Once PLS-POLE has calculated the forces and moments experienced in the different pieces of your structure it compares them against code capacities. This sophisticated analysis works even when elements have large displacements as is the case with the 2-part insulator pictured to the right. PLS-POLE models guys, cables and 2-part insulators as 3-d cable elements. Nonlinear analysis allows you to see P-Delta effects, to detect instabilities, and to perform accurate buckling checks. PLS-POLE is capable of performing both linear and nonlinear analyses. For nearly 30 years of production use SAPS has proven to have one of the best nonlinear cable elements available anywhere. We designed SAPS specifically for solving complicated transmission line and guyed communication structure problems that other finite element programs couldn't. In just a few minutes with PLS-POLE you can build structures that would take days to model in a traditional finite element program.Ģ-Part insulator going into compression A special version of our SAPS finite element analysis engine powers PLS-POLE. PLS-POLE automatically breaks your macro elements down into many cable, truss and beam elements. These elements are selected from a library where you enter the properties of macro elements like a pole's top and base diameter, wall thickness and shape (round, 16 sided…). An H-Frame in PLS-POLE is input as a collection of macro elements like poles, cross-arms and braces.
PLS-POLE takes the pain out of finite element analysis. Using libraries of standard reusable components greatly enhances your productivity by significantly reducing the amount of input, which also reduces the chance of error.
You can create these libraries yourself or use libraries provided by your suppliers. The element libraries define the sizes, weights and strengths of your standard structural components. This gives you the power to create arbitrarily complex structures and even allows you to mix wood, steel and concrete elements in the same structure.
#PLS CADD YOUTUBE FREE#
You are free to mix and match the various elements at will. Insulators (clamp, strain, post, suspension, 2-parts)īuilding a structure is as simple as selecting the desired element from a library of available elements and telling the program where it attaches to other elements. PLS-POLE structures are collections of the following elements:Įquipment (user defined items like transformers, ladders.) The result is PLS-POLE, a powerful and comprehensive design tool with unsurpassed reliability and ease of use. During our years supporting these programs we have continually refined our algorithms, user interface and program design. It is the direct successor of our popular CPOLE, CFRAME, SPOLE, SFRAME, WPOLE, WFRAME and G-MAST programs. PLS-POLE is the result of nearly 25 years of evolution from our earliest structural analysis programs. These models are rapidly built from components such as poles, arms, guys, braces, and insulators. Virtually any transmission, substation or communications structure can be modeled, including poles, H-frames, A-Frames, and X-Frames. The program performs design checks of structures under user specified loads and can also calculate maximum allowable wind and weight spans.
#PLS CADD YOUTUBE WINDOWS#
PLS-POLE is a powerful and easy to use Microsoft Windows program for the analysis and design of structures made up of wood, laminated wood, steel, concrete and Fiber Reinforced Polymer (FRP) poles or modular aluminum masts.
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