proe管道设计00

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ProE管路标准教程

ProE管路标准教程

一、创建线栈一、 Routing Pipelines a) First pipeline 1. Open the BASIC_ROUTING.ASM 2. Enter the Piping module. Click Applications > Piping 3. Read in the 1_Hose line stock file. 4. Create a pipeline feature. Click Pipe Line > Create/Route, enter[Line_1], and select [1_HOSE] as the active line stock 5. Route pipeline from Port3_V on the vessel to Port2_MT 。

b) Second pipeline 1. Create pipeline line_2 2. Set start point , ToPnt/Port > Point/s 3. Follow > Axis > Done, and pick the firstaxis shown Figure 12, and click Done Follow. 4. Again, click Follow > Axis > Done, and pick the second axis inFigure 12. Click Change > Ends > Done > Accept, Drag, andDone, to accept the right side of the axis. Using the cursor, drag the endpoint of the axis to the right andclick. Click Ext Length, and enter [2.5], then click Done andDone Follow. 5. Connect some of the pipe segments. Click Connect > Pipe End,and pick the first pipe end shown below. Click Pipe End again,pick the second pipe end, and click Done and Done Connect. 6. Next, view alternatives to connect the two axes segments. Click Connect > Pipe End, and pick the first pipe end, then click Pipe End again Pick the second pipe end shown below and click Done,and Done Connect. 7. Now try the same routing with a different option. Click DeleteLast, then Set Start, Pipe End, and pick the first pipe end shownabove. Click To Pnt/Port, Pipe End, and pick the second pipe end.Notice the difference in the pipeline. 8. Complete the routing of LINE_2 ,CREAT SOLIDc)Create LINE_3 and LINE_4 using different Point options.1. Create a new pipeline. Click Pipe Line > Create/Route, enter[LINE_3], and select [1_HOSE]as the active line stock.2. Set Start ToPnt/Port ToPnt/Port3.DOWN4.To assist in Routing, it is possible to use an array of datum points.Route LINE_4 using thistechnique. Create a new pipeline. ClickPipe Line > Create/Route, enter [Line_4], and select [1_HOSE]as the active line stock.5.Click Set Start > Entry Port, and pick Port2_MT on the multitank.Click ToPnt/Port > Point/s,and pick the point just beyondPort2_MT.6.Set Start ToPnt/Port ToPnt/Portd)Route LINE_5 using flexible shape pipeline.1.Create a new pipeline. Named line_52.Create some disjointed pipeline segments following the axesshown below. Click Follow >Axis > Done, and the first axisshown below, and Done Follow. Repeat for the second axis.3.Change the current piping environment. Click Pipe Environment> Line Shape > Flexible >Done > Done Return. To route the flexible line, click Set Start, and pick one of the pipeends,followed by ToPnt/Port, and the other pipe end.4.Make solide)The final pipeline will use sketches for routing.1.Create a new pipeline. Named [line_6]2.Before routing the next pipeline, change the Pipe Environmentdefaults. Click PipeEnvironment > Line Shape > Straight >Done > Corner Values > [3.00] > Done Return.3.Create some disjointed pipeline segments following the axesshown. Click Follow > Axis >Done, and pick the first axis shownbelow. Click Change > Ends > Done > and accept theouter pointof the axis, then click Drag, and ing the cursor, drag the endpoint of the axis outward and click.Click Ext Length, and enter [3.0], then click Done and DoneFollow.Repeat for the second axis, using [2.0] as the extensionvalue.4.Next, the first portion of the pipeline will follow a sketch. ClickFollow > Sketch > Done.For the sketching plane, click MakeDatum > Through, and pick the first axis in Figure 26.ClickParallel, and pick the top surface of the Base.5.Down the sketch as follow6.After completing the sketch, click Done > Done Follow, and theCONNECT menu shouldappear. Notice how the new defaultradius from the line stock set in the Pipe Environment is applied to the corners of the sketch. Click Pipe End, and pick the end of the follow axis segment, then click Done, and Done Connect. When the free end of the pipeline highlights, click Quit Connect and return to the ROUTE PIPE menu.7.Before sketching the next segment,change the PipeEnvironment defaultsagain. Click Pipe Environment >CornerType > Miter Cut > Done >Square > Done, and Done Return.8.Sketch the second portion ofthe pipeline. Click Follow >Sketch >Done. For the sketching plane,click Make Datum > Through, andpickthe axis as shown in Figure 29. ClickNormal, and When the sketch is completed, click Done > Done Follow, and the9.CONNECT menu should appear. Click Pipe End and pick the end of the follow axis segment,thenclick Done, and Done Connect. When the free end of the pipelinehighlights, click Quit Connect.Sel ByMenu > Sel By Menu > Basic_Routing.asm > Datum > Name >A‐Right_1, and Done.10.The final segment will be completed using flexible line. Changethe current pipingenvironment. Click Pipe Environment > LineShape > Flexible > Set Length > Done > Done Return.11.To route the flexible line, click Set Start, and pick one of the pipeends, followed byToPnt/Port, and the other pipe end. Enter [5.5]as the fixed length of pipeline, and click Done Return.12.Make solid.第三章 进阶布线技术一、Using Additional Routing Techniquesa)Route the first pipeline1.Open the ADDL_ROUTING.ASM2.Read in the 1_Hose line stock file.3.Create a pipeline feature nemed [line_1]4.Click Set Start,and select PORT1_V,and Extend [3.0]5.Click Extend > Direction, and select the upper horizontal edge ofthe Base. Click EnterLength, note the direction of the arrow, andenter [‐4.0].e Extend Direction a little differently, the same direction ,extend [5]7.Route the pipeline towards the Base. Click Extend > UpTo, andpick the Base surface asshown in Figure 12. Click Enter Length,and enter [7.0]8.Begin routing from the end of the pipeline. Click Set Start, andselect the PORT1_P on thePump as shown in Figure 12. Extendthe pipeline in the Z‐axis direction of the port. ClickExtend, enterthe length, and enter[3.0]9.Click Extend > UpTo, pick the surface on the pump in Figure 12,click Enter Offset, andenter [-2.0]. Complete the routing byclicking Connect, and pick each free pipe end, thenclick Done >Done Connect. Refer to Figure 13. DO NOT make a solid pipe atthis timeb)Route the second pipeline1.Create a pipeline feature and nemed [line_2]2.Click Set Start, and select PORT2_V, Extend and Enter Length, and enter [3.0].3.UpTo, pick the first surface of the bracket, than up and Offset [3.0] of the other surface,change the corner value to [0.75]4.Extend > UpTo base surface and offset [2.0]5.Begin routing fromthe end of thepipeline.6.Extend [3]7.Y‐Axis [6]8.x‐Axis [6]9.Changing LineShape to Flexible10.To Pnt/Port,finishc)Begin the third Pipeline. Use a combination of Follow Curve and Extend1.Create a pipeline feature nemed [line_3]2.Set stard point,Extend andEnter Length, and enter [5.0].3.Click Follow > Axis > Done,and select A_1 on the Block,and click Done Follow.4.Click Follow > Curve, Done,pick the first curve shown inFigure 19, then click SelectAll > Done, Done Follow.Repeate Connect to create FOURconnections between the pipesegments6.Click Extend > Direction,pickthe underlying datum curve inFigure 20 and extend to theleft[4.0]. Click Done andDone-Return.d)Begin Routing LINE_4. Use Follow Pipeline for the major routing.1.Create a pipeline feature nemed [line_4]2.Begin routing LINE_4 from the unused port on the first Pump.Click Set Start, and pickPORT2_P on the pump as shown inFigure 21. Route the pipeline using various extendcommands, andclick ToPnt/Port to arrive at APNT0. (此处是随意布线)3.Route the next segment using a follow pipeline. Click Follow >Pipeline > Done, pick Line_3,click Specify, and Done to specify the start and end segments as shown in Figure 22.4. Start Point, Done, pick APNT0, and click Done Follow.5.connect the segmenting Routing commands of your choice , complete the routing for the two lines asfollow.e)Lines 5 and 6 will require some branching. Create the Pipelinesand Branch into Line 2, createdearlier.1.Create a pipeline feature nemed [line_5]2.Begin routing LINE_5 from the Multi Tank as shown. Click Follow > Axis > Done, pick axisA_4, and then click ChangeEnds > Done. Accept the outer end. Use Drag and Ext Length to extend past the axis [6.0]. Click Done > Done Follow. Click Set Start > Pipe End, and pickthe end of the pipeline.3.Click Branch > Perpendicular(垂直,正交), and pickLINE_2. Click Done-Return whenfinished. Refer to Figure 24.4.Create another pipeline featurenamed [line_6]5.Begin routing LINE_6 fromA_8 on the same Multi Tank,and use the same Follow andChange End procedure as withA_4.6. In order to create this branch,you will create a datum pointon LINE_2. Click Branch > ToPoint > Create Pnt, pick alocation as shown on LINE_2,click Length Ratio, and enter[0.75]. Referto Figure 25.二、Using the EZRouter and Square1.Change the working directory to EZ_Route_Rect and open theEZ_ROUTE_RECT.ASM file.2.Read in the [Circ_050] and [Rect_1_2] line stock fileb)Route a pipeline that will represent a duct(电缆槽) using square pipe.1.Click PipeLine > Create> ’pl2’ >Rect_1_2.2.Click Set Start. Pick the Port2_V Csys.3. Click EZRouter and use withthe saved views. Route thepipe similar to Figure 42.4.Make the pipeline solid andtype [DUCT_1].5.6.7.第四章 Modifying Pipelinesa)Some new routing point locations are needed in LINE_2. Useinsert point to accomplish this.1.Open the Modify_Basic_Routing.asm2.Before modifying the pipeline, change the display of LINE_2 to centerline.3.Insert a point for a routing location. Click Route, pick LINE_2,and click Insert Point. Pickthe pipe segment shown to insert the point on. Click Create > Static > Done,4. Use [3.5] [3.5] [0.75] to creat the point.5.Insert another point into the pipeline , Create > Dynamic > Done.b)Use the SEL BY Menu technique to select an empty pipeline.1.Create a temporary pipeline. Click Pipe Line > Create, enter [temp], 1_HOSEc)Make several modifications to LINE_61.Click Route, pick the pipeline shown in Figure 12, click Mod Dim,and pick the sketchedsegments. Modify the [0.75] dimension to[-6.0] and click Done Sel. Pro/E automaticallyattempts toregenerate the Pipeline, and it fails because this flexible line wasconstructedwith the Set Length option, and this modificationexceeds the set length.(修改草绘中0.75到-6)2.Make solid and regenerate3.From the PIPE MODIFY dialog box, select CORNER, pick theupper left mitered corner asshown in Figure 14, and change theType to Bend with a radius of [3.0]. Use Select Cornerto pickthe upper right corner, and change its type to Fitting. Click Apply> Close, andRegenerate Automatic.(用“管道修改”修改两个拐角,左边修改为半径为3的折弯,右边修改为管接头拐角,自动再生)4.The solid pipe fails because it has split into two pieces. Delete the solid and recreate. ClickQuick Fix > Delete > Confirm, and Yes to exit Resolve mode. Click Make Solid and edit the new pipeline names to be [MOD_1] and [MOD_2]. Notice the opening between the twosolid pipe segments allows for a fitting to be placed. Referto Figure 15.(再生失败后删除实体,重新命名为两段)d)The section of pipe between the arches requires a diagonalmiter.1.Click Mod Pipe, pick thepipeline, clickDone Sel, change Bend to Diag Miter Cut,and entera value of [5.0] [2] . Click Apply,note the changes and close.2.Click Regenerate > Automatic toupdate the solid pipe.e)Modify the line stock on some pipelines.1. Click set >Line Stock > Read,and select 050_PIPE2. Mod Pipe > Line Stock, pickLINE_3, and click DoneSelect.Select 250_LINE and clickApply. Click SelectSegment again, selectLINE_FLEX, click Done Select,change to 050_PIPE,click Apply, Close, and Regenerate Automaticf)Modify some built-in angular dimensions in the multi-tank tochange the pipelines1.Click Mod Dim and pick the four nozzles on the multi‐tanks as shown in Figure 19.Modify the four 60 degrees dimensions to[90].2.Regenerate Automaticg)After modifying nozzle angles, one flexible line is stretched too tight, and the other is toocramped. Make necessary modifications to the flexible pipelines.1.Click Mod Pipe, and Flex Shape, select the LINE_FLEX, and click Fixed Length. NoticePro/E provides the current value of theflexible line. Enter [20.0], click Apply, and notehow the linebows out. Click Select Segment, pick the “S” shape in LINE_6,and change thelength to [10.0]. Click Apply, Close, and Regenerate.(前一步骤修改成了12,此处改到10)二、Using Replace Modea)The pipeline goes straight through the tank. Correct thisproblem by sketching the pipeline inthis area.1.Open REPLACE_MODE_ROUTING_E2.Click Route,Replace > Enter Replace第五章 Fittings一、Inserting fittings in a Piping Systema)Prepare some corners for fittings1.Open the FITTINGS_MOD_ROUTING.ASM2.Fittings should always be placed before solid pipes are made. Pick each pipe above inFigure 26, and use the right mouse button to delete them.(接头一般在管道实体创建之前放置,删除图示管道实体)3.Click Route, pick the pipeline as shown above in Figure 27. Click Redefine, pick thesegment again, and click Change > Sketch >Done > Sketch. Modify the sketch as in Figure28. Click Doneand Done Follow when finished.(修改草绘为接头准备)4.Modify the corners as shown in Figure 29 to fitting corners. Click Mod Pipe > Corner, pickthe three corners, and click Done Sel.Change the type to Fitting > Apply. Click Close.5.Insert three corner fittings. Click Fitting > Insert > Corner >1EL90THRD, pick the corner asshown in Figure 30, and click Done. Repeat for the other corners shown.6.Insert another corner fitting. Click Fitting > Insert > Corner >1EL45 and pick the cornershown below. Click Done, and DoneReturn.7.One of the fittings should be a corner elbow. Click Fitting >Replace, pick the fitting asshown in Figure 32, and click Manual> Done > 1EL90 > Open, then pick the pipeline corner.Click Done, and Done- Returnb)Place some additional fittings from the Multi_Fitting familycreated in the last exercise1.Click Fitting > Insert > Straight Break > Multi_Fitting > Open >The Generic > Open. ClickCreate Point. Pick the location as shown in Figure 33. Pick Length Ratio and enter [0.5].Pick the datum point on the fittingin the subwindow and click Done2.Click Fitting > Insert > Straight Continuous > Multi_Fitting >Open > Multi_BR1 > Open.Create a point ½ way along thepipeline as shown in Figure 34. Click Create Point. Pick the location shown in Figure 34. Pick Length Ratio and enter [0.5].Pick the datum point on the fitting in the subwindow, and click Done.3.The orientation of the fitting above needs to be changed. Click Redefine, select the fitting,and click Orientation. Click Flip, and Done.4.Click Redefine, select the fitting, and click Orientation a second time. Click Twist > EnterValue, enter [45] > Done > Done >Done, and Done-Return. Your assembly should resembleFigure38.c)Next, create some extract models for documentation purposes.1.Click Extract Model > Extract. Enter [EXT_LINE_1], and pick allcomponents in LINE_1. Click Done Sel,Done. Repeat theprocess, creating two more extract models for LINE_2 andLINE_6 as shown in Figure 39.Notice these models ARE addedto the MODEL TREE for this assembly as components, however,they maybe deleted from the assembly so as to not interfere with aBOM, and can still be opened independently.2.Repeat ,repeat ……第六章 Piping Information and Drawings一、Extracting Bend Information1.Open the INFO_DRW_ROUTING assembly.2.Select ANALYSIS > MODEL ANALYSIS, and GLOBAL INTERFERENCE from the TYPEdrop down list. Notice there are at least five pairs of interfering components. Use theup/down arrows to investigate each pair(查看全局干涉)3.Investigate the information options in the PIPING INFO dialog box. Select INFO from thePIPING menu (or INFO, PIPING from the pull-down menu). The PIPING INFO dialog boxappears, with the default Info Type as General, and the drop down option set to Pipe Line(查看管道信息对话框,使用“常规”和“管线”“管段”)4.Pick the pipeline shown in Figure 6 and read the information provided. Change the dropdown option to Segment, and then pick the segment shown in Figure 6. Notice theincreased information.5.Generate a BOM. Select BOM from the drop down list. Scroll down the window to viewthe BOM. For easier viewing, click Info. Close the large info window when finished.6.Select Length from the INFO TYPE drop down list. Notice there are several options: PipeLine, Segment, Stock, as well as Pre/Cut or Centerline. Select PIPE LINE > CENTERLINE,and pick the pipeline shown (LINE_6). (查看管段的长度,查看管线6的长度)7.Change the Length Type to Pre/Cut and observe that the length is identical in this case(58.32).(使用预切割模式和中心线模式查看管线6长度)8.Mod these corners as follow9.Repeat the 7th ,(注意到两种模式下的管线长度不一样)10.Change the definition drop down from Pipe Line to Line Stock. Notice the system lists allline stocks used in this assembly. Select 1_HOSE, and Pro/E calculates the total length ofraw 1_HOSE linestock required for this assembly.(查看线栈1_HOSE的管段长度)b)Take advantage of parameters in the Line Stock, andperform a pipe check operation.1.Change the Info Type to Check Pipe, and pick the same pipeline segment as in Figure 15.Notice the various violations. Use the up/down arrows to highlight the geometry.2.click Linestock > Edit >1_HOSE > Check Pipe, and change the MIN_BEND_SEPARATIONto [2.00], the MIN_STRAIGHT_LENGTH_END to [1.00]. Click OK > Done-Return,and Regenerate > Automatic.(将最小折弯间隙改为2,最小直段长度为1)3.Repeat the 1sd (重复第一步,发现违规减少)c)Generate Bend Machine and Bend Location Data for a pipeline.1.Set the Display of the pipeline as shown to centerline2.Click Info > Piping > Bend Location, and pick the segment and coordinate system, clickDesignate for Report Setup, and Info. Save the analysis. Click Saved Analyses, enter[BEND_LOC], and [Save]. (注意,此处需要保存报告)3.Change the Info Type to Bend Machine and pick the segment as in Figure 19. (Be sure toflip the direction of the arrow, if necessary), click Designate for Report Setup and Info.Save the analysis.Click Saved Analyses, enter [BEND_MACH], and [Save]. Close the dialog box when finished. (保存折弯机信息)4.Set the Display of the pipeline back to Solid. (不要关闭窗口)d)Create a drawing which extracts bend machine and location data from LINE_6, and also usesa custom BOM with repeat regionparameters.1.Click File > New > Drawing, and enter [Pipe_Info], OK,INFO_DRW_ROUTING.ASM asthe default model, no template, size C and click OK.2.Create a view of the entire assembly. Click Views > Add View >General > Full View > NoXsec > Unexploded > Scale > Done,pick a point in the upper left corner of the screen, andenter [0.20].Turn off the display of all datum features, and change the displayto No Hidden.3.Two tables have been saved in your directory that contain onlysome plain text. Place themon the drawing. Click Table >Save/Retrieve > Retrieve > Bend_Loc._Table.tbl > OK, andplace the table on the drawing. Repeat for the Bend_Machine_Table.tbl. Position the tablesas shown in Figure 20.(从文件插入两个表格)4.Create a repeat region in the first table. Click Table > Repeat Region > Add > Simple5.Enter the following parameters in the first table6.Enter the following parameters in the second table7.For each table, click Repeat Region > Attributes, select the region, and click No Duplicatesand Recursive > Done, then Update Tables.(设置无多重记录,递归的)e)Create the Bill Of Materials.1.Click Table > Save/Retrieve> Retrieve > PIPING_BOM_TABLE.tbl > Open,(插入BOM)2.For each region, click Repeat Region > Attributes, select the region, and click No Duplicatesand Recursive > Done and Update Tables. Click Filters > By Item, select the three extract models and the assembly, and click Done Sel > Done.(定义无重复,递归,过滤)3.Click Attributes > Start Index, select the lower region, and then the upper region. Click SortRegions, select the upper region,click Add > Forward, select the name column, then click Done Sel> Done. Refer to Figure 25.(定义起始编号)4.Show the BOM balloons. Click BOM Balloon > Set Region,select the upper region, andclick Show > All. Use Detail Create Balloon for the lower region. Adjust the balloons using Detail Move or Mod Attach.(定义球标)。

proe管道设计

proe管道设计
2
Pro/E 野火 2.0 三维配管设计建模
4 个工作环境和 3 种配管方式
(1)4 个工作环境 <i> Pro/E 标准组件建模环境 <ii> Pro/E 管道专业环境 <iii> Pro/E 内 嵌 的 Pro/TABLE 表 格 编 辑 环 境 <iv> RSD 布线系统设计师的 P&ID 线图环境
常 用 的 管 件 ( 管 件 ( 狭 义 概 念 ) 也 称 管 接 头 ( 广 义 概 念 )) 包 括 : 弯 头( 有 90°、45°两 种 形 式 )、Coupling( 管 接 头( 狭 义 概 念 ))、异 径 管 ( 也 称 为 大 小 头 )、 三 通 、 支 管 台 ( 如 Weldolet 焊 接 支 管 台 )、 四 通 等 。 Bend( 弯 管 ), 是 指 带 有 弯 曲 拐 角 的 管 子 , 包 括 直 线 部 分 和 弯 曲部分,拐角是管子的一部分。
第 2天 M05 设 置 规 范 数 据 库 : 管 道 ( 在 Pro/TABLE 中 创 建 、 修 改 ) M06 设 置 规 范 数 据 库 : 管 件 ( 在 Pro/TABLE 中 创 建 、 修 改 ) M07 配置项目规范数据文件(在 Piping 中创建、修改) 这三个模块一起讲授,重点讲授规范驱动的原理和文件结构,练
信息
从相应的对话 框调用规范数 据信息(用于 布置管道和插 入管件)
尺寸等
除了手工布管 的 修 改 工 具 ,还 有编辑定义规 范数据文件内 容,定义参数

意管道设计方
法配置选项
等。
piping_design_
method
2-D 示 意图驱 动配管

proe管道教材 中文版piping

proe管道教材 中文版piping
如需要, 关闭基准平面 , 基准轴 , 基准点 显示.
Compression_top_level.ASM 7. 单击 工具 > 选项 并单击 打开一个配置文件 8. 单击回到上一级目录(piping_wf5_tutorial)选择 config.pro 文件 9. 单击打开 和 确定 装载管道配置文件.
5. 单击 完成 。
插入管接头
任务 7. 在已布置管道的起始端放置一个法兰配件。
1. 单击 管接头
> 终止。
2. 回到上一级目录,打开 flange 文件夹,选择 FLANGE_NECK_RF 零
件,单击 打开。 3. 选择 FLANGE_NECK_RF-STEEL-20K-150 实例,打开。 4. 选择管道端点起点

7. 从子组件 RESERVOIR_F 中的零件 FLANGE_SLIP_RF-STEEL 上
选择 PORT0 做为起点。
9. 单击 延伸 。
10. 选择 沿坐标系轴 类型。 11. 选择 Z-轴箭头,按住左键向正 Z 方向拖动管线到大约 900。 12. 延伸尺寸选项从 长度 改为 距参照的偏移 。 13. 选择子组件 TANK_B 中的零件
目标
通过这个指南你将学会:
手动管路设计 (非规范驱动) ; 基于规范的自动管路设计; 基于原理图的自动管路设计 管路文档: Standard 和 Isometric。
开始之前
这个指南创建于 Pro/ENGINEER Wildfire 5.0 M010 版本中。
继续之前确保你的电脑上安装了 Pro/ENGINEER Wildfire 5.0 软件。如果没有 安装请联系相关的培训讲师。
任务 1. 设置工作目录,加载 piping_config.pro 配置文件。

ProE管路设计教程

ProE管路设计教程
◎ 规范:规范名称 ◎ 助记符:流体或配管系统 ◎ 颜色 ◎层 ◎ 自动选取文件:分配到每个规范 ◎ 保温层编码:分配到每个规范
课堂练习 练习 1:查看 3-D 配管设计 练习 2:查看 2-D 线图(P&ID 图) 练习 3:布置管道
M02 配置和布置管道
目标 ● 描述配管术语。 ● 配置非规范驱动管道。 ● 使用各种技术布置管道。
布置管道概述 配置管材(Line Stock) ● 参数 配置管道起点 ● 输入端口 ● 管子终端 ● 选取或创建点 创建管道段 ● 应用管材设置
配管开发流程概述 2-D 线图设计 ●框图(Block Diagram) ●流程和仪表线图(P&ID)
◎设计目录 3-D 配管设计 ●工业配管
◎规范驱动配管 ◎管道轴测图(ISOGEN Drawing) ●机械配管 ◎非规范驱动配管 ◎非标管(Tube)/挠性软管(Flexible Hosing) ◎配管制图
3
◎ 延续(延用上一种管材的形状和拐角类型) ◎ 不连续(重新应用一种管材) ● 连接独立的管段 ◎ 必要时(创建独立管段,并创建和前一管段之间的连接管段) ● 插入管件
配置非规范驱动管道 管材 ● 配置参数
◎ 材料 ◎等级 ◎外径 ● 管道形状
◎ 规范管子形状:直管/挠性软管 ●拐角类型
◎规范拐角形状:管件/折弯/斜接
主目录文件:管件 ●管件主目录文件(例如:tee_reducing_bw_steel.ptd)
◎规范管件库中存在的管件 ◎每种管件类型对应一个文件 ◎在配管 MCAT 指引文件中参考 ◎映射 MCAT 数据到管件数据
○提供管件选取选项 ○确保管道属性 例如:tee_reducing_bw_steel.ptd 映射到 TEE_RED_BW-STEEL-50×25.prt ●管件库 ◎支持(JIS)基本库 ◎可用库:ANSI/JIS ●管件模型 ◎模型参数:Fitting_Code ◎特征参数:Size、End_Type、New_Size、Branch_size ●管件库指南 ◎一个或多个端口 ◎端口 Z 轴方向:垂直端面向外,Y 轴是主干轴,用于定义分支、管件位 置等。 ◎局部坐标系 ◎同轴(in-line)管件:端口 Z 轴共线 ◎同轴偏心(in-line lateral)管件:输出端口偏离局部坐标系 Z 轴

creo原创教程(三),液压管路布局proe高级应用之管道设计

creo原创教程(三),液压管路布局proe高级应用之管道设计

creo原创教程(三),液压管路布局proe高级应用之管道设计今天creo给大家带来高级应用的管道设计,昨天发布的曲面展平和实体自由形状,希望大家能够支持,其中曲面展平教程已经被加入到精华帖,好高兴,种子终于结果了,希望大家错支持,多回复,您的回复是我继续发好贴的动力。

管道设计一般情况下我都用sweep (走管布局简单的),稍微复杂点的就得vss或sweep blend,还有文案大全很多用管道设计模块。

建立点,根据点建立曲线,复制合并成一条曲线,然后再vss或sweep blend 这个完全可以,个人感觉常规办法都是这样,我以前也是这样做的,今天给大家做个插入-高级引用的管道设计,相信你看后一定会会经常用到这个的。

管道设计模块我没有用过,如果大家有异议,可以发帖共同交流1.我先建立几个障碍,走管绕过这些障碍.文案大全2.建立几个基准面,再建立点,这些点要穿过障碍,不能在每个障碍上,基准面要建立点适当看图,这些基准面和点的建立有一定的经验成分在里面,不过不用担心,即使你现在的面和电建立的不好,到时候可以调整3.点击插入--高级--管道,弹出菜单管理器,这里用默认的就可以,几何就是点线面,空心,你的管道不可能是实心对吧,常数半径,这个可以随意一些,到时候和障碍有冲突,可以设置多重半径,一文案大全般情况下我都设置为常数,点完成,输入外部直径我输入10,管道壁厚为1.5,添加点,根据你的管道的走向顺次选取点,别忘了按住ctrl键,到拐弯的时候让你输入折弯半径,这个也有一定的经验在里面,一次不行可多次,一步一步来,点选每个点后,出现个箭头,箭头的方向代表该点所在曲线曲率的方向,也就是切线的方向,选择完最后一个点,点击鼠标中间,可以看到管路建立好了。

如果觉得不满意,可以再调整一下点,教程管道的设计比较简单,实际情况比这个复杂的也有很多,文案大全这里只提供思路,做管道设计,尤其是液压系统的设计,建议用这个种方法,比较好控制,如果vss或者sweep blend,单单是合并曲线就够你忙活一会了,有人会问,为什么sweep不行么,我可以告诉你,合并的复杂曲线sweep是扫描不到的,这里就不能用sweep,简单的在一个平面内的简单的曲线可以用sweep。

proE管道规范

proE管道规范

proE管道规范教程ProE中本身自带管道规范,但很有可能不是我们需要的管道,并且管接头数量较少,不够我们工程使用,为此我们需要重新自己编制适合自己的管道库,其中包含管道和管接头。

在使用proE过程中,我们知道管道是和管接头相关联的,所以在编制新的库的时候,我们要注意两者的关联性,以保证能够正确使用。

首先编制管道的规范化(以管道GB8163为例):1、按照以下路径找到对应的文件夹:也就是你的安装路径下的master_catalog文件,2、然后在文件夹里面找到piping_mcat_dir,这个相当于是管道库的总目录,用写字板的格式打开它,会看到如下图的四列:观察他们会发现他们分别对应四种不同的材料,我们这里按照他的格式,复制一行然后改成我们将要编制的GB8163管道库如下图:然后保存,关闭此文件。

3、打开master_catalog文件中的piping_units_system_dic_file,这个文件是对应地更改数据单位的文件:.我们分别复制"pipeod/od_steel" "MMKS",将其改为"pipeod/od_GB8163" "MMKS",再复制"pipethk/thk_steel" "MMKS",将其改为"pipethk/thk_GB8163" "MMKS",再复制"bend/bend_steel" "MMKS",将其改为"bend/bend_GB8163" "MMKS",这样是保证新建的库文件的单位能和系统保持一致。

然后保存关闭。

更改过后的文件如图:4、打开master_catalog文件中的piping_material,这个文件是设置管道的材料。

软管的PROE绘制

软管的PROE绘制

常用零件的PRO/E 绘制一、 弯曲蛇管步聚一、在组装图状态创建蛇管。

在组装图状态下单击 或"插入"(Insert)>"元件"(Component)>"创建"(Create),一个蛇管实体,并输蛇管的文件名。

步聚二、作定位点。

在蛇管文件被激活的状态下,用各画2个点,用作通过点作曲线的作用。

步聚三、通过点画曲线。

单击>"通过点"(Thru Points) >样条 (Spline) >依次选取之前所作的4个点,来完成曲线制作。

步聚四、通过点作管道。

"插入"(Insert)>"高级"(Advanced)>"管道"(Pipe) >中空 (Hollow) >恒定半径 (Constant Rad) >单击"完成"(Done)。

然后输入管道的外径和壁厚。

完成管道的制作。

然后单独打开蛇管文件。

步聚五、画螺旋曲面。

单击单击 ,或单击"插入"(Insert)>"可变截面扫描"(Variable Section Sweep)>曲面伸出<选用管内曲线作为路径>打开内部截面草绘器,作如下图所示的直线,加入RELATION :sd1 = 30*trajpar*360 (公式中30为螺旋圈数)输入SD2的值(为蛇管螺旋外径)完成螺旋曲面绘制。

步聚六、依螺旋曲面绘制螺旋实体。

单击单击,或单击"插入"(Insert)>"可变截面扫描"(Variable Section Sweep)> 实体伸出<选用螺旋曲面作为路径>打开内部截面草绘器,作如下图所示的截面。

(注意螺旋线内径不得小于管道外径,否则会显示出错。

Proe管道文件配置

Proe管道文件配置

Proe管道文件配置Proe管道文件配置pipe_bend_locations_csys_units no!管道定义在计算管道折弯位置时所使用的组件单位。

yes -使用坐标系组件单位。

no -使用管线组件单位。

pipe_pre_22_bendinfo_conv yes!管道将Pro/ENGINEER 2000i-2 之前所生成的折弯报告信息转换为当前保存的分析格式。

yes, nopipe_solid_centerline yes!管道yes -显示Pro/PIPING 中心线。

no -不显示Pro/PIPING 中心线。

pipe_update_pre_20_int_pts no!管道 yes -更新20.0 版本以前创建的管线的交点图元。

通过选取"信息">"再生信息"在进程中创建这些图元,或者当检索模型时创建。

pipeline_assembly_name_format number!管道设置缺省管线组件名称格式。

mnemonic,number pipeline_label_format number!管道指定将用来自动生成管线标签的管线标签格式。

-size,specification,mnemonic,number,insulationpipeline_solid_start_part_namepipeline_solid_start.prt!管道设置缺省管线实体起始零件名称。

pipeline_solid_start.prt pipeline_spool_label_format suffix[]!管道指定在管线线轴再生过程中将用于生成线轴标签的管线线轴标签格式。

-mnemonic-numberprefix[0]spoolnum[01]suffix[] pipeline_start_assembly_name pipeline_start.asm!管道设置缺省管线起始组件名称。

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PRO/ENGINEER PIPE DESIGN
管路设计
管道设计的典型设计流程
创建管道装配创建管道
骨架
复制几何安装部件接头
创建管路几何
定义管
线
安装管
接头
管道布线产生管道
实体
安装管道零部件-储气筒、泵、阀
1,在零件上,各管道接口上创建坐标系,坐标系的要求是在管道中心线上,坐标系Z轴朝向接头外侧。

2,使用一般装配的方法安装到管道总成中。

安装管道零部件-管接头
管接头的类型:
终止-end 管道的终止
拐角-corner 管道的转向
直断-Straight Break 直线管道断开
直通-Straight Continues 直线管道连续
管接头零件的自定义设计要求
使用一般的方法构造零件实体
在每个关口创建管口坐标系,坐标系位于管道中心线上,坐标系Z轴朝向接头外侧。

在所有坐标系Z轴的交点上创建基准点,作为安装基准点。

安装管道零部件-管卡
管卡的设计要求
使用一般的方法构造零件实体
在每个管道通过的地方创建基准轴线或管道路径曲线,将来用于定义管道通过位置。

管线定义-基本参数
管线的定义包含如下信息:
管线名称:
毛坯号、材料、等级
截面圆形、矩形,内部中空和实心
管线外径、厚度
管线类型:直管、软管,拐角类型:折弯、管接头、斜切 重量/长度,单位长度的“重量”参数,定义管道实体密度
“拐角类型”的“折弯半径”、“折弯角”和“对角斜切削”。

管线定义-设计规范
设计规则参数
在“线栈”对话框中使用“设计规则”参数验证已布线的管道参数是否在限定范围内。

设计规则参数选中的值
MAX_OVERALL_LENGTH管道段长度
MAX BENDS_NUMBER管道段折弯数。

MIN_BEND_SEPARATION一个连续的管道段中折弯间的最小距离。

MIN_STRAIGHT_LENGTH(组件单位中)管道端到下一个折弯或终点允许
的最小距离。

MIN_BEND_RADIUS折弯允许的最小半径。

MAX_BEND_RADIUS允许的最大折弯半径。

MIN_BEND_ANGLE允许的最小折弯角度。

MAX_BEND_ANGLE允许的最大折弯角度。

BEND_ARC_THRESHOLD Pro/PIPING为大角度折弯(例如180度)定义尺
寸布置的角。

管线库的管理
1,可将现有已定义的管线保存,以备使用。

2,对于公司常用的管线,可定义成标准管线库,形成统一的设计规范。

3,管线的文件为*.stk 。

可以编辑该文件,修改参数。

管道环境:设置管道的各个特性 设置起点:设置管道当前起始位置任何方式

入口端
分支点
管道终点
布线方法:
延伸-相对于坐标系、平面、边等延伸 至点/端点-直接连接到点
连接-连接两管道
参考-沿参考布线
分流-产生管道分支
插入点-在现有管道上增加通过点
删除上一段-删除最后一段管线
重定义-重定义已有管线
修改尺寸-修改管线尺寸
替换-替换已有管道
连接的方式:根据不同的管线位置连接的结果也不同
空间不共面
空间共线共面平行
共面不平行
参考草绘 参考曲线 参考管线 参考轴线
管道布线—端点控制
对于参考轴线的特征,可以控制两端的伸出量,自由拖动或给出尺寸,相对于某平面或坐标系.
管道布线—Extend
通过指定坐标系相对偏移进行布线 可以使用笛卡儿、圆柱、球坐标 可以手工拖动或输入具体值
可以连续创建多段管道
可修改拐角类型 管道参数
流动方向
管道类型
弹性曲线的形状
可以提取每一段管线的长度
还可提供长度、材料清单、折弯部位、折弯机、等多种信息。

安装管接头
1,选择管接头-插入-选择类型-选择安装点和入口坐标
2,创建管道实体时会自动分成两段,终止于入口坐标系的位置。

产生管道实体
将管线转化成实际的管道实体选择管线,输入每段管道的实
际零件名,选择缺省模板,
选择制作。

在所有管线完成后再产生实体产生的实体也可以擦除
完成的管道装配
在完成的管道装配中包含:
所有主要的功能部件
管道接头、管卡
管道实体
管道绘图-绘图信息
1,拷贝管道的基本图形
2,建立管道表格,定义重复区
域,输入变量
3,更新表格
© 2002 PTC。

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