Select your route by clicking the mouse on line angle points Run the user interface in English, French or SpanishĪ 3-dimensional terrain model (including automatic TIN triangulation) that lets you: Print reports and plot drawings directly on a wide variety of printers and plotters Use the most common graphical user interface (GUI) in the world Run on powerful yet inexpensive computers
#Google earth pls cadd overlay altitude upgrade
This method is ideal for upgrade studies of existing lines and is far more powerful and accurate than any other alternative.Ī Microsoft Windows 7, 8 or 10 (圆4) environment that lets you:
Guyed structures, frames and even lattice towers are all easily accommodated. You have complete flexibility in changing tensions, conductors and loading agendas and can see the results of these changes on structure usage in seconds. When such a structure is checked PLS-CADD not only tells you if the structure is adequate but it also displays a color-coded picture showing which parts of the structure are most highly stressed. These programs construct a finite element model from some basic input quantities such as pole height, pole class, cross-arm size and guy placement. A far more powerful method of modeling structures is available when using our structure programs. The simplest is the wind & weight span method for which you need only enter values of allowable wind & weight spans, allowable suspension insulator swing angles and the coordinates of the wire attachment points. PLS-CADD provides several methods for modeling structures. It also allows fixing the length of wire in each span to see the impact of moving structures, inserting structures or cutting out wire in an existing line. This allows modeling of broken conductors, unbalanced ice, marker balls, and flexible structure scenarios that are incompatible with ruling span approximations. When used in this manner PLS-CADD bypasses its built in sag-tension routine and uses SAPS instead. Unlike these other programs, PLS-CADD can work together with our SAPS multi-span finite element sag-tension program when the ruling span isn't appropriate. Like most line design programs, PLS-CADD uses ruling span approximations in its sag-tension calculations. PLS-CADD can model your line both with and without the compression effect so you can see how severe it is. Most sag-tension programs do not model this effect and thus underestimate the sags. Running ACSR conductors at high temperature can cause the aluminum strands to go into compression. PLS-CADD goes beyond ordinary sag-tension programs.
#Google earth pls cadd overlay altitude manual
PLS-CADD gives you the best of both the automatic and the manual spotting worlds: cost and time savings while still maintaining control. Automatic spotting often results in designs as much as 10% lower in cost than human generated designs. In automatic spotting the program spots structures for you to obtain the lowest cost design possible subject to your constraints. With manual spotting you use the mouse to add, delete, edit or move a structure. PLS-CADD supports both automatic and manual spotting.
Clearances, loading trees and many other functions are just as easily accessed. Select "Section/Sag-Tension" and click on a span and you get a sag-tension report. Select "Structure/Check" and click on a structure and you are told if you have a structure strength or insulator swing problem.
Once standards are setup you are only a few mouse clicks away from engineering calculations. The fact that over 125 countries use PLS-CADD is a testament to its adaptability to a wide range of standards. You can work in either imperial or metric units and can even switch back and forth between these unit systems. Next, you tell the program which combinations to use for loading trees, for insulator swing checks, for clearance checks, wire tension checks. You start by defining the combinations of wind, ice, temperature and safety factors you wish to use. PLS-CADD’s engineering functions are very flexible and are easily adapted to conform to your standards.
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