RAFFREDDAMENTO (funzionamento estivo)
I
Temperatura aria:
Temperatura acqua:
T
RISCALDAMENTO (funzionamento invernale)
Temperatura aria:
Temperatura acqua:
COOLING (summer mode)
E
Air temperature:
Water temperature:
N
HEATING (winter mode)
Air temperature:
Water temperature:
CLIMATISATION (fonctionnement été)
F
Température d'air:
Température d'eau:
R
CHAUFFAGE (fonctionnement hiver)
Température d'air:
Température d'eau:
KÜHLEN (Sommerbetrieb)
D
Lufttemperatur:
Wassertemperatur:
E
HEIZEN (Winterbetrieb)
Lufttemperatur:
Wassertemperatur:
REFRIGERACIÓN (funcionamiento veraniego)
E
Temperatura aire:
Temperatura agua:
S
CALEFACCIÓN (funcionamiento invernal)
Temperatura aire:
Temperatura agua:
KOELING (zomer)
N
Ruimtetemperatuur:
Watertraject:
L
VERWARMING (wintergebruik)
Ruimtetemperatuur:
Watertraject:
72
Impianto 2 tubi
+27°C b.s. +19°C b.u.
+7/12°C
Impianto 2 tubi
+20°C
+45/40°C
2 pipe unit
+27°C d.b. +19°C w.b.
+7/12°C
2 pipe unit
+20°C
+45/40°C
Installation à 2 tubes
+27°C d.b. +19°C w.b.
+7/12°C
Installation à 2 tubes
+20°C
+45/40°C
2-Leiter-Anlage
+27°C d.b. +19°C w.b.
+7/12°C
2-Leiter-Anlage
+20°C
+45/40°C
Instalación de 2 tubos
+27°C d.b. +19°C w.b.
+7/12°C
Instalación de 2 tubos
+20°C
+45/40°C
2-pijpsysteem
+27°C d.b. +19°C w.b.
+7/12°C
2-pijpsysteem
+20°C
+45/40°C
Mod.
=
Modello
Speed
=
Velocità
Qv
=
Portata aria
Pc
=
Raffredamento resa totale
Ps
=
Raffredamento resa sensibile
Pl
=
Raffrescamento resa latente
Ph
=
Riscaldamento
Lw
=
Potenza sonora Lw
Pec
=
Assorbimento motore
Mod.
=
Model
Speed
=
Speed
Qv
=
Air flow
=
Pc
Cooling total emission
Ps
=
Cooling sensible emission
=
Pl
Latent cooling emission
Ph
=
Heating
Lw
=
Sound power Lw
Pec
=
Fan
Mod.
=
Modèle
Speed
=
Vitesse
Qv
=
Débit air
Pc
=
Emission frigorifique totale
Ps
=
Emission frigorifique sensible
Pl
=
Emission frigorifique latent
=
Ph
Chauffage
Lw
=
Puissance sonore Lw
=
Pec
Puissance absorbée moteur
Mod.
=
Modell
Speed
=
Geschwindigkeit
=
Qv
Luftmenge
Pc
=
Gesamtkühlleistung
=
Ps
Sensible Kühlleistung
Pl
=
Abkühlen gemacht latent
Ph
=
Heizbetrieb
Lw
=
Schallleistung Lw
Pec
=
Motorleistung
Mod.
=
Modelo
Speed
=
Velocidad
Qv
=
Caudal de aire
Pc
=
Rendim. total refriger.
Ps
=
Rendim. sensible refriger.
=
Pl
Enfriamiento hecho latente
Ph
=
Calefacción
=
Lw
Potencia sonora Lw
Pec
=
Potencia absorbida motor
Mod.
=
Model
=
Speed
Stand
Qv
=
Luchthoeveelheid
Pc
=
Koelvermogen totaal
Ps
=
Koelvermogen voelbaar
Pl
=
Koelvermogen latent
Ph
=
Verwarming
Lw
=
Geluidsvermogen Lw
=
Pec
Opgenomen vermogen
UNT-SVU014E-XX
