A standard structural analysis in O-Calc Pro follows a structured, data-driven workflow: Step 1: Field Data Collection
Users build a complete virtual replica of a pole structure from the ground up.
Jeremy chose the guy wire. He dragged a virtual anchor into the soil, clicked , and the software automatically calculated the guy tension, the anchor type (a 2,500-lb screw anchor), and the exact angle to clear a boulder. It even flagged that the guy’s attachment bolt was too small. He fixed it.
O-Calc Pro Line Design is a versatile software tool that can be used in a variety of applications, including:
He generated the : 47 poles, 3.4 miles of conductor, 12 guy assemblies, 8 pole-top pins, 4 cutoff switches, and 9 grounding rods. Total estimated cost: $412,000. The old line would have cost $580,000 to rebuild conventionally. O-calc Pro Line Design
⚠️ GROUNDLINE MOMENT EXCEEDS NESC GRADE B CONSTRUCTION BY 14%. Suggest: a) Add guy wire at 42°, or b) Upgrade to Class 2 pole.
Simulates the weight of radial ice accumulation on wires and equipment.
The pole is overloaded and fails structural compliance. Step 5: Remediation Design (If Overloaded)
The detailed output helps engineers make informed decisions regarding pole replacements, strengthening, or attachment requests. A standard structural analysis in O-Calc Pro follows
A telecom provider wants to attach a 250‑lb fiber cable at 35 ft. O-Calc Pro recalculates the pole’s percent loading instantly. If it exceeds 100% (NESC failure), the software suggests guying, pole replacement with a higher class, or relocation of attachments.
O‑Calc Pro didn’t just accept the numbers. It questioned them.
The Line Design module offers a suite of tools that bridge the gap between individual pole loading analysis and full-circuit engineering: 1. Advanced 3D Circuit Modeling
If you are focusing on or transmission lines ? Whether you need help with joint-use make-ready workflows? AI responses may include mistakes. Learn more Share public link It even flagged that the guy’s attachment bolt
It can automatically merge spans and guys, and create dead-end jumpers, reducing manual data entry.
: Data can be exported into overhead views, profile views, or 3D meshes for inclusion in construction packages and engineering reports.
The software calculates the physical stresses exerted on a pole by its own weight, attached equipment, overhead wires, and localized environmental forces like wind and ice accumulation. Core Features of O-Calc Pro
: Using Digital Measurement Technology (DMT) , engineers take field photos and calibrate them to create an exact digital replica of the pole. This allows them to measure attachment heights and wire diameters down to the millimeter without ever leaving their desks.