531X213DIOAGG1  |    模拟量输入模块  、具有过压过流保护等

型号：531X213DIOAGG1

规格:

电源电压:24VDC

功耗:<20 瓦特

通信协议:Modbus、Profibus、

EthernetlP

数据传输速率:高达 10 Mbps

额定温度范围:-40°C至 +70°C

防护等级:IP67

531X213DIOAGG1 模拟量输入模块是一款将远程现场的模拟量信号采集至计算机的设备1。它能够采集模拟量（如电压、电流、热电偶、热电阻、温度等数值）并通过特定的总线（如RS-485总线）传输到电脑上。模拟量输入模块在工业自动化、楼宇自动化、智能交通、水处理系统、能源管理、环境监测等多个领域都有广泛的应用。

531X213DIOAGG1 模拟量输入模块的功能特点包括支持多种采集量程和各类组态软件对接、支持多种电压和电流采集范围、具有过压过流保护等。其通信协议一般采用MODBUS RTU协议，方便与工业现场数据采集实现统一对接。

在使用模拟量输入模块时，可能会遇到一些问题，如电源问题或信号干扰。为了确保模拟量输入输出的准确性，需要确保PLC的电源电压稳定，使用防干扰的电缆或信号线，以及采取其他减少干扰的措施。

Model: 531X213DIOAGG1

Specifications:

Power supply voltage :24VDC

Power consumption :<20 watts

Communication protocol :Modbus, Profibus,

EthernetlP

Data transfer rate: up to 10 Mbps

Rated temperature range :-40°C to +70°C

Protection level :IP67

531X213DIOAGG1 analog input module is a device that collects analog signals from remote field to computer 1. It can collect analog values (such as voltage, current, thermocouple, thermal resistance, temperature, etc.) and transfer them to a computer through a specific bus (such as the RS-485 bus). Analog input module is widely used in industrial automation, building automation, intelligent transportation, water treatment system, energy management, environmental monitoring and other fields.

The functions and features of 531X213DIOAGG1 analog input module include supporting a variety of acquisition ranges and various configuration software docking, supporting a variety of voltage and current acquisition ranges, and having overvoltage and overcurrent protection. Its communication protocol generally adopts MODBUS RTU protocol, which is convenient to realize unified docking with industrial field data acquisition.

When using analog input modules, you may encounter some problems, such as power problems or signal interference. In order to ensure the accuracy of analog input and output, it is necessary to ensure that the power supply voltage of the PLC is stable, the use of anti-interference cables or signal lines, and other measures to reduce interference.