WINISO®
Proračun toplinskih tokova, toplinskih mostova, izotermi i Uf vrijednosti prema EN ISO 10077-2:2018 kao i Ufr, Ueg i Ucg vrijednosti prema ISO 15099 i NFRC.
Video
Profesionalni izračun
Uf, Ψ, toplinski mostovi, izoterme, fRsi kao i vrijednosti Ufr, Ueg i Ucg
Potvrđeno
prema EN ISO 10077-2:2017-07 i EN ISO 10211-2:2017-07
Snažna funkcionalnost
za toplinski proračun prozora i fasada
WINISO®
Uvezene CAD datoteke mogu se pripremiti automatskim otkrivanjem i ispravljanjem CAD pogrešaka. Stoga se komplicirane komponente i sustavi mogu analizirati i izračunati uz kratko vrijeme računanja i male veličine podataka. Integrirana jezgra FEM izračuna omogućuje najtočnije rezultate.
Značajke
- Visoko automatizirana priprema geometrije CAD podataka (.dxf & .dwg)
- Detaljan prijenos CAD podataka uklj. radijusi i kosine
- Novi alat za rješavanje i nova računska jezgra s automatskim MKE mrežama
- Automatskim FEM mrežama može se upravljati fleksibilno i specifično, što rezultira velikim brzinama izračuna
- Izračun prema "modelu radioziteta" (novi model šupljine prema EN ISO 10077-2:2018) i s ekvivalentnom vodljivošću (EN ISO 10077-2:2012/2018)
- Jednostavna definicija folija, premaza i površinskih svojstava pomoću crteža
- Automatska dodjela materijala na temelju CAD slojeva
- Plinsko punjenje za međustaklene prostore prema DIN EN 673 slobodno miješanje
- Automatski proračun Uf prozorskih i fasadnih profila
- Psi-vrijednosti toplinskih mostova i odstojnika izolacijskog stakla prema EN ISO 10211 i EN ISO 10077-2
- Ug-vrijednosti višeslojnog izolacijskog stakla prema EN 673
- U-vrijednosti bilo koje konstrukcije prema EN ISO 6946
- Izračun izotermi, površinskih temperatura i temperaturnog faktora prema DIN 4108-2/-3
Testirajte našu demo verziju!
Zašto WINISO®?
- Certificirano od strane neovisnih instituta za testiranje
- Rezultati su međunarodno priznati
- Izuzetno jednostavan rad
- Pouzdan partner za dugoročno zadovoljstvo kupaca
- Rješenja spremna za tržište čak i prije donošenja relevantnih zakona i standarda, zajedno s stalnim ažuriranjem – naša su rješenja uvijek ažurna
Primjeri
PVC-prozor: Uf i ψg prema EN ISO 10077-2
Izračun U-vrijednosti okvira Uf i rubne veze ψ vrijednosti ψg prema EN ISO 10077-2 za PVC prozor
Alu-prozor:
Uf prema EN ISO 10077-2
Izračun U-vrijednosti okvira Uf prema EN ISO 10077-2 za aluminijski prozor
Instalacija prozora:
ψ- i fRsi-vrijednost
Instalacijska ψ vrijednost i temperaturni faktor fRsi prema DIN 4108 dodatak 2
Ugradnja prozora:
Vlažnost
2D proračun vlage na temelju DIN 4108-3
Prozor: Uw model zone prema ISO 15099
Izračun U vrijednosti Ufr, Ueg, Ucg za model Uw zone prema ISO 15099. Rubni uvjeti prema NFRC.
Prozor: krilo u staklenoj šupljini
Toplinski most na letvici krila integriranoj u zračni raspor ostakljenja, prema ISO 10211.
Prozor: tračnica za sastanke s dva staklena umetka
Automatski izračun Uf vrijednosti profila tračnica za susrete s dva umetka za ostakljenje prema EN ISO 10077-2
Strop podzemne garaže: sprječavanje kondenzacije
Dokaz o odsutnosti kondenzacije nosača ispod stropa podzemne garaže prema DIN 4108 dodatak 2
CAD uvoz
CAD uvoz i čišćenje
WINISO® uvozi CAD podatke kao DWG, DXF i STEP. Učinkoviti alati za CAD pripremu stvaraju besprijekoran prijelaz s CAD na FEM tijekom prijenosa podataka.
Poligoni
Tijekom generiranja i obrade poligona dobivaju se bitne značajke i konture dizajna te se postavljaju temelji za učinkovit i brz FEM proračun.
Ispuna poplave pretraživanja poligona
Prepoznavanje poligona Flood Fill daje korisniku intuitivan, snažan i robustan alat za pripremu čak i problematičnih CAD podataka.
Očistite spojeve
Čišćenje spojeva automatski ispravlja pogreške pomaka iz CAD podataka i uklanja slučajne detalje. Rezultat je koherentan dizajn koji se usredotočuje na osnove za FEM izračun.
Alati – 1. dio
S opsežnim CAD skupom alata, uvezeni CAD podaci mogu se jednostavno i fleksibilno preraditi i nadopuniti
Alati – 2. dio
S opsežnim CAD skupom alata, uvezeni CAD podaci mogu se jednostavno i fleksibilno preraditi i nadopuniti
Obrada projekta
Surface machining
Surfaces reflect the geometry in the WINISO® FEM model. The structure of the simulation project is completely defined in just a few steps.
Material assignment
Automatic assignment of materials to layers and automatic detection of profile cavities and boundary condition surfaces for a speedy and error-resistant model definition
Boundary condition
With the automatic detection of cavities and the flexible definition of boundary conditions and surface properties, almost any problem can be modelled quickly and precisely.
Cavities
The definitions of frame cavities and spaces between panes from a wide range of standardisation are implemented in WINISO®: DIN EN ISO 10077-2, EN 673, DIN EN ISO 6946, ISO 15099.
Frame according to EN ISO 10077-2
WINISO® implements both calculation methods for window profiles with cavities provided for in DIN EN ISO 10077-2 in accordance with the standard: the equivalent conductivity method and the radiosity method introduced in 2017. Automatic checks ensure a consistent and standard-compliant calculation approach in all details.
ISO 15099
WINISO® enables the calculation of window profiles and glazing according to the specifications of ANSI/NFRC-100 and ISO 15099 according to the requirements of the US standardisation for the international market
Reports
Presentation of results
Construction, temperatures, heat flows and humidity profiles can be represented flexibly and meaningfully by isothermal lines, false colours and isobars
Evaluation according to EN ISO 10077
The mathematical verification for windows according to DIN EN ISO 10077 can be carried out efficiently and in compliance with standards with the automated determination of Uf, Psig and Uw.
Certification ift Rosenheim
Thermal bridges according to EN ISO 10211
The manual determination of thermal bridge coefficients Psi according to EN ISO 10211 offers a universal tool for the thermal evaluation of building structures, window details such as mullions and façades.
Evaluation according to DIN 4108 and EN ISO 6946
WINISO® provides elementary results such as the U-value according to EN ISO 6946 and the temperature factor fRsi according to DIN 4108:2 with one click
Present results
Present your results clearly and comprehensibly as a printout, PDF or in Word – with a set of predefined templates or customised with the template designer
Save projects, manage data
The SommerGlobal user database manages your WINISO® projects in a structured and clear manner in projects with any number of positions and the assignment of processors. Interfaces to WinSLT, WinTHS and GLASGLOBAL make interdisciplinary work efficient.
WINISO®
Test our demo version!
What our clients say
„We are enthusiastic about the WinIso® software. Among other things, the high accuracy and speed of calculation are outstanding.“
Hörmann KG
Founded in 1935, the Hörmann Group is Europe's leading supplier of doors, which are developed and produced in 27 specialised factories in Europe, North America and Asia.
Contact: Stephan Ongsiek – info@hoermann.de
„Interpane Glasgesellschaft mbH has been an enthusiastic customer of Sommer Informatik GmbH for many years. The calculation with WinIso® also worked quickly and effectively for us after a short training period, which is why we can only recommend this tool.“
Interpane Glasgesellschaft mbH
Interpane Glas Industrie AG is a German flat glass manufacturer based in Lauenförde. The company manufactures glazing products at ten locations in Germany, Austria and France.
Contact: Steffen Schäfer – info@interpane.com
"WINISO® is a powerful and for us very important tool, which effectively implements the requirements of the newly revised ISO 10077-2 and professionally supports the user in performing the calculations."
Ingenieurbüro Bauwerk
The engineering office has been active since 1998 and offers services in the field of building physics and window technology.
Contact: Mr. Deckert – info@waermeschutz.cc
"Due to the structured and professional design of the software, it was possible for us to carry out demanding calculations with WINISO® directly without much effort."
Ensinger GmbH
Ensinger GmbH was founded in 1996 and processes engineering plastics into semi-finished products, finished parts, profiles and compounds. The headquarters of the internationally active company is Nufringen in Baden-Württemberg.
Contact: Sven Rhode – info.de@ensingerplastics.com
Term explanation
Three-dimensional
U-value
ISO 15099
Condensation water
Material fields
Temperatures
fRsi factor
Heat flows
Psi-value
Uf-value
Isotherms
