W e n n e r e in g e s c h a lte t is t, e r k e n n t d e r
a u to m a tis c h , w e lc h e S o n d e a n g e s c h lo s s e n is t, u n d
fü h r t e in e n S e lb s tte s t d u r c h .
U m e in e S o n d e v o m G r u n d g e r ä t z u e n tfe r n e n ,
s c h ie b e n S ie d ie S o n d e n e in h e it in P fe ilr ic h tu n g
( s . R ü c k s e ite ) n a c h lin k s w e g v o m G e h ä u s e . F ü h r e n
S ie d ie s e S c h r itte u m g e k e h r t a u s , u m e in e a n d e r e
S o n d e a n z u s c h lie ß e n . E s is t n ic h t n o tw e n d ig , d a s
M e s s g e r ä t a b z u s c h a lte n , w e n n d ie S o n d e n
a u s g e ta u s c h t w e r d e n .
D ie a u s ta u s c h b a r e
A u s fü h r u n g e n e r h ä ltlic h :
1. PosiTector GLS 60:
-
g e e ig n e t fü r d ie m e is te n G la n z a n w e n d u n g e n ; b e v o r z u g te
M e s s w in k e l fü r M itte lg la n z
2. PosiTector GLS 20/60:
-
g e e ig n e t fü r h o c h - b is m itte lg lä n z e n d e A n w e n d u n g e n
-
b e r e c h n e t d e n G la n z s c h le ie r ( H a z e - In d e x ) , a ls o d ie D iffe r e n z
z w is c h e n d e m b e i 6 0 ° u n d 2 0 ° g e m e s s e n e n R e fle x io n s g r a d
S o b a ld S ie e in e n M e n ü p u n k t a u s g e w ä h lt
h a b e n , z e ig t e in
w e ite r fü h r e n d e In fo r m a tio n e n / H ilfe n d a z u
v e r fü g b a r s in d . U m d ie s e In fo r m a tio n e n
a n z u z e ig e n , tip p e n S ie a u f d a s
d r ü c k e n S ie d ie
D o k u m e n t m it s ä m tlic h e n In fo r m a tio n e n fin d -
e n S ie u n te r w w w .d e fe ls k o .c o m /h e lp
H IN W E IS :
U m a u f d e m n e u e s te n S ta n d z u
s e in , a k tu a lis ie r e n S ie d a s G e r ä t r e g e lm ä ß ig .
z e ig t a n , d a s s e in U n te r m e n ü e x is tie r t.
W ä h le n S ie d ie s e s Ic o n a n b z w . tip p e n S ie
d a r a u f, u m d a s je w e ilig e U n te r m e n ü z u
s e h e n .
Sonden
PosiTector GLS-Sonde
3
a n , w e n n a u f d e m G e r ä t
- Ta s te . E in P D F -
PosiTector
is t in d r e i
o d e r