描述
产品概述
METSO D201380是一款工业自动化模拟输入模块，专为高精度信号采集与处理设计，适用于工业控制、能源管理及智能制造等领域。其核心功能包括高分辨率数据采集、噪声过滤及灵活的配置选项，旨在提升工业系统的响应速度与控制精度。
技术参数
模块类型与安装
结构形式：模块式设计，支持控制室安装。
兼容性：适配硬PLC系统，支持多输入类型与范围配置。
信号处理能力
高分辨率采集：确保工业场景下的精确数据捕获。
噪声过滤算法：通过先进算法优化信号输出，减少干扰。
核心功能特点
高精度信号处理
采用先进信号处理算法，有效过滤噪声，提升信号清晰度，增强控制系统响应速度与准确性。
灵活配置
支持多种输入类型与范围（如模拟信号、数字信号等），适应不同工业场景需求。
工业级可靠性
模块化设计：便于集成与维护，适配复杂工业系统架构。
环境适应性：适用于控制室等工业环境，保障长期稳定运行。
典型应用场景
工业自动化
过程控制、智能制造中的信号采集与处理。
能源管理
电力系统、能源设备的实时监测与优化控制。
环境监测
工业环境中的温度、压力等参数采集与分析。
D200175
D200175
Product Overview
METSO D201380 is an industrial automation analog input module designed for high-precision signal acquisition and processing,suitable for industrial control,energy management and intelligent manufacturing and other fields.Its core features include high-resolution data acquisition,noise filtering and flexible configuration options,aiming to improve the response speed and control accuracy of industrial systems.
Technical parameters
Module type and installation
Structural form:modular design,supporting control room installation.
Compatibility:Adapt to hard PLC system,supports multi-input type and range configuration.
Signal processing capability
High resolution acquisition:Ensure accurate data capture in industrial scenarios.
Noise filtering algorithm:optimize signal output through advanced algorithms to reduce interference.
Core functional features
High-precision signal processing
Advanced signal processing algorithms are adopted to effectively filter noise,improve signal clarity,and enhance the response speed and accuracy of the control system.
Flexible configuration
Supports multiple input types and ranges(such as analog signals,digital signals,etc.)to adapt to the needs of different industrial scenarios.
Industrial-grade reliability
Modular design:easy to integrate and maintain,adapt to complex industrial system architecture.
Environmental adaptability:Applicable to industrial environments such as control rooms to ensure long-term and stable operation.
Typical application scenarios
Industrial automation
Signal acquisition and processing in process control and intelligent manufacturing.
Energy Management
Real-time monitoring and optimization control of power systems and energy equipment.
Environmental monitoring
Collection and analysis of temperature,pressure and other parameters in industrial environments.
