MARC

 008090601s2007        ulka                    000      kor
■020    ▼a8991656390
■0801  ▼a62-503.5
■082    ▼a629.89▼b김44p▼223
■090    ▼a629.89▼b김44p
■1001  ▼a김병철  저
■24510▼aPLC응용자동화실험▼d김병철  저
■260    ▼a서울▼b태영문화사▼c2007
■300    ▼a574p.▼b삽도▼c26cm
■505    ▼a제1장  PLC  개요와  프로그램  기초▼a1.1  PLC  개요▼c19▼a1.1.1  PLC의  출현  배경  및  정의▼c19▼a1.1.2  PLC의  특징▼c21▼a1.1.3  PLC의  이용분야▼c23▼a1.2  PLC의  구조▼c24▼a1.2.1  PLC의  종류▼c24▼a1.2.2  PLC의  전체  구성▼c25▼a1.2.3  PLC의  입력부▼c28▼a1.2.4  PLC의  출력부▼c2900▼a1.3  PLC  프로그램  기초▼c3111▼a1.3.1  프로그램  처리방식▼c3122▼a1.3.2  PLC  프로그램의  특징▼c3233▼a1.3.3  CPU의  연산처리▼c3744▼a1.3.4  PLC  프로그램  언어▼c3855▼a1.3.5  PLC  프로그램의  작성▼c4266▼a연습문제▼c4477▼a제2장  GLOFA-GM  PLC의  개요88▼a2.1  GLOFA-GM  PLC의  특징▼c4599▼a2.1.1  PLC의  국제표준화  규격▼c4500▼a2.1.2  GLOFA-GM  PLC의  특징▼c4511▼a2.2  GLOFA-GM  시리즈의  성능  규격▼c4722▼a2.3  GLOFA-GM4  PLC  시스템  구성▼c4833▼a2.3.1  GLOFA-GM4  PLC의  특징▼c4844▼a2.3.2  GM4의  성능규격▼c4955▼a2.3.3  GM4의  시스템  구성▼c5066▼a2.4  데이터  메모리의  구성▼c5677▼a2.4.1  변수의  표현  방식▼c5688▼a2.4.2  직접  변수▼c5799▼a2.4.3  네임드  변수(Named  Variable)▼c6100▼a2.4.4  배열  변수(Array  Variable)▼c6511▼a2.5  운전  모드▼c6622▼a2.5.1  운전  모드▼c6633▼a2.5.2  리스타트  모드▼c6844▼a연습문제▼c7055▼a제3장  GMWIN  사용법66▼a3.1  GMWIN의  특징▼c7177▼a3.2  GMWIN의  메뉴  구조▼c7288▼a3.2.1  프로젝트(P)▼c7399▼a3.2.2  프로그램(R)▼c7300▼a3.2.3  편집(E)▼c7411▼a3.2.4  보기(V)▼c7522▼a3.2.5  컴파일(C)▼c7633▼a3.2.6  온라인(O)▼c7644▼a3.2.7  디버그(D)▼c7755▼a3.2.8  도구(T)▼c7766▼a3.2.9  창(W)▼c7877▼a3.2.10  도움말(H)▼c7888▼a3.3  GMWIN의  도구  모음▼c7899▼a3.4  프로젝트의  구조▼c8000▼a3.5  프로그램  작성▼c8111▼a3.5.1  프로젝트의  생성▼c8222▼a3.5.2  프로그램  편집▼c8633▼a3.6  프로그램의  실행▼c10644▼a3.6.1  실행파일  만들기▼c10655▼a3.6.2  프로그램  전송  및  모니터링▼c10666▼a3.6.3  라이브러리▼c11077▼a3.7  GMWIN의  파일  관리▼c11288▼a3.7.1  GMWIN에서  생성되는  파일들▼c11299▼a3.7.2  파일  열기▼c11300▼a3.7.3  파일  저장▼c11411▼a제4장  시퀀스  연산자  프로그래밍22▼a4.1  명령어의  종류▼c11933▼a4.1.1  시퀀스  연산자▼c11944▼a4.1.2  평선(Function)▼c11955▼a4.1.3  펑션블록(Function  Block)▼c11966▼a4.2  시퀀스  연산자▼c12077▼a4.2.1  시퀀스  연산자  일람표▼c12088▼a4.3  래더  프로그램의  기초▼c211299▼a4.3.1  래더도  프로그램의  기본  구성▼c12200▼a4.3.2  펑션  및  펑션블록의  호출▼c12311▼a4.4  입력접점과  출력코일  프로그램▼c12622▼a4.1.1  직접변수를  이용한  프로그램▼c12633▼a4.4.2  네임드변수를  이용한  프로그램▼c12644▼a4.5  변환검출  접점  및  코일  프로그램▼c12755▼a4.5.1  양  및  음  변환검출  접점  프로그램▼c12766▼a4.5.2  양  및  음  변환검출  코일  프로그램▼c12877▼a4.6  SET  및  RESET  코일  프로그램▼c12988▼a제5장  펑션  프로그래밍99▼a5.1  펑션과  펑션블록▼c15100▼a5.2  기본  펑션의  종류▼c15211▼a5.2.1  전송  펑션▼c15222▼a5.2.2  비교  펑션▼c15233▼a5.2.3  산술  연산  펑션▼c15344▼a5.2.4  논리  연산  펑션▼c15355▼a5.2.5  비트  시프트  펑션▼c15466▼a5.2.6  형(Type)  변환  펑션▼c15477▼a5.2.7  MCS,  MCSCLR  펑션▼c15588▼a5.3  펑션을  이용한  프로그래밍▼c15599▼a5.3.1  전송  펑션▼c15500▼a5.3.2  타입  변환  펑션▼c15611▼a5.3.3  비교  펑션▼c16122▼a5.3.4  비트열  연산  펑션▼c17333▼a5.3.5  산술  연산  펑션▼c17844▼a5.3.6  마스터  콘트롤(MCS,  MCSCLR)▼c18155▼a5.4  확장  펑션  라이브러리  사용하기▼c18266▼a5.4.1  확장  펑션  라이브러리의  기능▼c18277▼a5.4.2  확장  펑션  라이브러리의  등록▼c18688▼a제6장  펑션블록  프로그래밍99▼a6.1  주요  펑션블록의  종류▼c2330000▼a6.1.1  타이머▼c2330101▼a6.1.2  응용  타이머▼c2330202▼a6.1.3  카운터▼c2340303▼a6.1.4  순차제어▼c2340404▼a6.2  펑션블록을  이용한  프로그래밍▼c2340505▼a6.2.1  타이머▼c2340606▼a6.2.2  응용  타이머▼c2370707▼a6.2.3  카운터▼c2400808▼a6.2.4  순차제어(Step  Controller)▼c2430909▼a제7장  SFC  프로그래밍1010▼a7.1  SFC  프로그램의  기본  구조▼c2931111▼a7.1.1  스  텝▼c2941212▼a7.1.2  트랜지션▼c2941313▼a7.1.3  액  션▼c2951414▼a7.1.4  액션  제한자(Action  Qualifier)▼d2961515▼a7.2  SFC  전개  규칙▼c2991616▼a7.2.1  직렬  연결▼c2991717▼a7.2.2  선택  분기▼c2991818▼a7.2.3  병렬  분기▼c3001919▼a7.2.4  점  프▼c3012020▼a제8장  MASTER-K  PLC의  특성2121▼a8.1  MASTER-K  PLC의  개요▼c3192222▼a8.1.1  MASTER-K  PLC의  특징과  기본구성▼c3192323▼a8.1.2  MASTER-K  PLC시스템의  구성▼c3202424▼a8.1.3  입출력  메모리  할당▼c3212525▼a8.1.4  내부  메모리  할당▼c3222626▼a8.2  기종별  메모리의  구성▼c3252727▼a8.2.1  MASTER-K80S▼c3252828▼a8.2.2  MASTER-K  200S/300S/1000S▼c3272929▼a8.3  MASTER-K  PLC  명령어▼c3283030▼a8.3.1  기본  명령어▼c3283131▼a8.3.2  응용  명령어▼c3323232▼a연습문제▼c3473333▼a제9장  KGLWIN  사용법3434▼a9.1  KGLWIN의  특징▼c3493535▼a9.2  PLC와의  접속방법▼c3503636▼a9.3  화면구성  및  메뉴▼c3513737▼a9.3.1  전체  화면  구성▼c3513838▼a9.3.2  메뉴  설명▼c3523939▼a9.3.3  도구  모음▼c3574040▼a9.4  프로젝트  및  프로그램  작성▼c3584141▼a9.4.1  프로젝트의  개념  및  PLC기종  변경▼c3584242▼a9.4.2  프로젝트  만들기▼c3594343▼a9.4.3  래더  프로그램  작성하기▼c3614444▼a9.4.4  니모닉  프로그램의  작성▼c3674545▼a9.4.5  프로젝트  저장▼c3694646▼a9.4.6  프로젝트  열기▼c3704747▼a9.4.7  변수/설명문  편집하기▼c3704848▼a9.5  PLC와  통신하기▼c3714949▼a9.5.1  접속하기▼c3715050▼a9.5.2  접속+다운로드+런+모니터시작▼c3735151▼a9.5.3  온라인  편집하기▼c3735252▼a9.5.4  모니터링  하기▼c3755353▼a9.5.5  현재값  변경하기▼c3765454▼a9.6  디버깅▼c3795555▼a9.6.1  디버그  기능▼c3795656▼a9.6.2  디버그  메뉴▼c3805757▼a9.6.3  현재값  변경▼c3865858▼a연습문제▼c3885959▼a제10장  기본  명령어와  프로그래밍6060▼a10.1  접점  및  접속  명령▼c3896161▼a10.1.1  LOAD,  LOAD  NOT,  OUT▼c3896262▼a10.1.2  AND,  AND  NOT▼c3916363▼a10.1.3  OR,  OR  NOT▼c3926464▼a10.2  종료  명령▼c3936565▼a10.2.1  END▼c3936666▼a10.3  무처리  명령▼c3946767▼a10.3.1  NOP▼c3946868▼a10.4  결합  명령▼c3956969▼a10.4.1  AND  LOAD(Mnemonic  용)▼c3957070▼a10.4.2  OR  LOAD(Mnemonic  용)▼c3977171▼a10.4.3  MPUSHM,  MLOAD,  MPOP(Mnemonic  용)▼c3997272▼a10.5  반전  명령▼c4017373▼a10.5.1  NOT▼c4017474▼a10.6  마스터  콘트롤  명령▼c4027575▼a10.6.1  MCS,  MCSCLR▼c4027676▼a10.7  펄스  출력  명령(D,  D  NOT)▼c4047777▼a10.7.1  D▼c4047878▼a10.7.2  D  NOT▼c4067979▼a10.8  상태  유지  명령(SET,  RST)▼c4078080▼a10.8.1  SET▼c4078181▼a10.8.2  RST▼c4088282▼a10.9  순차제어,  후입  우선  명령(SETP  CONTROLLER)▼c4108383▼a10.9.1  순차  제어(SET  S)▼c4108484▼a10.9.2  후입  우선(OUT  S)▼c4118585▼a10.10  타이머  명령(TON,  TOFF,  TMR,  TMON,  TRTG)▼c4128686▼a10.10.1  ON  Delay(TON)▼c4128787▼a10.10.2  OFF  Delay(TOFF)▼c4158888▼a10.10.3  적산  타이머(TMR)▼c4168989▼a10.10.4  모노스테이블(TMON)▼c4189090▼a10.10.5  리트리거블(TRTG)▼c4199191▼a10.11  카운터  명령(CTU,  CTD,  CTUD,  CTR)▼c4219292▼a10.11.1  UP카운터(CTU)▼c4219393▼a10.12  기본  명령어  응용  예제▼c4279494▼a제11장  MASTER-K  PLC  응용제어실험9595▼a11.1  PLC타이머  기능의  응용  실험▼c4579696▼a11.2  출력  반전  동작의  실험▼c4629797▼a11.3  PLC에  의한  순차제어의  실험▼c4639898▼a11.4  3상  유도전동기의  자동  단속운전▼c4669999▼a11.5  3상  유도전동기의  Y-ㅿ시동▼c4700000▼a11.6  전동기의  자동·수동  정역운전▼c4750101▼a11.7  공압실린더를  이용한  제품  이송장치의  제어(1)▼c4790202▼a11.8  공압실린더를  이용한  제품  이송장치의  제어(2)▼c4830303▼a11.9  4거리  교통신호등  제어▼c4880404▼a11.10  PLC를  이용한  위치제어▼c4940505▼a11.11  두  개의  공압  실린더  제어▼c5020606▼a11.12  저수  탱크의  수위  제어▼c5050707▼a11.13  네온싸인  광고  문자판  제어▼c5080808▼a11.14  폐수  정화처리  시설의  제어▼c5120909▼a11.15  제품  세척  라인제어▼c5191010▼a11.16  다수  전동기의  SHIFT  제어▼c5231111▼a11.17  다수  출력의  ON,  OFF  제어▼c5261212▼a11.18  카운터  결과값의  구분  출력▼c5291313▼a11.19  창고의  상품  재고  수량  표시▼c5311414▼a11.20  스테핑  모터의  제어▼c5341515▼a부록  1.  GMWIN  용어▼c5471616▼a부록  2.  KGLWIN  용어▼c5541717▼a부록  3.  GLOFA  GM  PLC의  플래그  일람표(예약변수)▼c5581818▼a부록  4.  MASTER-K  PLC의  특수(링크)  릴레이  일람표▼c5651919▼a부록  5.  KGLWIN용  RS-232C  케이블  배선도▼c5682020▼a부록  6.  수치체계  및  데이터  구조▼c5702121
■9500  ▼c24,000

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