Strengthening standards development to support industry quality improvement. With its deep technological foundation and rich practical experience, Mingkong Sensing has been deeply involved in the drafting and formulation of the following standards: “Reliability of Intelligent Instruments and Meters Part 1: Reliability Testing and Evaluation Methods” (GB/T 46568.1-2025), “Fire Water Pressure Information Acquisition Device” (T/CFPA 048-2025), and “Specification for Safety Monitoring Platform of Urban Lifeline Engineering” (T/CSGPC 81-2026).
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01 National Standards
GB/T 46568.1-2025, “Reliability of Intelligent Instruments and Meters – Part 1: Reliability Testing and Evaluation Methods,” co-edited by Mingkong Sensing, was officially released on October 31, 2025, and will officially come into effect on May 1, 2026. This standard is under the jurisdiction of the National Technical Committee on Standardization of Industrial Process Measurement Control and Automation (TC124).
High stability, high reliability, and high intelligence are the main trends in the development of modern instrumentation. Through reliability testing and evaluation, the reliability level of intelligent instruments and meters can be clearly defined, weaknesses and hidden dangers in their design can be revealed, and direction for decision-making and improvement can be provided. The “Reliability of Intelligent Instruments and Meters” series of standards provides unified objectives, standardized testing and evaluation procedures, and specific operating methods for reliability testing and evaluation of intelligent instruments and meters, ensuring the scientific rigor, completeness, and operability of the testing and evaluation process.
02 Group Standard
The group standard T/CFPA 048-2025 “Fire Water Pressure Information Acquisition Device,” in which MEOKON participated as a contributor, was officially released on November 14, 2025, and will officially come into effect on February 1, 2026. This standard is under the jurisdiction of the China Fire Protection Association.
This standard specifies the terms and definitions, product identification, requirements, test methods, inspection rules, marking, packaging, transportation, and storage of fire water pressure information acquisition devices. It applies to the research, development, production, and inspection of fire water pressure information acquisition devices installed and used in general industrial and civil buildings.
03 Group Standard
The group standard T/CSGPC 81-2026, “Specification for Safety Monitoring Platform of Urban Lifeline Engineering,” co-edited by MEOKON, was officially released on February 12, 2026, and will officially come into effect on May 11, 2026. This standard was proposed and is under the jurisdiction of the Chinese Society for Surveying and Mapping.
“Urban infrastructure lifeline safety engineering,” or “urban lifeline engineering” for short, refers to the “nerves” and “blood vessels” of a city, and is a vital infrastructure that ensures the normal operation of the city and meets the needs of social production and life. With urban development, the number of urban infrastructures has surged, making safety a primary consideration. Currently, the safety operation situation of urban lifeline engineering remains severe and complex. Coupled risks such as emerging safety risks, traditional industry risks, and regional cluster risks are prone to occur frequently. Major safety accidents (disasters) in urban lifeline engineering occur from time to time, such as gas explosions, bridge collapses, pipeline leaks, floods, and water pollution, which have a significant impact on urban safety. Therefore, it is of great significance to build a safety monitoring platform for urban lifeline projects by adopting modern information technology, so as to conduct real-time monitoring, dynamic early warning, precise source tracing, and collaborative handling of urban lifeline projects, detect and control risks and hidden dangers in a timely manner, and effectively prevent accidents.
Post time: Mar-03-2026