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["Materialnummer:","Düsenanzahl 6,2\nAerodyn. Fläche ( 27,79 mm^2)","Düsenanzahl 5,3\nAerodyn. Fläche (19,86 mm^2)","Schallleistung (LwA) \n[db(A)/Düse 6,2 mm","Schallleistung (LwA)\n[db(A)/Düse] 5,3 mm","Erhöhung L(W,A) durch hohe Geschwindigkeiten im DN100 Stutzen","Dp\n[Pa]","Aerodyn.\nFläche \n(in mm^2)","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","Leistungsfaktor aufgrund der Druckerhöhung\nin Bezug auf 200 PA","Leistungsfaktor aufgrund der Volumenstromerhöhung  40 m^3/h 200 PA","Wassermenge\nin % (Kühlleistung","Leistungen in % bei \nverschieden Wassermengen\n(Kühlleistung)","Wassermenge\nin % (Heizleistung)","Leistungen in % bei \nverschieden Wassermengen\nHeizleistung","Leistungsänderung der sensiblen Leistung (Qsens)\naufgrund des kondensierenden Betriebs\nF( Taupunkttemperatur- Wasservorlauftemperatur) =Qsens\n","Vsek (in m^3/h)","Induktionsverhältniss\n(In Abhägigkeit des Primärdruckes","Luftgeschwindigkeit am Wärmetauscher\nm/S","Leistungsänderung von Qtotal (Faktor 1) \nBezogen auf ( delta T (Taupunkt - Wasservorlauf)\n","Leistungsänderung von Qtotal (Faktor 2) \nBezogen auf die Strömungsgeschwindikeit\n(Qtotal wird nur bei geringen Strömungsgeschwindigkeiten erhöht)","Leistungsänderung Qtotal","QSK (Gewählt)\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH (Gewählt)\n (spezifische Ausgangsheizleistung)\n[W/K]","Filter Faktor\n(ohne Filter sind 5 % mehr Leistung möglich)",null,"DD","BB","DV",null,"LWA\n[dB(A)]","Dp\n[Pa]","QPK\n[W]",{"$f":"IF(AK10<AK11,\"Qsk-\nsens [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},{"$f":"IF($AK$10<$AK$11,\"Qsktot\n [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},"QPH\n[W]","QSH\n[W]","QKges\n[W]","tKWRL\n[°C]","QHges\n[W]","tWWRL\n[°C]","tzuK\n[°C]","tzuH\n[°C]",null,"Materialnummer:","Düsenanzahl 6,2\nAerodyn. Fläche ( 27,79 mm^2)","Düsenanzahl 5,3\nAerodyn. Fläche (19,86 mm^2)","Schallleistung (LwA) \n[db(A)/Düse 6,2 mm","Schallleistung (LwA)\n[db(A)/Düse] 5,3 mm","Erhöhung L(W,A) durch hohe Geschwindigkeiten im DN100 Stutzen","Dp\n[Pa]","Aerodyn.\nFläche \n(in mm^2)","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","Leistungsfaktor aufgrund der Druckerhöhung\nin Bezug auf 200 PA","Leistungsfaktor aufgrund der Volumenstromerhöhung 80 m^3/h 200 PA","Wassermenge\nin % (Kühlleistung","Leistungen in % bei \nverschieden Wassermengen\n(Kühlleistung)","Wassermenge\nin % (Heizleistung)","Leistungen in % bei \nverschieden Wassermengen\nHeizleistung","Leistungsänderung der sensiblen Leistung (Qsens)\naufgrund der kondensierenden Betriebs\nF( Taupunkttemperatur- Wasservorlauftemperatur) =Qsens\n","Vsek (in m^3/h)","Induktionsverhältniss\n(In Abhägigkeit des Primärdruckes","Luftgeschwindigkeit am Wärmetauscher\nm/S","Leistungsänderung von Qtotal (Faktor 1) \nBezogen auf ( delta T (Taupunkt - Wasservorlauf)\n","Leistungsänderung von Qtotal (Faktor 2) \nBezogen auf die Strömungsgeschwindikeit\n(Qtotal wird nur bei geringen Strömungsgeschwindigkeiten erhöht)","Leistungsänderung Qtotal","QSK (Gewählt)\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH (Gewählt)\n (spezifische Ausgangsheizleistung)\n[W/K]","Filterfaktor","DD","BB","DV",null,"LWA\n[dB(A)]","Dp\n[Pa]","QPK\n[W]",{"$f":"IF(AK10<AK11,\"Qsk-\nsens [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},{"$f":"IF($AK$10<$AK$11,\"Qsktot\n [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},"QPH\n[W]","QSH\n[W]","QKges\n[W]","tKWRL\n[°C]","QHges\n[W]","tWWRL\n[°C]","tzuK\n[°C]","tzuH\n[°C]"]
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["Materialnummer:","Düsenanzahl 6,2\nAerodyn. Fläche ( 27,79 mm^2)","Düsenanzahl 5,3\nAerodyn. Fläche (19,86 mm^2)","Schallleistung (LwA) \n[db(A)/Düse 6,2 mm","Schallleistung (LwA)\n[db(A)/Düse] 5,3 mm","Erhöhung L(W,A) durch hohe Geschwindigkeiten im DN100 Stutzen","Dp\n[Pa]","Aerodyn.\nFläche \n(in mm^2)","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","Leistungsfaktor aufgrund der Druckerhöhung\nin Bezug auf 200 PA","Leistungsfaktor aufgrund der Volumenstromerhöhung  40 m^3/h 200 PA","Wassermenge\nin % (Kühlleistung","Leistungen in % bei \nverschieden Wassermengen\n(Kühlleistung)","Wassermenge\nin % (Heizleistung)","Leistungen in % bei \nverschieden Wassermengen\nHeizleistung","Leistungsänderung der sensiblen Leistung (Qsens)\naufgrund des kondensierenden Betriebs\nF( Taupunkttemperatur- Wasservorlauftemperatur) =Qsens\n","Vsek (in m^3/h)","Induktionsverhältniss\n(In Abhägigkeit des Primärdruckes","Luftgeschwindigkeit am Wärmetauscher\nm/S","Leistungsänderung von Qtotal (Faktor 1) \nBezogen auf ( delta T (Taupunkt - Wasservorlauf)\n","Leistungsänderung von Qtotal (Faktor 2) \nBezogen auf die Strömungsgeschwindikeit\n(Qtotal wird nur bei geringen Strömungsgeschwindigkeiten erhöht)","Leistungsänderung Qtotal","QSK (Gewählt)\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH (Gewählt)\n (spezifische Ausgangsheizleistung)\n[W/K]",null,null,"DD","BB","DV",null,"LWA\n[dB(A)]","Dp\n[Pa]","QPK\n[W]",{"$f":"IF(AK10<AK11,\"Qsk-\nsens [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},{"$f":"IF($AK$10<$AK$11,\"Qsktot\n [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},"QPH\n[W]","QSH\n[W]","QKges\n[W]","tKWRL\n[°C]","QHges\n[W]","tWWRL\n[°C]","tzuK\n[°C]","tzuH\n[°C]",null,"Materialnummer:","Düsenanzahl 6,2\nAerodyn. Fläche ( 27,79 mm^2)","Düsenanzahl 5,3\nAerodyn. Fläche (19,86 mm^2)","Schallleistung (LwA) \n[db(A)/Düse 6,2 mm","Schallleistung (LwA)\n[db(A)/Düse] 5,3 mm","Erhöhung L(W,A) durch hohe Geschwindigkeiten im DN100 Stutzen","Dp\n[Pa]","Aerodyn.\nFläche \n(in mm^2)",null,null,"QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","Leistungsfaktor aufgrund der Druckerhöhung\nin Bezug auf 200 PA","Leistungsfaktor aufgrund der Volumenstromerhöhung  100 m^3/h 200 PA","Wassermenge\nin % (Kühlleistung","Leistungen in % bei \nverschieden Wassermengen\n(Kühlleistung)","Wassermenge\nin % (Heizleistung)","Leistungen in % bei \nverschieden Wassermengen\nHeizleistung","Leistungsänderung der sensiblen Leistung (Qsens)\naufgrund der kondensierenden Betriebs\nF( Taupunkttemperatur- Wasservorlauftemperatur) =Qsens\n","Vsek (in m^3/h)","Induktionsverhältniss\n(In Abhägigkeit des Primärdruckes","Luftgeschwindigkeit am Wärmetauscher\nm/S","Leistungsänderung von Qtotal (Faktor 1) \nBezogen auf ( delta T (Taupunkt - Wasservorlauf)\n","Leistungsänderung von Qtotal (Faktor 2) \nBezogen auf die Strömungsgeschwindikeit\n(Qtotal wird nur bei geringen Strömungsgeschwindigkeiten erhöht)","Leistungsänderung Qtotal","QSK (Gewählt)\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH (Gewählt)\n (spezifische Ausgangsheizleistung)\n[W/K]","Filterfaktor","DD","BB","DV",null,"LWA\n[dB(A)]","Dp\n[Pa]","QPK\n[W]",{"$f":"IF(AK10<AK11,\"Qsk-\nsens [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},{"$f":"IF($AK$10<$AK$11,\"Qsktot\n [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},"QPH\n[W]","QSH\n[W]","QKges\n[W]","tKWRL\n[°C]","QHges\n[W]","tWWRL\n[°C]","tzuK\n[°C]","tzuH\n[°C]"]
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[null,null,null,null,null,null,null,null,"2-Leiter",null,"4 Leiter",null,null,null,null,null,null,null,null,null,null,null,null,null,"Leistungsänderung Qtotal",null,null,"Filter Faktor\nohne Filter sind 5 % mehr Leistung möglich",null,{"$f":"VLOOKUP(\"Düsenbelegung (Kunstoffdüsen)\",'Legende - Legend'!$B$5:$E$64,IF(Sprache=\"Deutsch\",1,IF(Sprache=\"English\",2,IF(Sprache=\"Francais\",3,IF(Sprache=\"Italiano\",4,IF(Sprache=\"Portugues\",5,6))))),FALSE)","v":"Düsenbelegung (Kunstoffdüsen)"},null,{"$f":"VLOOKUP(\"Baugröße 800\",'Legende - Legend'!$B$5:$E$64,IF(Sprache=\"Deutsch\",1,IF(Sprache=\"English\",2,IF(Sprache=\"Francais\",3,IF(Sprache=\"Italiano\",4,IF(Sprache=\"Portugues\",5,6))))),FALSE)","v":"Baugröße 800"}]
["Materialnummer:","Düsenanzahl 6,2\nAerodyn. Fläche ( 27,79 mm^2)","Düsenanzahl 5,3\nAerodyn. Fläche (19,86 mm^2)","Schallleistung (LwA) \n[db(A)/Düse 6,2 mm","Schallleistung (LwA)\n[db(A)/Düse] 5,3 mm","Erhöhung L(W,A) durch hohe Geschwindigkeiten im DN100 Stutzen","Dp\n[Pa]","Aerodyn.\nFläche \n(in mm^2)","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","QSK\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH\n (spezifische Ausgangsheizleistung)\n[W/K]","Leistungsfaktor aufgrund der Druckerhöhung\nin Bezug auf 200 PA","Leistungsfaktor aufgrund der Volumenstromerhöhung  40 m^3/h 200 PA","Wassermenge\nin % (Kühlleistung","Leistungen in % bei \nverschieden Wassermengen\n(Kühlleistung)","Wassermenge\nin % (Heizleistung)","Leistungen in % bei \nverschieden Wassermengen\nHeizleistung","Leistungsänderung der sensiblen Leistung (Qsens)\naufgrund der kondensierenden Betriebs\nF( Taupunkttemperatur- Wasservorlauftemperatur) =Qsens\n","Vsek (in m^3/h)","Induktionsverhältniss\n(In Abhägigkeit des Primärdruckes","Luftgeschwindigkeit am Wärmetauscher\nm/S","Leistungsänderung von Qtotal (Faktor 1) \nBezogen auf ( delta T (Taupunkt - Wasservorlauf)\n","Leistungsänderung von Qtotal (Faktor 2) \nBezogen auf die Strömungsgeschwindikeit\n(Qtotal wird nur bei geringen Strömungsgeschwindigkeiten erhöht)","Leistungsänderung Qtotal","QSK (Gewählt)\n (spezifische Ausgangskühlleistung)\n[W/K]","QSH (Gewählt)\n (spezifische Ausgangsheizleistung)\n[W/K]",null,null,"DD","BB","DV",null,"LWA\n[dB(A)]","Dp\n[Pa]","QPK\n[W]",{"$f":"IF(AK10<AK11,\"Qsk-\nsens [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},{"$f":"IF($AK$10<$AK$11,\"Qsktot\n [W]\",\"Qsk\n [W]\")","v":"Qsk\n [W]"},"QPH\n[W]","QSH\n[W]","QKges\n[W]","tKWRL\n[°C]","QHges\n[W]","tWWRL\n[°C]","tzuK\n[°C]","tzuH\n[°C]"]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"tzuH\n[°C]",null,{"$f":"VLOOKUP(\"Zulufttemperatur im Heizfall\",'Legende - Legend'!$B$5:$E$64,IF(Sprache=\"Deutsch\",1,IF(Sprache=\"English\",2,IF(Sprache=\"Francais\",3,IF(Sprache=\"Italiano\",4,IF(Sprache=\"Portugues\",5,6))))),FALSE)","v":"Zulufttemperatur im Heizfall"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"tzuK\n[°C]",null,{"$f":"VLOOKUP(\"Zulufttemperatur im Kühlfall\",'Legende - Legend'!$B$5:$E$64,IF(Sprache=\"Deutsch\",1,IF(Sprache=\"English\",2,IF(Sprache=\"Francais\",3,IF(Sprache=\"Italiano\",4,IF(Sprache=\"Portugues\",5,6))))),FALSE)","v":"Zulufttemperatur im Kühlfall"}]
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[]
[]
[]
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[]
[null,null,null,null,"LTG Aktiengesellschaft"]
[]
["Parameter","Legende","Legend ","Légende","Legenda"]
["-","Kühlfall","Cooling Mode","opération eau froide","In raffescamento"]
["-","Heizfall","Heating Mode","opération  eau chaude","In riscaldamento"]
["-","Ansaugtemperatur","Intake Air Temperature","Température de l'air ambiant","Temperatura aria in ingresso "]
["-","Wasservorlauftemperatur","Water Supply Temperature","Temperature de l'eau amenée","Temperatura acqua in ingresso  "]
["-","Baugröße","Size","Modèle","Taglia"]
["-","Nennwassermenge","Nominal Water Flow Rate","débit d'eau nominale","Portata acqua nominale "]
["-","Auswahl","Choice","Sélection","Scelta"]
["-","Kühlen","Cooling","Refroidissement","Raffrescamento"]
["-","Heizen ","Heating","Chauffer","Riscaldamento"]
["-","projektierte Leistung","Required Capacity","Objectif fixé","Potenzialità richiesta di progetto"]
["-","Beg. Kondensatbildung bei >","Event of condensation >","Condensation commence a"]
["-","Primärlufttemperatur","Primary Air Temperature","Témperature de l´air primaire","temperatura dell'aria "]
["-","Primärluftvolumenstrom","Primary Air flow","Debit de l´air primaire","portata d'airia"]
["-","rel. Raumluftfeuchte","Air humidity","hunidité rélatif","l’umidità relativa"]
["-","Baugröße 500","Size 500","taille 500","Taglia 500"]
["-","Baugröße 630","Size 630","Taille 630","Taglia 630"]
["-","Baugröße 800","Size 800","Taille 800","Taglia 800"]
["-","Baugröße 1000","Size 1000","Taille 1000","Taglia 1000"]
["-","Baugröße 1250","Size 1250","Taille 1250","Taglia 1250"]
["-","     Düsenbelegung anzeigen (Kunstoffdüsen)","      Show nozzle equipment (Plastic nozzle)","Voir arrangement des buses","Indicare equipaggiamento ugelli (ugelli in plastica)\n"]
["-","Düsenbelegung (Kunstoffdüsen)","nozzle equipment (Plastic nozzle)","arrangement des buses ( en plastique )","Equipaggiamento ugelli (ugelli in plastica)"]
["-","Düsenvariante","Nozzle selection","Variante buses","Variante ugello"]
["-","Taupunkttemperatur","Dew-point Temperature","Point rosé","Punto di rugiada"]
["-","gewählte Wassermengen bei Dp Wasser:","selected water volume flow at Dp ","debit d`eau  @perte pression","Portata acqua selezionata con Dp"]
["-","LTG Induktionsgerät HFG","LTG Induction Unit HFG ","LTG Ejécto Convecteur HFG","Unità ad indizione LTG HFG"]
["-","2-Leiter-System","2-Pipe-System","Système 2 tuyaux","Sistema 2 tubi"]
[null,"4-Leiter-System","4-Pipe-System","Système 4 tuyaux","Sistema 4 tubi"]
[null,"mit Filter","With filter","avec un filtre ","con filtro"]
[null,"ohne Filter","Without filter","sans filtre","senza filtro"]
[null,"Filter","Filter","filtre","filtro"]
[null,"Zulufttemperatur im Heizfall","Supply temperature (heating mode)","La température de soufflage (mode chauffage)"," di temperatura con aria di mandata (riscaldamento)"]
[null,"Zulufttemperatur im Kühlfall","Supply temperature (cooling mode)","La température de soufflage (mode refroidissement)"," di temperatura con aria di mandata (raffescamento)"]
["-","Angaben zu Toleranzen sowie weitere Spezifikationen sind der aktuellen LTG Bauteilmappe zu entnehmen.","Data for tolerances and other specification are published in LTG technical literature","Voir classeur actuel pour informations complementaires et tolerances des donnés techniques","Dati sulle tolleranze e altre specifiche sono pubblicate sulla documentazione LTG"]
["-","Eine Fehlerfreiheit des Programms kann nicht zugesichert werden.\n Im Zweifel gelten die technischen Daten der aktuellen LTG Bauteilmappe. ","Accuracy of selection software can not be ensured. In case of doubts data of LTG technical literature is valid.","Sous Réserve des erreurs du programme, en cas de doute il faut utiliser les données techniques du prospectus valable","i dati pubblicati sui cataloghi LTG sono validi"]
["-","Aus Programmierfehlern entstandener Schaden geht nicht zu Lasten der LTG. Technische Änderungen im Rahmen der Weiterentwicklung vorbehalten.","Damage caused by programming errors is not at LTG expenses. Subject to technical specifications.","LTG Aktiengesellschaft refuse la résponsabilite d`erreurs de programmer y compris Dommage eventuel causé par le programme.","Danni per errori nei programmi di selezione non possono essere addebitati a LTG.Soggetti a specifiche tecniche."]
["-","Projekt","Project","Projet","Progetto"]
["-","Datum","Date","Date","Data"]
["-","Name","Editor:","Nom","Responsabile"]
["-","Wärmetauscher","Heat exchanger","Echangeur de chaleur","Calore"]
["-","Metalldüsen","Metall Nozzle","Buse metallique ","Ugelli in metallo"]
["-","Kunstoffdüsen","Plastic Nozzle","Buse en plastique","Ugelli in plasitca"]
["Dp [Pa]","Statischer Luftdruck am Primärluftstutzen","initial air pressure","pression statique  de l'air primaire","Pressione statica ingresso"]
["VP [m³/h]","empfohlener Auslegungs-Primärluftvolmenstrompro Gerät (+/- 10%)","recommended primary air flow  (+/- 10 %)","débit de l'air primaire (+/- 10 %)","Portata aria primaria consigliata (+/- 10%) "]
["LWA [dB(A)]","Schallleistung (+/- 3 dB)","Sound powerr level (+/- 3 dB)","niveau  puissance sonore (+/- 3dB)","Livello di potenza sonora (+/- 3dB)"]
["LA18 [dB(A)]","Schalldruckpegel bei 18 m² Sabine (+/- 3 dB)","Sound pressure level at 18 m² Sabine (+/- 3 dB)","Niveau pression sonore , 18 m2 Sabine  (+/- 3 dB)","Livello di pressione sonora a 18 mq Sabine (+/- 3dB)."]
["QPK [W]","Primärkühlleistung","Primary cooling capacity","puissance frigorifique de l`air primaire (+/- 5%)","Potenzialità raffrescamento aria primaria"]
["QSK [W]","Sekundärkühlleistung bei nicht kondensierendem Betrieb (+/- 5%)","Secondary cooling capacity at non-condensating operation (+/- 5 %)","puissance frigorifique secondaire (échanger thermique) (+/- 5 %)","Potenzialità raffrescamento (sensibile) sul ricircolo con funzionamento senza condensa (+/- 5%)"]
["QPH [W]","Primärheizleistung (negativ = kühlen)","Primary heating capacity (negative = cooling)","puissance calorifique de l`air  primaire (+/- 5%)","Potenzialità riscaldamento aria primaria (negativo se raffrescamento )"]
["QSH [W]","Sekundärheizleistung  (+/- 5%)","Secondary heating capacity (+/- 5 %)","puissance calorifique secondaire (+/- 5%)","Potenzialità di riscaldamento secondaria (+/- 5%)"]
["QKges [W]","Gesamtkühlleistung  (+/- 5%)","Total cooling capacity  (+/- 5%)","puissance frigorifique totale ","Potenzialità raffrescamento totale  (+/- 5%)"]
["QHges [W]","Gesamtheizleistung","Total heating capacity ","puissance calorifique totale ","Potenzialità riscaldamento"]
["tKWRL [°C]","Kaltwasser-Rücklauftemperatur","Cold water return temperature ","Temperatur sorti eau froide","Temperatura ritorno acqua refrigerata "]
["tWWRL [°C]","Warmwasser-Rücklauftemperatur","Hot water return temperature","Temperature retour eau chaude","Temperatura ritorno acqua calda"]
["wOK [kg/h]","Nennwassermenge Kühlen","Nominal cold water flow rate","débit d'eau froide nominale","Portata nominale acqua refrigerata"]
["wOH [kg/h]","Nennwassermenge Heizen","Nominal hot water flow rate ","débit d'eau chaude nominale","Portata nominale acqua calda"]
["DpK [kPa]","wasserseitiger Druckverlust über Kühlregister","Pressure loss cooling coil (water-side)","perte de charge eau froide","Perdita di carico batteria fredda (lato acqua)"]
["DpH  [kPa]","wasserseitiger Druckverlust Heizregister","Pressure loss heating coil (water-side) ","perte de charge eau chaude","Perdita di carico batteria fcalda (lato acqua)"]
["QE [W]","Eigenkonvektion bei Warmwasservorlaufttemperatur 70 °C, \nRaumlufttemperatur 20 °C und Nennwassermenge","Heating capacity  natural convection, at hot water temperature = 70 °C, room air temperature 20 °C and nominal hot water flow","puissance calorifique  convection naturelle ","Riscaldamento per convezione naturale, acqua a 70 °C, ambiente 20 °C, portata acqua nominale"]
["Qskses [W]","Sekundärkühlleistung (sensibel) bei kondensierendem Betrieb (+/- 5%)","Sekundary sensible cooling capacity  (+/- 5%)","puissance frigorifique sensible","Resa sensibile raffreddamento  (+/- 5%)"]
["Qsktot","totale Sekundärkühlleistung  (+/- 5%)","Sekundary total cooling capacity  (+/- 5%)","puissance frigorifique totale ","Lunghezza totale  (+/- 5%)"]
[]
[]
[]
[]
[]
[]
["ã LTG Aktiengesellschaft - 21.06.2012"]
["Angaben zu Toleranzen sowie weitere Spezifikationen sind der aktuellen LTG Bauteilmappe zu entnehmen."]
["Eine Fehlerfreiheit des Programms kann nicht zugesichert werden. Im Zweifel gelten die technischen Daten der aktuellen LTG Bauteilmappe."]
["Aus Programmierfehlern entstandener Schaden geht nicht zu Lasten der LTG. Technische Änderungen im Rahmen der Weiterentwicklung vorbehalten."]

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