ABB 3ASC25H209 DATX110 控制板

ABB 3ASC25H209 DATX110  控制板

ABB 3ASC25H209 DATX110  控制板

新版本的 System 800xA 包括改进整体系统性能和可用性的增强功能，同时显着减少其物理足迹，提高操作员效率、易用性以及与智能设备和电气系统的更深入集成。这些增强功能可帮助客户更有效地运营和盈利，同时充分利用现有工厂资产、能源资源和人员。该版本的亮点包括： 提高操作员效率：系统 800xA 5.1 包括高级警报管理功能，可帮助用户实施成功的警报管理策略，并为操作人员提供更好的控制室和其他操作位置之间的职责控制。新的警报搁置和警报分析功能已添加到已经很长的警报管理功能列表中，以帮助控制警报。新版本还包括一个新的控制点功能，可在关键时期（例如换班）改善操作员的协调，从而提供更安全 的操作环境。改进的工程和变更管理：新版本的 800xA 系统包括多项工程改进，例如在设计 FOUNDATION Fieldbus 项目时简化批量数据处理，以及新的和改进的批处理程序编辑器。此外，两项新功能改进并简化了变更管理程序。任务分析工具让用户可以根据下载前分配的当前任务速率评估他/她的应用程序将执行。详细差异报告提供了一种轻松查看在控制应用程序和图形中所做的更改的方法，并在易于阅读的用户界面中提供了一份确切的修改、添加或删除内容的报告。改进的性能：几项性能增强使 System 800xA 已经强大的控制和 I/O 产品更加通用、灵活和可扩展 新版本包括 AC800M 控制器系列的新成员 PM891。PM891 的时钟速度 (450Mhz) 是其前身的三倍，内存是其前身的四倍，可帮助客户事半功倍，因为他们需要更少的控制器来满足复杂应用的处理要求。该控制器还设计用于为上一代 ABB 和第三方控制器平台执行 1-1 控制器演进项目。减少占地面积 新版本的 System 800xA 支持虚拟化，可将安装所需的物理 PC 数量减少多达 75%。这种显着减少的占地面积还降低了能源消耗和维护要求。此外，系统 800xA 的 FOUNDATION 现场总线架构的改进大大降低了其高速以太网 (HSE) 网络方法的基础设施要求，将可连接到一个节点的设备数量增加了 400%。增强的可维护性：基于以用户为中心的设计实践， 新版本的 System 800xA 包括一个系统管理控制台和一个安全更新工具，以帮助保持系统在水平上安全运行。安全更新工具将允许用户从 Microsoft 下载安全补丁并将其与 ABB 的合格列表进行交叉匹配。然后，用户可以创建一组可加载的受支持、经过测试的安全更新，这些更新可以推广到系统 800xA。这有助于用户节省宝贵的时间和精力，同时提供更强大、更安全的系统。改进的连接性：System 800xA 通信接口产品组合得到增强，可帮助用户进一步利用其强大的集成功能。其中包括用于 PROFINET、DeviceNet 和 WirelessHART 的新通信接口。系统 800xA 的基金会现场总线接口现在也支持 EDDL。这些接口使客户更容易访问和使用来自智能仪器的诊断数据，无论制造商或物理设备位置。为了提供与电气系统更深入、更 的集成，系统 800xA 的 IEC61850 通信接口功能已通过增加每个通信接口卡支持的智能电气设备 (IED) 的数量以及改进警报和事件支持而得到增强。通过在通用 800xA 平台上集成电源和过程系统，客户可以优化其电气和自动化系统的设计和性能，并在降低维护、工程和整体生命周期 方面获得更多 根据 ARC 的说法，通过集成这两个通常独立的自动化基础设施，典型的节省可以使 CAPEX（资本支出）和 OPEX（运营支出）减少 20%。ABB 的扩展自动化系统 800xA 提高了工业生产力、安全性、几乎每个行业和每个地区的客户，从石油和天然气、石化、纸浆和造纸、水泥和采矿等加工行业到传统的电力和水利设施，再到太阳能、垃圾焚烧等替代能源生产能源和生物乙醇。自 2004 年推出以来，ABB 的 IndustrialIT Extended Automation System 800xA 已销售给各行各业的 6,000 多家新老 ABB 客户。这个数字包括新系统安装，以及现有 ABB 系统升级到 800xA。系统 800xA 是许多 的行业特定自动化应用程序的基础。从一开始就设计为一个集成平台，它已被证明可以促进协作，提高操作员效率，实现无缝控制解决方案，并通过集成多样化的、通常独立的工厂系统、应用程序、信息或现场总线和控制器平台提供灵活的演进路径。

ABB 3ASC25H209 DATX110  控制板

The new version of System 800xA includes enhanced functions to improve the overall system performance and usability, while significantly reducing its physical footprint, improving operator efficiency, ease of use and deeper integration with intelligent devices and electrical systems. These enhancements can help customers operate and make profits more effectively, while making full use of existing factory assets, energy resources and personnel. Highlights of this version include: improving operator efficiency: the system 800xA 5.1 includes advanced alarm management functions, which can help users implement successful alarm management strategies and provide operators with better responsibility control between the control room and other operating positions. New alarm shelving and alarm analysis functions have been added to the already long list of alarm management functions to help control alarms. The new version also includes a new control point function, which can improve the coordination of operators in critical periods (such as shift change), thus providing a safer operating environment. Improved engineering and change management: The new version of the 800xA system includes many engineering improvements, such as simplifying batch data processing when designing the FOUNDATION Fieldbus project, and a new and improved batch program editor. In addition, two new features improve and simplify the change management process. The task analysis tool allows the user to evaluate the execution of his/her application according to the current task rate assigned before downloading. Detailed difference report provides an easy way to see the changes made in control applications and graphics, and provides a report of the exact changes, additions or deletions in an easy-to-read user interface. Improved performance: Several performance enhancements make the already powerful control and I/O products of System 800xA more universal, flexible and extensible. The new version includes PM891, a new member of AC800M controller series. The clock speed (450Mhz) of PM891 is three times that of its predecessor and the memory is four times that of its predecessor, which can help customers get twice the result with half the effort because they need fewer controllers to meet the processing requirements of complex applications. The controller is also designed to implement the 1-1 controller evolution project for the previous generation ABB and third-party controller platforms. Reduced footprint The new version of System 800xA supports virtualization, which can reduce the number of physical PCs required for installation by as much as 75%. This significantly reduced floor space also reduces energy consumption and maintenance requirements. In addition, the improvement of the FOUNDATION fieldbus architecture of system 800xA greatly reduces the infrastructure requirements of its high-speed Ethernet (HSE) network method, and increases the number of devices that can be connected to a node by 400%. Enhanced maintainability: Based on the user-centered design practice, the new version of System 800xA includes a system management console and a security update tool to help keep the system running safely on a horizontal level. The security update tool will allow users to download security patches from Microsoft and cross-match them with ABB's qualified list. Then, users can create a set of loadable supported and tested security updates, which can be extended to the system 800xA. This helps users to save valuable time and energy, while providing a more powerful and safer system. Improved connectivity: The System 800xA communication interface product portfolio has been enhanced, which can help users to further utilize its powerful integration functions. These include new communication interfaces for PROFINET, DeviceNet and WirelessHART. The foundation fieldbus interface of system 800xA now also supports EDDL. These interfaces make it easier for customers to access and use diagnostic data from intelligent instruments, regardless of the manufacturer or the location of physical equipment. In order to provide deeper and more integrated with the electrical system, the communication interface function of IEC61850 of system 800xA has been enhanced by increasing the number of intelligent electrical devices (IEDs) supported by each communication interface card and improving alarm and event support. By integrating power supply and process systems on the common 800xA platform, customers can optimize the design and performance of their electrical and automation systems, and gain more in reducing maintenance, engineering and overall life cycle. According to ARC, by integrating these two usually independent automation infrastructures, typical savings can reduce CAPEX (capital expenditure) and OPEX (operating expenditure) by 20%. ABB's extended automation system 800xA has improved industrial productivity, safety and customers in almost every industry and region, from processing industries such as oil and gas, petrochemical, pulp and paper, cement and mining to traditional power and water conservancy facilities, and then to alternative energy sources such as solar energy and garbage incineration to produce energy and bioethanol. Since its launch in 2004, ABB's Industrialized Extended Automation System 800XA has been sold to more than 6,000 new and old ABB customers in all walks of life. This figure includes the installation of new systems and the upgrading of existing ABB systems to 800xA. System 800xA is the basis of many industry-specific automation applications. Designed as an integrated platform from the beginning, it has been proved that it can promote cooperation, improve operator efficiency, realize seamless control solutions, and provide flexible evolution paths by integrating diverse and usually independent factory systems, applications, information or fieldbus and controller platforms.

ABB 3ASC25H209 DATX110  控制板