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Apochromatic refractor. Aperture: 150mm. Focal length: 420mm

Reflector
Optical design
150
Aperture – the diameter of the light-collecting lens (refractors and catadioptric) or mirror (reflectors) that the telescope uses to collect light
420
Focal length – the distance from the primary lens or mirror to the point at which the light is focused
Availability

Product ID 78611
Brand Omegon
Warranty 2
EAN 2400000047735
Shipping Weight 13.47
Optical design reflector
Description

Omegon Astrograph with 150mm aperture at f/2.8
This Newtonian is perfectly adapted to the modern requirements of digital astrophotography. In contrast to common Newtonian telescopes with a coma corrector, this telescope has a hyperbolic primary mirror and a specially-designed corrector in the focuser. Using a compact design and a moderate secondary mirror with a diameter of 70mm, it achieves a corrected image circle of 44mm. The imaging performance is so good that even modern astro cameras with very high resolution can be used.

The highlights at a glance:

  • Optics optimised for astrophotography with high resolution over the entire usable field of view.
  • A carbon tube for significantly improved focal stability compared to a metal tube.
  • The secondary mirror is fitted with the necessary offset for a more uniform illumination of the field of view.
  • Microfocusing is integrated, a necessity given the extreme f/2.8 aperture ratio.
  • High-quality CNC Vixen tube clamps and a Losmandy prism rail are included in the scope of delivery.
  • Carrying handle with mounting surface for an accessory shoe.
  • Simple camera adapter using the focuser's M48x0.75 connection thread. Working distance of 55mm.

Specifications
Product ID 78611
Brand Omegon
Warranty 2
EAN 2400000047735
Shipping Weight 13.47
Optical design reflector
Optical scheme Newtonian
Objective lens diameter (aperture), mm 150
Focal length, mm 420
Aperture ratio f/2.8
User level experienced users
Observed object deep-sky objects, planets of the Solar System
Pouch/case/bag in set case
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