We are happy to help with the adaption.ĭifferent working distance for Apos and EDs with shorter focal lengths: Also DSLR and system cameras can be adapted without any problems. The working distance is exactly 55 mm, so the connection of an astro camera, for example from ZWO, is no problem, because with the cooled cameras the adapters to 55 mm are always included. The working distance from the M48 thread to the camera sensor With optional extension adapters, for example to M68, the corrector can also be used for other telescopes. Nothing is pushed in, so that tilting is impossible. The corrector is simply screwed into the M63x1 connection thread on the focuser.
The stars are imaged pinpoint up to the edge, even with full frame sensors.
Get FREE 2-day shipping and free lifetime tech support with your order. Categoras: 2016, Atik-460, Cielo urbano, Ha, Narrowband, TS-Photoline 130/910 Tipo de Objeto: Cmulos, Nebulosas. de Focal: Riccardi 0x75 Tomas con filtro HA: 17x900' Tiempo: 4 Horas y 15 Minutos.
The corrector is calculated for the TS Photoline 130 mm f/7 Apo and gives optimal results with this telescope. Comparing Pioneer TS-A4676R and Pioneer TS-G460 Our Virginia-based experts can help you find the best gear. EQUIPO UTILIZADO Telescopio: TS-Photoline 130/910 Cmara: Atik 460 Monocromo Montura: SkyWatcher AZEQ6-GT Red. TS Photoline 2,5" Corrector and Reducer for Astrophotography
Working distance 55 mm from the M48x0.75 connection thread (suitable for 130mm f/7 apos).2" filter thread (internal thread) integrated in camera connector.Screwed connection to the refractor via the M63x1 thread - extension adapters, for example to the M68 thread, are available.The corrector is also suitable for refractors with smaller apertures (from 102 mm) and shorter focal lengths.Optimized for the Photoline Triplet Apo 130 mm f/7 - the corrector can also be combined with similar refractor telescopes.Focal length reduction 0.8 times - the exposure time is reduced to 64%.
Metaguide is another great software that does a match with the theoretical Airy pattern but I have not tried that either.TS Photoline corrector and focal reducer 0.8x for astrophotography with the Photoline 130 mm f/7 Apo
I know that SharpCap Pro has such a feature but I haven't tried it yet. There are software tools available that support collimation. Use Al's collimation aid to generate circles which overlay your image, so you can better judge if a round image is achieved. It is essential to have visual feedback of your action. I cannot recommend the use of an artifical star if you have a slow optics as it may not be bright enough.ĭon't use the ocular but use a video feed of the view that you can see when turning the adjustment screws. That should give you a good enough collimation. I try to do it in two stages, 1st stage use up to 10 circles and try to collimate, when you have achieved this then focus more so that you have 3 circles and repeat. I never use a specific tool but I just target a bright star and defocus to see the circle pattern. Imaging Telescopes Or Lenses: TS PhotoLine Triplet APO 130/910mm Imaging Cameras: Atik 460EX Mono Mounts: Sky-Watcher AZ-EQ6 GT Filters: Astrodon Red. TS Photoline 480/80, CGEM, ZWO ASIMMc 1600 Pro, OAG. Obtenidas en Matadepera el 31 de diciembre de 2018 y el 1 de enero de 2019. TS Optics Apochromatic refractor AP 130/910 ED Triplet Photoline 2,5'-OAZ OTA. This looks to me not suitably well collimated. Equipo de siempre Refractor 130 x 1000 focal, cámara 9 x 9 um x 4096 pix, OAG Lodestarx2. TS Optics Telescope N 130/650 Starscope EQ3-1 (1).