TSX08CD12R8AS

输入通道:8个单端或4个差分模拟输入通道

分辨率:12位

精度:±0.1%

频率抑制:50/60 Hz

可编程增益和滤波功能

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描述

TSX08CD12R8AS

产品说明

TSX08CD12R8AS

TSX08CD12R8AS

该模块是施耐德电气公司生产的可编程逻辑控制器(PLC)的一部分,主要用于将模拟信号转换为数字信号,以便PLC处理。

产品参数

输入通道:8个单端或4个差分模拟输入通道

分辨率:12位

精度:±0.1%

频率抑制:50/60 Hz

可编程增益和滤波功能

产品规格

CPU类型:STM32F746NGH

CPU主频:320 MHz

内存:128 KB RAM,512 KB Flash

数字量输入通道数:8

数字量输出通道数:8

模拟量输入通道数:4

模拟量输出通道数:2

通信接口:Modbus RTU、RS-232、RS-485

IP等级:IP20

系列

该模块属于施耐德电气的TSX系列PLC模块。

特征

支持多种通信协议,如Modbus RTU、RS-232、RS-485

具有高精度和高分辨率的模拟输入功能

可编程增益和滤波功能,提高信号处理能力

作用与用途

该模块主要用于在工业环境下进行数字运算操作,通过其内部存储执行逻辑运算、顺序控制、定时、计数和算术运算等操作的指令,通过数字式或模拟式的输入输出来控制机械设备或生产过程。

应用领域

广泛应用于各种工业自动化控制系统中,如制造业、电力系统、水处理设施等需要精确控制和数据采集的场合。

TSX08CD12R8AS

TSX08CD12R8AS

Product Description:This module is a part of Schneider Electric’s PLC series,designed to convert analog signals into digital signals for PLC processing.

Product Parameters:Input Channels:8 single-ended or 4 differential analog input channels;Resolution:12-bit;Accuracy:±0.1%;Frequency suppression:50/60 Hz;Programmable gain and filtering functions.

Product Specifications:CPU Type:STM32F746NGH;CPU Frequency:320 MHz;Memory:128 KB RAM,512 KB Flash;Digital Input Channels:8;Digital Output Channels:8;Analog Input Channels:4;Analog Output Channels:2;Communication Interfaces:Modbus RTU,RS-232,RS-485;IP Rating:IP20.

Series:Part of the Schneider Electric TSX series PLC modules.

Features:Supports various communication protocols such as Modbus RTU,RS-232,RS-485;High accuracy and resolution for analog input functions;Programmable gain and filtering functions to enhance signal processing capabilities.

Function and Application:Used in industrial automation control systems to perform digital arithmetic operations,execute logical operations,sequence control,timing,counting,and arithmetic calculations through digital or analog inputs and outputs.

Application Fields:Widely used in various industrial automation control systems such as manufacturing industries,power systems,water treatment facilities,etc.,where precise control and data acquisition are required.