Technical specification of InstalSystem 4: Difference between revisions

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{{Article table
{{Article table
|commercial_product1=InstalSystem 4
|commercial_product1=InstalSystem 4
|p2=<!--if there is the second commercial product, change to->"commercial_product2="-->
|p2                 =<!--gdy jest kolejny produkt handlowy, zamienić na->"produkt_handlowy2="-->
|p3=<!--if there is the third commercial product, change to->"commercial_product3="-->
|p3                 =<!--gdy jest kolejny produkt handlowy, zamienić na->"produkt_handlowy3="-->
|category1=PRODUCT INFORMATION
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|category1         =InstalSystem 4#PRODUCT INFORMATIONS
|version1=IS 4.13
|category_name1    =PRODUCT INFORMATION
|v2=<!--if there is the second version, change to->"version2="-->
|c2                 =<!--Jest kategoria -> zamienić na: "category2=" i uzupełnić link do sekcji kategorii na stronie głównej produktu-->
|category_name2    =<!--podać nazwę kategorii "ZASTOSOWANIE"/"FUNKCJONALNOŚĆ"/...-->
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|category_name3    =<!--fill up with category "SOFTWARE APPLICATION"/"FUNCTIONALITY"/...-->
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|v4                =<!--Jest wersja -> zamienić na: "version2=" i uzupełnić link do sekcji RN danego produktu-->
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==System-hardware requirements==
==System-hardware requirements==


* operating system MS Windows 8, Windows 7, Vista, XP
* operating system MS Windows 10,  Windows 8, Windows 7, Vista, XP
* 2 GHz dual core processor
* 2 GHz dual core processor
* 2 GB RAM for Win XP or 3 GB RAM for Win8, Win7 or Vista
* 2 GB RAM for Win XP or 3 GB RAM for Win10, Win8, Win7 or Vista
* minimum screen resolution 1280x1024
* minimum screen resolution 1280x1024
* required to install Microsoft.NET Framework 4
* Microsoft.NET Framework 4 is required
* recommended Internet access to activation and updating of the software and directories
* Internet access for activation and updating of the software and directories is recommended
* recommend to install with the same user privileges like for the user who will be working with the applications.
* installation and later usage with the same user righs is recommended


==List of standards and methods used during conducting the selection and calculations==
==List of standards and methods used for sizing and calculations==


===Instal-OZC / Instal-heat&energy===
===Instal-OZC / Instal-heat&energy===


====The calculations of thermal properties for partitions====
====Calculations of thermal properties for partitions====
# Calculations of thermal resistance of walls:
# Calculations of thermal resistance of walls:
#* russian standard package: ''SNiP 23-02-2003'', ''SP 23-101-2000''
#* European standard package: ''EN ISO 6946'', floors on the ground: ''EN 12831'' or ''EN 13370''
#* european standard package: ''EN ISO 6946'', floors on the ground: ''EN 12831'' or ''EN 13370'' (users selection).
#* Russian standard package: ''SNiP 23-02-2003'', ''SP 23-101-2000''


====The calculation of the heat loss and design thermal calculation of the premises and buildings====  
====Calculations of heat loss and heat demand for rooms and buildings====  
# Standards:
# Standards:
#* russian standard package: ''SNiP 41-01-2003''
#* European standard package for German market: ''DIN EN 12831''
#* european standard package for the German market: ''DIN EN 12831''
#* European standard package for Austrian market: '' ÖNORM EN 12831 + ÖNORM H 7500-1 ''
#* european standard package for the Austrian market: ''OeNORM EN 12831''
#* European standard package for Polish market: ''PN EN 12831'', optionally ''PN/B-03406''
#* european standard package for the Polish market: ''PN EN 12831'', possible choice ''PN/B-03406''
#* European standard package for other markets: ''EN 12831'', optionally ''DIN EN 12831''
#* european standard package for the remaining markets: ''EN 12831'', possible choice ''DIN EN 12831''.
#* Russian standard package: ''SNiP 41-01-2003''
# Calculation of ventilation streams:
# Calculation of ventilation streams:
#* european standard package : Authorial method taking into account the minimum standard requirements.
#* European standard package: InstalSoft authorial method taking into account the minimum standard requirements


====The calculations of the seasonal energy demand and the energy certificates====  
====Calculations of seasonal energy demand and energy certificate====  


#The calculation of the seasonal energy demand:
# Seasonal energy demand:
#* russian standard package: ''SNiP 23-02-2003'', ''SP 23-101-2000''
#* European standard package for Polish market: ''EN ISO 13790''
#* european standard package for the Polish market: ''EN ISO 13790''
#* European standard package for other markets: ''EN ISO 13790'', older licences - ''EN 832''.
#* european standard package for the remaining markets: ''EN ISO 13790'', older licences - ''EN 832''.
#* Russian standard package: ''SNiP 23-02-2003'', ''SP 23-101-2000''
# The calculations of the energy certificates:
# Energy certificate:
#* Polish market: ''Regulation of the Ministry of Infrastructure of 6 November 2008''
#* Polish market: ''Regulation of Ministry of Infrastructure of 6 November 2008''
#* remaining markets: not specified.


===Instal-therm HCR===
===Instal-therm HCR===


====The selection and design of heating elements====
====Sizing and design of heating elements====
# Selection of convection heaters:
# Sizing of convection heaters:
#* thermal calculations according to ''EN 442-2''
#* thermal calculations according to ''EN 442-2''
#* the method for selecting the size of the radiator - an authorial method
#* selecting radiator size according to an authorial method
#* allowances taking into account housing, way of the power and location - guidelines from COBRTI Instal, information from producers
#* radiator power correction according to covering / location and hydraulic connection variant - guidelines from COBRTI Instal, information from producers
#* adjustment (correction ) flows - an authorial method.
#* flows adjustment (correction) - an authorial method
# Designing radiant heaters:
# Designing of radiant heaters:
#* selection of temperature control - an authorial method
#* selection of supply temperature - an authorial method
#* thermal calculations - standard ''EN 1264''.
#* thermal calculations - according to ''EN 1264''


====Calculations pipeline network====
====Calculations of pipeline network====
# Hydraulic calculations - ''Darcy's'' and ''Colebrook's'' formulas.
# Hydraulic calculations - ''Darcy's'' and ''Colebrook's'' formulas
# Selection of the diameters - the criterion of R_max and v_max.
# Selection of pipe diameters - the criterion of R_max and v_max
# Balancing power - an authorial method.
# Hydraulic balancing - an authorial method
# Loss of heat of pipelines and insulation selection:
# Heat loss of pipelines and selection of insulations:
#* heat loss of pipelines - according to literature
#* heat loss of pipelines - according to literature
#* selection of pipe insulation - recommendations EnEv (German) or WT2008 (Polish).
#* selection of pipe insulation - EnEv (German) or WT2008 (Polish) recommendations


===Instal-san TS===
===Instal-san TS===


====Installation of hot and cold water====
====Installation of hot and cold water====
# Definition of calculation water flow:
# Calculation of water flow:
#* Polish market: ''PN-92/B-01706''
#* Polish market: ''PN-92/B-01706''
#* remaining markets: ''DIN 1988'' or ''DIN 1988-300''
#* other markets: ''DIN 1988'' or ''DIN 1988-300''
#* in systems with hydrants - an authorial method that recognizes the maximum number of hydrants to include in the balance the user set.
#* in case of hydrants in the system - an authorial method considering maximum number of hydrants
# Hydraulic calculations:
# Hydraulic calculations:
#* pressure decrease in the pipes: Linear resistance - Colebrook-White's formula , local resistance - Zeta according to catalogue data
#* pressure drop in pipelines: linear resistance - Colebrook-White's formula, local resistance - Zeta value according to catalogue data
#* minimum and maximum pressure ahead of outlet points , the selection pressure in the source - according to the standard from point 1
#* minimum and maximum pressure ahead of outlet points, calculation of pressure in the source - according to the standard specified in point 1
#* Calculation of load flow in the rings - an authorial method based on the ''Cross method''.
#* calculation of water flow in scope of installation rings - an authorial method based on ''Cross method''
# Selection of pipes diameters:
# Selection of pipes diameters:
#* according to the criterion of maximum speed
#* according to criterion of maximum water speed
#* the diameter of the ring in addition according to ''DIN 1988-300''.
#* in scope of installation ring according to ''DIN 1988-300''


====Hot water circulation====
====Hot water circulation====
# Set of calculation circulating hot water flow:
# Calculation of circulating hot water flow:
#* an authorial "thermal" method based on analysis cooling of the water in individual circuits and maintaining a minimum velocity of circulation.
#* an authorial "thermal" method, based on analysis of cooling of the water in individual circuit and maintaining of minimum velocity
# Hydraulic calculations of pipes:
# Hydraulic calculations:
#* pressure drops in pipelines: Linear resistance - ''Colebrook-White's'' formula, local resistance - Zeta according to catalogue data.
#* pressure drops in pipelines: linear resistance - Colebrook-White's formula, local resistance - Zeta value according to catalogue data
# Selection of pipes diameters:
# Selection of pipes diameters:
#* by criteria of maximum speed and maximum frictional resistance.
#* according to criterion of maximum water speed and maximum linear resistance
# Balancing:
# Balancing:
#* according to the general principles used balancing hydraulic circuits, as central heating circuits.
#* according to the general principles used for balancing hydraulic circuits, similar like for central heating circuits
# Heat loss pipelines and selection of insulation (also applies to the hot water network):
# Heat loss of pipelines and selection of pipe insulation (also applies to the hot water network):
#* heat losses pipeline - according to literature
#* heat loss of pipelines - according to literature
#* selection of pipe insulation - recommendations EnEv (German) or WT2008 (Polish).
#* selection of pipe insulation - EnEv (German) or WT2008 (Polish) recommendations


====Gravity Sewer====
====Gravity Sewer====
# Set of waste water flow:
# Calculation of waste water flow:
#* ''EN 12056-2'', optional ''DIN 1986-100''.
#* ''EN 12056-2'', optionally ''DIN 1986-100''.
# Selection of pipes diameters:
# Selection of pipes diameters:
#* ''EN 12056-2'', optional ''DIN 1986-100''.
#* ''EN 12056-2'', optionally ''DIN 1986-100''.
# Ventilation:
# Ventilation:
#* ''EN 12056-2'', optional ''DIN 1986-100''.
#* ''EN 12056-2'', optionally ''DIN 1986-100''.


[[Category:PRODUCT INFORMATION]]
[[Category:PRODUCT INFORMATION]]

Latest revision as of 13:15, 25 March 2017

Product InstalSystem 4
Type of article PRODUCT INFORMATION
Source for translation IS4.13


System-hardware requirements

  • operating system MS Windows 10, Windows 8, Windows 7, Vista, XP
  • 2 GHz dual core processor
  • 2 GB RAM for Win XP or 3 GB RAM for Win10, Win8, Win7 or Vista
  • minimum screen resolution 1280x1024
  • Microsoft.NET Framework 4 is required
  • Internet access for activation and updating of the software and directories is recommended
  • installation and later usage with the same user righs is recommended

List of standards and methods used for sizing and calculations

Instal-OZC / Instal-heat&energy

Calculations of thermal properties for partitions

  1. Calculations of thermal resistance of walls:
    • European standard package: EN ISO 6946, floors on the ground: EN 12831 or EN 13370
    • Russian standard package: SNiP 23-02-2003, SP 23-101-2000

Calculations of heat loss and heat demand for rooms and buildings

  1. Standards:
    • European standard package for German market: DIN EN 12831
    • European standard package for Austrian market: ÖNORM EN 12831 + ÖNORM H 7500-1
    • European standard package for Polish market: PN EN 12831, optionally PN/B-03406
    • European standard package for other markets: EN 12831, optionally DIN EN 12831
    • Russian standard package: SNiP 41-01-2003
  2. Calculation of ventilation streams:
    • European standard package: InstalSoft authorial method taking into account the minimum standard requirements

Calculations of seasonal energy demand and energy certificate

  1. Seasonal energy demand:
    • European standard package for Polish market: EN ISO 13790
    • European standard package for other markets: EN ISO 13790, older licences - EN 832.
    • Russian standard package: SNiP 23-02-2003, SP 23-101-2000
  2. Energy certificate:
    • Polish market: Regulation of Ministry of Infrastructure of 6 November 2008

Instal-therm HCR

Sizing and design of heating elements

  1. Sizing of convection heaters:
    • thermal calculations according to EN 442-2
    • selecting radiator size according to an authorial method
    • radiator power correction according to covering / location and hydraulic connection variant - guidelines from COBRTI Instal, information from producers
    • flows adjustment (correction) - an authorial method
  2. Designing of radiant heaters:
    • selection of supply temperature - an authorial method
    • thermal calculations - according to EN 1264

Calculations of pipeline network

  1. Hydraulic calculations - Darcy's and Colebrook's formulas
  2. Selection of pipe diameters - the criterion of R_max and v_max
  3. Hydraulic balancing - an authorial method
  4. Heat loss of pipelines and selection of insulations:
    • heat loss of pipelines - according to literature
    • selection of pipe insulation - EnEv (German) or WT2008 (Polish) recommendations

Instal-san TS

Installation of hot and cold water

  1. Calculation of water flow:
    • Polish market: PN-92/B-01706
    • other markets: DIN 1988 or DIN 1988-300
    • in case of hydrants in the system - an authorial method considering maximum number of hydrants
  2. Hydraulic calculations:
    • pressure drop in pipelines: linear resistance - Colebrook-White's formula, local resistance - Zeta value according to catalogue data
    • minimum and maximum pressure ahead of outlet points, calculation of pressure in the source - according to the standard specified in point 1
    • calculation of water flow in scope of installation rings - an authorial method based on Cross method
  3. Selection of pipes diameters:
    • according to criterion of maximum water speed
    • in scope of installation ring according to DIN 1988-300

Hot water circulation

  1. Calculation of circulating hot water flow:
    • an authorial "thermal" method, based on analysis of cooling of the water in individual circuit and maintaining of minimum velocity
  2. Hydraulic calculations:
    • pressure drops in pipelines: linear resistance - Colebrook-White's formula, local resistance - Zeta value according to catalogue data
  3. Selection of pipes diameters:
    • according to criterion of maximum water speed and maximum linear resistance
  4. Balancing:
    • according to the general principles used for balancing hydraulic circuits, similar like for central heating circuits
  5. Heat loss of pipelines and selection of pipe insulation (also applies to the hot water network):
    • heat loss of pipelines - according to literature
    • selection of pipe insulation - EnEv (German) or WT2008 (Polish) recommendations

Gravity Sewer

  1. Calculation of waste water flow:
    • EN 12056-2, optionally DIN 1986-100.
  2. Selection of pipes diameters:
    • EN 12056-2, optionally DIN 1986-100.
  3. Ventilation:
    • EN 12056-2, optionally DIN 1986-100.
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