Technical Specifications for Micro-wind Vibration Sensing Devices for Overhead Transmission Lines, T/CES 060-2021
T/CES 060-2021
Basic Information
Scope
Scope: This standard specifies the technical requirements and test methods for micro-wind vibration sensing devices for overhead transmission lines. This standard applies to AC 66kV to 1000kV and DC ±400kV to ±1100kV overhead transmission lines; Main technical content: This standard specifies the technical requirements and test methods for micro-wind vibration sensing devices for overhead transmission lines. This standard applies to AC 66kV to 1000kV and DC ±400kV to ±1100kV overhead transmission lines. The main technical content of this standard is: (1) Scope; (2) Normative references; (3) Terms and definitions; (4) General provisions; (5) Sensing content and device composition; (6) Functional requirements; (7) Technical requirements; (8) Test methods; (9) Installation, commissioning and acceptance; Appendix A: Types of micro-wind vibration sensing devices; Appendix B: Calculation method of bending amplitude; Appendix C: Forward and reverse mounting methods. 1. Scope specifies the scope of application of the standard. 2. Normative references specify the standard documents referenced in the standard. 3. Terms and definitions clarify the terms used in this standard. 4. General provisions stipulate the basic principles and requirements of the device. 5. Sensing content and device composition specify the sensing content and composition of the micro-wind vibration sensing device. 6. Functional requirements stipulate the data acquisition requirements, data processing and judgment, data storage, data output, communication functions, hardware and software, remote update, configuration and debugging, and other functional requirements of the device. 7. Technical requirements provide detailed provisions on the technical requirements of the device, including operating environment conditions, working temperature, appearance and marking, main technical parameters, basic technical requirements, environmental adaptability, electromagnetic compatibility performance, electrical perf