GE IS420ESWBH3A 工业自动化卡件
中断要忽略的光束/区域，并关闭输入IN 1。IN 1从ON变为OFF时中断的光束决定了空白区域。可以使用DIP开关8或再次执行示教过程来重置空白区域。教学过程中的注意事项：•单个空白区域中不能有任何孔，所有光束必须中断才能定义该区域。•第一消隐区从第一中断射束限定为小于未被阻挡的第一射束。（DIP开关6确定波束计数方向，默认标准波束计数从阵列的电缆端开始。）如果（且仅当）第一个消隐区以波束1开始，也可以创建第二个消隐区域。该区域定义为从下一个中断波束开始（在第一个不中断波束之后）一直到阵列末端，而不管其他波束被中断。•为获得最佳结果，请确认空白区域中的所有光束均已完全阻断。此外，如果正在创建两个空白区域，则确认第一区域包括光束1（基于DIP开关6确定的光束计数方向）。功能描述-I/O模型图5-I/O模型该控制器模型扩展了45MLA控制器的功能，以提供四个附加输出信号和一个示教功能。这些输出可以分配给光阵列上的特定区域或单个光束。引脚列表表12显示了主连接器J2上的引脚分配。表13显示了I/O扩展PCB上的引脚配置。状态指示器表14显示了I/O扩展PCB上状态指示器D10…D14的含义。输入2个PNP NPN PNP NPP D7 LED-电源I/O扩展PCB D3 LED输出1个D4 LED输出2个D6 LED输入2个D5 LED输入1个D13 LED D14 LED D12 LED D11 LED D10 LED RJ45连接器发射器RJ45连接器接收器D2 LED D1输入1个电位计2个电位计1个示教按钮可拆卸弹簧加载连接器输入逻辑跳线S1 J2 J14输出1个输出2个输入1个接地。Interrupt the beams/zones that are to be ignored and turn the input IN 1 OFF. The beams that are interrupted while IN 1 changes from ON to OFF determine the blanked zones. The blanked zones can be reset with DIP switch 8 or by doing the teach process again. Notes on the teach process: • There cannot be any holes in a single blanked zone—all beams must be interrupted to define the zone. • The first blanked zone is defined from the first interrupted beam to one less than the first beam that is not blocked. (DIP switch 6 determines beam counting direction, with the default standard beam counting starting from the cable end of the array.) If (and only if) the first blanked zone starts with Beam 1, a second blanked zone can also be created. The zone is defined as starting with the next interrupted beam (after the first uninterrupted beam) all the way to the end of the array, regardless of which other beams are interrupted. • For best results, confirm that all beams in the blanked zone are completely blocked. Also, if two blanked zones are being created, confirm that the first zone includes beam 1 (based on the beam counting direction that DIP switch 6 determines). Functional Description — I/O Model Figure 5 - I/O Model This model of the controller extends the functionality of the 45MLA controller to offer four additional output signals and a teach function. These outputs can be allocated to specific zones or single beams on the light array. Pin Listings Table 12 shows the allocation of pins on the main connector, J2. Table 13 shows the allocation of pins on the I/O extension PCB. Status Indicators Table 14 shows the meaning of status indicators D10…D14 on the I/O extension PCB. In 2 PNP NPN PNP NPN D7 LED - Power I/O Extension PCB D3 LED Out 1 D4 LED Out 2 D6 LED In 2 D5 LED In 1 D13 LED D14 LED D12 LED D11 LED D10 LED RJ45 Connector Emitter RJ45 Connector Receiver D2 LED D1 LED In 1 Pot 2 Pot 1 Teach PushButton Removable Spring-Loaded Connector Input Logic Jumpers S1 J2 J14 Out 1 Out 2 In 1 In 2 n. c. Earth.
