GB/Z 18039.1-2000
Electromagnetic compatibility-Environment-Classification of electromagnetic environments (English Version)
- Standard No.
- GB/Z 18039.1-2000
- Language
- Chinese, Available in English version
- Release Date
- 2000
- Published By
- General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
- Status
- 2020-01
- Replace By
- GB/Z 18039.1-2019
- Latest
- GB/Z 18039.1-2019
- Scope
- This Guidance Technical Document will provide guidance to those responsible for developing immunity standards for equipment or systems, and is not intended to be a technical specification. Its purpose is to classify the electromagnetic environment in order to better utilize the technical specifications for the immunity requirements of equipment containing electrical or electronic components, thus obtaining electromagnetic compatibility. This guiding technical document also gives basic guidance on selecting the immunity level. These data apply to the equipment, subsystems or systems that use electromagnetic energy to work in the specific places specified in this technical guidance document. This guidance technical document does not involve the environment inside the transport equipment (vehicles, traction vehicles, ships, aircraft), but considers their impact on the surrounding environment. It should be noted that the immunity requirements for the selected equipment will not only be limited by the environment, but also by the use requirements (such as reliability or safety), which makes it more stringent than the general requirements. Statistical, economical aspects and common experience with certain applications may also be taken into account when determining immunity levels for more general purposes (eg general standards and product standards).
GB/Z 18039.1-2000 history
- 2020 GB/Z 18039.1-2019 Electromagnetic Compatibility Environment Description and Classification of Electromagnetic Environment
- 2000 GB/Z 18039.1-2000 Electromagnetic compatibility-Environment-Classification of electromagnetic environments