描述
ABB UFC760BE142 3BHE004573R0142产品详情
一、基本信息
品牌与型号：ABB UFC760BE142 3BHE004573R0142
产品类型：控制器模块（电力通讯模块）
应用领域：广泛应用于工业自动化、能源管理、电力系统监控与控制等领域，尤其适用于需要高精度、高可靠性电力监控与控制的工业场景。
二、技术规格
核心功能
电力监控与控制：实时采集电力系统的电压、电流、功率等参数，执行保护性控制操作，确保系统稳定运行。
通信协议支持：兼容以太网、Modbus、Profibus DP等多种工业通信协议，支持逻辑独立双Profibus DP总线，可适配全部标准通信速率。
电气与物理参数
供电电压：支持115-220V宽幅电源输入，适应不同工业电源环境。
防护等级：外壳防护等级IP20，接线板防护等级IP2X，符合EN 50022-35导轨安装标准。
环境适应性：工作温度范围0-55℃，存储温度-20至+85℃，可在复杂工业环境中稳定运行。
接口与扩展性
数字输入输出：配备8路数字输入和4路测试输出，安全等级达SIL 3/PL e/Cat.4。
信号指示：通过LED实时显示工作状态与故障诊断信息，支持热插拔功能。
模块化设计：采用导轨紧固安装方式，支持与其他ABB设备无缝集成，形成完整控制系统。
三、功能特点
高精度控制
处理能力：基于高性能处理器架构，实现复杂控制算法的毫秒级响应。
采样稳定性：采用滤波技术消除共模电压干扰，确保模拟量采样精度优于0.1%。
通信可靠性
协议兼容性：支持IEC 61850等电力行业标准协议，实现与SCADA系统的双向数据交互。
总线冗余：双Profibus DP总线设计支持热备份，通信中断时间<10ms。
安全防护体系
电气安全：内置过压/过流保护电路，24V DC电源端子支持±20%电压波动。
故障诊断：通过服务端口（RS-232）可读取详细故障代码，支持远程维护。
四、应用场景
工业自动化产线
设备控制：协调机器人系统、数控机床等设备的同步运行，定位精度达±0.01mm。
数据采集：同步处理128通道模拟信号，数据刷新周期<10ms。
能源管理系统
电网监控：实时监测10kV配电系统的三相不平衡度，电压波动检测精度0.5%。
能效优化：通过功率因数补偿算法，使系统效率提升8-12%。
ABB UFC760BE142 3BHE004573R0142 Product Details
I.Basic Information
Brand and Model:ABB UFC760BE142 3BHE004573R0142
Product Type:Controller Module(Power Communication Module)
Application Fields:Widely used in industrial automation,energy management,power system monitoring and control,etc.,especially suitable for industrial scenarios that require high-precision and high-reliability power monitoring and control.
II.Technical Specifications
Core Functions
Power Monitoring and Control:Real-time collection of voltage,current,power and other parameters of the power system,execution of protective control operations,and ensuring stable operation of the system.
Communication Protocol Support:Compatible with multiple industrial communication protocols such as Ethernet,Modbus,Profibus DP,etc.,supports logically independent dual Profibus DP buses,and can adapt to all standard communication rates.
Electrical and Physical Parameters
Power Supply Voltage:Supports 115-220V wide power input to adapt to different industrial power supply environments.
Protection level:IP20 for the housing and IP2X for the terminal block,in compliance with the EN 50022-35 rail installation standard.
Environmental adaptability:Operating temperature range 0-55°C,storage temperature-20 to+85°C,can operate stably in complex industrial environments.
Interface and scalability
Digital input and output:Equipped with 8 digital inputs and 4 test outputs,with a safety level of SIL 3/PL e/Cat.4.
Signal indication:Real-time display of working status and fault diagnosis information through LED,supporting hot-swap function.
Modular design:Adopts rail fastening installation method,supports seamless integration with other ABB equipment to form a complete control system.
III.Functional features
High-precision control
Processing capability:Based on high-performance processor architecture,it realizes millisecond response of complex control algorithms.
Sampling stability:Filtering technology is used to eliminate common-mode voltage interference to ensure that the analog sampling accuracy is better than 0.1%.
Communication reliability
Protocol compatibility:Supports IEC 61850 and other power industry standard protocols to achieve two-way data interaction with SCADA systems.
Bus redundancy:Dual Profibus DP bus design supports hot backup,communication interruption time<10ms.
Safety protection system
Electrical safety:Built-in overvoltage/overcurrent protection circuit,24V DC power terminal supports±20%voltage fluctuation.
Fault diagnosis:Detailed fault codes can be read through the service port(RS-232),supporting remote maintenance.
IV.Application scenarios
Industrial automation production line
Equipment control:Coordinate the synchronous operation of robot systems,CNC machine tools and other equipment,with a positioning accuracy of±0.01mm.
Data acquisition:Synchronous processing of 128-channel analog signals,data refresh cycle<10ms.
Energy management system
Grid monitoring:Real-time monitoring of the three-phase imbalance of the 10kV distribution system,with a voltage fluctuation detection accuracy of 0.5%.
Energy efficiency optimization:Through the power factor compensation algorithm,the system efficiency is improved by 8-12%.
