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What does this application do?
Sizing a PlantPAx system using Integrated Architecture Builder (IAB) and Process System Estimator (PSE) is essential to ensure technical accuracy and economic efficiency. IAB allows you to select and validate the correct control architecture components, ensuring compatibility and adequate performance, while PSE provides detailed cost and resource estimates, aligning the project with the process needs and budget. This integrated approach reduces risks of oversizing or failures, optimizes scalability, and ensures compliance with Rockwell Automation best practices, resulting in a robust, safe, and economically viable system.
General Characteristics
The proposed system consists of a CompactLogix controller dedicated to process applications, integrated with a set of I/O modules and smart drives, all connected through an EtherNet/IP industrial network structure). This architecture ensures precise and scalable control, reliable communication between devices, support for advanced automation strategies and integration with supervisory systems, offering high availability, flexibility for expansion, and compliance with process automation best practices.
Advantages
- Sizing through an updated tool
- Use of updated solutions focused on each discipline
- Assessment of possible challenges to be encountered
- Possibility of preparing complete studies related to the sized system
Limitations and Disadvantages - The IAB Software (Integrated Architecture Builder) needs to be updated to its latest version
Please note: You will need to agree to the Terms & Conditions for each download.
Need Help?
If you need help with an application or have feedback from the Innovation Center, please contact us.
Is this application relevant to me?
This type of solution is advantageous for the user because it offers simplicity, reliability, and integration in a single package. With a CompactLogix controller, I/O, and drives connected on the network, the user obtains centralized control and standardized communication, reducing installation and maintenance complexity. In addition, the architecture is scalable and flexible, allowing future expansion without major investments, and ensures high availability and performance, resulting in greater operational efficiency, less downtime, and ease of integration with supervisory and management systems.
How can I make it work?
Requirements: products, tools, prior knowledge.
Hardware
- Standard computer or notebook
Software
- IAB (Integrated Architecture Builder), available on the Rockwell website for free download
Implementation Guide
- Step 1
- Step 2
- Step 3
- Step 4
- Step 5
Once the application is open, you can perform the configurations related to the remotes, drives, IED Protection Relays and Local Operation Stations, for each area of your system:
Once the items above are configured, it is possible to evaluate the Controller Status and thus have a broader view of the project as a whole. Once evaluated, simply finish and export the bill of materials.
sizing-a-plantpax-system-for-applications-with-up-to-10-operator-workstations_Picture9.png
Note: it is important to reinforce that PlantPAx is a Characterized Distributed Control System, therefore it is essential to adopt all practices, from sizing to system startup, always using the official Rockwell Automation manuals found through the link PlantPAx Distributed Control System | Rockwell Automation | US
Sizing a PlantPAx system for applications with up to 10 Operator Workstations
Version 1.0 - June 2026