결로수 배출구 유무에 따른 삼중유리 시스템창의 결로방지성능 및 기밀성능 실험 평가
결로수 배출구 유무에 따른 삼중유리 시스템창의 결로방지성능 및 기밀성능 실험 평가
Condensation Resistance and Air-tightness Test Evaluations of Triple Glazing Windows with and without Drainage Holes
저자명 박시현, 김민희, 임재한, 송승영
문서유형 학술논문
학술지 한국건축친환경설비학회 논문집 10권 1호 (2016. 2)
발행정보 한국건축친환경설비학회 |2016년 |한국 |한국어
주제분야 공학 > 건축공학
서지링크 국회도서관 , 건축도시연구정보센터
<초록>
The condensation risk for windows during winter is high, and such condensation can lead to mold problems, thereby causing discomfort for building occupants. Triple glazing window systems used for energy saving, consist drainage holes placed on glazing beads or gaskets providing a path for condensed water from inside to outside. These holes are considered to be effective in view of draining condensed water. However, these holes may lead to the decrease of air-tightness as well as the increase of condensation risk resulted from the drop of surface temperature due to the intake of cold outside air. Therefore, in this study, the triple glazing window system without the drainage holes was examined as a case with no drainage holes (CNH), and evaluate the condensation resistance and air-tightness compared to a case with drainage holes (CWH). Condensation resistance and air-tightness were tested in accordance with KS F 2295 and KS F 2292, respectively. Temperature difference ratios and infiltration rates between CNH and CWH were compared.
The condensation risk for windows during winter is high, and such condensation can lead to mold problems, thereby causing discomfort for building occupants. Triple glazing window systems used for energy saving, consist drainage holes placed on glazing beads or gaskets providing a path for condensed water from inside to outside. These holes are considered to be effective in view of draining condensed water. However, these holes may lead to the decrease of air-tightness as well as the increase of condensation risk resulted from the drop of surface temperature due to the intake of cold outside air. Therefore, in this study, the triple glazing window system without the drainage holes was examined as a case with no drainage holes (CNH), and evaluate the condensation resistance and air-tightness compared to a case with drainage holes (CWH). Condensation resistance and air-tightness were tested in accordance with KS F 2295 and KS F 2292, respectively. Temperature difference ratios and infiltration rates between CNH and CWH were compared.
녹색건축인증 조성법' 및 '건물에너지 소비증명제'가 의무화되어 시행되고 있습니다.
저희 (주)한국녹색인증원은 '지속가능한 저탄소 녹색건축인증 기술연구소'의 전문기업으로 설립되어, 빠른 제도 변화와 변모하는 건설환경에 이바지하고자 합니다. (주))한국녹색인증원은 건축, 도시, 생태분야가 녹색건축물에 접목될 수 있도록 적절한 요소분석을 통해 에너지 절감형 건축, 자생적 생태환경, 온열환경, 빛환경의 면밀한 조사와 연구로 고객의 삶의 질 향상 및 더 나아가 인류의 존속성에 그 목적을 두고 있습니다. 한국녹색인증원은 친환경컨설팅 전문업체로 주택성능등급, 그린홈, 에너지소비총량제, 에너지성능지표검토서, 건물에너지효율등급, 장수명주택인증, CPTED, BF 인증 등 각종 친환경 건축물 인증 을 컨설팅 해드리고 있습니다. 녹색건축인증 의 선도기업이 되겠습니다.
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