![]() We have not included any new features related to this design phase. I emphasize to you that what we have seen here is something already known to users of the software’s version 2. Thus the soil stack necessary for the design of the vent stack is ready. In each case, I will specify the respective starting and ending nodes. ![]() I will start in this case from the last level, descending to the sanitary stack’s base. Then I create the node that receives the network on the ground floor, at the same elevation 0.Īnd, similarly, I’ll do for the remaining ten levels, making sure in each case to specify a different elevation.ĭefined the nodes, it remains to create the vertical pipes that interconnect them. Let’s create the node corresponding to the waste stack’s base, its discharge point, with elevation 0 and no assigned network. ![]() Please note that this parameter is generally defined in the applicable sanitary regulations.Ĭlick OK to return to the program and to initiate the soil stack construction. In this case, we will assume that the attended building has ten levels plus the ground floor and that, at each of these levels, the wastewater from a type four network is carried out.Īnd 1.2 meters as the vent stack’s extension above the roof. These values, as you will assume, are necessary to define the lengths of pipes accurately. Then, as a new addition in version 3, it is required in this dialog to specify the building rooftop’s elevation.Īs well as the height that the vent pipe through the roof will extend above this elevation. We ensure that it is a Waste Stack, although it’s de default type in this dialog.Īnd we change the Nodes prefix so that each node represents one level of the building. We will see its characteristics in a minute since we need to create, at least, one waste stack to enable it. It is the one that will give you access to the vent stack’s design tool. So you will be able to understand what the process is to create the respective plumbing vent stack.įirst to all, I am going to change the label of the network four’s discharge node, the point where it will be connected to the waste stack.įrom software version 3, you will see this button here on the right. Since we have used this project file with several typical drainage networks and, from them, we have selected the number four for this video series, we will create a new soil stack pipe to be vented in this project. Therefore, at this level, you must have updated these values to those stipulated by your country’s sanitary design codes. Remember that we have already designed, in the previous video, the individual sewer ventilation network in our example project file.Īlso remember that the waste stack’s vents design in buildings it is done according to the diameters, fixture units, and vent stack pipe lengths that you have specified in the Configuration tab of the program. This arrangement is typical in soil stacks with more than four branch intervals. ![]() In this video, we will present you the way to carry out the vent stack pipe design, based on the fact that it is connected to the waste stack that collects the wastewater from sanitary network number 4. In version 3 of our program DRAINS, we have included the tool that will allow designing the main vent pipes for Waste Stacks in your projects.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |