Technical specification of InstalSystem 4

System-hardware requirements

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

Wykaz norm i metod wykorzystywanych podczas prowadzenia doboru i obliczeń

Instal-OZC / Instal-heat&energy

The calculations of thermal properties for partitions

1. 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 (users selection).

The calculation of the heat loss and design thermal calculation of the premises and buildings

1. Standards:
   • russian standard package: SNiP 41-01-2003
   • european standard package for the German market: DIN EN 12831
   • european standard package for the Austrian market: OeNORM EN 12831
   • european standard package for the Polish market: PN EN 12831, possible choice PN/B-03406
   • european standard package for the remaining markets: EN 12831, possible choice DIN EN 12831.
2. Calculation of ventilation streams:
   • european standard package : Authorial method taking into account the minimum standard requirements.

The calculations of the seasonal energy demand and the energy certificates

1. The calculation of the seasonal energy demand:
   • russian standard package: SNiP 23-02-2003, SP 23-101-2000
   • european standard package for the Polish market: EN ISO 13790
   • european standard package for the remaining markets: EN ISO 13790, older licences - EN 832.
2. The calculations of the energy certificates:
   • Polish market: Regulation of the Ministry of Infrastructure of 6 November 2008
   • remaining markets: not specified.

Instal-therm HCR

The selection and design of heating elements

1. Selection of convection heaters:
   • thermal calculations according to EN 442-2
   • the method for selecting the size of the radiator - an authorial method
   • allowances taking into account housing, way of the power and location - guidelines from COBRTI Instal, information from producers
   • adjustment (correction ) flows - an authorial method.
2. Designing radiant heaters:
   • selection of temperature control - an authorial method
   • thermal calculations - standard EN 1264.

Calculations pipeline network

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

Instal-san TS

Installation of hot and cold water

1. Definition of calculation water flow:
   • Polish market: PN-92/B-01706
   • remaining 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.
2. Hydraulic calculations:
   • pressure decrease in the pipes: Linear resistance - Colebrook-White's formula , local resistance - Zeta 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
   • Calculation of load flow in the rings - an authorial method based on the Cross method.
3. Selection of pipes diameters:
   • according to the criterion of maximum speed
   • the diameter of the ring in addition according to DIN 1988-300.

Sieć cyrkulacji c.w.

1. Wyznaczanie obliczeniowych strumieni cyrkulacji c.w:
   • autorska metoda "termiczna" oparta na analizie wychłodzeń wody w poszczególnych obiegach i zachowaniu minimalnej prędkości cyrkulacji.
2. Obliczenia hydrauliczne rurociągów:
   • spadki ciśnień w rurociągach: opory liniowe - wzór Colebrooka-White'a, opory miejscowe - Zeta wg danych katalogowych.
3. Dobór średnic rurociągów:
   • wg kryteriów maksymalnej prędkości i maksymalnego oporu tarcia.
4. Równoważenie:
   • według ogólnie stosowanych zasad równoważenia obiegów hydraulicznych, podobnie jak w obiegach c.o.
5. Straty ciepła rurociągów i dobór izolacji (dotyczy również sieci c.w.):
   • straty ciepła rurociągów - wg literatury fachowej
   • dobór izolacji rurociągów - zalecenia EnEv (niemieckie) lub WT2008 (polskie).

Kanalizacja grawitacyjna

1. Wyznaczanie strumieni:
   • EN 12056-2, opcjonalnie DIN 1986-100.
2. Dobór średnic rurociągów:
   • EN 12056-2, opcjonalnie DIN 1986-100.
3. Wentylacja:
   • EN 12056-2, opcjonalnie DIN 1986-100.