IC660EBD020 电子组件

IC660EBD020 电子组件

IC660EBD020 电子组件

GE Fanuc Genius l-O IC660BBDO20 DC源I/o模块是一个固态电子模块，其主要作用是作为阿格Fanuc系列90-30 PLC和现场设备(如机电传感器和执行器)之间的连接和控制接口。

GE Fanuc IC660BBDO20 DC源I/O模块能够提供连接到其终端的16个Y/O电路运行所需的电源电压，24至48伏DC电源用于为模块本身供电。可以使用该I/O模块控制和监控的16个独立/O电路中的每一个都有一个相应的led指示灯，它将显示连接到分配给它的V/O端口的负载的状态。最终用户可以决定I/O模块是用作输入模块、输出模块，还是用作输入和输出的组合。

GE Fanuc IC660BBDO20 DC源I/O模块具有多种开箱即用的诊断功能。温度超过100摄氏度时，过热诊断功能将关闭I/O模块。

GE FanucIC660BBD020 DC源/O模块也提供短路保护，用于在任何端口检测到10安培以上的电流水平后，在几微秒内关闭故障电路。其他诊断功能包括故障开关检测、开路检测、过载和空载检测。来自或去往连接到/O块的现场设备的接线只需拧入块上一个正确识别的I/O端口，即可使用。

IC660EBD020 电子组件

The GE Fanuc Genius l-O IC660BBDO20 DC source I/o module is a solid-state electronics module whose primary role is to act as the connection and control interface between the AGFANUC Series 90-30 PLCS and field devices such as electromechanical sensors and actuators.

The GE Fanuc IC660BBDO20 DC source I/O module is capable of providing the power supply voltage required for the operation of the 16 Y/O circuits connected to its terminals, with 24 to 48 volts DC supply used to power the module itself. Each of the 16 separate /O circuits that can be controlled and monitored with this I/O module has a corresponding led indicator that will show the status of the load connected to the V/O port assigned to it. The end user can decide whether the I/O module is used as an input module, an output module, or a combination of input and output.

The GE Fanuc IC660BBDO20 DC source I/O module features a variety of out-of-the-box diagnostic functions. When the temperature exceeds 100 degrees Celsius, the overheating diagnostic function will shut down the I/O module.

The GE FanucIC660BBD020 DC source /O module also provides short circuit protection, which is used to shut down a faulty circuit within a few microseconds after a current level above 10 amps is detected at any port. Other diagnostic functions include fault switch detection, open circuit detection, overload and no-load detection. Connections from or to field devices connected to the /O block can be used by simply screwing in a correctly identified I/O port on the block.