![]() The number of connections on an object varies: a Duct take-off has just one connection port, but a Duct Wye has three. Use this tab page to define the parameters of each of the element's connection ports. Go to the MEP System control (on the General or Connections tab): it is currently “Undefined.”Ĭonnections Tab (MEP Element Custom Settings) ![]() To revert to the surface defined in the MEP System:ġ. If you have adjusted the surface definition here, the MEP System definition applied to this MEP element changes to “Undefined.” Typically, you will use these controls if you want to override the MEP System attributes assigned to this element. Parameters for the 2D symbol are on the left parameters for the 3D view are on the right. Use the Visualization tab page to assign custom parameters for the display of this element in 2D (plan) and 3D views. Visualization Tab (MEP Element Custom Settings) Then enter the insulation’s Thickness value in the field below. (See Bending Radius at Routing Options.)įor some MEP objects, the range of possible values depends on other values.įor example, the Length of a Duct Tee (set here in the General Settings tab page) cannot be less than the width of the T-Branch (set in the Connections tab page) that comes off of it.Ĭheck this box if you wish to include an insulating layer on the element’s outside surface. When Routing, you can opt to use this default value (as in element settings), or else the radius defined for the predefined cross-section chosen in the Routing Palette. General Settings (MEP Element Custom Settings)Įnter the basic geometry of this MEP object (such as Length of the duct).įor Bend-type elements. This has two or three tab pages depending on the object: General, Visualization, and Connection Settings.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |