A L K O
Q U A L I T Y F O R LIFE
C Đ
I N F O R M A T I O N | M A N O A L S | S E R V I C E
R O B O L I N H O * 3 0 0 0
Akk u-Rase nmahe r | R o b o t la w n m o w e r
O r ig in a l- B e t r ie b s a n le it u n g | O pe ra tin g In st ru ct io ns
m z B C i
4 7 4 4 8 1 b I 10/ 201 2
A k k u - R a s e n m a h e r
D .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... ..3
G B .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... 4 3
E T K .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... .... . 8 4
© 2 0 1 2
A L - K O K OB ER GR O U P K o t z , G e r m a n y
T his d o c u m e n t a t i o n o r e x c e r p t s t h e r e f r o m ma y n o t b e r e p r o d u c e d o r
d i s c l o s e d t o th i rd p a r t i e s wi t h o u t t h e e xp re s s p e r m i s s i o n o f t h e
A L - K O KO BE R G R O U P .
2 R obo linh o© 3000
O ri g i n a l -B e t ri e b s a n l e i tu n g
O r i g i n a l- B e t r ie b s a n le it u n g
I n h a l t s v e r z e i c h n i s
1 Zu die s e m H a n d b u c h ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 5
1 . 1 Z e i c h e n e r k l a r u n g ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 5
1 . 2 E n t s o r g u n g ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 5
2 L i e f e r u m f a n g ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 6
2 . 1 G e r a t a u s p a c k e n ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 6
3 P r o d u k t b e s c h r e i b u n g ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 7
3 . 1 P r o d u k t u b e r s i c h t ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...7
3. 2 B e s ti m m u n g s g e m a & e V e r w e n d u n g ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 7
3.3 M o g li c h e r F e h l g e b r a u c h ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 7
3.4 B a s i s s t a t i o n ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 8
3.5 T r a n s f o r m a t o r ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 8
A L K O
3 .6 B e g r e n z u n g s k a b e l ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 8
3.7 B e d i e n p a n e e l ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 9
3.8 S e n s o r e n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ...... . 1 0
4 S ic h e r h e i t s h i n w e i s e ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ..... 1 1
4 . 1 S i c h e r h e it s - un d S c h u t z e in r i c h t u n g e n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 1 1
5 M o n t a g e ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ...... .. 1 2
5 . 1 B a s is st a tio n m o n t i e r e n ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 1 2
5. 2 B a s is st a tio n a u f b a u e n ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 1 2
5.3 B e g r e n z u n g s k a b e l v e r l e g e n ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 1 3
6 E le k t r is c h e I n s t a l l a t i o n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 1 6
6 . 1 B e g r e n z u n g s k a b e l a n B a s is st a tio n a n s c h l i e & e n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 1 6
6.2 N ie d e r s p a n n u n g s k a b e l an T r a n s f o r m a t o r a n s c h l i e & e n
6 .3 B a si ss ta ti o n o f f n e n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 1 7
6 .4 V e r b in d u n g p r u f e n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 1 7
7 I n b e t r i e b n a h m e ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 1 8
.. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .. .
1 6
7 . 1 V o r b e r e i t u n g ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ...... ...... .. 1 8
7.2 T r a n s p o r t ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 1 8
7 .3 E i n s c h a l t e n ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 1 9
7.4 K a b e l v e r le g u n g u b e r p r u f e n
8 P r o g r a m m i e r e n ... ... ... .. ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ...2 3
8 . 1 U be rs ic h t H a u p tm e n u ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... . 2 3
8 . 2 P r o gr am m ie ru n g s t a r t e n ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... .. 2 3
4 7 4 4 8 1 b 3
.. ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... ... ... ... ... . 2 2
Me n u a u s w a h l e n
.. .. .. .. .. .. .. .. .. .. .
24
P r o g r a m m m e n u
E i n s t e ll m e n u
In fo r m a t i o n s m e n u
P ro g r a m m in fo r m a t io n e n
S t o r u n g e n
M a h b e t r i e b
S i c h e r h e it s h in w e is e ...... ...... .....
S c h n it th o h e e i n s t e l l e n
R o b o lin h o s t a r t e n
T i p p s zum M a h e n
W a r t u n g u n d P f le g e .. ... ... ... .. .
R e in ig e n ... ... .. ... ... ... .. ... ... ... .. ... ..
C ha s s is r e in i g e n ... ... ... ... ... ... .. ..
K o nt ak te p r u fe n ... ... ... ... ... ... ... ..
B as is sta tio n p r u f e n ... ... ... ... ... ...
.. .. .. .. .. .. .. .. .. .. .. .
. .. .. .. .. .. .. .. .. .. .. .. .. .. .
... ... ... ... ... ... ..
. . . . . . . . .
. . . .. . . . . . .. . . . . .. . . . . . .. . . . . . ..
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.. .. .. .. .. .. .. .. .. ..
... ... ... ... ... ... .
24
26
29
3 0
3 0
3 1
1 1
3 1
3 2
3 2
3 3
3 3
3 3
3 4
3 4
F r e il a u f d e r Rollen p r u fe n
S c h n e i d m e s s e r w e c h s e l n
Si c h e ru n g T r a fo t a u s c h e n
A k k u s t a t u s p r u f e n
A k k u l a d e n
T i e f e n t l a d e n e r A k k u ...... ...... ....
L a g e r u n g
R e p a r a t u r
Hil fe b e i S t o r u n g e n
Be is pi ele S to r u n g s m e ld u n g e n
T e c h n is c h e D a t e n ... .. ... ... ... .. .
A n h a n g ... ... ... ... ... ... ... ... ... .. ... ... .
G a r a n t i e ... ... ... ... ... ... ... ... ... ... ... ...
E G -K o n f o r m it a t s e r k la r u n g
ET K R o b o l in h o 3 0 0 0 ...... ...... .
. . . .. . . . . . .. . . . . .. . . . . . .. . . . . .
. . . .. . . . . . .. . . . . .. . . . . . .. . . . . . .. .
. . . .. . . . . . .. . . . . .. . . . . . .. . . . . . .. .
... ... ... ... ... ... .
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. . . . . .
. . . . . .
.... .. ... ... ...
. . . . . .
3 4
3 5
3 5
3 5
3 5
3 6
3 6
3 6
3 7
40
4 1
42
4 2
4 2
8 4
Z u d ie s e m H an db uc h
A L K O
1
1.1 Z e i c h e n e r k l a r u n g
Z u d ie s e m Handb uch
■ L e s e n S ie die se D ok u m en ta tio n v or der In b e tr ie b na h m e d u rc h . D ie s i s t Vor a us se tz un g fu r s i ch e re s
A rbe ite n u n d st or ung sfr eie H a n d h a b u n g .
■ B e a c h te n S ie d ie S ich erh eit s- u n d W a rnh inwe ise i n di ese r D ok u m en ta tio n u n d au f d e m P r o d u k t .
■ D ie s e D ok u m en ta ti o n i s t perman ent er B es ta nd te il d e s b e sc hr ie b e ne n P ro d u k ts u n d s o ll b e i V e r a u G e -
r u n g d e m K au fe r m i t u b e r g e b e n w e r d e n .
AC HTUNG!
- G e n a u es B e fo lg e n di ese r Warnh inwe ise k a n n P er so ne n - u n d / od er Sa ch sc h a de n v e rm ei d en .
A
S p e z ie lle H in w e is e z ur b e s s e r e n Verstandlichkeit u n d H a n d h a b u n g .
H
1 . 2 E n t s o r g u n g
A u s g e d i e n t e G era te, B a t t e r ie n o d e r A k k u s n i c h t u b e r den H a u s m u ll e n t s o r g e n !
V er pac ku ng , G e r a t u n d Zub ehor s i n d a u s rec yc lin g fa h ig e n M a te r ia lie n he rg es te llt u n d
en tsp re ch en d z u e n ts o rg e n .
E nt so rg u n g g e m a G ortlicher V o rs ch rif te n .
Zu r En ts o rg u n g b e st e h e n fol g en d e M o g lic h ke ite n :
■ D u r c h d e n F a c h h a n d e l.
■ Uber e in e m i t d em C C R -Z e ic h e n ge ken nz eich net e R uc k n a h m e s ta ti o n .
■ Ak ku nur i m e n tla d e n en Z u st a n d e n ts o rg e n .
■ D er Benu tzer i s t z ur R u ck g a b e d e s Ak kus ve rp fli ch te t. Diese r k a n n b e i e in e m AL- K O F a c h h a n dl e r, oder
Servicepartner u n e n tg e ltl ic h a b g e g e be n w e rd e n .
4 7 4 4 8 1 b 5
D
2 L ie fe ru m fa n g
R ob oli nh o© 3 000
1 R o b o li n h o © 3 0 0 0 5 R as e n n ag e l ( 1 8 0 S t k . )
2 B a s is s ta t io n 6 B e tr ie bs a n le it u n g
3 Tran sforma tor 7 K ur za n le itu n g
4 B e g re n z u n g s k a b e l( 1 5 0 m )
2 . 1 G e r a t a u s p a c k e n
■ P a c k e n S ie G e ra t u n d s e in e K om p on e n te n vo rsi ch tig a u s u n d u b er p r u fe n S ie a lle s au f T ra ns por tsc ha -
d e n . In f o r m ie re n S ie b e i Tra ns por tsc ha den g e m a f c d e n Ga ran tieb estim mun gen s o fo rt I h r e n A L- K O
Fa c h h a n d le r, Techniker ode r S e r v ic e p a rtn e r.
■ F u r d e n F a l l , d a s s d a s G e ra t we it er ve rschi ckt w ir d , O r igin alve rpa cku ng u n d Beg lei tp a p ie re a u fb e w a h -
r e n .
6 R ob oli nh o© 3 000
P r o d u k tb e s c h re ib u n g
A L K O
3
3 . 1
P ro d u k tb e s c h r e ib u n g
D e r R o b o li n h o © 3 0 0 0 i s t e i n vo lla uto ma tis ch er, ak kubetriebener R a s e n m a h e r, der s i c h fr e i i n e in e m a b g e -
s te ck te n M a h b e r e ic h b e w e g t . D e r M a h b e r e ic h w ir d d u rc h e i n Beg ren zu n gs ka b e l a b g e st ec kt , d a s m i t der
B a s is s ta ti o n ve rb u nd e n i s t . Z u m A uf la d e n d e s Ak kus fa hrt der R o b o li n h o © 3 0 0 0 a m Beg ren zu n gs ka b e l e n t-
l a n g i n d ie B a s is s ta t io n . D e r R o b o li n h o © 3 0 0 0 i s t m i t e in e m Regen sen so r a u sg e st a tt e t. J e n a c h E in s te llu n g
fahrt er b e i R e g e n eige n st a n di g zur B a s is st a tio n zuruc k o der m a h t b e i R e g e n w e i te r .
F u r d e n n o rm a le n M a h b et rie b s i n d w erk sse iti g M a hp rog ram m e i n s t a ll ie r t , d ie a u c h d ie F la ch e n - u n d R a n d -
m a h fu n kt io n b e in h a lt e n . D ie s e M ah pro gra mm e k o n n e n ve randert w e r d e n . Zu sa tz lic h k o n n e n ve rs ch ie d e n e,
s og ena nnt e Eins ti e gs p u n kt e e n tla n g der Sc hl e ife eing es tellt w e r d e n . D e r R o b o li n h o © 3 0 0 0 fahrt eig enstan
d i g d ie Eins tie gs p u n kt e g e m a G P ro g ra m m ie ru n g a n u n d be gi n nt dort m i t d e m m a h e n . D u r c h d ie b e so n d e re
An or dnu ng der Mess er w ir d d a s g es chn itt ene G ra s nic h t g e sa m m e lt, s o n de rn b le ib t auf d e m R a s e n zw i-
s c h e n d e n G ra s ha lm e n li e g e n u n d erzeu gt s o e in e n M u lc h - b z w . D u n g e e f fe k t.
P r o d u k t u b e r s i c h t
3 . 2
3 . 3
1 B e d ie n p a n ee l 8
2 Tr age gr if f 9
3 L a de k o n ta kt e 1 0
4 B um p er 1 1
5 Ge h a u se 1 2
6 Abdeckp latte (K la p p e fur Hoh en ve rs te llu n g) 1 3
7 Ho h e n ve rs te llu n g i n n e n lie ge n d
B e s t i m m u n g s g e m a & e V e r w e n d u n g
D ie s e s G e ra t i s t z u m M a h e n e ines Rase n b od e n s i m p r i v a te n B e r e ic h b e s ti m m t . E in e a n de re o der d a rub er
h in a us geh end e V er we nd ung , gil t a ls n ic h t b e s ti m m u n g s g e m a G .
M o g l i c h e r F e h l g e b r a u c h
D ie s e s Ger atis t n ic h t zur V erw en dun g i n off en tli ch en A n la g e n , P a r k s , S po rt st a tt e n so w ie i n der L a n d - u n d
For stw irts ch aft g e e i g n e t .
ST O P- T as te
V ordere R a d e r
M es se rt ell er
Antrieb srad er m i t trak tions star ke m P r o f i l
Schneidm ess er
Raum me sse r
4 7 4 4 8 1
7
D
3 . 4 B a s i s s t a t i o n
R ob oli nh o© 3000
1 [H O M E -T a st e ]
2 N ie d er sp ann ung ska be l
3 B a s is s ta t io n
D i e B a s is s ta ti o n w ir d m i t de m Nied ers pan nu ngs ka be l a n d ie Stro m ve rs o rg un g (T ra n sf or m a to r) a n ge sc h lo s-
s e n . D i e B a s is s ta ti o n e rz e u gt e i n S teu eru ngs sign al u n d sende t e s i m B eg ren zu ngs ka be l a u s .
A n der B a s is s ta tio n s i n d z w e i L a d e ko n ta kt e , d ie s i c h a n d ie L a de ko n ta kt e a m R o b o li n h o © 3 0 0 0 a n le g e n ,
s o b a ld dieser a uf d ie B a si ss ta tio n g e fa h re n i s t . A u f der B a s is st a tio n b e fin d e t s i c h d ie [H O M E -T as te ]. B e i m
B e t a ti g e n die ser T a st e be en d e t der R o b o li n h o © 3 0 0 0 se in e mo m en ta n e Tatigkeit f ur d ie s e n T a g u n d fa h rt
s elb st sta ndi g z u r Ba si ss ta tio n z u ru c k .
3 . 5 T r a n s f o r m a t o r
D er Tr ansformator erz eu gt d e n S tr o m f ur d ie B a s is s ta t io n .
Tran sfo rmato r a n e in e m tro c k en e n , spritzwa ss erge sc hu tzten O rt a u fs te lle n .
3 . 6 B e g r e n z u n g s k a b e l
D a s B eg ren zu ngs ka be l w ir d m i t R a s e n n ag e ln fi x ie r t. R ei ch t d a s m i tg e lie fe rt e B eg ren zu ngs ka be l fur I h r e
R as e n fl a c he n ic h t a u s , k a n n b e i I h r e m A L-K O F a ch h a n dl e r, Techniker od er Servicepartner d a s e n ts p re -
c h e nd e Verlan ger ung sk ab el b e z o g e n w e r d e n .
4 Be g re n z u n gs k a b e l
5 L a d e k o n ta k te
I m B e r e ic h u m d a s ve rle gt e B eg ren zu ngs ka be l d e n R a s e n n ic h t ve rt ik u ti e re n .
8 R ob oli nh o© 300 0
P r o d u k tb e s c h re ib u n g
3 . 7 B e d i e n p a n e e l
A L K O
1 H O M E -T a s te 6 S TA R T/P AU SE- Ta ste
2 LC D -D is p la y 7 Mul tif un kti ons tas te r e c h ts
3 S TO P -T as te 8 Mul tif un kti ons tas te l in k s
4 P fe ilt a s te a u fw a rt s 9 ON /O F F -T a st e
5 P fe ilt a s te a b w a rt s 1 0 M e n u -T a st e
F u n k t i o n d e r T as te n
1 M i t de r [H O M E -T as te ] w ird d e r a k tu e lle M a h -
vo rg a n g a b ge b ro ch e n. Der Ro b o lin h o fa h rt
i n d ie B a si ss ta tio n . D er R ob o lin h o startet a m
n a c h s t e n T a g m i t d e m n a c h s t e n M a h fe n s te r .
2 I m [L C D -D is p la y ] w ir d de r a kt u e lle Z u s ta n d
oder d a s ge wa h lte M e n u a n g e z e ig t .
3 M i t d e m B e t a ti g e n de r [S T O P -T a st e ] s to p p e n
der R ob o lin h o u n d d ie Schneidmesser in n e r -
h a lb v o n 2 S e k u n d e n .
4 D i e [P fe ilt a st e au fw ar ts u n d a b w a rt s] d ie n e n
zu r N a v ig a tio n i m M e n u u n d zu m An d e rn v o n
„ W e rt e n .
6 M i t de r [ST AR T /P A US E- T as te ] w ir d de r
R ob o lin h o ges tar tet oder d e r B e tr ie b u n te r -
b r o c h e n . V o r s i c h t - G e ra t s t a r t e t na c h
c a . 2 m i n s e l b s t s t a n d i g !
7 M i t d e n [Mu lti fu n kt io n sta ste n r e c h ts o d er
l in k s ] w erd en z . B . B e f e h le be st a tig t ( A u s w a h l
ein e s M e n u be fe h ls ) oder zuru ckg en o mm e n.
8
9 M i t de r [O N /O F F -T a st e ] w ird d e r Ro b o lin h o
e in - b z w . a u s g e s c h a lt et .
1 0 M i t de r [M e n u - T a st e ] w ird da s A us wa hlm en u
g e o f fn e t.
4 7 4 4 8 1 b 9
3 . 8 S e n s o r e n
S i c h e r h e i t s s e n s o r
W i rd der R o b o li n h o © 3 0 0 0 wah re n d d e s B e t ri e b s a m Tr age griff a n g e h o be n , w ird d u rc h e in e n Siche rhe its
senso r d a s Mes se r inn e rh a lb v o n 2 S e k u n d en ge stoppt u n d der F a h ra nt rie b a u s g e sc h a lte t.
R e g e n s e n s o r
D e r R o b o li n h o © 3 0 0 0 i s t m i t e in e m R ege ns ens or a u s g e st at te t, de r b e i R e g e n d e n M a h vo rg a n g un te rb ric h t
u n d da fur s o r g t , da ss de r R o b o lin h o i n d ie B a s is ta t io n zuruck fa h r t .
S t o R s e n s o r e n u n d H i n d e r n i s e r k e n n u n g
D e r R o b o li n h o © 3 0 0 0 i s t m i t S e n s o re n a u sg e st a tt e t,
d ie b e i K on ta kt m i t H in d e r n is se n daf ur s o r g e n , d a s s
d ie F a hr tr ic h tu n g geandert w ir d . B e i m An stoften a n
e i n H in d er n is w ir d d a s Geh au se o b e rte il lei c h t v e r-
s c h o b e n . D a d u r c h l o s t e i n Senso r e in e n F a h r tr ic h -
tu ng sw ec hs el a u s .
Rob oli nho © 30 0 0
N e ig u n g s s e n s o r F a h r t r i c h t u n g
B e i einer S te ig u n g oder e in e m G e fa ll e v o n me h r a l s
3 5 % w ir d der R o b o li n h o © 3 0 0 0 d u rc h d e n N eig ung s
senso r a b g e sc h a lte t.
N e ig u n g s s e n s o r s e i t l i c h
B e i se itl ic h e n N ei g u n g e n v o n m e h r a ls 3 5 % w ird d e r
R o b o li n h o © 3 0 0 0 d u rc h d e n Neig ung sse ns or abge
s c h a lt e t .
D e r R o b o li n h o © 3 0 0 0 la u f t n a c h d e m A bs ch alt en d u rc h e in e n Sicherhe itsse ns or n ic h t a u to m a tis ch
wie de r a n . Zur Wi ederinbetriebnahme d e n F e hl e r d u rc h D ru c k e n der Mu ltifu nk tion st ast e q u itt ie r e n
u n d b e h e b e n .
> 3 5 %
1 0 0 c m
E
o
I O
1 0 R ob olinh o© 3 00 0
S i c h e r h e i ts h i n w e i s e
4 S ic h e r h e it s h in w e is e
V OR SICH T!
V e r l e t z u n g s g e f a h r d u r c h u n b e a b s i c h t i g t e s E i n s c h a l t e n !
D er R o b o l i n h o © 3 0 0 0 m u s s i m R uh e zu st a n d a us ges ch altet u n d d u rc h e in e n P IN -C o d e ges iche rt
w e r d e n .
■ B e a c h te n S ie d ie S ich erh eit s- u n d W a rnh inwe ise i n di ese r D ok u m en ta tio n u n d au f d e m P r o d u k t .
■ Ge rat n u r i n te ch nis ch ein w and fr eie m Zu st a n d b e n u t z e n .
■ Ge rat u n d B a s is s ta tio n r e g e l m a G i g au f B es c h a d ig u n ge n u b e r p r u fe n .
■ B es ch a d ig te T e ile u n d Akkus d u rc h AL-K O F a c h h a n dl e r, Tech nike r ode r S erv icepartner e rs e tz e n o d er
i n s t a n d s e tz e n la s s e n .
■ K or per u n d K le id u n g vo m Schne idwe rk fe r n h a lte n .
■ K ind er ode r a n d e re P e r s o n e n , d ie d ie Bet rie bs a n le itu n g n ic h t k e n n e n , d u rf e n d a s G e r a t n ic h t b e n u t z e n
■ D r i t t e a u s d e m Gef ah re n b e re ich fe r n h a lt e n .
A L K O
■ D er Benu tzer is t fu r U n f a lle m i t a n d e re n P e r s o n e n u n d d e re n E ig e n tu m ve ra n tw or tl ic h
4 . 1 S i c h e r h e i t s - u n d S c h u t z e i n r i c h t u n g e n
S ich erh eit s- u n d Sc hut zein rich tu nge n d u rf e n n ic h t a u G e r K ra ft gesetzt w e rd e n .
■ Sich erh eit sein ric htu nge n d u rf e n n ic h t u m g a n g e n , ma nipu liert oder entf er nt we rd en . N ic h tb e a ch tu ng
k a n n d ie e ig e n e Ge su nd heit u n d d ie anderer P e r s o n e n g e fa h rd en .
■ Zu r Verm e id u n g e in e s un bea b si c h ti g te n b z w . u n b e fu g te n E in sc hal ten s i s t d e r R o b o l i n h o © 3 0 0 0 d u r c h
e in e n P IN C o d e g e s c h u tz t.
■ D er R o b o li n h o © 3 0 0 0 w ir d wer kss eit ig m i t P IN -C o d e : [ 0 0 0 0 ] a u s g e lie fe rt . Der P IN -C od e k a n n d u r c h
d e n B esitzer ge andert w e rd e n .
■ Wu rd e d e r P IN -C od e d re im a l fa ls ch e in g e ge b e n, m u s s e i n P U K -C o d e ein g e ge b e n w e rd e n . Die ser m u s s
b e im Fa chhandler erf rag t w e rd e n .
■ N a c h fa lsch er E in g a b e d e s P U K -C o de m u s s de r R o b o l i n h o © 3 0 0 0 zu m E nt sp e r re n einge sch ick t w e r d e n .
■ D er R o b o li n h o © 3 0 0 0 i s t m i t e in e m Si cher heitssensor au sg e ru st et . B e i m A nh eb en d e s G e r a ts w er d en
Motor u n d Sc hneidmesser i n n e rh a lb v o n 2 S ek u n d en g e s to p p t.
■ N a c h K o n ta k t m i t e in e m H in d e r n is fah rt de r R o b o li n h o © 3 0 0 0 zu ru c k , sto p p t u n d a n de rt se in e F a h r tr ic h -
tu n g .
4 7 4 4 8 1 b 1 1
D
5 M on ta ge
5 . 1 B a s i s s t a t i o n m o n t i e r e n
Roboli nho © 3 000
4 3
4
1 . B od e n pl a tt e ( 3 ) m i t d e r Vor der kan te i n P fe ilr ic h tu n g 1 i n d ie P la tt e de r B a s is s ta ti o n ( 2 ) e in s e tz e n u n d
i n P fe ilr ic h tu n g 2 n a c h o b e n k l a p p e n .
2 . Erw eit er ung sp lat te ( 4 ) un ter d ie B as is st a tio n ( 2 ) l e g e n u n d m i t R as e n n ag e ln ( 1 ) fi x i e r e n .
5 . 2 B a s i s s t a t i o n a u f b a u e n
1 . B a s is s ta tio n a n s c h a tti g e r, v or R e g e n gesc hu tzter ebener S te lle i m G a r te n p la tz ie re n u n d m i t R ase n
n a g e l n ( w e i G e P u n k t e ) fi x ie r e n . D a b e i d ie an geg e be n e n M a G e e in h a lt e n .
2 . B eg ren zu ngs ka be l ( 2 ) a b is o lie re n u n d a n einer S e it e ( 1 ) de r B a s is s ta tio n a n s c h l ie G e n u n d w ie a b g e -
b ild e t we it er v e rl e g e n , d a b e i au f d ie a n ge g e be n e n Absta nde a c h te n .
3 . U m Be sc h a d ig u n ge n b e im M a h e n z u ve rm ei d en , a c h te n S ie b e im Ve rle g e n de s Beg ren zu n gs ka b e ls
d a ra u f , d a ss e s u b e r a ll dir ek t a m B o d e n a u fl ie g t.
1 2 R o b o l i n h o © 3000
M on ta g e
4 . S te ll e n , a n d e n e n d a s Beg re n zu n gs ka b e l n ic h t direk t a m B o d e n a u fl ie g t, m i t e in e m zu sa tz lic h e n
R as e n n ag e l s i c h e r n .
5 . 3 B e g r e n z u n g s k a b e l v e r l e g e n
AC HTUNG!
- G e f a h r v o n B e s c h a d i g u n g e n d e s B e g r e n z u n g s k a b e l s u n d F u n k t i o n s b e e i n t r a c h t i g u n g e n
A
de s R o b o li n h o © 3 0 0 0 !
Zur s ic h e re n F u n k t io n m u s s da s B eg ren zu ngs ka be l w ie i n d e n n a ch fo lg e nd e n S c h r it te n b e s c h r ie -
b e n ve rle gt w e rd e n .
1 . U be r p r u fe n S ie d ie z u m a h e nd e F la c h e .
2 . E n tf e rn e n S ie M a u lw u rf sh u g e l, F a ll o b s t , a n d e re Frem dk orpe r u n d L oc her i n d e m z u m a h e n d e n
B e r e ic h . Ve rle g e n S ie Ih r B eg r enz un gka be l u m H in d er n is se h e r u m .
3 . Ve rle g e n S ie d a s B eg ren zu ngs ka be l s o fe s t , d a ss der Rasenrobo ter d a s K a b e l b e im U be r fa h r e n n ic h t
m i tz i e h t.
4 . R as e n fla ch e n m i t einer R as e n h oh e uber 8 c m k o n n e n vo m R o b o li n h o © 3 0 0 0 n ic h t gem aht w erd en u n d
m u s s e n dah er v or d e m V e rle g e n d e s B eg ren zu ngs ka be ls vo rgemaht w e rd e n .
A L K O
5 . N a c h d e m V e rle g e n d e s B eg ren zu ngs ka be ls a uf d em R a s e n d a r f i n d e m B e r e ic h de s Begrenzu ngs ka
b e ls n ic h t me hr vertikutiert w e r d e n .
5 . 3 . 1
5 .3 .2 K a b e l r e s e r v e n
V e r l e g e m o g l i c h k e i t e n
D a s Beg re n zu n gs ka b e l k a n n s o v v o h l au f d e m R a s e n
( 1 ) a ls a u c h b i s 1 0 c m un ter de r Gr a sn a rb e ( 2 ) ver
l e g t w er d en . Ver le g u ng un ter d e r Gr a sn a rb e v o m
F ac hhandler du rch fu h re n l a s s e n .
^ S o li te e s notwe ndi g s e i n , ko nne n a u ch b e id e
V a r ia n te n mite in a nd er kom bi n ie rt w e r d e n .
U m a u c h n a c h d em E in ri c h te n de s M a h b er e ic h s
d ie B a si ss ta tio n ve rsc h ie b e n z u k o n n e n oder d e n
M a h b er e ic h z u e rw e ite rn , s o llt e n i n r e g e lm a G ig e n
A bst and en K a b e lre se rv e n i n d a s Begrenzun gsk a
b e l e ing eba ut we rd en . H ie rz u d a s Begrenzun gsk a
b e l u m e in e n Ras e n n ag e l h e ru m fu h re n , zur uck z u m
vorh e rig e n R as e n n ag e l fu h re n u n d d a n n w ie a b g e -
b ild e t weit er fuhr en u n d m i t e in e m we ite re n R a s e n -
n a g e l s i c h e r n .
1
H k I H M l i i
2
ma x. 1 0 c m
^ D ie A n z ah l d e r K abe lre ser ve kann n ac h e ig en em
E rm es se n aus gefuhr t w e r d e n .
4 7 4 4 8 1 b 1 3
J
5 .3 .3 K a be l r i c h t i g v e r le g e n
R ob oli nh o© 3 00 0
B e i V er leg ung d e s B egr enz un gsk ab els i n D u rc h g a n g e n s i n d zur einw an d fr e ie n F u n k t io n d e s R o b o l i n h o ©
3 0 0 0 d ie i n de r Gr a fik a n ge g ebe ne n M i nd est abs tan de z u H in d e r n is se n u n d d ie Min des tdu rc hfa hrt sb rei te
e in z u h a lte n .
1 4 R ob olinh o© 3 00 0
M o n ta g e
5 .3 .4 K a be l um H i n d e r n i s s e v e r le g e n
B e i V er leg ung u m H in d er n is se h e r u m s i n d d ie A b s ta nd e , w ie i n der Grafik d a rg e s te llt , e in z u h a lte n .
A L K O
B e i e in e m Ab st a nd v o n 0 c m zw is ch e n d e m K a b e l
k a n n d a s K a b e l u b e r fa h re n w e r d e n . I n d e n m e i s te n
F a ll e n , d ie b e s te L o s u n g .
5 .3 .5 K a be l k re u z e n
Ab e in e m A b s ta n d v o n m in d e s te n 3 0 c m erke nnt
der R o b o li n h o © 3 0 0 0 d e n A b st a n d a ls W e g u n d
fahrt u m d a s H in d er n is h e r u m .
K r e u z e n d e s B egr enz un gsk ab els fuhrt au to ma tis ch z u m A bb ru ch d e s M a h v o rg a n g s , d a der R o b o l i n h o ©
3 0 0 0 d ie em p fa n g en e n S ig n a le a n dieser S te lle n ic h t vera rb e ite n k a n n .
4 7 4 4 8 1 b 1 5
J
6 Ele k t ri s c h e Inst al la tio n
6 . 1 B e g r e n z u n g s k a b e l a n B a s i s s t a t i o n a n s c h l i e f t e n
Rob oli nho © 30 0 0
1 . A m E n d e de r V er leg ung Beg ren zu n gs ka b e l ( 2 ) a b is o lie re n u n d m i t d e n F e d e rs te ck e rn ( 1 ) v e rb in d e n .
6 . 2 N i e d e r s p a n n u n g s k a b e l a n T r a n s f o r m a t o r a n s c h l i e f t e n
1 . N ie der sp ann ung ska be l ( 3 / 4 ) auf einer L a n g e v o n 1 0 m m a b is o lie re n .
2 . S ch r a u b e n m i t Schrauben dreh er ( 2 ) lo s e n u n d N ie der sp ann ung ska be l a m Transformator ( 1 ) a ns chlie -
G e n .
^ D ie Kabel ko n ne n beliebig ange sch loss en w e r d e n , e in e b es timmte Po laritat is t ni c ht n o tw e n d ig .
3 . Netz stec ke r d e s T rans forma tors i n Ne tz ste ckd o se e in s t e c k e n .
1 6 R ob olinh o© 3 00 0
E le k tr is ch e In sta llati on
6 . 3 B a s i s s t a t i o n o f f n e n
D er D e c k e l m u s s zur U be r p r u fu n g d er L ED -A n ze ig e n ge offne t w e r d e n .
1 . Zu m P r u fe n d er Ver b in d un g D e c k e l ( 2 ) a u f der R u c k s e ite d er B a s is ta t io n ( 1 ) o ff n e n .
2 . B ef es tigu ng ssc hra ube n ( 3 ) au ss ch ra u b e n u n d D e c k e l v o n d er B a s is s ta tio n a b n e h m e n .
A L K O
6 . 4 V e r b i n d u n g p r u f e n
N a c h d e m A n s c h l ie G e n d er K a b e l m u s s e n d ie L E D s le u c h te n . I s t d a s n ic h t d er F a l l , N etzstecke r zi e h e n u n d
a ll e S te ckv erb ind ung en u n d K a b e l a u f k o rr e k t e n S itz oder Be sc h a d ig u n ge n u b e r p r u fe n .
g e lb e L E D ( 1 )
■ le u c h te t , w e n n d i e B a s is s ta ti o n m i t d e m T ra nsformator v e rb u nd e n u n d d i e Strom ve rb in d un g z u m Trans
form ato r he rg es te llt i s t .
■ b lin kt b e im L a d e n d e s R o b o li n h o © 3 0 0 0 .
g ru n e L E D ( 2 )
■ leu ch te t w en n d a s B eg r enz un gsk ab el ko rr e kt verlegt u n d d ie S ch le ife i n O r d n u n g i s t .
■ b lin kt u n d g eht d a n a c h a u s , we n n d i e Sc hl e ife d e s B egr enz un gsk ab els n ic h t i n O r d nu n g i s t .
47 4 4 8 1 b 1 7
7 I n b e t ri e b n a h m e
7 . 1 V o r b e r e i t u n g
Bev or S i e d i e Inbe tr ie b na h m e s ta r te n , se tz e n S i e
d e n R o b o li n h o © 3 0 0 0 a n se in e Ausg an gsp os ition i n
d e m ab ges te ck te n M a h b e r e ic h .
^ Bea ch te n S i e d ie a nge ge ben en M a R e .
R ob olinh o© 300 0
7 . 2 T r a n s p o r t
A l l g e m e i n
VOR SI CHT !
- V e r l e t z u n g s g e f a h r d u r c h S c h n e i d m e s s e r !
A
B e i m Tra nsport m u s s der Sc hneidmesserteller imm er v o m K or per w e g z e ig e n .
1 8 R ob oli nh o© 300 0
In b e tr ie b n a h m e
T r a n s p o r t i n n e r h a l b d e s M a h b e r e i c h s
1 . R o b o li n h o © 3 0 0 0 d u rc h d ie [ST OP -T a st e ] ( 2 )
a n h a lt e n .
2 . R o b o li n h o © 3 0 0 0 a n de r [O N/ O F F -T a st e ] ( 1 )
a u ss ch a lte n .
7 . 3 E i n s c h a l t e n
S t a t u s a n z e ig e
A L - K O R o b o li n h o
M ode li C o m fo r t 3 00 0
S o ft w a re # x x x x x x
S e r ie n n u m m e r x x x x x x
1 . R o b o li n h o © 3 0 0 0 d u rc h D ru c k e n der [O N/OF F-T as te} e in s c h a lte n .
^ Im LC D- Dis play e rs ch ein en d a n n d ie a b geb ilde ten In for ma tio nen :
A L K O
A n z e i g e n ac h d e r S t a t u s a n z e ig e
T T . M M J J J J 0 0 : 0 0
U n k a l ib r ie rt
S a r t- T a s te d ru c k en
L a d e z u s ta n d 9 3 %
■ I m L CD -D isp la y w ir d d ie In f o r m a ti o n U n k a l i b r i e r t a n g e z e ig t .
^ Das LC D- Dis play wechselt au toma tisc h zum A n m el de fe ns te r S p r a c h a u s w a h l.
7 . 3 . 1 S p r a c h a u s w a h l
N u r b e i der E rstin betr iebn ah me m u s s h ie r d ie entsp rec hen de S p ra ch e au sge wah lt w e r d e n .
[ S p r a c h a u s w a h l ]
En gli sh
D eu tsc h
Be s ta tig e
1 . M i t e n tsp rec hen de n [P fe ilt a st e n ] gewun sch te Sp ra ch e a n w a h le n .
2 . M i t [M ult ifun kt ions tas te] b e s ta ti g e n .
^ Na ch d em Bes ta tige n wird im LC D- Dis play [A nmeldung PIN ei ngeben] a n g e z e ig t .
7 .3 .2 PI N-Code e i n g e b e n
[ A n m e l d u n g ]
P IN e in g e b e n
7 .3 .3 W e r k s e i t i g e n PIN-Co de e i n g e b e n
N u r b e i de r E rst inb etr iebn ah me m u s s m u s s de r werksseitige P IN -C od e ein g e ge b e n w e r d e n . D e r PI N -C o d e
i s t w erk ss eit ig au f [ 0 0 0 0 ] e in g e s te llt .
4 7 4 4 8 1 b 1 9
D
R obo linh o© 3000
1 . M it en tsp re ch en d e n [P fe ilt a st e n ] ( 1 ) oder ( 2 ) ge wun sch te Z if fe rn a n w a h le n u n d j eweils m i t [M u lti fu n k ti-
o n st a st e ] ( 3 ) b e s ta ti g e n .
2 . D i e n a c h s t e n 3 g e w un sch te n Z iff e rn g e na u so e in g e b e n .
3 . L e tz te E in g a b e m i t [M ult ifu nk tio ns tas te] ( 3 ) b e s ta ti g e n .
^ D an a c h wird im L CD -Dis play da s E inga bef ens ter [ P I N an de rn ] a n g e z e ig t .
7 .3 .4 PIN-Code a n d e r n
[ P I N a n d e r n ]
Neu e P I N e in g e b e n
A b b r u c h
1 . N e u e n P I N ve rg e be n u n d w ie d er h ol e n.
2 . L e tz te E in g a b e m i t d e r [M ult ifu nk tio ns tas te] b e s ta ti g e n .
^ D an a c h er scheint im LC D-Di splay d a s [E in gab ef en ste r D a t u m ] .
7 .3 .5 Da tum e i n s t e l l e n / a n d e r n
D a t u m u n d U h r ze it ko rr ek t e in g e b e n , d a weite re Pro g ra m m ie ru n g en d a v o n a b h a n g ig s i n d .
[ Dat um e in g e b e n ]
T T . M M . J J J J
2 5 .0 5 . 2 0 1 2
W e i t e r
1 . M it en tsp re ch en d e n [P fe ilt a st e n ] g e wu ns cht e Z iff e rn a n w a h le n u n d j ew eils m i t [M ultif un kt io n st a st e ]
b e s ta ti g e n .
^ N a c h de m Bes ta tig e n wird im LC D-Display d a s [ E in gab ef en ste r Uhr zeit] a n g e z e ig t .
B e i de r Ja hre sei ng abe ( J J J J ) m u s s e n n u r d ie le t z t e n b e id e n Zi ff e rn e in g e ge b e n w e rd e n , d ie e r s t e n
b e id e n S te lle n 20XX s i n d s c h o n vo rg e ge b e n .
7 .3 .6 U h r z e i t e i n s t e l l e n / a n d e r n
[ U h r z e it e in g e b e n ]
2 4 h - F o r m a t
7:00
A b b r u c h W e i t e r
T T . M M . J J J J 0 0 : 0 0
U n k a lib r ie rt
S a r t- T a s te d ru ck en
L ad e z u s ta n d 9 3 %
1 . M it en tsp re ch en d e n [P fe ilt a st e n ] g e wu ns cht e Z iff e rn a n w a h le n u n d j ew eils m i t [M ultif un kt io n st a st e ]
b e s ta ti g e n .
^ Da n a c h wird im L CD -Dis play da s Statusfenster [Unk al ib ri er t] a n g e z e ig t .
2 0 Ro bol inh o© 3000
I n b e tr ie b n a h m e
7 .3 .7 K a l i b r i e r u n g
Z ur K a li b rie ru n g R o b o li n h o © 3 0 0 0 en tsp re ch en d a u fs te lle n , si e h e V o r b e r e i tu n g , S e i te 1 8 .
V OR SIC HT !
- Nach D r u c k e n d e r [ S T A R T - T a s te ] s t a r t e t d e r A n t r i e b .
A
N ic h t i n ro tie re n d e T e ile fa s s e n .
2 5 . 0 5 . 2 0 1 2 09 :4 8
! W a r n u n g !
A n tr i e b s ta rt e t
L ad e z u st a n d 92%
1 . N a c h D r u c k e n der [S T A R T -T a st e ] sta rt et d er a uto ma tis ch e K a li b r ie rv o r g a n g .
^ I m LCD -Dis play bl in k t d ie W a rn u n g [Antrieb s ta r t e t ] .
7 .3 .8 K a l i b r i e r v o r g a n g s t a r t e t
2 5 .0 5 . 2 0 1 2 09 :4 8
K a lib rie ru n g
PH A SE [ 1 ]
L ad ez u st a nd 92%
A L K O
D e r R o b o li n h o © 3 0 0 0 fahr t z u r E rm itt lu n g der S ig n a l
s ta r k e zuerst g e ra d e uber d a s Be g re n zu n gs ka b e l
h in a u s , a n s c h l ie f c e n d i n d i e B a s is s ta t io n . D e r A k k u
d e s R o b o li n h o © 3 0 0 0 wir d g e la d e n .
D er R o b o li n h o © 3 0 0 0 m u f c b e im E in fa h r e n
i n de r B a s is s ta t io n st e h e n b le i b e n .
1
T rifft de r R o b o li n h o © 3 0 0 0 b e im E in fa h r e n
i n d i e B a s is s ta t io n d i e K o n ta k te n i c h t , fah rt
e r a m Beg re n zu n gs ka b e l w e it e r , b i s d i e
K o n t a k t e g e tr o ff e n w er d en ode r der V or -
g a n g ab ge b ro ch e n w ir d .
7 . 3 . 9 A n z e ig e n a c h d e r K a l i b r i e r f a h r t
< P ro g r a m m i n fo >
G e s a m te w o c h e n tl i c h e
M a h z e it x x : x x
A b b r u c h B e s ta tig e n
In b e tr ie b n a h m e
a b g e s c h lo s s e n
M a h p r o g r a m m a k ti v
N a c h der K ali b r ie ru n g wir d ub er d i e P ro g ra m m in fo d a s Fe ns te r [G e sa m te woc hentliche M a h z e it ] a n g e z e ig t .
D ie s e D is p la ya n ze ig e m i t der [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n , d a n a c h i s t d i e In b e tr ie b na h m e a bg e
s c h lo s s e n .
^ D as Mah pro gra mm is t a k t i v , d e r Akk u wird g e la d e n .
N a c h abgeschlossener In b e tr ie b na h m e k a n n m i t d e m R o b o li n h o © 3 0 0 0 m it d e n werk sse itig vorei ng e ste llt en
M a h z e it e n o h n e wei te re P ro g ra m m ie ru n g g em ah t w e r d e n .
F o lg e n d e M a h z e it e n s i n d wer kse itig e in g e s te llt : M o - F r : 0 8 :0 0 - 1 2 : 0 0 u n d M o - F r : 1 4 : 0 0 - 1 8 : 0 0 U h r .
474 4 8 1 b 2 1
J
7 . 4 K a b e l v e r l e g u n g u b e r p r u f e n
1 . R o b o l i n h o © 30 00 c a . 1 m v or d a s Begr enz un gs
k a b e l s e t z e n .
2 . [H O M E- T as te ] d ru c k e n , R o b o l i n h o © 3 0 0 0 fahrt
a m Beg ren zu n gs ka b e l e n tla n g zuru ck i n R ic h -
tu n g B a s i s s ta t io n .
3 . B e i K o ll is io n e n ode r z u enger V erl eg ung d e s
B eg r en zu ngs ka be ls b ric h t der R o b o l i n h o © 3 0 0 0
s e in e F a h r t a b .
4 . F ehl er be s e i ti g e n , R o b o l i n h o © 3 0 0 0 wie de r
c a . 1 m vo m Beg re n zu n gs ka b e l au fs te lle n u n d
e rne ut [H O M E -T as te ] d r u c k e n .
D u r c h D ru c k e n der [H O M E- T as te ] w ird
der M a h ta g d e a k t iv ie rt . D u r c h D ru c k e n de r
[ S T AR T -T a st e ] w ird der M a h ta g a k tiv ie r t
u n d der M a h v o rg a ng s t a r t e t .
R ob oli nho © 300 0
7 . 4 . 1 B ei F e h le r m e ld u n g
1 . T ra fo v o m Str om net z t r e n n e n .
2 . K a b e l re p a ri e r e n .
3 . T ra fo wie de r m i t d e m Str om net z v e rb in d e n .
22 R o b o li n h o © 300 0
P r o g r a m m ie re n
8 P r og ra m m ie r e n
8 . 1 U b e r s i c h t H a u p t m e n u
D a s H a u p tm e n u d e s R o b o li n h o © 3 0 0 0 i s t i n fo lg end e Un te rm e n u s a u fg e te ilt :
■ P ro g ra m m m e nu
■ Ein st e llu n g sm e n u
■ In f o rm a tio n sm e n u
A L K O
[ H a u pt m e nu ]
* Pr o g r a m m e
E in s te ll u n g e n
Z u r u c k Be s ta ti ge n
[ H au p tm e n u ]
* In fo rm at io ne n
Z u r u c k B es ta ti gen
P ro g ra m m m e nu E in s te llm e n u Inf o r m a tio n sm e n u
[ P r o g r a m m e ]
* W o c h e n p r o g r a m m
E i n s ti e g s p u n k t e
Z u r u c k B es ta tig en
[ P r o g r a m m e ]
* P r o g r a m m in fo
Z u r u c k B es ta tig en
[ E in st e ll u n g e n ]
* U h rz ei t 12:35
Datum XX. XX.20XX
Z u r u c k A n d e r n
[ E in st e ll u n g e n ]
* S p ra c h e
PI N- C ode
Z u r u c k A n d e r n
[ E in st e ll u n g e n ]
* T a s t e n to n e a k ti v
Regens ens or ve rzogert
Z u r u c k A n d e r n
[ E in st e ll u n g e n ]
* R an dm a he n
N e u K a libr ie re n
Z u r u c k A n d e r n
[ In fo rm a t io n e n ]
* H ar dw a re
S o ft w a re
Z u r u c k B es ta tig en
[ In fo rm a t io n e n ]
* P r o g r a m m in fo
Z u r u c k B es ta tig en
[ E i n s te ll u n g e n ]
* W e r k s e i n s t e l l u n g
Z u r u c k A n d e r n
1 . R o b o li n h o © 3 0 0 0 w ie b e s c hr ie b e n s ta r te n .
2 . M i t d e r [P fe ilt a s te a u fw ar ts ] oder de r [P fe ilt a st e a b w a rt s] ge wun sch tes H a u p tm e n u a u s w a h le n .
^ D as St ernsymbol v or d e n Me nu anz eige n z ei gt d ie a kt iv e Au s wa h l a n .
3 . Ge wu nsc ht es H a u p tm e n u m i t [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
^ D ie entspre ch end en U nt erm en us o ff n e n s i c h .
4 . Ge w uns ch te Anwe ndu ng m i t [M ult ifu nk ti on sta ste r e c h ts ] b e s ta ti g e n .
^ W e n n g e w u n s c ht , U nt erm en upu nk te a n d e r n .
5 . M i t d e r [M ult ifu nk tio ns tas te l in k s ] ge lan ge n S ie wi ed e r zur uck z ur Sta n da rd -A n ze ig e .
8 . 2 P r o g r a m m i e r u n g s t a r t e n
U m i n d ie Pr o g ra mm me nu s d e s R o b o li n h o © 3 0 0 0 z u g e la n ge n , m u s s imm er di ese r S ta rt vo r g a n g
dur chgefuhrt w e rd e n .
4 7 4 4 8 1 b 23
D
1 . R o b o li n h o © 3 0 0 0 d u rc h D ru c k e n der [O N/ O F F -T a s te ] e in s c h a lte n .
2 . P IN -C od e e in g e b e n , P IN -C ode ein geben, S e it e 1 9 .
^ D e r P IN -C od e ka nn a u c h d e r W e rk s c o d e s e i n , fal ls be i d e r Kal ibrierung k e in ne u e r P IN -C od e e in -
g ege b e n w u r d e .
■ N a c h d er PIN -C ode -E ing ab e ersc h e in t d ie In f o r m a ti o n [Na chster E in s a tz ] b z w . d ie ak tu e lle M a h d a u e r.
^ Bei d e m an gez eigt en E in sa tz k a n n e s s ic h u m d ie W e rks ein ste llung h a n d e ln , s o fe rn n ic h t sc h o n e in
ne u e r E in sa tz pr ogr am mi er t w u r d e .
1 3 . 0 6 . 2 0 1 1 1 2 : 1 5
N a c h s te r Ein sa tz
D i 18: 0 0- 1 9: 0 0
La d e z u st a n d 8 0 %
D er R o b o li n h o © 3 0 0 0 i s t je tz t b e re it z u m W a h le n d er P ro g ra m m e u n d E in s te llu n g e n .
8 . 3 M e n u a u s w a h l e n
R obo linh o© 3000
N a c h d e m E in s c h a lt e n k a n n m i t d e r [Me nu -T a st e] ( 1 ) d a s H a u p tm e n u au fg e ru fe n w e rd e n .
8 . 4 P r o g r a m m m e n u
■ E in st e llu n g en i m Woche npro gram m v o rn e hm e n.
■ Eins tie gs p u n kte p ro g ra m m ie re n .
■ P ro g ra m m in fo , z . B . M a h p ro g ra m m , e in s e h e n .
8 . 4 . 1
P r o g r a m m a n w a h l e n
Vor d e m Pro g ra m m ie re n m u s s de r S ta rt -V or g an g du rchgefuhrt we rd en , R ob olin ho sta rten, S e i te 3 2 .
[ Ha u pt m e nu
* P r o g r a m m e
Ein s te ll u n g e n
Z u r u c k Be s ta ti ge n
1 . M it d e r [P fe ilt a st e a u fw a r ts ] oder d er [P fe ilt a st e a b w a rt s] M e n upu nk t [ P r o g r a m m e ] w a h le n .
2 . M it d e r [Mul tif unk tio ns tas te r e c h ts ] b e s ta ti g e n .
3 . G e w uns ch te P ro g ra m m e a u s w a h le n u n d m i t [D is p la y - T a s te r e c h ts ] b e s ta ti g e n .
[ P r o g r a m m e '
* W o c h e n p r o g r a m m
E in s ti e g s p u n k t e
Z u r u c k B es ta tig en
2 4 Ro bol inh o© 3000
P r o g r a m m ie re n
8 . 4 .2 W o c h e n p r o g r a m m e i n s t e l l e n
I m Wochenp rogra mm w erd en d ie W o ch ent age u n d Z e ite n e in g e s te llt , z u d e n e n der R o b o li n h o © 3 0 0 0 s e lb st -
s ta n d ig m a h e n s o l l .
■ I m Me n u pu n kt [ A l l e T a g e ] ( 1 ) m a h t d er R o b o li n h o © 3 0 0 0 jeden T a g z u d e n ein g e st e llt e n Z e it e n .
^ D as Sym bo l [ X ] z e ig t d e n mo mentan ak tiv e n W o ch e nt a g a n .
■ I m Me nu pu n kt [W o c h e n ta g ] ( 2 ) m a h t d e r R o b o li n h o © 3 0 0 0 a m e in g e st e llt e n Wo ch e nt a g z u d e n eing e
s te llt e n Z e it e n .
1 . M i t e n ts pre ch end en [P fe ilt a s te n ] ge wu n sc ht e n Me n u pu n kt a n w a h le n u n d je wei ls m i t [D is pl a y -T a st e ]
b e s ta ti g e n .
^ Ma hergebnis be obachten und s o lan ge m a h e n , w ie e rf o r d e r lic h , u m e in e n ge pfleg ten R ase n zu
e r h a lt e n .
M e n u p u n k t [ A l l e Tag e]
1 . Me nu pun kt [ A l le T a g e ] m i t d e n [P fe ilt a st e n ] wa h le n u n d m i t d er [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
2 . [P fe ilt a s te a b w a rt s ] d ru ck e n, b i s [A n d e r n ] akt iv i s t .
3 . Gew u ns c h te n M en upu nk t m i t d e n [P fe ilt a s te n ] wa h le n u n d m i t d er [M ult ifun kt ions tas te re c h ts ] b e s ta ti -
g e n .
A L K O
1
[ \| v o c h e n p r o g r
* A ll e T ag e
Mon tag
Z u r u c k A n d e r n
Z e i c h e n e r k l a r u n g
( 1 ) Me n u pu n k t
( 2 ) Me n u pu n k t
( 3 ) [ - ]
[ R ]
R a n d m a h e n
[ M ]
( 4 ) Sta rt zei t
( 5 ) E n d z e it
a m m ]
- - - - - -
[ X ]
[ ]
5 6
[ A ll e T a g e ]
* [ R ] 0 9 : 4 5 - 1 4 : 0 0 [ 0 ]
[M ] [ ? ]
Z u r u c k W e i t e r
A lle T a g e
W o c h e nt a g
Mah fen ster de akt ivier t
D er R ob o lin h o 3 0 0 0 m a h t r e c h ts a m Begrenzu ngs ka
b e l e n tl a n g . N a c h d e m M a h e n de r Rande r m a h t der
R ob o lin h o 3 0 0 0 d ie a bge st eck te F la c h e w e it e r .
N o r m a le s M a h e n
D er R ob o lin h o 3 0 0 0 fah rt z ur vo rge wa hlt en Z e it z u m
M a h e n v o n de r B as is st a tio n l o s .
D er R ob o lin h o 3 0 0 0 fah rt z ur vo rge wa hlt en Z e it zur
B a s is s ta ti o n z u ru c k .
( 6 ) [ 0 - 9 ]
Fester Eins ti e gs p u n kt
D er R ob o lin h o 3 0 0 0 fah rt z ur vo rge wa hlt en Z e it z u m
M a h e n v o m ge wa h lte n E ins tie gsp un kt l o s . D ie s e E in
stie gs pun kte k o n n e n e ing es tellt w e r d e n .
[ ? ]
Auto m at isch er Eins ti e gs p u n kt
8 . 4 . 3
4 7 4 4 8 1 b 25
E i n s t i e g s p u n k t e e i n s t e l l e n
[ H au pt m e nu
* Pr o g r a m m e
E in s te ll u n g e n
Z u r u c k Be s ta tig e n
D i e Ein sti e gs p u n kte w er d en a u to m a ti s c h ge wec hs elt
(e m pf o hl e ne E in s te llu n g ).
1 . M i t de r [P fe ilt a s te a u fw a r ts ] ode r d e r [P fe ilt a st e a b w a rt s] M en upu nk t [P ro g ra m m e ] w ah le n , b i s d a s
Ste rn sy m b o l v or d em Me n u pu n kt e rs c h e in t.
2 . M i t [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
8 .4 .4 E i n s t i e g s p u n k t e a u f r u f e n
[ P ro gr am m e
W o c h e n p r o g r a m m
* E in s ti e g s p u n k te
Z u r u c k B es ta ti gen
1 . M i t de r [P fe ilt a s te a u fw a r ts ] ode r d e r [P fe ilt a st e a b w a rt s] M en upu nk t [Ein st ie g sp un kt e] w ah le n , b i s d a s
Ste rn sy m b o l v or d em Me n u pu n kt e rs c h e in t.
2 . M i t [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
3 . M i t de r [P fe ilt a s te a u fw a r ts ] ode r d e r [P fe ilt a st e a b w a rt s] M en upu nk t [P u n k t X * ] w ah le n , b i s da s S te rn -
sy mb o l v or d e m M en upu nk t e rs c h e in t.
4 . Gew u ns ch te E n t fe rn u n ge n e in s te lle n , g g f . weite re Eins tie gs p u n kte e in s t e lle n .
5 . M i t [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
6 . D u r c h no ch m al ig e s D ru c k e n de r [M e nu -T a st e] zu ru ckk ehr en zu m H a u p tm e n u .
R o b o li n h o © 3 000
[ E in s ti e g s p u n k t e ]
* Pu nk t X 1 b e i [ 0 2 0 m ]
Pu nk t X 2 b e i [0 7 5 m ]
Z u r u c k B es ta ti gen
D er e rs t e E ins tie gsp un kt be fin d e t s i c h st a n d a rd m a G i g imm er 1 m re c h ts n e b e n der B a s is s ta t io n
u n d k a n n n ic h t veran dert w e rd e n .
■ W e ite re 9 Ein st ie gs p u n kt e s i n d st a n d a rd m a G i g a u f d ie G es am tla ng e d e s Beg ren zu n gs ka b e ls
au fge tei lt (n a c h d e m 1 . R a n d m a h e n ode r ko m p le tt e n S ch le ife n fa h rt ).
■ D ie s e Eins tie gs p u n kte s i n d veranderbar u n d k o n n e n je n a c h G r o G e u n d B esc ha ff enh eit d e s
M a h b er e ic h s pro gra mm ier t w e r d e n .
8 .4 .5 E i n s t i e g s p u n k t e le rn e n
1 . D u r c h D ru c k e n d e r [STA R T/P A US E- Tas te] d e n V o rg an g s ta r te n .
^ Anweis ung a u f d em D isp lay b e fo lg e n . [ E in sti egs pu nkt le rne n]
2 . E ins tie gsp un kt X s e tz e n .
3 . P o s i ti o n : Y m i t d e r [M ult ifu nk tio ns tas te re c h ts ] s e tz e n .
K e i n Einstie gsp un kt w ir d g e s e t z t.
S chl eif enl ang e w ir d ve rm es se n u n d d ie S ta rt pu n kt e a u to m a tis ch u b er d ie L a n g e g l e i c h m a G i g
v e r t e i l t.
D i e Ein st ie gs p u n kt e ko n n e n m a n u e ll an gep as t w e r d e n .
8 . 5 E i n s t e l l m e n u
■ U h r ze it e in s t e lle n
■ D a t u m e in s t e lle n
■ S p ra ch e e in s t e l le n
■ T as ten ton e e in s t e lle n
R ege nsensor ak tiv oder ina ktiv s c h a lte n
D ispla yko ntr ast e in s t e l le n
E inst ellu ng ssc hutz v o rn e hm e n
A u f Werks ein stellu nge n zu ru cks e tze n
8 . 5 . 1 U h r z e i t e i n s t e l l e n
P r o g r a m m a n w a h l e n
Vo r d em P ro g ra m m ie re n m u s s d e r S ta rt -V or g an g du rch gefuhrt we rd en , . R ob oli nh o s ta r te n , S e it e 3 2
[ H a u pt m e nu ]
Pr o g r a m m e
* E i n s te ll u ng en
B es ta ti gen A b b r u c h W e i t e r
26 R o b o l i n h o © 3000
[ U h rz ei t e in g e b e n ]
2 4 h - F o r m a t
7 :00
P r o g r a m m ie re n
1 . M i t d e r [P fe ilt a st e a u f W a r t s ] oder de r [P fe ilt a s te a b w a rt s] Me n u pu n kt [P ro g ra m m e ] w a h le n .
2 . M e n u [U h rz e it e in g e be n ] a u fr u f e n .
3 . M i t d e r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
4 . Gew u ns ch te n Uh rz e it m i t d e n [P fe ilt a st e n ] wa h le n u n d m i t de r [M ult ifun kt ions tas te re c h ts ] b e s ta ti g e n .
5 . D u r c h z wei mal iges D ru c k e n de r [M e n u - T a st e ] a l l e E in g a b e n b e s ta ti g e n u n d Ruckk eh r z u m H a u p t-
m e n u .
D i e Zeitan ze ige w ir d i m 24 -Stunden-Format d a rg es te llt . B e i d e r Uhr ze ite in st e llu ng m u s s je de e i n -
ze ln e Ziff er angew ahlt w e rd e n , b i s d ie s e b li n k t . Uh rz e it k o rr ek t e in g e b e n , d a weit er e P ro g ra m m ie -
ru n g e n d a v o n a b h a n g ig s i n d . E in z e ln e Ziffer b e s ta ti g e n u n d m i t d e n P fe ilt a s te n d ie n a c h s te Z iffer
a u s w a h le n .
8 . 5 .2 D a tu m e i n s t e l l e n
P r o g r a m m a n w a h l e n
Vo r d em P ro g ra m m ie re n m u s s de r S tar t- V org ang durchgefuhrt w e rd e n , . R ob oli nh o starten, S e it e 3 2
A L K O
[ H au p tm e n u ]
Pr o g r a m m e
* E in s te ll u n g e n
B e st a tig e n W e i t e r
[ Da tu m e in g e b e n ]
T T . M M . J J J J
2 5 .0 5 . 2 0 1 2
1 . Gew u ns ch te n Pro gam mp unk t m i t de n [P fe ilt a s te n ] wa h le n u n d m i t de r [M ult ifu nk tio ns tas te re c h t s ]
b e s ta ti g e n .
2 . M e n u [D a tu m ] a u fr u f e n .
D a tu m e i n s t e l l e n
D i e Dat um sa nz e ig e setzt s i c h w ie fol gt z u sa m m e n :
■ TT fu r d e n T a g .
■ M M fu r d e n M o n a t .
■ J J J J fu r d a s J a h r .
1 . D ie [P fe ilt a s te a u fw a r ts ] e in m a l k u rz dru ck e n. A n er ster S te lle i m D is p la y b lin k t e in e [ 0 ] , oder [P fe il
tas te a b w a rt s] e in m a l k u rz d ru ck e n. A n erster S te lle i m D is p la y b lin kt e in e [ 9 ] .
2 . M i t [M ult ifu nk tio ns tas te re c h ts ] b e s ta ti g e n .
^ E n tw ede r d ie [Pfeiltaste abw arts] zum Heru nterz ahle n v o n [ 9 ] od e r d ie [Pfeiltaste auf wa rts] zu m
Hera ufza hle n v e rw e n d e n , bi s d ie gewun sc hte Z if f e r ange zei gt w i r d .
3 . D ie n a c h s t e n ge wu n sc ht e n Z if fe rn i n gleich er W e is e e in g e b e n , b i s da s D a t u m voll sta n d ig eing e ste llt
i s t .
4 . M i t d e r [M ult if un kt ion sta ste r e c h ts ] b e s ta ti g e n .
5 . D u r c h z wei mal iges D ru c k e n de r [M e n u - T a s te ] a l l e E in g a b e n b e s ta ti g e n u n d Ruckk eh r z u m H a u p t-
m e n u .
D a tu m k o rr ek t e in g e b e n , d a wei ter e Pro g ra m m ie ru n g en d a vo n a b ha n g ig s i n d . B e i d e r Ja h re se in -
g a b e (J J J J ) m u s s e n n u r d ie le t z t e n b e id e n Z if fe rn ein g e ge b e n we rd en , d ie e rs t e n b e id e n S te ll e n
20XX s i n d s c h o n v o rg e ge b e n .
8 . 5 .3 S p r a c h e e i n s t e l l e n
Vo r d em P ro g ra m m ie re n m u s s de r S tar t- V org ang durchgefuhrt w e rd e n , . R ob oli nh o starten, S e it e 3 2
[ H au p tm e n u ]
Pr o g r a m m e English
* E in s te ll u n g e n
B e st a tig e n
4 7 4 4 8 1 b 27
[ S p r a c h a u s w a h l ]
Deutsc h
Be s ta tig e
D
1 . M i t de r [P fe ilt a s te a u fw a r ts ] ode r d e r [P fe ilt a st e a b w a rt s] M en upu nk t [P ro g ra m m e ] w a h le n .
2 . M e n u [ S p ra c h e ] a u fr u f e n .
3 . M i t de r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
4 . M i t e n ts pre ch end en [P fe ilt a st e n ] g ewu ns cht e S pr a ch e a n w a h le n u n d m i t d er [M ult ifu nk tio ns tas te
re c h ts ] b e s ta ti g e n .
^ N a ch d em Bes ta tige n wird im LCD -Dis play [Anm eld ung P IN eingeb en] a n g e z e ig t .
5 . D u r c h zw eima lige s D ru c k e n der [M e nu -T a st e] a ll e E in g a b e n b e s ta ti g e n u n d Ruckk eh r z u m H a u p t-
m e n u .
N u r b e i d e r E rst in bet rie bn ah me m u s s h ie r d ie en tspr e ch en d e S pr a ch e a us gew ahlt w e rd e n .
8 .5 .4 P r o g r a m m a n w a h l e n
Vo r d em P ro g ra m m ie re n m u s s d e r S ta rt -V or g an g du rch gefuhrt we rd en , R ob oli nh o s ta r te n , S e i te 3 2 .
Roboli nho © 3 000
[ H a u pt m e nu ]
* Pr o g r a m m e
E i n s te ll u ng en
Z u r u c k B es ta ti gen
1 . M i t de r [P fe ilt a s te a u fw a r ts ] ode r d e r [P fe ilt a st e a b w a rt s] M en upu nk t [ P r o g r a m m e ] w a h le n .
2 . M i t de r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
3 . Gew u ns ch te P ro g ra m m e a u sw a h le n u n d m i t [D is p la y - T a st e re c h ts ] b e s ta ti g e n .
8 .5 .5 W e it e r e E in s te N m o g N c h k e it e n
D a s Au fr u fe n aller we ite re n Eins tel lm og lic h ke ite n erf ol g t imm er a uf d ie gle ic he W e i s e .
■ N a c h d e m E in s c h a lte n k a n n m i t d er [M e n u - T a st e ] d a s ent sp rec hen de P ro g ra m m m e nu a u fg e ru fe n w e r -
d e n .
■ M e n u [E in st e llu n g e n ] i m H a u p tm e n u w a h le n .
8 .5 .6 T a s t e n t o n e a k t i v o d e r i n a k t i v s c h a l t e n
Vo r d em P ro g ra m m ie re n m u s s d e r S ta rt -V or g an g du rch gefuhrt we rd en , . R ob oli nh o s ta r te n , S e it e 3 2
[ H a u pt m e nu ]
Pr o g r a m m e
* E i n s te ll u ng en
B es ta ti gen
1 . M i t de r [P fe ilt a s te a u fw a r ts ] ode r d e r [P fe ilt a st e a b w a rt s] M en upu nk t [P ro g ra m m e ] w a h le n .
2 . M e n u [T a st e n to n e ] a u fr u f e n .
[ P r o g r a m m e ]
* W o c h e n p r o g r a m m
E i n s ti e g s p u n k t e
Z u r u c k Be s ta tig e n
[ E i n s te ll u n g e n ]
* T a s t e n to n e a k ti v
Rege nse nso r ver zogert
Z u r u c k A n d e r n
3 . M i t de r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
4 . I m Unt e rp un kt E in st e llu n g en [T a st e n to n e ] a u s w a h le n .
5 . M i t de r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
6 . T as ten ton e m i t de r [M ult ifu nk tio ns tas te r e c h ts ] a kt iv ie r e n oder d e a kt iv ie re n .
7 . Ent sp re ch en d e A usw ahl m i t der [M e nu ta st e ] b e s ta ti g e n .
8 . D u r c h zw eima lige s D ru c k e n der [M e nu -T a st e] a ll e E in g a b e n b e s ta ti g e n u n d Ruckk eh r zu m H a u p t-
m e n u .
8 .5 .7 R e g e n s e n s o r a k t i v o d e r i n a k t i v s c h a l t e n
1 . I m Unt e rp un kt E in st e llu n g en [R e g en se n so r] a u s w a h le n .
2 . M i t de r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
28 R obo linh o© 3000
P r o g r a m m ie re n
3 . Reg ensensor m i t de r [M ult ifun kt ions tas te re c h ts ] a kt iv ie r e n oder de ak tiv ie re n .
4 . Ent sp re ch en d e A usw ahl m i t d er [M e nu ta st e ] b e s ta ti g e n u n d Ruckkehr i n s H a u p tm e n u .
A L K O
8 . 5 . 8
8 . 5 . 9
8 .5 .1 0
8 . 6
V e r z o g e r u n g R e g e n s e n s o r e i n s t e l l e n
1 . I m Unt e rp un kt E in st e llu n g en [V e rz o g e ru ng R eg e n se n so r] a u s w a h le n .
2 . M i t d e r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
3 . [V e rz o g e ru ng R eg e n se n so r] e in s t e lle n .
4 . Ent sp re ch en d e A usw ahl m i t d er [M e nu ta st e ] b e s ta ti g e n u n d Ruckkehr i n s H a u p tm e n u .
D i e F u n k t io n [V e rz o g e ru ng R eg e n se n so r] dien t d e m Z w e c k , d a ss d e r R o b o l i n h o © 3 0 0 0 n a c h E i n -
fa h re n i n d ie B a s is s ta tio n b e i R e g e n ze itverzogert wi ed e r h e ra u s f a h r t.
D i s p l a y k o n t r a s t a n d e r n
1 . I m Unt e rp un kt E in s te llu n g en [Dis pl a y ko n tr a s t] a u s w a h le n .
2 . [Dis pl a y k on tr a st ] m i t [P fe ilt a s te n ] e in s t e lle n u n d m i t der [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
3 . Ent sp re ch en d e A usw ahl m i t d er [M e nu ta st e ] b e s ta ti g e n u n d Ruckkehr i n s H a u p tm e n u .
A u f W e r k s e i n s t e l l u n g z u r u c k s e t z e n
1 . I m Unt e rp un kt E in s te llu n g en [W erk se in st e llu n g ] a u s w a h le n .
2 . P IN -C od e e rn e ut e in g e b e n u n d b e s ta ti g e n .
3 . Ent sp re ch en d e A usw ahl m i t d er [M e nu ta st e ] b e s ta ti g e n u n d Ruckkehr i n s H a u p tm e n u .
I n f o r m a t i o n s m e n u
D a s In fo rm a tio n sm e nu dient zu m A bru fen verschiedener I n f o r m a ti o n e n , wie Sof tw a re sta n d, H ar d w a re st a n d
u n d akt ueller E in s te llu n g en . I n d ie s e m M e n u k o n n e n k e in e E in s te llu n g en v o rge nom me n w e r d e n .
8 . 6 . 1
■ Pro d uk tn am e ■ Serienn umm er
■ Her stel lung sja hr ■ Z u ruc kg ele gte We g str ec ke
■ B etr ie bss tu nde nz ahl ■ Sof tw a re s ta n d m i t Versionsnummer
P r o g r a m m a n w a h l e n
Vo r d em P ro g ra m m ie re n m u s s de r S tar t- V org ang durchgefuhrt w e rd e n , Robo linh o sta rten, S e it e 3 2 .
[ H au p tm e n u ]
* Pr o g r a m m e
E in s te ll u n g e n
Z u r u c k Be s ta tig e n
[ H a u pt m e nu ]
* In fo rm at io ne n
Z u r u c k B es ta tig en
1 . M i t d e r [P fe ilt a st e a u fw ar ts ] oder de r [P fe ilt a st e a b w a rt s] Me n u pu n kt [ P r o g r a m m e ] w a h le n .
2 . M i t d e r [M ult ifu nk tio ns tas te r e c h ts ] b e s ta ti g e n .
H a r d w a r e - / S o f t w a r e - I n f o r m a t i o n e n a b r u f e n
[ In fo rm a t io n e n ]
* H ar dw a re
S o ftw a re
Z u r u c k B es ta ti gen
[ H ar d w a re ]
A L-K O Ro bo ma he r 3 0 0 0
H er s te llu n g 2 012
Z u r u c k
[ S o ft w a re ]
Ve rsi on V 1 .2 3. 5
Z u r u c k
M e n u p u n k t: Anz e ig e : G e r a t e da te n , A nz e ig e :
[H a rd - ode r S of tw a re ] B et ri e bs s tu nd e n , Se riennummer Ve rsi onsnummer S o ft w a re
1 . M i t d e r [P fe ilt a s te a u fw ar ts ] oder de r [P fe ilt a s te a b w a rt s] Me n u pu n kt [H a rd - ode r S of tw a re ] w a h le n .
2 . M i t d e r [M ult if un kt ion sta ste r e c h ts ] b e s ta ti g e n .
3 . Ent sp re ch en d e H a r d - b z w . S oft w are -I nfo rm at ion a b r u fe n .
4 . M i t d e r [M ult if un kt ion sta ste l in k s ] zur uck i n d a s H a u p tm e n u .
4 7 4 4 8 1 b 29
8 . 7 P r o g r a m m i n f o r m a t i o n e n
[ P r o g r a m m in fo ]
M o : 1 0 : 0 0 - 1 4 : 0 0
D o : 1 8 : 0 0 - 1 9 : 0 0
Z u r u c k
_ _ _ _ _ _ _ _ _ _ _ _ _
A nz e ig e : ge sam te e in g e st e llt e
M a h ze it d e r W o c h e
8 . 8 S t o r u n g e n
[ S to ru n g ]
X X . X X . 2 0 X X 1 3 :1 5
C N 0 07 : N o lo op sig na l
O K
1 3 .0 3 . 2 0 1 2 12:15
Na chs ter E in s a tz
D i 1 8 : 0 0 - 1 9 : 0 0
L ad e z u s ta n d 80%
[ P r o g r a m m in fo ]
Ge s a m te wo che ntl ich e
M a h z e it 0: 00
Z u r u c k
_ _ _ _ _ _ _ _ _ _ _ _ _
Anze ig e : na chster E in sa tz ta g m i t Anz e ig e : ge sa m te e in g e st e llt e
U hr z e it Mah stu n d en a n za hl
A nz e ig e :
D a t u m , U h r ze it u n d F e hl e rc o d e m i t Sto ru n g sm e l-
d u n g .
3 0 R obo linh o© 3000
M a h b e tr ie b
9 M ah b e t r ie b
9 . 1 S i c h e r h e i t s h i n w e i s e
■ P IN -C o d e u n d P U K -C o d e fu r U n b e fu g te u n z ug a n gl ic h a u fb e w a h re n .
■ D e r P IN -C o d e k a n n d u rc h d e n B esi tze r gean de rt w e r d e n .
■ D e r P U K -C o de k a n n d u r c h R eg is tr ie ru n g au f folge nde r Int er n et se ite g es iche rt w e r d e n :
^ htt p:/ /robolinho.al-ko.com
■ B e i dr eimaliger Fa ls ch e in g a be d e s P IN -C od e s m u s s e i n P U K -C o d e ein g e ge b e n w e r d e n .
■ N a c h falsch er E in g a b e d e s P U K -C o d e m u s s der R o b o li n h o © 3 0 0 0 z u m E nt sp e r re n einge sch ick t w e r d e n .
■ R o b o li n h o © 3 0 0 0 u n d B a s is s ta tio n reg elm aft ig au f B es ch a d ig u n ge n p r u f e n .
■ B es ch a d ig te Te ile u n d Ak kus d u rc h AL- K O F a c h h a n d le r, Tech nike r oder Servicepartner e rs e tz e n /
ins ta nd s e tz e n l a s s e n .
9 . 2 S c h m t t h o h e e i n s t e l l e n
D i e S chn itt hoh e b ew eg t s i c h i m B e r e ic h v o n 3 - 6 c m R a s e n h o h e . S ie i s t fun ff a ch i n S tu fe n z u
j e 6 m m ve rs te ll b a r.
A L K O
D ec kel o f f n e n
1 . A n P o s i ti o n ( 1 ) d ru c k e n .
^ D e r De cke l ( 2 ) is t en trie ge lt un d ka n n n a c h
o b e n aufgek lap pt w e r d e n .
S c h n i t t h o h e e i n s t e l l e n
1 . H e b e l ( 2 ) a u fk la p p e n u n d e in e V iert elum dre -
h u n g R ic h tu n g [Sc h lo ss sy m bo l g e of fn e t] ( 1 ) i m
U h r z e ig e rs in n d re h e n (s ie h e a u c h Qu ic kin fo i m
R o b o li n h o © 3 0 0 0 ) .
^ Schnitthoh ene ins tellung is t e n tr i e g e l t.
2 . H e b e l n a c h o b e n z ie h e n .
^ Rasensch nitth ohe wird h o h e r .
3 . H e b e l n a c h u n t e n d r u c k e n .
^ Rasensch nitth ohe wird n ie d r i g e r .
4 . An s c h lie B en d H e b e l e in e V iert elum dre hu ng
R ic h tu n g [Sc hlo s s s y m bo l g e sc hlo sse n] g e g e n
d e n U h r z e ig e rs in n d re h e n u n d e in r a s t e n .
^ S chn it thoh enverstellung is t v e r r ie g e l t .
5 . H e b e l he run te rk la p p e n u n d D e c k e l s c h lie ft e n .
4 7 4 4 8 1 b 3 1
9 . 3 R o b o l i n h o s t a r t e n
1 . R o b o li n h o © 3 0 0 0 d u rc h D ru c k e n de r [O N/ O F F -T a st e ] e in s c h a lt e n .
2 . P IN -C od e e ing e b e n , P IN -C od e ei ngeben, S e i te 1 9 .
^ N a ch d e r PIN- Cod e-E inga be er sc hei nt d ie Inf orm ati on [ N ac hs te r E in s a tz ] . D e r R o b o li n h o © 3000 is t
j e t z t be re it zum M a h e n .
1 3 . 0 6 .2 0 1 1 12 :1 51 D er R o b o li n h o © 3 0 0 0 s tarte t au tom a ti s c h w en n d a s n a c h s te Mah fen ster err ei ch t i s t .
N a c h s t e r E in s a t z
D i 1 8 : 0 0 - 1 9 : 0 0
L a d e z u s t a n d 80 %
2 5 . 0 5 . 2 0 1 2 0 9 : 4 8 D ur c h D ru ck en d e r [S T A R T /P A U S E -T a st e ]k a n n d e r Ma hvorgang s o f o r tg e s ta r t e t w e r -
! W a r n u n g ! d e n
A n t r i e b s t a r t e t '
L a d e z u s t a n d
_ _ _
9 2 % ^ D ie Anzeige [Wa rnu ng Antrieb sta rte t] b li n k t und e in S ig n al to n e r t o n t .
9 . 4 T i p p s z u m M a h e n
■ Schn itt ho h e g le ic hbl eib end 3 - 5 c m , n ic h t me hr a l s d ie H a l ft e de r R as e n h o h e a b m a he n la s s e n .
■ M a h z e it e n e n ts p re ch en d a b s ti m m e n .
■ S in kt d ie Mo tor d re hz a h l d u rc h sc hw er es G r a s m e r k li c h , S ch ni tt hoh e v e r g r o G e r n u n d m e h rf a c h m a h e n
l a s s e n .
Roboli nho © 3 000
D a m it d ie Le ist ung sfa hig ke it d e s R o b o l i n h o © 3 0 0 0 v o ll aus gen utz t w er d en k a n n , w ir d e m p fo h le n ,
d e n Mahrob oter z u k u h le n Ta ge s- u n d N a c h tz e it e n m a h e n z u l a s s e n .
3 2 R obo linh o© 3000
W a r tu n g und Pf lege
1 0 W a r t u n g u n d Pf le ge
V OR SI CHT !
V e r l e t z u n g s g e f a h r d u r c h S c h n e i d m e s s e r !
■ V o r a ll e n W art ung s- u n d P fle g e a rb e ite n immer d e n M ah rob ote r a n der [O N /O F F -T a st e ] a u s -
s c h a lt e n .
■ Tr ansformator de r B a s is ta t io n v o n N e t z tr e n n e n .
■ B e i W art ung s- u n d P fle g e a rb e ite n a n ro t ie re n d e n und/oder sc h n ei d en d e n We rkz e u g en im me r
A rbe it shandschuhe tr a g e n !
ACH TUNG!
S c h a d e n a n E l e k t r i k / E l e k t r o n i k d u r c h u n s a c h g e m a B e R e in i g u n g !
D e n Mah robo ter n i c h t m i t H o c h d r u c k r e i n i g e r oder u n t e r f li e B e n d e m W a s s e r r e i n ig e n . E in d r i n -
ge n d e s Was ser k a n n S c h a lt e r, A k k u , M o t o r e n u n d P la ti n e n z e rs to r e n .
1 0 . 1 R e i n i g e n
1 . E in m a l p r o W o ch e d e n Mah robo ter g ru n d li c h m i t ein e m H a n d b e s e n oder L a p p e n re i n ig e n , g g f . e i n
Pfl eg e sp ra y b e n u t z e n .
^ Ni cht en tfe rn te V e rs ch m u tz u n ge n ko nne n d ie Fu nk tio n b e e in tra ch tig e n.
A L K O
2 . E in m a l p r o W o ch e Sch neidmesser auf B es ch a d ig u n ge n p r u f e n .
1 0 . 2 C h a s s i s r e i n i g e n
1 . Gr a sf a n g ( 1 ) u n d F u h r u n g ( 2 ) g ru n d li c h m i t
e in e m H a n d b e s e n oder L a p p e n r e i n ig e n .
474 4 8 1 b 3 3
D
Rob ol in h o © 3000
1 0 . 3
1 0 . 4
K o n t a k t e p r u f e n
1 . K o n ta kt fla ch e n ( 1 ) a m Mahr ob oter b e i V er -
sc hm u tz u n g m it e in e m L a p p e n re i n ig e n .
B ra n d sp u re n a n d e n K o n ta kt fla ch e n d e u -
t e n auf s ch le ch te n La de-K on tak t h i n .
^ Fe de rn a n d e r Bas iss tation na ch au fte n
b ie g e n .
B a s i s s t a t i o n p r u f e n
1 . Net zste cke r d e s Tran sfor ma tors zi e h e n .
2 . K o n t a k t e ( 1 ) a n der B a s is s ta t io n auf Ver sch mut-
z u n g p r u f e n u n d g g f . m i t e in e m L a p p e n re in i
g e n .
3 . K o n t a k t e R ic h tu n g B a s is s ta t io n d ru c k e n u n d
lo s l a s s e n .
^ D ie Ko n ta kt e m u sse n w ie de r i n d ie Aus-
gan gsstellung z u ru ck fe d e rn .
1 0 . 5
F e d e r n d ie K o n t a k t e n ic h t i n d i e A usg an gs-
ste llu n g zu ru c k , m u s s e n s i e v o n e in e m
A L- K O F a c h h a n d le r, Techniker oder S e r -
vic epartn er ge pruft oder in s t a n d g e s et zt
w e r d e n .
F r e i l a u f d e r R o l l e n p r u f e n
1 . E in m a l p r o W o ch e B e r e ic h e u m d i e R o l le n ( 1 )
g ru n d li c h m i t ein e m H a n d b e s e n oder L a p p e n
r e i n ig e n .
2 . F r e i e n L a uf u n d Le nkb a rke it der R o l le n p r u f e n .
^ Bew e ge n s ic h d ie R ol le n ni cht f r e i , m u ss e n
d ie s e ga n g b a r gemac ht o d e r ausg etauscht
w e r d e n .
3 4 R obo linh o© 30 00
W a r tu n g un d Pf le ge
1 0 . 6 S c h n e i d m e s s e r w e c h s e l n
1 . Mahr ob oter m i t d e n S c hne idm ess er n n a c h o b e n
a b le g e n .
2 . S ch ra ub e n ( 1 ) m i t S ch r aub en chlu sse l SW 5 , 5
l o s e n .
3 . Schneidmesser ( 2 ) a u s d e m Me ss e rs itz z i e h e n .
4 . Me ss e rs itz m i t ei ner w eich en B u r s te re i n ig e n .
5 . N e u e Mess er ein se tz e n u n d m i t d e n S ch r a u b e n
f e s ts ch ra ub e n .
^ D ie R a um m ess er ( 3 ) m us se n in d e r Regel
ni c ht ausge we chselt w e r d e n .
B e i s ta r k e n , m i t ei ner B u r s te n ic h t en tfe rn b a re n V er sch mu tzu nge n, m u s s der Messe rteller ( 4 ) g e we ch sel t
w e rd e n , d a e in e U n w u ch t z u e rh o ht e m V e r sc h le iB u n d Fu nkt io n ss to ru n g e n k o m m e n k a n n .
V e r s c h m u t z u n g e n am R o b o l i n h o n i e m a ls m i t W a s s e r a u s s p r i t z e n !
A L K O
ACHTUNG!
- S c h a d e n d u r c h u n s a c h g e m a & e R e p a r a t u r!
A
Ver bog en e Schneidmesser d u rf e n b e i B e s c h a d ig u n g n ic h t au sgerichtet w e r d e n .
1 0 . 7 S i c h e r u n g T r a f o t a u s c h e n
1 . Net zst ec ke r d e s Tran sform ators z i e h e n .
2 . M i t Schlitzschraubendreher Bajo ne tt ve rs ch lu ss
( 1 ) vo rsi ch tig ein d ru ck e n u n d glei ch ze iti g g e g e n
d e n U h rz e ig e rs in n o ff n e n .
^ D e r Baj onettverschluss spr ing t le ic h t h e r a u s .
3 . S ic h e ru n g au sta u sch e n u n d B aj one tt ve rsc hl uss
m i t d e m Sc hlitzschraubendreher i m Uhr ze ig e r
s i n n s c h lie ft en .
VOR SI CH T!
- B r a n d g e f a h r d u r c h f a l s c h e S i c h e r u n g o d e r U b e r b r u c k e n d e r S i c h e r u n g .
A
Gr u nd sa tzl ich S ic h e ru n g m i t gleicher Amp eres tarke ve rw e nd e n . S ic h e ru n g n ie m a ls u b e r b r u c k e n .
1 0 . 8 A k k u s t a t u s p r u f e n
D e r A kkusta tus w ir d i m D is p la y a n g e z e ig t. Ak kustatus n a c h c a . 3 M o n a te n p r u f e n .
D a z u d e n R o b o li n h o © 3 0 0 0 auf d i e B a s is s ta tio n s e tz e n , e in sc h a lte n u n d d e n u n d Ak kustatus a b le s e n . G e g e -
b e ne n fa lls z u m L a d e n i n d i e B a s is s ta ti o n s t e l le n .
D er A kk u i s t n a c h U N - H a n db u c h g e p r u f t. D ah e r un te rli e g t er w e de r a ls E in z e lt e i l n o c h i m G e ra t
einge bau t d e n n a tio n a le n u n d int e rn at io n a le n Gef ahr en g u tvo rsc h rif te n.
1 0 . 9 A k k u l a d e n
■ D e r in te gr ie rt e A kk u i s t b e i A usl ief eru ng te i lg e la d e n . I m Nor m a lb e tr ie b w ird der A kk u d e s R o b o li n h o ©
3 0 0 0 reg elm aft ig g e la d e n .
4 7 4 4 8 1 b 3 5
■ E in e l a n g e re L a de p h as e i s t n ic h t n o t i g , d a de r R o b o l i n h o © 3 0 0 0 a u c h i n tei lgeladenem Z u st a n d d e s
A kku s m a h e n k a n n .
■ B e i A kk ula dun g 0 % fahrt de r R o b o l i n h o © 3 0 0 0 se lbs ts tan dig i n d ie B a s is st a tio n u n d la d t d e n A k k u .
^ E in e Unt erb rec hun g de s Laden s b esc ha di gt d e n Akku n i c h t .
■ D i e B as is st a tio n i s t m i t einer Uberwachun gs elek tronik a u sg e st at te t. D ie s e b e en d e t b e i E r re ic h e n v o n
1 0 0 % L a de st at us a u to m a tis ch d e n L a d e v o rg a n g .
■ D er Ak kus tatu s w ir d i m D is p la y a n g e z e ig t .
■ A u f a u sr eic he nde n K on ta kt d e r L a d e ko n ta kt e de r B a si ss ta tio n m i t d e n K o n ta kt fla ch e n a m R o b o l i n h o ©
3 0 0 0 a c h te n .
■ D er T em pe rat urb ere ich fu r d e n L a de be tri eb so llt e zw isc he n 0 u n d 4 0 ° C l i e g e n .
■ B e i Te mpe ra tu re n u b er 4 5 ° C ve rhindert d ie ein g e ba u te Sc hu tz sch a ltu n g e i n L a d e n d e s A k k u s . D a d u rc h
w ir d e in e Ze rs to ru n g d e s A kk us ve rm ie d e n .
■ Ver ku rzt s i c h d ie B etr ie bsz ei t d e s A kk us wes e n tl ich trotz Voll au fla d un g , i s t de r Ak ku u b er e i n e n
AL- K O F a c hh a n dl e r, Tech nike r ode r Servicepartner d u rc h e in e n n e u e n Orig in al -A kk u a u s zu ta us ch e n .
1 0 . 1 0 T i e f e n t l a d e n e r A k k u
S o ll te d u rc h Alt er un g oder z u l a n g e L a g e ru n g d e r Ak ku un ter d ie vo m Her steller fes tgel egte S c h w e lle
en tla d e n w ord en s e in , s o la ss t s i c h di ese r n ic h t meh r l a d e n . A kk u u n d Ube rwa chungselektronik v o m
AL- K O F a c hh a n dl e r, Tech nike r ode r Servicepartner p r u fe n u n d ta us ch en l a s s e n .
Roboli nho © 3 000
1 0 . 1 1 L a g e r u n g
Bev or d e r Mahrobo ter fur d e n Wint er e ing elag ert w ir d , s o ll de r Ak ku n o c h e in m al v o ll g e la d e n w e rd e n .
A n s c h l ie G e n d a n e in e m tro cke n e n , fro st fr e ie n P la tz e in la g e rn .
1 0 . 1 2 R e p a r a t u r
ACHTUNG!
R ep a ra tu ra rb ei te n d u rf e n n u r ko m p e te n te Fa ch b e tr ie b e oder u n s e r e AL- K O Ser vi ce st el le n d u rc h -
f u h re n .
3 6 R o b o l i n h o © 3000
Hilfe b e i St or u n g e n
1 1 Hil fe b e i S t or un ge n
A l l g e m e i n
S t o r u n g s m e l d u n g M o g li c h e U r s a c h e L o s u n g
A L K O
N ie d ri g e Akku sp a n nu n g
Fa lscher P IN -C o d e
D a s Ma he rg e bn is i s t
u n g l e ic h m a G ig
Beg re n zu n gs ka b e l d e fe k t,
Rob ote r findet d ie B a s is s ta t io n
n i c h t .
A k k u v e rb ra u c h t.
Lade elek tron ik d e fe k t.
Rob ote r tri fft n ic h t au f d ie L ade ko n
ta k t e .
P IN -C o d e w urd e fa ls c h e in g e ge -
b e n .
Ar beitszeit d e s R o b o te rs i s t z u
k u r z .
B eg ren zu ngs ka be l a u f U n t e rb re -
c h u n g e n p r u f e n , g g f . v o n e in e m
AL- K O Servicepartner d u rch me s-
s e n la s s e n .
Akkuleb ens dau er u b e r s c h r it te n .
A k k u v o m AL-K O S erv icepartner
e rn e u e r n l a s s e n .
Lade elek tro nik vo m AL-K O S er
vic epartn er p r u fe n l a s s e n .
■ Rob oter i n d ie B as is st a tio n s te l -
l e n u n d p r u fe n , o b d ie L a dek on
tak te a n li e g e n .
■ La de ko n ta kt e v o n e in e m A L
K O Servicepartner p r u fe n u n d
e rn e u e r n l a s s e n .
R ic h ti g e n P IN -C od e e in g e be n . D r e i
V ers uc he s in d m o g li c h , d a n a c h
m u s s e i n P U K -C o de e in g e g e b e n
w e r d e n .
L a n g e re Ar be itsz eiten prog ramm ie
r e n .
D er Rob ote r m a h t z ur f a l -
s c h e n Z e it
D er Rob ote r vibr iert
M a h b e r e ic h z u groG
D a s Ver haltn is S c hni tt hoh e z u m
h o h e n G r a s stimm t n i c h t .
D i e Sc hneidemesser s i n d s tu m p f .
G r a s blo cki er t ode r ersc hw ert d e n
Umlauf v o m Sc hneidmesserteller
oder M o t o r w e lle .
D i e U h r ze it a m Rob oter oder
d ie Anfa ngs s o w ie En d ze it d e s
M a h e n s m u s s e n e ing es tellt w e r -
d e n .
U nw u c ht i m Sc hneidemesser o d er
Schn e id e me sse ra n tr ie b .
M a h b e r e ic h v e rk le in e rn .
S c hni tt hoh e hohe r e in s t e lle n ,
d a n a c h zu r g ewu ns cht en H o h e
s tufen we ise a b s e n k e n .
Schneidemesser au s ta u s c he n oder
v o n e in e m AL-K O S ervicepart
n e r s c h le if e n l a s s e n ; m i t n e u e n
S c h ra ub e n a n b a u e n .
G r a s e n tf e r n e n u n d sic he rs te lle n,
d a s s s i c h de r S chn eid em es se rt el-
le r f r e i d re h en k a n n .
U h r z e it e in s t e lle n .
Schneidemesser u n d S c h n e id e -
messe rteller p r u fe n u n d re i n ig e n ,
g g f . e rn e u e r n .
4 7 4 4 8 1 b 3 7
F e h le r c o d e
R o b o li n h o © 3 000
S t o r u n g s m e l d u n g
C N 0 0 1 : T ilt sensor
C N 0 0 2 : L i f t sensor
C N 0 0 5 : Bu m p er d e fle ct e d
C N 0 0 7 : N o lo o p si g n a l
C N 0 0 8 : L o o p si g n a l wea k
M o g l i c h e U r s a c h e
■ m a x . N e ig u n g u b e r s c h r it te n
■ Robo ter w urd e g e tr a g e n
■ H a n g z u s te i l
H u l le w urd e d u rc h A nh e b en o d er
Fre mdkorper n a c h o b e n a u s g e -
l e n k t .
Robo ter i s t a u f e i n H in d e r n is
ge fah re n u n d k a n n s i c h n ic h t
b e fr e ie n , ( K o lli s io n n a h e Bas is s ta
t i o n ) .
k e i n Sc hl e if en s ig na l.
Sc hle if ens igna l s c h w a c h .
L o s u n g
Rob oter a u f e in e e b e n e F la c h e
s te lle n u n d Fehler q u it ti e r e n .
Fremd ko rper e n tf e r n e n .
■ V ers org ung B a s is s ta ti o n k o n -
tro lli e re n
■ S c hl e if e k o n tr o lli e re n
■ T ra fo a u s u n d e in s te c k e n
■ V ers org ung B a s is s ta ti o n k o n
tro lli e re n
■ S c hl e if e ko n tr o lli e re n , e v t l . z u
t i e f e ing e g r a b e n
■ T ra fo a u s u n d e in s te c k e n
C N 0 1 0 : B a d p o s it io n
C N 0 1 1 : E s c a p e d ro b o t
C N 0 1 2 : C a l : n o l o o p
C N 0 1 5 : C a l : o u ts id e
Robo ter a u G e r h a lb d e r S c h l e if e .
Robo ter h a t F e l d ve rl a s s e n .
Fehler w ahr end K a li b r ie ru n g ,
Robo ter ko n n t e S ch le ife n ic h t fi n -
d e n .
Fehler w ahr end K a li b r ie ru n g .
■ Robo ter a u f M a h fla ch e s te lle n
■ S c hl e if e g e kre uzt
S c hle ife nv erl eg ung ko n tr o lli e re n ,
(K u r v e n , H in d e r n is se , e t c . )
■ Robo ter sen krecht z ur S c h le ife
a u fs te lle n , Rob oter m u s s
S c hl e if e u b e r fa h re n k o n n e n
■ V ers org ung B a s is s ta ti o n k o n
tro lli e re n
■ S c hl e if e k o n tr o lli e re n
■ T ra fo a u s u n d e in s te c k e n
■ Robo ter sen krecht z ur S c h le ife
a u fs te lle n , Rob oter m u s s
S c hl e if e u b e r fa h re n k o n n e n
■ V ers org ung B a s is s ta ti o n k o n
tro lli e re n
■ S c hl e if e k o n tr o lli e re n
■ T ra fo a u s u n d e in s te c k e n
■ S c hle ifen ka be l g ek reu zt
C N 0 1 7 : C a l : si gn a l we ak
Fehler w ahr end K a li b r ie ru n g ,
Sc hle if ens igna l z u s c h w a c h .
■ V ers org ung B a s is s ta ti o n k o n
tro lli e re n
■ S c hl e if e k o n tr o lli e re n
■ T ra fo a u s u n d e in s te c k e n
3 8 R o b o l i n h o © 3000
Hilfe b e i St or u n g e n
S t o r u n g s m e l d u n g M o g li c h e U r s a c h e L o s u n g
A L K O
C N 0 1 8 : C a l : C o lli s io n Fe hler w ahr end K a li b r ie ru n g , K o l l i-
s i o n
C N 0 3 8 : B a t te ry A k k u l e e r . ■ B a s is s ta ti o n au f H in d e rn is s e
Beg re n zu n gs ka b e l d e fe k t, Ro b o te r B eg ren zu ngs ka be l a u f U n t e rb re -
fi nd et d ie B as is s ta tio n n i c h t . c h u n g e n p r u f e n , g g f . v o n e in e m
A k k u v e rb ra u c h t. Akkuleb ens dau er u b e r s c h r itt e n .
Lade elek tron ik d e fe k t. Lade elek tro nik vo m AL-K O S er
Rob ote r tri fft n ic h t au f d ie L a d e k o n - ■ Rob oter i n d ie B as is st a tio n s te l -
ta k t e . l e n u n d p r u fe n , o b d ie L a d e k o n -
H in d e rn is e n tf e r n e n
p r u f e n
■ B a s is s ta ti o n La de k o n ta k te u b e r
p r u f e n
■ Z u l a n g e S c h le if e , z u v ie le
I n s e l n
■ Rob oter ha t s i c h fes tg e fa h re n
AL- K O Servicepartner d u rch me s-
s e n la s s e n .
A k k u v o m AL-K O S erv icepartner
e rn e u e r n l a s s e n .
vic epartn er p r u fe n l a s s e n .
tak te a n li e g e n
■ La de k o n ta k te v o n e in e m A L
K O Servicepartner p r u fe n u n d
e rn e u e r n l a s s e n
C N 0 4 5 : C ur ren t sft W L U b e r s tr o m An trieb smo tor l i n k s . Antrieb a u f B lo c k ie r u n g u b e r p r u -
C N 0 4 6 : C ur ren t h r d W L
C N 0 6 5 : C ur ren t sft W R U b e r s tr o m An triebs mo tor re c h t s . Antrieb a u f B lo c k ie r u n g u b e r p r u -
C N 0 6 6 : C ur ren t h r d W R
C N 0 9 9 : R eco v e s c a p e au tom a ti s c h e F e h l e rb e he b u ng
n ic h t m o g l ic h .
Rob ote r a u G e r h a lb d e r S c h l e if e . Rob oter i n B as is st a tio n st e lle n .
C N 1 0 4 : B a tt e ry over h e a t in g B a t te ri e u b er hi tz t - Akk utemperatur N ot a bs ch a ltu ng erf ol g t d u rc h U b e r -
u b er 6 0 ° C , k e in e E n t la d u n g m o g wach un gse lek tronik . Rob ote r n ic h t
l i c h au f d ie B as is s ta ti o n s e tz e n . Ro b o
C N 1 0 7 : B a tt e ry to o c o l d Untertem pera tur B a tt e ri e < 0 ° C . K e i n B e t ri e b m o g l ic h .
C N 1 1 0 : B la d e mo to r ove r Uber hitz ter M a h m o t o r , Tem peratur Rob oter au ssc ha lte n u n d a b k u h -
h e a t in g > 8 0 ° C l e n l a s s e n . B e i e rn e ut e m A u ft r e te n
f e n .
f e n .
Fe hler m a n u e ll b e h e b e n .
te r au s s c ha lte n u n d A k k u a b k u h le n
l a s s e n .
Rob ote r v o n e in e m AL-K O Serv ice
par tne r u b e r pr u fe n la s s e n .
C N 1 1 9 : R-Bum per d e fl e c te d Rob ote r is t au f H in d e rn is a u fg e fa h- H in d e rn is b e s e it ig e n u n d St oru ng s
r e n u n d k a n n s i c h a u s S ic h e rh e it s -
gr u n d e n n ic h t b e fr e i e n , z . B . K o l -
4 7 4 4 8 1 b 3 9
m e l d u n g q u it ti e r e n .
Roboli nho © 3 000
S t o r u n g s m e l d u n g
C N 1 2 0 : L-Bu mper d e fle ct e d
C N 1 2 5 : Bu m p er e s c a p e
C N 1 2 8 : Rec ov I m p o s s ib le
C N 1 2 9 : B lo c k e d W L
C N 1 3 0 : B lo c k e d W R
B e i S to ru n g e n , d ie n ic h t i n die ser T abe lle a ufge fuhr t s i n d ode r d ie S ie n ic h t selbst b e h e b e n k o n n e n ,
w en d e n S ie s i c h b it t e a n u n s e r e n zu s ta n d ig e n K u n d e n d ie n s t .
M o g l i c h e U r s a c h e
l is io n e n i n d e r N a h e de r Bas is st a
ti o n .
Roboter i s t a u f H in d e rn is a u fg e fa h -
r e n u n d k a n n s i c h a u s S ic h e rh e it s -
g ru n de n n ic h t b e fr e ie n , z . B . K o l -
l is io n e n i n d e r N a h e de r Bas is st a
ti o n .
V erlasst b e im R uc k w a rt s fa hr e n
n a c h Auf fah ren a u f e i n H in d e r n is
da s F e l d .
A u f Hin d er n is a u ffa h re n oder
S ch le ife ve rla ss en - > k e in e R u c k -
wa rtsfa hrt m o g l ic h , Roboter k a n n
s i c h n ic h t b e f r e i e n .
Linke r Radm otor b lo c k i e r t.
Rec hter Radm otor b lo c k i e r t.
L o s u n g
H in d e rn is b e s e it ig e n u n d St orungs
m e l d u n g q u it ti e r e n .
H u l le kl em m t oder Bum per d e fe k t,
H in d e rn is e n tf e r n e n .
H in d e rn is e n tfe r n e n , H ul le n a u sl e n -
k u n g ko n tr o lli e re n .
B lo c k ie r u n g e n tf e r n e n .
B lo c k ie r u n g e n tf e r n e n .
1 1 . 1 B e i s p i e l e S t o r u n g s m e l d u n g e n
6
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C T f c - « ■ ■ k ~ . . 1
[
5
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2 Sto run g sm e ld u n g 5 D a t u m
3 B e t a ti gu n g s fe ld 6 A nz eige S to ru n g
A k k u u n d Mah motor w er d en i m R o b o li n h o © 3 0 0 0 d u rc h e in e Elek tr onik u b e r w a c h t, d ie S to ru n g en u n d S ta tu s
i m LC D -D isp la y d e s R o b o li n h o © 3 0 0 0 a n z e i g t.
i K A i r - t i
O K
— 2
J
3
Tri tt d ie s e A nz eige e rn e ut a u f , i s t e in e F o rt s e tz u n g d e s B e tr ie b s n ic h t me hr zu ge la s s en . R o b o l i n h o © 3 0 0 0
d u rc h I h r e n AL-K O F a c h h a n d le r, Tech nike r oder S erv icepartner u b e r p r u fe n l a s s e n .
40 R obo linh o© 3000
T e c h n i s c h e Da ten
1 2 T e c h n i s c h e D a te n
Daten R o b o l i n h o © 3 0 0 0
L a n g e i n m m 6 0 0
B re it e i n m m 4 9 0
H o h e i n m m 2 4 5
Ge w icht i n k g c a . 8
M a h sy st e m e le kt ri sc h m i t 2 Sc hn e id m es se rn
Mot or Schneidmesser 1 / m i n 3 2 0 0 - 3 6 0 0
Sc hn itt ho h e n i n m m 3 0 - 6 0
S ch nit tho he nve rs tellu ng 5 -s t u f i g i n m m 6 m m p r o S tu fe
Sc hn itt br e ite i n m m 3 0 0
M a x . z u m a h e nd e F la c h e i n m 2 c a . 1 2 0 0
M a x . Neig un g sw in ke l de r R a s e n fl a c h e i n % 3 5
A L K O
A bst and B eg ren zu ngs ka be l z u G re nzl ini e (W a n d /
H e c k e )
Daten B a s i s s t a t i o n / T r a n s f o r m a t o r
Anschlusssp an nun g B a s is s ta tio n 2 3 0 V 1 6 A 5 0 H Z K o n t a k t e
m a x . L a d e sp a nn u n g i n V o lt 2 9 ,4 V 2 7 V AC / 2 ,2 A
Str o m st a rk e i n A mp ere 4 A 6 0 VA
A rbe itsleist ung i n W a tt 3 0 - 6 0
G e r a u s c h e m i s s i o n e n
L a u ts ta rk e ge m e ss en i n d b ( A ) 6 3
L a u ts ta rk e ga rantie rt i n d b (A ) 6 9
A k k u
S p a n n un g i n V 2 5 ,2
K ap a zi ta t i n A h 3 A h
E n e r g y 7 3 W h - 7 6 W h
M a xi m a le La detem peratur i n G r a d C e ls iu s
c a . 1 5 c m
S e k u n d a r
C o 0
4 7 4 4 8 1 b 4 1
1 3 A n h an g
1 3 . 1 G a r a n t i e
E tw a ig e M a te r ia l- oder Her stellungsfehler a m G e ra t b e s e iti g e n w i r w ah re n d de r g es etz lic hen V erja hru ng s-
fr is t fu r M a n g el an spr uc he e n ts p re ch en d un serer W a h l d u rc h Repa ratu r ode r E rs a tz lie fe r u n g . D i e V er ja h -
run g sfr ist b e st im m t s i c h je wei ls n a c h d em R e c h t d e s L a n d e s , i n d e m d a s G e ra t ge kauft w u r d e .
Roboli nho © 3 000
U n s e r e G ar ant iez us age g ilt n u r b e i :
■ b e a c h t e n dies er Bed ien u n g sa n le itu n g
■ s a c h ge m a G er B e h a n d lu n g
■ ve rw e nd e n v o n O ri gi nal -E rsa tzt eil en
V o n de r Ga ra n tie au sge sc h lo ss e n s i n d :
■ L a ck s c h a d e n , d ie au f n o rm a le A bnu tzu ng zu ru ckz ufu hre n s i n d
■ V e r s c h le iG te i le , d ie au f de r Er sa tzt ei lk ar te m i t R a h m e n [x xx x x x ( x ) ] ge ken nzeichnet s i n d
■ Ver bre nnu ng smo tore n (hi e r g e lt e n d ie Gar ant iebes tim mu ng en d e r jeweiligen M o to re nh e rs te ll er )
D i e Ga rant ieze it b e gi n nt m i t d em K auf d u rc h d e n e rs t e n E nd a b n e h m e r . M a G g e b e n d i s t da s D a t u m au f d e m
K a u f b e le g . W e n d en S ie s i c h b i t t e m i t di eser E r k la r u n g u n d d e m Or igi nal -K auf bel eg a n I h r e n Han dler oder
d ie n a c h s te au tor is ie rt e K un de nd ie ns ts te lle . D i e ge set zl ic h en M a n g el an spr uc he d e s K a u fe r s geg enuber
d e m Ve rkau fer b le i b e n d u rc h die se E rk la r u n g u n b e ru h rt .
1 3 . 2 E G - K o n f o r m i t a t s e r k l a r u n g
H ie rm it e rk la re n w ir , d a ss d ies es P ro d uk t i n der v o n u n s i n Ve rkeh r ge br ac h te n A us fu hru ng, d e n Anf ord e-
r u n g e n de r h a rm o n is ie rt en E U -R ic ht lin ie n , EU- Sich erhe itsst and ard s u n d d e n prod uk ts p ez ifi sch e n S t a n -
d a rd s e n ts p ri c h t .
P r o d u k t
Rasenma h-R obo ter
Typ
R ob o lin h o 3 0 0 0
H e r s t e l l e r
AL- K O K obe r G m b H
H a u p t s t r a G e 5 1
A -87 42 O b d a c h
D i e Ga ra n ti e erl is c h t b e i :
■ eige n ma ch tig e n R ep a ra tu rv er su ch e n
■ eige n ma ch tig e n te ch nisc he n Ver an d e ru n g en
■ n ic h t b e s ti m m u n g s ge m aG e r V e r w e n d un g
B e v o l l m a c h t i g t e r
Ant o n E b e r le
Ich en hau se r S t r . 1 4
D -8 9 3 5 9 K o t z
S e r i e n n u m m e r
G 1 5 0 1 5 0 0
O b d a c h , 20 .0 3 .2 01 2
I n g . K la u s R a i n e r , M a n a g in g D ire ct or
E U - R i c h t l i n i e n
2 0 06 /4 2 /E G , 20 04 /1 0 8 /E G
2 0 02 /9 5 /E G , 20 02 /9 6 /E G
2 0 03 /1 0 8 /E G , 20 06 /9 5 /E G
H a r m o n i s i e r t e N o rm e n
E N 6 1 00 0 -6 -1 , E N 61 00 0 -3 -2 /3
E N 6 0 3 3 5 -1 , E N 60 33 5 -2 -1 5
E N 5 5 0 1 4 -1 , E N 5 5 0 1 4 -2
42 R o b o l i n h o © 3000
O ri gi na l o p e ra ti n g in s t ru c ti o n s
Ori gin al o p e r at in g in st ru ct io n s
C o n t e n t s
14 A b o u t t h i s h a n d b o o k ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 45
1 4 . 1 E xp la n a tio n o f s y m b o l s ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 45
1 4 . 2 D is p o s a l ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 45
1 5 S c o p e of d e l i v e r y ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 46
1 5 . 1 U n p a c ki ng th e m a c h in e ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 46
1 6 P r o d u c t d e s c r i p t i o n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 47
1 6 . 1 P r o d u c t d e s c r ip t i o n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 47
1 6 . 2 D e s ig n at e d u s e ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 47
16 .3 Po ss ib le m i s u s e ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 47
16 .4 Base s t a t i o n ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 48
16. 5 T r a n s f o r m e r ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 48
A L K O
16 .6 B o u n d a ry c a b l e ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 48
16 .7 Con tr ol p a n e l ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 49
16 .8 S e n s o r s ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 5 0
1 7 S a f e t y i n s t r u c t i o n s ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 5 1
1 7 . 1 5 1
1 7 . 2 S a fe ty and p ro te c ti v e e q u i p m e n t ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... .... 5 1
1 8 A s s e m b l y ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 5 2
1 8 . 1 A s s e m b li n g th e base s t a t i o n ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ..... 5 2
18 . 2 S e tt in g up th e b as e s t a t i o n
18 .3 Lay in g th e b o u n da ry c a b le ... ... ... ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ..5 3
1 9 E le c tric al I n s t a l l a t i o n ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... .. 5 6
1 9 . 1 C on n ec tin g th e b o un d a ry ca b le to th e base s t a ti o n ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... 5 6
1 9 . 2 C o n n e ct in g th e low -v o lta g e ca ble s to th e t r a n s fo r m e r .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... . 5 6
19 .3 Ope n ing the base s t a t i o n ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... .. 5 7
19 .4 Che ck in g th e c o n n e c t io n ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... 5 7
... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... .. 5 2
20 S t a r tu p ... ... .. ... ... ... .. ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... . 5 8
2 0 . 1 P r e p a r a ti o n s ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... .. 5 8
2 0.2 T r a n s p o r t ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... 5 8
20 .3 Sw itc h ing o n ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... ... ... ... ... ... ... .. 5 9
20 .4 Che ck in g th e ca ble la y in g ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... 6 2
2 1 P r o g r a m m i n g ... ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... . 6 3
2 1 . 1 O v e r v ie w o f mai n m e n u ... .. ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... ... ... ... ... ... ... ... ... .. ... ... ... .. ... ... 6 3
4 7 4 4 8 1 b 43
e n
O r ig in a l o p e ra ti n g in s t ru c ti o n s
2 1 .2 S ta r ti n g p r o g r a m m i n g ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 63
2 1 .3 S e le c t in g th e m e n u ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 64
2 1 .4 Pro g ra m m e n u ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ....6 4
2 1 .5 S e tt in g m e n u ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 66
2 1 .6 In fo r m a ti o n m e n u ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 69
2 1 .7 Pro g ra m i n f o r m a t io n ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 69
2 1 .8 F a u l t s ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 7 0
2 2 M o w i n g ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 7 1
1 7 S a fe ty i n s t r u c t i o n s ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 5 1
2 2 .2 S e tt in g th e cu tti n g h e i g h t ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 7 1
2 2 .3 S ta r ti n g t h e R o b o l in h o ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 7 2
2 2 .4 M o w in g t i p s ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 7 2
2 3 M a in t e n a n c e and c a r e ...... ...... ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 7 3
2 3 . 1 C l e a n i n g ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .. 7 3
2 3 .2 C le a n in g th e c h a s s i s ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 7 3
2 3 .3 C h e c k in g c o n t a c t s ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 7 3
2 3 .4 C h e c k in g th e b as e s t a t i o n ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 7 4
2 3 .5 C h e c k th e ro llers can mo ve f r e e l y ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 7 4
2 3 .6 R e n e w in g th e c u tti n g b la d e ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .7 4
2 3 .7 R e n e w in g th e tr a n s f o r m e r f u s e ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 7 5
2 3 .8 B a tt e r y s ta tu s c h e c k ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 7 5
2 3 .9 C h a rg in g th e b a t t e r y ...... ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... 7 5
2 3 .1 0 E x h a u s t iv e l y d is c h a r g e d b a t t e r y ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 7 6
23 .1 1 S t o r a g e ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 7 6
2 3 .1 2 R e p a i r s ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ... 7 6
24 T r o u b l e s h o o t i n g ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 7 7
2 4 . 1 E x a m p le s o f f a u l t m e s s a g e s ...... ...... ...... ..... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... 8 0
2 5 T e c h n i c a l d a t a ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..8 1
26 A p p e n d i x ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ..... ...... ...... 8 2
2 6 . 1 W a r r a n t y ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... . 8 2
2 6 .2 E C d e c la ra ti o n o f c o n f o r m i t y ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... ...... .... 8 2
44 R obo linh o© 3000
A b o u t th is h a n d b o o k
AL K O
1 4
1 4 . 1
1 4 . 2
A b o u t t hi s h an d b o o k
■ R e a d thi s d o cum ent ati on b e fo r e s ta rt in g u p th e m a c h i n e . T h is i s a p re c o nd iti o n fo r s a fe w ork ing a n d
fla wl e ss o p e r a t io n .
■ O b se rv e the safety warn ings i n thi s d o cum ent ati on a n d o n the p r o d u c t .
■ T h is d o cum ent ati on i s a p e rm a n e nt in t e g r a l p a rt o f the p ro d u ct d e sc rib e d a n d m u s t b e p a s s e d o n t o th e
n e w ow ner if th e p ro d u ct i s s o l d .
E x p l a n a t i o n o f s y m b o l s
CAU TION !
A
F o llo w in g thes e sa fet y w arnings ca re fu lly c a n p re ve n t p e rs o n a l in j u ry and/or m a t e r ia l d a m a g e .
S p e c ia l ins tr u c ti o ns fo r gre ate r e a s e o f u n de rs ta nd in g a n d im p ro ve d h a n d l in g .
H
D i s p o s a l
D o n o t d i s p o s e o f o l d e q u i p m e n t , b a t t e r i e s o r a c c u m u l a t o r s as h o u s e h o l d w a s t e !
P ro d u c t , p a c k a g in g , a n d a cc e ss or ie s we re m a d e w it h re cy cl a b le m a t e r ia ls , a n d s h o u ld b e
d isp o s e d o f a cc o rd in g ly .
D is p o s e o f i n a cc ord anc e w ith l o c a l r e g u la ti o n s .
T h e fo llo w in g d isp os al op tio n s a r e a va il a b l e :
■ V ia the r e t a i l e r .
■ V ia a r e t u r n s ta t io n id e n t i f i e d w it h th e C C R m a r k .
■ D o n o t d isp os e o f th e b a tte ry u n le s s i t i s d is ch a rg e d .
■ T h e user i s o b lig e d t o r e t u r n the b a tt e r y . I t c a n b e r e t u r n e d to a n AL-K O d e a le r, te ch nic ia n or s e rv ic e
pa rtne r f r e e o f c h a r g e .
4 7 4 4 8 1 b 45
e n
1 5 Sc o pe o f de liv e r y
Or ig in a l o p e ra ti n g in s t ru c ti o n s
1 R o b o li n h o © 3 0 0 0 5 L a w n p e g s (1 8 0 p c s . )
2 B a s e s ta t io n 6 In s tr u c tio n s for u s e
3 Tran sforme r 7 Q ui cks tar t g u id e
4 Bo u n d ar y c a b le (1 5 0 m )
1 5 . 1 U n p a c k i n g t h e m a c h i n e
■ Car efully un pac k th e Robolin ho© 3 0 0 0 a n d i t s co mp one nts a n d chec k e v e ry th in g for d a m a ge i n tran s
p o r t . I f the re i s any tran sport d a m a g e , im me diat ely n o ti fy yo u r A L- K O d e a l e r , te ch nic ia n or s e rv ic e p a rt
ne r i n ac co rd an ce w ith th e wa rranty co n d it io n s .
■ I f th e Robo linh o© 3 0 0 0 w as se n t b y a p a r c e l s e rv ic e , r e t a i n th e o r ig in a l p a c k a g in g a n d ac co m p an y in g
d o c u m e n t s .
46 R ob oli nh o© 3 000
P r o d u c t d e s c r ip ti o n
AL K O
1 6
1 6 . 1
P r o d u c t d e s cr ip tio n
T h e R o b o li n h o © 3 0 0 0 i s a fu l ly a u to m a ti c , b a tte ry op e ra te d law nm ow er w hi ch m o v e s f re e ly w ith in a d e fi n e d
m o w in g a r e a . T h e m o w in g a re a i s d e fi n e d b y a b o u n d a ry c a b le that i s c o n ne c te d t o th e b a s e s ta t io n . I n
order fo r i t s b a tt e r y to b e r e c h a rg e d , th e R o b o li n h o © 3 0 0 0 m o v e s a lo n g th e b o u n d a ry c a b le i n t o th e b a s e
s ta t io n . Th e R o b o li n h o © 3 0 0 0 i s e q ui p p e d w it h a r a i n s e n s o r . D e p e n d in g o n t h e s e tt in g , th e R o b o l i n h o ©
3 0 0 0 either au tom ati ca lly re tu r n s to th e b a s e st a t io n w he n i t s ta r ts r a i n in g , or c on tinu es to m o w i n th e r a i n .
M o w in g p ro g ra m s a r e p re -i n st a lle d for n o r m a l m o w in g , a n d a ls o in c lu d e th e l a w n a n d e d g e m o w in g f u n c ti o n .
T h es e m o w in g p ro g ra m s c a n b e c h a n g e d . I n a d d it io n , i t i s p o s s ib le to se t va rio us "e n try p o in ts " a lo n g th e
l o o p . T h e R o b o li n h o © 3 0 0 0 a uto ma tica lly m o v e s to th e e n tr y p o in ts a cc o rd in g t o th e p ro g ra m m in g , a n d
sta rt s m o w in g fr o m t h e r e . T h e sp e ci a l arr angement of b la d e s m e a n s that t h e m o w n g ra ss i s n o t g a th e re d
u p b u t rem ai n s o n th e l a w n b e tw e e n th e sta lk s o f g r a s s . A s a r e s u l t , i t h a s a m u l c h in g or fer til is in g e f f e c t .
P r o d u c t d e s c r i p t i o n
1 6 . 2
1 6 . 3
1 C o n t ro l p a n e l 8 S T O P k e y
2
C a r ry h a n d le
C h a rg in g c o n ta ct s 1 0 B la d e p la t e
3
4 B um p er 1 1 D ri v e w hee ls w it h h ig h -g rip tr e a d
H o u s i n g 1 2
5
6 Cove r p la t e ( f l a p for h e ig h t ad ju st m en t) 1 3 Clea rer b la d e s
7 H e ig h t ad justment i nt e rio r
D e s i g n a t e d u s e
Th is de vi ce i s e xcl u si ve ly in t e n d e d fo r m o w in g p ri v a te l a w n s . Any othe r u s e i s r e g a rd e d a s n o t i n a cco rdan ce
w it h th e de si g n at e d u s e .
P o s s i b l e m i s u s e
Th is de vi ce i s n o t s u ita bl e fo r u s e i n co mm erc ial e n te rp ri se s, p u b lic f a c ili ti e s , p a r k s , sp o rts fa ciliti es o r i n
a gri cult ure a n d fo r e s t r y .
9 F ro n t w hee ls
Cut ter b la d e s
4 7 4 4 8 1 b 47
e n
1 6 . 4 B a s e s t a t i o n
O ri g in a l o p e ra ti n g i n st ru c tio n s
1 [H O M E k e y ]
2 L o w -v ol ta g e c a b le
3 B a s e s ta t io n
T h e b a s e s ta tio n i s c o n ne ct ed to th e ele ct ric al po wer sup ply (tra n sf o rm e r) u s in g the l o w -v o lta g e c a b le . T h e
b a s e s ta ti o n g ene rat es a c o n tr o l si gn a l a n d se n ds thi s i n th e b o un d a ry c a b l e .
T h er e a r e tw o c h a rg in g co n ta ct s o n the b a s e s ta ti o n wh ic h co n ta ct th e c h a rg in g co n ta ct s o n t h e R o b o l i n h o ©
3 0 0 0 a s s o o n a s i t m o v e s in t o th e b a s e st a t io n . T h e [H O M E k e y ] i s l o c a t e d o n th e b a s e st a t io n . P r e s s in g
thi s k e y ca u s es th e R o b o li n h o © 3 0 0 0 to termi nate i t s cu rr en t acti vit y f or th e d a y , a n d i t r e t u r n s au tom ati ca lly
to the b a s e s ta t io n .
1 6 . 5 T r a n s f o r m e r
T h e tran sform er g ene rat es th e po wer fo r th e b a s e s ta t io n ..
Tr ans forme r p u t i n a d ry p la c e wher e i t i s p r o te c t e d agai ns t s p la s h w a t e r.
1 6 . 6 B o u n d a r y c a b l e
T h e b o un da ry c a b le i s se cu re d w it h l a w n p e g s . If t h e su p pl ie d b o un da ry c a b le i s n o t l a r g e e n o u g h f or your
l a w n , y o u c a n o b ta in a n e x te n s io n c a b le fr o m your AL-K O d e a le r, te ch nici an or se rv ic e p a r tn e r .
4 B o u n d ar y c a b le
5 C h a r g in g c o n ta c ts
C AUT ION !
Damage t o t h e b o u n d a r y c a b le !
D o n o t sca rify th e l a w n i n th e a r e a o n ei ther si d e o f whe re th e b o un da ry c a b le i s l a i d .
48 R ob oli nh o© 300 0
P r o d u c t d e s c r ip ti o n
1 6 . 7 C o n t r o l p a n e l
AL K O
1 H O M E k e y 6 STAR T/P A U SE k e y
2 L C D d is p la y 7 M u lti fu n ct io n k e y r i g h t
3 S T O P k e y 8 M u lti fu n ct io n k e y l e f t
4 U p arr ow k e y 9 ON /O F F k e y
5 D o w n a rr ow k e y 1 0 M e n u k e y
F u n c t i o n o f t h e k e y s
1 T h e [H O M E k e y ] ca n ce ls the cu rr en t m o w in g
p ro c e d u r e . T h e R ob o lin h o m o v e s to i t s b a s e
s ta tio n . T h e R obo lin hos ta rts o n th e n e x t d a y ,
w ith th e n e x t m o w in g w in d o w .
2 T h e [L C D d is p la y] d isp lays th e cu rr ent s ta t u s
or th e s e le ct ed m e n u . .
3 P re s s in g th e [S T O P k e y ] sto p s th e R o b o lin h o
a n d the c u tt in g b l a d e w it h in 2 s e c o n d s .
4 T h e [u p a rr ow k e y a n d d o w n a rr ow k e y ] a r e
u s e d fo r na v ig a tin g i n the m e n u a n d for ch a n -
g in g v a lu e s .
6 P r e s s the [ST AR T /P A US E k e y ] to sta rt th e
R ob o lin h o or i nt e rru p t o p e r a tio n . C a u t i o n -
u n i t s t a r t s a f t e r 2 m i n u t e s a u t o m a t i c a l l y !
7 U s e th e [m u lt ifu n c tio n k e y s ri g h t or l e f t ] t o
c o n fi r m o r re v o k e co m m a n d s , fo r e x a m p le
( s e le c ti n g a m e n u c o m m a n d ).
8
9 T h e [O N /O F F k e y ] i s u s e d fo r sw it c hi n g th e
R ob o lin h o o n or o f f .
1 0 P r e s s the [m e n u k e y ] to o p e n the m e n u .
4 7 4 4 8 1 b 49
e n
1 6 . 8 S e n s o r s
S e c u r i t y s e n s o r
If th e R o b o li n h o © 3 0 0 0 i s l i f t e d u p b y i t s c a rr y h a n d le d u ri n g o p e r a tio n , a s a fe ty sensor s to p s th e b la d e w ith in
2 se co nds a n d sw itc he s o ff tr a ve l m o d e .
Rai n s e n s o r
T h e R o b o li n h o © 3 0 0 0 i s e q ui p p e d w it h a r a i n sen sor tha t in te rr u p ts th e m o w in g pro ce du re i n ca s e o f r a i n ,
a n d e n sur es that th e R o b o lin h o re tu r n s to i t s b a s e s t a t io n .
B u m p s e n s o r s an d o b s t a c l e d e t e c t i o n
T h e R o b o li n h o © 3 0 0 0 i s e q ui p p e d w it h sen sor s that
e n sur e i t ch a nge s i t s d ir e c tio n of t r a v e l i f i t e nc oun -
te r s o b s ta c le s . W h e n i t enc oun ters a n o b s ta c le , th e
t o p p a rt of th e h o u s i n g i s sh if te d s l ig h tl y . Th is ca u se s
a sen sor to tri gger a ch a ng e i n th e d ir e c tio n of t r a v e l .
Or ig in a l o p e ra ti n g in s t ru c ti o n s
T i l t s e n s o r in d i r e c t i o n o f t r a v e l
T h e R o b o li n h o © 3 0 0 0 i s s w it c h e d o ff b y th e tilt sen
sor i f i t e n c oun ter s a n u p w a r d or d o w n w a r d s lo p e of
m o r e th a n 3 5 % .
T i l t s e n s o r o n s i d e
T h e R o b o li n h o © 3 0 0 0 i s s w it c h e d o ff b y th e tilt sen
s o r if i t enc oun ters si de w ay s slo p e s of m o r e t h a n
3 5 % .
T h e R o b o li n h o © 3 0 0 0 d o es n o t re st a r t a uto ma tica lly aft er b e in g s w it c h e d o ff b y a s a fe ty s e n s o r .
T o r e s t a r t , i t i s n e ce ss a ry t o a ckn ow led ge th e fault b y p re s s in g t h e m u lti fu n ct io n k e y a n d re c t if y in g
th e f a u l t .
> 3 5 %
1 0 0 c m
E
o
l O
50 R ob olinh o© 3 00 0
S a fe ty in s t ru c ti o n s
1 7 S a fe ty in st ru ct io ns
CAU TION !
R i s k o f i n j u r y f r o m u n i n t e n t i o n a l s t a r t i n g !
T h e R o b o li n h o © 3 0 0 0 m u s t b e sw itc h e d o f f a n d s e c u re d w it h a P I N c o d e .
■ P le a s e o b se rv e th e sa fet y a n d w arn ing n o ti c e s i n thi s m a n u a l a n d o n th e p ro d u c t .
■ T h e e quip men t s h o ul d b e u s e d o n ly i f i n g o o d order a n d c o n d it io n
■ D e v ic e a n d b a s e s ta t io n reg u la rly f o r d a m a g e .
■ H a v e d a m a ge d p a r t s a n d b a tte r ie s r e p la c e d o r r e p a ir e d b y a n AL- K O d e a le r, te ch nic ia n or s e rv ic e
p a r t n e r .
■ K e e p b o d y a n d cl o t h in g a w a y fr o m c u tt in g p a r t s .
■ C h ild r e n a n d other p e rs o n s w ho a r e un familiar w ith th e o p e ra tin g ins tr u ct io ns m u s t n o t o p e r a te th e
m a c h i n e
■ K e e p o th e rs a wa y fro m da nge rou s a r e a s .
AL K O
■ T h e user i s re sp o n si b le fo r ac ci d e n ts i n v o lv in g other p e o p le a n d th e ir p r o p e r ty .
1 7 . 2 S a f e t y a n d p r o t e c t i v e e q u i p m e n t
S af e ty a n d p ro te ct iv e de v ic e s s h o ul d n o t b e d is a b le d .
■ S af e ty d e vic e s a r e n o t a ll o w e d t o b e b yp a s s e d , m a n ip u la te d or re m o v e d . F a ilu re to co mp ly c a n enda ng er
you r o w n h e a l t h a n d that o f other p e o p l e .
■ T h e R o b o li n h o © 3 0 0 0 i s p ro te c t e d b y a P I N c o d e i n orde r to pre ve nt i t fro m b e in g sw itc he d ba ck o n
i na dv ert en tl y or with out a u th o ris a tio n .
■ T h e R o b o li n h o © 3 0 0 0 i s s u p pl ie d fr o m th e fact ory w it h th e P I N c o d e : [ 0 0 0 0 ] . T h e P I N c o d e c a n b e
ch a n g e d b y the o w n e r .
■ A P U K c o d e m u s t b e e n te re d if th e P I N c o d e i s e n te re d inco rr e ct ly th re e ti m e s. R eq ue st thi s fr o m your
d e a l e r.
■ If th e w ro n g P UK co d e i s e n te re d , the R ob o lin h o 3 0 0 0 © w ill h a v e t o b e se nt i n fo r i t to b e u n lo c k e d .
■ T h e R o b o li n h o © 3 0 0 0 i s e q ui p pe d w it h a sa fet y se n s o r . I f h e i s l if t e d u p , i t s mo to r a n d c u tt in g b la d e s
a r e s to p p e d w ith in 2 s e c o n d s .
■ A ft er co nta ct w ith a n o b s ta c le , th e R o b o li n h o © 3 0 0 0 m o v e s b a c k , sto p s a n d ch a ng e s i t s dir e ct io n of
t r a v e l.
4 7 4 4 8 1 b 5 1
e n
1 8 A s s e m b ly
1 8 . 1 A s s e m b l i n g t h e b a s e s t a t i o n
O r ig in a l o p e ra ti n g in s t ru c ti o n s
4 3
4
1 . In s e rt th e b a s e p la t e ( 3 ) w it h i t s front e d g e i n th e dir e c ti on o f a rr ow 1 i n t o th e p la t e o f th e b a s e s ta t io n
( 2 ) , a n d f o l d u p w a rd s i n th e d ir e ct io n o f a rr ow 2 .
2 . P la c e th e e xt e n si o n p la t e ( 4 ) unde r the b a s e s ta t io n ( 2 ) a n d se cu re i t w ith l a w n p e g s ( 1 ) .
1 8 . 2 S e t t i n g u p t h e b a s e s t a t i o n
1 . P la c e th e b a s e s ta t io n i n a s ha dy l o c a t io n i n th e g a rd en o n s m o o th le v e l g ro u nd w her e i t wil l b e p r o -
te c te d a gain st th e r a i n . T h e n u s e l a w n p e g s t o se cu re i t i n p la c e (w h it e d o ts ) . C omp ly w it h th e s p e ci fi
e d d ime nsio ns w h e n d o in g t h i s .
2 . R e m o v e th e i n s u la t io n fr o m th e bo un d a ry c a b le ( 2 ) a n d c o nne ct i t to o n e s id e ( 1 ) o f the b a s e s t a t io n .
T h e n co n tin u e to l a y the c a b le a s sh o w n , co m p ly in g w ith th e sp e ci fi e d d is ta n c e s .
5 2 R obo linh o© 3000
A s s e m b l y
AL K O
3 . T o a v o id d am age w h e n m o w in g , m a k e su re tha t the bo un d a ry c a b le i s i n dir ec t co nta ct w ith th e
g ro u n d a t a l l p o in ts w h e n y o u a r e l a y i n g i t .
4 . If the re a r e p la c e s w her e the bo un d a ry c a b le i s n o t i n dir ec t co nta ct w it h th e g ro u n d , se cu re these w it h
a n a d di tio na l l a w n p e g .
1 8 . 3
1 8 . 3 . 1
L a y i n g t h e b o u n d a r y c a b l e
CAU TION !
- D a n g e r o f d a m ag e t o t h e b o u n d a r y c a b l e a n d i m p a i r m e n t o f f u n c t i o n o f t h e R o b o li n h o © 3 0 0 0 !
A
T o e n s u r e re lia b le fu n c tio n , th e bo un d a ry ca b le m u s t b e l a i d a s d e sc rib e d i n the fo llo w in g s te p s .
1 . C hec k the a r e a to b e m o w n .
2 . R e m o v e m o l e h il ls a n d win dfa ll fr u it , other fo re ig n b o d ie s a n d l e v e l o u t an y h o le s i n th e a re a to b e
m o w n . L a y y our bo un d a ry c a b le a ro u n d o b s ta c le s .
3 . L a y the bo un d a ry wir e s o ti g h tly , tha t the ro b o t l a w n the c a b le whe n d r iv in g n o t d r a g s .
4 . L a w n s w it h g ra ss m o r e th a n 8 c m ta ll ca n no t b e m o w n u s i n g the R o b o li n h o © 3 0 0 0 , a n d w il l h a v e to b e
m o w n i n a d v a n ce b e fo re the bo un d a ry c a b le i s l a i d .
5 . O n c e th e bo un d a ry c a b le h a s b e e n l a i d o n the g ra s s , d o n o t sca rif y th e a r e a o f the bo un d a ry c a b le
a n y lo n g e r .
L a y i n g o p t i o n s
T h e bo un d a ry c a b le c a n b e l a i d o n th e l a w n ( 1 ) a n d
a s m u c h a s 1 0 c m unde r th e t u r f ( 2 ) . H a v e you r dea
ler ca rr y o u t the l a y i n g un de r th e t u r f o n y our b e h a l f .
^ I f nec ess a ry,
meth ods .
y o u can al so co mb ine b o t h
1
.
...... ... . . . . . . . . . . . . . . . . . -
" i i i i u ' " " 1 1 1
m i » m m i i ' ■ ■ i ' m n ' " H
1 8 . 3 . 2
m a x. 1 0 c m
S p a re l o o p s o f c a b le
Y o u s h o ul d inc o rp o ra te s p a re lo o p s o f c a b le a t r e g u -
lar in te rv a ls i n order to a llo w the b a s e s ta tio n t o
b e re p o si tio n e d or the m o w in g a r e a to b e e x te n d e d
e v e n after the m o w in g a r e a h a s b e e n l a i d o u t . T o d o
th is , g u id e the bo un d a ry c a b le a r o u n d a l a w n p e g ,
r e t u r n t o the p re vi ou s l a w n p e g , th e n c o n tin u e a s
s h o w n , s e cu ri n g w ith ano ther l a w n p e g .
^ S e l e c t th e n u m b e r o f s pa re ca ble loops ac cor -
ding to y o u r ow n ju d g e m e n t.
4 7 4 4 8 1 b 5 3
e n
1 8 .3 .3 R o ut e c a b l e p r o p e r l y
O ri g in a l o p e ra ti n g i n s t ru c ti o n s
W h e n l a y i n g th e b o u n d a ry c a b le i n w al kw a ys , i t i s n e ce s sa ry t o m a in ta in t h e m in im u m dist anc es fr o m
ob stac les a n d th e m in im u m p a s s a g e w id th , oth erw ise t h e R o b o li n h o © 3 0 0 0 w ill n o t b e a b le to o p e r a te
c o rr e c t ly .
5 4 R ob olinh o© 3 00 0
A s s e m b l y
1 8 .3 .4 L a y i n g t h e c a b l e a r o u n d o b s t a c l e s
W h e n la y i n g th e c a b le a ro u n d o b s ta c le s , m a in ta in th e dist anc es s h o w n i n th e ill u s t ra t io n .
ALKO
If th e re i s a dis ta nc e o f 0 c m b e tw e e n th e c a b le s , i t
i s p o s s ib le fo r th e c a b le t o b e d ri v e n o v e r . I n m o s t
c a s e s , th e b e s t so lu t io n .
1 8 .3 .5 Ca bl e c r o s s e m b a r r a s s e d
W h e n th e dis ta nc e i s at l e a s t 3 0 c m , th e
R o b o li n h o © 3 0 0 0 in te rp re ts t h e dis ta nc e a s a p a t h
a n d m o v e s a ro u n d th e o b s ta c le .
Cro ss ov ers i n th e b o un d a ry c a b le a uto ma tica lly c a u se th e m o w in g p ro c e du re t o b e c a n c e lle d , b e c a u s e th e
R o b o li n h o © 3 0 0 0 canno t p ro ce ss t h e si gn a ls i t re ce iv e s a t th is p o i n t .
4 7 4 4 8 1 b 5 5
e n
1 9 El e ct ric al Inst al la ti on
1 9 . 1 C o n n e c t i n g t h e b o u n d a r y c a b l e t o t h e b a s e s t a t i o n
Or ig in a l o p e ra ti n g in s t ru c ti o n s
1 . R e m o ve th e in s u la t io n fr o m th e b o u n d a ry c a b le ( 2 ) aft er l a y i n g t h e c a b le a n d co nne ct t o th e s p ri n g te r -
m in a ls ( 1 ) .
1 9 . 2 C o n n e c t i n g t h e l o w - v o l t a g e c a b l e s t o t h e t r a n s f o r m e r
1 . S tr i p 1 0 m m o f in s u la t io n o ff th e l ow -v o lta g e ca b le s ( 3 / 4 ) .
2 . U ns cr e w th e sc re w s w it h a scr ewdriver ( 2 ) a n d co nne ct th e lo w -v o lta g e ca b le s to th e tran sformer ( 1 ) .
^ T he c ab le s can b e co n n e c t e d t o e i t h e r te rm in al , the re is no n e e d t o ob ser ve a p a r t ic u l a r p o l a r it y .
3 . In s e rt th e m a in s p lu g of th e tran sformer i n t o t h e m a in s s o c k e t .
5 6 R ob olinh o© 3 00 0
E l e c tr ic a l In sta llatio n
1 9 . 3 O p e n i n g t h e b a s e s t a t i o n
T h e cover on ly h a s t o b e o p e n e d fo r th e p u rp o s e o f ch e ck in g th e L E D d is p la y s .
1 . T o che ck th e co n n e ct io n , o p e n th e cover ( 2 ) o n th e rea r o f th e b a s e st a tio n ( 1 ) .
2 . Un sc re w th e fa s te n in g s cre w s ( 3 ) a n d r e m o v e th e cover fr o m th e b a s e s ta t io n .
ALKO
1 9 . 4 C h e c k i n g t h e c o n n e c t i o n
T h e L E D s m u s t li g h t u p w h e n th e c a b le s a r e co n n e ct e d . If th is i s n o t the c a s e , p u l l o u t th e m a i n s p l u g a n d
che ck if a l l p l u g co nn e ct io n s a n d c a b le s a r e co rr ect ly s e a te d ; a ls o che ck them fo r d a m a g e .
ye llo w L E D ( 1 )
■ li g h ts u p if th e b a s e s ta ti o n i s c o n ne ct ed to th e tran sfor me r a n d th e re i s a n ele ct ric al po wer supply t o
th e tra ns fo rm e r.
■ f l a s h e s w h e n th e R o b o li n h o © 3 0 0 0 i s c h a rg in g .
g re e n L E D ( 2 )
■ li g h ts u p w h e n th e b o un d a ry c a b le i s l a i d co rr ec tly a n d th e l o o p i s O K .
■ f l a s h e s a n d th e n go es o u t if th e l o o p o f th e bo un d a ry c a b le i s n o t O K .
47 4 4 8 1 b 5 7
e n
2 0 S t a r tu p
2 0 . 1 P r e p a r a t i o n s
B e f o re s ta r ti n g t o o p e ra te th e R o b o l i n h o © 3 0 0 0 ,
p la c e i t i n i t s s ta r ti n g p o s it io n i n th e d e fi n e d m o w in g
a r e a .
^ C o m p ly w i t h the sp ec ifi e d di m ens io ns .
O r ig in a l o p e ra ti n g in s t ru c tio n s
2 0 . 2 T r a n s p o r t
G en er al
C AUT ION !
- I n j u r i e s d ue t o t h e c u t t i n g b l a d e s !
A
M a k e s u r e th e cu tt in g b la d e p la t e i s p o in ti n g a w a y fr o m yo ur b o d y .
5 8 R ob oli nh o© 300 0
S ta r tu p
T r a n s p o r t i n g w i t h i n t h e m o w i n g area
1 . S to p the R o b o li n h o © 3 0 0 0 u s in g [ S T O P k e y ] ( 2 )
2 . S w i tc h off R o b o li n h o © 3 0 0 0 a t [O N /O F F k e y ]
( 1 ) .
2 0 . 3 S w i t c h i n g o n
S t a t u s d i s p l a y
B r il i
M ode l R ob ol in e ™ R30
S o ft w a re # x x x x x x
S e r ia l - n u m b e r x x x x x x
1 . S w i tc h o n the R o b o lin h o b y p re s s i n g the [O N /O F F k e y ] .
AL K O
^ T he L C D di spl ay the n show s the illus trat ed inf or m at ion :
D i s p l a y a f t e r t h e s t a t u s d i s p l a y
T T . M M J J J J 0 0 : 0 0
U n c a lib r a te d
Pr e s s s ta rt key
C h a r g e 9 3 %
■ Th e L C D dis p la y sh o ws the in fo rm a tio n U n c a lib ra t e d .
^ T he L C D di sp lay au to m at ic al ly c h a n g e s t o the reg is tra tio n windo w f o r la n g u a g e se le c tio n.
2 0 . 3 . 1 L a n g u a g e s e l e c t i o n
T h e corr es p o n di n g l an gu age o n ly n e e d s to b e s e le ct ed h e r e d u ri n g the i n i t i a l s ta r t- u p .
[ S e l e c t la n g u a g e ]
En gli sh
D eu tsc h
C on fi rm
1 . U s e the [a rr o w k e y s ] to se le ct the r e q u ir e d la n g u a g e .
2 . C o n f i r m w it h the [m u lti fu n ct io n k e y ] .
^ A f t e r c o n fi r m i n g , the L C D di sp la y sho ws [ E n t e r reg is tr at ion PIN ].
2 0 .3 .2 E n t e r P I N c o d e
[ R e g is tr a ti o n ]
E n te r P IN
2 0 .3 .3 E n t e r in g t h e f a c t o r y - s e t P I N c o d e
T h e fact ory-set P I N c o d e o n ly n e e d s to b e e n te re d d u ri n g the i n i ti a l s ta r t- u p . Th e fact ory-s et P I N co d e i s
[ 0 0 0 0 ] .
4 7 4 4 8 1 b 5 9
e n
O r ig in a l o p e ra ti n g in s t ru c tio n s
1 . U s e th e co rr es p o n di n g [ a r ro w k e y s ] ( 1 ) or ( 2 ) to se lect th e co rr es p o n di n g d ig its a n d c o n fi r m e a c h o n e
w it h th e [m u lti fu n ct io n k e y ] ( 4 ) .
2 . Enter th e n e x t 3 r e q u ir e d d ig its i n th e sa m e w a y .
3 . C o n f i r m th e l a s t e n tr y w it h [m u lti fu n ct io n k e y ] ( 3 ) .
^ Following t h i s , the L C D dis p la y sh ows the [ C h a n g e P I N ] dialo g b o x .
20.3 .4 C h a n g i n g t h e P I N c o d e
[ C h a n g e P I N ]
E n te r th e n e w P I N
A b o r t
1 . Enter a n e w P I N a n d re p e a t .
2 . C o n f i r m th e l a s t e n tr y w it h [m u lti fu n ct io n k e y ] .
^ A f t e r t h i s , the L C D displa y shows the [ D a t e d ialog b o x ] .
2 0 .3 .5 S e t t i n g / c h a n g i n g t h e date
E nte r th e d a te a n d tim e co rr e c tly , b e c a u s e fu rther p ro g ra m m in g de pe n d s o n th e d a te a n d t i m e .
[ E n te r the d at e ]
T T . M M . J J J J
2 5 .0 5 . 2 0 1 2
Co n fi rm
1 . U s e th e co rr es p o n di n g [ a r ro w k e y s ] ( 1 ) or ( 2 ) to se lect th e co rr es p o n di n g d ig its a n d c o n fi r m e a c h o n e
w ith th e [m u lti fu n ct io n k e y ] .
^ A f t e r c o n fi rm in g , the L C D disp lay show s [T i m e dialog b o x ] .
W h e n e n te ri n g th e ye ar (Y Y Y Y ), i t i s o n ly ne ce ss a ry to en ter th e l a s t tw o d ig its b e c a u s e t h e f i r s t
tw o 20 XX a r e p r e s e t .
2 0 .3 .6 S e t t i n g / c h a n g i n g t h e t i m e
[ E n te r tim e ]
2 4 h o u r fo r m a t
7:00
A b o r t C o n fir m
T T . M M . J J J J 0 0 : 0 0
U n ca lib ra te d
Pres s s t a r t k e y
C h a rg e 9 3 %
1 . U s e th e co rr es p o n di n g [ a r ro w k e y s ] to selec t th e corr es p o n di n g d ig its a n d c o n fi r m e a c h o n e w ith t h e
[m u lti fu n ct io n k e y ] .
^ Follow ing t h i s , the L C D dis p la y shows the [ U n c a li b r a t e d ] status b o x .
6 0 Ro bol inh o© 3000
S ta r tu p
ALKO
2 0 .3 .7
2 0 .3 .8
C a l i b r a t i o n
F o r ca lib ra ti o n , s e t u p th e R o b o li n h o © 3 0 0 0 a c co rd in g ly , s e e Pre par atio ns, p a g e 5 8 .
CAU TIO N !
- The d r i v e s t a r t s w h e n t h e [ ST A RT k e y ] i s p r e s s e d .
A
D o n o t re a c h i n t o ro ta tin g p a r t s .
2 5 .0 5 . 2 0 1 2 09 :4 8
! W a r n i n g
Drive s ta rt s
C ha rg e
!
92%
1 . T h e au tomatic c a li b ra tio n p ro ce du re st a r ts w h e n t h e [S T A R T k e y ] i s p r e s s e d .
^ T he [ D r iv e sta rtin g] warn ing fl ash es o n the L C D d i s p l a y .
C a l i b r a t i o n p r o c e d u r e s t a r t s
2 5 .0 5 . 2 0 1 2 09 :4 8
C a li b r a tio n
PH A SE [ 1 ]
C ha rg e 92%
T h e R o b o li n h o © 3 0 0 0 first m o v e s straig ht ove r t h e
bo un da ry ca b le i n order to g a u g e t h e s ig n a l s tr e n g t h ,
a n d t h e n i n t o t h e b a s e s ta t io n . T h e b a tte ry of t h e
R o b o li n h o © 3 0 0 0 i s c h a r g e d .
2 0 .3 .9
T h e R o b o li n h o © 3 0 0 0 m u st re m a i n s to p p e d
w h e n i t m o v e s i n t o th e b a s e s ta t io n .
I f t h e R o b o li n h o © 3 0 0 0 d o e s n o t m ee t t h e
c o n ta c ts w h e n i t m o v e s i n t o th e b a s e s ta
ti o n , i t w ill m o v e furthe r a lo n g th e b o un d a ry
c a b le u n t i l i t m e e ts t h e co n ta ct s or th e p ro
c e d ur e i s c a n c e lle d .
D i s p l a y a f t e r t h e c a l i b r a t i o n m o v e m e n t
< Pro gra m I n fo > C o m m is s io n in g
T ot al w e e k l y
m ow in g ti m e x x : x x
A b o r t C on fir m
c o m p le te d
M ow in g pro gr am i s ac t
F o llo w in g ca lib ra ti o n , t h e [ T o t a l weekly m o w in g ti m e ] wi ndo w i s disp la ye d ove r th e p ro g ra m in f o rm a t io n .
Con fi rm th is dis p la y in fo rm a tio n w ith th e [m u lt ifu n c tio n k e y r i g h t ] , th e n c a lib ra tio n i s c o m p l e t e .
^ T h e mo wi n g pr o g ram is a c tiv e, th e b a t t e r y i s charged.
A f t e r c a li b ra ti o n h a s b e e n co m p le te d , t h e R o b o li n h o © 3 0 0 0 c a n b e u s e d f o r m o w in g w ith t h e fact ory-s et
mo w in g ti me s wi thout furthe r p ro g ra m m in g .
T h e fol low ing m o w in g tim e s a r e fa c to ry -s e t: M o n - F r i : 0 8 :0 0 - 1 2 : 0 0 a n d M o n - F r i : 1 4 : 0 0 - 1 8 : 0 0 .
474 4 8 1 b 6 1
e n
2 0 . 4 C h e c k i n g t h e c a b l e l a y i n g
1 . P la c e th e R o b o l i n h o © 30 00 ab out 1 m e t re i n
fron t of th e b o un d a ry c a b le .
2 . P r e s s the [H O M E k e y ] , th e R o b o l i n h o © 3 0 0 0
m o v e s a lo n g the bo un d a ry ca b le b a ck to w a rd s
th e b a s e s t a t io n .
3 . I n c a s e of co lli si o n s or if th e b o un d a ry ca b le i s
l a i d to o c l o s e , th e R o b o l i n h o © 3 0 0 0 w il l c a n c e l
i t s m o v e m e n t.
4 . R e c t if y the e r r o r , p la c e the R o b o l i n h o © 3 0 0 0
a bou t 1 m i n fron t o f th e b o u n d a ry ca b le o n c e
a g a in a n d p re s s th e [H O M E k e y ] a s e c o n d t i m e .
P re s s in g th e [H O M E k e y ] de act ivat es th e
m o w in g d a y . P r e s s in g th e [S T A R T k e y ]
ac tiv ate s the m o w in g d a y a n d s ta r ts th e
m o w in g p ro c e d u r e .
O r ig in a l o p e ra ti n g in s t ru c ti o n s
2 0 . 4 . 1 I f t h e e r r o r m e s s a g e
1 . U n p l u g th e tr a n s fo rm e r .
2 . Re p a ir c a b l e .
3 . Trans form er reco n ne ct to the power g r i d .
62 R ob olinh o© 300 0
P r o g r a m m in g
2 1 Pr o gr am m in g
2 1 . 1 O v e r v i e w o f m a i n m e n u
T h e m a i n m e n u o f the R o b o l i n h o © 3 0 0 0 i s d iv id e d u p i n t o the fo llo w in g su b m e n u s :
■ P ro g ra m m e n u
■ S e t ti n g m e n u
■ I n f o r m a ti o n m e n u
AL K O
[ Ma in m enu ]
* P ro gr am s
S e tt in g s
B a ck C on fi rm
[ Ma in m enu ]
* In fo rm at ion
Ba ck
_ _ _ _ _
C on fi rm
P ro g ra m m e n u S e t ti n g m e n u I n f o r m a ti o n m e n u
[ Pr o g r a m s ]
* W e e k p ro gr am
En tr y p oi nt s
B a ck C on fi rm
[ Pr o g r a m s ]
* P ro gr am in fo
B a ck C on fi rm
[ S e tt in g s
* Ti me
Da te XX. XX.20XX
Ba ck
[ S e tt in g s ]
* L an gu ag e
P I N c od e
Ba ck
__ __ __ __ C ha ng e
[ S e tt in g s ]
* B ut ton to n e s a cti ve
R a i n sensor d e la y
B a ck C ha ng e
[ S e tt in g s ]
* Ed g e mow ing
Re ca lib rate
B a ck C ha ng e
12:35
C h a n g e
[ In fo rm at io n ]
]
* H ar dw a re
S o ft w a re
B a ck C on fi rm
[ In fo rm atio n ]
* P ro gram in fo
B a ck C on firm
[ S e tt in g s ]
* F a c t o r y s e tt in g s
Back C han ge
1 . S ta rt th e R o b o li n h o © 3 0 0 0 a s d e s c r ib e d .
2 . U s e th e [ u p a r r o w k e y ] or th e [ d o w n a r r o w k e y ] t o se le ct th e r e q u ir e d m a i n m e n u .
^ T he s t a r symbol t o the le ft o f th e m e n u dis pla ys sho ws w h ic h s e lec tio n i s a c ti v e .
3 . C o n f ir m th e re q u ir e d m a i n m e n u w it h th e [ m u lt if u n c t io n k e y r i g h t ] .
^ T he co rr esponding sub -m en us o p e n .
4 . C o n f ir m th e re q u ir e d a p p li c a t io n w it h th e [ m u lt if u n c t io n k e y r i g h t ] .
^ C h an g e th e su b- m en u items i f re qu ire d.
5 . U s e th e [ m u lt if u n c t io n k e y l e f t ] to r e t u r n t o th e s ta n d a rd d is p la y .
2 1 . 2 S t a r t i n g p r o g r a m m i n g
I n o rde r t o a c c e s s th e p r o g r a m m e n u s o f th e R o b o li n h o © 3 0 0 0 , i t i s n e ce s sa ry t o p e r fo r m th is sta r t
p ro c e d u r e i n a l l c a s e s .
4 7 4 4 8 1 b 63
e n
1 . S w it c h o n th e R o b o li n h o © 3 0 0 0 b y p re s s i n g th e [O N /O F F k e y ] .
2 . Enter P I N c o d e , E n t e r P I N co de , p a g e 5 9 .
^ T he P I N cod e m a y a ls o b e the fact ory code i f n o dif fer ent cod e was e n t e r e d duri ng c a li b r a ti o n .
■ A ft e r th e P I N co d e h a s b e e n e n te re d , th e [N e x t m o w in g ] i n fo rm a tio n a p p e a rs , or th e cu rr ent m o w in g
d u ra ti o n .
^ T he d is pl ay e d m o wi ng opera tion m a y b e the fact or y s e tt i n g , unl ess a n e w m o wi n g ope ration h a s
a l r e a d y b e e n pro g ra m m ed .
1 3 . 0 6 . 2 0 1 1 1 2 : 1 5
Next use
T u e s 18: 0 0- 1 9: 0 0
C h a rg e 8 0 %
T h e R o b o li n h o © 3 0 0 0 i s n o w re a d y fo r th e p ro g ra m s a n d se tt in g s t o b e s e le c te d .
2 1 . 3 S e l e c t i n g t h e m e n u
O r ig in a l o p e ra ti n g in s t ru c tio n s
A ft e r sw itc hi n g o n , i t i s p o s s ib le to c a l l u p th e m a i n m e n u w it h th e [ m e n u k e y ] ( 1 ) .
2 1 . 4 P r o g r a m m e n u
I D e s c r i p t i o n o f fu n c tio n k e y s , Co ntrol p a n e l , p a g e 4 9
■ M a k e th e se tt ings i n th e we ek p ro g r a m .
■ P ro g ra m th e e n tr y p o i n t s .
■ L o o k a t th e p ro g ra m i n f o , e . g . m o w in g p ro g r a m .
2 1 . 4 . 1 S e l e c t i n g t h e p r o g r a m
B e f o r e p ro g ra m m in g , i t i s ne c es s a ry to p e rf o r m th e star t p ro c e d u r e , St arting th e R ob ol in ho, p a g e 7 2 .
[ M a in men u ] [ Pr o g r a m s ]
* P ro gr am s * W e e k p ro gr am
S e tt in g s !
Ba c k C on fir m B a c k Co n fi rm
1 . U s e th e [ u p a rr ow k e y ] or th e [d o w n a rr o w k e y ] t o selec t th e [ P r o g r a m s ] m e n u i t e m .
2 . C on fi rm w it h th e [m u lt if u n c ti o n k e y r i g h t ] .
3 . S ele ct th e r e q u ir e d p ro g ra m s a n d c o n fi rm wit h th e [di sp la y k e y r i g h t ] .
_ __ _
En tr y po in ts
6 4 Ro bol inh o© 3000
P r o g r a m m in g
2 1 .4 .2 S e t t i n g t h e w e e k p r o g r a m
I n th e we ek p ro g ra m , the d a ys o f the we ek a n d th e times a r e se t w h e n the R o b o li n h o © 3 0 0 0 s h o ul d m o w
a u to m a tic a lly .
■ I n th e [ A l l d a y s ] m e n u i t e m ( 1 ) , th e R o b o l i n h o © 3 0 0 0 m o w s a t the se t times ev ery d a y .
^ T he sy mb ol [ X ] shows th e cur rently active d a y o f th e we ek .
■ I n the [D a y o f w ee k] m e n u i t e m ( 2 ) , the R o b o l i n h o © 3 0 0 0 m o w s a t the se t tim e s o n the se t day o f th e
w e e k .
1 . U s e th e corr es p o n di n g [ a r ro w k e y s ] t o se lect the r e q u ir e d m e n u i t e m a n d c o n fi rm w it h the [di sp la y k e y ]
i n e a c h c a s e .
^ O b se rv e th e m o w in g re s u lt a n d m o w a s lo ng a s n e c e s s a r y i n o r d e r t o obtain a well k e p t la w n .
[ A l l d a y s ] m e n u item
1 . Se le c t th e [ A l l d a y s ] m e n u i t e m w it h the [a r ro w k e y s ] a n d c o n fir m w ith the [m u lti fu n ct io n k e y r i g h t ] .
2 . P re s s the [ d o w n a rr ow k e y ] u n t i l [ C h a n g e ] i s a c t i v e .
3 . Se le c t th e re q u ir e d m e n u i t e m w it h th e [a r ro w k e y s ] a n d c o n fir m w it h the [m u lti fu n ct io n k e y r i g h t ] .
AL K O
[ \| v e e k p ro gr ar
* All d ay s
M on da y
Ba ck C ha ng e
E x p l a n a t i o n o f s y m b o l s
i ]
[ X ]
[ ]
( 1 ) M e n u i t e m
( 2 ) M e n u i t e m
( 3 ) [ - ]
[ R ]
E d g e m o w in g
[ M ]
( 4 ) St art ti m e
( 5 ) E n d ti m e
( 6 ) [ 0 - 9 ]
F ix e d e n try p o in t
A ll d a y s
D a y o f week
M o w in g window d e a c ti v a te d
T h e R ob o lin h o 3 0 0 0 m o w s o n th e ri g h t a lo n g th e b o u n -
d ary c a b le . A ft er m o w in g th e e d g e s , th e R ob o lin h o 3 0 0 0
co n ti nu e s m o w in g th e m a rk ed- out a r e a .
N o r m a l m o w in g
T h e R ob o lin h o 3 0 0 0 d ep art s fro m the b a s e s ta tio n a t th e
s e le c te d ti m e fo r m o w in g .
T h e R ob o lin h o 3 0 0 0 m o v e s b a c k to th e b a s e s ta t io n a t
th e s e le c te d ti m e .
T h e R ob o lin h o 3 0 0 0 d ep art s fro m the s e le ct ed e n tr y
p o in t a t the s e le c te d tim e fo r m o w in g . Th es e e n try p o in t s
c a n b e s e t .
[ ? ]
Au tom at ic e n try p o in t
T h e e n try p o in ts a r e c h a n g e d au tom ati ca lly (r e co m m e n -
d e d s e tt in g ).
2 1 .4 .3 S e t t i n g e n t r y p o i n t s
[ M a in m enu ]
* P ro gr am s
S e tt in g s
B a ck C on fi rm
4 7 4 4 8 1 b 65
e n
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] to se lect th e [P ro g ra m s ] m e n u i t e m u n ti l the sta r s y m -
b o l a p pe a rs to the l e f t o f th e m e n u i t e m .
2 . C on fir m w it h th e [m u lti fu n ct io n k e y r i g h t ] .
21 .4 .4 C a l l i n g u p e n t r y p o i n t s
[ Pro gr am s
W e e k p ro gr am
* E n tr y poi nts
Ba ck Co n fir m
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] to se lect th e [E n tr y p o in ts ] m e n u i t e m u n t i l th e sta r
sym b o l ap pe a rs t o th e l e f t o f th e m e n u i t e m .
2 . C on fi rm w it h th e [m u lt if un ct io n k e y r i g h t ] .
3 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] to se lect th e [P o in t X *] m e n u i t e m u n t i l the sta r s y m b o l
a p pe a rs to th e l e f t o f the m e n u i t e m .
4 . S e t th e r e q u ir e d d ist anc es a n d se t a d di tio na l e n try p o in ts if n e c e s s a ry .
5 . C on fi rm w it h th e [m u lt if un ct io n k e y r i g h t ] .
6 . P re s s th e [m e n u k e y ] a g a i n to re t u r n t o th e m a i n m e n u .
]
O r ig in a l o p e ra ti n g in s t ru c ti o n s
[ E n tr y p oi nt s ]
* Po in t X 1 a t [ 0 2 0 m ]
Po in t X 2 a t [0 7 5 m ]
Ba ck C on fi rm
■ B y d e fa u lt , the fi rs t e n try p o in t i s alw a ys 1 m to the ri g h t o f th e b a s e s ta tio n , a n d ca nno t b e
c h a n g e d .
■ B y d e fa u lt , an other 9 e n try p o in ts a r e dis tr ib ut ed a lo n g th e o v e ra ll l e n g th o f the bo un d a ry c a b le
(af ter the 1 s t e d g e m o w in g or co m p le te l o o p m o v e m e n t) .
■ T h e s e e n try p o in ts c a n b e ch a n g e d a n d p ro g ra m m ed a c co rd in g t o th e s iz e a n d co m p o si tio n
o f th e m o w in g a r e a .
2 1 .4 .5 L e a r n in g e n t r y p o i n t s
1 . P re s s th e [ST AR T /P A US E k e y ] to sta rt the p r o c e d u r e .
^ F o llo w the ins tr u c tio ns o n th e d is p l a y . [ L e a rn en tr y points]
2 . S e t e n try p o in t X .
3 . P o s i ti o n : S e t Y w it h the [m u lt if un ct io n k e y r i g h t ] .
■ N o e n try p o in t i s s e t .
■ T h e l o o p l e n g t h i s m e a s u re d a n d the sta rt p o in ts a r e au tom atically dist ri b ut ed e ve nly ov er th e
l e n g t h .
■ T h e e n try p o in ts c a n b e a d a p te d m a n u a l l y .
2 1 . 5 S e t t i n g m e n u
■ S e t ti n g the tim e
■ S e t ti n g the d a te
■ S e t ti n g the la n g u a g e
■ S e t ti n g the b u tt o n to n e s
A ctiv ating or de ac ti va ti n g th e r a i n sensor
S e t ti n g the displ ay co n tra s t
A ctiv ating the s e tt in g l o c k
R e s t o ri n g fact ory s e tt in g s
2 1 . 5 . 1 S e t t i n g t h e t i m e
S e l e c t i n g t h e p r o g r a m
B e f o r e p ro g ra m m in g , i t i s ne ce ss a ry to p e rf o r m the sta rt p ro c e d u r e , . Star ting th e Rob ol in h o , p a g e 7 2
[ M a in menu
P ro gr am s
* S e tt in g s
C on fi rm
66 R obo linh o© 3000
]
[ E n te r ti m e ]
2 4 h o u r f o r m a t
7 :00
A b o r t C on fi rm
P r o g r a m m in g
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] t o se lect the [P ro g ra m s] m e n u i t e m .
2 . C a l l u p th e [En ter tim e ] m e n u .
3 . C on fir m w it h the [m u lti fu n ct io n k e y r i g h t ] .
4 . Se le ct th e re q u ir e d tim e w it h th e [a rr o w k e y s ] a n d c o n fir m w it h th e [m u lti fu n ct io n k e y r i g h t ] .
5 . P re s s the [m e n u k e y ] twic e to c o n fir m a l l e n tr ie s a n d r e t u r n t o th e m a i n m e n u .
T h e tim e i s dis p la ye d i n 24- ho ur fo r m a t. W h e n s e tt in g th e tim e , i t i s n ec ess ary to select e a c h
in d iv id u a l digi t u n t i l i t fla s h e s . Ent er th e tim e c o rr e c t ly , b e ca u se furthe r p ro g ra m m in g d epe nd s o n
the ti m e . C on fir m i nd iv id u a l d ig it s a n d u s e the arr ow k e y s to se lect the n e xt d i g i t .
2 1 .5 .2 S e t t i n g t h e date
S e l e c t i n g t h e p r o g r a m
B e f o re p ro g ra m m in g , i t i s ne ce ss a ry to p e rf o r m th e sta rt p ro c e d u r e , .S tarting the R ob oli nh o, p a g e 7 2
AL K O
[ M a in m enu ]
P ro gr am s
* S e tt in g s
C on fi rm C on fir m
[ E n te r th e d a te ]
T T . M M . J J J J
2 5 .0 5 . 2 0 1 2
1 . Se le ct th e re q u ir e d p ro g ra m i t e m w ith th e [a r ro w k e y s ] a n d c o n fir m w ith the [m u lti fu n ct io n k e y r i g h t ] .
2 . C a l l u p th e [D a t e ] m e n u .
S e t t i n g t h e date
T h e d a te displ ay i s st ru ct u re d a s fo l lo w s :
■ D D fo r the d a y .
■ M M fo r th e m o n t h .
■ YY YY for th e y e a r .
1 . P re s s the [ u p a rr ow k e y ] b ri e fly o n c e . A [ 0 ] fla sh es a t th e fir st p la c e i n th e d is p la y , or p r e s s th e [ d o w n
a rr ow k e y ] o n c e b r i e f l y . A [ 9 ] fla sh es a t th e first p la c e i n th e d is p la y .
2 . C on fir m w it h the [m u lti fu n ct io n k e y r i g h t ] .
^ E i t h e r use the [down a r r o w k e y ] t o co un t down from [ 9 ] o r use the [u p a r r o w k e y ] to cou nt u p u n t i l
th e r e q u ir e d di gi t is d is pl ay ed .
3 . E nter th e n e x t r e q u ir e d dig its i n the sa m e way u n ti l the d a te h a s b e e n ful ly s e t .
4 . C on fir m w it h the [m u lti fu n ct io n k e y r i g h t ] .
5 . P re s s the [m e n u k e y ] twic e to c o n fir m a l l e n tr ie s a n d r e t u r n t o th e m a i n m e n u .
E n te r the d a te c o rr e c t ly , b e ca u se furthe r p ro g ra m m in g d e pen ds o n th e d a te . W h e n e n te ri n g th e
yea r ( Y Y Y Y ) , i t i s o n ly ne ce ss a ry t o enter the l a s t tw o di g its b e ca u se th e first tw o 20 XX a r e p r e s e t .
2 1 .5 .3 S e t t i n g t h e la n g u a g e
B e f o re p ro g ra m m in g , i t i s ne ce ss a ry to p e rf o r m th e sta rt p ro c e d u r e , .S tarting the R ob oli nh o, p a g e 7 2
[ M a in m enu ]
P ro gr am s
* S e tt in g s
C on fi rm
[ S e l e c t l a n g u a g e ]
E nglish
Deutsc h
C on fi rm
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] t o se lect the [P ro g ra m s] m e n u i t e m .
2 . C a l l u p th e [L a n g ua g e ] m e n u .
3 . C on fir m w it h the [m u lti fu n ct io n k e y r i g h t ] .
4 7 4 4 8 1 b 67
e n
4 . U s e th e corr es p o n di n g [a r ro w k e y s ] t o se lect th e r e q u ir e d la n g u a g e a n d c o n fi rm w it h th e [m u lt ifu n c tio n
k e y r i g h t ] .
^ A f t e r c o n fi r m i n g , th e L C D d isp lay shows [ E n t e r registration PIN ].
5 . P re s s th e [m e n u k e y ] tw ic e to c o n fi rm a l l e n tr ie s a n d r e t u r n to th e m a i n m e n u .
T h e corr es p o n di n g l a n g u ag e o n ly n e e d s to b e s e le c te d h e r e d u ri n g the i n i t i a l st a r t- u p .
O r ig in a l o p e ra ti n g in s t ru c ti o n s
H
2 1 .5 .4
2 1 .5 .5
2 1 .5 .6
S e l e c t i n g t h e p r o g r a m
B e f o r e p ro g ra m m in g , i t i s ne ce ss a ry to p e rf o r m the sta rt p ro c e d u r e , Starting th e Ro bo linh o, p a g e 7 2 .
[ M a in m enu ] [ Pr o g r a m s ]
* P ro gr am s * W e e k p ro gr am
S e tt in g s 1
Ba ck C on fi rm B a c k C on fi rm
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] to se lect th e [ P r o g r a m s ] m e n u i t e m .
2 . C on fir m w ith th e [m u lti fu n ct io n k e y r i g h t ] .
3 . Se le ct the r e q u ir e d p ro g ra m s a n d co n fi rm w it h th e [d is p la y k e y r i g h t ] .
F u r t h e r s e t t i n g p o s s i b i l i t i e s
A ll other s e tt in g p o ss ib ili tie s a r e a lw a y s ca ll e d u p i n th e s a m e w a y .
■ A ft er sw itc hi n g o n , i t i s p o s s ib le t o c a l l u p th e corr es p o n di n g p ro g ra m m e n u w ith the [m e n u k e y ] .
■ Se le ct th e [S e tt in g s ] m e n u i n the m a i n m e n u .
A c t i v a t e o r d e a c t i v a t e t h e b u t t o n t o n e s
B e f o r e p ro g ra m m in g , i t i s ne ce ss a ry to p e rf o r m the sta rt p ro c e d u r e , . Star ting th e Rob ol in h o , p a g e 7 2
[ M a in m enu ]
P ro gr am s
* S e tt in g s
C on fi rm
_ _ _
n En tr y p oi nt s
[ S e tt i n g s ]
* Button to n e s a ct iv e
R a i n sensor dela y
Ba ck C ha ng e
2 1 .5 .7
2 1 .5 .8
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] to se lect th e [P ro g ra m s ] m e n u i t e m .
2 . C a l l u p the [ B u t t o n ton e s] m e n u .
3 . C on fi rm w it h th e [m u lti fu n ct io n k e y r i g h t ] .
4 . I n the S e tt in g s s u b -m e n u , se lect [ B u tt o n to n e s ].
5 . C on fi rm w it h th e [m u lti fu n ct io n k e y r i g h t ] .
6 . Ac tivate or de act ivat e th e b u tt o n tone s w ith the [m u lti fu n ct io n k e y r i g h t ] .
7 . C on fi rm the corr es p o n di n g s e le ct io n w it h th e [m e n u k e y ] .
8 . P re s s th e [m e n u k e y ] tw ic e to c o n fi rm a l l e n tr ie s a n d r e t u r n to th e m a i n m e n u .
A c t i v a t i n g o r d e a c t i v a t i n g t h e r a in s e n s o r
1 . I n the S e tt in g s s u b -m e n u , se lect [ R a i n s e n s o r ].
2 . C on fi rm w it h th e [m u lti fu n ct io n k e y r i g h t ] .
3 . Ac tivate or de act ivat e th e r a i n sens or w it h the [m u lti fu n ct io n k e y r i g h t ] .
4 . C on fi rm the s e le c ti o n w it h th e [m e n u b u tt o n ] a n d r e t u r n to the m a i n m e n u .
S e t t i n g t h e r a in s e n s o r d e l a y
1 . I n the S e tt in g s s u b -m e n u , se lect [ R a i n sens or d e la y ].
2 . C on fi rm w it h th e [m u lti fu n ct io n k e y r i g h t ] .
3 . S e t th e [ R a in sens or d e la y ].
4 . C on fi rm the s e le c ti o n w it h th e [m e n u b u tt o n ] a n d r e t u r n to the m a i n m e n u .
68 R obo linh o© 3000
P r o g r a m m in g
AL K O
T h e p u rp o s e o f th e [ R a i n se ns o r d e la y ] fu n c ti o n i s to i n s tr u ct th e R o b o li n h o © 3 0 0 0 to m o v e b a c k
o u t o f th e b a s e s ta t io n after a tim e d e la y , afte r i t h a s re t u r n e d to the b a s e s ta t io n .
2 1 .5 .9
2 1 .5 .1 0
2 1 . 6
2 1 . 6 . 1
C h a n g i n g t h e d i s p l a y c o n t r a s t
1 . I n th e S e tt in g s s u b -m e n u , se lect [Di sp la y co n tr a s t ].
2 . Se le ct [D is pl a y co n tr a st ] w ith the [a r ro w k e y s ] a n d c o n fir m w ith the [m u lti fu n ct io n k e y r i g h t ] .
3 . C on fir m th e s e le ct io n w ith the [m e n u b u tt o n ] a n d re t u r n to th e m a i n m e n u .
R e s t o r i n g f a c t o r y s e t t i n g s
1 . I n th e S e tt in g s s u b -m e n u , se lect [Fa ct o ry se tt in g s ].
2 . E nter th e P I N c o d e a g a i n a n d c o n fi r m .
3 . C on fir m th e s e le ct io n w ith the [m e n u b u tt o n ] a n d re t u r n to th e m a i n m e n u .
I n f o r m a t i o n m e n u
T h e I n f o r m a ti o n m e n u i s u s e d fo r c a ll in g u p va rio us i n f o rm a t io n s u c h a s soft wa re s ta t u s , h a rd w a re s ta t u s
a n d cu rr ent s e tt in g s. N o se tt in g s c a n b e m a d e i n thi s m e n u .
■ P ro d uc t n a m e ■ S e r ia l n u m b er
■ Y e ar o f m a n u fa ct u re ■ D is t a n c e c o v e re d
■ Num ber o f o p e ra tin g h o u r s ■ S of tw a re sta tus w ith ve rs io n nu mb er
S e l e c t i n g t h e p r o g r a m
B e f o re p ro g ra m m in g , i t i s ne ce ss a ry to p e rf o r m th e sta rt p ro c e d u r e , Starting th e Ro bolin ho , p a g e 7 2 .
[ M a in m enu ] [ M a in m enu ]
* P ro gr am s * In fo rm at io n
S e tt in g s
B a ck C on fi rm
Ba ck C on fir m
2 1 .6 .2
2 1 . 7
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] t o se lect the [P r o g r a m s ] m e n u i t e m .
2 . C on fir m w it h the [m u lti fu n ct io n k e y r i g h t ] .
C a ll up h a r d w a r e / s o f t w a r e i n f o r m a t i o n
[ In fo rm at io n ]
* H ar dw a re
S o ftw a re
B a ck C on fi rm
[ H ar d w a re ]
AL-K O au to m at ic la w n m c
M a n u fa c tu re 2 012
Ba ck
[ S o ft w a re ]
Ve rsi on V 1 .2 3. 5
Ba ck
M e n u i t e m : D is p la y : M a c h in e d a ta , D is p la y :
[H a rd w ar e or so ft wa re] o p e ra tin g h o u r s , se ri a l nu mb er S of tw a re ve rs io n n u m b er
1 . U s e th e [u p a rr ow k e y ] or th e [ d o w n a rr ow k e y ] t o se lect the [H a rd w ar e or s o ft w a re ] m e n u i t e m .
2 . C on fi rm w it h the [m u lti fu n ct io n k e y r i g h t ] .
3 . C a l l u p th e corr es p o n di n g h a rd w a re or so ft wa re in f o rm a t io n .
4 . U s e th e [m u lt if un ct io n k e y l e f t ] to r e t u r n t o the m a i n m e n u .
P r o g r a m i n f o r m a t i o n
Pr o gr am inf o ]
[
M o n :
Th u:
Ba ck
1 0 : 0 0 - 1 4 : 0 0
1 8 : 0 0 - 1 9 : 0 0
1 3 .0 3 . 2 0 1 2 12 :1 5
N e xt m o w in g
T u e 1 8 : 0 0 - 1 9 : 0 0
B a tt e r y c h a r g e l e v S Q %
[ P r o gr am inf o ]
T o ta l wee kly
m o w in g ti m e 0:0 0
Ba ck
D is p la y : to ta l se t m o w in g time i n D is p la y : n e xt da y w it h a m o w in g D is p la y : to ta l se t nu mber of
the wee k p ro c e d u r e m o w in g h o u r s
4 7 4 4 8 1 b 69
e n
2 1 .8 Faults
[ F a u lt
X X . X X . 2 0 X X 1 3 :1 5
C N 0 07 : N o lo op sig na l
O K
O r ig in a l o p e ra ti n g in s t ru c ti o n s
]
D is p la y :
D a t e , tim e a n d fau lt c o d e w ith fau lt m e s s a g e .
7 0 R obo linh o© 3000
Mo w in g
2 2 Mowing
2 2 . 1 S a f e t y i n s t r u c t i o n s
■ K e e p th e P I N c o d e a n d P UK co d e where the y ca n no t b e a cc e ss e d b y u n au th o ris e d p e o p l e .
■ T h e P I N c o d e c a n b e c h a ng e d b y th e o w n e r .
■ T h e P UK c o d e c a n b e s e cu re d b y re g is te ri n g o n our w e b s it e :
^ h tt p: //rob olinh o.al- ko.c om
■ If th e P I N c o d e i s e n te re d inco rr e ct ly th r e e ti m e s , i t w il l b e ne ce ss a ry t o enter a P U K c o d e .
■ If th e w ro n g P UK c o d e i s e n te re d , th e R o b o lin e ™ R 3 0 w il l h a v e t o b e s e n t i n fo r i t t o b e u n lo c k e d .
■ R e g u la r ly c he ck th e R o b o lin e ™ R 3 0 a n d th e b a s e s ta t io n fo r d a m a g e .
■ H a v e d a m a ge d p a rt s a n d b a tte rie s r e p la c e d o r re p a ir e d b y a n B R I L L d e a l e r , te ch nic ia n or se rv ic e p a rt
n e r .
2 2 . 2 S e t t i n g t h e c u t t i n g h e i g h t
T h e c u tt in g h e ig h t varie s i n th e ra n g e f r o m 3 - 6 c m l a w n h e ig h t. T h e cu tt in g h e ig h t c a n b e a d ju s te d
i n f i v e ste p s o f 6 m m e a c h .
ALKO
Open t h e c o v e r
1 . P re s s i t e m ( 1 ) .
^ C o v e r (2) is un loc ked a n d ca n b e o p e n e d
u p w a rd s .
S e t t in g t h e c u t t i n g h e i g h t
1 . O p e n leve r ( 2 ) a n d tu r n i t a qu arter tu r n c lo c k -
wis e i n th e d ir e c ti o n of [l o c k s y m b o l o p e n e d ] ( 1 )
(s e e a ls o th e q uick i n f o i n th e R o b o li n h o © 3 0 0 0 ) .
^ T he c u t ti n g h e ig ht ad ju s tm e n t i s u n lo c k e d.
2 . P u l l le ve r u p w a r d s .
^ L aw n c u t ti n g h e ig h t is in creased.
3 . P u s h leve r d o w n w a r d s .
^ L aw n c u t ti n g h e ig h t is reduc ed .
4 . S ub se q ue n tly : T u rn lev e r a qu arter tu r n a n ti -
cloc k w is e i n th e d ir e ct io n of [lo c k s y m b o l c l o -
s e d ] a n d e n g a g e .
^ Cu tti ng h e ig ht ad ju s t m e n t is lo ck e d .
5 . F o l d leve r d o w n a n d c lo s e th e c o v e r .
4 7 4 4 8 1 b 7 1
e n
O r ig in a l o p e ra ti n g in s t ru c ti o n s
22 .3
2 2 . 4
S t a r t i n g t h e R o b o l i n h o
1 . S w i tc h o n the Robo linh o© 3 0 0 0 b y p re s s i n g the [O N /O F F k e y ] .
2 . Ent er P I N c o d e , E n t e r P I N co de , p a g e 5 9 .
^ A f t e r th e P I N cod e h a s b e e n ente red , th e [ N e x t m o w in g ] info rm at io n ap p ea rs . T he R o b o li nh o© 3 0 0 0
i s n o w r e a d y fo r mow in g.
1 3 . 0 6 . 2 0 1 1 1 2 : 1 5
N e x t u s e
T u e s 1 8 : 0 0 - 1 9 : 0 0
C h a r g e 80 %
2 5 . 0 5 . 2 0 1 2 0 9 : 4 8
! W a r n i n g
D r iv e s t a r t s
C h a r g e 9 2 %
!
T h e R o b o li n h o © 3 0 0 0 s ta rt s au tom ati ca lly wh e n th e n e x t m o w in g wind ow i s r e a c h e d .
Pr e s s the [ S T A R T / P A U S E k e y ] to s ta rt th e m o w in g p ro c e d u re im med iately .
^ T h e [W a rn in g d ri v e sta rting] dis play f l a s h e s a n d a signa l s o u n d s .
M o w i n g t i p s
■ C u t ti n g h e ig h t a t a con sta nt 3 - 5 c m , d o n o t m o w o f f m o r e th a n hal f o f the l a w n h e i g h t .
■ Adjust th e m o w in g tim e s a c c o rd in g ly .
■ I f the mot or s p e e d d rop s n o tic ea b ly b e ca u se o f th ic k g ra s s , i n cr e a se the c u tt in g h e ig h t a n d m o w i n
se ve ra l p a s s e s .
T o a llo w the p e rf o rm a nc e o f the R o b o l i n h o © 3 0 0 0 t o b e e x p lo it e d to th e f u l l , we re co m m e n d h a v in g
th e B a tt e ry lawn mower m o w the l a w n d u ri n g c o o l times o f the da y o r a t n i g h t .
7 2 R obo linh o© 3000
M a in t e n a n c e an d care
AL K D
2 3
2 3 . 1
M a in t e n a n c e a nd ca re
C AU TION !
- I n j u r i e s du e t o t he c u t t i n g b la d e s !
A
■ Alw ay s s w it c h of f th e R o b o l i n h o © 3 0 0 0 a t t h e [O N /O F F k e y ] b e fo re s ta r ti n g m a in te na n ce a n d
re pair w o r k .
■ Disc o n ne ct t h e tran sform er o f t h e b a s e s ta t io n fr o m t h e m a i n s .
■ Alw ay s w e ar w ork ing g lo ve s w h e n c a rr yi n g o ut m a in te na n ce a n d c a r e jo bs o n t h e b la d e s y s te m !
C AU TION !
- Da mage t o t he e l e c t r i c a l / e l e c t r o n i c s y s t e m b y i n c o r r e c t c le a n i n g !
A
D o n o t c l e a n th e R o b o l i n h o © 3 0 0 0 w it h a h ig h -p re ss u re clean er or un der r u n n in g w a te r. Wa ter
p e n e tr a tio n c a n c a u s e i rr e p a ra b le d a m a g e t o t h e s w it c h , b a tte r y a n d circ u it b o a r d s .
C l e a n i n g
1 . O n c e a w e e k, c l e a n th e La wnm ow er tho roughly w it h a h a n d b r u s h or a c l o t h , a n d u s e c a r e s p ra y i f
n e c e s s a ry .
^ Conta min atio n can i m p a ir the fu n c ti o n o f the m a c h in e i f no t remove d.
2 . O n c e a w e e k, chec k t h e c u tt in g b la d e s f or d a m a g e .
2 3 . 2
2 3 . 3
C l e a n i n g t h e c h a s s i s
1 . Th oroughly c l e a n g ra s s ca tcher ( 1 ) a n d g u id e
( 2 ) u s in g a h a n d b r u s h or a c l o t h .
C h e c k i n g c o n t a c t s
1 . C le a n th e co nta ct s u rf ac e s ( 1 ) o n L a wn mo ve r
w it h a c l o t h if n e c e s s a ry .
C h a rr i n g o n th e con tact su rf ac e s in d ic a te s
a po or c h a rg in g c o n ta c t.
^ B e n d the s pr in gs o n the b a s e s ta ti o n
ou tw ar ds .
474 4 8 1 b 7 3
e n
O r ig in a l o p e ra ti n g i n s t ru c ti o n s
23 .4
2 3 . 5
C h e c k i n g t h e b a s e s t a t i o n
1 . Disc o n ne ct th e tran sform er m a i n s p l u g .
2 . C le a n th e co n ta ct s ( 1 ) o n th e b a s e s ta t io n u s in g
a c l o t h if n e c e s s a ry .
3 . P u s h t h e co n ta ct s towa rds th e b a s e s ta t io n a n d
r e l e a s e .
^ T he contac ts m u st sp ri ng b a c k in to the i ni ti a l
po s i ti o n .
If th e c on tac ts d o n o t s p r i n g b a ck in t o t h e
i n i t i a l s y s te m , h a v e th e m c h e ck e d b y a n
AL- K O d e a l e r , tech n ic ia n or s e rv ic e p a rt
n e r , a n d r e n e w e d if n e c e s s a r y .
C h e c k t h e r o l l e r s c a n m o v e f r e e l y
1 . O n c e a w e e k, thor ou ghly c l e a n th e a re a a ro u n d
th e r o lle rs ( 1 ) w it h a h a n d b r u s h or c l o t h .
2 . Chec k th e r o lle rs c a n m o v e a n d st eer f r e e l y .
^ I f the ro ll e rs d o no t m o ve fr e e ly , t h e y m u s t be
f r e e d u p o r ren ewe d.
2 3 . 6
R e n e w i n g t h e c u t t i n g b l a d e
1 . P u t d o w n th e au tomatic lawn mow er w ith t h e
c u tt in g b la d e s p o in ti n g u p w a r d s .
2 . U ns cr e w t h e sc re w s ( 1 ) w it h a 5 . 5 m m s p a n n e r .
3 . P u l l th e c u tt in g b la d e ( 2 ) ou t of th e b la d e s e a t .
4 . C le a n th e b la d e se a t w ith a s o ft b r u s h .
5 . In s e rt a ne w b la d e a n d screw i t tigh t wit h th e
s c r e w s .
^ A s a r u l e , th e c le a r e r bl a d e s (3) d o no t n e e d
t o be ren ew ed.
I n c a s e of s tu b b o rn dir t th a t ca nno t b e re m o v e d w ith a b r u s h , th e b la d e p la t e ( 4 ) m u s t b e r e n e w e d b e c a u s e
a n im b a la n ce c a n l e a d t o i n c r e a s e d w e ar a n d m a lf u n c ti o n s .
N e v e r u se w a t e r t o s p r a y d i r t o f f t h e R o b o l i n h o !
74 Rob ol in h o © 3000
M a in t e n a n c e an d care
CAU TION !
A
2 3 . 7 R e n e w i n g t h e t r a n s f o r m e r f u s e
1 . D isco nne ct th e tran sfor me r m a i n s p l u g .
2 . U s in g a f l a t- bl a de sc re w d riv e r, ca refu lly p r e s s
3 . R en e w th e fu s e a n d c l o s e ba yo n e t lo c k b y
A
Damage du e t o an i n c o r r e c t re p a ir !
I f c u tt in g b la d e s a r e d a m a ge d a n d b e n t , they a r e n o t a ll o w e d to b e str a ig h te n ed .
i n ba yo n e t l o c k ( 1 ) a t the s a m e tim e a s o p e n i n g
a n tic lo c kw is e .
^ B a y o n e t lo ck sp ri ng s ou t s l i g h t l y .
tu rn in g cl oc k w is e w it h the f l at- bl a de sc re w d ri-
v e r .
CAU TION !
- D a n g e r o f f i r e due t o f i t t i n g an i n c o r r e c t f u s e o r j u m p e r i n g t h e f u s e .
Alwa ys u s e a fu s e w it h th e s a m e a m p ra t in g . N eve r ju m p e r th e f u s e .
ALKO
2 3 . 8 B a t t e r y s t a t u s c h e c k
T h e b a tte ry stat us i s s h o w n o n th e d is p la y . C hec k the b a tte r y stat us after ab ou t 3 m o n th s .
P la c in g th e R o b o li n h o © 3 0 0 0 o n to th e b a s e st a t io n , sw itc hi n g o n a n d re a d in g o f f the b a tte ry st a t u s . I f
n e c e s s a ry , p la c e i t i n th e b a s e s ta t io n fo r ch a rg in g .
T h e b a tte ry h a s b e e n te st ed a cc o rd in g to th e U N h a n d b o o k . T h e re fo re , the b a tte r y i s n o t subject t o
n a ti o n a l a n d int e rn at io n a l re g u la tio n s go ve rn in g su bs tanc es o f c o n c e r n , wh eth er i t i s a n in d iv id u a l
p a r t or h a s b e e n i n s t a ll e d i n th e d e v ic e .
2 3 . 9 C h a r g i n g t h e b a t t e r y
■ T h e i n te g ra te d b a tte ry i s pa rti a lly ch a rg e d o n d e liv er y. D u r in g n o rm a l o p e r a tio n , th e b a tte r y o f th e
R o b o li n h o © 3 0 0 0 i s re g u la rl y r e c h a r g e d .
■ A le n g th y c h a rg in g p e r i o d i s n o t n e c e s s a ry , b e c a u s e th e R o b o l i n h o © 3 0 0 0 c a n m o w e v e n w h e n th e
ba tte ry i s p a rt ia lly c h a r g e d .
■ W h e n th e b a tte r y ch a rg e r e a c h e s 0 % , the R o b o li n h o © 3 0 0 0 au tom ati ca lly re t u r n s t o i t s b a s e s ta tio n i n
order t o ch a rg e the b a tt e r y .
^ Int errupting cha rg in g do es n o t d a m a g e th e bat te ry .
■ T h e b a s e s ta ti o n i s eq u ip p e d w ith a n electronic co n tr o l u n it w ith a m o n it o ri n g fu n ct io n . Th is aut om ati ca lly
term inates th e ch a rg in g p ro ce d u r e w h e n a 1 0 0 % ch a rg es ta tu s i s r e a c h e d .
■ T h e b a tte ry st a tu s i s sh o w n o n th e d is p l a y .
■ M a k e s u re th e ch a rg in g c o n ta ct s o f th e b a s e s ta t io n h a v e ad eq u a te co n ta ct w it h th e co nta ct su rf ac e s
o n the R o b o li n h o © 3 0 0 0 .
■ T h e temperature r a n g e for c h a rg in g s h o ul d b e b e tw e e n 0 a n d 4 0 ° C .
■ T h e b u ilt i n p ro te c t io n ci rc u it p re ve n ts the b a tte ry fr o m b e i n g c h a rg e d a t tem peratures a b o v e 4 5 ° C , i n
order t o pre ve nt i rr e p a ra b le da ma ge to th e b a t t e r y .
■ If th e o p e ra tin g tim e o f th e b a tte ry i s r e d u c e d i n s p ite o f i t b e in g ful ly ch a rg e d , h a v e the b a tte ry re p l a c e d
b y a n e w ge nu in e b a tt e r y . T h is task s h o u ld b e ca rr ie d ou t b y a n AL- K O d e a le r, te ch nic ia n or s e rv ic e
p a r t n e r .
4 7 4 4 8 1 b 7 5
e n
2 3 . 1 0 E x h a u s t i v e l y d i s c h a r g e d b a t t e r y
I f th e b a tte r y c h a rg e l e v e l h a s d ro p p e d b e lo w th e thr es h o ld se t b y th e man ufacturer a s a re su lt o f a g e in g o r
e xce ssiv ely l o n g sto r a g e , thi s m e a n s i t ca n no t b e re ch a rg e d an y l o n g e r . H a v e th e b a tte r y a n d th e m o n it o ri n g
e lect roni c co n tr o l u n it ch e c k e d b y a n AL-K O d e a le r, techn ician or se rvi ce p a r tn e r , a n d re n e w i t if n e c e s s a ry .
2 3 . 1 1 S t o r a g e
B e f o r e p u tt i n g th e rob o tic mow er i n t o sto ra g e fo r th e w in te r, p le a s e m a k e su re i t i s ful ly c h a r g e d .
T h e n sto re i n a d r y , fros t-f ree p l a c e .
2 3 . 1 2 R e p a i r s
CAU TIO N !
- Re p a ir wo rk m a y o n ly b e c a rr ie d o u t b y c omp ete nt sp ecialist works hop s or our AL- K O S e r v ic e
A
C e n t r e s .
O r ig in a l o p e ra ti n g in s t ru c ti o n s
7 6 R obo linh o© 3000
T ro u b l e s h o o ti n g
24 T r o u b le s h o o t i n g
G en er al
AL K O
E r r o r m e s s a g e
L o w b a tte r y vo lta g e
In co rr e ct P I N c o d e
M o w in g re s u lt i s u n e v e n
P o s s i b l e c a u s e
B ou n d ar y c a b le d e fe c ti v e ,
auto ma tic lawn mower d o e s n o t f i n d
b a s e s ta t io n .
B a tt e ry e x h a u s t e d .
C ha r g in g ele ct roni cs f a u l t y .
Au tomatic lawn mower d o e s n o t
to u c h ch a rg in g c o n ta c ts .
P I N c o d e h a s b e e n e n te re d i n c o r -
r e c t l y .
W o rk in g tim e o f au tomatic l a w n m o -
w e r i s too s h o r t.
S o l u t i o n
C hec k bo un d a ry c a b le for in t e rr u p -
ti o n s , if ne ce ss a ry h a v e i t te st ed b y
a n AL- K O se rvi ce p a r t n e r .
B a tt e ry se rvi ce l i f e e xc e e d e d . H a v e
b a tte r y r e n e w e d b y a n AL-K O ser
v ic e p a r t n e r .
H a v e c h a rg in g elec tr o ni cs re n e w e d
b y a n AL-K O s e rv ic e p a r t n e r .
■ P u t au tomatic law nmower i n t o
b a s e s ta t io n a n d che ck if ch ar
g in g c o n ta c ts m a k e c o n ta c t.
■ H a v e ch a rg in g c o n ta ct s c h e -
c k e d a n d r e n e w e d b y a n AL- K O
se rvi ce p a r t n e r .
E nt e r corr ect P I N c o d e . T h re e
att em p ts a r e a llo w e d , after w h ic h a
P U K c o d e m u s t b e e n te re d .
P ro g ra m m e long er w ork ing tim e s .
Au tomatic law nmo wer i s
m o w in g a t w ron g tim e
Au tomatic law nmo wer i s
v ib r a ti n g
F a u lt c o d e
E r r o r m e s s a g e
C N 0 0 1 : Til t sensor
M o w in g a r e a to o b i g .
R a t io o f c u t h e ig h t t o ta ll g ra ss i s
i n c o r r e c t.
C u t ti n g b la d e s a r e b l u n t .
G r a s s i s b lo c k in g ro t a t io n o f cu t
t in g b la d e p la t e or motor sha ft or i s
m a k i n g i t m o r e d ifficu lt t o r o t a t e .
T im e o n aut om ati c law nmower o r
star t a n d fi n is h ti m e fo r m o w in g
m u s t b e s e t .
I m b a la n c e o n c u tt in g b la d e or cu t
t in g b la d e d r i v e .
P o s s i b l e c a u s e
■ M a x . tilt e x c e e d e d
■ Au tomatic lawn mower h a s b e e n
c a r r ie d
■ S lo p e to o s te e p
R e d u c e m o w in g a r e a .
S e t c u tt in g h e ig h t ta l le r , t h e n
re d u c e i n sta g e s t o r e q u ir e d h e i g h t .
R e n e w c u tt in g b la d e s o r h a v e th e m
s h a rp en e d b y a n AL- K O s e rv ic e
p a r tn e r ; in s t a ll w ith n e w sc re w s .
R e m o v e g ra ss a n d e n s u r e that c u t
t in g b la d e p la t e c a n ro t a t e fr e e l y .
S e t t i m e .
C hec k a n d c l e a n c u tt in g b l a d e
a n d c u tt in g b la d e p la t e , r e n e w i f
n e c e s s a ry .
S o l u t i o n
P la c e au tomatic law nmo wer o n a
fl a t s u rf ac e a n d a c k now led ge f a u l t .
4 7 4 4 8 1 b
7 7
e n
O r ig in a l o p e ra ti n g in s t ru c ti o n s
E r r o r m e s s a g e
C N 0 0 2 : L i f t sensor
C N 0 0 5 : Bu m p er d e fle ct e d
C N 0 0 7 : N o lo o p si g n a l
C N 0 0 8 : L o o p si g n a l wea k
C N 0 1 0 : B a d p o s it io n
P o s s i b l e c a u s e
Cove r h a s b e e n de fl ec te d u p w a rd s
b y l i f t i n g or b y a fo r e ig n b o d y .
Au tom at ic lawn mower h a s e n co u n -
te re d a n o b s ta cl e a n d ca nno t fr e e
itself (c o l li s io n c l o s e t o b a s e s ta -
t i o n ) .
N o lo o p s i g n a l.
L o o p si g n a l w e a k .
Au tom at ic lawn mower i s o u ts id e
l o o p .
S o l u t i o n
R e m o v e fo r e ig n b o d y .
■ Check b a s e s ta t io n powe r s u p -
p l y
■ Check l o o p
■ D isco nne ct a n d re co nne ct tra ns -
form er
■ Check b a s e s ta t io n powe r s u p -
p l y
■ Check lo o p , i t h a s p o ss ib ly b e e n
b u r i e d to o d e ep
■ D isco nne ct a n d re co nne ct tra ns -
form er
■ P la c e au tomatic law nmower i n
m o w in g a r e a
■ L o o p cro ssed-over
C N 0 1 1 : E s c a p e d ro b o t
C N 0 1 2 : C a l : n o l o o p
C N 0 1 5 : C a l : o u ts id e
Au tom at ic lawn mower h a s l e f t f i e l d .
F a u lt d u ri n g ca lib ra ti o n , au to ma tic
lawn mower c o u ld n o t f i n d l o o p .
F a u lt d u ri n g c a lib ra ti o n .
C hec k ro u ti n g o f l o o p ( c u r v e s ,
o b s ta c le s , e t c . )
■ P la c e au tomatic law nmo wer a t
ri g h t a n gl e s to l o o p , auto ma
ti c lawn mower m u s t b e a b le t o
dri ve over l o o p
■ Check b a s e s ta t io n powe r s u p -
p l y
■ Check l o o p
■ D isco nne ct a n d re co nne ct tra ns -
form er
■ P la c e au tomatic law nmo wer a t
ri g h t a n gl e s to l o o p , auto ma
ti c lawn mower m u s t b e a b le t o
dri ve over l o o p
■ Check b a s e s ta t io n powe r s u p -
p l y
■ Check l o o p
■ D isco nne ct a n d re co nne ct tra ns -
form er
■ L o o p c a b le cro ssed-over
C N 0 1 7 : C a l : si gn a l we ak
F a u lt d u ri n g ca lib ra ti o n , l o o p si g n a l
to o w e a k .
■ Check b a s e s ta t io n powe r s u p -
p l y
■ Check l o o p
7 8 R obo linh o© 3000
T ro u b l e s h o o ti n g
AL K O
E r r o r m e s s a g e
C N 0 1 8 : C a l : C o lli s io n
C N 0 3 8 : B a t te ry
P o s s i b l e c a u s e
F a u lt d u ri n g ca lib ra tio n , c o ll is i o n
B a tt e ry f l a t .
B ou n d ar y c a b le d e fe ct iv e , a u to m a -
tic lawn mower do es n o t f i n d b a s e
s t a t io n .
B a tt e ry e x h a u s t e d .
C ha r g in g ele ct roni cs f a u l t y .
Au tomatic lawn mower d o e s n o t
to u c h ch a rg in g c o n ta c ts .
S o l u t i o n
■ Dis co n ne ct a n d rec o n ne c t tr a n s -
forme r
R e m o v e o b s ta c le
■ Che ck b a s e s ta t io n f o r o b s ta c le s
■ Che ck b a s e s ta t io n c h a rg in g
c o n ta c ts
■ L o o p to o l o n g , to o m a n y is la n d s
■ Au tomatic lawn mow er h a s go t
s tuc k
Chec k bo un d a ry c a b le for in t e rr u p -
ti o n s , if ne ce s s a ry h a v e i t te st ed b y
a n AL- K O se rvi ce p a r t n e r .
B a tt e ry se rvi ce l i f e e xc e e d e d . H a v e
b a tte r y r e n e w e d b y a n AL-K O ser
v ic e p a r t n e r .
H a v e c h a rg in g elec tr o ni cs re n e w e d
b y a n AL-K O s e rv ic e p a r t n e r .
■ P u t au tomatic law nmower i n t o
b a s e s ta t io n a n d che ck if ch ar
g in g c o n ta c ts m a k e co n ta c t
C N 0 4 5 : C ur ren t s ft W L
C N 0 4 6 : C ur ren t h r d W L
C N 0 6 5 : C ur ren t sft W R
C N 0 6 6 : C ur ren t h r d W R
C N 0 9 9 : R eco v e sc a p e
C N 1 0 4 : B a tt e ry over h e a t in g
C N 1 0 7 : B a tt e ry to o c o l d
E x c e s s cu rrent dra w b y l e f t d ri v e
m o t o r .
E x c e s s cu rrent dra w b y r i g h t d ri v e
m o t o r .
Au tomatic fau lt r e c tif ic a tio n n o t
p o s s ib le .
Au tomatic lawn mower i s o u ts id e
l o o p .
B a tt e ry ov e rh ea tin g - b a tte r y tem
p e ra tu re a b ov e 6 0 ° C , n o t disc h a r-
g i n g p o s s ib le
B a tt e ry too c o l d < 0 ° C .
■ H a v e ch a rg in g c o n ta ct s c h e -
c k e d a n d r e n e w e d b y a n AL- K O
se rvi ce pa rtn e r
Chec k dri ve fo r b lo c k a g e .
Chec k dri ve fo r b lo c k a g e .
R e c ti fy fau lt m a n u a l l y .
P la c e au tomatic law nmo wer i n
b a s e s t a t io n .
Em e rg e nc y sw itch -of f b y m o n i to -
r i n g elec tronic co n tr o l u n i t . D o n o t
p la c e au tomatic lawn mower o n
b a s e st a t io n . S w it c h off auto ma
t ic lawn mower a n d l e t b a tte r y c o o l
d o w n .
O p e ra tio n n o t p o s s ib le .
C N 1 1 0 : B la d e mo to r ove r
h e a t in g
4 7 4 4 8 1 b 7 9
O v e r he a te d m o w in g m o t o r , tempe - S w i tc h o f f auto ma tic law nmo wer
ra t u r e > 8 0 ° C a n d l e t i t c o o l d o w n . If thi s r e o c -
c u r s , h a v e au tomatic law n mo we r
c h e c k e d b y a n AL- K O se rvi ce p a rt
n e r .
e n
E r r o r m e s s a g e P o s s i b l e c a u s e S o l u t i o n
O r ig in a l o p e ra ti n g in s t ru c ti o n s
C N 1 1 9 : R-B um per d e fle ct e d Au tom at ic lawn mower h a s e n co u n -
te re d a n o b s ta cl e a n d ca nno t m o v e
R e m o v e o b s ta c le a n d a c k n o w -
l e d g e fau lt m e s s a g e .
clea r fo r safety r e a s o n s , e . g . co ll is i -
o n s c lo s e t o b a s e s ta t io n .
C N 1 2 0 : L-Bu mpe r d e fl e ct e d Au tom at ic lawn mower h a s e n co u n -
te re d a n o b s ta c le a n d ca nno t m o v e
R e m o v e o b s ta c le a n d a c k n o w -
l e d g e fau lt m e s s a g e .
cle ar fo r safety r e a s o n s , e . g . co ll is i -
o n s c lo s e t o b a s e s ta t io n .
C N 1 2 5 : Bu m p er e s c a p e L e a ve s fi e ld w he n re ve rs in g after
enc ou n te ri n g a n o b s ta c le .
C N 1 2 8 : Rec ov I m p o s s ib le Ob st ac le en c ou n te re d o r o u ts -
i d e l o o p - > r e v e rs in g n o t p o s s ib le ,
C over s ti c k in g or bumper d e fe ct iv e ,
re m o v e o b s ta c le .
R e m o v e o b s ta c le , che ck co ve r
d e fl e c ti o n .
automa tic law nmo wer can no t fr e e
i t s e l f .
C N 1 2 9 : B lo c k e d W L L e ft whee l mo to r b lo c k e d . R e m o v e b lo c k a g e .
C N 1 3 0 : B lo c k e d W R R ig h t whe el mo to r b lo c k e d . R e m o v e b lo c k a g e .
I n th e c a s e o f fau lt s that a r e n o t l is t e d i n thi s ta b le , or fau lts tha t y o u ca nno t re c t if y without a s s is -
ta n c e , p le a s e co nta ct our cust omer se rvi ce d e p a rt m e n t.
2 4 . 1 E x a m p l e s o f f a u l t m e s s a g e s
6
A L K O
L .
[
5
X X . X X . 2 0 X X 1 3 : 1 5
I , K J V y 1 I I L - .. fc - . - r , - , r / . r - . . - . i r t - . t ■ ■
U M n r t " U u c i ■ — 1 1 1 1 — ■ ■ = ■ i - 3 ■ .- ■ „ h i
4
1 T im e 4 F a u lt c o d e
2 F a u lt m e s s a g e 5 D a t e
3 Ac tua tion p a n e l 6 M a lf u n ct io n dis p la y
T h e b a tte r y a n d m o w in g mot or i n the R o b o li n h o © 3 0 0 0 a r e m o n it o re d b y a n elect ronic co n tr o l u n i t , w h ic h
d isp lays ma lf u n c ti on s a n d th e s ta tu s o n th e L C D d isp lay o f the R o b o li n h o © 3 0 0 0 .
4 " L ” . ■ ■ fc -. H
_ ■ '_ H I I ' H J
O K
i r , -
— 2
J
3
I f thi s d isp lay re a p p e a rs , d o n o t c o n ti n u e o p e r a ti o n . H a v e th e R o b o li n h o © 3 0 0 0 ch e c k e d b y y our A L- K O
d e a le r, te ch nic ia n or se rvi ce p a r t n e r .
8 0 R obo linh o© 3000
T e c h n i c a l data
2 5 T e c h n ic a l data
R o b o l i n h o © 3 0 0 0 d a ta
L e n g t h i n m m 6 0 0
W id th i n m m 4 9 0
H ei g ht i n m m 2 4 5
We ight i n k g a p p r o x . 8
M o w in g s y s te m elec tr ic al w ith 2 c u tt in g b la d e s
Mot or c u tt in g b la d e s r p m 3 2 0 0 - 3 6 0 0
C u t ti n g h e ig h t i n m m 3 0 - 6 0
C u t ti n g h e ig h t adjustm ent 5 -s t a g e i n m m 6 m m p e r s ta g e
C u t ti n g w idt h i n m m 3 0 0
M a x . a r e a t o b e m o w e d i n m 2 a p p r o x . 1 2 0 0
M a x . a n g le o f i n c lin a ti o n o f l a w n a r e a i n % 3 5
AL K O
D is ta n ce fr o m lim it in g c a b le t o l im it in g l i n e (w a ll/
h e d g e )
Base s t a t i o n / t r a n s f o r m e r da ta
B a s e s ta tio n c o n ne ct io n vo lta g e 2 3 0 V 1 6 A 5 0 H z C o n ta c ts
m a x . ch a rg e vo lta ge i n v o lt s 2 9 .4 V 2 7 V AC / 2 .2 A
Cu rr e n t i n a m p s 4 A 6 0 V A
Wo rk in g powe r i n w att s 3 0 - 6 0
N o is e e m i s s i o n
V ol u m e m e a s u re d i n d B ( A ) 6 3
V ol u m e g u ar an te e d i n d B ( A ) 6 9
B a t t e r y
v o lta ge i n V 2 5 .2
C apa cit y i n A h 3 A h
E n e r g y 7 3 W h - 7 6 W h
M a xi m u m ch a rg in g tem perature i n d egr ees C e ls iu s 4 0 ° C
a p p r o x . 1 5 c m
S e c o n d a r y
4 7 4 4 8 1 b 8 1
e n
2 6 A p p e n d i x
2 6 . 1 W a r r a n t y
I f an y m a t e r ia l or m a n u fa ct u r in g d e fe ct s a r e f o u n d d u ri n g th e statut ory cu stomer p ro te c t io n p e r i o d , w e w il l
e ither repa ir or re p l a c e th e e q u ip m e n t, w hi che ver w e co nsider th e m o r e a p p ro p ria te . T h is statut ory p e r i o d
m a y va ry a c c o rd in g t o the l e g is la ti o n i n fo r c e i n th e co unt ry w her e th e e quip men t w as p u rc h a s e d .
Ou r warranty i s v a li d o n ly i f : T h e warra nty i s n o long er v a li d i f :
■ T h e eq uipm en t h a s b e e n u s e d p ro p er ly ■ T h e eq uipm en t h a s b e e n ta m pe re d w it h
■ T h e o p e ra tin g ins tr u ct io ns h a v e b e e n fo llo w e d ■ T ec hni cal mo d ifi ca tio n s h a v e b e e n m a d e
■ G e n u in e re plac em en t p a r t s h a v e b e e n u s e d ■ T h e eq uipm en t was n o t u s e d fo r i t s i n t e n d e d p u r -
T h e fol lo w in g a r e n o t c o v e re d b y w a rr a n ty :
■ P a in t da ma ge d u e to n o rm a l we ar
■ W ear p a r ts i d e n ti fi e d b y a bord er [ x x x x x x (x ) ] o n the s p a re p a r ts l i s t
■ C om b us tio n m o t o r s (t h e s e a r e co v e re d b y a s e p ar at e warranty fr o m the manu factu rer co n c e r n e d )
T h e warranty p e r i o d b e g in s o n th e p u rc h a s e b y th e fir st e n d u s e r . D e ci si ve i s th e d a te o n th e r e c e i p t . T o
m a k e a cl a i m unde r w a rr a n ty , p le a s e take thi s stat eme nt o f warranty a n d pr oof o f p u rc h a s e to the n e a r e s t
a u th o ris e d cu stomer se rvi ce c e n tr e . T h is warranty d o es n o t af fe ct the u s u a l sta tutory r i g h ts o f the cu stomer
r e la ti v e t o th e s e ll e r .
O r ig in a l o p e ra ti n g in s t ru c ti o n s
p o s e
2 6 . 2 E C d e c l a r a t i o n o f c o n f o r m i t y
W e h e re b y d e cl a re tha t thi s pro d uc t i n th e fo rm i n w h ic h i t i s m a r k e t e d b y u s co mp lie s w ith re q u ire m e nt s
o f the h a rm o n iz e d E C d ire ct iv es , E C sa fet y stan da rds a n d th e prod uct-s pe cific sta n d a rd s.
P r o d u c t
R o b o t law n mo we r
Type
R ob o lin h o 3 0 0 0
S e r i a l n u m b e r
G 1 5 0 1 5 0 0
O b d a c h , 20 .0 3 .2 01 2
I n g . K la u s R a i n e r , M a n a g in g D ire ct or
M a n u f a c t u r e r
AL- K O K obe r G m b H
H a u p t s t r a G e 5 1
A -87 42 O b d a c h
E C D i r e c t i v e s
2 0 06 /4 2 /E G , 20 04 /1 0 8 /E G
2 0 02 /9 5 /E G , 20 02 /9 6 /E G
2 0 03 /1 0 8 /E G , 20 06 /9 5 /E G
A u t h o r i s e d r e p r e s e n t a t i v e
Ant o n E b e r le
Ich en hau se r S t r . 1 4
D -8 9 3 5 9 K o t z
H a r m o n i s e d s t a n d a r d s
E N 6 1 00 0 -6 -1 , E N 61 00 0 -3 -2 /3
E N 6 0 3 3 5 -1 , E N 60 33 5 -2 -1 5
E N 5 5 0 1 4 -1 , E N 5 5 0 1 4 -2
8 2 R obo linh o© 3000
Not ice
Not ice
AL K O
4 7 4 4 8 1 b 8 3
2 7 ETK R o bo lin h o 30 00
A r t . N r . 1 1 9 3 5 6
474752 ( 2 )
505075 ( 2 )
4 7 41 00 85 ( 2 )
45418 6 ( 2 )
518 48 2
700 147
47 0 9 9 0 0 1
505075 ( 4 )
4 7 0 8 7 1
470 892
Roboli nho © 3 000
4 7 4 11 8
700934 ( 2 )
47 4 11 9 ( 4 )
700 432 ( 2 )
4 7 0 73 40 1 ( 2 )
700137 ( 4 )
8 4 R o b o l i n h o © 3000
E T K R o b o li n h o 3 000
ET K R o b o lin h o 3000
A r t . N r . 1 1 9 3 5 6
AL K O
4 7 4 4 8 1 b 8 5
N otice
Roboli nho © 3 000
8 6 R obo linh o© 3000
Not ice
AL K O
4 7 4 4 8 1 b 8 7
A L K O
Q U A L I T Y F O R L I V E
C o u n t r y C o m p a n y T e l e p h o n e F a x
A A L - K O K o b e r G e s . m . b . H . ( + 4 3 ) 35 78 / 2 5 1 5 1 0 0 ( + 4 3 ) 35 78 / 2 5 1 5 30
A U S
B / L E u r o g a r d e n NV ( + 3 2 ) 1 6 / 80 54 27 ( + 3 2 ) 1 6 / 8 0 54 25
B G
C H A L - K O K o b e r A G
C Z A L - K O K o b e r S p o l. s r .o . ( + 4 2 0 ) 3 8 2 / 2 1 03 8 1 ( + 4 2 0 ) 3 82 / 2 1 2 7 82
D A L - K O G e r a t e G m b H (+ 4 9 ) 82 2 1 / 2 0 3 - 0 ( + 4 9 ) 82 2 1 / 2 03 - 1 3 8
D K
E S T / L T / L V A L - K O K o b e r S IA ( + 3 7 1 ) 6 7 4 09 3 3 0 ( + 3 7 1 ) 6 7 8 0 7 0 18
F
G B
H
H R B r u n . k o . - p r o m d.o .o . ( + 3 8 5 ) 1 3 0 9 6 5 6 7 ( + 3 8 5 ) 1 3 0 9 6 56 7
I A L - K O K o b e r G m b H / S R L ( + 3 9 ) 0 3 9 / 9 32 93 1 1 ( + 3 9 ) 0 3 9 / 9 32 93 90
I N A G R O - C O M M E R C I A L ( + 9 1 ) 33 2 2 8 7 4 2 0 6 ( + 9 1 ) 33 2 2 8 7 4 1 3 9
A L - K O I n t e r n a t i o n a l PTY. LTD (+ 6 1 ) 3 / 97 6 7 - 3 7 0 0 ( + 6 1 ) 3 / 97 6 7 - 3 7 9 9
V a l e r i i S & M G r o u p S J (+ 3 5 9 ) 2 9 42 34 0 2 ( + 3 5 9 ) 2 9 42 34 1 0
(+ 4 1 ) 56 / 4 1 8 3 1 50 ( + 4 1 ) 56 / 4 1 8 3 1 60
A L - K O G i n g e A /S
A L - K O S .A .S .
R o c h f o r d G a r d e n M a c h i n e r y L t d . ( + 4 4 ) 1 9 6 3 / 82 80 50 ( + 4 4 ) 1 9 6 3 / 82 80 52
A L - K O K FT
(+ 4 5 ) 98 82 1 0 00 ( + 4 5 ) 98 82 5 4 54
(+ 3 3 ) 3 / 85 - 7 6 35 40 ( + 3 3 ) 3 / 85 - 7 6 35 88
( + 3 6 ) 2 9 / 53 70 50 ( + 3 6 ) 2 9 / 53 70 5 1
I Q G u l is t a n Com ( + 9 4 6 ) 7 5 0 4 5 0 80 64
I RL C y r il J o h n s t o n & Co . L t d . ( + 4 4 ) 2 8 9 0 8 1 3 1 2 1 ( + 4 4 ) 2 8 9 0 9 1 4 2 2 0
L Y A S H O F A N F O R A G R IC U L T . A C C . (+ 2 1 8 ) 5 1 2 6 6 0 2 0 9 ( + 2 1 8 ) 5 12 6 6 0 2 0 9
M A B A D R A Sarl ( + 2 1 2 ) 0 2 2 4 4 7 1 2 8 ( + 2 1 2 ) 0 22 4 4 7 1 3 0
M K T e c h n o G e n e k s ( + 3 8 9 ) 2 2 5 5 1 8 0 1 ( + 3 8 9 ) 2 2 5 2 0 1 75
N
N L O .D E L E E U W G R O E N T E C H N I E K (+ 3 1 ) 38 / 4 4 4 6 1 6 0 ( + 3 1 ) 38 / 4 4 4 6 3 5 8
P L A L - K O K o b e r z. o .o . (+ 4 8 ) 6 1 / 8 1 6 1 9 25 ( + 4 8 ) 6 1 / 8 1 6 1 9 80
RO
RUS O O O A L - K O K o b e r
RUS
S
S K
S L O
A L - K O G I N G E A /S
O M N I T E C H T e c h n o l o g y S R L (+ 4) 0 2 1 3 2 6 36 7 2 ( + 4 ) 0 2 1 3 2 6 36 79
A L - K O S t . P e t e r s b u rg G m b H (+ 7) 8 1 2 / 4 4 6 1 0 75 ( + 7 ) 8 1 2 / 4 4 6 1 0 75
A L - K O G i n g e S v e n s k a A B (+ 4 6 ) (0) 3 1 5 7 35 80 ( + 4 6 ) (0 ) 3 1 5 7 56 2 0
A L -K O K ob er Sl ov akia S pol .s.r.o. (+ 4 2 1 ) 2 / 4 5 99 4 1 1 2 ( + 4 2 1 ) 2 / 45 6 4 8 1 1 7
D a rk o O p a r a s .p . ( + 3 8 6 ) 1 7 22 58 50 (+ 3 8 6 ) 1 7 22 58 5 1
( + 4 7 ) 6 4 86 2 5 50 ( + 4 7 ) 6 4 86 2 5 54
(+ 7) 4 9 9 / 16 8 8 7 1 8 ( + 7 ) 4 9 9 /9 6 6 00 - 00
S R B A g r o m a r k e t d.o .o . ( + 3 8 1 ) 3 4 3 0 8 0 0 0 ( + 3 8 1 ) 34 3 0 8 1 6
TR
UA
A L - K O G e r a e t e G m b H l He a d Q u a r t e r I I c h e n h a u s e r S tr . 1 4 I 8 9 3 5 7 K o e tz I D e u s c h l a n d
T e l e f o n : ( + 4 9 ) 8 2 2 1 / 2 0 3 - 0 I T e l e f a x : (+ 4 9 ) 8 2 2 1 / 2 0 3 - 1 3 8 I w w w . a l - k o - c o m
Z I M A S A .S .
T O V A L - K O K o b e r ( + 3 8 0 ) 4 4 / 4 9 2 3 3 9 6 ( + 3 8 0 ) 4 4 / 4 9 2 3 3 9 7
( + 9 0 ) 2 3 2 4 5 8 0 5 8 6 ( + 9 0 ) 2 3 2 4 5 7 2 6 9 7