ubbink Ubiflux F150+ Bedienungsanleitung Seite 126

Instelwaarden/ Setting values/ Einstellwerte
Valeurs de réglage
STEP NO. DESCRIPTION
1
Air flow rate mode
2
Air flow rate mode 1 /
3
Air flow rate mode 2 /
4
Air flow rate mode 3 /
5 Bypass temperature
6 Bypass hysterese
7 Operation bypass valve
Central heating +
8
heat recovery
9 Imbalance permissible
10 Fixed imbalance
STEP NO. DESCRIPTION
11 Heater
12 Temperature postheater
13 Selection input 1
14 Minimum voltage input 1
15 Maximum voltage input 1
Conditions
16
switching input 1
Supply fan mode
17
switching input 1
Extract fan mode
18
switching input 1
FACTORY SETTING
Ubiflux F200
50 m /h
3
/
100 m /h
3
125 m /h
3
150 m /h
3
22,0 °C
2,0 °C
0
OFF
ON
0 m /h
3
FACTORY SETTING
Ubiflux F200 PLUS
0
21,0 °C
0
0,0 V
10,0 V
0
5
5
Ubiflux F150(+) - F200(+) - F300(+)
ADJUSTING RANGE
0 m /h or 50 m /h
3 3
50 m /h - 200 m /h
3 3
50 m /h - 200 m /h
3 3
50 m /h - 200 m /h
3 3
15,0 °C - 35,0 °C
0,0 °C - 5,0 °C
0 (= Automatic)
1 (= Bypass valve closed)
2 (= Bypass valve open)
ON (= Central heating+heat recovery on)
OFF (= Central heating+heat recovery off)
ON (= flow rate supply equals extract)
OFF (= imbalance permissible)
-100 m /h - 100 m /h
3 3
ADJUSTING RANGE
0 (= no additional heater)
1 (= additional preheater)
2 (= postheater)
15,0 °C - 30,0 °C
0 (= normally open contact)
1 (= 0 - 10V input active)
2 (= normally closed contact)
3 (= input 1/ bypas open 12V;
bypass closed 0V)
4 (= input 1/ bypas open 0V;
bypass closed 12V)
0 Volt - 10 Volt
0 Volt - 10 Volt
0 (= off)
1 (= on)
2 (= On if conditions bypass open satisfied)
3 (= Bypass control)
4 (= Bedroom valve)
0 (= input fan off))
1 (= Absolute min. flow rate 50m
2 (= Flow rate mode 1)
3 (= Flow rate mode 2)
4 (= Flow rate mode 3)
5 (= Multiple switch)
6 (= Maximum flow rate)
7 (= No input fan activation)
0 (= exctract fan off)
1 (= Absolute min. flow rate 50m
2 (= Flow rate mode 1)
3 (= Flow rate mode 2)
4 (= Flow rate mode 3)
5 (= Multiple switch)
6 (= Maximum flow rate)
7 (= No extract fan activation)
12
GB
STEP
5 m /h
3
5 m /h
3
5 m /h
3
0,5 °C
0,5 °C
1 m /h
3
STEP
0,5 °C
0,5 V
0,5 V
/h)
3
/h)
3
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