters in the code are the first letters corresponding to the Chinese characters in Hanyu Pinyin, so why is Q the aerospace industry?There are some historical reasons here, because in the early years, the aerospace industry belonged to the Seventh Aircraft Department, so the initial letter of Hanyu Pinyin was **. Now that you know what the letters mean in the code, it's time to move on.

What are the standards for industrial endoscopes?

1.gb/t 33887-2017

Standard name: Non-destructive testing instrument Industrial optical fiber endoscope detector.

Standard applicable: industrial fiber optic endoscope detector.

Implementation date: 2018-02-01

Standard Introduction: It stipulates the naming, technical requirements, test methods, inspection rules, signs, instruction manuals, packaging, transportation and storage of industrial optical fiber endoscope detectors.

2.gb/t 33886-2017

Standard name: Non-destructive testing instrument Industrial electronic endoscope detector.

Standard application: Industrial electronic endoscope detector.

Implementation date: 2018-02-01

Standard introduction: It stipulates the naming, technical requirements, test methods, inspection rules, signs, instruction manuals, packaging, transportation and storage of industrial electronic endoscope detectors.

3.jb/t 11130-2011

Standard name: Industrial Endoscope.

The standard is applicable: the type inspection and factory inspection of the industrial endoscope, and can also be used as the acceptance basis for the user's order.

Date of implementation: November 1, 2011.

Standard Introduction: It stipulates the classification, technical requirements and inspection methods of industrial endoscopes.

Standard name: Industrial endoscope operation and judgment rules.

Updated: November 13, 2011.

Standard introduction: Industrial endoscope operation and judgment methods.

How can I find out more about the Industrial Endoscope Standard?

If you want to know more about the status, basic information, filing information, drafting unit and other information of the above standards, you can search and search on the following online platforms:

1.National standard full-text disclosure system

2.National standard information public service platform

3.Standardization Administration of the People's Republic of China

Among them, the full-text disclosure system of national standards only includes national standards, and provides the function of reading first, which is convenient for you to view the specific content of the standard.

Summary and outlook.

China's national standards (GB) and industry standards for industrial endoscopes have played an important role in regulating the design, manufacture and use of endoscopes. These standards not only improve the product quality and performance stability of endoscopes, but also provide users with safer, more reliable and efficient testing tools. With the continuous development of science and technology and the continuous change of market demand, the standard system of industrial endoscopes will be continuously improved and updated in the future. We look forward to seeing the application of industrial endoscopes in more fields and contributing more to industrial development.

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