Uncle Milton Industries Star Theater 2 User manual

AGES 8 AND UP
2002
Planetarium and Guided Audio TourPlanetarium and Guided Audio Tour
®
Instruction Manual

Table of Contents
Discover the Universe!
Your Own Planetarium
What Is a Constellation?
The Star Sphere
Planetarium Operation
Installing Batteries
Operating Your Planetarium
Setting the Date and Time
Care and Maintenance
Meteors and Comets
The Constellations
The Moving Sky
The Constellations of the Zodiac
Into the Night With Your Planetarium
How to Find the Visible Planets
Learn More About Astronomy
Planet Information Table
Annual Meteor Showers
Planet Position Tables
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Audio CD script by Susan Cannon
Music and audio production by Donovan Reimer

Discover the Universe!
Welcome to the amazing world of astronomy! Astronomers spend their time discovering the
nature of space and everything in it. As big as our planet Earth is, it is just one of eight planets
orbiting the sun, which is just one of billions of stars in our home galaxy, the Milky Way, which is
just one of billions of galaxies in the universe. So you can see that it will be a long, long time, if
ever, until astronomers run out of things to discover!
Your Own Planetarium
Have you ever been to a planetarium show? Do you remember when you sat back and saw the
night sky projected by a huge star projector, while the astronomer guided you on a journey
through space and time? Remember how fun and interesting that show was? Your planetarium
does much the same thing, right in your own room.
Your planetarium allows you to...
• Project stars, outlines of the constellations, and their names on the walls and ceiling all
around you
• Project the night sky for any season or month of the year with its one-piece
fully-integrated Star Sphere — no separate overlays to break or lose
• Accurately project the night sky by season, date and hour
• Project the night sky in its correct directional orientation
• Treat yourself and your friends to an exciting sight and sound tour of the night sky.
With your planetarium, you will learn the locations of the brightest and easiest-to-nd
constellations, stars and planets. By taking the tour and reading this guide, you will come away
with a good understanding of the night sky.
What Is a Constellation?
If you look at the stars in the night sky long enough, you will notice how groups of stars form
familiar objects, something like connect-the-dots pictures. Many centuries ago, people who
gazed at the stars noticed pictures out there— and gave names to them. This helped them
create a“map” of the night sky, making it easier to locate the stars.
But these gures are not really sitting out there in space. They are only imaginary patterns
created by the relative positions of the stars as we see them from Earth. Some stars that appear
to be right next to each other are in fact very far apart. They just look close together from where
we are looking at them. If you could somehow see the night sky from another part of the galaxy,
the relative positions of the stars would be completely dierent and you would be able to
discover totally new constellations.
3

Fig. 1
Battery Cap
Screw
MAY
SPRING SUMMER
AUG JULJUN
Fig. 2
Battery
Cap
Battery
Module
MAR
SPRING
SUMMER
JUN
MAYAPR
4
The Star Sphere
The Star SphereTM is a replica in miniature of the largest and brightest objects in space
surrounding our planet. If you were to imagine Earth inside the sphere, it would be located at
the exact center, where the light bulb is. The dots printed on the sphere represent stars. The
glow-in-the dark dots represent the brightest, easiest-to-nd stars. The lines connecting the
stars show the constellations.
About 99 percent of visible stars like those on the Star Sphere are in the solar neighborhood.
That means they are within approximately 100 light-years of Earth. This is nearby, compared to
the other stars in the spiral arm of our galaxy where our solar system is located. A light-year is
the distance light can travel in one year, which is about 6 trillion miles or nine and a half trillion
kilometers.
Planetarium Operation
The Star Sphere is powered by three (3) AAA batteries.
Tool required - Small Phillips-head screwdriver
Installing Batteries for the Light Wand
1. Remove light wand from base.
2. With a small Phillips-head screwdriver, remove the
screw on the battery cap (see Fig. 1). Unscrew
battery cap located at the end of wand. Gently
shake the wand so that the battery module slides
out (see Fig. 2).
3. Insert three (3) AAA batteries into battery module,
making sure the “+” and “-” ends are in correct
placement as indicated on module. Alkaline
batteries are recommended.

5
Operating Your Planetarium
1. Place planetarium on a table in the center of the room. A room with smooth, light-colored
walls and ceiling works best. A room that is roughly square and no larger than 12 x 12 feet
provides the best projection quality. Star Theater works best when it is located one to six feet
from the projection surface.
2. Rotate planetarium so that N (north) on the compass lines up with the raised dot. This allows
your planetarium to project the stars in the same directional orientation as they are in the
actual night sky outside.
Your planetarium projects stars that are visible from the northern hemisphere, including
North and Central America, Hawaii, Europe, Russia, Asia, Northern Africa, and the Middle East.
3. Date selector is located on the light wand. To set your planetarium for the beginning of the
audio tour, rotate light wand until “AUTUMN” lines up with pointer on the base. At various
breaks during the audio tour, you will be asked to pause the CD and adjust your planetarium
for the next season. (The month and date settings and the time ring will be used after the
audio tour to set your planetarium for a specic date and time of day.)
4. Close window drapes or blinds. Turn on projection lamp. (Do not look directly at the Star
Sphere while its light is on, or you will lose your darkness adaptation.)
5. Start the audio tour CD, turn o the lights, sit back and enjoy the show.
Fig. 3
Align
Battery
Module
with
groove
Fig. 4
Meteor Maker
4. Insert battery module into light
wand, making sure the grooves
align (see Fig. 3). Replace battery
cap and Phillips-head screw (do
not over-tighten). Place the light
wand back into base.
Installing Batteries for the Meteor Maker
1. Snap Meteor Maker holder onto base.
2. With a small Phillips-head screwdriver, remove
battery cover from Meteor Maker. Insert two (2)
AAA batteries making sure the “+” and “-” ends
are in correct placement as indicated in the
battery compartment. Alkaline batteries are
recommended (see Fig. 4).
3. Replace the battery cover and place Meteor
Maker in its holder.

Push a paper
clip into this
hole to release
Star Sphere
Fig. 7
Fig. 6
Projection
Lamp Wand
Fig. 8
Projection
Lamp
Collar
NOV
SPRING SUMMER
FEB JANDEC
6
Setting the Date and Time
Once you’ve taken the audio tour, you can set your
planetarium to project the night sky for any date and
hour. You can easily adjust your planetarium for any
date you wish: your birthday, a holiday, the nal day of
school, last Thursday, or any other date. Here is how:
1. Setting the date: With projection lamp o, turn
light wand until the month you want lines up with
the pointer on date selector (see Fig. 6). Below the
month, there are markings indicating the 1st, 10th
and 20th of the month. Turn light wand to the left (so that Star Sphere turns to the west)
until the date you want lines up with the pointer. For example, if you want to project the
night sky the way it is on July 4th, rst select July, then turn further to the left, to just past the
mark for the rst day of the month.
2. Setting the time: Once you have selected the month and date, rotate the time ring—
without turning the light wand—so that the time at which the sun sets lines up with the
pointer. (The time at sunset can be found in the local newspaper or on the Internet.) Now
turn the light wand to the exact time you want. (Note: The months and dates will change on
the date selector as you select the time; once you’ve selected the date and set the time ring
for sunset, the time selection function takes over.) You can set your planetarium to project
the stars for any time of the night. You can even see what stars are up during the day, when
they are not visible.
Care and Maintenance
Remove batteries when not in use for extended periods.
Keep Star Sphere clean with a soft cloth and quality
anti-static cleaner/polish. Never use abrasive cleaners.
Bulb replacement: Replacement bulbs are available at
most electronics retailers. Halogen bulb, Voltage: 3.6 V,
Current: 500 – 600 mA. Part No. LR00001.
1. Remove Star Sphere and light wand from base.
2. Push a paper clip into the small hole directly
above the on/off button. At the same time,
rotate light wand counterclockwise to Star
Sphere. Remove it from Star Sphere (see Fig. 7).
3. Carefully pull old projection lamp out of tip
of light wand.
4. Insert replacement bulb into tip of light wand
(see Fig. 8). (Important: Be careful not to bend
prongs of the bulb.) Switch light wand on to make
sure bulb lights up, then switch it o.
Time
Ring
Pointer
Date
Selector

7
5. Reinsert light wand into Star Sphere. Rotate light wand clockwise until it clicks into place.
This is important for accurate date and time adjustments.
6. Place Star Sphere and light wand back into base.
Meteors and Comets
Use the Meteor Maker to simulate a fascinating phenomenon of the night sky, a meteor shower.
Insert the meteor image slide in the slot at the front of the Meteor Maker. (Store the other one in
the slot at the rear.) Point the Meteor Maker at the ceiling or a wall, push the button, and wave it
to make the image streak across the room. Store the Meteor Maker in its stand when not in use.
A comet is basically a big rock, made of ice and dust, that orbits the sun in a wide, elliptical path.
Most comets take many years to complete a full orbit. One of the most famous, comet Halley,
visits the inner solar system once every 76 years. Comets are smaller than planets. Some are
relatively small in size and some are many miles across.
A meteoroid is a tiny particle, usually about the size of a grain of sand, that was left behind by a
comet. When it comes close to Earth and enters the atmosphere, it burns up brightly and is
called a meteor. Usually, meteors come in large bunches. During a meteor shower thousands of
meteors can be seen streaking across the sky for several nights. A meteorite is a meteor that fell
to the ground without burning up. (See Annual Meteor Showers table on page 14.)
The Constellations
Constellations are imaginary pictures created by connecting stars together with imaginary lines.
These "star pictures" were usually named after ancient Mesopotamian and Greek gods, heroes,
and animals. Today's astronomers consider each constellation as an agreed-upon region of the
sky containing a group of stars. There are 88 ocial constellations.
Each constellation can contain dozens, if not hundreds, of visible stars. The following star maps
show the brighter stars — the ones you see when looking for star groupings in the night sky.
The "connect-the-dot" lines will help you as you learn these constellations. You will also see the
mythological drawings of some of the constellations.
The constellations are divided into ve different groupings—the stars in the northern sky and
the stars of each season. It's important to remember that the seasonal groupings are a general
guide. For example, winter constellations are not just visible during the winter months of
December, January and February. (Experiment with your planetarium to discover why!) The
season refers to the time of year the constellation or group of constellations become easily
visible in the night sky after the sun sets.
The seasonal groupings also help us understand the cycle of the sky. Because of the Earth's annual
orbit around the sun, the stars in the night sky change over the course of a year. But due to the
xed nature of the constellations, spring stars always follow the winter stars into the sky, summer
stars follow the spring stars, etc. Learning the brighter constellations from each season will open
the door to understanding the entire night sky.

Andromeda
Galaxy
Alpheratz
CETUS
(The Whale)
CETUS
(The Whale)
BIG DIPPER
Arcturas
Spica
Regulos
Altair
Vega
Alberio
Deneb
Antares
ERIDANUS
(The River)
ERIDANUS
(The River)
LEPUS
(The Hare)
LEPUS
(The Hare)
PLEIADES
(The Seven Sisters)
Capella
Sirius Rigel
Betelgeuse
Orion
Nebula
Procyon
Castor
Pollux
Aldebaran
SUMMER
TRIANGLE
GREAT
SQUARE
Winter Constellations
Spring Constellations
Stars to look for...
1. Big Dipper
2. Regulus
3. Spica
4. Arcturus
Summer Constellations
Stars to look for... 1. Deneb
2. Vega 3. Altair 4. Antares
Winter Constellations
Stars to look for...
1. Aldebaran
2. Pleiades
3. Orion Nebula
4. Betelgeuse
5. Rigel
6. Sirius
7. Procyon
8. Castor
Autumn
Constellations
Stars to look for...
1. Andromeda Galaxy
2. Alpheratz
Mizar
Pointer stars
North Star
Northern Circumpolar
Constellations
Stars to look for...
1. Polaris
2. Pointer Stars
3. Mizar
“Little Dipper”
“Big Dipper”
SAGITTARIUS
8 9

ECLIPTIC
ECLIPTIC
LEO CANCER GEMINI
AURIGA PERSEUS
CANIS MINOR
CANIS MINOR
ORION
LEPUS ERIDANUS CETUS
TAURUS
ARIES
PISCES
ANDROMEDA
PEGASUS
CYGNUS
AQUILA
LYRA
AQUARIUS
CAPRICORNUS
SAGITTARIUS SCORPIUS
VIRGO
LIBRA
BOOTES
HERCULES
OPHIUCHUS
The Constellations of the Zodiac
The constellations of the zodiac are the oldest
star patterns, withTaurus the bull being the
most ancient of them all. Because of Earth's
orbit around the sun once a year, the sun
seems to move against the background stars.
The path the sun appears to take is called the
ecliptic. The zodiacal constellations lay along
the ecliptic, which made them very important
star patterns to the ancient peoples who relied
on the night sky as their calendar.
While this 2-D map of the zodiacal constellations
shows the ecliptic as a curved line, your
planetarium projects this path as a great circle
around the entire sky. Turn on your planetarium
and project the stars onto a wall. Rotate it
slowly so you follow the constellations of the
zodiac through one year.
10 11
Astronomers, ancient and modern, counted on this 24-hour trip, day after year after century.
They agreed to divide the east-to-west movement of stars into 24 equal parts.
Astronomers picked the spot in the sky where the ecliptic (the path the sun takes in relation to
Earth during a year) crosses the celestial equator as the sun heads north, for the point at which
the 24-hour celestial cycle begins. This is the vernal point, the rst day of spring in the northern
hemisphere.
Into the Night With Your Planetarium
Your planetarium can be taken outdoors into the night for use as a 3-D star map. Remove the
Star Sphere and light wand from the base and hold it in your hand. The brightest stars will glow
in the dark on the Star Sphere after you have“charged” it by turning the projection lamp on for a
few moments. (Don’t look at the Star Sphere while charging it, or you will lose your darkness
adaptation.)
For a more accurate reading, set your planetarium in its base on a table outdoors. Adjust
it for the current date and time. Use the compass to position your planetarium to point north.
Turn the projection lamp on and use a sheet of white paper for a projection screen. The stars
projected onto the paper can guide you to the stars that appear in the night sky.
The Moving Sky
The horizon ring is an important part of your planetarium. It divides the sky into two halves, the
visible and the nonvisible. In the course of 24 hours, all of the objects visible from a given
location on Earth seem to rise in the east and set in the west.
To see all the stars that are visible from the northern hemisphere, slowly rotate the light wand to
the left (westward) while the projection lamp is on. Do you notice that some stars around Polaris
never set while some of the stars that can be seen from the southern hemisphere (at the
opposite pole of the Star Sphere from Polaris) never rise in the northern hemisphere?
Just for practice, adjust your planetarium to project the stars visible in the evening of March 20,
which is about the rst day of spring for us. Which constellations will be on the meridian (the arc
spanning across the sky from pole to pole)? Which constellations will be rising and which will be
setting? That’s easy! With the projection lamp o, set the date selector to March 20, and then set
the time ring to the time at which the sun sets (about 6:30 p.m.). Turn o the room lights, turn
the projection lamp on, and see what constellations are up!
Although we can’t feel it, Earth rotates eastward at about 800 miles an hour at its surface. The
stars, sun, and moon appear to us to move westward when, in fact, we are the ones that are
moving eastward. Because of this, it seems like any given constellation or star takes about 24
hours to make one round trip around Earth.

Rank Name Constellation Hemisphere
1. Sirius Canis Major N & S
2. Canopus Carina S
3. Alpha Centauri Centauri S
4. Arcturus Boôtes N & S
5. Vega Lyra N & S
6. Capella Auriga N & S
7. Rigel Orion N & S
8. Procyon Canis Minor N & S
9. Achernar Eridanus S
10. Hadar Centauri S
11. Betelgeuse Orion N & S
12. Altair Aquila N & S
13. Aldebaran Taurus N & S
14. Acrux Crux S
15. Antares Scorpius N & S
16. Spica Virgo N & S
17. Pollux Gemini N & S
18. Fomalhaut Pisces Austrinis N & S
19. Deneb Cygnus N & S
20. Beta Crucis Crux S
21. Regulus Leo N & S
22. Adhara Canis Major N & S
23. Castor Gemini N & S
24. Shaula Scorpius S
25. Bellatrix Orion N & S
12
Take your time as you cruise the cosmos. Pick out a few of the brightest stars and study the stars
near them. Use the constellations to guide you to the dimmer stars that can easily escape the
casual observer.
For easier star-watching, you will need to give your eyes time to adjust to darkness. Astronomers
call this becoming darkness adapted. You will see best after about 20 minutes in the dark. Care
should be taken not to look directly at the bright projection lamp inside your planetarium, so
you don’t ruin your night vision.
Here are the 25 brightest stars, after the sun, each listed by its common name, the constellation
in which it can be found, and the hemisphere from which it is visible:

13
How to Find the Visible Planets
Ocially, there are eight planets and at least three dwarf planets in our solar system. Four of the
planets can be seen without the aid of a telescope or binoculars: Venus, Mars, Jupiter and
Saturn. (Mercury is close to the sun, so it is very dicult to see. Ceres is too small and Uranus,
Neptune, Pluto and Eris are too far away to see without a high-powered telescope.) As the four
visible planets move in the sky throughout the year, each appears to pass through certain
constellations (the twelve zodiac constellations plus four others) at any given time. This makes it
easy to nd them.
The planet position tables on the back page show you where to nd the visible planets. Look at
how much a planet changes position and compare that to the planet’s distance from the sun.
Notice that the planets farthest from the sun change position more slowly than the planets
closer to the sun. Jupiter spends about a year drifting through a zodiac constellation, while
Saturn takes two years. Meanwhile, Mars and Venus go speeding through the zodiac
constellations.
Learn More About Astronomy
If you want to learn more about the exciting subject of astronomy, check out your school’s
library, your local public library, a book store, or the Internet.

14
NAME MOONS** RINGS
DISTANCE
FROM SUN
(millions of mi/km)
ORBITAL
PERIOD
(in Earth years)
ROTATION
PERIOD
(hours in day)
SIZE
RELATIVE
TO EARTH
MASS
RELATIVE
TO EARTH
*Dwarf planet
**Known as of July 2006
Annual Meteor Showers
Shower Hourly Parent comet
40 Asteroid 2003 EH1
Lyrids Apri 22
Quadrantids
15 Comet Thatcher
Eta Aquarids May 5 20 Comet Halley
Delta Aquarids July 28 20 (Unknown)
Perseids August 12 50 Comet Swift-Tuttle
Orionids October 22 25 Comet Halley
Taurids November 3 15 Comet Encke
Leonids November 17 15 Comet Temple-Tuttle
Geminids December 14
December 23
50 Asteroid 3200 Phaethon
Ursids
January 3
20 Comet Tuttle
Source: Skywatching by David H. Levy (Time-Life Books, 1994-98).
Planet Information Table
Dates can vary slightly. “Hourly”is the number of meteors you might see under a dark sky.
Expect to see perhaps 50% more if the shower is strong.
Date
MERCURY 36 / 58 0.2 1416 0.39 X 0.06 X 0 No
VENUS 67 / 108 0.6 5833 0.95 X 0.8 X 0 No
EARTH 93 / 150 1.0 24 1 X 1 X 1 No
MARS 142 / 228 1.9 25 0.53 X 0.1 X 2 No
CERES* 260 / 420 4.6 9 0.08 X 0.0002 X 0 No
JUPITER 484 / 778 11.9 10 11.2 X 318 X 63 Yes
SATURN 884 / 1423 29.5 10 9.4 X 95 X 56 Yes
URANUS 1783 / 2869 84 17 4.0 X 15 X 27 Yes
NEPTUNE 2792 / 4492 164.8 16 3.8 X 17 X 13 Yes
PLUTO* 4650 / 7500 248 153 0.2 X 0.002 X 3 No
ERIS* 9114 / 14,700 557 7 0.2 X 0.003 X 1 No

Planet Position Tables Source: Grith Observatory, Los Angeles.
15
2008 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Sag Cap Aqr Pis Tau Gem Can Vir Vir Sco Sag Cap
Mars Tau Tau Gem Gem Can Leo Leo Vir Vir Vir Sco Oph
Jupiter Sag Sag Sag Sag Sag Sag Sag Sag Sag Sag Sag Sag
Saturn LeoLeo Leo Leo Leo Leo Leo Leo Leo Leo Leo Leo
2009
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Aqr Pis Aqr Pis Pis Ari Tau Gem Leo Vir Lib Oph
Mars Sag Cap Aqr Pis Pis Ari Tau Tau Gem Can Can Leo
Jupiter Cap Cap Cap Cap Cap Cap Cap Cap Cap Cap Cap Cap
Saturn LeoLeo Leo Leo Leo Leo Leo Leo Vir Vir Vir Vir
2010 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Sag Aqr Pis Ari Tau Can Leo Vir Vir Lib Vir Lib
Mars Can Can Can Can Leo Leo Leo Vir Vir Lib Oph Sag
Jupiter Aqr Aqr Aqr Aqr Pis Pis Pis Pis Pis Pis Aqr Aqr
Saturn VirVir Vir Vir Vir Vir Vir Vir Vir Vir Vir Vir
2011 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Oph Sgr Cap Aqr Psc Tau Gem Leo Vir Lib Oph Sgr
Mars Cap Cap Aqr Psc Ari Tau Tau Gem Cnc Cnc Leo Leo
Jupiter Psc Psc Psc Psc Psc Ari Ari Ari Ari Ari Ari Psc
Saturn Vir Vir Vir Vir Vir Vir Vir Vir Vir Vir Vir Vir
2012 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Aqr Psc Ari Tau Tau Tau Tau Gem Cnc Leo Vir Lib
Mars Vir Leo Leo Leo Leo Leo Vir Vir Lib Sco Sgr Sgr
Jupiter Ari Ari Ari Ari Tau Tau Tau Tau Tau Tau Tau Tau
Saturn Vir Vir Vir Vir Vir Vir Vir Vir Vir Vir Vir Vir
2013 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Sgr Cap Aqr Ari Tau Gem Leo Vir Vir Oph Sgr Sgr
Mars Cap Aqr Psc Psc Ari Tau Gem Gem Cnc Leo Leo Vir
Jupiter Tau Tau Tau Tau Tau Tau Gem Gem Gem Gem Gem Gem
Saturn Lib Lib Lib Vir Vir Vir Vir Vir Lib Lib Lib Lib
2014 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Sgr Sgr Cap Aqr Psc Ari Tau Cnc Leo Vir Lib Sgr
Mars Vir Vir Vir Vir Vir Vir Vir Lib Sco Oph Sgr Cap
Jupiter Gem Gem Gem Gem Gem Gem Cnc Cnc Cnc Leo Leo Leo
Saturn Lib Lib Lib Lib Lib Lib Lib Lib Lib Lib Lib Lib
2015 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
Venus Cap Aqr Psc Tau Gem Cnc Leo Leo Cnc Leo Vir Lib
Mars Aqr Psc Psc Ari Tau Tau Gem Cnc Leo Leo Vir Vir
Jupiter Leo Cnc Cnc Cnc Cnc Leo Leo Leo Leo Leo Leo Leo
Saturn Sco Sco Sco Sco Sco Lib Lib Lib Lib Sco Sco Oph

2002-0250-1/0408
BATTERY SAFETY INFORMATION
• Non-rechargeable batteries are not to be recharged
• Rechargeable batteries are only to be charged under adult supervision
• Rechargeable batteries are to be removed from the toy before being charged
• Different types of batteries or new and used batteries are not to be mixed
• Batteries are to be inserted with the correct polarity
• Exhausted batteries are to be removed from the toy
• The supply terminals are not to be short-circuited
Quick Start
(See inside for full instructions)
1. Place on a table in the center of the room. Position toward north using the
compass.
2. To set for season: Rotate light wand until current season lines up with pointer.
3. To set for date: Rotate light wand until current date lines up with pointer.
4. To set for time: Turn the time ring to the hour the sun sets. Then rotate light wand
left to the current time.
5. Close drapes or blinds and switch o room lights. Switch projection lamp on (but
do not look at it).
6. The sky, as it presently appears, is projected on the walls and ceiling. Slowly rotate
the light wand to the left to watch the stars rise in the east and set in the west. The
time ring shows the correct time as the sky’s east-west movement progresses.
®
KEEP THESE INSTRUCTIONS FOR FUTURE REFERENCE — DO NOT DISCARD
Questions? Comments? Please contact us. We can help!
1-888-742-2484 or go to www.unclemilton.com
Uncle Milton Industries, Inc.
31186 La Baya Dr.
Westlake Village, CA 91362
1-888-742-2484 Fax: [phone] www.unclemilton.com
©UMI. All Rights Reserved. Star Theater is a registered trademark of UMI. Printed in China.