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INTRODUCTION
The Meade 114 EQ-ASB is an easy-to-operate, high performance 4.5" (114mm) reflecting telescope,
intended for astronomical observing. Equipped with a deluxe equatorial mount and aluminum tripod, the
telescope’s motion is continuously adjustable for tracking celestial objects. Your telescope comes to you
ready for adventure; it will be your companion in a universe of planets, galaxies, and stars. Please note
that the Meade 114 EQ-ASB is a Newtonian reflecting telescope optimized for astronomical observing
performance, and is not intended for terrestrial observing.
This Manual
These instructions detail the set-up, operation, specifications, and optional accessories of your Jupiter
114 EQ-ASB. In order that you may achieve maximum enjoyment of the instrument, we urge that
you take a few minutes to read all of this manual before making first observations through the telescope.
Standard Equipment
•
Complete optical tube assembly with a 4.5" (114mm) diameter primary mirror, viewfinder mounting
bolts with mounting nuts and rack-and-pinion focuser. Mirror focal length = 1000mm; f/8.8
•
Equatorial mount with pre-attached heavy duty, continuously adjustable, aluminum tripod and leg
braces.
•
Accessories: MA25mm eyepiece (1.25" O.D.), MH9mm eyepiece (1.25" O.D.),
2x Barlow lens
Cradle rings with lock knobs
5 x 24 viewfinder and bracket
Counterweight with counterweight shaft
Flexible cable controls for both telescope axes
Accessory tray
CD-Rom with Astronomy Software
UNPACKING AND ASSEMBLY
Your Meade 114 EQ-ASB comes to you packaged almost entirely pre-assembled. (References in this
section—e.g. (
6)—are to Fig.1a - 1e unless otherwise specified.)
•
Remove and identify the telescope’s Standard Equipment listed above.
•
The three tripod lock knobs (
43) have been removed from the
bottom section of each tripod leg to insure safe arrival of the tripod
assembly. To install, thread in each tripod lock knob into the
threaded hole located at the right side of each of the three
castings (see
Fig. 1f) at the bottom of each tripod leg. Tighten the
tripod lock knob only to a “firm feel” to avoid damage to the tripod
caused by overtightening.
•
Spread the tripod legs (
1) to full extension so that the leg braces
(
42) are taut (should one of the tripod leg braces slip out of the
center triangle fastener, merely reposition the brace and slide it
back into position). Adjust the tripod with the attached equatorial
mount (
2) to the desired height by loosening the tripod lock knobs and extend the sliding inner section
of each tripod leg; then tighten each knob.
•
Attach the flexible cable controls (
3) and (4). These cable controls are secured in place with a firm
tightening of the thumbscrew located at the end of each cable.
•
Holding the counterweight (
5) firmly in one hand, slip the counterweight onto the counterweight shaft
(
6). Attach the counterweight (5) and counterweight shaft (6), by supporting the unlocked (7)
counterweight firmly in one hand, while threading the counterweight shaft into the base of the
Declination axis of the telescope’s equatorial mount with the other (see
Fig. 1). Once firmly attached,
slide the counterweight to the midpoint on the counterweight shaft and secure it in place with the lock
knob (
7) of the counterweight. Note: If the counterweight ever slips, the secured threaded safety
washer/knob (
8) will not let the weight slide entirely off the counterweight shaft. Be certain that this
safety washer/knob is always in place.
•
Release the latitude lock (
9) of the equatorial mount, and tilt the polar axis (10) of the telescope to
roughly a 45° angle by turning the latitude adjustment knob (
11). With the polar axis thus tilted, firmly
re-tighten the latitude lock.
Trou taraudé
Bouton de blocage
Partie intérieure
coulissante
Fig. 1f: Tripod lock knob assembly.
Threaded Hole
Leg Lock Knob
Sliding Inner Leg
