Description
GE IS420UCSBH1A
GE IS420UCSBH1A是一款由通用电气(GE)生产的Mark VIe控制系统的UCSB控制器模块。它是一款自包含的计算机,用于执行特定于应用程序的控制系统逻辑。与传统的控制器不同,UCSB控制器不承载任何应用程序I/O,所有I/O网络都连接到每个控制器,为其提供所有输入数据。
产品参数
型号:IS420UCSBH1A
类型:UCSB控制器模块
处理器:专用处理器
接口:多种通信接口(具体取决于配置)
电源:内置电源
尺寸:符合标准模块尺寸
重量:轻巧便携
产品规格
符合工业标准:满足相关工业标准,确保产品质量和可靠性。
高可靠性:经过严格测试,适用于恶劣的工业环境。
模块化设计:模块化设计,方便安装和维护。
系列
属于GE Mark VIe控制系统系列的一部分。
特征
自包含:内置电源,无需外部电源。
无跳线设置:简化配置。
无电池:提高可靠性。
无风扇:降低噪音。
闪存可轻松更新:方便软件升级。
单模块设计:节省空间。
作用
执行控制逻辑:实现复杂的控制算法。
数据处理:处理来自各种传感器和执行器的信号。
系统集成:将各种设备和系统集成在一起。
用途
电力系统:主要应用于发电厂,用于控制发电机的励磁系统。
工业自动化:可用于其他需要复杂控制的工业自动化系统。
应用领域
电力行业:发电厂、变电站
工业自动化:石油化工、冶金等
英文说明
Product Overview
The GE IS420UCSBH1A is a UCSB controller module manufactured by General Electric as part of the Mark VIe Control Safety System Series.It is a self-contained computer that executes application-specific control system logic.Unlike traditional controllers,the UCSB controller does not host any application I/O,and all I/O networks are connected to each controller,providing it with all input data.
Product Parameters
Model:IS420UCSBH1A
Type:UCSB controller module
Processor:Dedicated processor
Interfaces:Multiple communication interfaces(depending on configuration)
Power supply:Built-in power supply
Dimensions:Standard module size
Weight:Lightweight and portable
Product Specifications
Compliance with industrial standards:Meets relevant industrial standards,ensuring product quality and reliability.
High reliability:Rigorously tested for harsh industrial environments.
Modular design:Modular design for easy installation and maintenance.
Series
Part of the GE Mark VIe control system series.
Features
Self-contained:Built-in power supply,no external power required.
No jumper settings:Simplified configuration.
No battery:Improved reliability.
Fanless:Reduced noise.
Flash memory can be easily updated:Convenient software upgrades.
Single module design:Saves space.
Function
Executes control logic:Implements complex control algorithms.
Data processing:Processes signals from various sensors and actuators.
System integration:Integrates various devices and systems.
Usage
Power systems:Primarily used in power plants to control the excitation system of generators.
Industrial automation:Can be used in other industrial automation systems that require complex control.
Application Areas