Tutorials walk users through defining the centerline of the transmission or distribution line: Point of Intersection (PI) placement.
Features a built-in sag-tension engine to simulate conductor behavior under various weather, ice, and wind loads. 2. Key Modules and Software Integration
Manually add structures from your PLS-POLE or TOWER library onto the profile view.
An effective tutorial PDF should cover the full lifecycle of a transmission project. Here are the core components you should look for, as outlined by Power Line Systems : A. Project Setup & Terrain Modeling
Creating legal alignments and right-of-way (ROW) boundaries.
Set Points of Intersection (PI) to establish the centerline of your right-of-way.
Define your project units ( Criteria / Units ) ensuring consistency between Metric or Imperial systems throughout the design lifecycle. 3. Terrain Modeling and Data Import
Input stress-strain and creep coefficients to accurately model long-term sag behavior. Step 3.4: Structure Modeling and Spotting
While the official PLS-CADD manual is incredibly detailed, a step-by-step tutorial (often found in PDF format) offers several advantages:
Importing imagery and setting up coordinate systems for georeferenced designs. B. Route Alignment and Design
Conductors swing sideways under high wind conditions. Use Criteria > Side Clearances to ensure the blown-out conductor does not breach the legal right-of-way boundaries or hit nearby buildings. Structural Loading Assessment