MVI69-AFC液体流量计 PDF资料
1.产 品 资 料 介 绍：
MVI69-AFC 液体流量计模块是一种用于工业自动化控制系统中的流量计算模块，主要应用于 CompactLogix 控制平台。该模块能够对液体或气体介质进行流量计算与数据处理，并提供实时监测与累计计量功能，在能源计量及工业过程控制系统中具有重要作用。
主要功能特点：
支持液体及气体介质的流量计算，实现精确计量与监测。
兼容多种工业流量计算标准，适用于不同类型的计量系统。
支持多通道流量数据处理，可同时管理多个计量点。
通过 PLC 背板与控制系统进行高速数据交换，提高系统集成度。
支持工业通信协议，便于与上位机系统或监控系统进行数据通信。
具备数据记录与状态监测功能，便于系统运行分析和维护。
典型技术参数：
型号：MVI69-AFC
模块类型：液体 / 气体流量计算模块
适用平台：CompactLogix 控制系统
通信接口：串行通信接口
安装方式：PLC 机架安装
工作温度：0℃ ～ 60℃
存储温度：-40℃ ～ 85℃
应用领域：
MVI69-AFC 液体流量计模块广泛应用于工业自动化与能源计量领域，例如石油天然气输送系统、化工生产装置、能源管理系统、油气储运设施以及大型工业生产过程控制系统中，用于实现对流体介质流量的实时监测与精确计算。
MVI69-AFC液体流量计 英文介绍
The MVI69-AFC liquid flowmeter module is a flow calculation module used in industrial automation control systems, mainly applied to the CompactLogix control platform. This module can perform flow calculation and data processing on liquid or gas media, and provide real-time monitoring and cumulative measurement functions, playing an important role in energy metering and industrial process control systems.
Main functional features:
Support flow calculation of liquid and gas media to achieve accurate measurement and monitoring.
Compatible with multiple industrial flow calculation standards, suitable for different types of metering systems.
Supports multi-channel traffic data processing and can manage multiple metering points simultaneously.
High speed data exchange between PLC backplane and control system to improve system integration.
Supports industrial communication protocols, facilitating data communication with upper computer systems or monitoring systems.
Equipped with data recording and status monitoring functions, it facilitates system operation analysis and maintenance.
Typical technical parameters:
Model: MVI69-AFC
Module Type: Liquid/Gas Flow Calculation Module
Applicable platform: CompactLogix control system
Communication interface: Serial communication interface
Installation method: PLC rack installation
Working temperature: 0 ℃~60 ℃
Storage temperature: -40 ℃~85 ℃
Application fields:
The MVI69-AFC liquid flowmeter module is widely used in the fields of industrial automation and energy measurement, such as oil and gas transportation systems, chemical production equipment, energy management systems, oil and gas storage and transportation facilities, and large-scale industrial production process control systems, to achieve real-time monitoring and accurate calculation of fluid medium flow rate.