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the astronomical observation. 

Do  not  observe  from  closed  spaces,  and 
set  up  your  telescope  with  the  accessories 
approx.  30  minutes  before  beginning  obser-
vation;  this  will  ensure  that  the  temperatures 
inside the tube have adjusted.

In addition, you should be careful to set your 
telescope on a level, stable surface.

3. First time Set-up

 
Loosen  the  pole  elevator  clamp  screw  (28) 
and set the tilt plate (32) roughly to the latitu-
de of your location, according to the scale of 
the latitude control rod (29) - in Germany, this 
is about 50°. Point the part of the tripod with 
the North-marking (N) in a northerly direction. 
The  upper  side  of  the  tilt  plate  will  also  be 
pointing north. The latitude control rod will be 
pointing south. 

4. Positioning of Geographical Latitude

From a street map, an atlas, or the Internet, 
find out your location’s angle of latitude. Ger-
many lies between 54° (Flensburg) and 48° 
(Munich)  north  geographical  latitude.  Now 
loosen  the  pole  elevator  clamp  screw  (28) 
and tilt the tilt plate (32) until the number on 
the latitude control rod (29) that is next to the 

clamp is the same number as your location‘s 
angle of latitude (e.g. 51°).

TIP:

The  angle  of  latitude  can  always  be  found 
in  an  atlas  on  the  right  side,  or  on  the  left 
side  of  a  map.  You  can  get  more  informati-
on  at  your  city  hall,  your  land  registry  of-
fice,  or  on  the  Internet:  for  instance,  at  
www.heavens-above.com. There, under “An- 
onymous  user  >  Select,”  you  can  choose 
your  country;  the  relevant  information  will 
then come up.

5. Final orientation

Turn  the  declination  shaft  (8)  as  well  as  the 
telescope  holder  upwards  90°  (white  arrow 
markings  at  the  front  of  the  mount  will  be 
across  from  each  other).  Set  the  tube  the 
right  way  around  (see  telescope  illustration 
and north arrow) in the holder and tighten the 
clamp screw. The eyepiece of the telescope 
is  now  pointing  at  the  ground;  the  objective 
lens is pointing at the North Star. Loosen first 
the clamp of the latitude control rod and then 
the clamp of the declination shaft, and bring 
the North Star into the middle of the eyepiece 
field of vision.
Finally,  retighten  the  clamp.  From  this  point 
onward, the tripod may not be moved or ad-
justed  because  the  orientation  will  be  lost. 

Loosen  the  pole  elevator  clamp  screw  (28) 
and lower the tilt plate (30) until it is horizontal 
(in other words, until it stops). Screw the pole 
elevator clamp screw back on.

Loosen  the  vertical  clamp  (31)  and  set  the 
tube in a horizontal position. Screw the clamp 
back on.

By turning both flexible shafts (14, 15) (Figure 
1),  the  telescope  can  be  moved  horizontally 
and vertically.  

Regarding B:

 Kapitel (3–11).

2. Set-Up (at night)

A dark location is very important for many ob-
servations, as bothersome lights (lamps, lan-
terns) can have quite a negative effect on the 
detail and clarity of the telescope image. 

If you leave a bright room at night to go outside, 
your eyes need time to adjust to the darkness. 
After approx. 20 minutes, you can begin with 

 

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Summary of Contents for 70/700 NG

Page 1: ...Telescope 70 700 NG Art No 88 45000 Bedienungsanleitung Operating Instructions Mode d emploi Handleiding Istruzioni per l uso Instrucciones de uso Manual de utiliza o DE GB FR NL IT ES PT...

Page 2: ...evice together with your child or children and never allow any child to use any of our optical products unsupervised We hope all users and their parents will enjoy our products Your Bresser team Dear...

Page 3: ...repair if nee ded Do not subject the device to temperatures ex ceeding 60 C TIPS on cleaning Clean the lens objective and eye piece only with the cloth supplied or some other soft lint free cloth e g...

Page 4: ...screws only as much as you can by hand do not over tighten the screws 3 Tripod Take the three legged tripod and set it vertically on the floor with the feet pointing downwards Now take two of the tri...

Page 5: ...pod leg brace downwards a little 5 Tube In order to mount the telescope tube 1 Fig 1 loosen the locking screw on the tube clamp 8 Fig 6 and open up the clamp Set the tube in the middle of the holder...

Page 6: ...e re produced image will be upright and its sides will not be reversed as above Now turn one of the two clamp screws right left of the fin derscope while looking continuously through the finder Contin...

Page 7: ...ertically 9 Flexible shafts In order to facilitate the exact fine adjustment of the declination and right ascension shafts the flexible shafts have been placed on the holders of both these shafts in t...

Page 8: ...ens above com There under An onymous user Select you can choose your country the relevant information will then come up 5 Final orientation Turn the declination shaft 8 as well as the telescope holder...

Page 9: ...ing with the tube in the proposed direction and retighten the clamps The fine adjustment is then performed with the flexible shafts 14 15 Figures 1 7 Finder Your telescope is now roughly aligned and s...

Page 10: ...e 1 Then set the inverting lens 20 Fi gure 2 straight into the eyepiece holder and retighten the clamping screws with your hand Then place the eyepiece e g f 20 mm into the opening of the inverting le...

Page 11: ...with just the zenith mirror and an eyepiece For terrestrial observations and for viewing nature you may use the inverting lens with an eyepiece Problem Solution No image Remove lens cap from lens ope...

Page 12: ...2 in the Orion constellation Figure 20 Right ascension 05 32 9 Hours Minutes Declination 05 25 Degrees Minutes Distance 1 500 light years With a distance of about 1500 light years the Orion Nebula Mes...

Page 13: ...ula ever discovered On July 12 1764 Charles Messier discovered this new and fascinating class of objects We see this object almost directly from its equato rial plane If you could see the Dumbbell Ne...

Page 14: ...epiece Magnification You see In a telescope the magnification de pends on both the focal width of the telescope tube and the focal width of the eyepiece From this formula we see that if you use an eye...

Page 15: ...GB...

Page 16: ...rs and technical changes reserved Sous r serve d erreurs et de modifications techniques Vergissingen en technische veranderingen voorbehouden Con riserva di errori e modifiche tecniche Queda reservada...

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