KUC321AE01 HIEE300698R0001备件库存
在任何设定点Teh完成后，两个LED同时闪烁，随后LED交替闪烁。成功的Teh通过较慢的交替闪烁（2.5 Hz）表示。快速交替闪烁（8 Hz）表示Teh不成功。Teh失败后，传感器继续以先前的有效设置运行。20（0.787）43（1.69）62（2.44）112（4.41）3（0.12）35（1.38）60°5°5°5.3（0.21）R3 0.14.5 5.3（0.211）43（1.99）50（1.97）35（1.33）15（0.59）30（1.18）5.3（0.21）5.3（0.21）5°5（1.38）1 3 4 2 4 2 1蓝色黑色白色棕色+模拟负载−（Q2）（Q1）A B Q1 A B Q2运行设置黄色LED-信号指示器设置按钮旋转开关激光输出绿色LED工作指示器3 LED后同时闪烁，它们交替闪烁以指示Teh是否成功：成功：较慢交替闪烁（2.5 Hz）不成功：较快交替闪烁（8 Hz）。¹可独立设定设定值。例如，设定点Q1-B可以在不改变设定点Q1-A的情况下设定/重新设定。当用旋转开关选择Q1-A、Q1-B或Q2-A时，按下SET（设置）按钮>5秒，将删除该设定点的设定值，使传感器没有所选设定点的值。删除Q2-A时，模拟输出变为零点模式（详见第4页“零点（正斜率）”）。注意，Q2-B的值不能删除，只能覆盖。在离散传感模式之间切换时，有必要删除或更改Q1-A和Q1-B的设置点。设置离散输出：Q1离散NPN/PNP输出可设置为切换点或切换窗口，如下所述。这些说明是在假设传感器用于光操作且需要PNP输出的情况下制定的。如果要求输出为NPN，请参考整个离散输出指令中括号（）中列出的旋转位置。切换点和更近点这是最常用的模式，用于带有bkround抑制的对象检测。如果将传感器用于此类应用，则将Teh点设置在距离目标将通过的传感器最远的位置。使用此模式时，如果检测到距离传感器fe 200（8英寸）至Teh点的物体，则传感器输出将打开。例如，如果Teh点设置为2米（6.6英尺），如果传感器检测到200到2米1之间的任何物体，输出将打开。在设计点选择目标，将旋转开关移至位置Q1-B（NPN为Q1-a）。2.按住SET（设置）按钮，直到绿色和
Upon pletion of any set-point Teh, both LEDs flash simultaneously, followed by alternating flashing of the LEDs. A successful Teh is indicated by a slower alternating flashing (2.5 Hz). An unsuccessful Teh is indicated by a faster alternating flashing (8 Hz). After an unsuccessful Teh, the sensor continues to operate with the previous valid setting. 20 (0.787) 43 (1.69) 62 (2.44) 112 (4.41) 3 (0.12) 35 (1.38) 60° 5° 5° 5.3 (0.21) R3 0.14 .5 5.3 (0.21) 43 (1.69) 50 (1.97) 35 (1.38) 15 (0.59) 30 (1.18) 5.3 (0.21) 5.3 (0.21)5°5° 35 (1.38) 1 3 4 2 3 4 2 1 Blue Blk White Brown + ANALOG LOAD − (Q2) (Q1) A B Q1 A B Q2 RUN SET Yellow LEDs - Signal indicators SET button Rotary Switch Laser output Green LED Operating indicator 3 After the LEDs flash simultaneously, they flash alternately to indicate whether the Teh was successful: Successful: slower alternating flashing (2.5 Hz) Unsuccessful: faster alternating flashing (8 Hz). ¹ Set-points can be independently taught. For example, set-point Q1-B can be set/re-taught without changing set-point Q1-A. By pressing the SET button for >5 s when Q1-A, Q1-B or Q2-A is selected with the Rotary Switch, the taught value for that set-point is deleted, leaving the sensor with no value for the set-point that was selected. When you delete Q2-A, the analog output changes to Zero Point mode (see “Zero Point (Positive Slope)” on page 4 for details). Note that the value for Q2-B cannot be deleted, it can only be overwritten. When switching between discrete sensing modes, it is necessary to delete or teh the set-points for both Q1-A and Q1-B. Setting the discrete output: Q1 The discrete NPN/PNP output can be set as a switchpoint or switching window as described below. These instructions were made with the assumption that the sensor is being used for Light Operate and that a PNP output is desi. If the requi output is NPN, then refer to the rotary positions listed in the parentheses () throughout the Discrete Output instructions. Switch-point and closer This is the most coonly used mode for object detection with bkground suppression. If using the sensor for this type of application set the Teh-point at the farthest distance from the sensor that the target will pass. When using this mode, the sensor output will turn on if it detects an object between 200 (8 in.) from the sensor fe and up to the Teh-point. For example, if the Teh-point is set at 2 m (6.6 ft), the output would turn on if the sensor detects an object anywhere between 200 and 2 m. 1. Ple a target at the desi Teh-point, move the Rotary Switch to position Q1-B (Q1-A for NPN). 2. Press and hold the SET button until the Green and
