UFC762AE101 ABB 模拟量控制主板 伺服驱动模块

UFC762AE101 ABB 模拟量控制主板 伺服驱动模块

UFC762AE101 参数应用PLC系统电源驱动板卡控制器模块PLC基础、PLC编程概念、PLC应用深入了解DCS、SCADA和计算机控制系统，这些系统用于工业中各种机器、过程和系统的自动化1号机组可编程逻辑控制器（PLC）基础9小时。定义-PLC系统概述-输入/输出模块-电源-I/O插槽，通用PLC编程程序-编程开关输出、辅助命令和功能-创建梯形图来自过程控制描述-红绿灯控制系统的梯形图逻辑。

PLC基本编程-数字逻辑Gates-布尔代数。基本PLC功能寄存器基本功能-定时器功能-计数器功能。2号机组PLC中间功能11小时。算术函数-数字比较函数-跳过和MCR函数-数据移动系统。可编程控制器高级中间功能-利用数字位-定序器功能-PLC高级功能：备用编程语言-操作。PLC-PID功能-PLC安装-故障排除和机器人的维护控制-使用PLC进行处理-使用PLC设计联锁和警报。使用PC作为PLC-PLC的应用——以灌装系统、现场总线和HART协议为例3号机组分布式控制系统（DCS）9小时。

分布式控制系统的发展-构建块-不同体系结构体系结构的比较-详细描述和本地控制单元的功能。基本元件和功能操作员站。数据高速公路。冗余概念。4号机组分布式控制系统：通信设施和应用9小时。DCS通信设施-通信系统要求-体系结构问题-协议问题-通信系统标准.操作员接口.低级和高级操作员接口.操作员显示器-工程接口-低级和高级工程接口-分布式控制系统的应用-石油和天然气（开采，生产和储存）PLC具有即相同的基本控制器可以用于广的控制系统。要修改控制系统和要使用的规则，所有这些都是必要的是由操作员输入一组不同的指令。没有必要重新布线。结果是一种灵活、效益高的系统，可与变化很大的控制系统一起使用它们的性质和复杂性。PLC与计算机相似，但计算机在计算和显示方面进行了优化任务，PLC针对控制任务和工业环境进行了优化。因此，PLC是：可承受振动、温度、湿度和噪音。具有已在控制器内部的输入和输出接口。易于编程，具有易于理解的编程语言主要涉及逻辑和开关操作。

UFC762AE101 ABB 模拟量控制主板 伺服驱动模块

UFC762AE101 Parameters Application PLC system Power Drive Board Controller Module PLC Basics, PLC programming concepts, PLC applications In-depth knowledge of DCS, SCADA and computer control systems, which are used in the automation of various machines, processes and systems in industry Unit 1 Programmable Logic Controller (PLC) basics 9 hours. Definition -PLC System Overview - Input/Output modules - Power supply -I/O slots, general purpose PLC programming - Programming switch outputs, auxiliary commands and functions - Create ladder diagram from Process Control Description - Ladder diagram logic for traffic light control systems.

PLC Basic programming - Digital logic Gates- Boolean algebra. Basic PLC function Basic function of register - timer function - counter function. Unit 2 PLC intermediate function 11 hours. Arithmetic function - number comparison function - Skip and MCR function - data moving system. Programmable controller Advanced intermediate function - Using digital bits - Sequencer function -PLC Advanced function: Alternate programming language - Operation. Plc-pid function -PLC installation - Troubleshooting and maintenance control of robots - Processing with PLCS - Interlocking and alarm design with PLCS. Using PC as PLC-PLC application - Taking filling system, fieldbus and HART protocol as an example Unit 3 Distributed Control system (DCS) 9 hours.

Development of distributed control systems - Building blocks - Comparison of different architecture architectures - Detailed description and function of local control units. Basic components and functional operator stations. The data superhighway. Redundancy concept. Unit 4 Distributed control system: Communication facilities and applications 9 hours. DCS communication facilities - Communication system requirements - Architecture issues - Protocol issues - Communication system standards. Operator interface. Low and high level operator interface. Operator Display - Engineering Interface - Low and High Level engineering interface - Distributed control system applications - Oil and Gas (extraction, production and storage) PLC has the same basic controller that can be used for a wide range of control systems. To modify the control system and the rules to be used, all of which are necessary is for the operator to enter a different set of instructions. There is no need to rewire. The result is a flexible, cost-effective system that can work with highly variable control systems to use their nature and complexity. PLCS are similar to computers, but computers perform optimization tasks in terms of calculation and display, and PLCS are optimized for control tasks and industrial environments. Therefore, the PLC is: can withstand vibration, temperature, humidity and noise. Has input and output interfaces that are already inside the controller. Easy to program, with an easy-to-understand programming language that mainly involves logic and switching operations.