ABB SCYC51020 58052582G 工业备件
应用下方的空白区域（朝向波束1）必须包括波束1，并定义为波束1到fb_offset。（光束1必须被阻挡，以配置应用检测区域下方的空白区域。）3.载体区域将载体（托盘、板条箱等）放置在灯阵列的区域中，然后再次短暂按下示教按钮。状态指示器D14现在应该大约每3秒闪烁三次，这表明中断所有波束的载波现在已经被识别。这些光束中最高的光束被设置为“zc”光束（顶部光束载体区域）。在该教学过程结束时，“fb_offset”（不包括）和“zc”波束（包括）之间的所有波束被定义为载波区。表15-I/O板DIP开关设置功能DIP开关S1（O:OFF，1:ON，X:not relev相关）8765432 1默认设置0 0 0 0 00 0 0 0标准波束计数方向0 X 0 X 0 0 0反向波束计数方向1 X 1 X 0 0输出逻辑（默认值）低X X 0 X X X X输出逻辑高X X X 1 X X X超悬监测，具有时间延迟0 0 X X 0 0 00使用触发传感器进行超悬监测01 XX0000设置默认值1 X X X X X X表16-I/O模型参数默认值（光束编号）zc–载体区域1 1 oh–超高1 1 z1L–区域1最低光束1 1 z1H–区域3最高光束n/4（1）（1）n=光阵列中的光束总数n/4 z2L–区域2最低光束z1H+1 z1H+1 z2H–区域2最高光束2n/4 2n/4 z3L–区域4最低光束z2H+1 z2H+1 z3H–区域3最高光束3n/4 3n/4 z4L–区域5最低光束z3H+1z3H+1 z4H–区域4最高波束n n波束计数模式0=第一波束电缆侧注意：通过正确接地或分流以及使用静电控制包装和材料处理产品，帮助保护控制器免受ESD的影响。通过接地、电离和使用导电和耗散静电控制材料来耗散和中和。重要信息：只有使用悬挂检测的应用程序才需要设置载体区域。对于其他应用程序，按“设定”按钮跳过此步骤。
The blank area below the application (towards beam 1) must include beam 1 and be defined as beam 1 to fb_ offset。 (Beam 1 must be blocked to configure a blank area below the application detection area.) 3. Carrier area Place the carrier (tray, crate, etc.) in the area of the lamp array, and then briefly press the teach button again. Status indicator D14 should now flash about three times every three seconds, indicating that the carrier that interrupted all beams has now been identified. The highest beam of these beams is set as the "zc" beam (top beam carrier area). At the end of this teaching process, all beams between "fb_offset" (not included) and "zc" beams (included) are defined as carrier areas. Table 15 I/O board DIP switch setting function DIP switch S1 (O: OFF, 1: ON, X: not relev related) 8765432 1 default setting 0 0 0 00 0 0 0 standard beam counting direction 0 X 0 X 0 0 reverse beam counting direction 1 X 1 X 0 0 output logic (default) low X X 0 X X X X X output logic high X X X X 1 X X X X overhang monitoring, With time delay 0 0 X X 0 00 00 Overhang monitoring with trigger sensor 01 XX0000 setting default value 1 X X X X X X X Table 16-I/O model parameter default value (beam number) zc – carrier area 1 1 oh – superelevation 1 1 z1L – area 1 minimum beam 1 1 z1H – area 3 maximum beam n/4 (1) (1) N=total number of beams in the optical array n/4 z2L – zone 2 minimum beam z1H+1 z1H+1 z2H – zone 2 maximum beam 2n/4 2n/4 z3L – zone 4 minimum beam z2H+1 z2H+1 z3H – zone 3 maximum beam 3n/4 3n/4 z4L – zone 5 minimum beam z3H+1 z3H+1 z4H – zone 4 maximum beam n n beam counting mode 0=first beam cable side Note: by proper grounding or shunting and using electrostatic control packaging and materials to treat products, Help protect the controller from ESD. Dissipate and neutralize by grounding, ionization, and the use of conductive and dissipative electrostatic control materials. Important information: Only applications using suspension detection need to set the carrier area. For other applications, press the Set button to skip this step.
