What route segmentation means
Segmentation turns a route concept into a sequence that installers can discuss: straight section, bend, straight section, bend and so on. The purpose is geometric organization rather than cable pulling analysis.
How the schedule is built
Each straight entry contributes its entered length to the total route length. Each bend records an angle and contributes zero straight-line length because the bend itself is represented as a geometry event rather than an assumed arc length.
Why bend angle is retained separately
Different bend angles can describe materially different fabrication steps. Combining them into one generic “bend count” would lose information that is useful when reviewing a route.
Worked example
A route may contain a 12-unit straight, a 90° bend, an 8-unit straight, a 45° bend and a 5-unit straight. The resulting schedule preserves that exact sequence and reports 25 units of entered straight-run length across three straight sections.
Important limitation
The tool does not infer bend radius, developed length, take-up, conduit size or fabrication allowances. Those values depend on the actual conduit and bending method and must be engineered or taken from the applicable product information.
Safety
Use the schedule as a planning document. Confirm actual route geometry and installation requirements before fabrication.
Frequently asked questions
Does a bend add route length?
The calculator deliberately does not invent an arc length. Enter actual developed length as an additional straight-equivalent segment when that is needed.
Can I mix bend angles?
Yes. Each bend can have its own entered angle.
Does this calculate conduit bending marks?
No. It creates a route sequence rather than a fabrication-mark calculation.