Balancing the Telescope

In order for the telescope to be stable on the tripod and also for it to move smoothly, it must be properly balanced in both vertical and horizontal axes. The horizontal axis is commonly referred to as the DEC (Declination) axis and vertical axis the RA (Right Ascension) axis. Most

Fig 25: While maintaining hold of OTA, loosen the DEC lock

of the motion of the telescope takes place by moving about these two axes, separately or simultaneously. Become familiar with how the telescope moves on each axis and their corresponding locks.

Fig 26: Balancing the OTA

Declination Balance: This is achieved by moving the telescope optical tube fore and aft within its holder, so that the weight is equally balanced along the DEC axis.

•Schmidt-Cassegrain (SC) OTAs: Carefully unloosen the DEC lock (see Fig 25), keeping one hand on the OTA to control its movement. You will notice that the OTA will want to rotate in one direction. Carefully loosen the two dovetail lock knobs just enough, so that

the OTA can be slid fore and aft. Slide the OTA until it no longer rotates in either direction and is balanced. When the OTA is balanced, tighten the two dovetail lock knobs firmly.

•APOS and Coronado SolarMaxII OTAs: Carefully unloosen the DEC lock (see Fig 25), keeping one hand on the OTA to control its movement. You will notice that the OTA will want to rotate in one direction. Carefully loosen the two cradle lock knobs (see Fig 26) just enough, so that the OTA can be slid fore and aft in the cradle. Slide the OTA until it no longer rotates in either direction and is balanced. When OTA is balanced, tighten the two cradle lock knobs.

RA (Right Ascension) Balance:

At this point you will need to use the LX80 hex tool (Page 12, Fig 9, 31). This tool can be found at the lower left of the backside of the drive base. Twist counter clockwise to remove the tool from the mount. This tool contains a hex head wrench that fits multiple fasteners and adjustments on the mount.

Fig 27: Removing the hex head tool

Tilt the Mount head: Use the dedicated LX80 tool to tilt the mount head about 45° from the standard alt-az shipping configuration (reference the scale cast into the base, Fig 29). Note that for this balancing exercise it is not necessary to precisely tilt the head to 45°) — an approximation is all that is required.

Loosen the right and left side latitude lock (Fig. 28) using the LX80 hex tool. Then insert the tool into hex headed latitude adjustment. Twisting counter clockwise will begin to tilt the head towards 45°.

Release the RA Lock: Unlock the RA lock by moving the lock knob left (counter clockwise), keeping a hand on the counterweight shaft to control rotation. The mount head will now have tendency to rotate in one direction

Getting Started

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Meade LX80 Balancing the Telescope, RA Right Ascension Balance, While maintaining hold of OTA, loosen the DEC lock
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LX80 specifications

The Meade LX80 is a versatile and innovative telescope designed to cater to both novice astronomers and experienced stargazers. Its combination of performance, ease of use, and advanced features makes it a popular choice among enthusiasts seeking to explore the cosmos.

One of the standout characteristics of the LX80 is its extensive GoTo mount system, which allows users to automatically locate and track celestial objects with remarkable precision. This feature is powered by a database containing over 30,000 astronomical objects, providing a broad range of targets for exploration. The telescope's integrated GPS ensures swift alignment with the night sky, simplifying setup and enhancing the observing experience.

The LX80 employs advanced technology with its heavy-duty dual-axis equatorial mount, providing stability and sturdiness. This design is particularly beneficial for astrophotography, as it minimizes vibrations and allows for longer exposure times without blurring. Additionally, the mount is compatible with various optical tubes, enabling users to customize their setup according to their specific interests, whether it’s planetary observation or deep-sky photography.

Another impressive feature of the Meade LX80 is its SmartDrive technology, which continually corrects any tracking errors, ensuring smooth and accurate movement across the night sky. This is especially helpful for capturing high-quality images of celestial bodies. The telescope can also be controlled via a smartphone or tablet using the optional Meade app, which further adds to its user-friendly design.

The LX80's optical performance is equally commendable. Many models come with a high-quality optical tube, offering superb light-gathering capabilities. The telescope's aperture, typically ranging from 6 to 10 inches, makes it well-suited for observing faint deep-sky objects like galaxies and nebulae, as well as brighter targets such as planets.

In terms of portability, the LX80 is designed to be compact, making it easier to transport to dark-sky locations. The telescope can be quickly set up and dismantled, accommodating astronomers who wish to observe in various settings.

Overall, the Meade LX80 stands out as a dynamic and feature-rich telescope. With its powerful GoTo capabilities, advanced tracking technology, and customizable optics, it offers a well-rounded observational experience. Whether you're peering through the eyepiece for the first time or capturing stunning images of the universe, the LX80 is equipped to meet your astronomical needs.
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