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所在平台: Udemy |
课程主页: https://www.udemy.com/course/complete-pneumatics-theory-practice-troubleshooting/
课程评论：没有评论
课程名称：完整气动系统：理论、实践与故障排除 课程概述：本课程旨在通过理论基础、实践模拟和与工厂环境相关的故障排除技术，提供对气动概念的全面理解。课程专为工匠设计，包括机械工、电工、设备维修工、仪器技术员、工具制造工、技术人员以及技术学院或理工大学的学生，适合初学者及希望提升技能的学员。获取的知识可以立即应用，以应对工厂的停机或故障问题。参与者将学习压缩机、干燥器、空气接收器、FRL单元、方向控制阀（DCVs）和执行器的功能，以及阅读气动图和故障排除气动电路的技能。 课程通过一系列教学视频介绍基本气动符号，帮助理解气动电路中的相关组件，并配有相应的问题以加深理解。视频中明确概述了气动电路构建的核心原则，重点讨论方向控制阀。同时，课程还探讨了多种工业中常用的气动电路，如快速消费品、塑料、家禽、包装和金属等，该讲师在这些领域具有丰富的实践经验，包括控制气动缸和其他执行器的电路。课程使用FluidSIM从零开始开发包含AND、OR和顺序逻辑门的电路，促进从设计到模拟的深入理解。每个主题通过相关问题进行巩固，增强学习体验。
This course aims to provide a thorough understanding of pneumatic concepts through a combination of theoretical foundations, practical simulations, and troubleshooting techniques relevant to a factory environment. It is specifically designed for artisans, including millwrights, electricians, fitters, instrument technicians, toolmakers, technicians, and technical colleges or University of Technology students therefore catering to both beginners and those looking to enhance their skills. The knowledge gained can be immediately applied to even address an immediate factory downtime or stoppages. Participants will learn about the functions of compressors, dryers, air receivers, FRL units, directional control valves (DCVs), and actuators, along with skills in reading pneumatic drawings and troubleshooting pneumatic circuits in a factory setting.Basic pneumatic symbols are introduced through a series of instructional videos that improve understanding of the relevant components in pneumatic circuits, accompanied by appropriate questions. The core principles of pneumatic circuit construction are clearly outlined in the videos focused on directional control valves.The course further explores various pneumatic circuits commonly used in the industry such as FMCG,Plastic,Poultry,Packaging,Metal which the instructor has worked with including those used to control pneumatic cylinders and other actuators. Circuits utilizing AND, OR, and sequencing logic gates are developed from scratch using FluidSIM, facilitating a deeper understanding from design to simulation. Each topic is reinforced with related questions to enhance the learning experience.
