The National Standardization Management Committee recently solicited opinions from the first batch of proposed national standard projects in 2014. There are altogether 1456 standards proposed for this project, including 136 mandatory national standards, 1309 recommended national standards and 11 national guiding standards.

Of the 1456 items, according to incomplete statistics, there are 24 standards involving instrumentation industry standards and related standards. For example, "general technical conditions for smart pressure gauges", "measurement of fluid flow in closed pipes, ultrasonic gas flow meters, part 2: industrial ultrasonic gas flow meters," "industrial automation energy efficiency," etc.

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1 Safety Requirements for Measurement, Control, and Laboratory Electrical Equipment - Part 2-061: Particular Requirements for Atomic Spectrometers for Hot Atomization and Ionization in the Laboratory Mandatory Development 2014 This standard deals with product testing in electrical equipment, including the implementation of GB4793. 1 "Safety requirements for electrical equipment for measurement, control, and laboratory use - Part 1: General requirements" for use in power-supply laboratory thermal atomization spectrometers. At present, some instruments within the scope of this standard are used as in vitro diagnostic (IVD) medical devices in the hospital's laboratory to measure trace elements in the blood. Some are used in other departments related to clinical medicine. These instruments should belong to this category. The scope of the standard. The main content: It is to supplement the provisions of GB4793.1 "Safety Requirements for Measurement, Control, and Laboratory Electrical Equipment." 2 Safety requirements for measurement, control, and laboratory electrical equipment. Part 2: Particular requirements for hand-held and hand-operated current sensors for electrical measurement and testing. Mandatory revisions 2014 This part specifies the safety requirements for hand-held and hand-operated current sensors. Main technical content Include: Benchmark test conditions, tests under single fault conditions, markings and documentation, protection against electric shock, protection against mechanical hazards, protection against mechanical stress, prevention of flame spread, temperature limits of equipment and heat resistance, fluid hazard protection, radiation protection (including lasers (source), acoustic pressure and ultrasonic pressure, gas release prevention, gas explosion prevention and implosion, protection of interlocks, hazards caused by applications, risk assessment, etc. 3 Safety requirements for measurement, control and laboratory electrical equipment. Part X: Particular requirements for domestic or professional hand-held multimeters and other instruments capable of measuring the mains voltage of the mains. Mandatory definition 2014. This part provides multimeters and other instruments that can measure the mains supply voltage. Instrument safety requirements, including multimeters, digital multimeters, voltmeters, clamp meters, etc. The main technical content includes: benchmark test conditions, single failure conditions of the test, marking and documentation, protection against electric shock, mechanical hazards, mechanical stress, Prevents the spread of flame, equipment temperature limits and heat, fluids, radiation (including laser sources), acoustic pressure and ultrasonic pressure, gas release, gas explosion and implosion, interlock protection, by application Dangers, risk assessments, etc. 4 Safety requirements for measurement, control and laboratory electrical equipment. Part Y: Particular requirements for x-ray cabinet systems Mandatory development 2014 This part specifies the safety requirements for x-ray cabinet control systems. X-ray cabinet systems are used in industrial, commercial and public Environmental occasions, for example, inspection of materials, analysis of materials, and screening of luggage. The main technical content includes: benchmark test conditions, tests under single fault conditions, markings and documents, protection against electric shock, protection against mechanical hazards, protection against mechanical stress, and prevention of the spread of flames. , equipment temperature limits and heat, fluid hazard protection, radiation protection (including laser source), acoustic pressure and ultrasonic pressure, gas release prevention, protection against gas explosion and implosion, protection of interlocking devices, danger caused by application, Risk assessment, etc. 5 Non-destructive testing equipment Industrial ray detection machine protection requirements mandatory development 2014 This standard specifies the radiation hygiene requirements of industrial ray detection equipment and inspection sites and related personnel. The main technical content of this standard includes terminology and definitions, and radiation hygiene of X-ray detection equipment. Requirements for radiological protection in X-ray inspection sites are applicable to the calculation of radiation doses in controlled areas. 6 Fiber Optic Sensors Part 1: General Specification Recommended Development 2016 This standard is applicable to the classification and definition of fiber optic sensors. The performance requirements are expanded. It replaces “under consideration” in the original standard. 7 Electronic measuring instrument design margin and analog misuse test Recommended revision 2016 This standard defines the terminology for design margin and analog misuse. The technical content includes specific requirements for military electronic test equipment design margin and analog misuse and related tests. The method is stipulated. The design margin section specifies the design margin planning, instrument margin design and design implementation and design verification tests. The simulation misuse section specifies the identification of misuse and analysis, misuse type, preventive measures design and prevention. Measures design verification. Some application examples can be given based on requirements. 8 General Requirements for Automatic Test System Acceptance Recommendation 2016 This general requirement is applicable to the development, acceptance and maintenance of automatic test systems. The main content is to specify the requirements for the complete set of automatic test systems, appearance requirements, functional acceptance requirements, and performance acceptance requirements. Acceptance requirements with document data. 9 10-20MeV High-current Proton Cyclotron Recommendation 2015 Development of the 10-20MeV high-current proton compact cyclotron industry standard research and development, to determine the technical requirements of China's high-current proton cyclotron (including magnetic field systems, radio frequency systems, beam currents , beam diagnostic systems, beam extraction systems, ion sources, vacuum systems, cooling systems, pneumatic systems, target systems, control systems, overall power consumption and other performance indicators), test methods, inspection rules, packaging, transportation and storage standards . 10 15-30MeV Strong Stream Compact Cyclotron Recommended 2015 The main research content of this project is to carry out the research and formulation of the 15-30MeV strong current compact cyclotron accelerator standard, and to determine the technical requirements of China's 15-30MeV strong current compact cyclotron. (Including magnetic field systems, radio frequency systems, beam currents, beam diagnostic systems, beam extraction systems, ion sources, vacuum systems, cooling systems, pneumatic systems, target systems, control systems, and power consumption, etc.), test methods , inspection rules, packaging, transportation and storage standards. 11 Electromagnetic Compatibility Test and Measurement Technology Electrostatic discharge immunity test Recommended revision 2016 This standard specifies the immunity requirements and test methods for electrical and electronic equipment subjected to electrostatic discharge. The purpose of this standard is to establish a universal and reproducible reference. To evaluate the performance of electrical and electronic equipment when subjected to electrostatic discharge. 12 Methods for the determination of the performance of quadrupole inductively coupled plasma mass spectrometry (ICP-MS) Recommended formulation 2016 This standard specifies the method for the determination of the basic technical performance of a quadrupole inductively coupled plasma mass spectrometer. It is suitable for the performance of a quadrupole inductively coupled plasma mass spectrometer. Measurement and evaluation. Other types of inductively coupled ion mass spectrometers may also refer to this standard. The main technical content of this standard is: background noise, sensitivity, detection limit, abundance sensitivity of quadrupole inductively coupled plasma mass spectrometer , quality stability, oxide yield, double charge yield, isotope ratio, short-term stability, long-term stability, and anti-jamming capability were measured. 13 Determination of Performance of Liquid Chromatography-Tandem Mass Spectrometer Recommended Development 2016 This standard specifies the method for determining the basic technical performance of liquid chromatography-tandem quadrupole mass spectrometry. It is applicable to liquid chromatography-tandem mass spectrometers. The performance of the determination and evaluation. Liquid chromatography - single quadrupole mass spectrometer performance measurement and evaluation can refer to this standard. The main technical content of this standard: for liquid chromatography - tandem quadrupole mass spectrometry sensitivity, resolution Quality performance, linear range, quality stability, quality accuracy, quantitative repeatability, qualitative repeatability, retention time repeatability, and scanning speed under MRM were measured. 14 Measurement of Fluid Flow in Closed Pipeline Ultrasonic Gas Flowmeter Part 2: Recommended Ultrasonic Gas Flowmeter for Industrial Use 2015 This part specifies the requirements and recommendations for the use of ultrasonic gas flowmeters to measure gas flow in closed pipes. This part applies to industry Ultrasonic flowmeters for gases, including flowmeters with body and field mounted transducers. This part has no restrictions on the size of the flowmeter. This part is suitable for measuring any kind of gas, including but not limited to air, Hydrocarbon gases, steam, etc. This section also specifies the performance, test and calibration, output characteristics, and installation conditions of the ultrasonic flow meter for measuring gas flow. 15 Measurement of Fluid Flow in Closed Ducts Transit Time Ultrasonic Liquid Flow Meter Recommendation 2015 This standard specifies the requirements and recommendations for the measurement of homogeneous single-phase liquid flow in closed pipes using the transit time of ultrasonic liquid flowmeter acoustic signals. Standards have no limit on the minimum or maximum size of ultrasonic liquid flowmeters. This standard specifies the performance, calibration and output characteristics of ultrasonic liquid flowmeters, and installation conditions. Including the installation of a special test (calibration) system. This standard also deals with Plug-in or clip-on transducers (for applications in refracted beams and non-refracted beams), including both body and field-mounted transducers. 16 Industrial Communication Networks Fieldbus Specification Type 23: CC-Link IE Specification Part 1: Application Layer Service Definition Recommendations 2016 This section defines the externally visible services provided by the fieldbus application layer in an abstract way from the following aspects: a) An abstract model for defining application resources (objects) that users can utilize by using FAL services; b) primitive actions and events of the service; c) parameters associated with each primitive action and event, And the forms they take; d) the relationship between these actions and events and their effective order. Pre-research: China started research on field bus technology as early as ten years ago. CC-Link technology was already in 2008. It is translated into China's recommended national standard GB/T 19760. In order to reduce the overall engineering cost from system establishment to maintenance, the CC-Link IE technology based on Ethernet is proposed. The Standards Committee has been closely tracking the progress of international standardization, combined with our country. The actual application environment drafts this national standard and serves more enterprises and users. 17 Industrial Communication Networks Fieldbus Specification Type 23: CC-Link IE Specification Part 2: Application Layer Protocol Specification Recommendations 2016 This section defines the externally visible behavior provided by the fieldbus application layer in an abstract way from the following aspects: a Define the abstract syntax of application layer protocol data units transmitted between communication application entities; b) define the transfer syntax of application layer protocol data units transmitted between communication application entities; c) define visibility between communication application entities The application state of the application of the application behavior of the upper and lower relational state machine; d) the definition of the application of the state of the communication between the communication application entities visible relational state machine. Pre-research situation: China began as early as ten years ago, the field bus technology related research CC-Link technology has been transformed into China's recommended national standard GB/T 19760 in 2008. In order to reduce the overall engineering cost from system establishment to maintenance, the CC-Link IE technology based on Ethernet was proposed. We will closely follow the progress of international standardization, draft the national standard in light of China's actual application environment, and serve more enterprises and users. 18 Industrial Communication Networks Fieldbus Specification Type 23: CC-Link IE Specification Part 3: CC-Link IE Communication Profile Recommendations 2016 This part specifies: Supports performance specifications for real-time Ethernet (RTE) requirements classification; Based on GB Regulations and related network components of /T 15629.3, IEC 61158 and IEC 61784-1; RTE solutions that can run in parallel with applications based on GB/T 15629.3. Pre-research: China started fieldbus technology as early as ten years ago. The related research. CC-Link technology has been transformed into China's recommended national standard GB/T 19760 in 2008. To reduce the overall engineering cost from system establishment to maintenance, a CC-Link IE technology based on Ethernet was proposed. The Committee has been closely tracking the progress of international standardization, drafting the national standard in light of China's actual application environment, and serving more enterprises and users. 19 Industrial Automation Energy Efficiency Recommendations Development 2016 To improve energy efficiency in the areas of production, process control and industrial facility management, this standard provides a framework for document development and adoption. The main contents are as follows: General model (functional architecture, plant structure, automation assets, etc.) Universal tools and methods (energy management units, interfaces, control systems, etc.) Applications (discrete control, process industries, etc.) Components (actuators, etc.). 20 Control and Communication Networks Safety-over-EtherCAT Specification Recommendations 2016 This standard specifies the safety communication layers (services and protocols) of Safety-over-EtherCAT and the functional safety communication principles of the safety communication layer. This standard also defines the use of A mechanism for the transmission of safety-related telegrams between participants in a distributed network of fieldbus technology, which meets the functional safety requirements of the IEC 61508 series of standards. These mechanisms can be used in various industrial applications such as process control, manufacturing automation and Machinery. The main technical contents of this standard include: - Security communication layer structure; - Security communication layer service; - Security communication layer protocol; - Security communication layer management; - System requirements; - Evaluation. 21 General technical conditions for intelligent pressure gauges Recommended development 2016 This standard is applicable to smart pressure gauges with data acquisition, transmission and processing functions. The main technical contents include: the main technical parameters of smart pressure gauges; terms and abbreviations; general conditions of use; data Interface requirements. Pre-research situation: Due to the important role of smart sensors, the industry experts of the SPC organization have conducted in-depth analysis of the current status of domestic and foreign technologies and standards for smart sensors, and proposed a standard system framework for smart sensors, and drafted preliminary drafts of related standards. The draft standard will be further refined in the follow-up working group activities. 22 Energy Efficiency Test Methods and Energy Efficiency Ratings for High and Low Temperature Test Chambers Recommended for 2016 Mainly for energy efficiency grades, energy efficiency limit values, energy conservation evaluation values, test methods, and inspection rules for high and low temperature test chambers. Applicable to routine testing of technical institutes and laboratories Environmental testing equipment: high and low temperature test boxes. 23 Energy efficiency test method and energy efficiency rating of heat aging test chamber Recommended 2016 Mainly for energy rating, energy efficiency limit value, energy conservation evaluation value, test method and inspection rule of aging test box. Applicable to the environment of testing technology organization and laboratory routine configuration Test equipment: aging test box. 24 Non-Destructive Testing Instruments Recommended for Radiographic Linear Accelerator 2014 This standard specifies the terms and definitions for radiographic linear accelerators, model nomenclature, technical requirements, test methods, inspection rules, and signs, packaging, transportation, storage, etc. This standard applies Ray electron linear accelerator.

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