TS-Optics 150 mm f/2.8 hyperbolic Astrograph with Corrector and Carbon Tube

TS-Optics 150 mm f/2.8 hyperbolic Astrograph with Corrector and Carbon Tube

These astrographs are perfectly tailored to the modern demands of the digital astrophotography.
Manufacturer : TS Optics
SKU : TSO-Hypergraph6
Price: 2299.00 € incl tax 19% (Germany)
Estimated delivery time : 1-4 days
Product description
TS-Optics 150 mm f/2.8 hyperbolic Astrograph with Corrector and Carbon Tube

TS-Optics hyperboloid Astrograph with 150 mm Aperture and f/2.8
These astrographs are perfectly tailored to the modern demands of the digital astrophotography. In opposite to simple Newtonian telescopes with coma corrector, the TS Hypergraphs have a hyperbolic primary mirrror and an especially designed corrector in the focuser. With this, a perfectly corrected image circle of 45 mm diameter is obtained, with space-optimised design and a moderate secondary mirror with 70 mm diameter. At the same time the image quality is so high that even modern astro-cameras with very high resolution can be used.

The advantages and features of the TS Hypergraphs at a glance:
  • Optics optimised for astrophotography, with high resolution over the entire useable image field.
  • Carbon tube for a significantly better focus stability than with a metal tube. Refocusing after temperature changes can be omitted. The images become sharper.
  • Secondary mirror is installed with the necessary offset, the illumination of the field is more even.
  • Despite the extreme focal ratio the telescope is well to collimate and it keeps collimation well even during transport.
  • Micro focusing is already built-in, this is necessary with the extreme focal ratio of f/2.8
  • High-quality CNC tube rings and a GP/Q5 dovetail bar are included in the scope of delivery
  • Carry handle with support area for a finder shoe
  • Easy camera adaption via the M48x0,75 connection thread of the focuser. The working distance is 55 mm.

Easy camera connection via the thread of the focuser
When dealing with such a highly resolving and fast optics, a threaded connection of the camera is necessary. In this way, tilting and therefore unsharp stars at the edge are avoided.

The 2.5" R&P focuser has, besides the female M63x0.75 thread, a male M48x0.75 thread. The working distance from this thread is perfectly 55 mm. This matches, for example, exactly the distance which a SLR camera and the matching T-adapter need. Even astro cameras, like the ones from ZWO, are already supplied with an adapter kit to M48 which takes account of exactly this distance.

Features:
Hyperbolic flat-field astrograph with 150 mm aperture and fast f/2.8 aperture ratio from Teleskop-Service
  • Aperture 150 mm / focal length 420 mm / focal ratio f/2.8
  • Optimally suited for mobile astrophotography with modern, high-resolution digital cameras
  • Perfect image up to 45 mm image circle (full-frame size sensors)
  • Hyperbolic primary mirror with 150 mm diameter
  • Modern 2.5" R&P focuser with integrated corrector system
  • Dual speed for accurate focusing
  • Carbon Tube for optimally keeping the focus position - provides better focus stability than a metal tube
  • stable metal secondary mirror holder with adjustment screws
  • Primary mirror collimation with pull and push screws
  • Connections at camera side: M63x0.75 (female), M48x0.75 (male) and 1.25"
  • Working distance from the M48x0.75 camera thread is 55 mm
  • The two astro images were made with the TS 150 mm f/2.8 Hypergraph.
  • Transport case included

Scope of delivery:
  • Optical tube
  • CNC tube rings with Losmandy style dovetail bar
  • Additional GP-style dovetail bar
  • Handle
  • 1.25" eyepiece adapter
  • Hex allen keys for collimation
  • Hook wrench for M48 adapter
  • Dust caps
  • Transport case

Products specifications
Secondary diameter70 mm
Eyepiece adapterTo 1 1/4"
Tube materialCarbonfibre
Aperture150 mm
Focal ratiof/2.8
Tube weight10.8 lb
Type of telescopeHyperbolic Newton
Tuberingsincluded
Focal length420mm
Connection to cameraM63x0,75 female / M48x0,75 male