Wega Telecopes primary mirror baffle for 8" Ingrandisci

Wega Telecopes primary mirror baffle for 8"

Wega Telescopes

Telecopes primary mirror baffle for 8" UNC and TS Photon Newtonian telescopes 

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GSBL2003DH

Disponibilità 3-4 gg lavorativi+ tempo di trasporto

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49,00 € 49 EUR 2024-12-21

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Codice articolo: GSBL2003DH

The baffle fits all UNC and TS-Optics PHOTON Newtonian telescopes with 200 mm aperture and improves the star image in astrophotography.

♦ The anti-glare ring reduces the diameter of the primary mirror by a few millimetres and thus hides the retaining clips and the mirror edge.

♦ The photographic quality of the telescope is improved.

♦ Easy mounting, the ring is clamped between mirror and retaining clips.

♦ Lightweight design made of black plastic

♦ Dimensionally stable up to 110 °C due to the use of special PLA in 3D printing

 Telecopes primary mirror baffle for 8" UNC and TS Photon Newtonian telescopes [EN]

 

TS-Optics Telescopes main mirror baffle, fits TS UNC and Photon Newtonian telescopes
The baffle is a great photographic upgrade for your UNC or PHOTON Newtonian telescopes from Teleskop-Service. The star image is improved because the diffraction phenomena caused by the outermost mirror edge and especially by the retaining clips are simply faded out. The reduction of the aperture by only a few millimetres is of no consequence.

The installation on the Telescope is very simple. It is not even necessary to remove the primary mirror from the mirror cell.
Remove the primary mirror cell from the tube by loosening the lateral retaining screws.
Pull out the cell with the mounted primary mirror.
Remove the three retaining clips and place the cover on the primary mirror.
Now carefully reinsert the three retaining clips and fix them in place. It is sufficient if the clips only press lightly on the aperture ring.
Then reinstall the primary mirror with the cell. Once you have marked the position of the screws, you do not even need to adjust the telescope.

Designed for telescope: TS UNC and PHOTON Newtonian telescopes with 200 mm aperture
Thickness: 4 mm
Inner diameter: 192 mm
Outer diameter: 200 mm
Manufacturing method: 3D printing (FDM/FFF)
Material: Special PLA with better UV resistance.
Dimensional stability: up to 110 °C

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