1. Clear and Clean Assembly Structure:The assembly structure in TCEng and Master Engineering Plan are always corresponding; Each work pack owner is responsible to keep the subassembly clean.
2. No suppressed Features when saving parts: Suppressed features will lead to corrupt 3D models. Always keep in mind that another team member has to understand the feature tree of a NX model;
3. Work on TCEng not native: The NX data is always available for the whole team;
4. Features well organized by Layer settings: Setting layers helps to keep the overview within a solid. Layer categories are defined within NX seedpart for Siemens BT.
5. Versions are built up by creating revisions: Different design variant of the same parts will be created by using revisions within TCEng;
6. Set the right Reference Sets: Reference sets define what will be displayed on a upper level in the assembly structure; It is a must to set the 3D-Model which will be displayed in the assembly or on the drawing on reference set called “solid”.
7. Use Speaking 7 Billion Numbering System: Part numbers used within products are created with speaking 7 billion numbers. For other items like used in test equipment use nonspeaking 8 billion numbers. Do not use PEK-numbers.
8. Work Tracking: Workpack owners always track running issues regarding parts within a work tracking list.
9. Dimension on drawings MUST be assotiative: It is forbidden to change dimension on drawing manually by annotation editor.
10. Follow design rules defined in CHECKDRAW: Checkdraw is available from your superuser.
1. Clear and Clean Assembly Structure:The assembly structure in TCEng and Master Engineering Plan are always corresponding; Each work pack owner is responsible to keep the subassembly clean.
2. No suppressed Features when saving parts: Suppressed features will lead to corrupt 3D models. Always keep in mind that another team member has to understand the feature tree of a NX model;
3. Work on TCEng not native: The NX data is always available for the whole team;
基于Teamcenter Engineering工作而不是本地工作;这样整个团队都能获取NX数据。
这也是PDM或者PLM软件的好处,便于数据的共享。
4. Features well organized by Layer settings: Setting layers helps to keep the overview within a solid. Layer categories are defined within NX seedpart for Siemens BT.
特征通过层设置进行组织:层设置便于通过实体来总揽,通过定义NX种子文件设置适用于整个集团的层分类。
在该外企里定义了自己的企业标准,每一类层包含哪些,都有具体的含义,当工程师建完模型后,要进行特征组织,把相应的特征放到相应的层里。这样可以通过调整层的显示,让模型只显示实体,而不显示草图、基准特征等,便于模型的理解。
5. Versions are built up by creating revisions: Different design variant of the same parts will be created by using revisions within TCEng;
6. Set the right Reference Sets: Reference sets define what will be displayed on a upper level in the assembly structure; It is a must to set the 3D-Model which will be displayed in the assembly or on the drawing on reference set called “solid”.
7. Use Speaking 7 Billion Numbering System: Part numbers used within products are created with speaking 7 billion numbers. For other items like used in test equipment use nonspeaking 8 billion numbers. Do not use PEK-numbers.