简要说明：MY2NJ AC110/120 BY OMZ 欧姆龙继电器 欧姆龙继电器资料 欧姆龙

MY2NJ AC110/120 BY OMZ 欧姆龙继电器 欧姆龙继电器资料 欧姆龙
MY2NJ AC110/120 BY OMZ 欧姆龙继电器 欧姆龙继电器资料 欧姆龙
欧姆龙一级经销商武汉三骏特价供应欧姆龙继电器等全系列产品
武汉三骏联众科技有限公司
联系人：李琼毅    手机：15071050439
电话：027-59847936 传真：027-59803775
QQ: 1042051412 
邮件：lizippmm@163.com
网址：http://www.wh3j.com/
联系地址：武汉市武昌区丁字桥路51号弘业骏园A座1603

欧姆龙自动化（中国）有限公司是一家引领工业自动化产品和应用先进技术的跨国公司，作为欧姆龙全球事业的一部分，它已经成为自动化领域的佼佼者。在中国，欧姆龙自动化（中国）有限公司建有研发、生产、技术服务和物流基地，在华北、华东和华南拥有销售公司，其下属40多个事务所、办事处遍布全国，为客户提供最直接的服务。

一般环境下检测磁性金属有无的标准性.

1:种类丰富可根据条件选择最佳型号

2:标准采用电缆保护器

3:检测面采用抗切削油的材质,耐环境性能优越.

AB（罗克韦尔）、ABB、欧姆龙、西门子、三菱 、TURCK（图尔克）、P+F（倍加福）、IFM（爱福门）、 SICK（施克） 、KEYENCE(基恩士)、SUNX（神视）、BALLUFF（巴鲁夫）、SMC、FESTO（费斯托） 、ASCO、IDEC（和泉）、YASKAWA（安川）、德国E+H （恩格斯豪斯）、罗斯蒙特、横河川仪、美国HONEYWELL 、明纬电源MW 、富士FUJI、山特UPS电源、FLUKE（福禄克）、施耐德

MY2NJ AC100/110 BY OMZ
MK3P-I
MK2P-I
MY2NJ AC110/120 BY OMZ
MY2NJ AC12 BY OMZ
MY2NJ AC200/220 BY OMZ
MY2NJ AC220/240 BY OMZ
MY2NJ AC24 BY OMZ
MY2NJ AC50 BY OMZ
MY2NJ AC6 BY OMZ
MY2NJ DC100/110 BY OMZ
MY2NJ DC12 BY OMZ
MY2NJ DC24 BY OMZ
MY2NJ DC48 BY OMZ
MY2NJ DC6 BY OMZ
MY4NJ AC100/110 BY OMZ
MY4NJ AC110/120 BY OMZ
MY4NJ AC12 BY OMZ
MY4NJ AC200/220 BY OMZ
MY4NJ AC220/240 BY OMZ
MY4NJ AC24 BY OMZ
MY4NJ AC48 BY OMZ
MY4NJ AC6 BY OMZ
MY4NJ DC100/110 BY OMZ
MY4NJ DC12 BY OMZ
MY4NJ DC24 BY OMZ
MY4NJ DC48 BY OMZ
MY4NJ DC6 BY OMZ
LY2NJ AC100/110 BY OMI
LY2NJ AC110/120 BY OMI
LY2NJ AC200/220 BY OMI
LY2NJ AC220/240 BY OMI
LY2NJ AC24 BY OMI
LY2NJ DC100/110 BY OMI
LY2NJ DC12 BY OMI
LY2NJ DC24 BY OMI
LY2NJ DC48 BY OMI
LY2NJ DC6 BY OMI
LY2NJ-D2 DC24 BY OMI
LY3NJ AC100/110 BY OMI
LY3NJ AC110/120 BY OMI
LY3NJ AC200/220 BY OMI
LY3NJ DC100/110 BY OMI
LY3NJ DC24 BY OMI
LY4NJ AC100/110 BY OMI
LY4NJ AC110/120 BY OMI
LY4NJ AC200/220 BY OMI
LY4NJ AC24 BY OMI
LY4NJ DC100/110 BY OMI
LY4NJ DC12 BY OMI
LY4NJ DC24 BY OMI
LY4NJ DC48 BY OMI
G2R-1 AC100/(110) BY OMB
G2R-1 AC110 BY OMB
G2R-1 AC12 BY OMB
G2R-1 AC120 BY OMB
G2R-1 AC200/(220) BY OMB
G2R-1 AC220
G2R-1 AC220 BY OMB
G2R-1 AC24 BY OMB
G2R-1 AC240 BY OMB
G2R-1 AC50 BY OMB
G2R-1 AC6 BY OMB
G2R-1 DC100 (Q)
用电磁感应原理将两个平面型绕组之间的相对位移转换成电信号的测量元件，用于长度测量工具。感应同步器（俗称编码器、光栅尺）分为直线式和旋转式两类。前者由定尺和滑尺组成，用于直线位移测量；后者由定子和转子组成，用于角位移测量。1957年美国的R.W.特利普等在美国取得感应同步器的专利，原名是位置测量变压器，感应同步器是它的商品名称，初期用于雷达天线的定位和自动跟踪、导弹的导向等。在机械制造中，感应同步器常用于数字控制机床、加工中心等的定位反馈系统中和坐标测量机、镗床等的测量数字显示系统中。它对环境条件要求较低，能在有少量粉尘、油雾的环境下正常工作。　定尺上的连续绕组的周期为2毫米。滑尺上有两个绕组，其周期与定尺上的相同，但相互错开1/4周期(电相位差90°)。感应同步器的工作方式有鉴相型和鉴幅型的两种。前者是把两个相位差90°、频率和幅值相同的交流电压U1 和U2分别输入滑尺上的两个绕组，按照电磁感应原理，定尺上的绕组会产生感应电势U。如滑尺相对定尺移动，则U的相位相应变化，经放大后与U1和U2比相、细分、计数，即可得出滑尺的位移量。在鉴幅型中，输入滑尺绕组的是频率、相位相同而幅值不同的交流电压，根据输入和输出电压的幅值变化，也可得出滑尺的位移量。由感应同步器和放大、整形、比相、细分、计数、显示等电子部分组成的系统称为感应同步器测量系统。它的测长精确度可达3微米/1000毫米，测角精度可达1″/360°。

G2R-1 DC110 BY OMB
G2R-1 DC12 BY OMB
G2R-1 DC24 BY OMB
G2R-1 DC48 BY OMB
G2R-1 DC5 BY OMB
G2R-14 AC100/(110) BY OMB
G2R-14 AC110 BY OMB
G2R-14 AC12 BY OMB
G2R-14 AC120 BY OMB
G2R-14 AC200/(220) BY OMB
G2R-14 AC220 BY OMB
G2R-14 AC230 BY OMB
G2R-14 AC24 BY OMB
G2R-14 AC240 BY OMB
G2R-14 AC50 BY OMB
G2R-14 AC6 BY OMB
G2R-14 DC12 BY OMB
G2R-14 DC18 BY OMB
G2R-14 DC24 BY OMB
G2R-14 DC48 BY OMB
G2R-14 DC5 BY OMB
G2R-14 DC6 BY OMB
G2R-14-H DC12 BY OMB
G2R-14-H DC24 BY OMB
G2R-14-H DC48 BY OMB
G2R-14-H DC5 BY OMB
G2R-14-H DC6 BY OMB
G2R-14-T130 DC12 BY OMB
G2R-14-U DC12
G2R-1A AC100/(110) BY OMB
G2R-1A AC110 BY OMB
G2R-1A AC12 BY OMB
G2R-1A AC120 BY OMB
G2R-1A AC200/(220) BY OMB
G2R-1A AC220 BY OMB
G2R-1A AC230 BY OMB
G2R-1A AC24 BY OMB
G2R-1A AC240 BY OMB
G2R-1A DC12 BY OMB
G2R-1A DC24 BY OMB
G2R-1A DC48 BY OMB
G2R-1A DC5 BY OMB
G2R-1A DC6 BY OMB
G2R-1A DC9 BY OMB
G2R-1A4 AC100/(110) BY OMB
G2R-1A4 AC12 BY OMB
G2R-1A4 AC120 BY OMB
G2R-1A4 AC200/(220) BY OMB
G2R-1A4 AC220 BY OMB
G2R-1A4 AC24 BY OMB
G2R-1A4 AC240 BY OMB
G2R-1A4 DC12 BY OMB
G2R-1A4 DC24 BY OMB
G2R-1A4 DC48 BY OMB
G2R-1A4 DC5 BY OMB
G2R-1A4 DC6 BY OMB
G2R-1A4-ASI DC12 BY OMB
G2R-1A4-H DC12 BY OMB
G2R-1A4-H DC24 BY OMB
G2R-1A4-H DC48 BY OMB
G2R-1A4-H DC5 BY OMB
G2R-1A4-H DC6 BY OMB
G2R-1A4-U DC48
G2R-1A-5 DC12 BY OMB
G2R-1A-ASI DC12 BY OMB
G2R-1A-ASI DC24 BY OMB
G2R-1A-ASI DC48 BY OMB
G2R-1A-ASI DC5 BY OMB
G2R-1A-ASI DC6 BY OMB
G2R-1A-E AC110 BY OMB
G2R-1A-E AC12 BY OMB
G2R-1A-E AC120 BY OMB
G2R-1A-E AC220 BY OMB
G2R-1A-E AC24 BY OMB
G2R-1A-E AC240 BY OMB
G2R-1A-E AC48 BY OMB
G2R-1A-E DC100
G2R-1A-E DC12 BY OMB
G2R-1A-E DC24 BY OMB
G2R-1A-E DC48 BY OMB
G2R-1A-E DC5
G2R-1A-E DC5 BY OMB
G2R-1A-E DC6 BY OMB
G2R-1A-E-5 DC12 BY OMB
G2R-1A-E-ASI AC100/(110) BY OM
G2R-1A-E-ASI AC240 BY OMB
G2R-1A-E-ASI DC12 BY OMB
G2R-1A-E-TU-5 DC24 BY OMB
G2R-1A-H DC12 BY OMB
G2R-1A-H DC24 BY OMB
G2R-1A-H DC48 BY OMB
G2R-1A-H DC5 BY OMB
G2R-1A-H DC6 BY OMB
G2R-1-ASI DC12 BY OMB
G2R-1-ASI DC24 BY OMB
G2R-1-ASI DC48 BY OMB
G2R-1-ASI DC5 BY OMB
G2R-1-ASI DC6 BY OMB
G2R-1A-T AC100/(110) BY OMB
G2R-1A-T DC12 BY OMB
G2R-1A-T DC24 BY OMB
G2R-1A-T130 DC24 BY OMB
G2R-1A-TV8-ASI DC12
G2R-1AZ DC12
G2R-1AZ DC24
G2R-1AZ4 DC12
G2R-1AZ4 DC24
G2R-1AZ4 DC48
G2R-1-E AC110 BY OMB
G2R-1-E AC120 BY OMB
G2R-1-E AC200 BY OMB
G2R-1-E AC220 BY OMB
G2R-1-E AC24 BY OMB
G2R-1-E AC240 BY OMB
G2R-1-E AC48 BY OMB
G2R-1-E DC100
G2R-1-E DC12 BY OMB
G2R-1-E DC24 BY OMB
G2R-1-E DC48 BY OMB
G2R-1-E DC5 BY OMB
G2R-1-E DC6 BY OMB
G2R-1-E-ASI DC24 BY OMB
G2R-1-E-T130 DC12 BY OMB
G2R-1-E-T130 DC24 BY OMB
G2R-1-H DC12 BY OMB
G2R-1-H DC24 BY OMB
G2R-1-H DC48 BY OMB
G2R-1-H DC5 BY OMB
G2R-1-H DC6 BY OMB
G2R-1-S AC110(S) BY OMB
G2R-1-S AC120(S) BY OMB
G2R-1-S AC230(S) BY OMB
G2R-1-S AC24(S) BY OMB
G2R-1-S AC240(S) BY OMB
G2R-1-S DC100(S) BY OMB
G2R-1-S DC110(S) BY OMB
G2R-1-S DC12(S) BY OMB
G2R-1-S DC24(S) BY OMB
G2R-1-SD DC12(S) BY OMB
G2R-1-SD DC24
G2R-1-SD DC24(N) BY OMB
G2R-1-SD DC24(S) BY OMB
G2R-1-SKVD DC24
G2R-1-SN AC100/(110)(N) BY OMB
G2R-1-SN AC100/(110)(S) BY OMB
G2R-1-SN AC110(S) BY OMB
G2R-1-SN AC120(S) BY OMB
G2R-1-SN AC220(S) BY OMB
G2R-1-SN AC230(S) BY OMB
G2R-1-SN AC24(S) BY OMB
G2R-1-SN AC240(S) BY OMB
G2R-1-SN DC100(S) BY OMB
G2R-1-SN DC110(S) BY OMB
G2R-1-SN DC12(S) BY OMB
G2R-1-SN DC24(S) BY OMB
G2R-1-SN DC48(S) BY OMB
G2R-1-SN DC6(S) BY OMB
G2R-1-SND DC100 (S) BY OMB
G2R-1-SND DC12(S) BY OMB
G2R-1-SND DC24(S) BY OMB
G2R-1-SND DC48(S) BY OMB
G2R-1-SNDI DC24(S) BY OMB
G2R-1-SNI DC24(S) BY OMB
G2R-1-S-T130 DC24(N) BY OMB
G2R-1-T AC100/(110) BY OMB
G2R-1-T AC110 BY OMB
G2R-1-T AC220 BY OMB
G2R-1-T130 DC24 BY OMB
G2R-1-TV8-ASI DC12 BY OMB
G2R-1Z AC240.
G2R-1Z DC12
G2R-1Z DC24
G2R-1-Z DC24
G2R-1Z4 DC24
G2R-1Z4 DC5
G2R-2 AC100/(110) BY OMB
G2R-2 AC110 BY OMB
G2R-2 AC12 BY OMB
G2R-2 AC120 BY OMB
G2R-2 AC200/(220) BY OMB
G2R-2 AC220 BY OMB
G2R-2 AC230 BY OMB
G2R-2 AC24 BY OMB
G2R-2 AC240 BY OMB
G2R-2 DC100 (Q)
G2R-2 DC100 BY OMB
G2R-2 DC110 (Q)
G2R-2 DC12 BY OMB
G2R-2 DC24 BY OMB
G2R-2 DC48 BY OMB
G2R-2 DC5 BY OMB
G2R-2 DC6 BY OMB
G2R-24 AC100/(110) BY OMB
G2R-24 AC110 BY OMB
G2R-24 AC12 BY OMB
G2R-24 AC120 BY OMB
G2R-24 AC200/(220) BY OMB
G2R-24 AC220 BY OMB
G2R-24 AC24 BY OMB
G2R-24 AC240 BY OMB
G2R-24 AC50 BY OMB
G2R-24 DC100
G2R-24 DC110 BY OMB
G2R-24 DC12
G2R-24 DC12 BY OMB
G2R-24 DC24
G2R-24 DC24 BY OMB
G2R-24 DC48
G2R-24 DC48 BY OMB
G2R-24 DC5
G2R-24 DC5 BY OMB
G2R-24 DC6
G2R-24 DC6 BY OMB
G2R-24-H DC6 BY OMB
G2R-24-Z DC12
G2R-2A AC100/(110) BY OMB
G2R-2A AC110 BY OMB
G2R-2A AC12 BY OMB
G2R-2A AC120 BY OMB
G2R-2A AC200/(220) BY OMB
G2R-2A AC220 BY OMB
G2R-2A AC24 BY OMB
G2R-2A AC240 BY OMB
G2R-2A AC6 BY OMB
G2R-2A DC100 (Q)
G2R-2A DC110 (Q)
G2R-2A DC12 BY OMB
G2R-2A DC24 BY OMB
G2R-2A DC48 BY OMB
G2R-2A DC5 BY OMB
G2R-2A DC6 BY OMB
G2R-2A DC9 BY OMB
G2R-2A4 AC100/(110) BY OMB
G2R-2A4 AC110 BY OMB
G2R-2A4 AC12 BY OMB
G2R-2A4 AC200/(220) BY OMB
G2R-2A4 AC220 BY OMB
G2R-2A4 AC24 BY OMB
G2R-2A4 AC240 BY OMB
G2R-2A4 AC50 BY OMB
G2R-2A4 AC6 BY OMB
G2R-2A4 DC12
G2R-2A4 DC24
G2R-2A4 DC24 BY OMB
G2R-2A4 DC48
G2R-2A4 DC5
G2R-2A4 DC6
G2R-2A4-ASI AC100/(110)
G2R-2A4-U DC24
G2R-2A-ASI DC12 BY OMB
G2R-2A-ASI-T130 DC24 BY OMB
G2R-2A-AUL DC12
G2R-2A-H DC12 BY OMB
G2R-2A-H DC24
G2R-2A-H DC24 BY OMB
G2R-2A-SKVD DC12
G2R-2A-T130 DC24 BY OMB
G2R-2-AUL DC48
G2R-2-H DC12
G2R-2-H DC24
G2R-2-H DC24 BY OMB
G2R-2-H DC48
G2R-2-H DC48 BY OMB
G2R-2-H DC5 BY OMB
G2R-2-H DC6
G2R-2-S AC110(S) BY OMB
G2R-2-S AC120(S) BY OMB
G2R-2-S AC200/(220)(S) BY OMB
G2R-2-S AC24(S) BY OMB
G2R-2-S AC240(S) BY OMB
G2R-2-S DC100(S) BY OMB
G2R-2-S DC110(S) BY OMB
G2R-2-S DC12(S) BY OMB
G2R-2-S DC24(N) BY OMB
G2R-2-S DC24(S) BY OMB
G2R-2-S DC5(S) BY OMB
G2R-2-SD DC100(S) BY OMB
G2R-2-SD DC12(S) BY OMB
G2R-2-SD DC24(N) BY OMB
G2R-2-SD DC24(S) BY OMB
G2R-2-SKVD AC220
G2R-2-SKVD DC12
G2R-2-SKVD DC24
G2R-2-SN AC100/(110)(S) BY OMB
G2R-2-SN AC110(S) BY OMB
G2R-2-SN AC12(S) BY OMB
G2R-2-SN AC200/(220)(N) BY OMB
G2R-2-SN AC220(S) BY OMB
G2R-2-SN AC230(S) BY OMB
G2R-2-SN AC24(S) BY OMB
G2R-2-SN AC240(S) BY OMB
G2R-2-SN DC110(S) BY OMB
G2R-2-SN DC12(S) BY OMB
G2R-2-SN DC24(S) BY OMB
G2R-2-SN DC48(S) BY OMB
G2R-2-SN DC6(S) BY OMB
G2R-2-SND DC100(S) BY OMB
G2R-2-SND DC12(N) BY OMB
G2R-2-SND DC12(S) BY OMB
G2R-2-SND DC24(N) BY OMB
G2R-2-SND DC24(S) BY OMB
G2R-2-SND DC48(N) BY OMB
G2R-2-SND DC48(S) BY OMB
G2R-2-SND DC5(S) BY OMB
G2R-2-SNDI DC12(S) BY OMB
G2R-2-SNDI DC24(S) BY OMB
G2R-2-SNDI DC48(S) BY OMB
G2R-2-SNDI DC6(S) BY OMB
G2R-2-SNI AC110(S) BY OMB
G2R-2-SNI AC120(S) BY OMB
G2R-2-SNI AC230(S) BY OMB
G2R-2-SNI AC24(S) BY OMB
G2R-2-SNI DC24(S) BY OMB
G2R-2-T130 DC24 BY OMB
G2R-2-Z DC48
1.接近开关的选型
　　 　　对于不同的材质的检测体和不同的检测距离，应选用不同类型的接近开关，以使其在系统中具有高的性能价格比，为此在选型中应遵循以下原则： 　　1.1.当检测体为金属材料时，应选用高频振荡型接近开关，该类型接近开关对铁镍、A3钢类检测体检测最灵敏。 　　对铝、黄铜和不锈钢类检测体，其检测灵敏度就低。 　　1.2.当检测体为非金属材料时，如;木材、纸张、塑料、玻璃和水等，应选用电容型接近开关。 　　1.3.金属体和非金属要进行远距离检测和控制时，应选用光电型接近开关或超声波型接近开关。 　　1.4.对于检测体为金属时，若检测灵敏度要求不高时，可选用价格低廉的磁性接近开关或霍尔式接近开关。
2.接近开关技术指标检测
2.1.动作距离测定;当动作片由正面靠近接近开关的感应面时，使接近开关动作的距离为接近开关的最大动作距离，测得的数据应在产品的参数范围内。 　　2.2.释放距离的测定;当动作片由正面离开接近开关的感应面，开关由动作转为释放时，测定动作片离开感应面的最大距离。 　　2.3.回差H的测定;最大动作距离和释放距离之差的绝对值。 　　2.4.动作频率测定;用调速电机带动胶木圆盘，在圆盘上固定若干钢片，调整开关感应面和动作片间的距离，约为开关动作距离的80%左右，转动圆盘，依次使动作片靠近接近开关，在圆盘主轴上装有测速装置，开关输出信号经整形，接至数字频率计。此时启动电机，逐步提高转速，在转速与动作片的乘积与频率计数相等的条件下，可由频率计直接读出开关的动作频率。  MICROSONAR系列 接近开关
2.5.重复精度测定;将动作片固定在量具上，由开关动作距离的120%以外，从开关感应面正面靠近开关的动作区，运动速度控制在0.1mm/s上。当开关动作时，读出量具上的读数，然后退出动作区，使开关断开。如此重复10次，最后计算10次测量值的最大值和最小值与10次平均值之差，差值大者为重复精度误差.
MY2NJ AC110/120 BY OMZ 欧姆龙继电器 欧姆龙继电器资料 欧姆龙
MY2NJ AC110/120 BY OMZ 欧姆龙继电器 欧姆龙继电器资料 欧姆龙