供热/供冷区：修订间差异

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* ''<IS_TS id=strSPGCh/>'' 图标位于2D编辑器窗口，并在打开''<IS_TS id=ScopeInstalacjePodlogoweIScienneShort/>'' 或''<IS_TS id=ScopeInstalacjeSufitoweShort/>'' 的编辑范围时，方可在''<IS_TS id=NarzedziaGlowne/>'' 的''<IS_TS id=NazwaZakladkiOP/>'' 工具栏内见到该图标。<br/>[[File:Strefy_przyłaczy.png|900 px|left|thumb|1. ''<IS_TS id=strSPGCh/>'']]<br clear="all"/>
* ''<IS_TS id=strSPGCh/>'' 图标位于2D编辑器窗口，并在打开''<IS_TS id=ScopeInstalacjePodlogoweIScienneShort/>'' 或''<IS_TS id=ScopeInstalacjeSufitoweShort/>'' 的编辑范围时，方可在''<IS_TS id=NarzedziaGlowne/>'' 的''<IS_TS id=NazwaZakladkiOP/>'' 工具栏内见到该图标。<br/>[[File:Strefy_przyłaczy.png|900 px|left|thumb|1. ''<IS_TS id=strSPGCh/>'']]<br clear="all"/>


==Examples of use==
==应用举例==
===Inserting into rooms===
===在房间中插入===
====Inserting a ''<IS_TS id=iNameOPStrefaPodlogGrzejnych/>'' ====
====插入一''<IS_TS id=iNameOPStrefaPodlogGrzejnych/>'' ====
{{#ev:youtube|wonqVv7UXf4|900||||rel=0}}
{{#ev:youtube|wonqVv7UXf4|900||||rel=0}}


====Inserting a ''<IS_TS id=iNameOPStrefaScianGrzejnych/>''====
====插入一''<IS_TS id=iNameOPStrefaScianGrzejnych/>''====
{{#ev:youtube|YkgckD45Zds|900||||rel=0}}
{{#ev:youtube|YkgckD45Zds|900||||rel=0}}


====Inserting a ''<IS_TS id=iNameOPStrefaSufirowGrzejnych/>'' ====
====插入一''<IS_TS id=iNameOPStrefaSufirowGrzejnych/>'' ====
{{#ev:youtube|-0V0qEsweww|900||||rel=0}}
{{#ev:youtube|-0V0qEsweww|900||||rel=0}}


===Functional change===
===功能的修改===
''<IS_TS id=strpnPGTypPG/>'':
''<IS_TS id=strpnPGTypPG/>'' ：
* ''<IS_TS id=vltpgStandardowa/>'' - symbolizes one or more ''<IS_TS id=strPGCh/>'' components, each of which is covered by a single pipe loop.
* ''<IS_TS id=vltpgStandardowa/>'' - 代表一个或多个''<IS_TS id=strPGCh/>'' 部件，每一个均由一个回路所覆盖。
* ''<IS_TS id=vltpgOgrzewanaPrzylaczami/>'' - symbolizes one ''<IS_TS id=strPGCh/>'' component, which has no pipe loop assigned to it. Energy is supplied only by feed pipes that run across to other ''<IS_TS id=strPGCh/>'' components.
* ''<IS_TS id=vltpgOgrzewanaPrzylaczami/>'' - 代表一个''<IS_TS id=strPGCh/>'' 部件，它没有指定的回路。其所需的热量仅能由途径此处并连接到其它''<IS_TS id=strPGCh/>'' 部件的引线管提供。
* ''<IS_TS id=vltpgSlepaBezRur/>'' - symbolizes one ''<IS_TS id=strPGCh/>'' component with no pipe loop. ''<IS_TS id=strPGCh/>'' does not provide heating/cooling, but its structural parameters are like those of other ''<IS_TS id=strPGCh/>'' components in the room.
* ''<IS_TS id=vltpgSlepaBezRur/>'' - 代表一个''<IS_TS id=strPGCh/>'' 部件不带盘管。 ''<IS_TS id=strPGCh/>'' 不提供供暖/供冷，但其结构参数与房间中的其它''<IS_TS id=strPGCh/>'' 部件一致。
* ''<IS_TS id=vltpgWieloobwodowa/>'' - symbolizes one ''<IS_TS id=strPGCh/>'' component covered by multiple parallel pipe loops of identical length.
* ''<IS_TS id=vltpgWieloobwodowa/>'' - 代表一个''<IS_TS id=strPGCh/>'' 部件被多个平行的且长度一样的管路所覆盖。
[[File:SPGCh-type.png|900 px|left|thumb|2. ''<IS_TS id=strpnPGTypPG/>'']]<br clear="all"/>
[[File:SPGCh-type.png|900 px|left|thumb|2. ''<IS_TS id=strpnPGTypPG/>'']]<br clear="all"/>


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When automatic division is enabled, the handles on the edges of ''<IS_TS id=strPGCh/>'' componetns are not displayed.
When automatic division is enabled, the handles on the edges of ''<IS_TS id=strPGCh/>'' componetns are not displayed.
{{#ev:youtube|ojz39H4g62g|900||||rel=0}}<br clear="all"/>
{{#ev:youtube|ojz39H4g62g|900||||rel=0}}<br clear="all"/>
==Additional information==  
==Additional information==  


2017年2月3日 (五) 09:25的版本

说明

供热/供冷区 代表指定的辐射供暖供冷铺装结构和运行参数的一个或多个回路所覆盖的区域。它用于（地面、墙面和天花板）辐射供暖和供冷系统的设计，并有助于将供热/供冷区 分割成供热/供冷面 部件。

程序中的位置

  • 供热/供冷区 图标位于2D编辑器窗口，并在打开地面/墙面辐射 或顶面辐射 的编辑范围时，方可在主工具 的辐射 工具栏内见到该图标。
    1. 供热/供冷区

应用举例

在房间中插入

插入一地面供热/供冷区

插入一墙面供热/供冷区

插入一天花板供热/供冷区

功能的修改

供热/供冷区类型 ：

  • 标准 - 代表一个或多个供热/供冷面 部件，每一个均由一个回路所覆盖。
  • 由引线管供热/供冷 - 代表一个供热/供冷面 部件，它没有指定的回路。其所需的热量仅能由途径此处并连接到其它供热/供冷面 部件的引线管提供。
  • 无管材 - 代表一个供热/供冷面 部件不带盘管。 供热/供冷面 不提供供暖/供冷，但其结构参数与房间中的其它供热/供冷面 部件一致。
  • 多回路 - 代表一个供热/供冷面 部件被多个平行的且长度一样的管路所覆盖。
2. 供热/供冷区类型


Changing operating parameters

  • A substantial number of parameters is appended automatically by copying data from 一般参数.
    Changing copied parameters: 更多信息，见： General data
  • Selected modifiable parameters:
3. Operating parameters


Changing structural parameters

  • A substantial number of parameters is appended automatically by copying data from 一般参数.
    Changing copied parameters: 更多信息，见： General data
  • Selected modifiable parameters:
4. Construction parameters


Defining a Peripheral zone

Dividing a 供热/供冷区

Tools are available that enable dividing:

  • 供热/供冷区 components into 供热/供冷区 components,
  • 供热/供冷区 components into 供热/供冷面 components.

Dividing a 供热/供冷区

Enables differentiating structural data (e.g. cladding), operating or functional parameters within one room. The parameters of 供热/供冷区 components are inherited upon division from the divided surface zone.

Automatic division along edges into specified number

May be effected using vertical, horizontal or indicated division lines.


Manual division


Shape adjustment

  • By relocating characteristic points on edges.
    These are activated by clicking the label of 供热/供冷区 component if:
    • it was inserted into a room as a polygon,
    • it was divided before.
  • Using the 分割供暖/供冷区（手动） function.


Dividing a 供热/供冷区 into 供热/供冷面 components

For the sake of ease of design, it is recommended to let the program carry out the division, required to maintain operating parameters within limits (see below).

Division criteria

Division is done based on one of the two criteria:

  • 回路压降 (Δp最大)
    Upon selecting this criterion, the division is into 供热/供冷面 components with identical pressure drop (permissible 5% deviation between pipe lengths in a loop).
  • 面积
    Upon selecting this criterion, the division is into 供热/供冷面 components with identical surface area (including pipe feeds) (permissible 5% deviation between surface areas).

The following parameters are observed in the division criteria:

  • 回路压降,
  • Maximum permissible coil length in loop (最大长度),
  • Division orientation of component 供热/供冷区 into 供热/供冷面 components.

If the 供热/供冷区 component has a Peripheral zone defined, then additional conditions are taken into account:

  • Arrangement of defined Peripheral zones in 供热/供冷区,
  • Form of effecting the Peripheral zone.

Automatic division of a 供热/供冷区 into 供热/供冷面 components is disabled by:

  • Switching of 引线管路径 into manual mode.
    更多信息，见： Editing pipe feeds in a radiant system
  • Manual connection of a Pipe-run pair to the 供热/供冷区. The program assumes that inside a 供热/供冷区 there is only one 供热/供冷面.
    更多信息，见： Editing pipe feeds in a radiant system
  • Manual indication of the dividing line.
  • Modification in the 交互式辐射系统计算 window of parameters determined by the program: and/or 供回水温差.
  • Disabling the 自动分割供热区 function in the 参数表 window.

Changing division orientation


Manual indication of the dividing line

Manual indication of the dividing line is possible when the automatic division of 供热/供冷区 into 供热/供冷面 components is disabled, which is indicated by the message: 手动绘制分割线将禁用自动将供热/供冷区分割为供热/供冷面，
确认继续吗?.


Modifying the dividing line after automatic division

Modification of the automatic division line disables the automatic division of 供热/供冷区 into 供热/供冷面 components during subsequent calculations. When automatic division is enabled, the handles on the edges of 供热/供冷面 componetns are not displayed.


Additional information

Differences in relation to version 4

  1. 供热/供冷区 in InstalSystem 5 differs from similar components in InstalSystem 4, because:
    • is an area inside which 供热/供冷面 components are created, similar to those in version 4,
    • it is not possible to delete individual 供热/供冷面 components when editing a project,
    • peripheral zone can only be defined for the 供热/供冷区 component.
  2. Depending on the location in a room, it is available in one of the editing scopes:
    • 地面/墙面辐射,
    • 顶面辐射.
取自“https://cn.help.instalsoft.com/index.php?title=供热/供冷区&oldid=1395”