Bushnell telescope parts6/29/2023 Now you have to tighten all the set screws so that all accessories are fastened onto the position and firmly secure.įinally, remove the objective dust cover placed on the open end of your telescope so that the entire diameter becomes visible. You can do this by carefully backing out the set screw of the eyepiece and placing it entirely over the focusing mechanism. There is a focusing mechanism inside the telescope where you must insert this eyepiece. Now you must assemble the low-powered or the high-powered eyepiece, depending on your application. Tip: You can identify the correct assembly point if you face the large end of the red dot finderscope with the open end of the telescope tube. Put the finderscope assembly along with the attachment nut bolts, then reattach the finderscope mounted bolts with the thumb nuts. You will find the attachment nut bolts of the finderscope inside the primary telescope tube. Step 3: Attach The Remaining Telescope Accessoriesīring out the red dot finderscope from the packaging of the product. The final step involves reattaching the thumb nuts to the primary bolt attachments, which should be implemented after the computerized star locator assembly and the primary telescope tube are assembled. Then you need to spread the legs of the tripod towards a comfortable distance. Step 1: Setup Tripod And Accessory TrayĪt first, we need to locate the computerized star locator assembly and attach this to the tripod stand in an upright and balanced position. Therefore, attention must be given to the eyepieces, computer, and telescope. Then you need to identify all the parts to know when to attach each part.Īs this telescope relies on a precision optical system, you must be very careful while handling all the parts during assembly. Just remove all the components from the packaging and keep them in an organized fashion. How To Use The Bushnell NorthStar Telescopeįirst, you don’t need to use any tools to assemble the parts of your Newtonian telescope. The magnifying eyepiece, which uses high power, is best for viewing the Moon and other planets. These could be star cluster systems or huge galaxies emitting a continuous light array. The eyepiece that uses low power is most optimal for viewing very large and extended objects. There is a low-powered eyepiece and a high-powered eyepiece.
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