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May. 06,2026
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YSMETER Participates in Drafting the National Standard for Industrial Instrument Intelligence
Against the backdrop of the global industrial intelligence transformation, intelligent industrial instruments, as the "eyes" and "nerves" of industrial production, are crucial to improving production efficiency, ensuring operational safety, and promoting the integration of industrial Internet of Things (IIoT) technologies. Recently, the national standard GB/T 45727-2025 "Intelligent Level Requirements and Evaluation Methods of Industrial Instruments" was officially issued, marking the first national standard for intelligent classification in China's industrial automation field. It is scheduled to be implemented on December 1st of the same year, filling the gap in the systematic classification and evaluation of industrial instrument intelligence in China and providing a unified technical benchmark for the high-quality development of the industry.
As a leading enterprise in the domestic control valve industry, Zhejiang Yongsheng Technology Co., Ltd. participated in the drafting and formulation of this standard as a member of the control valve working group. Leveraging its years of technical accumulation and practical experience in the field of industrial control valves and intelligent instruments, YSMETER played a key role in the standard formulation process. It collaborated closely with three professional groups—temperature/pressure/level instrument group, valve and positioner group, and analytical instrument group—to conduct in-depth research on the core requirements of instrument intelligence, repeatedly demonstrate technical details, and promote the refinement and improvement of the standard, ensuring that the standard is scientific, practical and forward-looking, and fully adapting to the actual needs of industrial production and intelligent transformation.
Core Highlights of the Standard
This national standard has clear guiding significance and practical value, with four core highlights that effectively address the pain points of the industry and promote the standardized development of intelligent instruments:
● Intelligent Level Classification: It establishes a clear progressive path from I1 (Ontology) to I4 (Autonomous), clarifying the development direction of instrument intelligence and providing a clear basis for enterprises to upgrade their products.
● Five Capability Dimensions: It covers core intelligent features such as data processing, communication interaction, and system collaboration, comprehensively evaluating the intelligent level of industrial instruments from multiple angles.
● Quantitative Evaluation System: It stipulates more than 20 rigid indicators such as diagnostic accuracy and communication stability, making the evaluation of instrument intelligence more scientific, standardized and operable.
● Cross-equipment Applicability: It is compatible with mainstream equipment such as temperature/pressure/flow instruments, analyzers, and actuators, realizing unified intelligent evaluation standards across categories and facilitating the integrated application of industrial instruments.
(Note: "Intelligent Level Requirements and Evaluation Methods of Industrial Instruments" officially issued)
The implementation of this national standard will have a far-reaching impact on the industrial instrument industry. It will effectively solve the technical benchmarking problem in the procurement and application of intelligent instruments, helping enterprises accurately select products that meet their actual needs, reduce procurement costs and operational risks. It is applicable to measuring instruments such as temperature, pressure and flow, water/gas analyzers, and industrial equipment such as electric/pneumatic actuators, which will further promote the large-scale application of industrial Internet of Things and predictive maintenance technologies, and provide key standard support for the intelligent transformation and upgrading of the industrial sector. With the implementation of the standard, the development of the industrial instrument industry will usher in a more standardized and high-quality development stage, helping China's industrial automation industry to move towards high-end, intelligent and standardized development.
For YSMETER, participating in the drafting of this national standard is not only a recognition of the company's technical strength and industry influence, but also an important practice of the company's commitment to technological innovation and industry responsibility. In the future, YSMETER will continue to take the national standard as the guide, deepen the research and development of intelligent technologies for industrial instruments and control valves, continuously improve product quality and intelligent level, and make greater contributions to the high-quality development of China's industrial automation industry.
