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SolidPlant-Training-Manual.pdf

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w w w . sol i dpl an t3d . c om Introduction Welcome to the real Plant Design System on SolidWorks, the most famous program platform used for machine part design. We call this program “SolidPlant”. It is created to fulfill what SolidWorks does not currently have any add-in to fully work in plant design. Thus, SolidWorks users who need Plant Design System will get the most efficient program through various and well-prepared tools. Moreover, SolidPlant is an add-in which can work on the sta
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  w   w   w   .solidplan   t3d   .c   om   Introduction   Welcome to the real Plant Design System on SolidWorks, the most famous program platform used for machine part design. We call this program “SolidPlant”. It is created to fulfill what SolidWorks does not currently have any add-in to fully work in plant design. Thus, SolidWorks users who need Plant Design System will get the most efficient program through various and well-prepared tools. Moreover, SolidPlant is an add-in which can work on the standard SolidWorks package. So this can help you save costs on the program. SolidPlant truly understands SolidWorks users’ need for Plant Design System. SolidWorks alone cannot answer this need, even though it already has Piping Module. SolidPlant has provided various appropriate tools for working on the plant design application starting from Piping Specification Class preparation, Steel Structure Modeler creation, Equipment Model creation, and Pipe Routing Model creation. From all these information, users can get bills of materials for using in material assessment and order, as well as automatic generation Piping Isometric Drawing for using in Fabrication Drawing Piping. Additionally, users can also get General Arrangement Drawing or GA in order to be used in piping installation at the plant site.  Thus, SolidPlant can be called the best product for SolidWorks users who are seeking for a real Plant Design Software without the need to use additional software. SolidPlant has everything including full ranges of efficient features and tools with precision for quality works that will follow. As for the actual working on the Plant Design System, in order for users to see all the steps, we will start from importing P&ID data to be used in the system. And then this information will be used in creating Equipment Model and Steel Structure Model, as well as Piping Model. Users will have chances to thoroughly use various available tools and features.  1   w   w   w   .solidplan   t3d   .c   om   Introduction 1   Chapter 1 SolidPlant User Interface 2  Chapter 1-1 SolidPlant User Interface 2 Chapter 1-2 How to start program 2 Chapter 1-3 Ribbons System in SolidPlant 3 Chapter 1-4 SolidPlant Ribbon 4 Chapter 1-5 Structure Ribbon 4 Chapter 1-6 Equipment Ribbon 4 Chapter 1-7 Routing Ribbon 4 Chapter 1-8 Component Ribbon 5 Chapter 1-9 Drawing Ribbon 5 Chapter 1-10 SolidPlant Project Manager 5 Chapter 1-11 Control View Model 7 Chapter 1-12 Walk Through Model 8  Chapter 2 How to create project data with SolidPlant Project Manager 10  Chapter 2-1 Manage a Project System and Model Layout Setup 10 Chapter 2-2 How to create project data with SolidPlant Project Manager 10 Chapter 2-3 How to change settings on project properties 12 Chapter 2-4 Insert plant layout for reference models 13 Chapter 2-5 Backup & restore project system 15  Chapter 3 Create the Piping Specification Class by SpecCreator 17  Chapter 3-1 Create the Piping Specification Class by SpecCreator 17 Chapter 3-2 Introduction concept to making the pipe spec 17 Chapter 3-3 How to create new spec & open spec 17 Chapter 3-4 How to generate components 19 Chapter 3-5 Pipe Table 21 Chapter 3-6 Fittings Table 24 Chapter 3-7 Misc Table 31 Chapter 3-8 Flanges Table 36 Chapter 3-9 Valves Table 38 Chapter 3-10 Fastener Table 48 Chapter 3-11 Olet Table 51 Chapter 3-12 How to define a chart to display the status for branch fittings using Branch Editor 53 Chapter 3-13 How to add new record database in Catalog Editor 53 Chapter 3-14 Print check for report 59  Chapter 4 Project Initial Data Setup 61  Chapter 4-1 Project Initial Data Setup 61 Chapter 4-2 Introduction to concept of P&ID data import 62 Chapter 4-3 To import P&ID data into SolidPlant project system by TAG Manager 64 Chapter 4-4 Process Line List 64 Chapter 4-5 Equipment List 67 Chapter 4-6 Valve List 69 Chapter 4-7 Instrument Index Chapter 4-8 Nozzle List 71 Chapter 4-9 Input specified data directly 72 74   w   w   w   .solidplan   t3d   .c   om   Chapter 5 Create Steel Structures  Chapter 5-1 Create Steel Structures Chapter 5-2 How to use Structure 3D Grid Chapter 5-3 How to place Structure Member on 3D grid Chapter 5-4 How to place model platforms Chapter 5-5 Stair Chapter 5-6 Ladder Chapter 5-7 Handrail Chapter 5-8 Floor Plate Chapter 5-9 Take part list report  Chapter 6 Create Equipment Model  Chapter 6-1 Create Equipment Model Chapter 6-2 Create Equipment model from standard library Chapter 6-3 Pump Chapter 6-4 Create the Horizontal Pump P-103A Chapter 6-5 Create the Horizontal Vessel D-102 Chapter 6-6 Heat Exchanger Chapter 6-7 Create the Breech Lock Exchanger E-102A Chapter 6-8 How to place user defined Nozzle on Equipment Chapter 6-9 At the Pump P-103A Chapter 6-10 Insert nozzles position on Suction and Discharge Chapter 6-11 At the Vessel D-102 Chapter 6-12 Insert nozzles position on vessel Chapter 6-13 At the Breech Lock Exchanger E-102A Chapter 6-14 Insert nozzles position on exchanger Chapter 6-15 To place equipment model into Main Assembly SolidPlant system Chapter 6-16 Insert pump P-103A into plant layout Chapter 6-17 Allocate equipment by using Move and Rotate Equipment features Chapter 6-18 Add more equipment by Linear Equipment feature Chapter 6-19 Make a copy of new pump P-103B Chapter 6-20 How to import SolidWorks’s model to SolidPlant project Chapter 6-21 Import the Tower T-102 Chapter 6-22 Design the nozzle positions on equipment Chapter 6-23 Insert the tower to the located point on plant layout in main SolidPlant system  Chapter 7 Route Piping  Chapter 7-1 Route Piping Chapter 7-2 How to define a New Pipe Model Chapter 7-3 Create the tag of pipe routing from imported P&ID data Chapter 7-4 Create the tag by manual input Chapter 7-5 SolidPlant pipe routing methods as below Chapter 7-6 Manual Route Chapter 7-7 Make pipe routing on space Chapter 7-8 Place pipe routing on the pipe rack Chapter 7-9 Move pipe by Elevation Move Pipe feature Chapter 7-10 Adjust pipe spacing by Elevation Move Pipe feature Chapter 7-11 Make pipe routing connect between equipments Chapter 7-12 Make pipe routing short piece from the suction’s nozzle P-103A Chapter 7-13 Place the Eccentric Reducer 8’’X6’’ on the line Chapter 7-14 Continue to make pipe connect to Vessel’s nozzle D-102 Chapter 7-15 Define pipe cut length between the Eccentric Reducer and Weldneck Flange by Assign Length feature  76  76 76 79 86 86 88 89 90 93  94  94 94 94 95 96 97 97 98 98 98 100 100 103 104 107 107 108 109 109 110 111 113 115  116  116 116 116 118 118 119 119 119 121 122 124 124 125 126 127 
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