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INTRODUCTION

This manual details the set-up, operation, specifications and optional accessories of the Meade 60EQ-D 2.4"
(60mm) Equatorial Refracting Telescope.

UNPACKING AND ASSEMBLY

1.  Remove and identify the telescope’s components, using the listing above.

2.  Attach the 3 aluminum tripod legs (

6, Fig. 1

) to the base of the altazimuth mount (

7, Fig. 1

) with the 3

leg braces supports (

5, Fig. 1

) facing inward. Three bolts each about 2.5"" long, with washers and wing

nuts (

42, Fig. 7

), are provided for this purpose in a hardware package. Stand the telescope upright,

spreading the tripod legs evenly apart so that the accessory tray can be positioned to attach to the 3 leg
braces.

3.

Use the provided 3 short screws, washers and bolts to attach the accessory tray (

3, Fig. 1

) to the tripod.

Line up one of the leg braces (

4, Fig. 1

) between the opening of one of the tripod leg brace supports (

5,

Fig. 1

) on the tripod so that one of the short screws will be able to pass through the holes of the leg

brace support and the leg brace. Using a Phillips-head screwdriver, thread one of the short screws
through the hole. Place a washer on the other end, followed by the matching nut. Tighten to a firm feel.
Repeat this procedure until all 3 leg braces are mounted on the 3 leg brace supports. See 

Fig. 6

.

4.

To attach the accessory tray (

3, Fig. 1

) to the leg braces (

4, Fig. 1

), place the round accessory tray over

the over mounting bolt hole 

(36, Fig. 3

). Threading the attachment knob into the the mounting hole on

top of the tray  and turning the knob clockwise. Tighten to a firm feel, but do not overtighten—you will
need to remove the tray if you wish to collapse the tripod. To remove the tray, just rotate the knob
counterclockwise and remove the knob. You can then lift and remove the tray.

5.  Extend the sliding center portion of the adjustable height tripod leg (

1, Fig. 1

) to the desired length for

all 3 legs. Lock the tripod legs by tightening the leg lock thumbscrew (

2, Fig. 1

) to a firm feel.

6.  Holding the counterweight (

28, Fig. 1

) firmly in one hand, slip the counterweight onto the counterweight

shaft (

30, Fig. 1

). Attach the counterweight and counterweight shaft, by supporting the unlocked

counterweight firmly in one hand while threading the counterweight shaft into the base of the Declination
axis of the telescope’s equatorial mount (see position in 

Fig. 1

). Once firmly attached, slide the

counterweight about 2 inches from the bottom of the counterweight shaft and secure it in place with the
counterweight lock (

29, Fig. 1

) of the counterweight. 

Note

: If the counterweight ever slips, the secured

threaded safety washer/screw (

31, Fig. 1

) will not let the weight slide entirely off the counterweight shaft.

Be certain that this safety washer/screw is always in place.

7.

Attach the flexible cables (

8, Fig. 1

) and (

9, Fig. 1

), as shown. These cables are secured in place with

a firm tightening of the thumbscrews located at the attachment ends of each cable.

8.

Tilt the polar axis (

40, Fig. 2

) of the telescope to roughly a 45° angle with the horizon. This tilt is

accomplished by first loosening the latitude adjustment lock (

33, Fig. 1

), adjusting the mount and firmly

re-tightening the latitude control lock.

9.

Remove the optical tube attachment thumbscrews (

34, Fig. 3

) from the optical tube mounting bolts that

are on the underside of the main optical tube (

19, Fig. 1

). Then lay the telescope optical tube assembly

onto the saddle plate (

23, Fig. 1

) passing the mounting bolts through the holes in the saddle of the

mount. Re-attach the attachment thumbscrews to the mounting bolts, and tighten to a firm feel. See 

Fig.

5.

Be sure the focuser portion of the optical tube is on the same side of the saddle as the Declination

control cable (

9, Fig. 1

).

10. Attach the viewfinder bracket (

18, Fig. 1

) to the telescope using the 2 thumbscrews provided (

37

Fig.

4

). The bracket fits over the two small bolts near the focus knob (

10, Fig. 1

). Thread the thumbscrews

over the bolts and tighten to a firm feel. Slide the Viewfinder tube into the bracket and loosely tighten
the tube. See “Aligning the Viewfinder” below.

11.  Insert the diagonal mirror (

12, Fig. 1

) into the focuser drawtube (

15, Fig. 1

) and the 25mm eyepiece (

13,

Fig. 1

) into the diagonal mirror. Secure each in place with a moderate tightening of the respective

thumbscrews. 

The telescope is now completely assembled. Before it can be affectively used, however, the viewfinder (

17,

Fig. 1

) must be aligned with the main telescope.

Summary of Contents for Polaris 60EQ-D

Page 1: ...ruction Manual Meade 60EQ D 2 4 60mm Equatorial Refracting Telescope 2003 08 03 Meade Instruments Corporation 6001 OAK CANYON IRVINE CALIFORNIA 92618 5200 U S A 949 451 1450 FAX 949 451 1460 www meade...

Page 2: ...North America are not included in this warranty but are covered under separate warranties issued by Meade international distributors RGA Number Required Prior to the return of any product or part a R...

Page 3: ...wfinder 7 Balancing the Telescope 7 Understanding Celestial Movements and Coordinates 7 Lining Up With The Celestial Pole 8 Polar Alignment of the Equatorial Mount 8 Using the Telescope 9 Applications...

Page 4: ...Focuser knob 11 Diagonal mirror thumbscrew 12 Diagonal mirror 13 Eyepiece 14 Eyepiece holder and thumbscrew 15 Focuser draw tube 16 Viewfinder collimation screws 17 Viewfinder 18 Viewfinder bracket 19...

Page 5: ...Features in Fig 6 4 Leg brace 5 Leg brace support e f Fig 7 Attaching tripod legs to telescope mount Features in Fig 7 6 Tripod leg 41 Telescope mount 42 Wingnut and bolt 4 g 4 STANDARD EQUIPMENT Comp...

Page 6: ...eight and counterweight shaft by supporting the unlocked counterweight firmly in one hand while threading the counterweight shaft into the base of the Declination axis of the telescope s equatorial mo...

Page 7: ...erweight lock The telescope is now balanced UNDERSTANDING CELESTIAL MOVEMENTS AND COORDINATES Understanding where to locate celestial objects and how those objects move across the sky is the key to en...

Page 8: ...Actually celestial objects are essentially fixed and their apparent motion is caused by the Earth s rotation During any 24 hour period stars make one complete revolution about the pole circling with...

Page 9: ...ting If the image starts to become fuzzy as you work into higher magnifications then back down to a lower power the atmospheric steadiness is not sufficient to support higher powers at the time you ar...

Page 10: ...such objects can be located through the Meade 60EQ D These objects are best observed under dark skies Terrestrial Objects Your Meade refractor may also be used for the observation of land subjects In...

Page 11: ...surfaces Note Remove the dew shield lens shade 22 Fig 1 to access the objective lens 20 Fig 1 for cleaning SPECIFICATIONS Focal Length 900mm Aperture Diameter 60mm 2 4 Eyepieces MA 25mm MA 12mm f rati...

Page 12: ......

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