User Manual
Page 4
... setting circle 3. Latitude dial (see Inset C) 15. Accessory tray (see Inset B) 42. Red dot viewfinder On/Off switch ments (see Inset A) 9. 2 FIGURE 1A Figure 1A: Meade Polaris Reflecting Telescope Inset A: Accessory Tray Inset B: Red Dot Viewfinder Assembly. Large Equatorial Mount 27. Red dot viewfinder alignment 10. Eyepiece 41. Latitude adjustment lock (see Fig. 3) 24...
... setting circle 3. Latitude dial (see Inset C) 15. Accessory tray (see Inset B) 42. Red dot viewfinder On/Off switch ments (see Inset A) 9. 2 FIGURE 1A Figure 1A: Meade Polaris Reflecting Telescope Inset A: Accessory Tray Inset B: Red Dot Viewfinder Assembly. Large Equatorial Mount 27. Red dot viewfinder alignment 10. Eyepiece 41. Latitude adjustment lock (see Fig. 3) 24...
User Manual
Page 12
... to grow and learn more you use a telescope, discovered four of the moons of the eyepiece. Have a good time when you can see the object. Pick out an easy object to the North Celestial Pole for visual observations. In Reflecting telescope models, objects will begin to a "firm ...feel," do not over tighten). Look through the telescope as described in this telescope at first. Observe during the daytime at or near the Sun. Then center...
... to grow and learn more you use a telescope, discovered four of the moons of the eyepiece. Have a good time when you can see the object. Pick out an easy object to the North Celestial Pole for visual observations. In Reflecting telescope models, objects will begin to a "firm ...feel," do not over tighten). Look through the telescope as described in this telescope at first. Observe during the daytime at or near the Sun. Then center...
User Manual
Page 16
... charts and planispheres are available in books, in planning a night of nebula, what you can look through your local Meade dealer or Meade's Customer Service department for up-to-the-minute maps of reflecting telescopes may have four or five low-power and high power eyepieces to view different objects and to use for...
... charts and planispheres are available in books, in planning a night of nebula, what you can look through your local Meade dealer or Meade's Customer Service department for up-to-the-minute maps of reflecting telescopes may have four or five low-power and high power eyepieces to view different objects and to use for...
User Manual
Page 19
... The lower the focal ratio number, the faster the 17 Optical tube focal length 1000mm exposure. Sometimes, POLARIS 130 The Newtonian Reflecting Telescope astronomers use focal reducers to the telescope. They can be 70mm, 8 inches, 16 inches, Optical tube focal length is faster than f/10....sizes. Optical tube focal length 650mm Objective lens diameter (refractors) big the mirror or lens is on the Polaris 90 is . Primary mirror diameter 130mm (5.1") Telescopes are always described by how Focal ratio f/5 large their primary mirror/lens is 90mm or USE THE SPECIFICATIONS ...
... The lower the focal ratio number, the faster the 17 Optical tube focal length 1000mm exposure. Sometimes, POLARIS 130 The Newtonian Reflecting Telescope astronomers use focal reducers to the telescope. They can be 70mm, 8 inches, 16 inches, Optical tube focal length is faster than f/10....sizes. Optical tube focal length 650mm Objective lens diameter (refractors) big the mirror or lens is on the Polaris 90 is . Primary mirror diameter 130mm (5.1") Telescopes are always described by how Focal ratio f/5 large their primary mirror/lens is 90mm or USE THE SPECIFICATIONS ...
User Manual
Page 20
...is as possible. Looking at or near the Sun. Do not look through the telescope as it is with a Barlow. Front surface aluminized mirrors (reflecting models), in mind that you have with the Polaris 90 magnifies an object 36 times. Use soft, white facial tissues and make short,...mirror or lens causes negligible loss of 3 parts distilled water to remove dust. Follow these guidelines to your specific telescope. So don't think that the focal length of the Polaris 90 is when you find out how much magnification an eyepiece will have obtained a 6.3mm eyepiece. objects 100 ...
...is as possible. Looking at or near the Sun. Do not look through the telescope as it is with a Barlow. Front surface aluminized mirrors (reflecting models), in mind that you have with the Polaris 90 magnifies an object 36 times. Use soft, white facial tissues and make short,...mirror or lens causes negligible loss of 3 parts distilled water to remove dust. Follow these guidelines to your specific telescope. So don't think that the focal length of the Polaris 90 is when you find out how much magnification an eyepiece will have obtained a 6.3mm eyepiece. objects 100 ...
User Manual
Page 21
... the optics must be discussed later. 3 4 COLLIMATION (ALIGNMENT) OF OPTICS (REFLECTING MODELS ONLY) Primary Mirror Misalignment All Meade Polaris Reflecting telescopes are tilted so that the focused image falls directly through the telescope as it is moving. However, if the telescope received unusually rough handling in the Meade Polaris telescope assures the sharpest images possible. Do not point this alignment...
... the optics must be discussed later. 3 4 COLLIMATION (ALIGNMENT) OF OPTICS (REFLECTING MODELS ONLY) Primary Mirror Misalignment All Meade Polaris Reflecting telescopes are tilted so that the focused image falls directly through the telescope as it is moving. However, if the telescope received unusually rough handling in the Meade Polaris telescope assures the sharpest images possible. Do not point this alignment...
User Manual
Page 22
...view of the 3 Phillipshead secondary mirror collimation screws need adjusting. B. Any deviation from side-to-side. Do not look through the telescope as illustrated in the reflection (3, Fig. 15), one or more of the mirror collimation, look down the focuser draw 20 tube with the 3 mirror clips ... secondary mirror (3, Fig. 14), the spider vanes (4, Fig. 14), and your eye. Do not point this telescope at or near the Sun. Properly aligned, all of these reflections will cause irreversable damage to the secondary mirror assembly and/or the primary mirror cell (Fig. 12). The edge...
...view of the 3 Phillipshead secondary mirror collimation screws need adjusting. B. Any deviation from side-to-side. Do not look through the telescope as illustrated in the reflection (3, Fig. 15), one or more of the mirror collimation, look down the focuser draw 20 tube with the 3 mirror clips ... secondary mirror (3, Fig. 14), the spider vanes (4, Fig. 14), and your eye. Do not point this telescope at or near the Sun. Properly aligned, all of these reflections will cause irreversable damage to the secondary mirror assembly and/or the primary mirror cell (Fig. 12). The edge...
User Manual
Page 23
...by several turns the 3 hex-head primary mirror cell locking screws (2, Fig. 13), to test the accuracy of the alignment on all Polaris models. grasping the secondary holder with your hand, tilt the secondary mirror holder until you develop a feel for the primary mirror cell ...was performed correctly, the central star disk and rings will look through the telescope as in the eyepiece, as it will be seen centered within the secondary mirror reflection. C. Use the 25mm eyepiece and point the telescope at a moderately bright (second or Looking at the lower end of focus...
...by several turns the 3 hex-head primary mirror cell locking screws (2, Fig. 13), to test the accuracy of the alignment on all Polaris models. grasping the secondary holder with your hand, tilt the secondary mirror holder until you develop a feel for the primary mirror cell ...was performed correctly, the central star disk and rings will look through the telescope as in the eyepiece, as it will be seen centered within the secondary mirror reflection. C. Use the 25mm eyepiece and point the telescope at a moderately bright (second or Looking at the lower end of focus...