In , the IEC (International Electrotechnical Commission) issued a new consolidated standard, IEC 61180:2016 (1st Edition), which officially cancelled and replaced both of the previous documents: IEC 61180-1:1992 (covering definitions and procedures) and IEC 61180-2:1994 (covering test equipment).
Purchase the standard directly from the IEC Webstore, national standards bodies (like ANSI, BSI, or DIN), or authorized distributors. This ensures you receive the complete text, including all official amendments, corrigenda, and accurate technical drawings.
For more information on the specific procedures for your product, it is recommended to review the full text of IEC 61180:2016. If you'd like, I can: iec 61180-1 pdf
The standard defines the dielectric test methods used to verify that low-voltage components and systems can withstand transient overvoltages, such as those caused by lightning strikes or switching operations. It acts as a horizontal standard, meaning its guidelines are adopted and referenced by specific product standards across the electrical industry. Core Objectives of the Standard
In 2016, the IEC consolidated Part 1 and Part 2 (which covered measuring systems) into a single, updated standard: . The updated version: Incorporates measurement uncertainty requirements. Refines definitions for modern test equipment. For more information on the specific procedures for
The standard provides the framework for performing high-voltage tests on low-voltage components to ensure they can withstand transient overvoltages. Key features include: AMETEK CTS Test Types : Defines procedures for dielectric tests
Despite the seemingly paradoxical title ("high-voltage" for "low-voltage equipment"), the standard addresses a crucial gap: many components used in low-voltage networks (e.g., 400V industrial systems) must still withstand high-voltage impulses caused by lightning strikes or switching operations. Core Objectives of the Standard In 2016, the
Limitations and debates — where clever engineers push back
Any testing performed on components operating above these barriers falls under different testing regimes, such as the IEC 60060 series for high-voltage systems. 2. Core Testing Methodologies Detailed in the Standard
The standard defines the parameters for generating and measuring specific types of test voltages, including:
Adjusting results based on air pressure and temperature. Importance of High-Voltage Impulse Testing