The Ministry of Industry and Information Technology announced 200 industry standards including non-d--长沙鹏翔电子科技有限公司

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The Ministry of Industry and Information Technology announced 200 industry standards including non-d

发布时间：2024-05-27 15:31:52

The Ministry of Industry and Information Technology announced 200 industry standards including non-destructive testing, test chambers and other instruments and analytical methods

Following a wave of more than 1,000 industry standards in 2017, the Ministry of Industry and Information Technology has not relaxed its work on industry standards formulation and revision at the beginning of 2018. On January 22, 2018, the Ministry of Industry and Information Technology published 200 industry standards for approval, involving machinery, shipbuilding, chemical industry, metallurgy, light industry, packaging, and civil explosives industries. The deadline is February 26, 2018.

　　According to the public announcement, the 200 industry standards submitted for approval include 164 mechanical industry standards such as "Vibrating Screen Test Method", 1 ship industry standard "Energy Metering Equipment and Management Requirements for Shipbuilding Enterprises", 2 chemical industry standards such as "Design and Selection Specifications for Chemical Equipment Lifting Lugs", 3 metallurgical industry standards such as "Technical Specifications for Post-Drilling Grouting Continuous Wall", 26 light industry standards such as "Bicycle Middle Axle", 1 packaging industry standard "Stretch Wrap Film for Transport Packaging", and 3 civil explosives such as "Water-gel Columns for Permitted Gas Extraction in Coal Mines". Among them, there are many non-destructive testing technologies, as well as test boxes, sensors, valves, tensioning machines, measuring instruments and other instruments.

　　The road to progress of my country's instrument industry has always been long and tortuous. This year, with the announcement of more than a thousand industry standards and national standards by the Ministry of Industry and Information Technology, including a large number of instrument standards related to scientific instruments and chemical analysis, the replacement of old standards with new ones has injected fresh vitality into the instrument industry.

　　In 2017, the Ministry of Industry and Information Technology continued to keep up with the needs of national development and issued many industry standards including chemical industry, metallurgy, building materials, food, textile, light industry, etc. to regulate the healthy development of the industry. At the same time, it involves a number of instruments and equipment and chemical analysis methods, bringing opportunities for the development of the domestic instrumentation industry. At the beginning of 2018, the Ministry of Industry and Information Technology's industry standard formulation and revision work continued and accelerated. On January 11, the Ministry of Industry and Information Technology announced 29 industry standards and 37 national standards, involving a number of electronic instruments; on January 12, the Ministry of Industry and Information Technology announced another 1,084 industry standards and 23 national standards, including a number of detectors, flame atomic absorption spectrometry, titration and other instrumental analysis methods.

　　This time, the Ministry of Industry and Information Technology announced another 200 industry standards, involving a number of non-destructive testing technologies and instruments and analysis technologies such as test chambers and sensors, which will further standardize the development of China's instrumentation industry. In the future, under the premise of increasingly improved standardization construction, China's instrumentation industry is expected to achieve further development!

　　The editor has made relevant arrangements, and some instrument standards are as follows:

　　Names and main contents of some industry standards

Serial number	standard encdoing	standard name	Main contents of the standard	Replacement Standard
1	JB/T 13462-2018	Construction machinery and equipment Prestressing intelligent tensioning machine	This standard specifies the main parameters and models, requirements, test methods, inspection rules, marking, packaging, storage, transportation, etc. of intelligent tensioning machines for prestressing. This standard applies to intelligent tensioning machines with hydraulic oil as the working medium and a rated pressure of no more than 70MPa used in prestressing projects.
2	JB/T 13463-2018	Nondestructive testing - Preparation and inspection method of oblique incidence test blocks for ultrasonic testing	This standard specifies the production and testing procedures for steel reference test blocks for ultrasonic oblique incidence testing of rod or cylindrical forgings. This standard is applicable to the production and quality control of carbon steel and alloy steel reference test blocks.
3	JB/T 13464-2018	Nondestructive testing Flash-excited infrared thermography Honeycomb sandwich structure testing	This standard specifies the general method of using flash lamp stimulated infrared thermal imaging to detect honeycomb sandwich structures, mainly including general requirements, inspection procedures, defect interpretation, inspection records and reports, etc. This standard is applicable to the detection of common defects such as skin delamination, debonding, honeycomb effusion, etc. in honeycomb sandwich structures.
4	JB/T 13465-2018	Nondestructive testing - Low power micro focus X-ray digital imaging testing method	This standard specifies the X-ray digital imaging detection method for X-ray sources with an output power of less than 100W and a focal spot size of less than 100 microns. This standard is applicable to the detection of metal and non-metal materials in the fields of semiconductors, new energy, and electronic manufacturing.
5	JB/T 13466-2018	Nondestructive testing - Phased array ultrasonic measurement of joint penetration	This standard specifies the method of measuring the penetration depth of joints using one-dimensional linear array phased array ultrasonic testing technology. This standard is applicable to partial penetration welds of fusion welding butt joints, fillet joints and T-joints with a carbon steel base material thickness of 6mm to 60mm. The ultrasonic parameters of carbon steel materials are based on the longitudinal wave speed of (5920±50) m/s and the shear wave speed of (3255±30) m/s.
6	JB/T 13467-2018	Nondestructive testing - Visual inspection method using scanning laser-excited ultrasonic field	This standard specifies the method for visual inspection of scanning laser-excited ultrasonic fields. This standard is applicable to nondestructive inspection of surface, near-surface and internal defects (such as cracks, pores, corrosion, etc.) of solid materials or workpieces with a wall thickness of no more than 50 mm by visual inspection of ultrasonic propagation by scanning laser excitation. This standard is not applicable to complex solid materials or workpieces with large ultrasonic propagation attenuation (the signal-to-noise ratio of the received signal is less than 6dB) and large curvature (the angle between the incident laser and the normal line of the workpiece interface is greater than 60°).
7	JB/T 13468-2018	Nondestructive testing Eddy current-magnetic memory integrated testing method	This standard specifies the eddy current-magnetic memory integrated testing method. This standard is applicable to the eddy current and magnetic memory integrated testing for comprehensive evaluation of defects and stress states of ferromagnetic metal material components and welds.
8	JB/T 13469-2018	Nondestructive testing Eddy current testing Comparison test blocks	This standard specifies the processing and manufacturing requirements for eddy current testing comparison test blocks. This standard is applicable to comparison test blocks for eddy current testing of conventional defect types.
9	JB/T 13470-2018	Nondestructive Testing - Fluorescent Penetrant Testing Method for Ceramic Balls	This standard specifies the fluorescent penetrant testing method for ceramic balls using the self-imaging method. This standard is applicable to the detection of discontinuities in openings on the surface of ceramic balls.
10	JB/T 13471-2018	Nondestructive testing - On-line electromagnetic monitoring method for metal wear particles in oil	This standard specifies the method for online electromagnetic monitoring of metal wear particles in oil. This standard is applicable to the real-time monitoring of metal wear particles in the oil circuit during the use of mechanical systems/machines.
11	JB/T 6260-2018	Volumetric fuel consumption measuring device Technical requirements	This standard specifies the terms and definitions, technical requirements, test methods, inspection rules, marking, packaging, transportation and storage of volumetric fuel consumption measuring devices. This standard applies to devices that measure fuel consumption using the volumetric method.	JB/T 6260-1992
12	JB/T 6822-2018	Piezoelectric Accelerometer	This standard specifies the terms and definitions, classification and naming, basic parameters, requirements, test methods, inspection rules and marking, packaging, transportation and storage of piezoelectric accelerometers. This standard applies to the design, manufacture, use and maintenance of vibration and impact sensors with materials with piezoelectric effect as transducer elements. This standard does not apply to piezoelectric accelerometers with built-in circuits and other special requirements.	JB/T 6822-1993
13	JB/T 6826-2018	Piezoelectric Vibration Meter	This standard specifies the technical requirements, test methods, inspection rules and marking, packaging and storage of piezoelectric vibration measuring instruments. This standard is applicable to vibration measuring instruments that use piezoelectric accelerometers to measure vibration acceleration, velocity and displacement.	JB/T 6826-1993
14	JB/T 7444-2018	Air thermal aging test chamber	This standard specifies the classification, use conditions, technical requirements, test methods, inspection rules and marking, packaging, transportation and storage of air thermal aging test chambers. This standard is applicable to air thermal aging test chambers with natural convection and forced convection.	JB/T 7444-1994
15	JB/T 13486-2018	Computer and instrument shielded cables	This standard specifies the code, model, specification and product representation method, technical requirements, test methods and acceptance rules, packaging, transportation and storage of computer and instrument shielded cables with rated voltage of 300/500V. This standard is applicable to signal transmission and connection cables for detection instruments and instruments in electronic computer systems, monitoring circuits and automation control systems.
16	JB/T 12573-2018	General technical requirements for vertical telemetry equipment for motor vehicle exhaust	This standard specifies the terms and definitions, structure, requirements, test methods, inspection rules, marking, instruction manual, packaging, transportation and storage of vertical remote sensing equipment for motor vehicle exhaust. This standard applies to equipment that uses the principle of spectral absorption, is installed vertically, and non-contactly detects the concentration of pollutants emitted by gasoline and diesel vehicles traveling on a single lane.
17	JB/T 6663-2018	Light and small single-stage centrifugal pump	This standard specifies the type, model and basic parameters, technical requirements, test methods, inspection rules, marking, packaging, transportation and storage of light and small single-stage centrifugal pumps. This standard is applicable to light and small single-stage centrifugal pumps with a flow rate of 8 m3/h to 400 m3/h and a head of 6 m to 90 m.	JB/T 6663-2007
18	JB/T 13490-2018	Angle sensor for tractor	This standard specifies the requirements, test methods, inspection rules, marking, packaging, transportation and storage of angle sensors for tractors. This standard applies to angle sensors for tractors. Sensors for other agricultural and forestry machinery and engineering machinery can be used as a reference.
19	JB/T 13491-2018	Pressure sensor for tractor	This standard specifies the technical requirements, test methods, inspection rules, marking, packaging, transportation and storage of pressure sensors for tractors. This standard applies to engine lubricating oil pressure sensors and air pressure sensors for tractors, and can also be used as a reference for pressure sensors for other agricultural machinery.
20	JB/T 6858-2018	pH meter and ion meter test methods	This standard specifies the performance indicators and test methods for pH meters and ion meters. This standard is applicable to pH meters using pH glass electrodes as sensors and ion meters using ion selective electrodes as sensors.	JB/T 6858-1993
twenty one	JB/T 5446-2018	Piston type single unit two-stage refrigerant compressor	This standard specifies the terms and definitions, basic parameters, requirements, tests, inspection rules and markings, packaging, transportation and storage of piston-type single-unit two-stage refrigerant compressors and piston-type single-unit two-stage refrigerant compressor units. This standard applies to piston-type single-unit two-stage refrigerant compressors and piston-type single-unit two-stage refrigerant compressor units. This standard does not apply to compressors (units) using R744 as refrigerant.	JB/T 5446-1999
twenty two	JB/T 7244-2018	Freezer	This standard specifies the terms and definitions, types and models, technical requirements, test methods, inspection rules, as well as marking, packaging, transportation and storage of refrigerators. This standard applies to self-contained refrigerators with motor-driven compressors.	JB/T 7244-1994
twenty three	JB/T 13515-2018	Positive displacement chiller (heat pump) with full heat recovery	This standard specifies the terms and definitions, types and basic parameters, technical requirements, test methods, inspection rules, marking, packaging and storage of volumetric chillers (heat pumps) with full heat recovery. This standard applies to chillers (heat pumps) driven by electric motors that use volumetric vapor compression refrigeration cycles, use air or water as cold (heat) sources, and can provide hot water at the same time or concurrently.
twenty four	JB/T 13516-2018	General technical requirements for suction and exhaust valves for refrigerant compressors	This standard specifies the terms and definitions, technical requirements, test methods, inspection rules, packaging, transportation and storage of suction and exhaust valves for refrigerant compressors. This standard applies to reed suction and exhaust valves for various types of refrigerant compressors made of valve steel strips with a thickness of no more than 1 mm.