System Integration & Control Systems Design


'Viewanyware' solutions from Rockwell Automation

May 2001 System Integration & Control Systems Design

Rockwell Automation is offering a common visualisation strategy across the enterprise - a scalable and unified suite of monitoring and control solutions for virtually anywhere in a manufacturing enterprise.

To remain competitive in today's global marketplace, companies need the right information in the right place and at the right time. Rockwell Automation's ViewAnyWare strategy offers a way to achieve this effectively.

Platform-independent solution

The ViewAnyWare strategy maximises Rockwell Automation's expertise in Allen-Bradley electronic operator interface and industrialised PC hardware and Rockwell Software's supervisory control software. It combines those strengths with interoperability and a common development environment across platforms. The result is a scalable and unified suite of monitoring and control solutions for virtually anywhere in the manufacturing enterprise.

For users, this means that solutions support an operator interface that closely matches the application, offer integration capabilities for lower cost and better performance, provide backward compatibility and forward-friendly features, and act as a single source of accountability for hardware, software, and networking portions of the application.

A closer view of the strategy

ViewAnyWare solutions will share these attributes:

Facilitate application re-use and portability, interoperability with other Rockwell Automation products, and scalability from simple graphic displays to highly sophisticated supervisory systems.

A common development environment can reduce the time required to become familiar with a new design environment - speeding up development time and implementation for the user. Using this common development environment, end-users can receive return on investment quickly and lower their total cost of ownership. ViewAnyWare's common development environment is provided through RSView Studio, a design environment for both the machine-level and supervisory-level products.

"RSView applications, developed for embedded or PC-based machine-level HMI platforms, can be re-used and ported to more sophisticated supervisory-level HMI applications, reducing our customers' total cost of ownership," says Joe Bartolomeo, Rockwell Software HMI Marketing Manager, Rockwell Automation, West Allis, Wisconsin. "The ViewAnyWare strategy encompasses the next-generation RSView Enterprise Series of integrated software products as well as next-generation Allen-Bradley hardware products. The RSView Enterprise Series includes a full suite of new machine-level and distributed, supervisory-level design and runtime software components."

Rockwell Automation plans to deliver an unprecedented level of interoperability among its products (for example, ControlLogix processors, ProcessLogix, and RSLinx) and OPC-compliant servers by taking advantage of Rockwell InterNet Applications (RNA) technologies. (RNA is Rockwell Automation's implementation of the Windows DNA architecture as described below.)

The full range of Allen-Bradley hardware platforms, including optimised embedded systems, and open, Intel-based industrial computers

With ViewAnyWare solutions, customers can effect a common design-time environment between open and embedded solutions and/or between machine-level and supervisory-level solutions, covering the entire operator interface continuum from portable and simple graphic display products through distributed computing environments.

Effective use of the full range of Allen-Bradley hardware platforms means that open system platforms, such as the Allen-Bradley 6162 series industrial computers will take full advantage of the benefits and scalability of the RSView Enterprise Series.

Michael Offik, Industrial Computer Business Marketing Manager, Rockwell Automation, Duluth, Georgia, says: "We are working closely with the electronic operator interface group and Rockwell Software to ensure that our hardware and software work together to provide a common user experience across the range of ViewAnyWare platforms."

The Electronic Operator Interface (EOI) business at Rockwell Automation is also increasing the level of scalability, portability, interoperability and preferred compatibility with other Rockwell Automation products under the ViewAnyWare platform.

"We are bridging the gap between machine-level and supervisory-level applications to provide a common user experience across a complete architecture of products, resulting in greater productivity, flexibility, and a lower total cost of ownership," says Mark Hobbs, Electronic Operator Interface Product Manager, Rockwell Automation, Milwaukee, Wisconsin.

The EOI business is currently developing a complete family of next-generation PanelView products (PanelView Plus), that will form an essential part of the ViewAnyWare architecture. These optimised, embedded products will be configured from the RSView Studio common development environment and will support application re-use, portability, and interoperability across the full range of ViewAnyWare-compatible products. EOI also plans to support the future migration of today's Allen-Bradley PanelView products.

Use of Rockwell Software open, flexible, robust visualisation software technologies

Reaching a common configuration environment requires equipping hardware platforms with HMI software. RSView has always made effective use of open technologies such as ActiveX, COM (component object modelling), open database connectivity, and OPC (object linking and embedding for process control) to provide a high level of customisation and integration among different applications, Now it will embrace and extend web-based technologies to provide more scalable solutions - enterprise-wide.

Adoption of an open and flexible architecture founded on Microsoft's DNA for manufacturing

In 1998, Microsoft introduced Windows Distributed InterNet Applications for Manufacturing (Windows DNA-M), a framework for seamlessly integrating multiple business applications within the enterprise. Manufacturing software suppliers, such as Rockwell Software, can take advantage of this framework to develop robust, feature-rich products that provide the foundation for enterprise-wide automation and information solutions. Customers can then deploy those integrated solutions to bring together disparate manufacturing and business software applications, providing an in-depth view of the entire enterprise. Rockwell believes that its common form, and function on multiple platforms for both open and embedded solutions is unprecedented. The three core Rockwell Automation business collaborate on design and code reuse to ensure a single-point-of-contact solution for customers.

ViewAnyWare effectively bridges the gap between traditional, dedicated machine-level HMI devices and distributed, supervisory-level PC-based HMI systems.

ViewAnyWare as part of an integrated architecture

ViewAnyWare, together with Logix for control and NetLinx Open Architecture for communication, make up Rockwell Automation's integrated architecture strategy.

Logix provides a single integrated control architecture for sequential, process, motion and drive control, with greater performance and flexibility. It uses a common development environment for all applications regardless of size or complexity.

NetLinx provides the common set of features and services for DeviceNet, ControlNet and Ethernet/IP networks resulting in lower total cost of ownership. Users can easily manage information from shop floor to top floor and seamlessly integrate their complete system as they control, configure and collect data.

Rockwell Automation's integrated architecture helps manufacturers increase throughput, lower costs, achieve superior quality and improve reliability.



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

The time is now for systems integrators
Editor's Choice System Integration & Control Systems Design
Integrators combine sophistication regarding technology innovation with practical, hands-on experience. Collaborating with systems integrators is the means to significant productivity improvement, powered by the convergence of automation and information and operations technology.

Read more...
System integrators are a diverse market
Editor's Choice System Integration & Control Systems Design
System integrators (SIs) combine expertise on emergent technologies with real world experience. Working with SIs, it’s inevitable that at some point someone will say, “We’re not a typical SI.” And in many ways, it’s true. SIs come in all shapes and sizes.

Read more...
Avoiding the pitfalls of PLC and scada control system integration
Iritron System Integration & Control Systems Design
Upgrading your control system by integrating PLCs with scada systems should be a simple seamless process. Regrettably, the industry is plagued with control system integration and upgrade myths and misconceptions that can lead to liability issues, project delays, cost overruns and decreased plant performance.

Read more...
EtherCAT measurement terminals for vehicle development at Mercedes-Benz
Beckhoff Automation System Integration & Control Systems Design
At the Mercedes Technology Centre plant in Sindelfingen, Germany, car axles are examined with the highest precision on four test benches, in parallel with road tests and simulations. All data is acquired using PC-based control from Beckhoff.

Read more...
Loop signature 23: Tuning Part 2.
Editor's Choice System Integration & Control Systems Design
It is my opinion that most tuning methods are very crude. They do of course also offer a starting point for tuning if one is not fortunate enough to have a sophisticated tuning package like a Protuner around.

Read more...
PIC microcontrollers with integrated FPGA features in TME
System Integration & Control Systems Design
The new PIC16F131xx microcontrollers in TME’s offering from Microchip are ideal for the evolving and miniaturising electronic equipment market, offering efficient power management and predictable response times for controllers.

Read more...
Five smart machine trends you need to know
Adroit Technologies System Integration & Control Systems Design
The last ten years have brought about dramatic advances in technologies that OEMs had never realised would affect their designs or the saleability of their machines, much less impact business models and profits so dramatically. The following discussion will cover key advancements and recommendations all OEMs should be adopting in their design processes to stay current and competitive.

Read more...
36 years of innovation and success
SAM Systems Automation & Management Editor's Choice System Integration & Control Systems Design
Systems Automation & Management was established in 1988 at a time when there were no other systems integrators (SIs) in the process business. SA Instrumentation & Control’s editor caught up with managing director, Claudio Agostinetto to find out more about how this thriving company has prospered over the last 36 years.

Read more...
Understanding the role of AI in generative engineering design
System Integration & Control Systems Design
When a design engineer sets out to design a new part, component, or assembly, the intent is to meet the design requirements for fit, form and function, and also incorporate a certain degree of innovation and elegance to the overall design. There is no reason to re-invent the wheel by introducing a new design.

Read more...
PCS stays up so you don’t have to
PCS Global System Integration & Control Systems Design
Maybe it’s time to look at a solution that stays online 99,99999% of the time so you don’t have to. This the world of Stratus computer platforms, tailor-made for your critical applications.

Read more...