O-calc Pro Line Design

While the core software focuses on individual pole analysis, the module allows users to expand these capabilities to an entire circuit. By linking multiple, individual pole analyses (PPLX files), O-Calc Pro Line Design enables comprehensive, long-line structural assessments and clearance checks in 3D. Core Capabilities of O-Calc Pro Line Design

O-Calc Pro excels at clearance checking. It visualizes "cones of safety" and sag curves to ensure wires maintain required distances from:

[Field Data / LiDAR] ➔ [O-Calc Pro Model] ➔ [Wind/Ice Simulation] ➔ [Pass / Fail Report] Environmental and Load Modeling

The latest version (O-calc Pro 2024.2) includes: O-calc Pro Line Design

A mudslide had taken out a primary feeder line running three miles through a valley known as "The Serpent’s Gut." The existing line was a relic: wooden poles from the 1960s, undersized 4/0 ACSR conductor, and sag clearances that violated every modern code. The VP of Engineering, a woman named Debra who chewed aspirins like Tic Tacs, threw a manila folder on Jeremy’s desk.

For joint-use agreements, where multiple utilities share a single pole, the software is indispensable. It evaluates the cumulative impact of all proposed attachments against safety codes like NESC 2023 and GO95. Engineers can run "what-if" scenarios to see the effect of adding a new fiber cable or a large transformer, ensuring the pole remains within its capacity limits before a single dollar is spent on construction.

Whether you are a distribution planner reconductoring an overloaded circuit, a transmission engineer battling mountain ice, or a consultant proving NESC compliance to a public utility commission, O-calc Pro Line Design delivers the precision you need. It is not just software; it is the standard of care for modern line design. While the core software focuses on individual pole

For decades, utilities and communication companies have faced a persistent challenge: how to accurately and efficiently analyze the structural integrity of their pole networks. The answer, for many, has been , an advanced software solution from Osmose Utilities Services that has redefined industry standards for pole loading analysis and line design.

is the utility industry’s premier software solution for structural pole loading analysis. As electrical grids face increasing stress from climate change, extreme weather, and the rapid expansion of broadband attachments, maintaining structural integrity is a critical safety and compliance necessity.

Run the structural solver. Review the color-coded stress charts to isolate components that exceed 100% capacity, then adjust the design by moving attachments, changing pole classes, or adding down-guys. Business and Operational Benefits It visualizes "cones of safety" and sag curves

By producing highly accurate analyses of resisting moments and loads, it directly contributes to more reliable designs, minimizing the risk of pole failures.

Identifying structurally deficient poles before linemen climb them significantly reduces workplace injury risks and liability.

Crossarms, guys, anchors, transformers, brackets, and streetlights.

Instead of checking ground clearance for one pole, this tool analyzes the "sag" of the wire across the entire span to ensure it meets NESC (National Electrical Safety Code) requirements over roads, driveways, or railways. 3. Workflow: Building a Line

Engineers use it to model the exact physical attributes of a pole, including its dimensions, material properties, embedded depth, and all attached equipment. The software then simulates environmental stresses—such as wind, ice, and temperature changes—to determine if the pole meets safety and regulatory compliance standards. Core Features of O-Calc Pro Line Design