IEC TS 60871-2:2014

IEC TS 60871-2:2014 provides a technical reference for endurance testing of shunt capacitors for a.c. power systems having a rated voltage above 1 000 V. It is relevant when engineers, laboratories, and procurement teams need a documented basis for evaluating long-term service capability and test consistency for high-voltage capacitor equipment. By focusing on endurance testing, the document supports technical review, conformity assessment, and procurement decisions where reliability, operational consistency, and evidence-based validation are important.

Overview of IEC TS 60871-2:2014

IEC TS 60871-2:2014, titled Shunt capacitors for a.c. power systems having a rated voltage above 1 000 V - Part 2: Endurance testing, is intended to guide how endurance-related verification is approached for these components. In practice, it is useful for defining a structured testing workflow and for comparing results during engineering documentation reviews or laboratory evaluation. The edition reference helps users align internal test plans with the published technical basis when preparing compliance records or technical assessment files.

Compliance applications of IEC TS 60871-2:2014

This technical document is commonly used in utility, power equipment, and high-voltage component workflows where shunt capacitors are specified, tested, or procured for a.c. systems above 1 000 V. It can support product evaluation, supplier qualification, and documented evaluation of endurance performance before acceptance into service. Laboratories may also use it as a reference point for test planning and reporting, while compliance teams may rely on it during regulatory preparation and conformity assessment activities tied to capacitor performance validation.

Importance of compliance with IEC TS 60871-2:2014

Following IEC TS 60871-2:2014 can help improve safety, reduce performance uncertainty, and support more consistent testing outcomes for high-voltage shunt capacitors. For organizations managing technical compliance, it provides a clearer basis for verification activities and helps align internal quality workflows with repeatable endurance testing expectations. That consistency is valuable when assessing product durability, comparing bids, documenting acceptance criteria, and reducing risk in engineering validation or procurement decisions involving electrical equipment.

• Endurance testing guidance for shunt capacitors used in a.c. power systems above 1 000 V
• Support for laboratory evaluation, test planning, and structured reporting
• Useful reference for conformity assessment, supplier review, and procurement documentation
• Helps align technical validation with repeatable compliance workflows