Olimpia splendid DOLCECLIMA COMPACT S Mode D'emploi Et D'entretien page 345

3 . 1 - S Y M B O L E R O G K N A P P E R P Å B E T J E N I N G S P A N E L E T
B
S W 2
( )
* k u n f o r m e d f ø l g e n d e m o d e l l e r
• S W 1 : D r i f t / S t a n d b y
S ø g n i n g e f t e r w i - 
• S W 2 : V a l g a f d r i f t s t i l s t a n d
k ø l i n g = ˃
= ˃ a u t o m a t i s k = ˃
= ˃ k u n b l æ s e r = ˃
= ˃ a f f u g t n i n g = ˃
3 . 2 - T A S T E R P Å F J E R N B E T J E N I N G E N (  g . C )
C
B 1
B 2
B 3
B 1 2
B 4
B 5
D 1 D 1 4
D 1 6
D 2
D 3
D 4
D 5
D 6
S 1
S 4
S W 4
S 3 S 5
= ˃ k ø l i n g = ˃ . . .
( )
* • S W 3 : T e m p e r a t u r ø g n i n g / f o r s i n k e l -
s e
• S W 4 : T e m p e r a t u r s æ n k n i n g / f o r s i n -
k e l s e
• S W 5 : V a l g a f b l æ s e r h a s t i g h e d
a u t o = ˃ l a v = ˃ h ø j
B 1 2
B 1 1
B 1 0
B 9
B 8
B 7
B 6
D 1 5
D 1 3
D 1 2
D 1 0
D 1 1
D 9
D 7 D 8
S 2
( )
* S W 3
S 0 S 6
• S 0 :
• S 2 :
• S 3 :
• S 4 :
• S 5 :
• S 6 :
• B 1 : T æ n d / s l u k - k n a p : a p p a r a t e t t æ n d t / s l u k k e t
• B 2 : V a l g a f d r i f t s t i l s t a n d
A U T O ( a u t o m a t i s k ) = ˃
= ˃ k ø l i n g = ˃
= ˃ a f f u g t n i n g = ˃
= ˃ k u n b l æ s e r = ˃ . . .
• B 3 : V a l g a f b l æ s e r h a s t i g h e d
M i n i m u m h a s t i g h e d
= ˃ M a k s i m u m h a s t i g h e d
• B 4 : A k t i v e r i n g a f t i l s t a n d e n S L E E P ( T I L / F R A )
• B 5 : I k k e t i l g æ n g e l i g f o r d e n n e m o d e l
• B 6 : A k t i v e r i n g / d e a k t i v e r i n g a f f u n k t i o n e n F O L L O W M E
• B 7 : A k t i v e r i n g / d e a k t i v e r i n g
b e t j e n i n g s p a n e l
• B 8 : I n d s t i l l i n g a f p r o g r a m m e r e t s l u k n i n g a f e n h e d e n
• B 9 : I n d s t i l l i n g a f p r o g r a m m e r e t s t a r t a f e n h e d e n
• B 1 0 : G e n v e j ( S H O R T C U T )
• B 1 1 : T e m p e r a t u r ø g n i n g / f o r s i n k e l s e ▲
T e m p e r a t u r s æ n k n i n g ▼
• B 1 2 : D i s p l a y
• D 1 : I n d i k a t o r f o r a p p a r a t i d r i f t
• D 2 : A u t o m a t i s k t i l s t a n d ( E C O )
• D 3 : K ø l e f u n k t i o n ( C O O L )
• D 4 : A f f u g t n i n g s f u n k t i o n ( D R Y )
• D 5 : I k k e t i l g æ n g e l i g f o r d e n n e m o d e l
• D 6 : K u n b l æ s e r ( F A N )
• D 7 : A n g i v e l s e a f b l æ s e r h a s t i g h e d ( s e " B 3 " )
• D 8 : A n g i v e l s e a f " k l o k k e s l æ t " f o r p r o g r a m m e r e t s t a r t /
s l u k n i n g
• D 9 : A n g i v e l s e a f a k t i v " F O L L O W M E " - f u n k t i o n
• D 1 0 : T e m p e r a t u r a n g i v e l s e ° C ( F )
• D 1 1 : A n g i v e l s e a f a k t i v " S L E E P " - f u n k t i o n
• D 1 2 : A n g i v e l s e a  a d e t b a t t e r i
• D 1 3 : A n g i v e l s e a f a k t i v " T I M E O F F " - f u n k t i o n
• D 1 4 : A n g i v e l s e a f a k t i v " T I M E O N " - f u n k t i o n
• D 1 5 : I k k e t i l g æ n g e l i g f o r d e n n e m o d e l
• D 1 6 : T r a n s m i s s i o n s s i g n a l f j e r n s t y r i n g
D O L C E C L I M A C O M P A C T S & D O L C E C L I M A S L I M
(  g . B )
S W 5 S W 1
I n d s t i l l e t t e m p e r a t u r / t i m e r
( )
T i m e r f u n k t i o n / W i - F i *
K ø l e f u n k t i o n
A f f u g t n i n g s f u n k t i o n
B l æ s e r f u n k t i o n
B l æ s e r h a s t i g h e d
( a u t o , l a v , h ø j )
= ˃
= ˃
p å m a s k i n e n s
D A - 1 3