FBM201适用于工业控制系统中的数字输入信号采集和处理。例如,监测防火系统、通风系统、自动化生产线等。FBM201是一种高精度、高速度的数字输入模块。它可以采集和处理工业控制系统中的数字信号,并通过RS485通信接口与控制器进行通信。FBM201采用16位二进制精度,确保了数据的准确性和稳定性。FBM201采用数字信号采集和处理技术,具有高速度、高精度、高稳定性的特点。它可以采集和处理工业控制系统中的数字信号,并通过RS485通信接口与控制器进行通信。FBM201采用16位二进制精度,确保了数据的准确性和稳定性。
PLC控制器本身的硬件采用积木式结构,各厂家产品结构大同小异。以日本欧姆龙C200HE为例,为总线模板框式结构,基本框架(CPU母板)上装有CPU模板,其它槽位装有I/O模板;如果I/O模板多时,可由CPU母板经I/O扩展电缆连接I/O扩展母板,在其上装I/O模板;另一种方法是配备远程I/O从站等。这些都说明了PLC厂家将硬件各部件均向用户开发,便于用户选用,配置成规模不等的PLC,而且这种硬件配置的开放性,为制造商、分销商(代理商)、系统集成商、最终用户带来很多方便,为营销供应链带来很大便利,这是一大成功经验。
FBM201 is suitable for digital input signal acquisition and processing in industrial control systems. For example, monitoring fire protection systems, ventilation systems, automated production lines, etc. FBM201 is a high-precision and high-speed digital input module. It can collect and process digital signals in industrial control systems, and communicate with the controller through the RS485 communication interface. FBM201 adopts 16 bit binary accuracy, ensuring the accuracy and stability of the data. FBM201 adopts digital signal acquisition and processing technology, which has the characteristics of high speed, high precision, and high stability. It can collect and process digital signals in industrial control systems, and communicate with the controller through the RS485 communication interface. FBM201 adopts 16 bit binary accuracy, ensuring the accuracy and stability of the data.
The hardware of the PLC controller itself adopts a building block structure, and the product structures of various manufacturers are similar. Taking the Japanese Omron C200HE as an example, it has a bus template frame structure. The basic framework (CPU motherboard) is equipped with CPU templates, while other slots are equipped with I/O templates; If there are many I/O templates, the CPU motherboard can be connected to the I/O expansion motherboard through an I/O expansion cable, and I/O templates can be installed on it; Another method is to equip remote I/O slave stations, etc. These all indicate that PLC manufacturers develop hardware components for users to choose from, and configure them into PLCs of varying sizes. The openness of this hardware configuration brings a lot of convenience to manufacturers, distributors (agents), system integrators, and end users, and greatly facilitates the sales supply chain. This is a major success story
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