行程开关CD4N-5C2G JOSEF约瑟 轻松接线，智能运算

　　CD4N-1D72R CD4N-1A72R CD4N-1B72R CD4N-1C72R

　　CD4N-1D62RCD4N-1A62RCD4N-1B62RCD4N-1C62R

　　CD4N-5D31RCD4N-5A31RCD4N-5B31RCD4N-5C31R

　　CD4N-5D72RCD4N-5A72RCD4N-5B72RCD4N-5C72R

　　CD4N-5D62RCD4N-5A62RCD4N-5B62RCD4N-5C62R

　　CD4N-5D32RCD4N-5A32RCD4N-5B32RCD4N-5C32R

　　CD4N-5D20RCD4N-5A20RCD4N-5B20RCD4N-5C20R

　　CD4N-5D2GRCD4N-5A2GRCD4N-5B2GRCD4N-5C2GR

　　CD4N-5D2HRCD4N-5A2HRCD4N-5B2HRCD4N-5C2HR

　　CD4N-1D31RCD4N-1A31RCD4N-1B31RCD4N-1C31R

　　CD4N-1D20RCD4N-1A20RCD4N-1B20RCD4N-1C20R

　　CD4N-1D2HRCD4N-1A2HRCD4N-1B2HRCD4N-1C2HR

　　CD4N-1D2GRCD4N-1A2GRCD4N-1B2GRCD4N-1C2GR

　　CD4N-1D32RCD4N-1A32RCD4N-1B32RCD4N-1C32R

　　CD4N-1D62CD4N-11LECD4N-1CLECD4N-1DLE

　　CD4N-1D20CD4N-1180CD4N-1C80CD4N-1D80

　　CD4N-1D72CD4N-5131CD4N-5C31CD4N-5D31

　　CD4N-1D22CD4N-5172CD4N-5C72CD4N-5D72

　　CD4N-1D25CD4N-5120CD4N-5C20CD4N-5D20

　　CD4N-1D2HCD4N-1187CD4N-1C87CD4N-1D87

　　CD4N-1D2GCD4N-5132CD4N-5C32CD4N-5D32

　　CD4N-1DRECD4N-5122CD4N-5C22CD4N-5D22

　　CD4N-5DRECD4N-5162CD4N-5C62CD4N-5D62

　　CD4N-5D2HCD4N-512GCD4N-5C2GCD4N-5D2G

　　CD4N-5D80CD4N-1131CD4N-1C31CD4N-1D31

　　CD4N-5DLECD4N-1132CD4N-1C32CD4N-1D32

　　CD4N-5D87CD4N-1162CD4N-1C62CD4N-5CRE

　　CD4N-51RECD4N-1120CD4N-1C20CD4N-5C2H

　　CD4N-512HCD4N-1172CD4N-1C72CD4N-5C80

　　CD4N-5180CD4N-1122CD4N-1C22CD4N-5CLE

　　CD4N-51LECD4N-1125CD4N-1C25CD4N-5C87

　　CD4N-5187CD4N-112HCD4N-1C2HCD4N-1CRE

　　CD4N-11RECD4N-112GCD4N-1C2G

　　一、概述

　　行程开关是一种常用的小电流主令电器，利用生产机械运动部件的碰撞使其触头动作来实现接通或分断控制电路，从而达到一定的控制目的。CD4N-5C2G行程开关是这一类别中的一种，具体型号和参数可能因不同制造商或应用环境而有所差异。

　　二、用途

　　行程开关主要用于限制机械运动的位置或行程，使运动机械按一定位置或行程自动停止、反向运动、变速运动或自动往返运动等。在电气控制系统中，位置开关的作用是实现顺序控制、定位控制和位置状态的检测。CD4N-5C2G行程开关被广泛应用于各类机床和起重机械，用以控制其行程、进行终端限位保护。

　　三、结构

　　行程开关一般由操作头、触点系统和外壳组成。操作头是行程开关的动作部分，通过生产机械运动部件的碰撞来驱动。触点系统则负责实现电路的接通或分断，通过触点的动作状态改变来控制电路和机构的动作。外壳则起到保护和固定作用，确保行程开关的稳定性和安全性。

　　应用场景图片