目前國內建築工程採用阻尼器時必須符合建築物耐震設計規範及解說第10.7節所要求之試驗規定，然而，該規範對於試驗所需的部分條件參數並未明確定義，此外，在試驗結果的檢核要求上規範亦允許專業技師根據案件需求彈性調整，因此，阻尼器產品通過規範的試驗檢核僅能代表其符合該工程案件的設計要求，並無法達到不同產品之間的性能比較。歸咎其因，阻尼器作為土木建築類產品目前並無CNS標準可依循，而缺乏CNS標準對於產品試驗方法與要求之詮釋，亦導致試驗執行機構申請TAF認證之困難，有鑑於此，本研究以現行建築物耐震設計規範及解說為基礎，參考中國、日本及歐盟等國家阻尼器試驗規定與國內試驗報告案例，最後研提黏滯阻尼器和黏彈性阻尼器2類型速度型阻尼器之CNS草案，以提供業界阻尼器產品品質的檢驗依循，亦作為實驗室申請TAF認證之試驗方法依據。

At present, the test of the damper used in building must comply with the requirements of Section 10.7 in “Seismic Design Code for Buildings in Taiwan”. However, some of the conditional parameters required for the test are not clearly defined in the code and the professional engineer is allowed to determine whether the test results meet the requirements with different criteria. Therefore, the test verification can only prove that the product meets the requirements of the specific case but cannot be of much help to the performance comparison of different products. As a product for civil engineering and construction, there has been no CNS standard for damper used in the building until now. It also cause difficulties for the laboratory to apply for TAF accreditation because of lack of product testing methods and requirements from CNS standard. Therefore, in this paper, test regulations in China, Japan and the European Union for velocity-dependant dampers and some test reports in Taiwan are referred. Then, CNS drafts for viscous damper and visco-elastic damper are proposed based on the current seismic design code for buildings in Taiwan. The CNS drafts can provide quality control criteria for damper products and its test methods can also be used for the laboratory to apply for TAF accreditation.