MVME162-012工业自动化卡件
V电压10-30V；20--132V/；20-264V/电流消耗35mA最大输出类型NPN和PNP（）；MOSFET（/）输出模式亮或暗由型号外壳材料Noryl透镜材料丙烯酸LED指示灯操作：打开（或点亮）时，传感器输出被激活；当黑暗时，它关闭。连接类型3m 300V电缆，4针微型，4针微提供的附件安装套件#129--106--1和129-106--2工作环境IP67；NEMA 3、4X、6、12、13振动10-55Hz，1个振幅，符合或超过IEC 60947--5-2冲击30g，1ms脉冲持续时间，符合或超出IEC 60947-5--2工作温度-40_C至+56_C（-40_F至+150_F）相对湿度最大95%UL认证，CSA认证，和CE标记的所有适用指令Dimension Fiber Optic 99.1（3.9）57.2（2.25）24.9（1.05）2校准反光/偏振反光通过顺时针转动灵敏度电位计将灵敏度调整至最大设置。将传感器对准反射器，直到传感器上的对准指示灯打开（亮操作）或关闭（暗操作）。为了确保光束为中心，在水平面上扫描反射器上的光束，并确定对准指示器打开和关闭的位置。将光束设置在两个位置之间的中间位置。在垂直平面上执行相同操作。用要检测的物体断开光束，检查对准指示器是否关闭。可能需要提高灵敏度或更换较小尺寸的反射器，以检测小的半透明或透明物体。通过移除对象恢复光束，并检查对齐指示器是否再次打开。对于有光泽的物体，调整传感器角度，使光束不垂直于物体。对于高反射材料，使用偏振回射传感器。通过顺时针转动灵敏度电位计，将灵敏度调整至最大设置。将接收器对准光源，直到接收器上的对准指示灯打开（亮操作）或关闭（暗操作）。为了确保光束是百分之一，在水平面上扫过接收器，并确定对准指示器打开和关闭的位置。将光束设置在两个位置之间的中间位置。在垂直平面上执行相同操作。对于透明或半透明材料，可能需要将灵敏度降低到较低的设置，或者检测小于有效光束的物体。漫射模式（包括标准、扩展范围、广角和固定焦点）通过顺时针转动灵敏度电位计将灵敏度调整到最大设置。将传感器对准要检测的物体，直到控制装置上的对准指示器打开（亮操作）或关闭（暗操作）。为了确保光束是百分之一，在水平面上扫描对象上的光束，并确定对齐指示器打开和关闭的位置。
oltage 10--30V ; 20--132V /; 20--264V / Current Consumption 35mA maximum Output Type Both NPN and PNP (); MOSFET (/) Output Mode Light or dark operate by model Housing Material Noryl Lens Material rylic LED Indicators : When on (or illuminated) the sensor output is tivated; when dark it is off. Connection Types 3m 300V cable, 4-pin micro , 4-pin micro Supplied cessories Mounting kit #129--106--1 and 129--106--2 Operating Environment IP67; NEMA 3, 4X, 6, 12, 13 Vibration 10--55Hz, 1 amplitude, meets or exceeds IEC 60947--5--2 Shock 30g with 1ms pulse duration, meets or exceeds IEC 60947--5--2 Operating Temperature --40_C to +56_C (--40_F to +150_F) Relative Humidity 95% max Approvals UL listed, CSA approved, and CE marked for all applicable directives DimensionFiber Optic 99.1 (3.9) 57.2 (2.25) 24.9 (1.05) 2 Alignment Retroreflective/Polarized Retroreflective Adjust the sensitivity to the maximum setting, by turning the sensitivity potentiometer clockwise. Aim the sensor on the reflector until the alignment indicator on the sensor turns On (light operate) or Off (dark operate). To be certain that the beam is cente, sweep the beam on the reflector in the horizontal plane and determine the position the alignment indicator turns On and then Off. Set the beam halfway between both positions. Do the same in the vertical plane. Break the beam with the object to be detected and check to see if the alignment indicator turns Off. It may be necessary to uce the sensitivity or change to a smaller sized reflector to detect small, translucent or transparent objects. Restore the beam by removing the object and check to see if the alignment indicator turns On again. For shiny objects angle the sensor so that the beam is not perpendicular to the object. For highly reflective materials use a polarized retroreflective sensor. Transmitted Beam Adjust the sensitivity to the maximum setting, by turning the sensitivity potentiometer clockwise. Aim the receiver at the light source until the alignment indicator on the receiver turns On (light operate) or Off (dark operate). To be certain the beam is cente, sweep the beam ross the receiver in the horizontal plane and determine the position the alignment indicator turns On and then Off. Set the beam halfway between both positions. Do the same in the vertical plane. It may be necessary to uce the sensitivity to a lower setting for transparent or translucent materials or to detect objects smaller than the effective beam. Diffuse Modes (Including standard, extended range, wide angle and fixed focus) Adjust the sensitivity to the maximum setting by turning the sensitivity potentiometer clockwise. Aim the sensor at the object to be detected until the alignment indicator on the control turns On (light operate) or Off (dark operate). To be certain that the beam is cente, sweep the beam on the object in the horizontal plane and determine the position the alignment indicator turns On and then Off.
