Garbage in, garbage out. Ensure your pole heights and attachment counts are verified via DMT or field notes.
O-Calc Pro Line Design (LD) is a specialized structural analysis extension within the Osmose O-Calc Pro software suite, designed to model and analyze entire distribution circuits rather than just individual poles. It utilizes a high-performance nonlinear finite element processing system to simulate structural performance under complex environmental conditions. Core Functionality & Connectivity
Beyond simple calculations, O-Calc Pro supports a wide range of national and regional safety standards, such as NESC and GO95. The software’s intuitive interface allows for rapid prototyping of different line configurations, enabling designers to optimize material usage and minimize construction costs. Whether designing a new distribution line or evaluating an existing transmission corridor, O-Calc Pro provides the precision and flexibility needed for modern utility engineering. To help you get the most out of your structural modeling: O-calc Pro Line Design
This is where novice designers fail. In a high wind, conductors blow laterally. A wire that has 15 feet of clearance in still air may swing into a pole, a building, or another phase wire in a storm.
Every pole is a cantilevered beam. It holds transformers, regulators, switches, and primary wires. The software performs a rigorous structural analysis against the National Electrical Safety Code (NESC) (or ASCE 48 for transmission). Garbage in, garbage out
This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later.
It is the bridge between the physics of the wire and the economics of the ledger. It protects the public from low clearance, protects the grid from ice storms, and protects the utility from lawsuits. Whether designing a new distribution line or evaluating
Engineers can model entire circuits rather than just individual poles, providing a holistic view of the line's stability.
For advanced issues: Contact support via the inside the software.
you use for modeling (e.g., LiDAR, field measurements, photos)
The software includes a massive library of pole top assemblies, crossarms, insulators, and conductor types.