Omegon 62783 Instruction Manual Download Page 2

Reproduction of part or all of the contents of this document in any form is expressly prohibited other than for individual use only. All text, images and labels are property of Nimax Gmbh.

 

 
 

The Omegon® EQ-500 X 

Congratulations to your new Omegon® EQ 500 X. This German equatorial telescope mount is designed to give you years of 
rewarding observations, thanks to durability and a high quality built. The mount can carry equipment weighing up to 10 kg. 
The Vixen-Style (GP) saddle makes it compatible with most small and medium sized telescope. 

 

Compatible telescopes 

  - Newtonian telescopes up t

o 200mm (8”) aperture

 

  - 

Refractor telescopes up to 130mm (5”) aperture

 

  - 

Cassegrain telescopes up to 235mm (9.25”) aperture

 

  - 

Maksutov telescopes up to 200mm (8”) aperture

 

 

 

 

 

What’s included?

 

 

1- Stainless steel tripod 
2- German equatorial mount head 
3- Counterweight bar 
4- Fine adjustment knobs (2) 
5- Counterweights (2) 
6- Tripod spreader plate 
 

 
 
 
 
 

Introduction to equatorial mounts 

The purpose of a telescope mount is not only to hold your telescope at a convenient height, but mainly to keep it balanced 
and steady during observation. At the same time, it allows you to easily point the telescope in any direction. The Omegon® 
EQ-500 X is an equatorial mount and hence offers even further convenience for observing the night sky. It is designed to 
compensate for the E

arth’s rotation.

 

Because of the rotation of the Earth and with it the telescope and the observer, the whole sky shows an apparent 
movement and all stars seem to rotate around you once in 24 hours. While this movement is almost imperceivable to the 
naked eye, it is very noticeable with the high magnification of a telescope. The Objects you want to observe can move out 
of your field of view in just a short moment. Constant readjustment of the 

telescope’s

 direction is necessary. The 

Equatorial mount makes these readjustments very easy and allows for comfortable observation sessions. If aligned 
properly, a slow rotation of a single fine motion knob is enough to keep your observation targets from escaping your view. 

The EQ 500 X has four axes: 
Two axes, the altitude and azimuth adjustments, are only used to properly polar align the mount. After you finished the 

polar alignment, you shouldn’t touch these adjustments 

anymore. 

The other two axes, RA-axis and DEC-axis (right ascension and declination), are used to move the telescope and point it in 
any desired direction. These axes each have one clamp. By opening the clamp, you can manually move the telescope along 

the corresponding axis. Once you close the clamp, the telescope’s orientation is fixe

d along this axis. You can now only 

move it with the corresponding slow-motion knob. The RA- and DEC-axis each have one slow motion knob. By turning 
them, you can control the telescopes direction very finely. The slow-motion knob of the RA-axis is used to compensate for 
the E

arth’s

 rotation. 

When aligned correctly, the mounts RA- and DEC-axis corresponds to the equatorial celestial coordinate system. Each star, 
nebula or galaxy in the sky has a fixed set of celestial coordinates, which can be looked up in celestial maps. This makes an 
equatorial mount like the Omegon® EQ-500 X ideal to use in combination with a star atlas. 

Warning:

 Never point a telescope in the direction of the 

sun without a high-quality solar filter. Looking at the sun 
through a telescope causes instant damage to your eyes 
without  warning.  The  focused  sunlight  is  also  likely  to 
damage your telescope equipment. Never leave children 
using  a  telescope  during  daylight  without  adult 
supervision. 

Summary of Contents for 62783

Page 1: ...the contents of this document in any form is expressly prohibited other than for individual use only All text images and labels are property of Nimax Gmbh Instruction Manual Omegon EQ 500 X English Ve...

Page 2: ...to observe can move out of your field of view in just a short moment Constant readjustment of the telescope s direction is necessary The Equatorial mount makes these readjustments very easy and allow...

Page 3: ...otion knob RA axis b RA axis clamp c Polar scope cover back d Altitude clamp e Altitude adjustment handle f Slow motion knob DEC axis g Polar scope cover front h i Counterweight bar j Counterweights k...

Page 4: ...the black spreader knob from the central rod 2 Attaching the mount head 2 1 Place the mount head onto the tripod 2 2 Use the central rod between the three tripod legs to screw the mount head tightly o...

Page 5: ...n it to hold it in place 3 5 With the counterweights clamped onto the bar screw the end piece back onto the counterweight bar This prevents the weight from accidentally sliding off 3 6 Attach the two...

Page 6: ...pe s dovetail bar in the next step 4 2 Slide the telescope s dovetail bar into the saddle 4 3 Tighten the saddle knob against the dovetail bar to securely fix the fix the telescope in place on the mou...

Page 7: ...ighten the counterweight in this position If a balance along this axis is not possible you might need an additional counterweight 3 Close the clamps of the RA axis with the counterweight bar in horizo...

Page 8: ...or maps You can also simply search online for the latitude of the nearest city For this approximate polar alignment it is enough to know the latitude to an accuracy of 1 1 2 Open the altitude adjustm...

Page 9: ...step 1 2 above Rotate the altitude adjustment handle Instead of looking at the latitude scale focus on the night sky Polaris will move up or down while rotating the handle 1 7 To move Polaris left and...

Page 10: ...the region of the sky around the object You need to find a star in the vicinity of the object that you can recognize with your naked eye in the night sky This will be your reference star 2 Point the t...

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