Assembly; Setting Up The Tripod - Celestron XLT series Instruction Manual

This section covers the assembly instructions for your Celestron Omni XLT telescope. The equatorial mount is
exactly the same for all the Omni telescope models and the optical tubes have some differences which will be noted.
Your Omni telescope should be set up indoor the first time so that it is easy to identify the various parts and
familiarize yourself with the correct assembly procedure before attempting it outdoor.
Each Omni telescopes comes in two boxes. One box contains the tripod, tripod accessory tray/brace, equatorial
mount, counterweight bar, two counterweights, r.a. knob, dec. knob, polar axis polar cap, and a Phillips head
screwdriver. The second box contains the telescope optical tube assembly, finderscope and bracket, eyepiece, and
other standard accessory items per the specific model that you have.
S e t t i n g u p t h e
S e t t i n g u p t h e
Remove the tripod from the box that it is in (Figure 2-1). The Omni tripod comes with an all metal center leg brace
/ accessory tray to give rock solid support to the mount. The tripod comes fully assembled with a metal plate,
called the tripod head, that holds the legs together at the top. In addition, there is a central rod that extends down
from the tripod head that attaches the equatorial mount to the tripod. To set up the tripod:
1. Stand the tripod upright and pull the tripod legs apart until each leg is fully extended. The tripod will now stand by
itself (Figure 2-2). Once the tripod is set up, you can adjust the height at which it stands.
2. Loosen the lever (turn counterclockwise) on the leg clamp so that the tripod leg can be adjusted (Figure 2-3).
3. Slide the center portion of the tripod leg away from the tripod head until it is at the desired height.
4. Tighten the levers (turn clockwise) on each leg clamp to hold the legs in place.
5. The standard height of the tripod is 33" and it can be extended at any height up to a maximum of 47". Remember
that the tripod will be the most rigid and stable at the lowest height.
Figure 2-1
T r i p o d
T r i p o d
Figure 2-2
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Figure 2-3