MP3010 智能I/O远程模块 用于采集光伏系统中传感器

MP3010 智能I/O远程模块是一种具有通信功能的数据采集/传送模块，它自身没有控制调节功能，只是将现场数据送到控制中心（比如PLC），或者接受控制中心的数据，对现场设备进行控制。这种模块可以按照通信介质、通信协议以及用途进行分类。按照通信介质分类，智能I/O远程模块可以分为基于RS485的远程I/O模块、4G远程I/O模块、工业以太网远程I/O模块等。按照通信协议分类，则包括Modbus RTU IO模块、Modbus TCP IO模块、Profinet IO模块、DeviceNet IO模块、CC-LINK IO模块、Profibus DP IO模块、EtherCAT IO模块、MQTT远程IO模块、OPC UA IO模块、IIOT物联IO模块等。按照用途分类，例如工业实时以太网IO模块则包括Profinet IO模块、DeviceNet IO模块、CC-LINK IO模块、Profibus DP IO模块、EtherCAT IO模块等。此外，MP3010 智能I/O远程模块的作用包括数据采集和监控、控制和调节、通信和连接以及扩展和灵活性。在光伏设备行业中，它们起着至关重要的作用，用于采集光伏系统中各种传感器和监测设备的数据，进行设备的控制和调节，提供通信接口，以及方便地扩展光伏系统的功能和性能。

MP3010

The MP3010 intelligent I/O remote module is a data acquisition/transmission module with communication functions. It does not have control and adjustment functions, but only sends on-site data to the control center (such as PLC) or receives data from the control center to control on-site equipment. This type of module can be classified according to communication medium, communication protocol, and purpose. According to the classification of communication media, intelligent I/O remote modules can be divided into RS485 based remote I/O modules, 4G remote I/O modules, industrial Ethernet remote I/O modules, etc. According to communication protocol classification, it includes Modbus RTU IO module, Modbus TCP IO module, Profinet IO module, DeviceNet IO module, CC-LINK IO module, Profibus DP IO module, EtherCAT IO module, MQTT remote IO module, OPC UA IO module, IIOT IoT module, etc. Classified by purpose, for example, industrial real-time Ethernet IO modules include Profinet IO modules, DeviceNet IO modules, CC-LINK IO modules, Profibus DP IO modules, EtherCAT IO modules, etc. In addition, the functions of the MP3010 intelligent I/O remote module include data collection and monitoring, control and regulation, communication and connection, as well as expansion and flexibility. In the photovoltaic equipment industry, they play a crucial role in collecting data from various sensors and monitoring equipment in photovoltaic systems, controlling and adjusting equipment, providing communication interfaces, and conveniently expanding the functionality and performance of photovoltaic systems.