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Note: This blog is not intended to promote the softwares or websites mentioned. Such very useful informations are not usually seen in any of the Project Tender Documents or Route map. wide river crossing, valley crossing etc.). You can also evaluate if there are difficulties along your route (i.e. You can also evaluate the type of soil as per the vegetation type where you spotted your structure. It is because, you can estimate the near actual quantity and height of your structures. These techniques, I have already proven effective and practical. But in some countires like the US, where they have the USGS, topographical information of a certain area in the US itself are readily available and can be used in the PLS CADD, however where areas that does not have such agencies that can provide such information, the methods which we are trying to elaborate are essential and applicable anywhere around the world. Going back to Google Earth, there is one feature that if you're defining a path, there is an option that you can also draw the profile with in the Google Earth itself, and this is the information we need to extract and make it usable in the PLS CADD Software. But there are some ways to do it simple and effortless. But HOW? with thousand of point needed this could not be done easily.
#Pls cadd design software software
Now with the aid of your PLS-CADD software by Power Line Systems, you can even refine that defined route to consider the route axis profile and the side profiles. But if it is not yet defined, let say if you are still on the planning stage, the best thing to do is to open your Google Earth Program (it is a free software by Google - to download just google it anyway and you will find the download link), and there you can define the best route of your OHL. With the OHL Angle Point or Point of Inflections (AP's or PI's) as usually given, this will be our starting points of all the workings. The precision of the profile over actual detailed survey, we can say 80%-90% depending on the location of the route itself.
#Pls cadd design software how to
It also includes topics on how to generate a profile of a certain or proposed OHL route without even going to the site.
#Pls cadd design software trial
Once we prepare its drawing we excavate several trial pits to ensure that proposed profile of NDRC pipe is not damaging any other services, if so, we change the profile of proposed NDRC pipe.This blog is to give information, tips and tricks on to make your Overhead Line Design simple and presentable. Then we can cross our cable or any other unities via this duct. Purpose of these pit at Entry pit we we adjust a machine which drive the pipe / duct in a calculated manor and pipe comes out from exit pit. One side pit is called drive pit or entry pit and other side is called as Exit Pit.
#Pls cadd design software manual
On both side of road we excavate pits with manual excavation, to avoid any damage of existing subsurface services. When we want to cross proposed underground utilities to an existing road and we do not want to have open cut trench then we adopt this method.
HDD stands for Horizontal Directional Drilling. What is NDRC? When and how we do this? NDRC stands for Non destructive road construction. Sag & Tension Chart (Initial & Final) 13.3. Page setting / Scale Setting / Template Setting in PLS-CADD 13. Survey Points Clearance checking in PLS-CADD. Section and Structure strength checking in PLS-CADD. Resolve ground clearance issue in PLS-CADD if any.
Stringing & Sagging in PLS-CADD & Ground Clearance Line Setting. using industry practice software like PLS CADD for OHL Design as per relevant standards. M1 Structure Creation in PLS-CADD (if need M4 Structure, then we need to create that in TOWER software) 5. Transmission Line Design and Detailed Engineering Services. Alignment creation in PLS-CADD (Ground profile will automatically created once alignment is created in other words once PIs are created.
Import Survey Data in PLS-CADD and create TIN (Triangular Irregular Network) surface 3. This video will help our fresh engineers to understand the steps in proper sequence. While Overhead Transmission Line Design, we need to follow proper sequence otherwise there will be error messages. You will learn in this video what are OHL design design from start to end.
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