Publicidad
CARTE
ELECTRONIQUE
Modèle
WFS-IRA
WFE-IRA
WFS-MBA
WFE-MBA
OFF
Ventilazione continua ON/OFF sulle valvole
ON/OFF continuous ventilation on the valves
Ventilation ON/OFF des vannes en continu
DIP 1
Ständige Ventilation ON/OFF der Ventile
Ventilación continua ON/OFF en las válvulas
Continuous ventilation ON/OFF on the valves
Ciclo antistratificazione con apertura valvola
Anti-stratification cycle with valve opening
Cycle anti-stratification avec ouverture de vanne
DIP 2
Anti-Stratifizierungszyklus mit Öffnung des Ventils
Ciclo anti-tratificación con apertura de válvula
Anti-stratification cycle with valve opening
Versione asincrona
Asynchronous version
Version asynchrone
DIP 3
Asynchrone Version
Versión asíncrona
Asynchronous version
DIP 4
Master
Resistenza esclusiva con T2
Exclusive electric heater with T2
Exclusive résistance électrique avec T2
DIP 5
Exklusive elektrische Heizung mit T2
Calentador eléctrico exclusivo con T2
Exclusive electric heater with T2
Sempre ON
Always ON
Toujours ON
DIP 6
Immer ON
Siempre ON
Steeds ON
LEGENDE
O-10V = 0÷10 Vdc Motor EC Ausgangsspannung
Po-Po = Pumpenalarmkontakt
F2-F2 = Fensterkontakt
IR Empfängeranschluss /
CTRL =
Fernbedienungskarte
Bypass Fenster
MC5
=
(verschlossene Standardeinstellung)
Bypass Pumpe
MC6
=
(verschlossene Standardeinstellung)
DL1
= LED Netzwerkpräsenz
KD1
= Konfiguration Dip-Switch
M14
= Leiterplatten-Verbinder RS-485
M15
Raumtemperaturfühler
T1
=
(an Luftrückführung der Einheit)
T2
= Change-Over Fühler (optional)
T3
= Mindesttemperatursfühler
Stellantrieb Wasserventil L 230 V
1
=
Ausgangsspannung
Heizwiderstand L 230 V
2
=
Ausgangsspannung
CH
= Chiller L 230 V Ausgangsspannung*
BO
= Boiler L 230 V Ausgangsspannung*
FLAP = Anschluss FLAP Motor
WFS-IRA / WFE-IRA / WFS-MBA / WFE-MBA
29A
ELEKTRONIK-
PLATINE
Modell
WFS-IRA
WFE-IRA
WFS-MBA
WFE-MBA
LEYENDA
O-10V = Motor EC 0÷10 Vdc voltaje de salida
Po-Po = Contacto alarma bomba
F2-F2 = Contacto ventana
IR conector receptor /
CTRL =
tarjeta mando a distancia
MC5
= Bypass ventana (default cerrado)
MC6
= Bypass bomba (default cerrado)
DL1
= Presencia led en la red
KD1
= Configuración Dip-Switch
M14
= RS-485 tarjeta conector
M15
Sonda aire interior (en la sección aire
T1
=
de retorno de la unidad)
T2
= Sonda Change-Over (opcional)
T3
= Sonda de mínima
Válvula agua actuador L 230 V voltaje de
1
=
salida
Resistencia eléctrica L 230 V voltaje
2
=
de salida
CH
= Chiller L 230 V voltaje de salida*
BO
= Boiler L 230 V voltaje de salida*
FLAP = Conector motor FLAP
TARJETA
ELECTRÓNICA
Modelo
WFS-IRA
WFE-IRA
WFS-MBA
WFE-MBA
ON
Controllo contemporaneo fan e valvole
Simultaneous fan and valve control
Contrôle simultané du ventilateur et des vannes
Gleichzeitige Kontrolle des Ventilators und der Ventile
Control simultáneo en el ventilador y en las válvulas
Simultaneous fan and valve control
Ciclo antistratificazione senza apertura valvola
Anti-stratification cycle without valve opening
Cycle anti-stratification sans ouverture de vanne
Anti-Stratifizierungszyklus ohne Öffnung des Ventils
Ciclo anti-tratificación sin apertura de válvula
Anti-stratification cycle without valve opening
Versione ECM
ECM version
Version ECM
Version ECM
Slave
Resistenza a integrazione
Electric heater as integration
Résistance comme intégration
Heizwiderstand als Integration
Resistencia como integración
Electric heater as integration
LEGENDE
O-10V = 0÷10 Vdc EC motor output voltage
Po-Po = Pump alarm contact
F2-F2 = Window contact
IR receiver connector /
CTRL =
remote control board
MC5
= Window bypass (closed default)
MC6
= Pump bypass (closed default)
DL1
= Network presence led
KD1
= Configuration Dip-Switch
M14
= RS-485 board connector
M15
Air indoor probe (on air return section of
T1
=
the unit)
T2
= Change-over probe (optional)
T3
= Low temperature cut-out thermostat
Water valve actuator L 230 V output
1
=
voltage
2
= Electric heater L 230 V output voltage
CH
= Chiller L 230 V output voltage*
BO
= Boiler L 230 V output voltage*
FLAP = FLAP motor connector
ELEKTRONISCHE
FICHE
Model
WFS-IRA
WFE-IRA
WFS-MBA
WFE-MBA
UNT-SVX040F-XX
Publicidad
