전기 기술자료 모음(클릭)

<STYLE>P{margin-top:2px;margin-bottom:2px;}</STYLE> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a86840 target=_blank>전기용 단위</A></H4> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-11.html">SI 단위</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-11p1.html">기본단위</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-11p2.html">보조단위</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-11p3.html">기본단위에서 출발하여 표시되는 조립단위의 예</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-11p4.html">10의 정수승배를 표시하는 접두어</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-11p5.html">고유명칭을 갖는 조립단위</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-11p6.html">SI단위와 병행하여도 좋은 단위</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-14.html">시퀀스 제어기호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15.html">도량형비교표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p1.html">길이</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p2.html">무게(중량)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p3.html">부피(체적)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p4.html">넓이(면적)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p5.html">속도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p6.html">가속도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p7.html">힘</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p8.html">힘의 모멘트, 토오크</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p9.html">압력</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p10.html">일, 열량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-15p11.html">일률, 공률</A></DIV> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a88320 target=_blank>전 기 일 반</A></H4> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-21.html">각종금속의 도전율 및 저항률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-22.html">전류와 KW,KVA,Hp와의 관계</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-23.html">전력,전류 대조표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-24.html">전류,전력 대조표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-25.html">주요국가별 전기방식</A><A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-25.html">, 전압 및 주파수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-25p1.html">아시아지역</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-25p2.html">미주지역</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-25p3.html">유럽지역</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-25p4.html">중동 및 오세아니아지역</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/210/210-25p5.html">아프리카지역</A></DIV> <A class=con_link name=_bookmark_a89270 target=_blank>각종부하의 소요전력산출</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-11.html">일반건축물의 전력부하밀도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-12.html">인텔리전트 빌딩의 전력부하밀도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-13.html">건물의 종류별 전등,콘센트설비의 전력부하밀도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-14.html">건물의 종류별 1룩스를 주는데 필요한 W수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-15.html">빌딩의 동력설비 소요전력</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-16.html">일반건축물과 인텔리전트빌딩의 부하설비용량비교</A></DIV> <A class=con_link name=_bookmark_a89bc0 target=_blank>수용율/부등률/부하율</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-21.html">전등부하의 수용률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-22.html">동력부하의 수용률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-23.html">빌딩의 수용률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-24.html">업종별 수용률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-25.html">건물종류별 간선의 수용률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-26.html">전등 및 소형전기기기의 설비와 수용률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-27.html">공장 전동기군별 수용률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-28.html">업종별 부하율</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-29.html">부등률</A></DIV> <A class=con_link name=_bookmark_a8a8e0 target=_blank>계 통 계 획</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-31.html">수전용량과 수전전압</A> 수전방식의 비교 <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-33.html">계약전력의 결정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-34.html">단락전류의 계산(%임피던스계산법 예)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-34p1.html">변압기의 %임피던스(2차측이 고압인경우)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-34p2.html">변압기의 %임피던스(2차측이 저압인경우)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-34p3.html">전력용변압기의 %임피던스 전압</A></DIV> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35.html">역률개선</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p1.html">각종 부하의 역률</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p2.html">역률개선용 콘덴서용량 산출표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p3.html">수전변압기 용량의 경우</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p4.html">kVA-UF 환산표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p5.html">콘덴서 부설용량 기준표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p6.html">3300V 고압전동기 콘덴서 용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p7.html">기타 전기기계기구의 콘덴서 용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p8.html">단상유도전동기의 경우</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/220/220-35p9.html">저압 삼상유도전동기의 경우</A></DIV> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>수 변 전 기 기</A> </H3> <A class=con_link name=_bookmark_a8cea0 target=_blank>변 압 기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-11.html">변압기 표준용량</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-11p1.html">단상 변압기의 표준용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-11p2.html">삼상 변압기의 표준용량</A></DIV> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-12.html">변압기 특성</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-12p1.html">초고압 전력용변압기(유입식)의 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-12p2.html">특고압 배전용변압기(유입식)의 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-12p3.html">변압기의 온도상승 허용한도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-12p4.html">변압기 권선의 절연강도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-12p5.html">단시간 과부하 허용범위</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-12p6.html">연속사용 과부하 허용범위</A></DIV> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-13.html">냉각방식의 분류 및 표시기호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-14.html">변압기 결선</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-14p1.html">삼상변압기의 결선 및 벡타도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-14p2.html">삼상전로에서 단상부하를 사용하는 경우의 접속방법</A></DIV> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-15.html">변압기 소음</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-15p1.html">유입식 변압기 소음레벨 기준</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-15p2.html">건식 변압기의 소음레벨 기준</A></DIV> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-16.html">변압기 외형치수 및 중량</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-16p1.html">초고압 전력용변압기(유입식,OLTC)의 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-16p2.html">특고압 배전용변압기(유입식,CNHX)의 외형치수 및 중량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-16p3.html">건식 변압기(440V) 외형치수 및 중량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-16p4.html">MOLD 변압기 외형치수 및 중량(3.3,6.6KV)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-16p5.html">MOLD 변압기 외형치수 및 중량(24KV)</A></DIV> <A class=con_link name=_bookmark_a8eea0 target=_blank>고압 및 특고압 차단기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-21.html">차단기 정격</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-21p1.html">차단기 정격전압 표준치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-21p2.html">교류차단기의 정격표준치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-21p3.html">차단기의 정격차단시간</A></DIV> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-22.html">차단기 특성</A> <DIV align=justify> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-22p1.html">차단기의 절연내력(170KV이하)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-22p2.html">표준동작책무</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-22p3.html">차단기의 절연저항</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-23.html">VCB 사양 및 정격</A></DIV> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-23p1.html">VCB 사양 및 정격(7.2,3.6KV)HVG TYpE</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-33p2.html">VCB 사양 및 정격(7.2,3.6KV)3AF TYpE</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-23p3.html">VCB 사양 및 정격(24KV)3AF TYpE</A> <A class=con_link name=_bookmark_a601b0 target=_blank>개 폐 기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-31.html">단로기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-31p1.html">단로기의 정격</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-31p2.html">단로기의 절연내력(72.5KV 이하)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-32.html">전력 퓨즈</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-32p1.html">전력퓨즈의 종류 및 사양</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-32p2.html">전력퓨즈의 정격전압</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-32p3.html">전력퓨즈의 대칭차단전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-32p4.html">전력퓨즈의 정격표준치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-32p5.html">전력퓨즈의 장단점</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-32p6.html">주변압기에 대한 전력퓨즈의 선정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-33.html">COS</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-33p1.html">고압 COS의 규격</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-33p2.html">특고압 COS의 규격</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-33p3.html">특고압 COS의 특성표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-33p4.html">COS퓨즈의 정격전류치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-34.html">기중부하개폐기(IS)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-34p1.html">정격전압 및 정격전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-34p2.html">정격 개폐기 용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-35.html">자동고장구간개폐기(ASS)사양 및 정격</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-36.html">LBS 사양 및 정격</A> <A class=con_link name=_bookmark_a87e40 target=_blank>전력용 콘덴서</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-41.html">저압진상용 콘덴서</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-41p1.html">저압진상용 콘덴서의 종류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-42p2.html">저압진상용 콘덴서의 정격정전용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-41p3.html">저압진상용 콘덴서의 규격 및 외형치수(220V)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-41p4.html">저압진상용 콘덴서의 규격 및 외형치수(380V)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-41p5.html">저압진상용 콘덴서의 규격 및 외형치수(440V)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-42.html">고압 및 특별고압 진상용 콘덴서</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-42p1.html">3상 콘덴서의 정격용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-42p2.html">단상 콘덴서의 정격용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-42p3.html">고압진상용 콘덴서의 정격용량 및 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-43.html">콘덴서용 개폐기의 선정</A> <A class=con_link name=_bookmark_a902c0 target=_blank>피뢰기 / 서지흡수기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-51.html">피뢰기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-51p1.html">피뢰기의 정격전압 </A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-51p2.html">피뢰기의 정격</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-51p3.html">피뢰기의 보호특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-51p4.html">피뢰기의 내전압 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-51p5.html">피뢰기와 피보호기기의 최대유효이격거리</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-52.html">서지흡수기(S.A)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-52p1.html">서지흡수기의 적용</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-52p2.html">서지흡수기의 정격</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a917d0 target=_blank>계기용 변성기</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-61.html">공 통</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-61p1.html">계기용 변성기의 확도계급(표준용 및 일반계기용)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-62p2.html">계기용 변성기의 확도계급(전력수급용)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-61p3.html">계기용 변류기 및 변성기의 최고전압</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-61p4.html">계기 및 계전기의 부담</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-62.html">C T</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-62p1.html">표준용 및 일반계기용 변류기의 정격전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-62p2.html">전력수급용 변류기의 정격전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-62p3.html">변류기의 정격 과전류강도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-62p4.html">변류기의 정격 과전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-62p5.html">계측기용 CT와 보호계전기용 CT의 차이</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-63.html">P.T</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-63p1.html">표준용 계기용 변압기의 정격전압</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-63p2.html">비접지형 및 삼상접지형 계기용변압기의 정격전압</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-63p3.html">단상 접지형 계기용변압기의 정격전압</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-63p4.html">계기용변압기의 정격부담</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-64.html">기 타</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-64p1.html">계기용변류기 2차회로 제어케이블의 허용길이</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-64p2.html">계기용변압기 2차회로 제어케이블의 굵기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-64p3.html">MOF 1차측 정격용량 선정표</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a94610 target=_blank>모 선 도 체 </A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-7.html">나모선 절연간격 설계표준</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-72.html">모선의 높이 및 도체충전부분의 초저높이</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-73.html">모선의 배열과 색별</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a94c90 target=_blank>보 호 계 전 기</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-81.html">전력설비별 보호계전기 조정지침</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-82.html">보호계전기의 사용개소</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-84.html">수전회로의 보호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-85.html">변압기의 보호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-85p1.html">특별고압변압기의 보호장치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-85p2.html">특고수전변압기 보호장치 적용예</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-85p3.html">변압기 고장분류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-86.html">전력용 콘덴서의 보호장치</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a95e80 target=_blank>배 전 반</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-91.html">배전반의 구조상의 분류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-92.html">고압 및 특별고압용 폐쇄배전반의 형과 구비조건</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-93.html">저압용 폐쇄배전반의 형과 구비조건</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-94.html">IEC-529에 의한 외함보호등급</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-95.html">고압큐비클의 종류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-96.html">금속폐쇄배전반의 형</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-97.html">금속폐쇄배전반의 형의 조합</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/230/230-98.html">금속폐쇄배전반의 각부위별 최고허용온도 및 온도상승한도</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>예 비 전 원 설 비</A> </H3> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a97b80 target=_blank>예비전원설비 일반</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-11.html">소방용설비 등에 필요한 비상전원과 사용시분</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-12.html">법령규제에 의하여 비상전원이 필요한 설비</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a973e0 target=_blank>자가발전설비</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-21.html">엔 진</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-21p1.html">디젤형과 가스터어빈형 발전기의 특성비교 예</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-21p2.html">디젤엔진의 속도비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-21p3.html">발전기의 출력과 이것을 운전하는 엔진의 출력도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-21p4.html">대기조건과 내연기관 출력의 보정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-21p5.html">주위온도 및 습도 변화에 따른 출력감소의 비율</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-22.html">발전기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-22.html">발전기의 규약효율</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-22p2.html">각종여자방식의 특성비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-23.html">조작/제어방식의 비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-24.html">보호시스템</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-24p1.html">엔진보호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-24p2.html">발전기 보호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-24p3.html">기타설비 보호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-25.html">부속설비</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-25p1.html">발전기제어반의 외형치수 </A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-25p2.html">옥내연료탱크의 철판두께</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-25p3.html">시동방식의 비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-26.html">발전기실의 보유거리(기기배치예)</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a9a9a0 target=_blank>축전지 설비</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-31.html">축전지</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-31p1.html">축전지의 종류 및 명칭</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-31p2.html">축전지 종류별 1셀당 허용최저전압(참고치)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-31p3.html">거치식 축전지의 특징비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-31p4.html">연축전지 용량환산시간 산출표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-31p5.html">알칼리 축전지 용량환산시간</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-31p6.html">부하전압과 표준셀수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-32.html">충 전 장 치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-32p1.html">충전장치의 구분</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-32p2.html">부동충전용 사이리스터 정류장치의 정격</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-32p3.html">연축전지 및 정류장치의 조합</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-32p4.html">축전지 종류별 부동충전전압</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-32p5.html">정류기의 역률 및 효율</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-32p6.html">충전방식의 종류</A> 축전지 실(축전지 설비의 보유거리) <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_a9cbd0 target=_blank>U P S</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-33.html">각종전원장치의 비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-42.html">UpS회로방식의 개략비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-43.html">인버터소자의 비교표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-44.html">CVCF장치의 사양 예</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/240/240-45.html">CVCF장치의 표준효율, 입력용량 및 발열량</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>전선 / 케이블</A></H3> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 3px" align=justify><A class=con_link name=_bookmark_a9dd20 target=_blank>전선의 분류와 소재</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-11.html">각종 전선의 약호</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-12.html">동.알루미늄의 물리적성질</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-13.html">절연전선의 종류 및 용도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-14.html">전력케이블의 종류 및 용도</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 3px" align=justify><A class=con_link name=_bookmark_a9e1a0 target=_blank>나 전 선</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-21.html">전기용 경동선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-22.html">전기용 연동선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-23.html">경동연선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-24.html">전기용 경알루미늄선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-25.html">경알루미늄 연선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-26.html">강심 알루미늄 연선</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 3px" align=justify><A class=con_link name=_bookmark_a9ec80 target=_blank>절 연 전 선</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-31.html">옥외용 비닐절연전선(OW)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-32.html">인입용 비닐절연전선(DV)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-32p1.html">인입용 비닐절연전선(2개꼬임)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-32p2.html">인입용 비닐절연전선(3개꼬임)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-33.html">600V 비닐절연전선(IV)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-33p1.html">단 선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-33p2.html">연 선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-34.html">600V 2종 비닐절연전선(HIV)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-34p1.html">단 선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-34p2.html">연 선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-35.html">전기기기용 비닐절연전선(KIV)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-36.html">고압인하용 절연전선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-37.html">접지용 비닐절연전선(GV)</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 3px" align=justify><A class=con_link name=_bookmark_a84f90 target=_blank>케 이 블</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-41.html">600V 폴리에틸렌 케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-41p1.html">단 심</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-41p2.html">2 심</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-41p3.html">3 심</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-41p4.html">4 심</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-42.html">고압가교 폴리에틸렌 케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-42p1.html">3300V 단심 케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-42p2.html">6600V 단심 케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-42p3.html">3300V 삼심 일괄시스형 케이블(CV,CE)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-42p4.html">22KV CV 케이블(단심/3심)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43.html">600V 고무절연 캡타이어 케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p1.html">1종 천연고무 절연 천연고무 캡 타이어 케이블(1CT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p2.html">2종 천연고무 절연 천연고무 캡 타이어 케이블(2CT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p3.html">3종 천연고무 절연 천연고무 캡 타이어 케이블(3CT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p4.html">4종 천연고무 절연 천연고무 캡 타이어 케이블(4CT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p5.html">2종 천연고무 절연 클로로프렌 캡 타이어 케이블(2RNCT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p6.html">3종 천연고무 절연 클로로프렌 캡 타이어 케이블(3RNCT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p7.html">4종 천연고무 절연 클로로프렌 캡 타이어 케이블(4RNCT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p8.html">2종 Ep고무 절연 클로로프렌 캡 타이어 케이블(2pNCT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p9.html">3종 Ep고무 절연 클로로프렌 캡 타이어 케이블(3pNCT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-43p10.html">4종 Ep고무 절연 클로로프렌 캡 타이어 케이블(4pNCT)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-44.html">600V 비닐절연 비닐캡타이어 케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-44p1.html">단 심</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-44p2.html">다 심</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-45.html">제어용 케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-45p1.html">CVV</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-45p2.html">CVV-S</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-45p3.html">CVV-SB</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-46.html">22.9KV 동심중성선 전력케이블</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/251/251-51.html">비닐코드</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>허 용 전 류</A></H3> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aa07f0 target=_blank>공 통</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-11.html">허용전류감소계수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-11p1.html">동일관내의 전선수에 따른 허용전류감소계수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-11p2.html">주위조건에 의한 허용전류감소계수 계산식</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-11p3.html">주위온도에 따른 허용전류감소계수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-12.html">전력케이블 허용전류계산의 기초</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-12p1.html">각종포설방법에 있어서의 기저온도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-12p2.html">기저온도에 의한 전류보정계수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-12p3.html">절연체 종류별 연속최고허용온도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-12p4.html">절연체 종류별 단락시 최고허용온도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-12p5.html">기중 다조포설에 따른 전류저감율</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-12p6.html">단시간 허용전류계산 간략식</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aa1e40 target=_blank>절연전선의 허용전류</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-21.html">애자사용배선에 의하여 IV전선등을 시설하는 경우 허용전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-22.html">덕트 또는 관에 다수의 절연전선을 수납하는 경우의 허용전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-23.html">DV전선 및 OW전선의 허용전류 </A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aa2670 target=_blank>전력케이블의 허용전류</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-31.html">600V VV케이블의 허용전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-32.html">CV케이블의 허용전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-32p1.html">600V CV케이블의 허용전류(단심,2심,3심)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-32p2.html">600V CV케이블의 허용전류(단심2개연,3개연)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-32p3.html">6600V CV케이블의 허용전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-33.html">캡타이어 케이블의 허용전류</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aa34e0 target=_blank>모선 동대 / 동봉의 허용전류</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-41.html">경동연선의 허용전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-42.html">모선용 동봉의 허용전류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/252/252-43.html">모선용 동대의 허용전류</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>전 압 강 하</A></H3> <A class=con_link name=_bookmark_aa4300 target=_blank>허용전압강하</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/253/253-11.html">저압배선의 허용전압강하</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/253/253-12.html">전압강하 및 전선의 단면적 계산식</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/253/253-13.html">주요국별 옥내배선의 허용전압강하의 예</A> <A class=con_link name=_bookmark_aa4980 target=_blank>전선의 최대 길이표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/253/253-21.html">단상2선식(전압강하 1V)(동선)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/253/253-22.html">3상3선식(전압강하 2V)(동선)</A> <A class=con_link name=_bookmark_aa4e80 target=_blank>저압배선의 허용전압강하을 기준한 전선의 최소단면적</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/253/253-3.html">3상3선식, 440V회로에서 내선규정을 기준한 전선의 굵기</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>구 내 배 선</A></H3> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_aa5b00 target=_blank>금속제 전선관</A></H3> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-11.html">금속제 전선관의 종류와 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12.html">금속제 전선관의 굵기선정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12p1.html">후강전선관의 굵기선정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12p2.html">최대전선본수(10본을 초과하여 전선을 수납하는 경우)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12p3.html">절연전선(피복절연물을 포함)의 단면적</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12p4.html">후강전선관 내단면적의 32% 및 48%</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12p5.html">관의 굴곡이 적어 전선을 쉽게 끌어낼 수 있는 경우의 최대전선본수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12p6.html">CV케이블 보호용전선관 굵기의 선정표</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-12p7.html">CVV케이블 보호용전선관 굵기의 선정표</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aa6c70 target=_blank>합성수지전선관</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-21.html">합성수지관의 종류 및 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-22.html">합성수지관의 굵기선정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-22p1.html">합성수지관 굵기의 선정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-22p2.html">최대전선본수(10본을 초과하여 전선을 수납하는 경우)</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-22p3.html">합성수지관 내단면적의 32% 및 48%</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-22p4.html">관의 굴곡이 적어 전선을 쉽게 끌어낼 수 있는 경우의 최대전선본수</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aa7b70 target=_blank>금속제 가요전선관</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-31.html">금속제가요전선관의 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-31p1.html">1종가요관 및 비닐피복1종가요관의 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-31p2.html">2종가요관 및 비닐피복2종가요관의 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-32.html">금속제 가요전선관의 굵기의 선정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-32p1.html">2종가요전선관굵기의 선정</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/254/254-32p2.html">2종가요전선관 내단면적의 32% 및 60%</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>가 공 전 선 로</A></H3> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px; LINE-HEIGHT: 100%" align=justify><A class=con_link name=_bookmark_aa9300 target=_blank></A>지지물</H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-11.html">콘크리트 전주의 종류 및 치수</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-12.html">지지물의 경간제한</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-13.html">지역별 전압별 전주의 최소길이</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-14.html">전주의 표준근입</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-15.html">지역별 표준경간 및 최대경간</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px; LINE-HEIGHT: 100%" align=justify><A class=con_link name=_bookmark_aa9ca0 target=_blank>장 주</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-21.html">완철의 최소이격거리</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-22.html">전압별 완철의 표준길이</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px; LINE-HEIGHT: 100%" align=justify><A class=con_link name=_bookmark_aa9270 target=_blank>전 선 로</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-31.html">가공전선의 최소굵기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-32.html">가공전선로의 경간제한</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-33.html">가공전선의 지표상의 높이</A> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px; LINE-HEIGHT: 100%" align=justify><A class=con_link name=_bookmark_aaa8b0 target=_blank>애 자</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-41.html">애자의 사용전압과 색채표시</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/255/255-42.html">애자의 일반적인 사용구분</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>지 중 전 선 로</A></H3> <H4 style="MARGIN-TOP: 4px; MARGIN-BOTTOM: 0px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aab650 target=_blank>지중전선로의 시설</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/256/256-11.html">지중케이블의 매설깊이</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/256/256-12.html">지중케이블의 허용곡률반경</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/256/256-13.html">ELp 전선관의 표준치수</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank>동 력 설 비</A></H3> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aac300 target=_blank>전 동 기</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-11.html">전동기의 종류와 용도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-11p1.html">직류전동기의 종류와 용도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-11p2.html">삼상 유도전동기의 종류와 용도</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-12.html">전동기 외피보호형식의 종류</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-13.html">전동기 정격출력의 표준</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-14.html">전동기의 정격전압</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-14p1.html">전동기의 전압별 경제적 출력범위</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-14p2.html">전압 및 주파수의 변화가 전동기의 특성에 영향을 끼치는 근사치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-15.html">농형 유도전동기의 시동방식의 비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-16.html">전동기의 속도제어</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-16p1.html">직류 전동기의 속도제어 방식의 비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-16p2.html">삼상유도전동기의 속도제어 방식의 비교</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-17.html">절연의 종별</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-18.html">저압 삼상유도전동기의 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-18p1.html">표준보호형 전동기의 전부하 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-18p2.html">고효율보호형 전동기의 전부하 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-18p3.html">표준전폐형 전동기의 전부하 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-18p4.html">고효율전폐형 전동기의 전부하 특성</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-19.html">삼상 농형유도전동기의 규약전류치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-110.html">일반용 저압 삼상 농형유도전동기 소음 레벨</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aaec40 target=_blank>전동기용 간선 및 분기회로용 전선의 굵기선정</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-21.html">전동기용 간선</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-21p1.html">220V 삼상유도전동기의 간선의 굵기 및 기구의 용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-21p2.html">380V 삼상유도전동기의 간선의 굵기 및 기구의 용량</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-22.html">전동기용 분기회로</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-22p1.html">220V 삼상유도전동기 1대인 경우의 분기회로</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/260/260-22p2.html">380V 삼상유도전동기 1대인 경우의 분기회로</A> <H3 style="MARGIN-TOP: 2px; MARGIN-BOTTOM: 2px"><A class=con_link name=_bookmark_a86560 target=_blank href="http://www.hibong.com/page3/1000/200/270/270-00.htm">접 지 설 비</A></H3> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aab6d0 target=_blank href="http://www.hibong.com/page3/1000/200/270/270-10.htm">접지의 종류</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-11.html">접지의 목적</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-12.html">접지의 종류와 접지저항치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-12p1.html">접지의 종류와 접지저항치</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-12p2.html">기계기구 구분에 따른 접지공사의 구분</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-13.html">시설장소에 따른 접지공사의 종류일람표</A> <H4 style="MARGIN-TOP: 3px; MARGIN-BOTTOM: 3px; MARGIN-LEFT: 5px" align=justify><A class=con_link name=_bookmark_aadc60 target=_blank>접지선의 굵기 선정</A></H4> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-21.html">접지선의 최소굵기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-22.html">접지종별 접지선의 굵기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-22p1.html">제1종접지공사의 접지선의 굵기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-22p2.html">제2종접지공사의 접지선의 굵기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/270/270-22p3.html">제3종 또는 특별3종접지공사의 접지선의 굵기</A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/280/280-10.html">안전기술사문제(280) </A> 기타자료(999) <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/999/999-1.htm">1.기타자료모음 </A> <A class=con_link target=_blank href="http://www.hibong.com/page3/1000/200/999/999-2.html">2.내선규정질의회신 외</A>