Sewage installations - Bypass ventilation: Difference between revisions

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{{Article table
{{Article table
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|category1          =InstalSystem 5#Sample project
|category_name1    =FUNCTION AND TOOL
|category_name1    =SAMPLE PROJECT
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|version1          =2023-06-21
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==Description==
==Project description==
The article describes methods of implementation of double stacks, which are a combination of sewage and ventilation bypass stacks.
The attached projects present an exemplary solutions for a sewage installation with bypass ventilation.<br/>Schemes A-D are applicable to buildings from 3 to 5 floors (less or equal to 12m in height).<br/>Schema E - for the buildings with more than 5 floors (more than 12m in height).


==Location in the program==  
==Files to download and project information==
The type of the stack is indicated in the ''<IS_TS id=DataEditorTable/>''.<br/>[[File:Bypass ventilation location.png|900 px|left|thumb|1. <IS_TS id=typyWlaczenWPionie/>.]]<br clear="all"/>
===Schema A===
All necessary points should be specified.
* Direct parallel ventilation: vent stack is connected to the sewage stack at the bottom near the stack foot, and at the top to the vent pipe;
* ''<IS_TS id=LacznikiNaKazdejKondygnacji/>'' can be made or not depending on the project features.<br/>[[File:Bypass ventilation schema A.png|900 px|left|thumb|1. Schema A.]]<br clear="all"/>[https://download.instalsoft.com/public/helpsystem/EN/SUF/Sewage-installations-Bypass-ventilation/ISPROJ/Bypass_ventilation_Schema_A.isproj Bypass ventilation Schema A, isproj]</br>
===Schema B===
* Indirect parallel ventilation: vent stack is a separate one, and is connected to the branches on each floor. Horizontal ventilation pipes are to be drawn manually, correcting the elevation where necessary;
* ''<IS_TS id=pinNameZaworOdpLubNapow/>'' is used as an ''<IS_TS id=EndOfSewerageLine/>'' for both stacks (''<IS_TS id=strKanalizacjaSanitarna/>'' and ''<IS_TS id=strKanalizacjaWentylacja/>'').<br/>[[File:Bypass ventilation schema B.png|900 px|left|thumb|2. Schema B.]]<br clear="all"/>[https://download.instalsoft.com/public/helpsystem/EN/SUF/Sewage-installations-Bypass-ventilation/ISPROJ/Bypass_ventilation_Schema_B.isproj Bypass ventilation Schema B, isproj]</br>
===Schema С===
* Direct parallel ventilation: vent stack is connected to the sewage stack at the bottom near the stack foot and at the top to the vent pipe;
* ''<IS_TS id=LacznikiNaKazdejKondygnacji/>'' are made automatically;
* Connection to the vent stack from each fixture on the first floor and from each sewage branch on the floors above.<br/>[[File:Bypass ventilation schema С.png|900 px|left|thumb|3. Schema C.]]<br clear="all"/>[https://download.instalsoft.com/public/helpsystem/EN/SUF/Sewage-installations-Bypass-ventilation/ISPROJ/Bypass_ventilation_Schema_C.isproj Bypass ventilation Schema C, isproj]</br>


==Example of use==
===Schema D===
The program provides several schemes to perform such types of stacks. Schemes A-D are applicable to buildings from 3 to 5 floors (less or equal to 12m in height). Schema E - for the buildings with more than 5 floors (more than 12m in height)
* ''<IS_TS id=pinNameZaworOdpLubNapow/>'' is used on the first floor for the most distant fixture;
* Schema A:
* ''<IS_TS id=iNameSanWentylacjaKanalizacji/>'' are connected to the sewage stack on the floors above.<br/>[[File:Bypass ventilation schema D.png |900 px|left|thumb|4. Schema D.]]<br clear="all"/>[https://download.instalsoft.com/public/helpsystem/EN/SUF/Sewage-installations-Bypass-ventilation/ISPROJ/Bypass_ventilation_Schema_D.isproj Bypass ventilation Schema D, isproj]</br>
** Direct parallel ventilation: vent stack is connected to the sewage stack at the bottom near the stack foot and at the top to the vent cowl;
===Schema E===
** ''<IS_TS id=LacznikiNaKazdejKondygnacji/>'' can be made or not depending on the project features.<br/>[[File:Bypass ventilation schema A.png|900 px|left|thumb|2. Schema A.]]<br clear="all"/>
* In high buildings the fixtures on the lowest floors should be connected to the additional sewage pipe in the stack;
* Schema B:
* The additional sewage pipe should be connected to the sewage collector at least 2 m from the base of the stack;
** Indirect parallel ventilation: vent stack is connected to the branches on each floor;
* ''<IS_TS id=LacznikiNaKazdejKondygnacji/>'' is declared as well;
** ''<IS_TS id=pinNameZaworOdpLubNapow/>'' is used like an ''<IS_TS id=EndOfSewerageLine/>'' for both stacks (''<IS_TS id=strKanalizacjaSanitarna/>'' and ''<IS_TS id=strKanalizacjaWentylacja/>'').<br/>[[File:Bypass ventilation schema B.png|900 px|left|thumb|3. Schema B.]]<br clear="all"/>
* The connection of the additional stack to the main stack is made automatically by the means of a "vent loop". <br/>[[File:Bypass ventilation schema E.png |900 px|left|thumb|5. Schema E.]]<br clear="all"/>[https://download.instalsoft.com/public/helpsystem/EN/SUF/Sewage-installations-Bypass-ventilation/ISPROJ/Bypass_ventilation_Schema_E.isproj Bypass ventilation Schema E, isproj]
* Schema С:
<!-- Do not write text below this tag -->
** Direct parallel ventilation: vent stack is connected to the sewage stack at the bottom near the stack foot and at the top to the vent cowl;
 
** ''<IS_TS id=LacznikiNaKazdejKondygnacji/>'' are made;
<!--Specify the list of categories of commercial products, which the article concerns-->
** Connection to the vent stack from each fixture on the first floor and from each sewage branch on the floors above.<br/>[[File:Bypass ventilation schema С.png|900 px|left|thumb|4. Schema C.]]<br clear="all"/>
* Schema D:
** ''<IS_TS id=pinNameZaworOdpLubNapow/>'' is used on the first floor;
** ''<IS_TS id=iNameSanWentylacjaKanalizacji/>'' are connected to the sewage stack on the floors above.<br/>[[File:Bypass ventilation schema D.png |900 px|left|thumb|5. Schema D.]]<br clear="all"/>
* Schema E:
** Direct parallel ventilation: vent stack is connected to the sewage collector. The connection must be made at least 2 m from the base of the stack;
** ''<IS_TS id=LacznikiNaKazdejKondygnacji/>'' should be made;
** Fixtures on the first floor are connected to the additional stack;
** The connection of the additional stack to the main stack is made by the means of a "vent loop". <br/>[[File:Bypass ventilation schema E.png |900 px|left|thumb|6. Schema E.]]<br clear="all"/>




<!--Specify the list of categories of commercial products, which the article concerns-->
{|class="wikitable" style="width: 800px; margin: 0 auto;"
!If you have any comments on this article, please send us a short message at ''info@instalsoft.com''.
                 
|}


[[Category:InstalSystem 5]]
[[Category:InstalSystem 5]]
[[Category:FUNCTION AND TOOL]]
[[Category:SAMPLE PROJECT]]
 
<!-- Do not write text below this tag -->
<br class="iwlinks"/>[[pl:Kanalizacja grawitacyjna - wentylacja obejściowa|Kanalizacja grawitacyjna - wentylacja obejściowa]][[zh-cn:排水 - 通气管|排水 - 通气管]]

Latest revision as of 14:28, 11 July 2025

Product InstalSystem 5
Type of article SAMPLE PROJECT
Source for translation 2024-06-10


Project description

The attached projects present an exemplary solutions for a sewage installation with bypass ventilation.
Schemes A-D are applicable to buildings from 3 to 5 floors (less or equal to 12m in height).
Schema E - for the buildings with more than 5 floors (more than 12m in height).

Files to download and project information

Schema A

  • Direct parallel ventilation: vent stack is connected to the sewage stack at the bottom near the stack foot, and at the top to the vent pipe;
  • Generate intermediate ventilation connections can be made or not depending on the project features.
    1. Schema A.

    Bypass ventilation Schema A, isproj

Schema B

  • Indirect parallel ventilation: vent stack is a separate one, and is connected to the branches on each floor. Horizontal ventilation pipes are to be drawn manually, correcting the elevation where necessary;
  • Air admittance valve is used as an Element on top of stack for both stacks (Sanitary drainage and Ventilation conduit).
    2. Schema B.

    Bypass ventilation Schema B, isproj

Schema С

  • Direct parallel ventilation: vent stack is connected to the sewage stack at the bottom near the stack foot and at the top to the vent pipe;
  • Generate intermediate ventilation connections are made automatically;
  • Connection to the vent stack from each fixture on the first floor and from each sewage branch on the floors above.
    3. Schema C.

    Bypass ventilation Schema C, isproj

Schema D

  • Air admittance valve is used on the first floor for the most distant fixture;
  • Drainage ventilating pipe-run are connected to the sewage stack on the floors above.
    4. Schema D.

    Bypass ventilation Schema D, isproj

Schema E

  • In high buildings the fixtures on the lowest floors should be connected to the additional sewage pipe in the stack;
  • The additional sewage pipe should be connected to the sewage collector at least 2 m from the base of the stack;
  • Generate intermediate ventilation connections is declared as well;
  • The connection of the additional stack to the main stack is made automatically by the means of a "vent loop".
    5. Schema E.

    Bypass ventilation Schema E, isproj


If you have any comments on this article, please send us a short message at info@instalsoft.com.