catia管道布线
CATIA管路定制方法

管路定制方法一、安装为方便推广统一的标准件库和标准规范,在安装时建议用统一的安装目录,例如:catia的安装目录为D:\catiav5\,使安装后的目录是d:\catiav5\b08\intel_a\…。
环境文件目录设为d:\catiav5\env。
安装完后再新建目录d:\catiav5\catsetting和d:\catiav5\cattemp。
二、环境文件的定制1.执行开始-程序-catia-tools-environment editorv5r8,新建一个环境文件,执行菜单命令environment-new,mode应设置为global,product line设置为catia,选中add desktop icon。
2.编辑新建的文件d:\catiav5\env\equipment_sys.txt,修改内容如下:CATGraphicPath=d:\catiav5\b08\intel_a\resources\graphic;d:\catiav5\b08\intel_a\resources\graphic\icons;d:\catiav5\b08\intel_a\resources\graphic\figures;d:\catiav5\b08\intel_a\resources\graphic\splashscreens;d:\catiav5\b08\intel_a\resources\graphic\symbols;d:\catiav5\b08\intel_a\resources\graphic\textures;D:\_PROJECT\CATFCT(添加内容)CATUserSettingPath=D:\catiav5\CATSETTING(修改)CATTemp=D:\catiav5\CATTEMPCATDisciplinePath=D:\_PROJECT3.创建项目文件目录d:\ PROJECT,复制D:\catiav5\b08\intel_a\startup\EquipmentAndSystems下的子目录DiscreteValues、MigrationDirectory、Tubing,到d:\ PROJECT下面。
CATIA布线

CATIA三维布线
• 左图是一段局部线束。 • 绘制线束和绘制管路 一样,可以先绘制线 束中心的样条曲线。
CATIA三维布线
• 绘制曲线时,我们需 进入到曲线和曲面模 块,如左图
CATIA三维布线
• 进入模块后,介绍一 下右侧工具栏中需用 到的几个绘图工具。 • 1、点绘制工具 • 2、直线绘制工具 • 3、桥接工具
CATIA三维布线
• 关于点的捕捉,我们 常用到线条、圆心和 球心。 • 绘制直线时,我们通 常会用点与点、点和 方向的命令来绘制。
CATIA三维布线
• 接下来介绍桥接工具: 桥接是填补两线条之 间间隙的命令。操作 时需注意将方向选正 确。
CATIA三维布线
• 接下来
CATIA管路和电路完美设计

CATIA的管路和电路的设计CATIA支持管路和电路的设计需要以下5个模块设备系统设计(电气/管路)5691TUB Tubing Design 2(管路设计)5691EHF Electrical Harness Flattening 2(线束平展图)5691ELB Electronic Library 2(电气系统库)5691EHI Electronic Harness Installation 2(电器线束安装)5691EWR Electrical Wire Routing 2(电气导线铺设设计)各模块功能如下CATIA –电气元件库2 (ELB)允许用户创建和管理包含电气元件的目录库。
该产品扩展了机械零件和装配,使其带有电气行为,从而能定义电气组件,比如连接件和电气设备。
使用与机械零件/装配一样的方法,可以将这些设备存储在目录库中。
包含电气属性和特征。
当把组件从目录中调出,放进虚拟环境中时,它考虑了所有预定义的机械约束,从而能正确地使用和放置这些设备。
典型地,该产品和CATIA –电气元件库2 (ELB) CATIA –电气线束安装2(EHI)一同使用,为电气设计者提供了全面的三维线束定义。
CATIA –电气线束安装2 (EHI)该产品专门用于在虚拟环境中进行物理管线设计。
机械设计被作为电气设计的输入,从而实现完整的集成。
能很方便地实现三维环境和线束之间的关联和修改。
比如,CATIA –电气线束安装2(EHI)提供了独特的松散管理能力和不受限制的派生点。
提供了电气管线功能定义和物理定义的完整集成。
由于与机械装配相集成,电气线束可以与机械零件或电气设备相连。
CATIA –电气线束安装2 (EHI)CATIA – 电气导线布线2 (EWR)根据功能和配线规范,EWR 能在虚拟环境中创建电气导线。
根据外部电气CAD 系统或者CATIA – 电气功能定义(EFD)中定义的规范,进行导线布线。
可以在CATIA 电气线束安装2中设计的线束网络中;或是CATIA – 系统空间预留2(SSR)中定义的预留空间中,创建导线。
CATIA生产应用-管路开发教程

北京江达 版权所有
给定线路标识名称将会自动添加到 线路标识库中
选择设为缺省值可以基于基于预定 义的规则的属性自动命名
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管路设计
管理管路线路标识 – 选择 (3/9)
选择一个线路标识
选择管线“ TL104-3/8in-SS150R-FG”
线路标识名称
公称尺寸
规格
过滤:在文档中 的线路标识
过滤列表
过滤:所有可用的线路标识
“ 管路功能”零件是被动的元素:管,螺母,弯头。它们在原理图上不可见。 “ 管路零件功能”零件是主动元素:阀,过滤器,支管。它们在原理图上可见。 设备是:泵,容器,执行器,等等。设备可能属于多专业。 ( 比如:泵可以是电力和液压链 连接的 ) 。需要使用设备布置工作台。 管嘴定义管路与设备的连接。 管线是一个基本的几何:
选择 确定 激活所选的项目和专业
ቤተ መጻሕፍቲ ባይዱ
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管路设计
管理管路线路标识 (1/9)
要创建,传递,更名,合并或引入线路标识需要经过管理员授权
引入 合并 删除 更名 转换 创建 选择
北京江达 版权所有
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管路设计
管理管路线路标识 – 创建 (2/9)
创建线路标识
在有些机构里面,线路是事先定义好的。 你可以创建你所需要的线路标识 你可以输入任意已知的属性,但是,公称尺寸和管路规范必须指定。
管路设计
用户界面:常用选项 (2/3)
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管路设计
用户界面:通用环境图标
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管路设计
用户界面:通用环境图标
北京江达 版权所有
CATIA管路详细设计

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Modifying a Run (1/5)修改管路 修改管路
Modify the Run修改管路 修改管路
A new Run shall be created and afterwards being modified.先生成后修改 modified.先生成后修改 Therefore you create a new Run using the orthogonal mode as shown in the picture.使用对角线方式生成管路 使用对角线方式生成管路 After that you will modify the Run.然后修改 然后修改
Experienced CATIA V5 users
目标学员 有使用经验的CATIA用户 有使用经验的 用户
0.5 day
Prerequisites
CATIA V5 Fundamentals 予要求: 予要求:CATIA V5基础 基础
Copyright DASSAULT SYSTEMES 2002
In this course you will learn how the CATIA Tubing Design product is used to quickly and efficiently create an intelligent tubing layout.
智能化管路设计
Targeted audienBiblioteka eOffset Plane
图标
Copyright DASSAULT SYSTEMES 2002
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Routing a Run (2/4)生成管路 生成管路
Select the Line ID选择管线ID码
Depending on what Line ID is choosen, CATIA lets you select a predefined Turn Radius. In this case is just one Turn Radius for the 3/8in diameter defined, which means that you won´t get a selection panel.根据选择的管线ID码,可以选择拐弯半径 t panel.根据选择的
CATIA管路设计Tubing Design环境客户化定制

图 1 管线属性页面
图 2 管路零件属性页面
3.2 创建Tubing特征字典文件
(1) 由于客户化定制要修改大量的Tubing Design Table),检查相关内容是否准确无误。
模块系统文件,为了保证不影响 CATIA 原系统文件,
修改系统文件前需将 C A T I A 系统安装目录下“… 3.5 定制管路规范
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应用广角
这里所说的规范是指在既定管路设计标准框架下
要使客户化定制的管路系统文件生效,必须对每
[ 收修订稿日期] 2 0 0 5 - 1 2 - 0 8
应用广角
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LF2-M、T2 等; Specific Gravity(比重) 如7.94g/cm3、2.68 g/cm3
等; Bend Radius(弯曲半径) 如2.5D、3D等; Tube Specification(应用规范和标准),如HB4-1-
应用广角
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Line ID。在进行管路设计前,应按工程应用需求将数 字样机中所有可能要用到的Line ID创建好。
4 管路标准件的创建
4.1 创建管路标准件 在管路设计中,将常用的管路连接件做成可用
“Place Tubing Part”命令调用的标准件,可大大提高 设计工作效率,利用管路设计规范规定的自动匹配功 能,可进一步优化设计过程,减少设计中的错误和重 复设计工作。 在Tubing Design工作台,选择“Build Tubing Part” 命令,依次完成管路标准件的类别定义、模型创建、参 数化驱动和管路连接属性定义,并保存为“.CATPart” 文件。
catia管道布线

Electrical Harness Installation 电气安装Electrical HarnessAssembly电气装配Getting Started Samples简例CATIA TrainingFoilsElectrical Harness Installation电气安装Electrical Harness Assembly电气装配Version 5 Release 132004Course PresentationObjectives of the courseIn this course you will learn how to build a harness integrated within the DMU and how to connect the bundle segments to your electrical components.下面的讲义介绍如何在电子装配中建立电气用具和如何使用线束连接它们Targeted audienceNew Electrical V5 users适用对象是CATIA V5初级学者Prerequisites0.5 dayCatalog Editor, CATIA V5 basicsTable of Contents内容提要1.Introduction to Electrical Harness Installation介绍Electrical Harness Installation workbench presentation电气安装模块菜单位置2.Bundle Segment (BNS) definition线束定义Geometric Bundle几何定义Bundle Segments线束定义Split a Bundle Segment线束分段3.Links Management线束联结Link the electrical objects与电器器件的联结Links Management联结修改4.Local Slack Management线束局部松弛度的修改Adding Local Slack增加Removing Local Slack取消5.Support Management线束支撑Routing of BNS through Supports增加Removal of Support from Bundle Segment取消6.Rectangular Sections矩形截面Change bundle segment section改变线束截面7.Floating Junction线束连接点Define the constraints of the floating junction定义连接点Accessing the workbenches进入电气安装界面Allows the geometrical harnesses creation. Itlinks bundle segments together to create thisharness.产生线束定义,线束连接Allows the bundle segmentscreation within a geometricalbundle线束的几何定义User Interface 用户界面Electrical HarnessAssembly电气装配Electrical HarnessInstallation电气安装线束几何定义Terminology术语Geometric Bundle线束组Electrical object federating a bundle segments group.A geometrical bundle is mandatory in order to create a bundle segment.Bundle Segment线束Also called segment, a geometrical subdivision of a geometrical bundle.It is the branch of harness graphical representation in the digital mock-up.Support电器库元件支承件An Electrical catalog item that is utilized when routing geometrical bundles.It controls the entry and exit of the bundle segment as it is routed through the DMU.Floating Junction线束连接点A junction that automatically finds a natural position.Alternative Bundle Segment Section线束截面The sections of a bundle segment need not be circular, they can follow the profile of another sketch.Define a geometric bundle定义线束组Select the “Bundle Segment” function1The new point is added to the BNSSelect the pointfunction and give the coordinates2选择图标生成点的图标Select the “Bundle Segment” function1The new line is added to the BNSSelect the line function give it the coordinates2选择图标生成线的图标Define a plane 生成平面Select the “Bundle Segment” function1The plane is added to the bundle segmentSelect the “Plane” function and define its coordinates2选择图标生成平面的图标Define a bundle segment 定义单个线束The BNS is updatedSelect the “Bundle Segment Definition” function and define it2Select the “Bundle Segment” function1选择图标生成线束的图标Define a bundle segment定义线束段123截面和松弛度设置线束控制点生成样条线123Select the points the BNS has to go through and the surface.You may have to invert the BNS orientation in case the surface orientation is not correspondingIf two BNS are on two distinct surfaces, you have to connect them with a third BNS not lying on any surface or create a join.选曲面线束两端点在此曲面上改方向连接两个不同面上的线束The external references to thepoints the BNS is using arecreated automatically.The surface the BNS is lying on isrepresented by an externalreference as well.Tools / Options / Mechanical Design / Part Design / General / External References : Keep Link with Selected Object.Activate this option or you will loose the links to the objects that belong to other parts.相关设置自动生成相关参考点和曲面Split a bundle segment (1/2)分割线束Create a new point onthe Bundle Segmentspline (“on curve”)2Select the “BundleSegment” function1Isolate point3选图标生成点隔离点Split a bundle segment (2/2)The BNS is split.5Exit the Bundle Segment command4Add point to the BNS route definition6Split the bundle segment加入点退出分割线束分割完毕Links Management线束连接Objective : You are going to learn how to connect two bundle segments together or to an electrical componentLink the electrical objects线束和电器连接Links management连接管理Between two bundle segments 两线束之间连接Create two bundlesegments1Select the “Link” functionand both BNS, close to theextremity to link2The GBN is updated生成两线束选择图标和两线束连接Between a bundle segment and an electrical component 线束和电器连接Create an equipment and a BNS within a GBN12Select the function “Link”, the BNS and a connectorThe BNS got himself connected to theconnector automatically产生设备和线束选择LINK 图标线束和电器自动连接Links Visualization连接图示“相关目标”图标Select the “RelatedObjects” functionUnlink two electrical objects切断连接Select the funtion“Unlink”12The connection islost but thegeometry remains.切断图标连接去掉,线束还在Local Slack Management松弛度Objective : You are going to learn how to add or remove Slack locally along the bundle segmentAdd Local Slack增加Remove Local Slack去掉Add Local Slack to a bundle segmentSelect the “Add local slack to a bundle segment portion1Select the bundle segment next to the point where the additional slack is to start. Click on “Add slack” , key Slack Definition value.2Slack is added to the bundle segment 图标在线束上欲增加松弛度附近选点输入松弛度松弛加在选点之后的线束Removing Local Slack from a bundle segment 去掉松弛Select the “Add local slack to a bundle segment portion1Select the bundle segment to display the Local SlackManagement Panel. Click on “Ignore Slack”2Slack is Ignored and the bundle is modified同样图标不同选项取消松弛Support Management增加线束支撑Objective : You are going to learn how to add a Support to a bundle segment and also how to remove a Support from a bundle segmentAdd Support增加Remove Support去掉Add a support to a bundle segmentCreate a bundle segmentrouted through 3 supports.Add an additional support.1Select the “Add Support tobundle segment” andselect the bundle segmentfollowed by the Support2The bundle is routedThrough the support 三支撑模型,支撑必须用Electrical Part Design中Support 命令定义选图标和第四支撑增加完毕Remove a support去掉支撑1Select the “RemoveSupport from bundlesegment” and select thebundle segment2The Support is removed and the bundle route is modified图标Section Management线束截面Objective : You are going to learn how to change the section of a bundle segment from circular to rectangular.Change Section更换截面Replacing a circular section with a rectangular sectionCreate a bundle segment1Sketch new rectangular profile on the same plane as the current bundle segment profile2Activate the “Rib Definition” panel and select the rectangular profile3产生一个线束增加截面草图更换截面Floating Junction线束连接点Objective : You are going to learn how to manage a floating bundle segment junctionManage bundle segment Junction positioning修改连接点位置Floating Junction ManagementDefine the constraint geometryfor the floating junction1Create the bundle segments2Move the Junction 增加分支点去掉分支点Electrical Harness Flatterning线束展平Electrical Harness Flattening offers the following main functions:•it flattens bundle segments or electrical and geometrical bundles •展平线束•it straightens bundle segments•拉直线束•it rotates whole bundle segments or bend them at a defined point •旋转和弯曲线束•it rolls bundle segments•卷线束•it scales bundle segments by introducing fake lengths•线束变比例•it can be updated at any time during your session thanks to the synchronization option 与实体关联和更新•it allows you to choose the type of representation of your drawing •选择平面图的类型•it allows you to annotate the wires of your drawing.•平面图标注Getting Started Samples起始简例Electrical Harness Flatterning线束展平Defining Harness Flattening Parameters定义展平参数Extracting 3D Data输入三维线束Flattening Harness线束展平Straightening Bundle Segments线束拉直Rotating Bundle Segments线束旋转Rolling Bundle Segments线束卷Scaling Bundle Segments线束变比例Synchronizing the Environment根据三维更新Filtering Wires Based on ExternalConfiguration System线束过滤External Data Access获取外部数据Related Objects相关目标。
CATIA管路环境使用

CATIA管路环境的使用环境的安装1.定制完的环境一般会打包压缩成一个文件,我们下载后解压到d盘,解压后目录是D:\***project,必须保证是如此,否则就要更改***project.xml文件的内容。
2.选择开始→程序→catia-tools-Environment Editor v5r12, 新建环境tubing,方式选择“全局”,按确定键退出。
找到放catia环境文件的目录,如D:\ds\CATEnv,用下载文件中的tubing.txt文件替换原有文件。
假如catia的安装目录不是规定的目录d:\ds,请参考下载文件中的tubing.txt文件,修改自己新建的环境tubing中对应内容。
3.新建目录D:\ds\Resolved_Part\TubingDesign4.双击桌面上tubing图标,用新环境启动catia进入下一步操作。
Project的确认进入Tubing Design工作台后,请先确认使用的是否是正确的Project,具体的步骤如下,菜单Tools-Project Management,在窗口中选择如图:PPR树安排原则为方便加载管线实体和管线加工数据的输出,建议在一个应用系统下为同一公称尺寸的管线建一个product,专门放置用到的管线。
Line ID的操作1.已定制的环境中包含了一些Line ID,点击图标,选择一个需要的LineID还可以点击properties…按钮,更改属性。
2.如要增加LineID,点击Create Line ID ,命名并赋属性。
放置管路零件2.零件分类规则,为了在调用零件库时清晰直观,我们定制了如下分类结构在Tube Function下又包含以下分类有些分类图片中没有表示出,我们逐个解释一下:¾Tube——直管¾Tube with bends——弯管¾Flexible Tube——软管¾LuoMu——螺母¾PingGuanZui——平管嘴¾ZhiTong——直通管接头¾MiFeng——密封件¾FlexibleTube——软管接头在Branch Function下包含以下分类¾SanTong——三通管接头¾SiTong——四通管接头在Reducer Function下包含以下分类¾ZhiJiao——直角管接头¾Elbows——弯管接头2.直管的放置方法(1) 在选择合适的LineID,确认协调好管线路径后,点击Place Tubing Part图标,在Place Tubing Par t窗口的FunctionType项选择Tube Function,确认Spec 选项激活,选中需要加载实体的直管路径,再到Place Tubing Part窗口的Part Type 选择Tube,这样在原先布置的路径上加载好了实体。