ABB EC-BOM-G009HLA005 ABB

ABB EC-BOM-G009HLA005是一款Uvisor-MFD火焰控制器。以下是其产品详情:

基本信息

品牌:ABB

型号:EC-BOM-G009HLA005

类型:火焰控制器

安全规范:设计符合EN 61010-1(IEC 61010-1)

安装等级:过电压类型III,污染限度2,防护等级IP20

工作温度:0-60℃

贮存和运送温度:-25℃-85℃

分类: 品牌:

描述

ABB EC-BOM-G009HLA005是一款Uvisor-MFD火焰控制器。以下是其产品详情:

基本信息

品牌:ABB

型号:EC-BOM-G009HLA005

类型:火焰控制器

安全规范:设计符合EN 61010-1(IEC 61010-1)

安装等级:过电压类型III,污染限度2,防护等级IP20

工作温度:0-60℃

贮存和运送温度:-25℃-85℃

功能特点

双通道检测:具有两个完全独立的放大器通道,能同时处理两个火焰检测探头发出的火焰信号,每个通道可以组态两种不同方法检测火焰,基于检测器的类型,检测方法包括闪烁频率接受器和脉冲计数接受器。

逻辑连接:两个通道能独立使用一个,另一个驱动联合的火焰继电器,它们通过内部逻辑“与/或”连接起来产生一个火焰状态信号,第二个通道继电器提供辅助的火焰信号有火状态。

参数独立调整:MFD的任一通道的参数都可以独立地调整,每一通道都可以设立多达四套参数,可由BMS(燃烧器管理系统)自动选择,以达成最佳的调整参数。

数据存储:所有设定的参数(包括MFD智能单元的参数和每一放大器通道的参数)都保存在永久性存储器中。

增强特性:提供独立的模拟量输出,对每个火焰检测器;具备自动参数调整功能;可通过RS232接口连接一个本地的监控站,在线实时显示火焰信号趋势,归档涡型图,浏览和下载MFD中设立的参数,或将监控系统中备份的参数上传到MFD中,还可下载更新固件版本;支持火焰闪烁频谱分析;可将多个MFD通过RS485网络连接到远程SCADA(监控和数据采集)上,基于工业标准MODBUS协议;有一个热电偶输入和相关报警输出,测量保护防止探头热端过热;具有多种语言图象显示,提供用户更加和谐的命令选择图标。

The ABB EC-BOM-G009HLA005 is a Uvisor-MFD flame controller.Below are its product details:

Basic Information

Brand:ABB

Model:EC-BOM-G009HLA005

Type:Flame Controller

Safety Specifications:Designed to comply with EN 61010-1(IEC 61010-1)

Installation Category:Overvoltage Category III,Pollution Limit 2,Protection Class IP20

Operating Temperature:0-60°C

Storage and Shipping Temperature:-25°C-85°C

Features:Dual-Channel Detection:Features two completely independent amplifier channels,capable of simultaneously processing flame signals from two flame detection probes.Each channel can be configured with two different flame detection methods,including flicker frequency detection and pulse counting,depending on the detector type.

Logical Connections:One of the two channels can be used independently,while the other drives a combined flame relay.These channels are connected via internal”AND/OR”logic to generate a flame status signal.The second channel relay provides a secondary flame status signal.Independent Parameter Adjustment:Parameters for each MFD channel can be adjusted independently.Up to four parameter sets can be established for each channel,automatically selected by the BMS(Burner Management System)to achieve optimal adjustment parameters.

Data Storage:All set parameters(including those for the MFD intelligence unit and each amplifier channel)are stored in nonvolatile memory.

Enhanced Features:Provides independent analog outputs for each flame detector;features automatic parameter adjustment;connects to a local monitoring station via an RS232 interface for real-time display of flame signal trends,archiving of vortex patterns,browsing and downloading MFD parameters,uploading backed-up parameters from the monitoring system to the MFD,and downloading firmware updates;supports flame flicker spectrum analysis;multiple MFDs can be connected to a remote SCADA(Supervisory Control and Data Acquisition)system via an RS485 network,based on the industry-standard MODBUS protocol;includes a thermocouple input and associated alarm output,and measurement protection to prevent overheating of the probe’s hot end;and features a multi-language graphical display,providing a more user-friendly command selection interface.

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