[exclusive] - O-calc Pro Line Design

(within its specific niche)

Height, class, species (e.g., Southern Yellow Pine, Douglas Fir), treatment type, and embedment depth.

Once the line is modeled and spans are linked, a "Line Analysis Report" is generated. This report is the output of a holistic, multi-pole analysis. It will provide for each pole:

Create a Line Design from CSV File – O-Calc Pro Wiki - Osmose O-calc Pro Line Design

The concept of a is what turns a collection of poles into a unified "Line Design." In the inventory window, each cable type displays a chain-link icon, signifying that this span is linked to the corresponding span on the adjacent pole. A jumper cable is the physical manifestation of this link, showing how the cable is routed from an insulator on one pole to the next. The true power emerges when a change is needed. If an engineer decides to upgrade the primary conductor along a five-mile circuit, instead of editing the attachment on every single pole, they simply drag the new conductor type from the catalog and drop it on the primary span of any pole in the line. A prompt appears, asking if the substitution should apply to "This Segment" or the "Entire Circuit." Choosing "Entire Circuit" replaces the conductor across every linked pole, maintaining consistency and preventing errors.

Engineering new overhead distribution lines to meet regulatory strength and clearance requirements.

O-Calc Pro utilizes advanced OpenGL graphics processing to accelerate 3D rendering. This allows the software to display high-resolution LiDAR data directly within the 3D view, enabling precise measurement and fine-tuning of components against real-world terrain. (within its specific niche) Height, class, species (e

You can add custom cases (e.g., earthquake, hurricane).

If a pole fails (utilization > 100%):

For long spans or steep terrain, use Grade & Drift tool to adjust sag for wind and slope. It will provide for each pole: Create a

O-calc Pro Line Design is designed to fit within a modern utility's software ecosystem. It supports a range of import and export options:

Speeds up engineering timelines by letting users apply global changes across an entire line asset—such as adding a new fiber optic cable across 50 consecutive spans simultaneously.

: Engineers use tools like the Google Earth Integration to place poles at precise real-world coordinates. They can import data from GIS layers or even LiDAR to see exactly where a pole stands in relation to a house or a highway.