ABB XO08R2 1SBP260109R1001 脉冲输出单元

ABB XO08R2 1SBP260109R1001  脉冲输出单元

ABB XO08R2 1SBP260109R1001  脉冲输出单元

机器人系统中，我们继续开发 和灵活的解决方案，以帮助企业克服挑战，响应不断变化的客户需求，并在日益数字化的时代蓬勃发展，”ABB 机器人事业部总裁 Marc Segura 说。

“RobotStudio Cloud 等基于 Web 的新工具为制造商规划和设计机器人自动化解决方案的方式带来了新的敏捷性和灵活性。RobotStudio Cloud 提供简化的用户体验，有助于 协作并降低复杂性，使新手和 都能突破机器人编程的界限。”

已经是的机器人编程软件，新的和增强的基于云的 RobotStudio 软件可以帮助公司更协作地编程机器人，同时减少与物理测试和调试相关的时间 和中断。现在，系统集成商和工程团队可以实时协作来设计、开发和增强机器人自动化解决方案。

RobotStudio Cloud 的新功能包括版本控制，它允许用户跟踪更改并让任何修订完全透明。通过完全了解谁编辑了程序以及何时编辑，开发人员可以缩短解决错误和性能问题所需的时间。

结合 RobotStudio 基于云的虚拟控制器，开发人员拥有了一个快速而强大的机器人仿真工具来调整和测试程序。通过生成 的数字双胞胎，虚拟控制器让开发人员完全有信心——一旦安装在现实世界中——机器人将像在模拟中一样 地移动。这允许进行微调和优化，有助于在生产开始时限度地减少浪费或问题。

该软件的简化界面使生成和更改程序比以往任何时候都更容易，使几乎没有工程 知识的用户能够快速、轻松地对机器人应用程序进行编程。同时，企业级保护可确保高安全性和生产力。

RobotStudio Cloud 是 ABB RobotStudio 软件持续开发的 新篇章，该软件已经提供了 500 多种集成的生产力增强功能。例如，自动路径规划可以将机器人编程所需的时间减少 80%。此外，AR（增强现实）和 VR-enabled（虚拟现实）选项使用户能够在虚拟 3D 环境中进行可视化并与之交互，从而优化其机器人装置的设计。包括 RobotStudio Cloud 在内的 RobotStudio® Suite 在 Premium 许可包中可用。

工业自动化是指机器设备或生产过程在不需要人工直接干预或较少干预的情况下，按预期的目标实现测量、操纵等信息处理和过程控制的统称。按功能划分，自动化控制具体包括控制系统、驱动系统、反馈系统、执行系统、运动控制系统等，其中的控制系统被称为是工厂的“大脑”，是工业生产尤其是流程工业的中枢和基础，其安全稳定性、效率性直接影响生产流程各个生产环节。传统控制系统一般包括仪器仪表系统、DCS系统、PLC系统、SIS系统、SCADA系统、执行调节系统等。即集散控制系统，由输入输出模块、通信模块、控制器和人机界面组成，是一种以控制器和现场设备为基础，将相关工艺信号汇集到系统中，由操作站进行监视或其他控制操作，以分散控制、集中操作、分级管理为主要特征的工业自动化控制系统。侧重于局部逻辑控制相比，DCS更注重模拟量的控制，因此DCS系统拥有更强的数据传输和管理能力，这也是大型项目广泛应用DCS系统的主要原因。

ABB XO08R2 1SBP260109R1001  脉冲输出单元

In the robot system, we continue to develop and flexible solutions to help enterprises overcome challenges, respond to changing customer needs, and flourish in the increasingly digital era, "said Marc Segura, president of ABB Robotics Division.

"New Web-based tools such as RobotStudio Cloud have brought new agility and flexibility to the way manufacturers plan and design robot automation solutions. RobotStudio Cloud provides a simplified user experience, which helps collaboration and reduces complexity, enabling novices and people to break through the boundaries of robot programming. "

Existing robot programming software, new and enhanced cloud-based RobotStudio software can help companies to program robots more collaboratively, while reducing the time and interruption related to physical testing and debugging. Now, system integrators and engineering teams can collaborate in real time to design, develop and enhance robot automation solutions.

New features of RobotStudio Cloud include version control, which allows users to track changes and make any revisions completely transparent. By fully knowing who edited the program and when, developers can shorten the time needed to solve errors and performance problems.

Combined with the cloud-based virtual controller of RobotStudio, developers have a fast and powerful robot simulation tool to adjust and test the program. By generating digital twins, the virtual controller gives developers full confidence that once installed in the real world, the robot will move as it does in simulation. This allows fine-tuning and optimization, which helps to minimize waste or problems at the beginning of production.

The simplified interface of the software makes it easier to generate and change programs than ever before, and enables users with little engineering knowledge to program robot applications quickly and easily. At the same time, enterprise-level protection can ensure high security and productivity.

RobotStudio Cloud is a new chapter in the continuous development of ABB RobotStudio software, which has provided more than 500 integrated productivity enhancement functions. For example, automatic path planning can reduce the time required for robot programming by 80%. In addition, AR (Augmented Reality) and VR-enabled options enable users to visualize and interact in the virtual 3D environment, thus optimizing the design of their robot devices. RobotStudio® Suite, including RobotStudio Cloud, is available in the Premium license package.

Industrial automation refers to the collective name that machinery, equipment or production process can realize information processing and process control such as measurement and manipulation according to the expected goal without direct or less manual intervention. According to the function, automatic control includes control system, drive system, feedback system, execution system, motion control system, etc. The control system is called the "brain" of the factory, which is the center and foundation of industrial production, especially process industry, and its safety, stability and efficiency directly affect all production links of the production process. Traditional control systems generally include instrumentation system, DCS system, PLC system, SIS system, SCADA system, executive regulation system and so on. That is, distributed control system, which is composed of input and output module, communication module, controller and man-machine interface, is an industrial automation control system based on controller and field equipment, which collects relevant process signals into the system and is monitored or controlled by operation station, with decentralized control, centralized operation and hierarchical management as its main features. Compared with local logic control, DCS pays more attention to analog control, so DCS system has stronger data transmission and management ability, which is the main reason why DCS system is widely used in large-scale projects.