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MVI56-AFC  PROSOFT 气体和液体流量计算机 漳州风云

品牌:PROSOFT

P/ n:MVI56-AFC

目录描述:气体和液体流量计算机

原产地:美国

漳州风云提供MVI56-AFC等S/PLC,漳州风云珊妮为您报价,并提供一年保修服务。

MVI56-AFC质量高价格实惠有多种型号。

MVI56-AFC PROSOFT 气体和液体流量计算机

  • 电话/Phone:15359458915 (微信同号)
  • 邮箱/Email:sales@fyplc.cn
  • 地址:漳州市龙文区朝阳北路1号办公楼205

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产品详细说明

产品详情:MVI56-AFC  PROSOFT 气体和液体流量计算机

  1. 高度集成:MVI56-AFC与ControlLogix平台无缝集成,减少了额外硬件的需求,降低了成本。
  2. 多流量计支持:该模块最大支持16个流量计,每个流量计同时支持四路流量测量,提高了测量效率和准确性。
  3. Modbus通信:通过以太网(Modbus TCP/IP)可以远程调试和监控模块,灵活的串口配置允许两个Modbus从站端口或者一个Modbus从站和一个Modbus主站端口的连接。
  4. 数据集中与归档:提供定制化Modbus数据图,重新映射到一个虚拟从站,使数据集中,减少系统带宽负荷。所有数据包括配置、计算结果和历史归档能通过Modbus TCP/IP服务器和Modbus从站串口获得。
  5. 配置与审计:配置软件提供下载和查看归档和事件的功能。审计扫描捕捉过程输入并计算结果作为“快照”,允许计算校验。事件日志记录重要的事件和警报,归档数据可以导出为多种格式。
  6. 流量证明与安全性:允许流量3类证明类型,并提供密码保护计划,以控制使用者登录流量计检验和认证行为

MVI56-AFC

产品参数:MVI56-AFC  PROSOFT 气体和液体流量计算机

  • 最大支持流量计数量:16个
  • 每个流量计支持的流量路数:四路
  • 通信协议:支持Modbus TCP/IP协议,允许远程调试和监控
  • 串口配置:灵活的串口配置,允许两个Modbus从站端口或者一个Modbus从站和一个Modbus主站端口的连接
  • 数据获取:所有包括配置、计算结果和历史归档的数据都能通过Modbus TCP/IP服务器和Modbus从站串口获得
  • 定制化Modbus数据图:提供定制化Modbus数据图,可以重新映射到一个虚拟从站,使数据集中,减少系统带宽负荷

应用领域:MVI56-AFC  PROSOFT 气体和液体流量计算机

MVI56-AFC气体和液体流量计算机在工业自动化和控制领域具有广泛的应用,特别是在以下方面:

  1. 石油和天然气:用于石油和天然气开采、运输和加工过程中的流量测量和控制。
  2. 化工:在化工生产过程中,用于监控和控制各种液体和气体的流量,确保生产过程的稳定性和安全性。
  3. 能源管理:在能源分配和传输系统中,用于监测和控制流量,以提高能源使用效率和管理水平。
  4. 水处理:在水处理过程中,用于测量和控制水流量,确保水质和供水量的稳定。

Product details: MVI56-AFC PROSOFT gas and liquid flow computer
Highly integrated: MVI56-AFC seamlessly integrates with the ControlLogix platform, reducing the need for additional hardware and lowering costs.
Multi flow meter support: This module supports up to 16 flow meters, each of which supports four flow measurements simultaneously, improving measurement efficiency and accuracy.
Modbus communication: Modules can be remotely debugged and monitored through Ethernet (Modbus TCP/IP), and flexible serial port configuration allows for the connection of two Modbus slave ports or one Modbus slave and one Modbus master port.
Data centralization and archiving: Provide customized Modbus data graphs that are remapped to a virtual slave to centralize data and reduce system bandwidth load. All data, including configuration, calculation results, and historical archives, can be obtained through Modbus TCP/IP servers and Modbus slave serial ports.
Configuration and Audit: The configuration software provides the ability to download and view archives and events. Audit scanning captures process inputs and calculates results as a ‘snapshot’, allowing for verification calculations. Event logs record important events and alerts, and archived data can be exported in multiple formats.
Traffic proof and security: Allow three types of traffic proof and provide a password protection plan to control user login flow meter verification and authentication behavior
Product parameters: MVI56-AFC PROSOFT gas and liquid flow computer
Maximum supported number of flow meters: 16
Each flowmeter supports four flow paths
Communication protocol: Supports Modbus TCP/IP protocol, allowing remote debugging and monitoring
Serial port configuration: Flexible serial port configuration, allowing for the connection of two Modbus slave ports or one Modbus slave and one Modbus master port
Data acquisition: All data including configuration, calculation results, and historical archives can be obtained through Modbus TCP/IP server and Modbus slave serial port
Customized Modbus Data Graph: Provides customized Modbus data graphs that can be remapped to a virtual slave to centralize data and reduce system bandwidth load
Application area: MVI56-AFC PROSOFT gas and liquid flow computer

The MVI56-AFC gas and liquid flow computer has a wide range of applications in industrial automation and control, especially in the following areas:

Oil and gas: used for flow measurement and control in the extraction, transportation, and processing of oil and gas.
Chemical industry: Used in the chemical production process to monitor and control the flow of various liquids and gases, ensuring the stability and safety of the production process.
Energy management: used in energy distribution and transmission systems to monitor and control flow to improve energy efficiency and management level.
Water treatment: Used to measure and control water flow during the water treatment process, ensuring stable water quality and supply.

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