The system is database-driven, allowing for the generation of reports, bills of material, and automated engineering checks.
While the industry evolves toward newer cloud-based technologies, PDS remains a critical legacy system and a functional workhorse for major engineering firms. This article explores the architecture of Intergraph PDS, its evolution under Hexagon, its integration capabilities, and its enduring place in the modern engineering landscape.
Advanced line routing and component handling with integrated database constraints. pds intergraph
To understand the current state of PDS, one must look at its corporate journey. Intergraph was a pioneer in the graphics industry, moving from hardware manufacturing to specialized software.
Since PDS is a legacy system, much of the "good text" today focuses on translating its data into modern environments like PDS to Smart 3D Conversion : Detailed workflows on converting PDS native objects , mapping reference data, and using the PDS Translator Smart Interop Publisher : Instructions for translating PDS source files into Smart Models for reviews or further engineering [26]. 🛠 Specific Module Help Ortho-Draw : For those focused on deliverables, this tool automates orthographic drawing production from PDS projects [1]. Reference Data & Codelists : Highly technical texts regarding codelist value mapping reference data extraction [22] are available for administrators. user manuals for daily design tasks, or are you focused on admin-level data migration The system is database-driven, allowing for the generation
PDS handles massive plants (30,000+ piping components) with ease via batch processing. You can run clash detection or drawing extraction overnight without user intervention.
The power of PDS lies in its segmentation of the design process: Advanced line routing and component handling with integrated
Is PDS dying? Yes—but slowly. Hexagon stopped major feature development on PDS years ago, pushing users to SmartPlant 3D. However, the installed base is massive.
PDS is not a single application but a suite of integrated modules that cover the entire lifecycle of plant design:
This data-centric approach is the foundation of , the ecosystem in which PDS resides. It allows for the extraction of accurate Bills of Material (BOM) and ISOGEN outputs (isometric drawings) directly from the model, ensuring consistency between the 3D view and the 2D deliverables.