Pipe-run: Difference between revisions

From HelpSystem
Jump to navigation Jump to search
Line 82: Line 82:
* The ''<IS_TS id=PiperunElevationOptions/>'' function enables full control over the alignment of a pipe-run, which, together with the possibility of marking points on a component, makes it possible to draw inclined pipe-runs and to design the connections of systems located on inclined attic elements. <br/> {{#ev:youtube|gSRjLRaQCaM|900||||rel=0}} <br clear="all"/>
* The ''<IS_TS id=PiperunElevationOptions/>'' function enables full control over the alignment of a pipe-run, which, together with the possibility of marking points on a component, makes it possible to draw inclined pipe-runs and to design the connections of systems located on inclined attic elements. <br/> {{#ev:youtube|gSRjLRaQCaM|900||||rel=0}} <br clear="all"/>


===Podstawowe zasady łączenia działek z innymi elementami instalacji===
===Basic rules of connecting pipe-runs to other system components===
Na pasku ''<IS_TS id=NarzedziaGlowne/>'' w grupie ''<IS_TS id=ctgstringEdycja/>'' dostępne są trzy możliwości automatycznego podłączania odbiorników do narysowanego uprzednio rozprowadzenia działek instalacji:</br>[[File:Automatically-connect.png|900 px|left|thumb|10. Podłączanie paneli na poddaszu budynku.]]<br clear="all"/>
The ''<IS_TS id=NarzedziaGlowne/>'' bar in the ''<IS_TS id=ctgstringEdycja/>'' group offers three methods of automatic connecting of terminal units to the pipe-run arrangement drawn beforehand:</br>[[File:Automatically-connect.png|900 px|left|thumb|10. Connecting panels in an attic.]]<br clear="all"/>
* ''<IS_TS id=btPodlaczGrzejnikiDoLinii/>'' - operacja łączy zaznaczone elementy ''<IS_TS id=iNameDzialka/>'' i odbiorniki dla zakresów: ''<IS_TS id=InstalacjeGrzewcze/>'', ''<IS_TS id=InstalacjeChlodnicze/>'' i ''<IS_TS id=InstalacjeWodociagowe/>''.
* ''<IS_TS id=btPodlaczGrzejnikiDoLinii/>'' - connects selected ''<IS_TS id=iNameDzialka/>'' components and terminal units within the following scopes: ''<IS_TS id=InstalacjeGrzewcze/>'', ''<IS_TS id=InstalacjeChlodnicze/>'' and ''<IS_TS id=InstalacjeWodociagowe/>''.
* ''<IS_TS id=btPodlaczGrzejnikiDoLiniiLooping/>'' - operacja łączy zaznaczone elementy ''<IS_TS id=iNameDzialka/>'' i odbiorniki instalacji wodociągowej w systemie podłączeń trójnikowych.
* ''<IS_TS id=btPodlaczGrzejnikiDoLiniiLooping/>'' - connects selected ''<IS_TS id=iNameDzialka/>'' components and terminal units of a water supply system in a tee joint system.
* ''<IS_TS id=PolaczPaneleSzeregowo/>'' - operacja łączy zaznaczone przed jej wywołaniem elementy ''<IS_TS id=iNameCOPanelSufitowy/>'' lub ''<IS_TS id=PanelScienny/>'' działką typu ''<IS_TS id=rpDzialkaSzeregowa/>''. {{Info}} [[Projektowanie panelowych (sufitowych, ściennych) instalacji grzewczych/chłodniczych]].<br/> {{#ev:youtube|O2hpngkDlZA|900||||rel=0}} <br clear="all"/>
* ''<IS_TS id=PolaczPaneleSzeregowo/>'' - connects ''<IS_TS id=iNameCOPanelSufitowy/>'' or ''<IS_TS id=PanelScienny/>'' components selected beforehand using a ''<IS_TS id=rpDzialkaSzeregowa/>'' type pipe-run. {{Info}} [[Designing panel (ceiling, wall) heating/cooling systems]].<br/> {{#ev:youtube|O2hpngkDlZA|900||||rel=0}} <br clear="all"/>


Dla wszystkich elementów podłączanych do instalacji (np. ''<IS_TS id=iNameCOElementONarzOporze/>'', ''<IS_TS id=rpMieszacz/>'', ''<IS_TS id=iNameRozdzielaczPure/>''), rysowany jest poziomy odcinek działki na odległość 5cm, a potem tworzone jest załamanie kierunku tak, aby przejść na określoną rzędną elementu ''<IS_TS id=iNameDzialka/>''.  
For all components connected to a system (e.g. ''<IS_TS id=iNameCOElementONarzOporze/>'', ''<IS_TS id=rpMieszacz/>'', ''<IS_TS id=iNameRozdzielaczPure/>''), a horizontal pipe-run section 5cm long is drawn, followed by a bend to arrive at the defined elevation of the ''<IS_TS id=iNameDzialka/>''.  
Wyjątek od tej reguły stanowią:
Exceptions from this rule:
* Podłączenie elementu ''<IS_TS id=iNameCOGrzejnik/>'' zintegrowany z zaworem kątowym - rysowany jest poziomy odcinek działki o długości: ''<IS_TS id=strOdlOdSciany/>'' + 5cm, a potem tworzone jest załamanie kierunku, tak aby przejść na określoną rzędną elementu ''<IS_TS id=iNameDzialka/>''.  
* Connection of a ''<IS_TS id=iNameCOGrzejnik/>'' with an integrated angled valve - a horizontal pipe-run section is drawn of a length of: ''<IS_TS id=strOdlOdSciany/>'' + 5cm, followed by a bend to arrive at the defined elevation of the ''<IS_TS id=iNameDzialka/>''.  
* Podłączenie elementu ''<IS_TS id=iNameBateriaCzerpalna/>'' - rysowany jest poziomy odcinek działki o długości 1cm, a potem tworzone jest załamanie kierunku tak, aby przejść na określoną rzędną elementu ''<IS_TS id=iNameDzialka/>''. </br>[[File:Connections.png|900 px|left|thumb|11. Podłączenie elementu <IS_TS id=iNameBateriaCzerpalna/>.]]<br clear="all"/>
* Connection of a ''<IS_TS id=iNameBateriaCzerpalna/>'' - a horizontal pipe-run section 1cm long is drawn, followed by a bend to arrive at the defined elevation of the ''<IS_TS id=iNameDzialka/>''. </br>[[File:Connections.png|900 px|left|thumb|11. Connection of a <IS_TS id=iNameBateriaCzerpalna/>.]]<br clear="all"/>
* Podłączenie elementu ''<IS_TS id=iNamePion/>'' - jeżeli podłączenie działki jest prowadzone bezpośrednio do elementu bez punktów pośrednich, rzędna działki przyjmuje rzeczywistą wartość zgodnie z danymi w oknie ''<IS_TS id=DataEditorTable/>'' elementu ''<IS_TS id=iNameDzialka/>''.  
* Connection of a ''<IS_TS id=iNamePion/>'' - if the pipe-run connection is made directly, with no midpoints, the pipe-run elevation adopted corresponds to the actual value in accordance with the data given in the ''<IS_TS id=DataEditorTable/>'' window of the ''<IS_TS id=iNameDzialka/>''.  
* Podłączenie elementu ''<IS_TS id=rpMieszacz/>''/''<IS_TS id=rpWezel/>'' - wyniku operacji ''<IS_TS id=btPodlaczGrzejnikiDoLinii/>'' podłączane są tylko punkty znajdujące się po stronie pierwotnej elementu ''<IS_TS id=rpMieszacz/>''.
* Connection of a ''<IS_TS id=rpMieszacz/>''/''<IS_TS id=rpWezel/>'' - the ''<IS_TS id=btPodlaczGrzejnikiDoLinii/>'' operation results in connecting only the points that are on the primary side of the ''<IS_TS id=rpMieszacz/>''.


===Działka w trybie auto===
===Działka w trybie auto===

Revision as of 17:08, 16 January 2023

Product InstalSystem 5
Type of article FUNCTIONS AND TOOLS
Source for translation 2022-03-24


Description

Pipe-run is a component that is available within all design scopes, it forms a fragment of the piping system between two junctions where the flow can be changed. Within the following scopes: Heating systems, Cooling systems and Water supply systems a Pipe-run may consist of multiple segments (vertical and horizontal), separated by pipe-run division points. It can be drawn as a single pipe-run or as a Pipe-runs pair/ Three pipe-runs. Within the Sanitary drainage systems scope a Pipe-run of the Gravity sewerage or Ventilation conduit type always consists of a single segment.
It is possible to specify default values for Distance from floor (set in storey data). In addition, the user has full control over the arrangement of the pipe-runs using dedicated editors available in the 2D editor and 3D view windows.

Location in the program

Inserting pipe-runs

  • Icons associated with Pipe-run, with Project scope: Heating systems or Cooling systems activated, are available in the 2D editor window in the Main tools bar, section Distribution - thermal installations when the following editing scopes are enabled: Convectional, Rad.-floors,walls or Rad.-ceilings.
    1. Pipe-run - Heating systems or Cooling systems.

  • Icons associated with Pipe-run, with Water supply systems activated, are available in the 2D editor window in the Main tools bar, section Distribution - Water supply when the Water supply editing scope is enabled.
    2. Pipe-run - Water supply systems.

  • Icons associated with Pipe-run, with Sanitary drainage systems activated, are available in the 2D editor window in the Main tools bar, section Sanitary drainage when the Drainage (S) editing scope is enabled.
    3. Pipe-run - Sanitary drainage systems.

Examples of use

Pipe-run dividing point and midpoint

  • One Pipe-run may consist of several sections connected by means of midpoints.
  • Two Pipe-run are separated by a pipe-run dividing point - a junction/node.
  • Any number of additional points can be placed on a Pipe-run using the context menu and functions available there: Insert midpoint and Insert dividing point.
  • Midpoints can be changed into dividing points and vice versa:

Default distances between pipe-run and floor and between pipe-run and ceiling

In the Data table window it is possible to specify for a Storey the default distance from the floor separately for each Pipe-run type component and the default distance from the ceiling (for arranging ceiling panels) in the following fields:

  • for Heating systems:
    • ΔHpipe-run,,S and ΔHpipe-run,, R - Default distance of pipe-runs (except for supplying ceiling panels) from the floor specified in storey data: S - supply, R - return.
    • ΔHpipe-run,pan. - Pipe-run to ceiling distance - ceiling panel distribution.
  • for Water supply systems:
    • ΔHpipe-run,,HW - Default pipe-run distance from the floor (set in storey data) for Pipe-run: Hot water.
    • ΔHpipe-run,,CW - Default pipe-run distance from the floor (set in storey data) for Pipe-run: Cold water.
    • ΔHpipe-run,,Circ - Default pipe-run distance from the floor (set in storey data) for Pipe-run: Circulation.
      4. Default pipe-run distance.

Pipe-run laying distance

  • The Distance between pipe-runs can be specified for Pipe-runs pair/Three pipe-runs in the Data table window. After each component inserted, the last specified Distance is memorized.
    5. Distance for Pipe-runs pair.

Determining the vertical alignment of the pipe-runs - Heating systems, Cooling systems and Water supply systems

The alignment and elevations of a pipe-run can be managed using dedicated editors that are displayed after selecting a component in the 2D editor and 3D view window:

  • - shows the elevation of the pipe-run end.
  • - shows the elevation of the section.
  • - shows the distance between pipe-run point/section and floor.
    6. Display of the elevations of a Pipe-run in the 2D editor and 3D view window.

InstalSystem 5 offers three methods of managing the alignment of a distribution system that allow the most convenient method to be selected to suit the individual design context. The method should be selected in the Vertical layout of pipe-run editor in the Data table window for the Pipe-run:

  • Auto mode:
    • Editors showing the elevation of pipe-run ends and distance from the floor are greyed out and the values presented cannot be modified.
    • The value of Elevation can be modified in the Data table window for the Pipe-run and this change automatically modifies the values in all editors for the selected component.

  • Manual elevations of sections mode:
    • In the editors available in the 2D editor and 3D view window it is possible to specify the elevation and distance from the floor of a pipe-run section.
    • Based on the difference between the specified section elevations, vertical pipe-runs are automatically created.
    • Editors of pipe-runs connected on one end to terminal units are greyed out and these cannot be edited.
    • The 2D editor and 3D view windows do not display editors with elevations of vertical sections of pipe-runs.
      7. Vertical layout of pipe-run - Manual elevations of sections.

  • Manual elevations of nodes:
    • Editors in the 2D editor and 3D view window enable specifying the elevations and distance from the floor of the ends of a Pipe-run section.
    • Vertical sections of pipe-runs are NOT automatically created - the entire pipe-run layout is controlled by the user.
    • Editors of pipe-runs connected on one end to terminal units are greyed out and these cannot be edited.
      8. Vertical layout of pipe-run - Manual elevations of nodes.

Attention! Every change of elevations and modification of Pipe-run layout requires running a Check connections operation available on the Main tools bar in section Calculations.


Determining the vertical alignment of pipe-runs - Sanitary drainage systems

The elevations and gradient of a pipe-run can be managed using dedicated editors that are displayed after selecting a component in the 2D editor and 3D view window:

  • - shows the elevation of pipe-run sections, values presented in the editors correspond to the fields: Elevation of first node and Elevation of second node available in the Data table window of the component.
  • - shows the gradient of the pipe-run and corresponds to the Real gradient field available in the Data table window of the component.
    5. Display of elevations and gradient of a Pipe-run in the 2D editor and 3D view window.

When laying the pipe-runs, they adopt a gradient according to the direction of flow to the sewage outlet, taking into account the settings made in the General data window on the Sanitary drainage systems/ Calculation standards and options tab:

  • The default minimum gradients specified for the selected component locations are adopted. In addition, the pipe-run laying algorithm takes into account the elevation and gradient values specified by the user in the editors described above.
  • The Method of conducting of branches is taken into account:
    • for the towards the floor setting - pipe-runs are arranged towards the terminal units with minimum gradient. If necessary, vertical pipe-runs at the terminal units are added taking into account the value specified in Distance from the floor of the connection points to the stack field,
    • for the towards the wall setting - pipe-runs are arranged downstream of the terminal unit with the gradients specified in the General data window, and they are then connected to the collective branch by means of a vertical pipe-run (if drawing it is necessary for the continuity of the system).
      9. Alignment of pipe-runs - Sanitary drainage systems.

Laying pipe-runs in a single vertical plane

  • Appropriate setting of elevation values of individual types of pipe-runs in the Data table window for a Storey in sections: Heating/Cooling or Water supply and specifying the minimum value in the Distance field in the Data table window of a Pipe-runs pair/ Three pipe-runs, enable aligning pipe-runs in one vertical plane, e.g. in a wall one over the other.

Inclined pipe-runs

  • The Vertical layout of pipe-run function enables full control over the alignment of a pipe-run, which, together with the possibility of marking points on a component, makes it possible to draw inclined pipe-runs and to design the connections of systems located on inclined attic elements.

Basic rules of connecting pipe-runs to other system components

The Main tools bar in the Edit group offers three methods of automatic connecting of terminal units to the pipe-run arrangement drawn beforehand:

10. Connecting panels in an attic.


  • Automatically connect terminal units - connects selected Pipe-run components and terminal units within the following scopes: Heating systems, Cooling systems and Water supply systems.
  • Automatically connect terminal units in tee system - connects selected Pipe-run components and terminal units of a water supply system in a tee joint system.
  • Connect in series - connects Ceiling panel or Wall panel components selected beforehand using a Serial connection type pipe-run. For more information, see: Designing panel (ceiling, wall) heating/cooling systems.

For all components connected to a system (e.g. Terminal unit, Mixer, Manifold), a horizontal pipe-run section 5cm long is drawn, followed by a bend to arrive at the defined elevation of the Pipe-run. Exceptions from this rule:

  • Connection of a Radiator with an integrated angled valve - a horizontal pipe-run section is drawn of a length of: Distance from wall + 5cm, followed by a bend to arrive at the defined elevation of the Pipe-run.
  • Connection of a Water supply faucet - a horizontal pipe-run section 1cm long is drawn, followed by a bend to arrive at the defined elevation of the Pipe-run.
    11. Connection of a Water supply faucet.

  • Connection of a Riser - if the pipe-run connection is made directly, with no midpoints, the pipe-run elevation adopted corresponds to the actual value in accordance with the data given in the Data table window of the Pipe-run.
  • Connection of a Mixer/Control loop - the Automatically connect terminal units operation results in connecting only the points that are on the primary side of the Mixer.

Działka w trybie auto

W sytuacji, gdy działki w projekcie zostały narysowane w taki sposób, że w ramach jednej kondygnacji występują działki pionowe (uzyskane nie poprzez wstawienie elementu Riser, a poprzez połączenie czterech działek bądź par działek), działki podłączane do tych pionowych odcinków podlegają określonym zasadom rysowania:

  • Podczas rysowania elementów przy włączonym trybie pracy Pipe-run podłącza się do działki pionowej z zachowaniem swojej rzędnej.
  • Podczas podłączania działki do działek, których współrzędne się pokrywają, rysowana Pipe-run zostanie podłączona do elementu o najniższej rzędnej.
    12. Podłączenie do działek pionowych.

Retrieved from "https://en.help.instalsoft.com/index.php?title=Pipe-run&oldid=29174"