3( 
4)
2$ 2%
2^
3%
3$
Fig. 2: Close up of the mount.
Features in Fig. 2:
24.Declination lock
25.Declination setting circle
26.Right ascension lock
34.Right Ascension setting circle
35.Latitude circle
39.Declination axis
40.Polar axis
– 5 –
3^
Fig. 3: Attaching the accessory tray.
Feature in Fig. 3:
36. Mounting bolt hole
| 1* |
1^ | 3& |
Fig. 4: Attaching the viewfinder.
Features in Fig. 4:
16.Viewfinder collimation screws
37.Viewfinder bracket mounting thumbscrews
3* 3*
Fig. 5: Attaching the Optical Tube. Underside view of the optical tube saddle plate.
Feature in Fig. 5:
38.Optical tube attachment thumbscrews
e
f
Fig. 6: Attaching a leg brace to a leg brace support.
Features in Fig. 6:
4.Leg brace
5.Leg brace support
4!
g 4@
Fig. 7: Attaching tripod legs to telescope mount.
Features in Fig. 7:
6.Tripod leg
41.Telescope mount
42.Wingnut and bolt
STANDARD EQUIPMENT
•Complete optical tube assembly (objective lens diameter = 60mm; focal length = 900mm)
•
•MA 25mm (36X) eyepiece (1.25" O.D., “Outside Diameter”), MH 9mm (75X) eyepiece (1.25" O.D.)
•2x Barlow lens
•Diagonal mirror (1.25” O.D.)
•5x24mm viewfinder with bracket
•Complete equatorial mount with counterweight assembly
•Flexible control cables on both axes
•Hardware package: A. 3 bolts (2.5" long) with wing nuts and washers
B. 3 screws (1/2" long) with wing nuts and screwdriver tool
•Astronomy software (separate instructions supplied in software package)
