GE Fanuc PACSystems RX3i:
A flexible control platform that drives innovation in automation systems
PACSystems RX3i was launched by GE Fanuc and became an important milestone in achieving application
portability. The system provides high-performance and flexible solutions for automation system users, greatly
promoting the advancement of automation technology. This article will describe the features and advantages
of PACSystems RX3i in points to help everyone better understand the importance of this platform.
1.High Performance and Platform Flexibility
Bill Estep, vice president of automation equipment for GE Fanuc Automation, said: "PACSystems RX3i provides
high performance across multiple platforms using the same control engine." This allows OEMs and end users to
select the hardware that best meets their needs.
2.Enhanced Productivity and Openness
This innovation enhances overall automation system performance and addresses key engineering and business issues,
such as higher productivity and communication openness.
3.Reduced Engineering Costs and Migration Concerns
The technology reduces engineering costs and significantly decreases concerns about short- and long-term migration
and platform longevity.
4.Simplified System Integration and Development Environment
Craig Resnick, ARC's research director, said PACs like RX3i and RX7i address integration issues, offering higher return
on assets, reduced lifecycle costs, and lower total cost of ownership.The system integrates multiple-discipline development
and functionality into a single platform, simplifying project development and implementation.
5.Emphasis on Open Standards and Software Integration
PACs will continue to shift the emphasis towards open communication standards and software integration, with less focus
on hardware.
Conclusion:
PACSystems RX3i is reshaping the future of automation systems with its flexibility, high performance, and open standards.
It is an ideal choice for manufacturers and OEMs looking to lower development costs and enhance overall system efficiency.
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