IC697MDL241RR  | 离散输入模块是PLC（可编程逻辑控制器）

系列 ：90-70系列

制造者：GE Fanuc（前）;艾默生自动化 （Current）

系列 ：90-70系列

零件编号 ：IC697MDL241RR

产品描述 ：离散输入模块

品牌 ：GE智能平台/GE发那科

十二 （12）： 个单端/差分输入 十二 （12） 个正逻辑输入.

IC697MDL241RR离散输入模块是PLC（可编程逻辑控制器）中的一个重要组成部分，它的主要功能是接收和转换离散信号，如开关状态、按钮操作、传感器输出等。这些信号通常只有两种状态：开或关，也被称为1和0。离散输入模块将这些物理状态转换为电信号，并传输到PLC进行处理。

具体来说，IC697MDL241RR离散输入模块可以检测并转换来自传感器的离散信号，将其转化为控制系统可以理解的数字信号。例如，当人工操作按钮时，离散输入模块能够接收并识别这一操作信号，使PLC能够快速响应并执行相应的指令或控制动作。这使得PLC在许多自动化控制场景中成为一个重要的选择，例如机器控制、流水线控制等。

此外，IC697MDL241RR离散输入模块通常具有多通道设计，允许同时连接和监控多个输入设备，从而简化了布线并提高了系统的灵活性。这些模块还采用高品质的电气元件和优化的电路设计，确保其在恶劣的工业环境中也能稳定可靠地工作。一些模块还可能具备过压、过流等保护功能，以增强系统的安全性。

Series: 90-70 series

Manufacturer: GE Fanuc (former); Emerson Automation (Current)

Series: 90-70 series

Part number: IC697MDL241RR

Product Description: Discrete input module

Brand: GE Intelligent Platform /GE Fanuc

Twelve (12) : Single ended/differential inputs Twelve (12) positive logic inputs.

IC697MDL241RR Discrete input module is an important part of PLC (Programmable logic controller), its main function is to receive and convert discrete signals, such as switch status, button operation, sensor output, etc. These signals usually have only two states: on or off, also known as 1 and 0. The discrete input module converts these physical states into electrical signals and transmits them to the PLC for processing.

Specifically, the IC697MDL241RR discrete input module can detect and convert the discrete signal from the sensor into a digital signal that the control system can understand. For example, when the button is manually operated, the discrete input module can receive and recognize this operation signal, so that the PLC can quickly respond and execute the corresponding command or control action. This makes PLC an important choice in many automation control scenarios, such as machine control, pipeline control, etc.

In addition, the IC697MDL241RR discrete input modules typically feature a multi-channel design that allows multiple input devices to be connected and monitored simultaneously, simplifying cabling and increasing system flexibility. These modules also use high-quality electrical components and optimized circuit design to ensure stable and reliable operation in harsh industrial environments. Some modules may also have overvoltage, overcurrent and other protection functions to enhance the security of the system.