Space Station 49076525 - Telescope TASCO - Free user manual and instructions

Frequently Asked Questions - Space Station 49076525 TASCO

USER MANUAL Space Station 49076525 TASCO

ONI • MANUAL DE INSTRUÇÕES tasco

LIT.#: 9303350505

CONTENTS

ENGLISH 2

FRANÇAIS ....35

ESPAÑOL 69

DEUTSCH 103

ITALIANO ....137

PORTUGUÊS ....171

Congratulations on the purchase of your Tasco SpaceStation Goto Telescope! It is our sincere hope that you will enjoy this telescope for years to come!

tasco®

SPACE STATION™

NEVER LOOK DIRECTLY AT THE SUN WITH YOUR TELESCOPE

PERMANENT DAMAGE TO YOUR EYES MAY OCCUR

2.3.

34606 105824.M

WHERE DO I START?

Your Tasco telescope can bring the wonders of the universe to your eye. While this manual is intended to assist you in the set-up and basic use of this instrument, it does not cover everything you might like to know about astronomy. Although SpaceStation will give a respectable tour of the night sky, it is recommended you get a very simple star chart and a flashlight with a red bulb or red cellophane over the end. For objects other than stars and constellations, a basic guide to astronomy is a must. Some recommended sources appear on our website at www.Tasco.com. Also on our website will be current events in the sky for suggested viewing. But, some of the standby that you can see are:

The Moon—a wonderful view of our lunar neighbor can be enjoyed with any magnification. Try viewing at different phases of the moon. Lunar highlands, lunar maria (lowlands called "seas" for their dark coloration), craters, ridges and mountains will astound you.

Saturn—even at the lowest power you should be able to see Saturn's rings and moons. This is one of the most satisfying objects in the sky to see simply because it looks like it does in pictures. Imagine seeing what you've seen in textbooks or NASA images from your backyard!

Jupiter—the largest planet in our solar system is spectacular. Most noted features are its dark stripes or bands both above and below its equator. These are the north and south equatorial belts. Also interesting are Jupiter's four major moons. Pay close attention to their positions from night to night. They appear to be lined up on either side of Jupiter.

Mars—The Great Red Planet appears as a reddish-orange disk. Look at different times of the year and try to catch a glimpse of the white polar ice caps.

Venus—just like the moon, Venus changes phases from month to month. At times Venus appears brilliantly in the night sky, just as if you were looking at a distant crescent moon.

Nebulae—The Great Orion Nebula is a very well known night sky object. This and many others are brought to you by this telescope.

Star Clusters—View millions of stars densely packed in a cluster that resembles a ball.

Galaxies—One of the greatest and most interesting galaxies is our neighbor the Andromeda Galaxy. Enjoy this and many others.

PARTS DIAGRAMS

1. Red Dot Finderscope
2. 1.25* Format Eyepiece
3. Rack and Pinion Focusing Mechanism
4. Accessory Tray Brace

5. Quick-Release Tripod Leg Lever

6. Quick-Release Accessory Tray

7. Remote Computer Controller
8. Main Telescope Tube
9. Quick-Release Adjustable Aluminum Tripod

4.

QUICK ASSEMBLY DIAGRAM

1.

Technical line drawing of a mechanical assembly with labeled components (no text or symbols present)

PARTS LIST

• Adjustable Aluminum Tripod Assembly
  [Pre-assembled to SpaceStation Computer/Real Star Locator base]
  • Quick Release Accessory Tray
  • SpaceStation Telescope with finger attachment nuts

• Red Dot Finderscope
  • 2 Eyepieces
  • Barlow Lens (Reflectors Only)

5.

6205 105822 AM

DETAILED ASSEMBLY

No tools are required for assembly of your telescope.

Remove all components from the carton and identify all components. It is a good idea to lay all the parts out in front of you before assembly. Since your telescope is a precision optical system the parts require careful handling—particularly the onboard computer, telescope, eyepieces, and various accessory lenses.

SET UP TRIPOD AND ACCESSORY TRAY

1. Stand SpaceStation Computerized Star Locator Assembly and attached tripod legs in the upright position. Spread tripod legs to a comfortable distance.
2. Fold down the accessory tray braces and place the Quick Release Accessory Tray on top of braces. (See Quick Assembly Diagram)
3. Turn accessory tray until it snaps into place.
4. Adjust tripod leg height to suit by opening tripod leg lever and extending tripod legs to desired height. Clamp Tripod Leg lever closed when complete.

ATTACH TELESCOPE TUBE 1. Locate Main Telescope Tub

1. Remove Telescope Tube Thumb Nuts from side of Telescope Tube (78-8831 and 78-8846 only). For 78-8890, back out silver lug screw on Telescope Motint top.
2. Position Main Telescope Tube Attachment Bolts through Telescope Tube Bracket at the top of the SpaceStation Computerized Star Locator Assembly (78-8851 and 78-8846 only). For 78-8890, slide black telescope tube bracket into telescope mount receiver. Make sure telescope is pointing in the correction direction. (Logo on telescope tube should be right-side up.)
3. Reattach Telescope Tube Thumb Nuts to Main Telescope Tube Attachment Bolts once Main Telescope Tube and SpaceStation Computerized Star Locator Assembly are assembled together (78 8831 and 78 8846 only). For 78 8890, tighten silver lug screw on Telescope Mount top into desired depression on the black telescope tube bracket.

ATTACH PINAL TELESCOPE ACCESSORIES

1. Locate Red Dot Finderscope. For Reflector Telescopes: Remove Finderscope attachment nuts from Main Telescope Tube. Place Finderscope Assembly over Finderscope Attachment Bolts and reattach Finderscope thumb nuts to Finderscope Mount Bolts.

NOTE: The large end of the finderscope should face the open end of telescope tube.

1. Attach Low Power Eyepiece. For Reflector Telescope Models: Insert lowest power eyepiece in the focusing mechanism by backing out eyepiece set screw and inserting eyepiece fully.
2. Tighten all set screws to secure accessories.

SELECTING AN EYEPIECE

You should always start viewing with the lowest power eyepiece, which in this case is the 20 mm lens. Note: the base power of each eyepiece is determined by the focal length of the telescope objective lens. A formula can be used to determine the power of each eyepiece: telescope OBJECTIVE lens focal length divided by FYEPIECE focal length – MAGNIFICATION (e.g. Using the 20 mm lens, a sample calculation could look like this 750 mm / 20 – 38x or 38 power. Telescope models will vary in focal length.)

Included with this telescope is a Barlow lens. Barlow lenses are used to double or triple the power of your telescope. Place your Barlow between the focusing tube and the eyepiece. Using the example above, your 3x Barlow lens would give you a total power of 111x or 114 power. (38 x 3 - 111x or 114 power). The magnification calculation would look like this: 750 mm /20mm - 38 power. 38 power x 3-114 power.

6.

DETAILED ASSEMBLY (CONTINUED)

FOCUSING TELESCOPE

1. After selecting the desired eyepiece, aim main telescope tube at a land-based target at least 200 yards away (e.g. a telephone pole or building).
2. Fully extend Focusing Tube by turning Rack and Pinion Focusing Mechanism.
3. While looking through selected eyepiece (in this case the 20 mm), slowly retract Focusing Tube by turning Rack and Pinion Focusing Mechanism until object comes into focus.

ATTACH REMOTE COMPUTER CONTROLLER AND BATTERY

1. Locate Remote Computer Controller and coil cord.
2. Locate Battery Door on SpaceStation Computerized Star Locator Base.
3. Remove Battery Door and insert one 9V battery.

4. Replace Battery Door.

5. Attach Remote Computer Controller with coil cord to SpaceStation Computerized Star Locator Base.

ALIGNING FINDERSCOPE

Look through Main Telescope Tube and establish a well-defined target. (see Focusing Telescope section) Remove plastic insulator from between Red Dot Finderscope battery and battery clip.

Turn Rod Dot Finderscope on.

Looking through Red Dot Finderscope, turn adjustment wheels until the red dot is precisely centered on the same object already centered in Main Telescope Tube's field of view.

Now, objects located first with the Red Dot Pinderscope will be centered in the field of view of the main telescope.

NEVER LOOK DIRECTLY AT THE SUN WITH YOUR TELESCOPE

PERMANENT DAMAGE TO YOUR EYES MAY OCCUR

7.

6205 10:58:39 AM

ENJOYING YOUR NEW TELESCOPE

1. First determine your targeted object. Any bright object in the night sky is a good starting point. One of the favorite starting points in astronomy is the moon. This is an object sure to please any budding astronomer or experienced veteran. When you have developed proficiency at this level, other objects become good targets. Seturn, Mars, Jupiter, and Venus are good second steps to take.
2. The first thing you need to do after assembling the telescope as planned in a target the desired object in the finderscope's cross hairs. Provided you did a reasonable job aligning the finderscope, a quick look through the main telescope tube at low power should reveal the same image. With the lowest power eyepiece (the one with the largest number printed on it) you should be able to focus the same image that you saw through the finderscope, avoid the temptation to move directly to the highest power. The low power eyepiece will give you a wider field of view, and brighter image—thus making it very easy to find your target object. At this point with a focused image in both scopes, you've passed the first obstacle. If you don't see an image after attempting to focus it to, you might consider aligning your finderscope again. Once you pass this step, you'll wish to the time spear curing a good alignment. Every object you center in the finderscope will be easily found in the main telescope tube, which is important for continuing your exploration of the night sky.
3. The low power eyepieces are perfect for viewing the full moon, planets, star clusters, nebulae, and even consolidations. These should build your foundation. However, for more detail, try bumping up in magnification to higher power eyepieces on some of these objects. During calm and crisp nights, the light/dark separation line on the moon called the "Terminator" is marvelous at high power. You can see mountains, ridges and craters jump out at you due to the highlights. Similarly, you can move up to higher magnifications on the planets and nebulae. Star clusters and individual stars are best viewed through the low power no matter what.
4. The recurring astronomical theater we call the night sky is an ever-changing billboard. In other words, the same movie does not play all the time. Rather, the positions of the stars change not only hourly as they seem to rise and set, but also throughout the year. As the earth orbits the sun our perspective on the stars changes on a yearly cycle about that orbit. The reason the sky seems to move daily just as the sun and the moon "move" across our sky is that the earth is rotating about its axis. As a result you may notice that after a few minutes or a few seconds depending on what power you are viewing at, the objects in your telescopes will move. At higher magnifications especially, you will notice that the moon or Jupiter will "race" right out of the field of view. To compensate, just move your telescope to "track" it in the necessary path.

HELPFUL HINTS

1. Your telescope is a very sensitive instrument. For best results and fewer vibrations set your telescope up on a level location on the ground rather than your concrete driveway or your wooden deck. This will provide a more stable foundation for viewing, especially if you've drawn a crowd with your new telescope.
2. If possible view from a location that has relatively few lights. This will allow you to see much fainter objects. You'd be surprised how much more you'll see from your local lake or park when compared to a backyard in the city.
3. Using your telescope out a window is NEVER recommended.
4. View objects that are high in the sky it possible. Waiting until the object rises well above the horizon will provide a brighter and finer imag subjects on the horizon are viewed through several layers of earth's atmosphere. Ever wonder why the moon appears orange as it sets on the horizon? It's because you are looking through a considerable more amount of atmosphere than you would directlyoverhead. (Note: If objects high in the sky are distorted or wavy, you are probably viewing on a very humid night.) During nights of unstable atmosphere, viewing through a telescope can be frustrating if not impossible. Astronomers refer to crisp, clear nights as nights of "good seeing."

8.

9-12 6705 105603 NM

9.

SPACESTATION COMPUTER INTERFACE DIAGRAM

1. On/Off Button (On SpaceStation Base)
2. Back Button
3. Enter Button
4. Scroll Up Button
5. Scroll Down Button
6. LCD Display
7. "GO" Button
8. Motorized Movement Buttons (4)
9. Battery Door (On SpaceStation Base)

3. 2. 8. 6. 4. 5. 7.

BUTTON FUNCTIONS

ALL BUTTONS ARE ILLUMINATED FOR NIGHTTIME USE.

On/Off Button: The On/Off Button will turn the SpaceStation Computerized Star Locator on and off. This button flashes or strokes on and off during normal use. To turn the unit off, simply depress and hold the On/Off button for three seconds and release. (Note: The SpaceStation Computerized Star Locator will automatically turn itself off after 10 minutes of inactivity.)

Back Button: This button functions to navigate to the previous level within the operating framework and/or back to the previous level of input.

Enter Button: This button functions to select certain menu choices. By pressing the ENTER button SpaceStation will advance to the selected level.

Scroll Up Button: This button functions to scroll up through various menus within SpaceStation. Anytime you encounter a blinking text/number option, the scroll button will display the various choices within that menu. (Note: To select an option that you have scrolled to, just press the ENTER button.)

Scroll Down Button: This button functions to scroll down through various menus within SpaceNation. Any time you encounter a blinking text/number option, the scroll button will display the various choices within that menu. (Note: 'To select an option that you have scrolled to, just press the ENTER button.')

"GO" Button: The GO button will automatically center any object displayed on the LCD display. By pushing the "GO" button, the telescope will automatically find and follow the selected object until another object is selected and the "GO" button is pushed again.

Motorized Movement Buttons: These four multi-directional buttons will allow the user to override the tracking system and move the telescope utilizing the motors manually to another desired location. The longer these buttons are depressed, the faster the SpaceStation will move until it reaches its maximum speed.

LCD DISPLAY

The Liquid Crystal Display (LCD) is a two-line, sixteen character display. The LCD is illuminated for use during nighttime viewing just like the buttons.

10.

11-12(0105) 101603.5M

MODE OVERVIEW OF PRODUCT

Explore: The Explore Mode of SpaceStation provides the ability to explore various astronomical objects categorized by object type. These objects would fall under one or more of the following types of objects: Deep Sky, Planets, Constellations, and Stars. Each of these subheadings would also have subcategories of objects beneath their mean structure. (See Menu Tree for full list of menu functions and options.)

Sky Tour: The Sky Tour Mode of SpaceStation provides the ability to take a quick tour of the best and brightest objects for any given month of the year. If the date has been input into the system, the Sky Tour Mode will automatically default on that month. Objects can be chosen by using the scroll up or down arrows and pressing ENTER. To find out more information about any given object press the ENTER button while that object is displayed to see the scrolling text message.

Telescope for the Telescope Mode of Spia Station provides real-time data on where the telescope is pointing. Astronomical Coordinates for Right Ascension (RA) and Declination (DEC) as well as Altitude (ALT) and Azimuth (AZ) are displayed simultaneously. In addition, in the lower right-hand corner will be the abbreviation for the current constellation that the telescope is pointed at.

Identify: The Identify Mode of SpaceStation provides the ability to identify any object within your telescope field of view. Subcategories for different classes of identifiable objects are included as well as an Identify Any option.

Align Earth: The Align Earth Mode of SpaceStation provides the ability to easily align your telescope utilizing common information non-astronomers would readily know. By entering simple information such as time, date, city, etc. a first time telescope user can explore the immense SpaceStation database of astronomical objects within minutes.

Align Star: The Align Star Mode of SpaceStation provides the ability to align your telescope utilizing some astronomical knowledge. By knowing where two stars are located in the sky, a novice user can circumvent the city, date, and time input and quickly start utilizing the SpaceStation database to locate amazing astronomical objects.

Align Object: The Align Object Mode of SpaceStation provides the ability to refine your telescope alignment during the middle of your observing session. This might come in very handy if the family dog has just bumped the telescope out of alignment. By using this mode you can enter the telescope on any known object and select align object to quickly recalibrate the SpaceStation alignment allowing continued enjoyment for the duration of the evening.

11.

graph TD
    A["SELECT MODE"] --> B["ALIGN EARTH"]
    B --> C["TIME 19:00 GMT"]
    C --> D["DATE:25 DEC 2000"]
    D --> E["CITY"]
    E --> F["COUNTRY"]
    F --> G["L CITY"]
    G --> H["CENTER STAR"]
    H --> I["THEN PRESS ENTER RATING ..."]
    I --> J["EPLUORE"]
    J --> K["CONSTELLATION"]
    K --> L["ANDROJEDA, VULPECULA"]
    L --> M["THRUSTRY, VENUS, MASS"]
    M --> N["AMARID, MARIE, NOG"]
    N --> O["PIKTER, JUPITER, SATOUR, NEPTUNE, PLUTO, MOON"]
    O --> P["MAIRABLE, COALLOS"]
    P --> Q["CAVALOS"]
    Q --> R["NES"]
    R --> S["UGC"]
    S --> T["ESEN"]

    A --> U["PLANET"]
    U --> V["STARS"]
    V --> W["DEEP SKY"]
    W --> X["TELESCOPE"]
    X --> Y["RX 22:03 DEC-052"]
    Y --> Z["FLC 08:08 AL 060 FCG"]
    Z --> AA["JAN DEC"]

    A --> AB["IDENTIFY"]
    AB --> AC["ALIGN OBJECT"]
    AC --> AD["ALIGN STAR CENTER STAR 1 THEN PRESS ENTER RATING ..."]

    A --> AE["ALIGN COMPLETE"]
    AE --> AF["THEN PRESS ENTER RATING ..."]

    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#cfc,stroke:#333
    style I fill:#cfc,stroke:#333
    style J fill:#cfc,stroke:#333
    style K fill:#cfc,stroke:#333
    style L fill:#cfc,stroke:#333
    style M fill:#cfc,stroke:#333
    style N fill:#cfc,stroke:#333
    style O fill:#cfc,stroke:#333
    style P fill:#cfc,stroke:#333
    style Q fill:#cfc,stroke:#333
    style R fill:#cfc,stroke:#333
    style S fill:#cfc,stroke:#333
    style T fill:#cfc,stroke:#333
    style U fill:#cfc,stroke:#333
    style V fill:#cfc,stroke:#333
    style W fill:#cfc,stroke:#333
    style X fill:#cfc,stroke:#333
    style Y fill:#cfc,stroke:#333
    style Z fill:#cfc,stroke:#333
    style AA fill:#cfc,stroke:#333

BUSHNELL NORTHSTAR COMPUTER MENU STRUCTURE (For Step-By-Step Easy Use Refer to Quick Reference Guide)

MENU TREE

ALIGNING SPACE STATION FOR THE FIRST TIME

(NOTE: Make certain that the telescope is set up on a level surface.)

STEP 1:

Tasco SPACE STATION Ux.x

Following this message, the telescope will execute a diagnostic check and level the telescope tube in relation to the telescope mount.

Then the default menu will appear:

SELECT MODE

ALIGN EARTH ↑↓

This mode assumes that even if the telescope user is a first time user and does not know anything about astronomy that they can be successful aligning the telescope in a few simple steps.

The ALIGN EARTH option is flashing.

Press ENTER to choose ALIGN EARTH option.

NOTE: ANY FLASHING ITEM ON THE DISPLAY IS A MENU CHOICE. OTHER CHOICES ARE AVAILABLE BY USING THE SCROLL UP OR SCROLL DOWN BUTTONS.

STEP 2: SET THE TIME

By using the SCROLL UP and SCROLL DOWN buttons and the ENTER button, the time can easily be set as well as the time zone. Each flashing option will need to be changed to read the appropriate number. Once the appropriate number is displayed, accept the number by pressing ENTER. Then set the next flashing option until the time and time zone are set.

STEP 3: SET THE DATE

Again by using the SCROLL UP and SCROLL DOWN buttons and the ENTER button, the date can easily be set. Each flashing option will need to be changed to read the appropriate number or month. Once the appropriate number is displayed, accept the number by pressing ENTER. Then set the next flashing option until the day, month and year are set.

STEP 4: SET THE LOCATION

The next screen will display:

ALIGN FARTH

CITY ↑↓

CITY will be flashing. By pressing the ENTER button, the display will change to:

COUNTRY

U.S.A.

The country will be flashing.

ALIGNING SPACE STATION FOR THE FIRST TIME (Continued)

Again by using the SCROLL UP and SCROLL DOWN buttons and the ENTER button, the COUNTRY can be chosen. When the appropriate Country is found and the ENTER button is pushed, choose the city that you are closest to by pressing ENTER when it is displayed.

NOTE: CHOOSE THE CITY CLOSEST TO YOUR VIEWING LOCATION. THIS IS NOT A CRITICAL STEP AND THE ALIGNMENT WILL BE REFINED AUTOMATICALLY AS WE PROGRESS.

A scrolling message indicates to CENTER STAR 1 THEN PRESS ENTER

To center your guide star, simply choose a star that you know from the list on the screen.

SPRING

SUMMER

FALL

Note: As you become more familiar with other stars in the sky throughout the year, you can choose the ALIGN STAR mode to eliminate most of the set up data. In ALIGN STAR mode, you must need to know only 2 star positions to align your SpaceStation ^10 .

By looking through the eyepiece, center the star in the field of view by using the Motorized Movement Buttons, or move the telescope by hand and press ENTER.

14.

15-160105 1018:1AM

ALIGNING SPACE STATION FOR THE FIRST TIME (Continued)

After this step is completed, you will see a display that reads:

ALIGN COMPLETE RATING *****

(Note: The more stars that appear on the second line of the display the better, up to 3)

Note: As you become more familiar with other stars in the sky throughout the year, you can choose the ALIGN STAR mode to eliminate most of the set up data. In ALIGN STAR mode, you must need to know only 2 star positions to align your SpaceStation ^179 .

USING SPACE STATION FOR THE FIRST TIME

After EARTI ALIGN, the display will then read:

SELECT MODE EXPLORE ↑↓

Select EXPLORE by pressing ENTER, SCROLL UP and DOWN to see what flashing menu choices you have. Choose PLANET. These are the most interesting. Even if you are a first time telescope user, PLANET objects can be very exciting.

Press ENTER when the display reads:

EXPLORE PLANET

This will take you into a list of named PLANET objects. By using the SCROLL UP or SCROLL DOWN buttons, you can explore several items in the object list.

PLANET JUPITER

Press ENTER to choose the PLANET you wish to view. The display will then be:

PLANET ←120 ↑52 JUPITER

NOTE: IF AN OBJECT IS BELOW THE HORIZON, THE DISPLAY WILL PERIODICALLY DISPLAY THE WORD "HORIZON."

SCROLL UP or SCROLL DOWN to see other PLANETS in the list. Notice the display shows you directions to each object, but what if you are a first time user wanting to find out more about the object? Wouldn't it be nice to know what the object is before moving the telescope?

PRESS ENTER when:

PLANET +120 +52 JUPITER

any other PLANET item is displayed. You will see a scrolling message telling you the coordinates for the object, how bright it is, how big it is, what its proper name is, what constellation it is in, and a brief description of what the object is. For JUPITER it reads:

JUPITER fifth planet from sun.

Largest planet in solar system,

Diameter 143,000 km. Named for roman king of Gods.

15.

USING SPACE STATION FOR THE FIRST TIME (Continued)

Now imagine that you are a parcat trying to impress your children (or vice versa). Ten minutes into your first observing session you are already learning astronomical objects. This is a great educational tool !!!

To find the object, just press the "GO" button and that object will be right in the telescope's eyepiece!

By pressing the BACK button, you move back to the previous level each time the button is pressed. Press the button three times and you are back at the main level menu. The display will read:

SELECT MODE EXPLORE

This mode will take you through the best and brightest objects for each month. If you have done the ALIGN EARTH alignment and entered the date, it will automatically take you to the current month. Don't know what some of these obscure objects and abbreviations mean? Just press the ENTER key for more information.

Press the BACK button until you get back to the main menu:

SELECT MODE SKY TOUR ↑↓.

SCROLL UP or SCROLL DOWN until the display reads:

SELECT MODE IDENTIFY ↑↓

PRESS ENTER

This mode will default to the level IDENTIFY ANY

By selecting this option with the ENTER key, it will IDENTIFY the object that you are currently viewing OR the closest object to where your telescope is currently pointed. You also have the options to choose other types of IDENTIFY menus. These will IDENTIFY the closest CLUSTERS, NEBULAS, etc. to your current telescope position.

To select the final mode press ENTER at the display:

SELECT MODE TELESCOPE

The display reads something like:

RA18:53 DEC+38.7 AZ200 ALT+62 LVR

The TELESCOPE mode gives you dynamic real-time information on your telescope's current position in terms of astronomical coordinates. Play around with this mode by moving the telescope around. Notice the three letter abbreviation in the lower right portion of the display. This dynamically displays the current CONSTELLATION that the telescope is pointing at. These names are abbreviated in this mode. Definitions for the abbreviations will be in the catalog index.

16.

Catalog Index

The following appendix information is more thorough information than that listed in the main instruction manual. For sake of space, the complete 20,000 object catalog is not listed. However, we have included the entire star list and the entire Messier object lists for your information. In addition, the constellation abbreviations are defined that are found in the SpaceStation system.

Catalog Index

CONSTELLATION ABBREVIATIONS

Andromeda (And)

Antila (Ant)

Apus (Aps)

Aquarius (Aqr)

Aquila (Aql)

Ara (Ara)

Aries (Ari)

Auriga (Aur)

Bootes (Bool)

Caclum (Cac)

Camelopardis (Cam)

Cancer (Cnc)

Canes Venatici (CVn)

Canis Major (CMa)

Canis Minor (CMi)

Capricornus (Cap)

Carina (Car)

Cassiopeia (Cas)

Centaurus (Cen)

Cephens (Cep)

Cetus (Cet)

Chameleon (Cha)

Circinus (Cir)

Columbia (Col)

Coma Berenices (Com)

Corona Australis (CrA)

Corona Borealis (CrB)

Corvus (Crv)

Crater (Crt)

Crux (Cru)

Cygnus (Cyg)

Delphinus (Del)

Dorado (Dor)

Draco (Dra)

Equaleus (Equ)

Eridanus (Eri)

Fornax (Por)

Gemini (Gem)

Grus (Gru)

Hercules (Her)

Horologium (Hor) Under (Uw)

Hydra (Hya) Hydru (Hvi)

Hydrus (Hy) Indus (Ind)

Lacerla (Luc)

Leu (Leu)

Leo Minor (LMi)

Lepus (Lep)

Libra (Lib)

Lupus (Lup)

Lynx (Lyn)

Lyra (Lyr)

Mensa (Men)

Microscopium (Mic)

Monoceros (Mon)

Musca (Mus)

Norma (Nor)

Octans (Oct)

Ophiuchus (Oph)

Orion (Ori)

Pavo (Pav)

Pegasus (Peg)

Perseus (Per)

Phoenix (Phe)

Pictor (Pic)

Pisces (Psc)

Piscis Austrinus (PsA)

Pupps (Pup)

Pyxis (Pyx)

Reticulum (Ref)

Sagitta (Sge)

Sightarius (Sgr)

Scorpius (Sco)

Sculptor (Sci) Sculptum (Sct)

Sarmons (Sar)

Serpens (Ser) Sertans (Ser)

Taurus (Tau)

Telescopium (Tel)

Triangulum (Tri)

Triangulum Australe (TrA)

Tucana (Tuc)

Ursa Major (UMa)

Ursa Minor (UMi)

Vela (Vel)

Virgo (Vir)

Volcans (Vol)

Vulpectula (Vul)

Catalog Index

NAMF - NAME

RA - RIGHT | ASCENSION (hours min, min)

DEC - DECLINATION (degrees)

MAG-MAGNITUDE SIZE SIZE

CON CONSTELLATION

Messier Catalog
MESSIER CATALOG
NAME RA DEC MAG SIZE CON DESCRIPTION

MD01	Caula macula supericum	NGC 3552	65.34.5	+22.0	8.4	9°	200
MD02		NGC 7089	21.35.5	0.8	6	7°	Apr
MD03		NGC 5272	23.42.2	-28.4	6	10°	Coca
MD04		NGC 8121	6.73.6	-26.3	>9	10°	Sun
MD05		NGC 9504	15.18.6	-22.2	6.2	13°	Ser
MD06	butterfly	NGC 6702	17.10.1	-32.2	1.6	15°	Sun
MD07		NGC 6473	17.03.9	-34.5	5	1°	Sun
MD08	Lagass	NGC 8123	8.03.8	-34.4	5	10°	Syr
MD09		NGC 8353	17.19.2	-38.3	8	9°	Oph
MD10		NGC 6254	16.57.1	4.1	7	8°	Oph
MD11	wild duck	NGC 6705	18.51.1	6.3	6	12°	Set
MD12		NGC 6214	16.47.2	2	8	10°	Oph
MD13		NGC 6206	6.14.7	-26.2	>7	13°	Syr
MD14		NGC 6400	17.37.6	-3.3	9	6°	Oph
MD15		NGC 7078	21.30.0	-22.2	6.3	10°	Peg
MD16	Eagle	NGC 6611	18.18.8	-33.8	6	7°	Ser
MD17	Scorn	NGC 6615	18.29.8	-16.3	6	43°	Syr
MD18		NGC 6613	18.19.9	-17.1	6	7°	Set
MD19		NGC 6277	17.82.6	-26.7	7	5°	Oph
MD20	Entil	NGC 6714	18.92.6	23	6.3	23°	Syr
MD21		NGC 615	18.04.6	-32.5	7	10°	Syr
MD22		NGC 6696	18.36.7	-33.9	6	10°	Syr
MD23		NGC 6494	17.56.8	19	7	20°	Syr
MD24	small star cloud		18.15.9	18.2	9	1.2°	Syr
MD25		IC 4723	18.31.6	-19.3	6	20°	Syr
MD26		NGC 6694	18.15.2	-19.5	9.5	9°	Syr
MD27	Duzzel	NGC 6857	19.59.6	-22.7	8	8°	Vid
MD28		NGC 6626	18.24.5	-24.9	6	6°	Set
MD29		NGC 6913	20.23.9	-38.3	7	7°	Cyp
MD30		NGC 6096	21.43.6	-33.5	8	8°	Cyp
MD31	Great Andaminata Galaxy	NGC 231	60.13.2	-41.3	3.4	9°	And
MD32		NGC 221	60.42.7	-40.9	8.2	8°	And
MD33	Furandrol	NGC 758	41.23.8	-38.7	5.7	90°	Set
MD34		NGC 1054	63.33.8	-43.8	6.2	90°	Tyr
MD35		NGC 2168	66.88.9	-25.3	5.1	90°	Gecm
MD36		NGC 3560	65.36.1	-31.1	6	12°	Amr
MD37		NGC 6599	65.14.4	-32.6	5.6	24°	Amr
MD38		NGC 1912	65.36.3	-35.8	6.4	21°	Amr
MD39		NGC 4092	61.32.2	-48.4	6	30°	Cys
MD40	Wintercks 4		12.19.8	28.3	9	50°	LMc
MD41		NGC 2287	66.47.0	10.7	4.5	20°	Cana
MD42	Great Orion mabala	NGC 3576	65.35.4	5.5	4	3°	Ori
MD43		NGC 1062	65.35.6	-5.3	9	20°	Orr
MD44	Deluxe	NGC 2652	68.10.1	-20.0	5.1	1.5°	Cnc
MD45	Plutules	PLutules	63.47.0	-24.1	1.3	1.5°	Tus
MD46		NGC 1435	67.41.8	-34.3	6.1	27°	Peg
MD47		NGC 2421	67.36.6	-34.5	4.2	30°	Pop
MD48		NGC 2548	68.13.8	5.8	5.8	40°	Liny
MD49		NGC 4472	12.23.8	-39.0	8.4	8°	Vic
MD50		NGC 2323	67.03.2	8.3	6	20°	Mon
MD51	Whirlpool	NGC 5034	-3.70.9	-47.2	8.1	11°	Cox
MD52		NGC 2654	25.21.2	-61.4	7	12°	Cox
MD53		NGC 7024	15.12.9	-10.2	6	10°	Com
MD54		NGC 6713	18.25.1	30.2	9	5°	Syr
MD55		NGC 6809	19.43.0	-31	7	13°	Syr
MD56		NGC 6575	19.16.6	-30.2	8	5°	Lyc

M057	Rag NGC 6720 38 53.6 - 55.0 9.7 30' Lee planetary galaxy ring with central star
M058	NGC 4279 12 37.7 - 11.5 9.8 2' Vitr round galcy with bright core
M059	NGC 3021 32 12.0 - 11.7 9.8 2' Vitr elongated galcy with bright core
M060	NGC 2649 12 43.7 - 11.6 9.8 2' Vitr round galcy with bright core
M061	NGC 4903 12 21.5 - 94.5 9.7 'Vitr spinal galcy structure
M062	NGC 4686 19 12.1 - 56.1 8.9 'Oph glabular cluster
M063	Sunflower NGC 3300 13 10.8 +44.0 5.8 9' Cm chunggal galcy with bright core
M064	Blackeye NGC 4876 12 96.2 +3.7 8.6 7.3' Cm chunggal galcy dusty
M065	Leo crisper	NGC 3623	11 18.9	123.1	9.3	20	Leo	very coqqated galcy with bright core
M066	Leo crisper	NGC 3627	11 20.2	123.0	9	3'	Leo	spinal galcy structure
M067	NGC 2860 38 30.4 - 11.8 7	30' Cm open cluster dense
M068		NGC 1800	13 30.3	-26.8	8	3'	Fpn	glabular cluster highly resolved
M069	NGC 6657 18 51.4 - 32.4 7.5 ' Sp glabular cluster
M070	NGC 6681 18 45.2 - 32.3 8	4' Sp glabular cluster
M071		NGC 8388	19 58.8	118.8	9	6'	Sp	glabular cluster highly resolved
M072	NGC 6981 30 15.3 - 17.5 8.6 3' Aqp glabular cluster
M073	NGC 6991 20 59.0 - 12.6 8.9 7	Aqp aortam
M074		NGC 628	92 38.7	25.4	9.2	30'	Fpn	spinal galcy structure
M075	NGC 6564 30 66.1 - 21.9 8	3' Sp glabular cluster nonswalled
M076	Little chumbell	NGC 300	0 42.4	-21.4	10.1	3'	For	platery nchula irrigalae
M077	NGC 1068 02 42.7 - 01 18.8 2' Oct	round galcy with bright core
M078	NGC 6991 20 59.0 - 12.6 8.9 7	NGC 2988	02 46.7	100.1	8	4'	Ost	selleation nebula bright
M079	NGC 1904 30 34.3 - 24.8 8.4 7.5 'Top glabular cluster highly resolved
M080		NGC 6093	18 12.0	-35	7.2	9'	Sco	glabular cluster minimal
M081	Bodies nebula	NGC 3631	03 55.6	-29.1	6.9	26	Uma	spinal galcy structure
M082		NGC 3634	09 55.8	-29.7	8.4	3'	Uma	very coqqated galcy with central bright lanes
M083		NGC 3636	13 52.0	-29.9	8	10	Hja	hurrah spiral galcy structure
M084	NGC 3524 12 75.1 - 17.9 9.3 4' Vitr round galcy with bright core
M085	NGC 3582 12 75.4 - 18.2 9.3 5' Ccm round galcy with bright core
M086	NGC 4409 12 26.2 - 13.0 9.2 7' Vitr round galcy with bright core
M087	NGC 4408 12 30.8 - 12.4 8.6 7' Vitr round galcy with bright core
M088	NGC 4401 12 32.0 - 14.4 9.5 5' Ccm	varied spinal galcy structure
M089	NGC 4552 12 75.7 - 12.6 9.5 ' Vitr round galcy with bright core
M090	NGC 4569 12 36.8 - 13.2 9.5 9' Vitr very coqqated galcy with bright core
M091		NGC 1518	12 35.1	+14.5	10.2	4.5'	Com	elongated galcy with bright core
M092	NGC 6541 11 15.1 - 43.6 8.8 8' Hcr glabular cluster highly resolved
M093		NGC 3474	16 44.6	-23.9	8.2	30	Pup	upen cluster dense
M094	NGC 3736 12 90.9 - 11.1 8.2 5' Ccm Chunggal galcy with bright core
M095	NGC 3551 30 44.0 - 11.7 9.7 4' Lcc	brusted spine galcy structure
M096	NGC 3768 30 46.8 - 11.8 9.5 ' Lcc	round galcy with bright core
M097	Osef	NGC 7857	11 14.8	+25.0	11	2.5'	Cma	platery needle arqigliae
M098		NGC 4122	12 13.8	+13.9	10	5.2'	Com	very coqqated galcy with bright core
M099		NGC 4256	12 14.8	+14.4	10	5'	Com	spinal galcy structure
M100	NGC 4321 12 12.9 - 13.8 8.4 7' Ccm round galcy with bright core
M101		NGC 3477	14 90.2	-14.4	7.8	20	Uma	spinal galcy structure with bright knoea
M102	NGC 581 01 35.2 - 16.7	NGC 4866	15 96.5	+3.8	10	3'	Dra	very coqqated galcy with bright core
M103	NGC 581 01 35.2 - 16.7	NGC 4594 12 46.0 - 11.6 8.2 7' Vitr edge un galcy cluster
M104	NGC 3879 30 47.8 - 12.6 9.3 4' Lcc round galcy with bright core
M105	NGC 3879 30 47.8 - 12.6 9.3 4' Lcc round galcy with bright core
M106	NGC 6171 16 72.5 - 13.1 9	NGC 1958	13 15.0	+13.3	6.3	8	Com	spinal galcy structure with bright knoea
M107		NGC 3554	11 11.5	-15.7	10.1	8'	Uma	very coqqated galcy with central bright lanes
M108	NGC 3992 11 37.6 - 33.4 9.8 8' Dura angular galcy with bright core
M109		NGC 305	05 43.4	-41.2	8	17	And	elongated galcy

Star Catalog

STAR CATALOG		NAME	RA	DEC	MAG	SIZE	CON	DESCRIPTION
ST01	S 24		00:06.2	169.21	7.6	29"	Cus	colored double star
ST02	30	30 PSC	00:05.0	-6	4.4	5"	Psc	red variable star
ST03	S203		00:01.8	468.08	3.9	35"	Cus	colored double star
ST04	51	51 AKT	00:04.6	-15.3	8	"	And	red variable star
ST05	32d214	Codeblad 214	00:04.7	107.2	7.8	20	Cup	imination nebula
ST06	S202	Aby SL	00:06.5	26.4	6.4	12"	Cus	double star chilling
ST07	Alphenate	Alpha and	00:08.1	-70.0	3.1	"	And	star
ST08	29	Struck 2	00:09.3	-29.2	6.6	0.3"	Cup	double star chilling
ST09	Kappa	391	00:09.1	-200.0	6.2	4"	Sc	double star chilling
ST10	Agnubi	Gamma PEG	00:13.2	115.2	2.8	"	Peg	star
ST11	1D	ATC Oct	00:14.3	7.8	4.9	1.5"	Cst	red variable star
ST12	7	2 GTT	00:14.8	-8.9	4.4	"	Cst	red variable star
ST13	25 Psc	\sum S \Sigma 2$ , CU Psc	00:15.0	-24.09	5.8	32"	Psc	colored double star
ST14	5	5 SCL	00:15.4	32.1	5.5	"	Sc	variable star

20.

ST013	13	Stuve 13	00 16.2	-76.8	7	2^a	Cep	double star challenge
ST016	ST	ST CAS	00 17.6	-76.2	9	*	Cus	red variable star
ST017	Groom/edge 31	Groom/edge 31	00 18.1	-74.0	8	2^b	And	double star
ST018	21		00 18.5	-76 58	7.6	5*	And	double star
ST019	Iota	Iota CET	00 18.4	8.8	3.5	*	Cat	star
ST016	VX	VX AND	00 19.9	-44.2	8	*	And	star
ST012	T	T	00 24.0	-48 36	3.8	ScStar	And	curied star
ST012	30		00 27.5	-49 99	6.9	3^c	Cus	double star
ST023	Aci	AQAND	00 27.6	-73.6	6.9	*	And	red variable star
ST024	Beta	Beta TUC	00 31.5	63	4.4	2^d	Suc	double star
ST023	36	Smurce 36	00 32.4	-66.5	5.7	3^e	Pec	double star
ST026	Zeta	Zeta CAS	00 33.0	-53.9	3.2	*	Cus	star
ST027	Delta	Delta AN	00 39.5	-78.9	3.3	*	And	stz
ST028	S1	S1	00 39.9	-21 28	3.4	8^c	Pec	curied double star
ST029	Scholar	Alpha CAS	00 40.5	-56.3	2.2	*	Cus	star
ST036	OY18	ADS SBR	00 42.4	-54.2	7.8	5^c	Pec	double star challenge
ST031	LIN	LIN 122	00 45.7	-75.0	5.7	5^e	Cus	double star
ST032	Delta	Delta PSC	00 48.7	107.6	4.4	*	Pec	star
ST033	Eta		00 49.1	-82 49	5.4	5^c	Cus	curied double star
ST034	61	no PSC	00 50.9	-75.2	6.3	4^e	Pec	curied double star
ST039	Del13	Deliche LS	00 52.0	-64.1	11	3^c	Cat	stricken group of stars
ST036	Lambel	Lambel TUC	00 52.4	89.2	6.5	2^c	Suc	double star
ST037	38	36 AND	00 53.0	-62.8	8	3^e	And	double star challenge
ST038	Nari	Gamma CAS	00 56.7	-68.2	2.3	*	Cus	star
ST039	30		00 59.5	-80 12	8.4	2^e	Cet	double star equal magnitude
ST040	79		01 00.1	-44 43	6	8^c	And	double star equal magnitude
ST041	U	U	01 01.3	-43 41	6.8	ScStar	Cup	varied star
ST013	Pai	Pai 16	01 05.6	-71 78	9.3	3^e	Nc	double star equal magnitude
ST013	77	79C	01 05.8	-70 55	6.8	3^c	Pec	double star
ST044	Zeta	Zeta PILL	01 08.4	55.3	3.9	6.4^c	Pec	double star
ST045	Eta	Eta CET	01 08.6	10.2	3.5	*	Cat	star
ST046	Lux Lydix	Lux Lydix	01 08.7	-56.3	4.3	*	Cep	star
ST017	Mintch	Beta ASD	01 09.7	-55.6	2	*	And	stz
ST018	Zeta	Zeta PSL	01 13.7	-57.6	5.6	2^b	Pec	double star
ST019	Kappa	Kappa TUC	01 15.0	-68.9	5.1	5^c	Luc	double star
ST040	Z	7 PSC	01 16.2	-70.3	8.8	*	Nc	star
ST051	42	13	01 19.8	-50 31	6.4	1.6^c	Cat	double star challenge
ST053	Tri	Pe CAS	01 25.9	-68.1	2.2	2^c	Cus	double star magnitude contrast
ST053	R	R SCL	01 27.0	32.5	6.1	*	Scl	varied star
ST054	Gamma	Gamma PILLB	01 28.4	43.1	3.4	4^c	Pec	star
ST055	Achener	Alpha Tri	01 37.2	-57 11	8.5	*	Est	star
ST056	51	51 AND	01 38.0	-18.6	3.6	*	And	star
ST057	U.V.		01 38.8	-18	7	*	Cet	varied star
ST058	F		01 39.8	-56.2	5.8	11.2^c	Eri	double star
ST059	Nu	Ru PSC	01 41.4	-50.2	4.4	*	Pec	star
ST060	64	45 CAS	01 43.3	-58.6	5.8	6^c	Cus	double star
ST061	Phi	Phi PLR	01 45.7	150.7	9.1	*	Pec	stz
ST062	162		01 49.3	47 34	5.4	2^c	Pec	triple star challenge
ST063	I	ABI	01 50.1	-72.3	6	2^c	Ari	double star
ST064	163		01 51.3	-54 51	6.0	5^a	Cus	curied double star
ST065	Zeta	Zeta CET	01 51.5	-10.1	5.7	3^c	Cet	double star
ST066	17d		01 52.0	-10 48	8.3	3^c	Ari	double star equal magnitude
ST067	Gamma	Gamma ABI	01 53.5	-79.3	4.3	8^c	Ari	double star equal magnitude
ST068	Phi	Phi PPE	01 55.6	-66.3	4.4	5^c	Pec	valied star
ST069	Lipotec		01 54.4	-65.7	3.4	*	Ces	stz
ST070	18d	Sevole DB	01 55.9	-51.9	6.8	1^c	Cet	double star challenge
ST071	56	56 AND	01 56.2	-57.2	5.7	3^c	And	double star
ST072	Lambda	Lambda ABI	01 57.9	-53.6	7.8	3^c	Ari	double star
ST073	Ussler	Upstream CCI	01 59.0	-51.1	2	*	Cet	star
ST074	Alpha	Alpha PSC	02 02.0	-52.4	4	2^c	Pec	double star challenge
ST075	Alumach	Gamma AND	02 03.9	-42.3	2.2	10^c	Ari	curied double star
ST076	Hamal	Alpha ABI	02 07.2	-13.5	2	*	Ari	star
ST077	59 And		02 10.9	-19 92	5.6	16^c	And	colored double star
ST078	Iota		02 12.4	-70.3	5	3^e	Ari	colored double star
ST079	21		02 12.8	2.4	5.7	26^a	Cet	double star
ST080	25		02 14.0	-47.1	6.6	1^c	And	double star challenge
ST081	25		02 14.7	-40 94	8	7^c	Tri	double star equal magnitude
ST082	29		02 17.3	-20 41	7	14^c	Tri	double star
ST083	Mira		02 19.3	3	2	*	Cet	variable star
ST084	Iota		02 29.1	-87.4	4	2^c	Cas	triple star
ST085	26d		02 29.5	-53 31	6.9	3^c	Pec	double star
ST086	29		02 31.5	-39 25	7.3	14^c	Cet	double star equal magnitude
ST087	Potenti		02 31.8	-19 36	2	3^e	CMc	double star
ST088	Oncigs		02 33.9	-28 15	8	1^c	Tur	double star
ST089	30		02 33.0	-30 38	6.3	3^e	Ari	curied double star

21.

6005 1058:5 AM

中
S1050 R KTRI 0237.9 134.3 54 * Tsi variabor she

1001 Gamma Gamma CET 02.45.3 05.2 5.6 2.7* Cat double star
1002 Σ85			02 25.5	-19.22	7.5	3"	Ari
1003 RZ			02 24.9	-09.58	6.2	Stelvic	Cnr
1004 pi			02 48.5	17.28	5.2	3"	Ari
1005 Ru		ΣM0	02 46.7	-05.35	5.9	3"	Fnr
1006 R, R, HOB, 02.5.9 49.5	4.7 *	Hur	variable star
1007 Σ30		Strave 3M	02 59.2	-0.6	7.5	9"	Cat
1008 Acamz		Theo LRI	02 56.5	40.3	5.5	4"	Eri
1009 Epidon		Epsilon ARI	02 58.2	29.5	4.6	2.4"	Ari
1010 Epidon			02 59.2	-21.39	1.6	4"	Ari
1011 Σ34			03 00.8	-57.29	5.2	3"	Fnr
1012 Metazg		Alpha CET	03 02.3	-04.1	2.5	4"	Cat
1013 Ros		Rho PER	03 06.2	-138.8	3.4	4"	Fnr
1014 Σ50			03 06.2	-179.24	5.8	3"	Cap
1015 Ers8		Svark	03 16.8	-2.9	8.6	13"	Sph
1016 Apol		Beta PER	03 08.2	-41.0	2.2	4"	Fnr
1017 Alpha		Alpha FUR	02 12.1	29	4	3"	Fnr
1018 Mysw		Svark	03 17.4	-46.4	8	3.5"	Fnr
1019 Σ82			03 16.3	-60.02	8.6	2"	Cam
101B Σ89			03 17.2	-10.29	6.7	3"	Fnr
1011 ADS246		ADS 2446	03 17.7	-138.6	7.8	6.9"	Fnr
1012 Zea		Zea RFT	03 18.2	-52.1	5.2	3"	Cat
1013 Tm4		Tstc FRI	03 19.5	-21.3	5.2	4"	Fnr
1014 Bone Perex		Tone's Depot	03 20.5	-29.0	1.5	5"	Ari
1015 Mariko		Alpha Per	03 24.5	-49.52	1.8	4"	Fnr
1016 Y		Y PER	03 25.7	-44.2	8.1	4"	Carvalic star
1017 Σ56			03 28.0	-59.72	7.1	4"	Ari
1018 Σ85		Strave 3Vs	03 29.1	-59.9	4.2	3.4"	Cam
1019 Σ89			03 30.1	-19.21	6.5	2.7"	Cam
1020 Sigma		Sigma PER	03 30.6	48.0	4.4	4"	Fnr
1021 S24			03 35.3	-27.34	8.4	31"	Tnr
1022 Epidon		Epsilon LRI	03 32.9	-9.5	3.7	4"	Cat
1023 Σ20		Strave 3U8	03 33.9	+63.0	6.8	1.4"	Cam
1024 O Σ76		S3Strave 3S	03 35.0	+63.9	6.8	46"	Cam
1025 UI		D11 (GAM) (P)	03 43.6	-62.6	8.1	6"	Cam
1026 Oremmi		Oromiom PER	03 44.5	-32.3	3.8	6"	Fnr
1027 Pi		Pi FRI	03 50.1	-12.1	5.4	4"	Fnr
1028 Grotto		Gamma LVI	03 47.2	74.2	3.2	4"	Lbr
1029 30		30 LAU	03 48.5	111.2	5	9"	Dun
1030 E		Δ 16	03 58.6	-37.37	4.9	4"	Cat
1031 E2		BE GAM	03 59.5	+65.5	4.5	4"	Cam
1032 Atk		Zeta PER	03 58.1	-31.9	2.9	4"	Fnr
1033 E		Δ 3 ERI	03 54.3	8	5	4"	Fnr
1034 Epidon			03 59.9	-40.01	3.9	5"	Fnr
1035 Guerra		Gamma FRI	03 58.0	-33.3	3	4"	Cat
1036 Lambda			Lambda LAU	112.5	3.3	4"	Dun
1037 O Σ51		ADS 2995	04 07.6	-18.1	7.4	3.4"	Cat
1038 S2		ΣBS	04 06.8	-62.30	7	90"	Cam
1039 Oremmi2		Omniom2 FRI	04 11.2	-6.7	4.5	83"	Fnr
1040 Epidon		Epsilon RO	04 16.5	-29.1	4.5	4"	Cat
1041 Theca		Thetn SFT	04 17.7	-53.3	6.2	4"	Cat
1042 Phi		Phi TA2	04 20.4	+72.4	8	62"	Tun
1043 T			04 23.0	-19.33	8.4	Stellar	Tun
1044 Chi		Chi DV	04 22.6	+25.6	5.5	29.4"	Dun
1045 ADS169		ADS 3169	04 22.7	15.1	7.5	34"	Dun
1046 43		43 ERI	04 24.0	34	4	4"	Cat
1047 E 81			04 27.9	-21.39	7.3	37"	Cat
1048 Syx2			04 31.1	-40.01	7	9"	Fnr
1049 I			04 32.0	15.22	5.4	20"	Cam
1050 Σ59			04 33.5	+18.01	8.9	3"	Cat
1051 46		46 ERI	04 33.9	-6.7	3.7	4"	Dun
1052 Alobram2		Alpha ERI	04 35.9	-16.5	8.9	30"	Dun
1053 Ng		Nu ERI	04 36.2	-14	3.9	21"	Cat
1054 53		33 ERI	04 38.2	-36.3	3.9	4"	Cat
1055 Syx2			04 38.5	+76.06	7.3	4"	Dun
1056 Si		44 ERI	04 40.4	-9.2	4.3	4"	Cat
1057 R		R CAE	04 42.6	-38.2	6.7	4"	Car
1058 55		ΣSWO	04 43.6	08.48	6.7	5"	Cat
1059 Iota		Inti PLC	04 50.9	23.5	5.6	22"	Fnr
1060 Si			04 51.2	+04.9	9.2	Stelvic	Cam
1061 Pb		PHORE 04.51.2 +05.6 3.7" Uni dzz
1062 Et		JT LAU	04 52.6	28.5	8	4"	Dun
1063 Pb		PS ORF 04.52.4 +04.3 3.7" Uni zdr
1064 Omicron2		Omicron2 ORF 04.56.6 +3.3 4.1" Uni zdr

ST165	Iota	Beta AUR	04 37.0	-33.2	2.7	"	Am	star
ST166	P6	P6 ORI 04 58.5	101.7 + 5.3 " Old star
ST167	Omega	Omega AUR	02 39.3	-37.9	5	5.1	"	double star
ST168	Lindo Crimson Star	R LEE	01 59.6	-14.6	5.9	"	Lep	variable star
ST169	Y622		02 00.6	-03.6	6.6	21°	Ori	double star equal magnitude
ST170	SY63	Sunny 63E	00 80.7	-13.2	6.9	3.5	Lep	double star
ST171	Y636	Sunny 63E	00 81.0	-14.6	6.9	10°	Ori	double star
ST172	Epsilon		00 81.0	-13.9	2.9	Sellar	Am	variable star
ST173	Zeta	Zeta AUR	05 02.5	41.2	3.4	"	Am	star
ST174	V	W ORI	05 04.5	CL2 8.6 " Old variable star
ST175	Epsilon	Epsilon HFP	05 05.5	-23.4	3.2	"	Lep	star
ST176	Era	Era AUR	05 06.5	-11.2	3.7	"	Am	star
ST177	I1	U 24 38 97.5	09 29 29	5.9 + 0.7 Old double star challenge
ST178	TX	TX AUR	05 08.1	-39.6	8.3	"	Am	variable star
ST179	SY	SY EEE	05 08.8	5.6	9	"	Eri	variable star
ST180	Y644		06 13.6	-37.17	6.8	3°	Am	double star challenge
ST181	Iota	Beta LEE	05 12.3	-11.9	4.5	13°	Lep	double star
ST182	Bho		05 13.3	-02.52	4.5	7°	Ori	colored double star
ST183	Sigal	Beta ORI	05 14.5	-8.2	0	0.6	Ori	double star magnitudes constant
ST184	Y643	Sunny 643	05 16.7	-32.2	9.1	11°	"	triple star
ST185	Capdb	Alpha Arc	05 16.7	-16.08	0.1	"	Am	star
ST186	S476		05 19.5	10.30	6.2	28°	Lep	double star equal magnitude
ST187	H356		05 20.5	-21.14	4.5	6°	Lep	double star magnitudes, limit star
ST188	CV	UV ACR	05 21.8	-30.3	7.4	"	Am	variable star
ST189	AD5954	AIS 9551	05 21.6	-24.6	5.5	3.2	Lep	double star
ST190	MOM	Ganow 696	05 22.8	-23.6	5	32°	Ori	double star
ST191	Y706	Sunny 350	05 23.5	-5.4	6	8°	Ori	double star
ST192	Era		05 25.0	-01.34	3.4	13°	Ori	double star challenge
ST193	Sigma	Sigma AUR	05 24.7	-37.4	5	7°	Am	double star
ST194	Theta	Theta PLC	05 24.8	52.7	6.4	28°	Fsc	double star
ST195	Belairia	Gamma ORI	05 25.1	-06.3	1.6	"	Ori	star
ST196	Y698	Sunny 698	05 25.2	-34.8	6.6	31°	Am	double star
ST197	LIM	Z716	05 26.5	-25.09	5.8	5°	Ori	double star
ST198	S1	Z1 ORI	05 29.7	-1.1	3.7	"	Ori	star
ST199	LS	LE 9	05 30.0	-17.0	5	5°	Star	spectim
ST200	Delta	Delta ORI	06 32.0	-5.5	2.2	13°	Ori	double star
ST201	L9	19 752T	06 32.2	-18.6	9.7	"	Star	star
ST202	Z18		06 32.5	-19.24	7.3	6°	Am	double star equal magnitude
ST203	RI		06 33.2	-07.2	8	"	Ori	variable star
ST204	Y47		06 35.0	6	4.4	24°	Ori	double star
ST205	Lambda		06 35.1	-29.36	3.4	1°	Ori	double star magnitude contrast
ST206	Trapezium	Trapezium	05 35.3	-09.23	5.1	13°	Ori	quadrape star
ST207	Iota	Z752	05 35.4	-05.33	2.9	11°	Ori	double star magnitude contrast
ST208	Epsilon	Epsilon ORI	05 36.2	-3.2	1.7	"	Ori	star
ST209	Pina	Phi ORI	05 36.9	-09.3	4	"	Ori	star
ST210	Zeta	Zeta TAU	05 37.6	-1.0	3	"	Star	star
ST211	Sigma		05 38.7	-02.76	3.7	11°	Ori	quadrape star
ST212	Alpha	Alpha COL	05 39.6	34.1	2.6	"	Col	star
ST213	Almisk		06 40.8	-1.9	7	3.0°	Ori	double star magnitude contrast
ST214	O2		06 41.1 CAM (F)				Carv	variable star
ST215	Gamma	Gamma LEF	06 41.5	-32.5	3.7	97°	Lep	double star
ST216	Y		06 42.7	-20.2	7.1	"	Star	variable star
ST217	Ma	Min CCM	06 46.0	-35.3	3.2	"	Col	star
ST218	Kappa	Euqua ORI	06 47.8	-9.7	2	"	Ori	star
ST219	52	Z95	06 48.0	-06.27	6.1	13°	Ori	double star challenge
ST220	Beta		06 51.0	33.8	3.1	"	Col	star
ST221	Delta Delta LEF 05 51.5 20.5	3.8 " Leap star
ST222	Nu	Nu AUS	06 51.5	-19.1	7	10°	Am	star
ST223	Z41		06 51.9	-29.02	8.8	19°	Ori	double star equal magnitude
ST224	Berdegus		06 52.2	-07.24	0.3	Sellar	Ori	star
ST225	U		06 53.8 - 20.3 3.3 " Ori variable star
ST226	Theta		06 59.7	-67.13	2.6	3.5°	Am	double star magnitude contrast
ST227	Pl		06 59.9	-65.9	4.5	2°	Am	red variable star
ST228	Z3		06 61.8	40.27	7	2.7°	Pop	double star equal magnitude
ST229	Z455		06 63.0	-32.20	6	20°	Ori	double star
ST230	TU		06 64.9	-36.0	7.9	"	Carv	variable star
ST231	41		06 67.9	-48.42	6.1	8°	Am	double star
ST232	S8		06 69.3	-47.0	10		Am	variable star
ST233	Gamma		06 71.9	6.5	4	8°	Mon	star
ST234	Eta		06 74.9	-32.5	3.5	"	Cena	star
ST235	Z872		06 75.6	-36.3	6.9	11°	Am	double star
ST236	S5		06 77.7	-5.3	9.5	"	Mon	variable star
ST237	Zeta		Zeta CMA	06 20.3	30.1	5	Cena	star
ST238	V		V MON	06 22.7	-2.2	6	"	Mon variable star
ST239	Mircum		Beta CMA	06 25.7	-18	2	Cena	star

4

ST248	Ma:GM:EM 06.23.0 (12.7.2.5" = Gas star)
ST241	8 06.23.8 (04.56.4.5 13" Mon. coloured double star)
ST242	Cenopus Alpia Ctr 09.24.0 -32.22.4 4.7 " Car
ST243	BL		BLC:EM 06.25.5 -13.7.8.5 " Car		variable star
ST244	12		06.27.8 120.47 6.8 27" = Gem double star
ST245	Sea		06.28.5 00.20 3" Mon triple star
ST246	ADS1130		ADS 3140	06.31.8 -38.9	1.3	4.5"	Aur
ST247	20		70:GFM	06.33.5 -17.8	6.3	20"	Gem
ST248	ADS2180		ADS 3184	06.34.5 18.1	6.7	45"	Aur
ST249	CR		CR GFM	06.34.4 - 16.1 8.5" = Gem variable star
ST250	Σ938		ADS 3190	06.34.7 -36.1	7.6	3.5"	Aur
ST251	ADS3074		ADS 3200	06.36.1 -37.1	7.8	3.6"	Aur
ST252	Σ929		ADS 3208	06.36.1 -37.2	7.9	6"	Aur
ST253	Σ959		Stone 339	06.36.9 105.3	8.3	30"	Gem
ST254	ADS2211		ADS 3211	06.36.2 -38.0	8.5	32"	Aur
ST255	Sea		Nat CMA	06.36.6 -18.2	8	37.3"	Cmi
ST256	UU		UG AUR	06.36.5 -30.5	7.1	-	Aur
ST257	ADS2240		ADS 3240	06.36.9 18.2	9.7	2.2"	Aur
ST258	ADS3049		ADS 3240	06.36.3 -48.8	8.8	0"	Aur
ST259	Seahs25		South 329 30.76 +17.2 26.0" Gem double star
ST260	Innes5		Innes 5	06.38.0 -01.5	6.4	2.4"	Pic
ST261	ADS2265		ADS 3265	06.38.4 18.8	9.6	4.6"	Aur
ST262	Innes1105		Innes 1106	06.39.1 -39.1	8	0.7"	Cmi
ST263	SMO12106		SMO 21106	06.39.5 -38.1	7.8	3.2"	Cmi
ST264	Σ918			06.41.2 -48.9 7.1	7.1"	3"	Gem
ST265	VW			06.42.2 -31.5	8.7	-	Gem
ST266	Srinus		Alpha CMA	06.43.1 -18.2	6	9"	Cmi
ST267	12		Σ918	06.43.5 -49.2	4.9	3"	Lpn
ST268	Σ918			06.43.2 -48.5 5.6	5.6	4"	Lpn
ST269	Kappa		Kazna CGA	06.43.8 32.5	4	-	Cmi
ST270	14		14:ETN	06.43.1 29.5	5.7	0.4"	Lpn
ST271	07		GY MON	06.43.2 4.6	9.4	-	Gem
ST272	Σ917			06.43.1 -45.51	7.1	1.3"	Gem
ST273	Omocron1		Cucosol CMA	06.43.1 -21.2 3.8 " Cmz star
ST274	Ibera		Ithic CGA	06.43.2 -42	4.1	-	Cmi
ST275	38			06.44.6 -15.41	4.7	-	Gem
ST276	Ma		Σ919	06.44.1 -46.2	4.3	3.9"	Cmi
ST277	56		BG MCK 06.56 -20.7 " Mon variable star
ST278	O Σ200		G Stroo 07.180 06.56.1	14.2	7.5	2"	Gem
ST279	RV		RV MON	06.58.4 06.2	7	-	Gem
ST280	Epsilon		Epsilon CGA	06.58.6 -29	1.5	7.5"	Cmi
ST281	Sigma		Sigma CGA 07.01.7 -27.9 3.5 " Cmz star
ST282	Omocron2		Omocron CGA	07.02.0 23.8	7	-	Cmi
ST283	Durlop38		Durlop 38	07.04.0 -43.6	3.6	30.3"	Dup
ST284	Sea		Ziu CFM	07.04.1 +20.6	3.2	-	Gem
ST285	Σ1069			07.04.7 -45.45	8.9	4.1"	Lpn
ST286	R		R SML	07.07.6 122.7	6	-	Gem
ST287	W			07.08.1 11.35	6.4	Stella	Cmi
ST288	Gamma		Gamma VOT	07.08.6 -20.3	4	13.6"	Vel
ST289	Tan		Tao CFM	07.11.1 +40.1	4.5	3.9"	Gem
ST290	Σ1035			07.12.0 -22.47	8.2	4"	Gem
ST291	Σ1037		Stone 1037	07.12.8 127.2	7.2	1.3"	Gem
ST292	Omega		Omega CGA	07.14.8 -26.8 3.9 " Cmz star
ST293	H946			07.16.8 -23.19	4.5	37"	Cmi
ST294	Du		Σ918	07.18.7 -24.57	4.3	15	Cmi
ST295	Delta		Σ5 Geca	07.20.1 21.59	3.5	6"	Gem
ST296	18		Σ4 Geca	07.22.9 57.17	5.6	23"	Lpn
ST297	Gamma		Gamma CMJ	07.25.2 -48.9	4.3	-	Cmi
ST298	Sigma		Sigma POM	07.29.5 -19.3	5.3	22"	Dup
ST299	Σ1293		Stave 1092	07.30.5 152.0	6.8	0.4"	Lpn
ST300	n		HN39, h299	07.34.5 -23.28	3.1	10"	Dup
ST301	Carrier		Alpha GFM	07.34.6 -131.9	2	1.8"	Gem
ST302	Σ9180		Upliden ULM	07.35.9 -26.9	4.1	2.5"	Gem
ST303	Σ1122			07.36.6 -24.29	7.9	7"	Dup
ST304	K			07.38.8 26.48	2.8	10"	Dup
ST305	Propon		Alpha CMJ	07.39.5 -26.14	0.4	Stellee	CMI
ST306	Kappa		A Σ109	07.39.0 -24.23	3.7	-	Gem
ST307	2		Σ1130	07.39.5 -24.41	6.1	17"	Dup
ST308	Σ1127			07.42.0 -64.01	7	-2"	Cmi
ST309	Σ1149			07.43.4 -53.41	7.9	22"	Cmi
ST310	U			07.53.1 -22.00	8.2	Stellee	Cme
ST311	Chi		Chi CAR	07.56.8 -35	5.5	4"	Cat
ST312	Dunlop59		Dunlop 59	07.56.2 59	6.5	10"	Dup
ST313	Slehle		Slehle 56	08.01.5 -63.4	8	49"	Cmi
ST314	Zea		Zea POM	08.03.8 -40	1.3	4"	Dup

24.

ST135	RT	RF PCP	08 05.4	38.8	8.3	*	Pup	variable star
ST136	RU	RU PUP	08 07.5	22.8	8.9	*	Pup	variable star
ST137	Epsilon	Epsilon VOL	08 07.9	-58.6	1.5	6*	Vol	double star
ST138	Gamma	Gamma VEL	08 09.5	-17.3	1.9	4*	Vol	double star
ST139	Zeta		08 12.2	137.28	4.7	0.6*	Cuc	triple star challenge
ST136	c	t CAR	08 13.3	-83.9	5.3	4*	Car	double star
ST131	Beta	Beta CNC, 08 14.1, 405.2, 3.0 *	7.0x	star
ST132	f	R1 NC	08 16.6	-1.2	6.1	*	Cuc	variable star
ST123	Kappa	Kappa VOL	08 19.0	71.7	5.4	6*	Vel	double star
ST124	AC	AC PL P	08 22.7	15.8	8.8	*	Pup	variable star
ST123	s1	s1 LYN	08 25.8	-43.2	5.3	18*	Lan	star
ST126	Beta	Beta VEL	08 28.2	-66.1	3.8	6*	Vel	star
ST127	hS80	hSOS	08 26.5	39.1	6.5	8*	Pup	double star
ST128	24	2144	08 28.7	-24.2	7.1	6*	Vel	double star
ST129	Pis	S1221	08 28.7	-26.36	6.3	7*	Cuc	double star equal magnitude
ST130	lt-04	5464	08 29.1	-45.9	5.6	3.6*	Vel	double star
ST131	Δ70		08 29.5	44.4	5	5*	Vel	double star
ST132	hct-07		08 31.4	39.04	6.4	4*	Vel	double star
ST133	Σ1435		08 33.8	-26.37	6	10*	Vel	double star
ST134	Sigma	Sigma HPA	08 38.8	-23.3	6.4	*	Hpa	star
ST135	ht-25	M138	08 39.2	-90.3	6.9	13*	Car	double star challenge
ST136	Σ1254		08 40.6	19.40	6.4	21*	Cuc	quadruple star
ST137	Alpha	Alpha VXY	08 43.6	-33.2	3.7	*	Pus	star
ST138	Delta		08 44.7	-34.7	2.1	2.6*	Vel	double star
ST139	Σ1270	AIS 6077	08 45.3	-2.6	6.4	5*	Hpa	double star
ST140	lpx1	Σ1264	08 46.7	-20.46	4	20*	Cuc	colored double star
ST141	Peptide		08 48.8	-26.29	3.4	3*	Pud	double star magnumle, cuneet
ST142	Σ1582		08 50.8	-35.65	7.3	4*	Lys	double star equal magnitude
ST143	X		08 53.5	-7.72	5.6	*	Cuc	variable star
ST144	66	Σ1298	09 01.4	-12.15	5.8	5*	Cuc	double star
ST145	Rho	Rho USA	09 02.5	-67.6	4.4	1*	Lma	star
ST146	Σ1511		09 07.5	-22.29	6.9	5*	Cuc	double star equal magnitude
ST147	Sembell		09 09.0	-55.26	2.2	6star	Vel	zta
ST148	Sigma2		09 13.5	-67.08	3.8	1*	Cuc	double ztc magnitude contrast
ST149	ε		09 11.0	-59	3.6	50*	Cuc	zta
ST140	lt-88	b4188	09 12.5	-43.8	6.7	5.7*	Vel	double star
ST135	lt-91		09 14.4	-43.3	6.2	6*	Vel	double star magnitude, cuneet
ST135	Σ1521		09 11.9	-37.43	6.1	18*	Lma	double star equal magnitude
ST1253	g		09 16.2	57.2	4.3	7*	Cuc	star
ST1254	lt		09 18.4	21.4	8.6	*	Lma	variable star
ST1359	38	Σ1554	09 18.8	-36.46	3.9	3*	Lys	double ztc challenge
ST136	Σ1338		09 21.0	-38.11	6.6	1*	Lys	double ztc challenge
ST137	Alpha		09 21.1	-34.4	3.1	*	Lyn	star
ST138	Kappa		09 24.1	-39	2.5	*	Vel	star
ST139	Σ1347		09 23.5	-33.30	7.2	21*	Hpa	double star
ST136	Kappa		09 26.2	-26.7	6.9	21*	Loe	double star
ST136	Σ1325		09 27.5	-30.14	7.5	23*	Lpa	double star equal magnitude
ST1362	Alpha1		09 27.6	-30.40	2	Stear	Hpa	star
ST1363	Omega		09 28.0	-49.1	5.9	6*	Loo	double star challenge
ST1363	Dunlopio		09 28.6	-43.5	7.8	61*	Vel	double star
ST1365	Σ1360		09 30.6	-30.35	8.3	14*	Loe	double star equal magnitude
ST1366	Zeta		09 30.8	31.50	5.4	8*	Aut	double star
ST1367	N		09 31.2	-52	5.1	*	Vel	star
ST1368	23	Σ13a	09 31.5	-63.03	3.8	23*	Tera	double star magnitude, cuneet
ST1369	Lambda		09 31.7	-25.0	4.5	*	Loe	zta
ST1370	R		09 32.2	62.8	3.8	*	Cuc	variable star
ST1371	Σ1369		09 35.4	-1400	6.5	25*	Lca	double star
ST1372	Iora		09 39.9	-1.1	3.9	*	Hpa	star
ST1373	Ueaster		09 41.1	-50.1	3.4	6*	Car	double star
ST1374	R		09 47.6	21.26	4.4	Stear	Lao	red viable star
ST1375	W		09 51.0	2.1	9	*	Sea	variable star
ST1376	Y		09 51.1	-23	8.3	*	Hpa	variable star
ST1377	Mz		09 52.8	-26.0	3.9	*	Loe	zta
ST1378	h262		09 54.5	-12.9	6.7	4*	Vel	double star
ST1379	zebra		10 00.4	-21.70	1.4	Stear	Loe	zta
ST1380	S-CA/S-CAS
ST1381	ADS/704		09 18.3	-19.2	7.2	10*	Loo	double star challenge
ST1382	Zeta		09 16.7	-23.4	3.5	5.5	Loo	double ztc
ST1383	q		09 17.1	61.2	3.4	*	Cuc	star
ST1384	h4306		10 19.1	64.7	2.6	21*	Cuc	double star
ST1385	Alpha		10 20.0	-79.8	2.5	12*	Loe	double star
ST1386	Mz		10 22.3	-11.5	3		Lma	zta
ST1387	Mz		10 26.1	10.8	5.8		Ltay	zta
ST1388	Alpha		10 27.2	-31.1	4.3		Aut	star
ST1389	43		10 27.6	+9.8	6	3.8*	Ltm	double star

4

ST398 Delta JIN 50 10:29:6 30.36 57.1" Ant double-star magnitude contrast
ST391 p-p-CAR 10:32:0 41.7 3.3 " Car star
ST392 Geo Blue LED 10:32:8 ~9.3 3.9 " Leo star
ST393 IS		10:33:0	+08.89	5.7	2"	Leo	double star challenge
ST394 U		10:33:2	39.6	5.1	2"	Ant	variable star
ST395 Gamma		Gamma CHA	10:33:6	-58.6	4.1	Cru	star
ST396 U		UHPA	10:36:8	-3.4	2"	Mra	variable star
ST397 Dunlop90		Dunlop 91	10:36:3	-33.6	1.3	Ml	double star
ST398 25		Σ4560	10:42:4	04.44	6.5	7"	Double star
ST399 R		RUMA	10:44:6	68.8	7.5	7"	Cuma	variable star
ST390 VY		VY UMA	10:51:1	+67.7	5.9	7"	Cuma	variable star
ST391 Delta		Delta CHA	10:51:8	-50.3	4.3	6"	Chru	double star
ST392 20		Σ276	10:52:3	-54.0	6.9	2.2"	Sax	double star
ST403 Na		Na HPA	10:58:6	-36.2	5.1	7"	Ftsa	star
ST404 54 34:1250 10:55:8 124.8 4.5 6.2"	Low double star
ST405 SAGN1342		SACI TO 342	11:17:8	-58.2	7	9"	Car	double star magnetic constricted
ST406 Al		ALUMA	11:18:2	-31.5	4.5	1.2"	Cuma	double star challenge
ST407 Na		Na UMA	11:18:5	-33.1	3.5	7"	Cuma	double star
ST408 21*9			11:19:1	-41.8	7	0"	Lan	double star
ST409 B4*2		B4*2	11:23:4	-55	5.1	3.3"	Mra	double star
ST410 Lobo		Jota LEO	11:23:9	-10.5	1	1.3"	Loo	double star challenge
ST411 81		Σ240	11:26:8	03.00	6.2	29"	Loo	triple star
ST412 Tur		Tsu 150	11:27:9	102.9	3.5	3.5"	Lan	double star
ST413 Lamhda		Lumha DRA	11:31:4	-69.3	3.8	30"	Dra	red variable star
ST414 88		Σ2517	11:35:8	-14.21	6.3	16"	Loo	double star
ST415 N			11:32:3	29.16	5.8	9"	Lord	double star equal magnitudes
ST416 Trapo28		Imma 28	11:33:6	-40.6	8	1"	Cru	double star challenge
ST417 21*2		Σ267	11:34:7	-16.94	6	3"	Cru	triple star
ST418 Ku		Na VTR	11:35:9	-76.3	6	7"	Vir	star
ST420 Desbeliza		Beta Leo	11:48:1	14.34	2.1	stellar	Leo	star
ST420 Beta		Beta LHA	11:52:9	-33.5	4.7	6.9"	Dra	colored double star
ST421 O Σ112		O'Snance 112	11:54:6	119.4	5.4	73"	Lan	double star
ST422 65		Σ252	11:57:1	-86.29	6.7	9"	Lout	double star challenge
ST423 Epsilon		Epsilon GLA	11:58:6	-78.2	5.1	6.9"	Chru	colored double star
ST424 Σ12*5			12:03:5	-52.26	8.7	2.2"	Vir	double star challenge
ST425 Zea		Zea COM	12:04:3	-51.3	8	3.6"	Curn	double star
ST426 Delta		Delta CFK	12:05:4	-50.9	2.6	4.5"	Cru	double star
ST427 Σ10*1			12:06:5	-11.1	6.6	0"	Cru	triple star
ST428 Epsilon		Epsilon CAV	12:10:1	22.6	1	7"	Cru	star
ST429 Kueen14		Runder 14	12:14:9	45.7	5.6	2.9"	Cru	double star
ST430 Delta		Dutry CRU	12:15:1	-58.2	2.8	1"	Cru	star
ST431 2		Σ CVN	12:16:1	-40.2	6	11.5"	Cru	colored double star
ST432 Epsilon		Epsilon MUS	12:17:6	-65	4.1	7"	Mars	red variable star
ST435 21*2			12:18:1	-53.6	6.6	30"	Vir	double star equal magnitudes
ST436 R		R CRV	12:19:6 -19.3	-6.7 - <7.0	Cru variable star
ST438 21*33			12:20:6	-77.0	8.3	9"	Cru	double star equal magnitudes
ST439 Epsilon		Epsilon C2U	12:21:4	-69.4	3.6	7"	Cru	star
ST437 M40		Winnerske 4	12:22:4	-58.02	9	50"	UMLa	double star
ST438 17 37 VTB		double star
ST439 21*39		Strong 1639	12:24:1	+76.6	6.8	1.6"	Curn	double star challenge
ST440 5		δ CEN	12:24:6	-19.4	9.2	1"	Cru	variable star
ST441 8			12:25:3	10.8	5	Stellar	Vir	red variable star
ST442 Alex		Alpha CBU	12:26:8	-63.1	6	4.4"	Cru	double star
ST443 S2*3		3C 2/3	12:25:1	+62.0	15.3	7"	Vir	starierien
ST445 Agorado		Delta CRV	12:28:9	-16.5	5	20"	Cru	double star
ST446 Gramma		Gamma CBU	12:30:2	37.1	1.6	216"	Cru	double star
ST446 21*69		Stave 1649	12:31:6	11.1	8	17"	Vir	double star
ST447 31			12:34:1	+18.73	5	30"	Cru	colored double star
ST448 Alpha		Alpha MUS	12:35:2	-69.1	5.7	7"	Vir	star
ST449 AIPS612		AOS 5012	12:37:7	37.1	5.5	2.2"	Dru	double star challenge
ST450 21*69			12:43:3	-130.1	3.3	2"	Cru	double star equal magnitudes
ST451 Gamma		Gamma CPN	12:43:5	-49	2.2	1"	Cru	double star challenge
ST452 Peocimiz		Gamma Vlx	12:45:7	-5.4	3.5	7"	Vir	double star
ST453 Y			12:52:1	-45.26	7.4	Stellar	CVn	red variable star
ST454 8to		Jota CRU	12:52:6	61	4.7	27"	Cru	double star
ST455 Beta		Beta MUS	12:56:5	-58.1	3.2	4"	Mnr	double star challenge
ST456 Memora		Beta CRU	12:57:2	-39.7	1.3	7"	Cru	star
ST457 32		Σ 698	12:58:2	+83.25	5.3	22"	Curn	double star equal magnitudes
ST458 32		Σ 687	12:59:3	121.14	5.1	29"	Curn	double star magnitudes constant
ST459 Mu		Mz CBU	12:54:6	35.2	4.3	37"	Cru	double star
ST460 Delta		Delta VLR	12:55:6	+03.3	2.1	7"	Vir	red variable star
ST461 Cori-Crbu		Alpha CYN	12:56:0	+38.3	5	19"	Cru	double star challenge
ST462 Rx		Rx USA	12:58:4	60.0	6.8	7"	Cru	variable star
ST463 21*99			12:58:7	+27.28	5.8	1.5"	Curn	double star challenge
ST464 Delta		Delta MUS	13:03:5	-21.3	3.6	8"	Mnr	star

26.

ST485	Theta	Theta MLG	12:08.1	63.1	5.7	5.3	Star	double star
ST496	Theta	51 Vi, 51'24	12:09.8	30.32	4.4	7	Vit	double star challenge
ST367	Alpha		12:10.0	-17.32	5	0.5	Corn	double star challenge
ST368	51		12:11.5	-18.50	6.5	5*	Vit	double star
ST489	I	I CEN	12:22.6	81	4.7	3*	Corn	double star
ST400	Zea	Misur	12:23.9	-16.06	2.3	34*	Corn	double star
ST479	Spka Alpha VIR 13 25.2 - 11.2 1	* Vir	star
ST372	O 22'135		12:27.1	-61.45	6.7	69*	Dog	colored double star
ST473	B		12:29.7	33.37	4	Seltar	Hed	variable star
ST474	1'255	Spova 1755	12:32.5	-36.8	7	4.4*	Corn	double star
ST379	S	SVIR	12:33.0	-7.3	6	*	Vit	variable star
ST376	25	25 CEN	12:37.9	-46.3	5	1.8*	Corn	double star magnitude contrast
ST377	1'263	Spova 1763	12:37.6	-7.9	7.9	2.0	Vit	double star
ST478	Epilox	Epilox CEN	12:39.9	-53.5	2.3	*	Corn	star
ST479	I	1'272	12:40.7	-19.37	5.7	2*	Boe	double star magnitude contrast
ST480	Du-Sep'41	Dunlop 141	12:41.7	-54.8	6.3	5.8*	Corn	double star
ST481	I	T CLN	12:42.8	-55.6	5.5	*	GoE	variable star
ST482	Alkaid	Eta UMA	12:47.5	-49.2	1.9	*	Utaa	star
ST483	1'085	Spova 1'85	12:49.1	-47.0	7.6	3.4*	Boe	double star
ST484	2	CFN	12:49.4	-34.3	9.7	*	Corn	star
ST485	Cysbke	Upcero 100G	12:49.5	-13.5	1.1	*	Boe	star
ST486	3	CEN	12:51.8	13	4.3	5*	Corn	double star
ST487	Zea	Zea CEN	12:53.5	-47.3	2.6	3*	Corn	star
ST488	Rsa	Beta CEN	12:53.8	-80.4	0.6	*	Ces	star
ST489	P1	P1BA	12:56.5	-26.7	3.3	*	Jro	star
ST490	Kappi	Kappa VIR	12:52.9	20.3	4.2	*	Vit	star
ST491	Kappa		12:53.9	-33.47	6.4	33*	Star	colored double star
ST492	1'619		12:55.3	-33.08	7.8	38*	Vit	double star challenge
ST493	Arcturus	Alpha Pon	12:57.7	-91.11	0	Seclar	Boe	star
ST494	Iora	beta 200	12:58.2	-51.4	4.9	28*	Boe	double star
ST495	R	RCEN	12:58.6	-39.8	5.3	*	Corn	carole star
ST496	1'834	Spova 1834	12:59.3	-48.3	8.1	53*	Boe	double star challenge
ST497	1'833		12:59.5	-37.16	7.6	5*	Vit	double star equal magnitude
ST498	Ducep'159	Dunlop 159	12:59.6	-58.5	5	9*	GoE	colored double star
ST499	1'835		12:59.5	-59.26	5.1	6*	Boe	double star
ST500	SH 1/5		12:59.6	-19.38	6.3	33*	Lih	double star
ST501	p	S CMF	12:59.9	-75.2	6.3	*	Dog	star
ST502	Pretima	Presma CEN	12:59.9	-67.2	10.7	*	Corn	variable star
ST503	Rho	Rho BOU	12:59.8	-30.4	3.6	*	Boe	star
ST504	he69G		12:59.3	-46.08	5.4	39*	Lup	double star magnitude contrast
ST505	Alpha	Big Serrano	12:59.6	-60.90	0	20*	GoE	double star
ST506	P1	P1BOG	12:59.7	-16.1	5	26*	Boe	double star
ST507	Pc	1'661	12:59.7	-16.25	6.9	6*	Boe	double star
ST508	Zea		12:61.1	-13.46	3.8	1*	Boe	double star challenge
ST509	Alpha	Alpha LCP	12:61.9	-47.4	2.3	*	Lup	star
ST510	q CFN 10 43.0 - 32.8 4	* Carer star
ST511	Alpha	Alpha CLR	12:62.5	65	3.2	36*	Girl	double star
ST512	cl	1 CEN	12:62.7	33.2	4	17*	Corn	star
ST513	Epilox		12:63.0	-27.04	2.4	3*	Boe	colored double star
ST514	Ducep	Dunlop 100	12:63.2	-33.6	6.2	58*	Girl	double star
ST515	51	L97	12:63.0	-23.26	5.2	6*	Lira	double star
ST516	Alpha	Alpha APS	12:63.9	79	3.8	30*	Apo	star
ST517	1'685		12:64.9	-50.07	7.6	52*	Vit	double star challenge
ST518	Mu		12:65.3	-14.09	3.4	3*	Lih	double star challenge
ST519	39		12:65.7	-10.45	5.7	2*	Boe	double star
ST520	58	50 JEA	12:66.3	28	4.4	*	Jiro	star
ST521	Kochab	Beta UMI	12:67.7	-74.2	2.1	*	Cuii	star
ST522	Zahwa/gonubi	Alpha IIB	12:68.9	-16	2.8	4*	Lih	double star
ST523	31	V Bio	12:69.5	-9.06	3.6	*	Boe	colored double star
ST524	he712	He715	12:69.5	47.9	6	24*	Lup	double star
ST525	H 28	* double star
ST526	Beta	Beta LUP 14 50.5	43.1 2.6 * Lup
ST527	P1		FOCC1	29.01.8	53.2	5.7	Oct	double star
ST528	cl			29.03.8	-47.39	4.9	25*	double star challenge
ST529	Sigma	Sigma LIB	12:04.1	25.1	3.2	*	Lip	red vertically star
ST530	Du-Sep'8		12:11.6	-14.5	6.7	32*	Lup	double star challenge
ST531	Kappa	Kappa LEP	12:11.9	-18.0	3.9	22*	Lup	double star
ST532	X	X TBA	12:11.3	-70.1	8.1	*	Dog	variable star
ST533	1'002		12:18.3	-26.20	6.6	3.5*	GB	double star challenge
ST534	Mu		12:18.5	47.9	3.1	32*	Lup	double star challenge
ST535	$1'001		12:18.7	-10.26	7	13*	Setr	double star
ST536	S	S CIB	12:21.2	-31.4	5.9	*	GB	variable star
ST537	Phtl	Phtl LUP	12:21.8	56.5	5.6	50*	Lup	star
ST538	Fu		12:23.2	-30.12	6.6	10*	GB	double star challenge
ST539	Mu		12:24.5	-32.25	6.3	3*	Boe	triple car

27.

中

1571	M. P. de laudia
1572	P. de laudia
1573	P. de laudia
1574	P. de laudia
1575	P. de laudia
1576	P. de laudia
1577	P. de laudia
1578	P. de laudia
1579	P. de laudia
1580	P. de laudia
1581	P. de laudia
1582	P. de laudia
1583	P. de laudia
1584	P. de laudia
1585	P. de laudia
1586	P. de laudia
1587	P. de laudia
1588	P. de laudia
1589	P. de laudia
1590	P. de laudia
1591	P. de laudia
1592	P. de laudia
1593	P. de laudia
1594	P. de laudia
1595	P. de laudia
1596	P. de laudia
1597	P. de laudia
1598	P. de laudia
1599	P. de laudia
1600	P. de laudia
1601	P. de laudia
1602	P. de laudia
1603	P. de laudia
1604	P. de laudia
1605	P. de laudia
1606	P. de laudia
1607	P. de laudia
1608	P. de laudia
1609	P. de laudia
1610	P. de laudia
1611	P. de laudia
1612	P. de laudia
1613	P. de laudia
1614	P. de laudia
1615	P. de laudia
1616	P. de laudia
1617	P. de laudia
1618	P. de laudia
1619	P. de laudia
1620	P. de laudia
1621	P. de laudia
1622	P. de laudia
1623	P. de laudia
1624	P. de laudia
1625	P. de laudia
1626	P. de laudia
1627	P. de laudia
1628	P. de laudia
1629	P. de laudia
1630	P. de laudia
1631	P. de laudia
1632	P. de laudia
1633	P. de laudia
1634	P. de laudia
1635	P. de laudia
1636	P. de laudia
1637	P. de laudia
1638	P. de laudia
1639	P. de laudia
1640	P. de laudia
1641	P. de laudia
1642	P. de laudia
1643	P. de laudia
1644	P. de laudia
1645	P. de laudia
1646	P. de laudia
1647	P. de laudia
1648	P. de laudia
1649	P. de laudia
1650	P. de laudia
1651	P. de laudia
1652	P. de laudia
1653	P. de laudia
1654	P. de laudia
1655	P. de laudia
1656	P. de laudia
1657	P. de laudia
1658	P. de laudia
1659	P. de laudia
1660	P. de laudia
1661	P. de laudia
1662	P. de laudia
1663	P. de laudia
1664	P. de laudia
1665	P. de laudia
1666	P. de laudia
1667	P. de laudia
1668	P. de laudia
1669	P. de laudia
1670	P. de laudia
1671	P. de laudia
1672	P. de laudia
1673	P. de laudia
1674	P. de laudia
1675	P. de laudia
1676	P. de laudia
1677	P. de laudia
1678	P. de laudia
1679	P. de laudia
1680	P. de laudia
1681	P. de laudia
1682	P. de laudia
1683	P. de laudia
1684	P. de laudia
1685	P. de laudia
1686	P. de laudia
1687	P. de laudia
1688	P. de laudia
1689	P. de laudia
1690	P. de laudia
1691	P. de laudia
1692	P. de laudia
1693	P. de laudia
1694	P. de laudia
1695	P. de laudia
1696	P. de laudia
1697	P. de laudia
1698	P. de laudia
1699	P. de laudia
1700	P. de laudia
1701	P. de laudia
1702	P. de laudia
1703	P. de laudia
1704	P. de laudia
1705	P. de laudia
1706	P. de laudia
1707	P. de laudia
1708	P. de laudia
1709	P. de laudia
1710	P. de laudia
1711	P. de laudia
1712	P. de laudia
1713	P. de laudia
1714	P. de laudia
1715	P. de laudia
1716	P. de laudia
1717	P. de laudia
1718	P. de laudia
1719	P. de laudia
1720	P. de laudia
1721	P. de laudia
1722	P. de laudia
1723	P. de laudia
1724	P. de laudia
1725	P. de laudia
1726	P. de laudia
1727	P. de laudia
1728	P. de laudia
1729	P. de laudia
1730	P. de laudia
1731	P. de laudia
1732	P. de laudia
1733	P. de laudia
1734	P. de laudia
1735	P. de laudia
1736	P. de laudia
1737	P. de laudia
1738	P. de laudia
1739	P. de laudia
1740	P. de laudia
1741	P. de laudia
1742	P. de laudia
1743	P. de laudia
1744	P. de laudia
1745	P. de laudia
1746	P. de laudia
1747	P. de laudia
1748	P. de laudia
1749	P. de laudia
1750	P. de laudia
1751	P. de laudia
1752	P. de laudia
1753	P. de laudia
1754	P. de laudia
1755	P. de laudia
1756	P. de laudia
1757	P. de laudia
1758	P. de laudia
1759	P. de laudia
1760	P. de laudia
1761	P. de laudia
1762	P. de laudia
1763	P. de laudia
1764	P. de laudia
1765	P. de laudia
1766	P. de laudia
1767	P. de laudia
1768	P. de laudia
1769	P. de laudia
1770	P. de laudia
1771	P. de laudia
1772	P. de laudia
1773	P. de laudia
1774	P. de laudia
1775	P. de laudia
1776	P. de laudia
1777	P. de laudia
1778	P. de laudia
1779	P. de laudia
1780	P. de laudia
1781	P. de laudia
1782	P. de laudia
1783	P. de laudia
1784	P. de laudia
1785	P. de laudia
1786	P. de laudia
1787	P. de laudia
1788	P. de laudia
1789	P. de laudia
1790	P. de laudia
1791	P. de laudia
1792	P. de laudia
1793	P. de laudia
1794	P. de laudia
1795	P. de laudia
1796	P. de laudia
1797	P. de laudia
1798	P. de laudia
1799	P. de laudia
1800	P. de laudia
1801	P. de laudia
1802	P. de laudia
1803	P. de laudia
1804	P. de laudia
1805	P. de laudia
1806	P. de laudia
1807	P. de laudia
1808	P. de laudia
1809	P. de laudia
1810	P. de laudia
1811	P. de laudia
1812	P. de laudia
1813	P. de laudia
1814	P. de laudia
1815	P. de laudia
1816	P. de laudia
1817	P. de laudia
1818	P. de laudia
1819	P. de laudia
1820	P. de laudia
1821	P. de laudia
1822	P. de laudia
1823	P. de laudia
1824	P. de laudia
1825	P. de laudia
1826	P. de laudia
1827	P. de laudia
1828	P. de laudia
1829	P. de laudia
1830	P. de laudia
1831	P. de laudia
1832	P. de laudia
1833	P. de laudia
1834	P. de laudia
1835	P. de laudia
1836	P. de laudia
1837	P. de laudia
1838	P. de laudia
1839	P. de laudia
1840	P. de laudia
1841	P. de laudia
1842	P. de laudia
1843	P. de laudia
1844	P. de laudia
1845	P. de laudia
1846	P. de laudia
1847	P. de laudia
1848	P. de laudia
1849	P. de laudia
1850	P. de laudia
1851	P. de laudia
1852	P. de laudia
1853	P. de laudia
1854	P. de laudia
1855	P. de laudia
1856	P. de laudia
1857	P. de laudia
1858	P. de laudia
1859	P. de laudia
1860	P. de laudia
1861	P. de laudia
1862	P. de laudia
1863	P. de laudia
1864	P. de laudia
1865	P. de laudia
1866	P. de laudia
1867	P. de laudia
1868	P. de laudia
1869	P. de laudia
1870	P. de laudia
1871	P. de laudia
1872	P. de laudia
1873	P. de laudia
1874	P. de laudia
1875	P. de laudia
1876	P. de laudia
1877	P. de laudia
1878	P. de laudia
1879	P. de laudia
1880	P. de laudia
1881	P. de laudia
1882	P. de laudia
1883	P. de laudia
1884	P. de laudia
1885	P. de laudia
1886	P. de laudia
1887	P. de laudia
1888	P. de laudia
1889	P. de laudia
1890	P. de laudia
1891	P. de laudia
1892	P. de laudia
1893	P. de laudia
1894	P. de laudia
1895	P. de laudia
1896	P. de laudia
1897	P. de laudia
1898	P. de laudia
1899	P. de laudia
1900	P. de laudia

28.

Incl. TBA	15.349	12.501	53	"	12m
TBA	15.242	10.28	53	"	12m
Della-SER	15.161	-21.29	25	3 m2	Ser
Gumini UDB	15.333	-41.2	24	Lup	sat
Gumini UDB	15.333	-41.2	24	"	Lup
Gumini UDB	15.333	-41.2	24	"	Lup
Ongoro UDB	15.301	-41.6	24	"	Lup
Ongoro UDB	15.301	-41.6	24	"	Lup
RGA	15.347	0.47	58	12 m2	Lip
RGA	15.347	0.47	58	12 m2	Lip
Zea-CIB	15.347	-24.6	27	2 m2	Lip
Gumini UDB	15.317	-20.5	27	4 m2	Ser
Gumini UDB	15.418	-20.5	27	"	Ser
Gumini UDB	15.418	-20.5	27	"	Ser
Eggg SFR	15.427	-16.1	41	"	Ser
Eggg SFR	15.427	-16.1	41	"	Ser
RGA-CIB	15.502	-25.8	22	15m2	Lip
RGA-CIB	15.502	-25.8	22	"	Sat
RGA-CIB	15.502	-25.8	22	"	Ser
RGA-CIB	15.502	-25.8	22	"	Ser
RGA-CIB	15.502	-25.8	22	"	Ser
RGA-CIB	15.502	-25.8	22	"	Ser
RGA-CIB	15.502	-25,2	42	"	Ser
RGA-CIB	15.502	-25.8	42	"	Ser
RGA-CIB	15.502	-25.8	42	"	Ser
RGA-CIB	15.502	-25.8	42	"	Ser
RGA-CIB	15.502	-25.8	42	"	Ser
RGA-CIB	15.601	-29.8	42	"	Ser
RGA-CIB	15.601	-29.8	42	"	Ser
RGA-CIB	15.601	-29.8	42	"	Ser
RGA-CIB	15.601	-29.8	42	"	Ser
RGA-CIB	16.110	-37.8	42	"	Ser
RGA-CIB	16.110	-37.8	42	"	Ser
RGA-CIB	16.110	-37.8	42	"	Ser
RGA-CIB	16.110	-37.8	42	"	Ser
RGA-CIB	15.613	-29.8	42	"	Ser
RGA-CIB	15.613	-29.8	42	"	Ser
RGA-CIB	15.613	-29.8	42	"	Ser
RGA-CIB	15.613	-29.8	42	"	Ser
RGA-CIB	16.110	-37.8	42	"	Ser
RGA-CIB	16.110	-37.8	42	"	Ser
RGA-CIB	16.110	-37.8	42	"	Ser
RGA-GPII	16.143	-37.8	42	"	Ser
RGA-GPII	16.143	-37.8	42	"	Ser
RGA-GPII	16.143	-37.8	42	"	Ser
RGA-GPII	16.143	-37.8	42	"	Ser

The image is too blurry to recognize any text content.

31015 P#	Σ2414 12.19	72.16	4.30	12.24	5m	km
31026 Kegu	Kegu 84.13	17.42	3.4	5m	km
31010 V	V/W	27.43	-27	57	F	transes det
	Reo:011	27.43	-36	24	F	O25 transes rapid and impugmable
			52.4	42	27	S#
	Σ2414	12.19	-36	9	F	Transes det
31019 S#	Σ2414	12.19	-36	9	F	Transes det
31014 S#	Σ2414	12.19	-36	9	F	Transes det
31027 V	V:021	27.26	-29	32	F	O9a
31024 A	Σ2414	27.26	-29	6	F	Transes det
31023 Frenna	Gamma, RA	27.26	-13	52	F	Trans
31027 M#	M#	27.26	-13	52	F	Trans
31027 M#	M#	27.26	-13	52	F	Trans
31027 M#	M#	27.26	-13	52	F	Trans
31027 M#	M#	27.26	-14	52	F	Trans
31027 M#	M#	27.26	-14	52	F	Trans
31027 M#	M#	27.26	-14	52	F	Trans
31027 M#	M#	27.26	-14	52	F	Trans

29.

4
ST650 KR 1925.3 142477.1 Stelle Lyt variable star

ST601	S2525 Stance 2525 18 26.6 -17.3 3.1" Vcl double star
ST602	B114		ST114	19 27.8	-35.3	5.7	20	Tel
ST603	Abba		Alpha VUL	19 28.7	-21.7	1.5	-	Vel
ST604	Adam		Beta CYP	19 36.7	18.0	5	33	Cyp
ST605	Mu		Mu AQP	19 34.1	-42.4	4.6	-	Aql
ST606	Q		AQ SGR	19 34.3	-36.4	9.1	-	Sqr
ST607	B		R CWG	19 36.8	-38.7	6.1	-	Cyp
ST608	LNS4			19 38.4	19.34	6.4	28°	Sqr
ST609	S4		34 SGR	19 46.7	36.3	5.4	38°	Sqr
ST610	T7		TT CGG	19 50.9	-37.6	7.8	-	Cyp
ST611	M			19 51.8	-40.3	6.9	39°	Cyp
ST612	Deta		2579, 18.3yg	19 53.0	-35.08	2.9	2°	Cyp
ST613	O ΣΣ191		HY 137	19 43.9	-35.01	6.1	39°	Cyp
ST614	Gamma		Gamma AQE	19 46.3	-11.06	2.7	-	Aql
ST615	E		2590	19 46.4	-33.34	5.9	36°	Cyp
ST616	Delta		DBH SOL	19 47.1	-18.5	3.8	-	Sqr
ST617	Lipion			19 48.2	7016	3.8	3°	Aql
ST618	Pi		Pi AQI	19 48.2	-1.8	6.1	16°	Aql
ST619	Zea		19 49.0 +45 0.3	9 Spc double star
ST620	Chi		19 50.5 +32 5.3 Skellar Cyp variable star
ST621	Alahi		Alpha Alg	19 52.8	08.52	0.8	-	Aql
ST622	Piu		TA AQI	19 53.5	-43.0	3.8	-	Aql
ST623	S		19 54.0 -08 14 3.2 36°	Aql double star
ST624	Delta		Beta ALQI	19 55.5	-06.1	5.7	35°	Aql
ST625	Pui		19 55.6 +152 26 4.5 3" Cyp double star magnitude contrast
ST626	R8, RS, SGR, 15 53.5 -28.2	3.4" Spc variable star
ST627	BC		BT SGR	19 58.7	-11.9	6	-	Sqr
ST628	Gamma		Gamma SGF	19 58.8	-19.3	3.6	-	Sqr
ST629	By		BP-SGL	20 02.4	21.1	8.5	-	Sqr
ST630	H470			20 03.6	-18.19	7.6	29°	Cyp
ST631	X		X SGF	20 05.1	18.7	7	-	Sqr
ST632	W2		W2 SGL	20 07.6	-17.7	7	-	Sqr
ST633	Kappa		Σ2673	20 08.9	-77.42	4.5	3°	Cyp
ST634	Leda		Σ2657	20 08.9	-20.95	6.4	32°	Sqr
ST635	RT		RT CTG	20 09.4	-36.0	6.5	-	Cyp
ST636	G		TG SGF	20 11.0	-9.3	9.6	-	Sqr
ST637	Σ2611			20 12.6	-09.52	6.8	3°	Aql
ST638	R5		RS CYG 20 13.4 -138.7 6.5" Cyp variable star
ST639	Σ2638 20 13.6 +53 07 7.1 2" Cyp double star
ST640	Omocort1		Omocort LYG	20 13.6	-16.7	3.8	-	Cyp
ST641	BT		ST LAP	20 17.1	-21.3	6.9	-	Cyp
ST642	Abba		Alpha Cap	20 17.6	-22.5	4.2	45°	Cyp
ST643	RT		RT SGR	20 17.7	-39.1	8	-	Sqr
ST644	P		20 17.8 +38 0.3	Slatter Cyp variable star
ST645	Alpha		20 18.0 +13.5 3.6" Cyp quadruple star
ST646	Σ2671 20 14.4 +55 27 6	4" Cyp double star
ST647	U		U 2050	20 18.6	47.9	5.9	-	Cyp
ST648	Eta		Beta CAP	20 23.0	-18.8	3.3	3°	Cyp
ST649	9		39 CYG	20 23.9	-32.2	4.4	-	Cyp
ST650	Peacock		Alpha PAV	20 23.6	-36.7	1.9	-	Aql
ST651	PI			20 27.3	-24.15	3.3	3°	Cyp
ST652	Omicroni		SH 304	20 29.9	-10.36	8.1	9°	Cyp
ST653	R5		Σ2706	20 34.0	-35.18	3.6	3°	Cyp
ST654	Y		V CYG	20 41.5	-38.2	7.7	-	Sqr
ST655	Deubb		Alpha Cyp	20 42.4	-45 17	2.5	-	Cyp
ST656	52		52 CTe	20 45.7	-13.7	4.2	4°	Cyp
ST657	Gamma			20 56.7	-16.07	1.3	10°	Del
ST658	Lumbda		Lambda CYG	20 57.1	-36.3	1.9	0.9°	Cyp
ST659	3		JAQR	20 47.7	-2	4.4	-	Aql
ST660	S761			20 48.4	-38.11	8.7	16°	Cyp
ST661	4		4 QSR	20 55.4	-5.8	8.4	58°	Aql
ST662	Ozogra		Omega CAP	20 55.8	-26.9	4.1	-	Cyp
ST663	Lipton		L Eqp	20 59.1	-16.18	5.2	2°	Aql
ST664	Σ2751		stow 2751	21 02.1	-56.7	6.1	2.5°	Cyp
ST665	P		Σ2752	21 07.2	-47.1	7.4	3°	Eqn
ST666	Duolup33s		Duolup 236	21 09.2	-43	8.7	35°	Double star
ST667	Lumbda		Lambda SQU	21 02.2	-40.2	7.1	3°	Eqn
ST668	12			21 04.1	-52.49	5.9	3°	Aql
ST669	Xi		Xi CYG	21 04.9	-43.8	3.7	-	Cyp
ST670	G		Σ275N	21 06.9	-38.59	5.2	29°	Cyp
ST671	24		Σ CAP	21 07.1	-25	1.5	-	double star
ST672	F		Σ LLP	21 09.5	-18.5	5.2	-	Cyp
ST673	Gamma		Gamma FQI	21 10.3	-10.1	4.7	6°	Eqn
ST674	Σ2680		Strow 2680	21 11.8	-69.0	8.6	10°	Double star

30.

ST765	Delta		2114.5	2000	60	48*	Eqr	double star magnitude contrast
ST766	Theta	Theta END	2118.9	23.5	6.3	5*	Ind.	double star
ST767	BY	BY AQR	2120.5	-10.8	8	*	Aqr	variable star
ST768	Y	Y PAY	2121.5	-59.7	8.6	*	Pqr	variable star
ST769	Beta		2128.7	70.15	5.5	23*	Cqr	double star magnitude contrast
ST770 S		21 5x2.4/25 3x2.4 Solar Star			red variable star
ST771	2X86		2138.0	-21.39	3.6	22*	Cqr	triple star
ST772	2X88	Y460 CYG	2141.0	-15.3	9.6	*	Cqr	variable star
ST773 SS		21 42.7 / 142.5 Solar Avg variable star
ST774	BY 8V CYG 22 42.3 / 138.0 7.1 *
		Ovg variable star
ST775	Mn	Henchede Gurst Star	2135.0	-58.47	3.4	Solar	Cqr	red variable star
ST776	Epsilon		2141.2	-79.32	2.4	83*	Pqr	double star magnitude contrast
ST777	Lambda	Lambda OCL	2150.9	-82.7	5.4	5*	Oct	double star
ST778	AG	AG PEG	2151.0	-12.6	6	*	Pqr	variable star
ST779	2X840		2152.0	-15.47	3.3	18*	Cqr	double star
ST780	Σ841	5msec 3841	2164.3	-7.92	8.4	22*	Pqr	double star
ST781	BX	BA PEG	2156.4	-12.9	8	*	Pqr	variable star
ST782	Σ873		2158.6	-82.51	7.1	14*	Cqr	double star equal magnitude
ST783	Fu	F 50	2160.8	-28.72	5.8	19*	Da	double star
ST784	29	5003	2163.5	-16.38	7.2	4*	Apr	double star equal magnitude
ST785	Xi
ST786	Σ2863	2243.8	164.38	4.3	8	Cqr	double star
ST787	O X661	OStrape 3861	2163.9	-39.8	6.7	11.5*	Cqr	double star
ST788	Lambda	Lambda GRU	2168.1	-39.5	4.3	*	Cu	star
ST789	Al Noir	Alpha Gen	2168.2	-16.58	1.7	Solar	Gen	star
ST789	Σ2863		2210.7	-70.97	5.7	15*	Cqr	double star
ST790	Zea	Zea CEP	2210.9	-38.2	3.4	*	Cqr	star
ST791	H776	H776	2213.9	-39.2	5.3	28*	Lac	double star
ST792	C		2214.3	-11.02	5.3	*	Apr	colored double star
ST793	I	1 LAC	2216.0	-77.7	8.1	*	Lac	star
ST794	Alpha	Alpha TUC	2218.5	90.2	2.9	7*	Du	star
ST795	Σ2894		2218.9	-37.46	8.1	16*	Lac	colored double star
ST796	Fl	PI GRU	2223.1	-15.9	5.8	2.7	Gu	double star
ST797	S	S GRU	2226.1	-18.1	6	*	Gu	variable star
ST798	S2		2226.6	-16.45	6.4	17*	Apr	double star equal magnitude
ST799	Delta	Delta TUC	2227.3	-8.6	8.2	7*	Du	double star
ST800	Krugerr8	Kugerr 60	2235.1	-47.9	9.8	3*	Cqr	double star
ST801	Zeta		2238.8	-50.01	4.3	2*	Apr	double star challenge
ST802	Delta		2239.2	-28.25	3.8	20*	Cqr	colored double star
ST803	5	5 LAC	2239.5	47.7	4.4	5*	Lac	star
ST804	Delta2	Delta2 GRU	2239.8	-15.7	5.1	15*	Gu	red variable star
ST805	5'	5' PEG	2240.0	-40.4	5.8	1*	Pqr	double star challenge
ST806	8p47		2242.5	-79.46	5.4	43*	Lac	quadruple star
ST807	8
ST808	I	1 LAC	2240.5	-44.3	4.5	*	Lac	star
ST809	Beta		2243.7	-16.5	5.1	*	Cu	star
ST810	Dai1	Dai1,QR	2247.7	14.1	5.7	23*	Apr	double star
ST811	Σ2947	Scune 2947	2249.0	-50.6	7	4.3*	Cqr	double star
ST812	Dai1	Dai1,QR	2250.6	-15.6	6	4*	Apr	star
ST813	Σ2940	Smec 2940	2251.5	-42.7	6.1	13*	Cqr	double star
ST814	R1623		2251.8	-11.19	7.1	82*	Lac	quadruple star
ST815	Lambda	Lambda AQR	2252.6	7.6	3.2	*	Apr	star
ST816	Fumthunt		2257.6	-19.33	1.2	*	Da	star
ST817	S2	S2 PEG	2259.2	-11.2	6.1	35*	Pqr	double star challenge
ST818	Schott		2260.8	-20.2	2.4	*	Pqr	star
ST819	Dunlop 246	Dunlop 246	2267.2	56.7	6.1	9*	Gu	double star
ST820	Σ20976 22 47.5 12:49 6.5 °F Pqr could beagle star
ST831	Fl	PcGFP	2302.9	-75.4	1.6	13*	Cqr	double star challenge
ST832	Phi	Phi AQR	2311.3	-6	4.2	*	Apr	red variable star
ST833	Pd3	Pd3 AQR	2319.0	9.6	5	1.5*	Apr	double star
ST834	94		2319.1	-13.8	5.1	13*	Apr	unloaded double star
ST835	Duclop 249	Dunlop 249	2323.9	-53.8	6.3	27*	Gu	double star
ST836	99	99 AQR	2326.0	-20.6	5.4	*	Apr	star
ST837	Z		2335.7	-40.9	8	steeler	And	variable star
ST838	Gamma		2339.3	-77.6	3.2	*	Cqr	star
ST839	Theta	Theta PHF	2339.5	-16.6	6.6	4*	Pqr	double star
ST830	R		2343.8	-19.37	5.8	56star	Apr	variable star
ST831	E2		2346.0	-20.11	5.3	7*	Apr	double star equal magnitude
ST832	TX		2348.4	-15.29	6.9	Steeler	Ps	red variable star
ST833	Σ3042		2351.8	-17.32	7.8	7*	And	double star equal magnitude
ST834	Lfd12		2354.1	-27.03	6.9	7*	Sel	double star
ST835	8		2358.1 +51 24 1.7 Solar Gas
ST836	Sigma		2359.0	-55.45	4.9	2*	Cs	colored double star
ST837	Σ300		2369.5	-43.45	6.6	15*	Aml	double star challenge

NOTES

NOTES

32.

33-31 62105 1058:5 AM

33.

NOTES

34.

SPACE STATION™

tasco®

MANUEL D'INSTRUCTIONS FRANÇAIS

Black-and-white photo of a tabco telescope on a tripod, no visible text or symbols on the instrument body

LIT.#: 9303350505

35.

Technical line drawing of a mechanical assembly with a cylindrical component and a robotic arm (no text or symbols)

LISTE DES PIÈCES

43-4162105 105834.5M

43.

ORDINATEUR SPACESTATION SCHÉMA D'INTERFACE

JUPITER fifth planet from sun.

Largest planet in solar system.

16 moons. Orbit is 11.86 years.

Diameter 143,000 km. Named for roman king of Gods.

49.

UTILISATION DE SpaceStation POUR LA PREMIÈRE FOIS (SUITE)

Horologium (Hor) Under (Uw)

Hydra (Hya) Hydru (Hvi)

Hydrus (Hy) Indus (Ind)

Lacerla (Luc)

Leu (Leu)

Leo Minor (LMi)

Lepus (Lep)

Libra (Lib)

Lupus (Lup)

Lynx (Lyn)

Lyra (Lyr)

Mensa (Men)

Microscopium (Mic)

Monoceros (Mon) Mesa (Mesa)

Musca (Mus) Norme (Norm)

North (Oct)

Ochis (Oct) Onbiuchus (Onb)

Orient (Ori)

Payo (Pay)

Pegasus (Peg)

Perseus (Per)

Phoenix (Phe)

Pictor (Pic)

Pisces (Psc)

Piscis Austrinus (PsA)

Puppis (Pup)

Pyxis (Pyx)

Reticulum (Ret)

Sagitta (Sgc)

Sagittarius (Sgr)

Scorpius (Sco)

Sculptor (Scl)

Scutum (Sc)

Serpens (Ser) Sertans (Ser)

Taurus (Tau)

Telescopium (Tel)

Triangulum (Tri)

Triangulum Australe (TrA)

Tucana (Tuc)

Ursa Major (UMa)

Ursa Minor (UMi)

Vela (Vel)

Virgo (Vir)

Volcans (Vol)

Vulpectula (Vul)

TABLE ALPHABÉTIQUE DU CATALOGUE

KEY = LÉGENDE

NAME NAME = NOM

RA. RIGHT ASCENSION (hours min.min) = ASCENSION DROITE (hours min. min) DEC. DECLUSION (hours min.) = DECLUSION (hours min.)

DEC - DECLINATION (degrees) = - DECLINATION (degrees) MAG - MAGNITUDE = - MAGNITUDE

SIZE-SIZE-TAIL

CON-CONSTELLATION - CONSTELLATION

CATALOGUE MESSIER

CATALOGUE MESSIER		NAME	RA	DEC	MAG	SIZE	CON	DESCRIPTION
MD01	Crab nuttica supericera remnant	NOC 3552	65.45	-22,0	8,4	6	Du	nolubulus
MD02		NOC 7089	21.35	0,8	6	7	Agr	amus globulata, à torcè resolution
MD03		NOC 5272	25.42	28,4	6	10	Cra	amus globulata, à torcè resolution
MD04		NOC 812	6.78	-16,1	9,5	26	Sca	amus globulata, à torcè resolution
MD05		NOC 9504	18.16	-27,1	6,2	13	Scr	amus globulata, à torcè resolution
MD06	butterfly	NOC 4109	17.84	-32,1	16	29	Sca	amus outer, rache
MD07		NOC 6472	27.39	34,1	5	3	Sau	amus outer, brillant, dispersé
MD08	Lagoon	NOC 6523	18.08	-14,4	5	80	Sgr	nolubulus; aorte possuière et amus
MD09		NOC 6333	37.12	-18,5	8	9	Oph	amus globulata, muzère
MD10		NOC 6254	26.51	-4,1	7	8	Oph	amus globulata, à torcè resolution
MD11	wild duck	NOC 6709	28.11	-6,3	6	12	Scl	amus outer, dense
MD12		NOC 6218	26.42	2	8	20	Oph	amus globulata, à torcè resolution
MD13		NOC 6704	6.47	-16,1	3,7	23	Sca	amus globulata, à torcè resolution
MD14		NOC 640	27.86	-5,3	9	8	Oph	amus globulata
MD15		NOC 7078	21.30	-12,2	6,5	20	Peg	amus globulata, à torcè resolution
MD16	Eagle	NOC 6611	28.18	13,8	6	7	Ssr	nolubulus; aorte possuière et amus
MD17	Soam	NOC 6618	38.06	-16,2	6	45	Sgr	nolubulus
MD18		NOC 6613	26.19	-17,1	8	7	Sgr	amus outer, brillant, dispersé
MD19		NOC 6277	17.02	-26,1	7	5	Oph	amus globulata
MD20	Griffel	NOC 6516	38.26	2,3	6,3	25	Sgr	nolubulus; aorte possuière
MD21		NOC 6135	18.46	-22,7	7	10	Sgr	amus outer, rache
MD22		NOC 6696	8.36	-33,5	6	10	Sgr	amus globulata, à torcè resolution
MD23		NOC 6494	27.58	19	7	20	Sgr	amus outer, dense
MD24	small star cloud		18.19	18,5	9	1.5	Sgr	amus outer, brillant, dispersé
MD25		IC 4723	18.36	19,5	6	20	Sgr	groupe dispersé, divesse
MD26		NOC 6694	8.32	-16,1	9,9	7	Scl	amus outer, dense
MD27	Duckbell	NOC 6852	29.96	-22,2	8	8	Vcl	nolubulus; stazakura, cingulata
MD28		NOC 6626	38.25	-24,5	8	6	Sgr	amus globulata, à torcè resolution
MD29		NOC 6913	20.39	-38,3	7	7	Cyg	amus outer, brillant, dispersé
MD30		NOC 6995	24.46	-33,5	8	8	Cap	amus globulata, à torcè resolution
MD31	Great Androscchia Galaxy	NOC 221	69.47	-41,3	34	3"	And	galacta tats discrept, possustere avec cear extillant
MD32		NOC 221	69.47	-40,9	8,2	8"	And	galacta condue avec cear brillant
MD33	Flourcell	NOC 296	21.39	-30,7	2,7	90	JH	structure galacta spirale avec sounds laillants
MD34		NOC 6583	65.10	-49,8	3,7	30	Sar	amus outer, rache
MD35		NOC 2168	66.89	-29,3	5,1	30	Gcm	amus outer, rache
MD36		NOC 1936	65.61	-31,1	6	12"	Amr	amus outer, rache
MD37		NOC 2695	65.24	-32,6	5,6	24"	Amr	amus outer, dense
MD38		NOC 1912	65.87	-35,8	8,4	21"	Amr	amus outer, rache
MD39		NOC 3092	31.82	-48,4	5	30"	Cyg	amus outer, brillant, dispersé
MD40	Wintercole 4		12.19	74,1	9	20"	Lfdre	dure duole
MD41		NOC 2267	66.47	-30,7	4,5	39"	Cma	amus outer, dense
MD42	Great Onion inula	NOC 3976	65.24	3,5	4	3"	Orl	nolubulus
MD43		NOC 1987	63.36	-5,3	9	20"	Orl	nolubulus; bellant avec possuière
MD44	Pelagic	NOC 2653	68.30	-20,0	3,1	1.5"	Crc	amus outer, brillant, dispersé
MD45	Platiales	Platiales	65.47	-24,1	1,5	1.5"	Tau	groupe dispersé, divesse
MD46		NOC 2455	67.48	14,8	8,1	27"	Pagp	amus outer, dense
MD47		NOC 2452	65.86	-24,2	4,4	30"	Pagp	amus outer, dense
MD48		NOC 2518	68.18	3,9	5,8	80"	Lira	amus outer, rache
MD49		NOC 1472	12.28	-38,0	8,6	8"	Vir	palace condue avec cear brillant
MD50		NOC 2323	67.02	3,3	6	20"	Misu	amus outer, rache
MD51	Whirguel	NOC 5094	35.29	-49,2	8,1	11"	Ccn	sturcat; galacta sprake; crappugum solubine
MD52		NOC 3954	25.12	-31,0	7	12"	Cra	amus outer, dense
MD53		NOC 2924	15.19	-30,2	8	30"	Com	amus globulata, à torcè resolution
MD54		NOC 6715	18.51	-30,2	9	9"	Sgr	amus globulata, thicked
MD55		NOC 8006	19.43	3,1	7	15"	Sgr	amus globulata, à torcè resolution
MD56		NOC 6725	29.16	-30,2	8	5"	Iqr	amus globulata, à torcè resolution
MD57	Ring	NOC 6726	18.52	-23,0	9,7	80"	Cys	amus outer; nolubulus; plutative avec colds controle

M058	NGC 4579 12 37.7	11.5 9.8 5'	Vir galactis grande avec cœur brillant
M059	NGC 4621 12 42.0	11.7 9.8 5'	Vir galactis allongée avec cœur brillant
M060	NGC 4649 12 43.7	11.6 9.8 5'	Vir galactis ronde avec cœur brillant
M061	NGC 4653 12 21.9	-10.5 9.7 5'	Vir structure galactis spirale
M062	NGC 4668 17 01.2	36.1 8.5 9'	Oph amus globulaire
M063	Ninglener NGC 4676 13 01.8	+42.0 8.8 9'	Con galactis allongée avec cœur brillant
M064	Bluckera NGC 4686 12 96.7	+42.7 8.6 7.0 5'	Con galactis allongée, possévieux
M065	Leripiter	NGC 3633	11 18.9	+3.1 9.3	8'	Leu	galactis trés alengère avec cœur brillant
M066	Leu côteps	NGC 3627	11 20.2	+13.0	9'	Leu	structure galactis spirale
M067	NGC 2562 58 50.4	11.8 7	30 Cus	amus cuvert, dense
M068			NGC 1508	12 30.5	-26.8	8'	Ples	ance globulaire, à forte resolution
M069	NGC 6637 10 31.4	-32.4 7.8 5'	Egrs globulaire
M070	NGC 6641 10 43.2	-32.5 8	J Spg case galactiale
M071			NGC 6838	19 53.8	+18.8	9	Sgs	ance globulaire, à forte resolution
M072	NGC 6981 20 53.5	-12.5 8.6 5'	Agrs globulaire
M073	NGC 6994 20 90.6	-12.8 5.9 5'	Asp	adéform
M074	NGC 624 01 36.7	+15.8 9.2 10'	Pac structure galactis sordie
M075	NGC 6864 20 06.1	21.9 8	J Spg case globulaire, sans résolution
M076	Ninglable	NGC 2001	0 0 0.4	+1.6	10.1	5'	Par	nabulaine plantaine, inregulante
M077	NGC 1968 22 42.2	-0.1 8.8 7'	Gutla galacte ronde avec cœur brillant
M078			NGC 2048	05 56.7	+0.1	8'	On	nabulaine à reference brillante
M079	NGC 1904 25 24.5	24.6 8.6 7.5 7'	Lep	ance globulaire, à forte resolution
M080	NGC 6093 16 17.0	-23	7.2 9'	Ser ams globulaire, marbo
M081	Bulcins solchii	NGC 3631	09 30.8	+69.1	8.9	26'	Cona	structure galactis spirales
M082			NGC 3033	09 53.8	+69.7	8.5	5'	Cona
M083			NGC 2226	12 27.0	24.8	8	30'	Cona
M084	NGC 4574 12 26.1	-12.9 9.5 4'	Vir galactis ronde avec cœur brillant
M085	NGC 4582 12 29.4	-18.2 9.5 5'	Com galactis ronde avec cœur brillant
M086	NGC 4606 12 26.7	-13.0 9.2 5'	Vir galactis ronde avec cœur brillant
M087	NGC 4486 12 20.8	-12.4 8.6 5'	Vir galactis ronde avec cœur brillant
M088	NGC 4601 12 32.0	-14.4 9.5 5'	Com galactis avec allongée avec cœur brillant
M089	NGC 4531 10 45.7	-12.6 9.8 5'	Vir galactis ronde avec cœur brillant
M090	NGC 4569 12 26.0	-13.2 9.5 5'	Vir galactis ronde avec cœur brillant
M091			NGC 1518	12 35.1	+14.5	10.2	4,5'	Com
M092	NGC 6541 17 17.1	-13.2 6.5 5'	Her	ance glibelzée, à foire absoluéant
M093	NGC 2443 20 43.6	+23.9 8.2 30'	Sup	arous overt, dense
M094	NGC 4538 13 40.9	-41.1 8.2 5'	Con galactis allongée avec cœur brillant
M095	NGC 4551 10 44.0	-11.7 9.2 5'	Con stenets glante spirale, l'ébrite
M096	NGC 2568 30 46.0	11.8 9.2 5'	Loe	galactis ronde avec cœur brillant
M097	Oat		NGC 3587	11 14.8	+15.0	11	2,5'	Cona
M098			NGC 4192	12 13.8	+11.9	10	5,2'	Com
M099			NGC 4253	12 14.8	+14.1	10	5'	Cona
M100	NGC 4521 12 22.9	-15.8 9.4 7'	Com galactis ronde avec cœur brillant
M101			NGC 5437	14 88.2	+34.4	2.8	30'	Cona
M102			NGC 3896	19 96.3	+35.8	10	3'	Dus
M103			NGC 581	01 35.2	+80.7	7.4	5'	Cas
M104	soubretto	NGC 4594 12 46.9	11.6 8.2 7'	Vir fond sur galactis, possévieux
M105	NGC 3579 10 47.8	-12.6 9.5 4'	Loe	galactis ronde avec cœur brillant
M106	NGC 4546 17 01.9	-47.3 8.3 10'	Cur, serrature galactis ronde avec mellas brillante
M107	NGC 6171 16 72.5	-13.1 9	7' Ope: amus globulaire
M108			NGC 3556	11 13.5	+35.7	30.1	8'	Cona
M109	NGC 3992 11 37.6	-53.4 9.8 5'	Dura galactis allongée avec cœur brillant
				-41.7	3'	12'	Anal	galactis allongée

CATALOGUE D'ÉTOILES

CATALOGUE D'ÉTOILES
	REV	D'ÉTROUIS	ÉTUROLES	PÉRANTES	TÀLES	COLOULTIFS	ÉCERCIFIEN
ST01	01 254	00 01.2	-69.21	7,6	29°	Cré	Étôle double coborte
ST02	10	30 PSIC	00 00.0	-6	4,4	Cré	Étôle rouge d'étate variables
ST03	30S3	01 02.6	-66.06	5,9	25°	Cré	Étôle double coborte
ST05	5U	5S - A3D	00 01.6	+15,5	4°	Cré	Étôle rouge d'étate variables
ST03	Cal214	Calce-Med 214	00 04.2	+67,2	7,8	30°	Cup nitriculose gazette
ST06	30W2	A7DS 31	00 06.3	+8,9	6,4	30°	Cré	Étôle double, interrogation
ST07	Alpharix	Alpha Anxi	00 05.4	+9.03	5,1	Cré	Cré
ST08	2	Struce 2	00 03.3	+9,2	6,6	0,8°	Cré
ST09	Kappu	S 391	00 05.4	28.00	6,2	2°	5cl. Étôle double, interrogation
ST10	Agenuib	Gamma 102	00 13.2	+15,2	2,8	Cré	Étôle
ST11	A11	A12, cr	00 11.5	+7,6	1,9	1,3°	Cré
ST12	2	7-CT	00 11.6	+18,9	1,5	Cré	Étôle rouge d'étate variables
ST13	25 Prc	12, 3C - PC	00 13.0	+38,9	5,8	12°	Cré
ST14	5	5 SC1	00 13.4	+32,1	3,5	Cré	Étôle d'étate variables
ST18	15	Struce 13	00 16.2	+26,9	7	0,9°	Cré
ST16	57	ST - CA5	00 17.6	+80,3	9°	Cré	Étôle rouge d'étate variables

54.

ST017	Groombridge34	Groombridge 34	10.14.1	44.0	8	39°	And triple double
ST018	25	02.18.5	-26.08	7.6	5°	And	ctole double
ST019	Iota	Beta CET	00.12.0	8.8	3.5	Cet	ctole
ST020	VX	00.18.9	44.7	8	1°	And	ctole
ST021	R	00.36.0	-38.35	6.8	8°,尺尺	And	ctole d'actate variables
ST022	30	00.39.2	-40.06	6.9	10°	Cet	ctole
ST023	aQ	AQ AND	00.77.6	-5.6	6.9	1°	And triple double ctimes variables
ST024	Beta	Beta TUC	00.51.5	63	4.4	27°	Cet	ctole double
ST025	26	Stave 36	00.52.4	36.8	5.7	24°	Pc	ctole double
ST026	Zeta	Zeta CAS	00.37.0	-5.9	3.2	1°	Cet	ctole
ST027	Delta	Delta AND	00.39.5	-30.9	3.3	1°	And	ctole
ST028	51		00.39.9	-21.26	5.4	6°	Pc	ctole double celerale
ST029	Schuler	Alpha CAS	00.45.5	-36.5	2.2	1°	Cet	ctole
ST030	O 15	ADS 588	00.42.4	-54.2	7.8	15°	Pc	ectole double interrogation
ST031	HN	HN 222	00.43.7	-7.0	9.7	36°	Ces	ctole double
ST032	Delta	Delta SIC	00.46.7	-107.6	4.5	1°	Pc	ctole
ST033	Da	Da	00.49.1	37.49	3.4	24°	Ces	ctole double celerale
ST034	61	6x PSC	00.50.9	-37.2	6.3	4°	Pc	ctole double celerale
ST035	Dast 15	Duticle 15	00.60.0	-64.1	11	33°	Ces	group dispersal ctimes
ST036	Lambd1	Lambd1 TUC	00.52.5	-59.5	6.5	21°	Ces	ctole double
ST037	26	26 AND	00.55.0	25.6	6	20°	And	ectole double, interrogation
ST038	Nad	Gamma CAS	00.66.7	-60.2	2.5	1°	Cet	ctole
ST039	40		00.68.4	-26.47	8.4	36°	Cet	ctole double, magrange cule
ST040	79		01.00.1	-12.15	5	8°	Cet	ctole double, magrange cule
ST041	U		01.02.5	-51.51	6.8	Stelair	Cep	ctole d'actate variables
ST043	Fu1	88, 74 Pac	01.03.6	-21.98	8.3	30°	Pc	ctole double, magrange cule
ST043	77	90	01.05.8	-20.35	6.8	33°	Pc	ctole double
ST044	Zeta	Zeta PHT	01.08.3	-59.3	3.9	63°	Pc	ctole double
ST045	Du	Du CET	01.08.6	20.2	3.5	1°	Cet	ctole
ST046	Lan Lyllie	Lan Lyllie	00.08.7	186.3	4.5	1°	Cup	ctole
ST047	Minah	Beta AND	01.08.7	35.6	2	1°	And	ctole
ST048	Zeta	Zeta PSC	01.15.7	-57.6	5.6	23°	Pc	ectole double
ST049	Kappa	Kappa TUC	01.15.8	-68.9	5.1	54°	Luc	ctole double
ST050	Z	Z PSC	01.16.2	-25.8	6.8	1°	Pc	ctole double
ST051	47	43	01.15.8	-50.31	6.4	16°	Cet	ectole double interrogation
ST052	Fu1	Fu CAS	01.16.9	-58.8	6.7	30°	Ces	ectole double, mutterate de magnitrale
ST053	R	R SCL	01.17.0	-52.5	6.1	1°	Cet	ectole d'actate variables
ST054	Gamma	Gamma PUE	01.28.4	43.3	3.4	4°	Pac	ctole
ST055	Acherman	Alpha Ist1	01.37.7	57.14	0.3	1°	Ist1	ctole
ST056	51	S1 AND	01.38.0	-48.6	3.6	1°	And	ctole
ST057	CV	UV CET	01.38.8	-18	7	1°	Cet	ctole d'actate variables
ST058	F	P ASL	01.39.0	56.2	5.8	113°	Cet	ctole double
ST059	Nu	Nu PSC	01.41.4	-26.3	4.4	1°	Pac	ctole
ST060	44	44 CAS	01.43.5	-58.6	3.8	16°	Ces	ctole double
ST061	Phi	Phi PFI	01.45.7	-40.2	4.1	1°	Tyr	ctole
ST062	102		01.49.5	-47.54	5.8	21°	Pac	ectole triple interrogation
ST063	1	ZARI	01.50.1	22.3	6	28°	Ari	ectole double
ST064	163		01.51.3	-54.18	6.6	35°	Ces	ctole double celerale
ST065	Zeta	Zeta CTT	01.51.5	-10.3	3.7	3°	Cet	ctole double
ST066	175		01.52.0	-10.48	8.5	31°	Ari	ctole double, magrange cule
ST067	Gamma	Gamma ARI	01.53.5	19.3	4.5	8°	Ari	ctole double, magrange cule
ST068	Fu1	Fu PPII	01.54.6	-46.3	4.4	5°	Pac	ctole range d'actate variables
ST069	Epsilon	Epsilon CAS	01.54.8	-63.3	3.4	1°	Ces	ctole
ST070	186	Serine U6	01.55.9	-50.9	6.8	3°	Cet	ctole double, interrogation
ST071	56	Si AND	01.56.2	37.5	5.7	3°	And	ctole double
ST072	Lambda	Lambda ARI	01.57.9	25.6	4.8	37°	Ari	ctole double
ST073	Epsilon	Epsilon CET	02.00.0	-21.1	4	1°	Cet	ctole
ST074	Alpha	Alpha FSC	02.01.0	-22.8	5	16°	Pac	ctole double, interrogation
ST075	LambdaCh	Gamma AID	02.03.9	42.3	2.2	36°	And	ectole double celerale
ST076	Hannul	Alpha, ABI	02.06.2	-23.5	2	1°	Ari	ctole
ST077	58 And		02.10.9	-39.02	5.6	16°	Ari	ctole double celerale
ST078	Ieta	Iota URI	02.12.5	-30.3	5	38°	Iri	ctole double celerale
ST079	251	Serine 251	02.12.9	2.4	5.7	363°	Cet	ectole double
ST080	228	Serine 228	02.14.0	-47.2	6.6	11°	And	ectole double, interrogation
ST081	153		02.16.7	-30.79	8	1°	Tri	ctole double, magrange cule
ST083	339		03.17.4	-28.41	7	14°	Tri	ctole double
ST084	Mira	Omicron CCI	03.19.3	-5°	2	1°	Cet	ctole d'actate variables
ST085	Iota	Iota CAS	02.29.1	-67.4	4	22°	Ces	ctole triple
ST086	268		02.29.4	-53.11	6.8	3°	Pac	ectole double
ST087	274		02.31.5	-50.05	7.3	14°	Cet	ectole double, magrange cule
ST088	Polytris	Alpha UMI	02.31.8	-89.16	2	18°	UMI	ectole double
ST089	Ozoneg	z 2506	02.32.9	20.15	5	21°	Pac	ctole double
ST090	36		03.37.0	-24.38	6.3	39°	Ari	ctole double celerale
ST091	R		03.37.0	-36.3	3.4	1°	Tri	ctole d'actate variables

4

ST01 Gamma Gamma CET 02.4.5.5 03.2 3.6 2.7" Cat crole double
ST02 305 02.4.7.5 119 2.2 7.4 3" Cat crole double interrogation.
ST03 BZ		02 08.9	-09.98	62	Stelier	Cat	ctole d'eclats variables
ST04 pi		02 09.3 +17 24 5.2 7" Cat crole triple
ST05 Bu		335	02 06.7	135.51	3,9	28"	Fnr	ctole double, concurrence de magnitudes
ST06 Be		EHOB	02 04.9	-49.5	4,3	"	Fnr	ctole d'eclats variables
ST07 330 Semye 350 02.0.0.5 -0.8"		6.5 9" Cat crole double
ST08 Acamir		Theo F3I	02 06.3	-10.3	3,6	8"	Fnr	ctole double
ST09 Lipion		Epsilon Ail	02 06.2	129.3	4,6	2,4"	Ari	ctole double interrogation
ST10 Lipion		02 06.2 122 26 4,6 1" Cat crole double interrogation.
ST11 331 02.30.6 +62 20 3.1 12"
ST12 Mercur		Alpha LFT	02 00.3	-40.1	2,5	"	Cat	ctole
ST13 Koe		Rho PLR	02 00.2	-28.0	5,5	"	Fnr	ctole rouge d'eclats variables
ST14 320 02.06.2 179 24 3.8 3" Gage crole double interval.
ST15 B388		33568	03 07.5	-29	5,6	33"	Hri	ctole double
ST16 Agul		Ris PFS	03 06.2	-11.0	2,2	"	Fnr	ctole d'eclats variables
ST17 Aziba		Alpha FOB	02 12.1	-29	1	5"	Fnr	ctole double
ST18 B356		L2556	02 12.4	44.4	6	3,5"	Eri	ctole double
ST19 362			02 16.5	-40.0	8,0	2"	Cam	ctole double, magnitudes equile
ST10 369 03.12.2 +50.25 4.7 3" For crole double interval.
ST11 ADIS216		ADS 2416	03 17.7	-58.6	7,6	0,9"	Fnr	ctole double interrogation
ST12 Zeta		Zeta RET	03 18.2	-62.5	5,2	2"	Bet	ctole double
ST13 Tuni		Tuni FITI	03 19.5	-31.2	3,7	"	Fri	ctole
ST14 Torra Topa		Torra Topa	03 20.3	-39.0	4,5	5"	Ari	ctole
ST15 Mefiz		Alpha FoR	03 20.5	-49.5	1,8	"	Fnr	ctole
ST16 YPLR		Y PLR	03 27.7	-84.2	8,1	"	Fnr	ctole d'eclats variables
ST17 394 03.28.0 +20 20 7.1 3" Cat crole double
ST18 385 Smurc 365 03.29.1 +49.9 6.2 7.4" Cam crole double
ST19 389 03.30.1 +59.21 6.5 2.7" Cam crole double.
ST20 Sgma		Sigma PLR	03 30.6	48.0	4,4	"	Fnr	ctole
ST21 401			03 31.3	17.34	8,4	21"	Cam	ctole double, magnitudes equile
ST22 Epilon		Epilon ERI	03 32.9	8.5	3,7	"	Fri	ctole
ST23 B0 Serree 00 03.35.9 +60 00 6.8 1.1" Cam crole double
ST24 O38		Oceturex SE	03 33.0	-63.9	6,8	46"	Cam	ctole double
ST25 U1		UDI GAM 121	03 33.6	-62.6	8,1	0	Cam	ctole d'eclats variables
ST26 Omicron		Omicron PFR	03 34.3 +12.3 3,8 3" Per double
ST27 Pi		Pi FiE	03 36.1	-12.1	6,4	"	Fri	ctole rouge d'eclats variables
ST28 Cattura		Gamma FYI	03 39.2	-20.1	5,2	"	Dpi	ctole
ST29 50		J0 JAU	03 40.3	111.2	5	9"	Cam	ctole double
ST30 E		16	03 42.6	37.37	4,9	8"	Eri	ctole double, magnitudes equile
ST31 BE		BE GAM	03 43.5	-65.5	4,5	"	Cam	ctole
ST32 Azik		Zeta PLR	03 44.1	-31.9	2,9	"	Fnr	ctole
ST33 22		32 ERI	03 54.3	5	5	7"	Eri	ctole double colourate
ST34 Epilon			03 55.0	-40.0	2,9	8"	Fnr	ctole double, concurrence de magnitudes
ST35 Guerra		Gamma FRI	03 55.0	-13.2	3,7	"	Fnr	ctole
ST36 Limbhi		Lambia TAI	04 06.7	-12.8	3,3	"	Cam	ctole d'eclats variables
ST37 O531		ADO 2695"	04 07.6	-38.1	7,4	1,4"	Fnr	ctole double interrogation
ST38 SZ		455	04 07.8	62.20	7	50"	Cam	ctole double
ST39 Donsman2		Omicron FIII	04 11.2	-5.7	4,5	83"	Fri	ctole triple, interrogation
ST40 Epilon		Epsilon RET	04 16.0	-9.3	4,5	"	Bet	ctole
ST41 Elera		Theo AET	04 17.7	-93.3	6,2	4"	Bet	ctole double
ST42 Phi		Phi TAU	04 20.4	27,4	5	32"	Cam	ctole double
ST43 T			04 23.0	-9.32	8,4	Sulfur	Cam	ctole d'eclats variables
ST44 Chi		Chi TAC	04 25.6	-35.6	8,0	9,4"	Cam	ctole double
ST45 ADIS169		ADO 2169"	04 22.7	-15.1	7,3	2"	Cam	ctole double interrogation
ST46 43		43 EBI	04 24.0	34	4	"	Eri	ctole rouge d'eclats variables
ST47 284			04 27.9	21.10	7,3	3,7"	Eri	ctole double
ST48 352			04 31.1	-100.1	7	9"	Fnr	ctole double, magnitudes equile
ST49 I			04 32.0	-53.95	6,5	0"	Cam	ctole double colourate
ST50 258			04 33.5	18.01	6,9	3"	Cam	ctole double, magnitudes equile
ST51 46		46 ERI	04 33.9	-6,7	3,7	4"	Eri	ctole double
ST52 Akkumar		Alpha BIG	04 35.9	-16.3	8,9	30"	Cam	ctole double unifone
ST53 Niz		Niz EK	04 36.3	-3,4	1,9	11"	Eri	ctole
ST54 53		53 EAI	04 38.2	-34.3	3,9	"	Eri	ctole
ST55 572			04 38.5	-26.56	7,3	4"	Cam	ctole double, magnitudes equile
ST56 Si		+EI ERI	04 40.4	-9.2	4,3	"	Fri	ctole rouge d'eclats variables
ST57 Bi		R CAF	04 40.6	-38.7	6,7	"	Cnr	ctole d'eclats variables
ST58 55		500	04 43.6	-66.06	6,7	3"	Eri	ctole double, magnitudes equile
ST59 Iota			04 45.9	34.5	5,6	32"	Fnr	ctole double
ST60 Si			04 51.2	-68.19	8,2	Stelier	Cam	ctole rouge d'eclats variations
ST61 Hi		PI OSI	04 51.2	-55.6	8,7	"	Ostn	ctole
ST62 Ti		TI TAU	04 51.6	-28.5	8	"	Dam	ctole d'eclats variables
ST63 HiS		PI OSI	04 54.2	-52.4	8,7	"	Ostn	ctole

56.

ST164	Ou###m2	Ou###m2 OR	04:36 a	-13.5	4.1	*	Orl	edole
ST165	Iota	Iota OR	04:37 a	-13.2	2.7	*	Aur	edole
ST166	E6	E6 OR	01:38.5	-10.7	3.5	*	Orl	edole
ST167	Ongga	Ongga OR	01:39.5	-9.9	5	5.4	Aur	edole double
ST168	Finds Crismum Sun	R LFP	04:39.6	-14.8	3.9	*	Lep	edole d'eluts variables
ST169	S2		04:40.6	-13.6	6.6	3.1	Orl	edole duodic, magnitude égile
ST170	M1	Simeo E6	04:40.7	-13.4	7.0	3.6	Lep	edole duodic
ST171	6th Stree 630 2018.0 -14.6 6.5 16"
ST172	Lipidoc		05:42.0	-43.49	2.9	Stellar	Aur	edole d'eluts variables
ST173	Zeta		05:42.5	-41.2	3.4	*	Aur	edole
ST174	W	W OR	05:43.5	-41.2	6.6	*	Orl	edole d'eluts variables
ST175	Epslice	Epslice IFP	05:43.5	-41.4	3.2	*	Lep	edole
ST176	Lta		05:46.5	-41.2	3.2	*	Aur	edole
ST177	14		05:47.0	-40.29	3.9	3.7	Orl	edole duodic, interrogation
ST178	TX		05:49.1	-39.6	8.3	*	Aur	edole d'eluts variables
ST179	SY		05:49.8	-38.6	9	*	Tri	edole d'eluts variables
ST180	644		05:50.6	-37.17	6.8	2.1	Aur	edole double, interrogation
ST181	Iota		05:52.0	-35.9	4.5	3.1	Lep	edole double
ST182	Mo 6N133 +4282 4N 7" Orl double double elements
ST183	Sigyl		05:54.0	-43.2	8	3.6	Orl	edole duodic, monotecte de magnitude
ST184	65		05:55.5	-42.2	5.1	3.1	Aur	edole triple
ST185	Capella		05:56.7	-40.0	0.1	*	Aur	edole
ST186	S476		05:59.3	-38.30	6.2	3.9	Lep	edole duodic, magnitude égile
ST187	In376		05:60.5	-37.34	4.7	4.0	Lep	edole duodic, monotecte de magnitude
ST188	Uy		05:61.0	-37.5	7.4	*	Aur	edole d'eluts variables
ST189	AUS954		05:62.0	-36.8	5.5	3.2	Lep	edole double
ST190	S86		05:63.0	-35.6	8	3.2	Orl	edole duodic
ST191	Ori		05:64.0	-35.3	6	3.0	Orl	edole double
ST192	Fra		05:65.0	-34.76	3.4	3.5	Orl	edole duodic, interrogation
ST193	Sigma		05:66.0	-34.74	5	3.9	Aur	edole double
ST194	Theta		05:67.0	-34.5	6.8	3.8	Pax	edole duodic
ST195	Beliarle		05:68.0	-34.3	1.6	*	Orl	edole
ST196	O8		05:69.0	-34.2	9.6	3.1	Aur	edole double
ST197	L8		05:70.0	-34.09	5.4	3.1	Tm	edole
ST198	S1		05:71.0	-33.7	1.7	*	Orl	edole
ST199	T19		05:72.0	-33.5	5	3.5	Tau	steaterium
ST200	Tcha		05:73.0	-33.3	3.2	3.3	Orl	edole double
ST201	L9		05:74.0	-33.1	3.7	*	Tm	edole
ST202	718		05:75.0	-32.4	7.5	3.1	Aur	edole double, magnitude égile
ST203	S1		05:76.0	-32.2	8	3.1	Orl	edole d'eluts variables
ST204	S37		05:77.0	-32.0	3.8	3.6	Orl	edole double
ST205	Lambda		05:78.0	-31.9	3.4	3.1	Orl	edole duodic, contraste de magnitude
ST206	Trapezium		05:79.0	-31.76	3.1	3.4	Orl	edole quadrupie
ST207	Iota		05:80.0	-31.5	2.9	3.1	Orl	edole duodic, monotecte de magnitude
ST208	Epsilon		05:81.0	-31.3	1.7	*	Orl	edole
ST209	Diet		05:82.0	-30.9	4	*	Orl	edole
ST210	Zeta		05:83.0	-30.7	3	*	Tau	edole
ST211	Sigma		05:84.0	-30.56	3.7	3.1	Orl	edole quadrupie
ST212	Alpha		05:85.0	-30.31	2.6	*	Col	edole
ST213	Almitk		05:86.0	-30.17	2	3.4	Orl	edole duodic, monotecte de magnitude
ST214	U2		05:87.0	-30.03	7.7	*	Cem	edole d'eluts variables
ST215	Gamma		05:88.0	-30.25	3.7	3.7	Lep	edole duodic
ST216	V		05:89.0	-30.12	7.4	*	Tau	edole d'eluts variables
ST217	Ma		05:90.0	-30.01	6.2	*	Col	edole
ST218	Kappa		05:91.0	-30.07	2	*	Orl	edole
ST219	S2		05:92.0	-30.07	6.1	3.2	Orl	edole duodic, interrogation
ST220	Beta		05:93.0	-30.04	3.1	*	Col	edole
ST221	Delta		05:94.0	-30.03	5.8	*	Lep	edole
ST222	Nu		05:95.0	-30.01	1	3.0	Aur	edole
ST223	B47		05:96.0	-30.02	8.4	3.9	Orl	edole duodic, magnitude égile
ST224	Beagoupe		05:97.0	-30.01	0.5	Bachar	Orl	esole
ST225	U		05:98.0	-30.02	3.3	*	Orl	edole d'eluts variables
ST226	Theta		05:99.0	-30.03	2.6	3.5	Aur	edole duodic, contraste de magnitude
ST227	Pc		05:10.0	-30.01	4.5	3.7	Aur	esole rouge d'eluts variables
ST228	ZS		05:10.0	-30.02	7	3.7	Pap	esole double magnitude égile
ST229	80s 6810.0 +4230 A
		30° Orl double
ST230	TH
ST231	G1
ST232	S8
ST233	Gamma
ST234	Eta
ST235	S72
ST236	KS
ST237	Zeta
ST238	V

TABLE ALPHABÉTIQUE DU CATALOGUE
57.

4
ST239 Mirazma Beta CMA 06 22.7 18 2 ° Cama étoile ST240 Mu Mu GEM 06 23.0 +22.3 2.9 ° Cama étoile ST241 0 06 23.8 +01 36 4.5 13° Mon école double celarec

ST122	Cenopus	Alpha Car	06 24.0	-52 43	-0.7	*	Car	ctole
ST124	BL	BL ORI	06 25.5	34.7	8.5	*	Ori	ctole d'actin variables
ST144	L1	DB 22.8 + 45.47	6.8 × 1.7" Gem double double
ST145	Peta	06 28.8	47.62	3.8	3°	Mon	ctole triple
ST146	ATS1130	ATS 1140	06 31.8	-38.9	31.3	4.5°	Ave	ctole double
ST147	20	20GEM	06 32.5	27.4	6.5	20°	Gem	ctole double colourate
ST148	ATS1180	ATS 1180	06 34.3	38.1	6.7	45°	Ave	ctole double
ST149	CB	CB GFM	06 34.1	-16.1	6.9	*	Gem	ctole d'actin variables
ST150	524	ADS 1194	06 34.7	-38.4	7.6	3.5°	Ave	ctole double
ST151	ATS1201	ADS 1201	06 37.1	-37.1	7.5	2.6°	Ave	ctole double
ST152	525	ADS 1205	06 38.4	-37.2	7.4	4°	Ave	ctole double
ST153	539	Strong 1019	06 35.9	105.3	8.5	30°	Mon	ctole double, interrogatum
ST154	ATS1211	ADS 1211	06 36.2	-38.0	8.6	1.3°	Ave	ctole double colourate
ST155	Ncl1	Ncl CMA	06 35.5	-18.7	9	17.5°	Cma	ctole double colourate
ST156	UQ	UU AL R	06 36.5	-18.5	5.1	*	Ave	ctole d'actin variables
ST157	ATS1240	ADS 1240	06 36.9	-38.3	9.7	2.5°	Ave	ctole double
ST158	ATS1245	ADS 1245	06 37.3	-38.4	6.8	10°	Ave	ctole double
ST159	Omicron1	Omicron 1255	06 37.6	-12.2	7.6	10°	Gem	ctole double
ST160	Iamos5	Iamos 2	06 34.0	61.5	8.4	2.4°	Fis	ctole double
ST161	ATS1265	ADS 1265	06 38.4	-38.8	9.6	4.8°	Ave	ctole double
ST162	Iamos1135	Iamos 1135	06 39.1	-39.1	8	0,7°	Cma	ctole double, interrogatum
ST163	SAC172106	SAC172106	06 39.5	-39	7.8	2.5°	Cma	ctole rouge d'éctes variables
ST164	553		06 42.2	108 59	7.1	7°	Mon	ctole double
ST165	TPE	YWI GPM	06 43.2	-31.6	8.7	*	Gem	ctole d'acte variables
ST166	Venus	Alpha CMA	06 43.1	-6.2	*	3°	Cma	ctole double, magnitude eyle
ST167	17	918	06 44.2	-39.7	4.9	2°	Lyn	ctole double, magnitude eyle
ST168	554		06 44.2	-35 42	5.5	2°
ST169	Kappa
ST170	14	LYN	06 53.1	-39.5	5.7	0,4°	Lyn	ctole double, interrogatum
ST171	U1		06 53.2	-1.6	9.4	*	Rout	ctole d'acte variables
ST172	507		06 54.1	-55.1	7.1	2.5°	Don	ctole double, interrogatum
ST173	Omicron1
ST174	Tetra
ST175	38		06 54.5	-15 41	4.7	7°	Gem	ctole double influence
ST176	Mn		06 56.1	-10 41	5.3	2.8°	Cma	ctole double, contraste de magnitude
ST177	BG		06 56.4	-17.1	8.2	*	Mon	ctole d'acte variables
ST178	O38		O3 Sargre 1251008 26.1	-14.2	7.3	2°	Gem	astuzume
ST179	UV		RV MCI	-6.2	7	*	Mon	ctole d'acte variables
ST180	Uplem		06 56.9	-29	1.5	2.5°	Cma	ctole double
ST181	Sigma
ST182	Omicron2
ST183	Durup38
ST184	Zeta
ST185	2009
ST186	R
ST187	V
ST188	Gamma
ST189	Dm
ST190	3035
ST191	H57
ST192	Omega
ST193	B915
ST194	Du
ST195	Delta
ST196	J9
ST197	Gamma
ST198	Sigma PUP
ST199	J63
ST200	Ums
ST201	Catoz
ST202	Upsilon
ST203	1211
ST204	K
ST205	Procyon
ST206	Kappa
ST207	Z
ST208	L127
ST209	L149
ST210	U
ST211	Chi
ST212	Durup39
ST213	Slobe

58.

ST314	Zeia
ST315	RI
ST316	BU
ST317	Lipotec
ST318	Cinnam
ST319	Zeia
ST320	s
ST321	Tetra
ST322	R
ST323	Kappa.
ST324	AC
ST325	Sri
ST326	Jet2
ST327	h6101
ST328	24
ST329	Phi
ST330	h104
ST331	70
ST332	ht-07
ST333	Peta
ST334	Sigma
ST335	h6128
ST336	1254
ST337	Alpha
ST338	Defs
ST339	1270
ST340	Tea
ST341	Episole
ST342	CE67
ST343	A
ST344	68
ST345	Rho
ST346	1311
ST347	Snubal
ST348	Sigma2
ST349	z
ST350	ht-85
ST351	ht-91
ST352	1221
ST353	g
ST354	ICT
ST355	38
ST356	1328
ST357	Alpha
ST358	Kappa
ST359	HC
ST360	kappa
ST361	1355
ST367	Alphard
ST368	Omega
ST369	Dexn07
ST370	1396
ST366	Zeia
ST367	N
ST368	22
ST369	Leudra.
ST370	B
ST371	1369
ST372	Ierca
ST373	Lysilix
ST374	B
ST375	W
ST376	Y
ST377	Zin
ST378	b4262
ST379	Gplus
ST380	S
ST381	AUS7579
ST382	Zeia
ST383	q
ST384	ht108
ST385	Albizda
ST386	Mio
ST387	Mc
ST388	Alpha

Zea PUP	08.03.6	40	2,3	4"	Pup	ecole
RT PUP	08.05.4	38,4	8,3	"	Pup	ecole d'échats variables
BC PUP	08.07.5	-22,9	0,9	"	Pup	ecole d'échats variables
Epsilon VOL	08.07.9	-68,6	1,5	6"	Vel	ecole double
Genuin VEL	08.09.5	47,3	1,5	4,5"	Vel	ecole double
	08.11.2	-9,39	4,7	0,6"	Cme	ecole triple, intermagain
c CAR	08.10.3	-82,5	0,3	4"	Car	ecole double
Beta CNC BT	08.10.5	-40,5	3,3	chole
R CNC	08.16.6	-21,7	6,1	"	Cme	ecole d'échats variables
Kappa VOL	08.29.4	71,5	2,6	65"	Vel	ecole double
AC PUP	08.22.7	-19,9	8,9	"	Pup	ecole d'échats variables
31 TYN	08.23.8	-14,2	3,3	18"	Lpm	ecole
Bos VEL	08.25.7	-56,1	3,8	9"	Vel	ecole
b4920	08.26.5	39,1	6,3	8"	Page	ecole double
1224	08.26.7	-24,32	7,1	8"	Cme	ecole double
1225	08.26.7	-26,06	6,3	8"	Cme	ecole double, maginade égale
bHOL	08.29.1	47,9	5,5	3,6"	Vel	ecole double
	08.29.5	44,44	5	5"	Vel	ecole double
	08.31.6	-39,06	6,4	6"	Vel	ecole triple
	08.33.8	-26,37	6,1	6"	Cme	ecole double
Sigma HEA	08.38.8	-53,3	2,4	"	Hyra	ecole
bH2B	08.39.2	80,5	6,9	1,4"	Car	ecole double, intermagain
	08.40.6	-9,40	6,4	2,1"	Cme	ecole
Alpha PTX	08.43.6	-33,2	3,7	"	Pyr	ecole
Dolto VII	08.47.7	-54,7	2,1	2,6"	Vel	ecole double
ADS 6077	08.47.3	2,6	6,6	2"	Fbp	ecole double
Lob	08.46.7	-28,46	4,1	30"	Cme	ecole double, contraste de magnitude
	08.46.8	-16,29	3,4	3"	Fbp	ecole double, maginade égale
	08.50.8	-33,03	7,9	4"	Lpm	ecole double
X CMC	08.55.4	-17,2	5,6	"	Cme	ecole d'échats variables
1258	09.01.4	-32,15	5,9	5"	Cme	ecole double
Rsc USA	09.02.5	-67,6	4,8	3"	Uma	ecole
	09.07.5	-22,59	6,9	8"	Cme	ecole double, maginade égale
Lambda Vel	09.08.0	-13,26	2,2	Stellar	Vel	ecole
	09.10.5	-67,08	3,8	1"	Cme	ecole double, contraste de magnitude
r CAR	09.11.0	-9	3,4	30"	Car	ecole
bH18	09.13.0	-43,6	6,2	2,7"	Vel	ecole double
	09.14.1	-13,33	5,2	6"	Vel	ecole double, contraste de magnitude
	09.14.9	22,42	8,1	34"	Uma	ecole double, maginade égale
g CAR	09.16.2	27,5	4,3	5"	Car	ecole
RT CMA	09.18.3	-31,4	8,6	"	Cme	ecole d'échats variables
1331	09.18.8	-36,46	3,9	3"	Lpm	ecole double, intermagain
	09.21.0	-30,11	6,6	1"	Lyza	ecole double, intermagain
Alpha TYN	09.21.1	-34,4	3,1	"	Lpm	ecole
Kappa VEL	09.22.1	-33	2,2	"	Vel	ecole
	09.23.3	-43,30	7,2	2,1"	Hpa	ecole double
Kappa LEO	09.24.7	-26,2	6,5	2,1"	Loe	ecole triple
	09.27.3	-66,14	7,3	2,3"	Hpa	ecole double, maginade égale
Alpha Fpa	09.29.6	-28,40	2,1	Stellar	Hpa	ecole
Omega LFO	09.28.6	-9,3	5,9	0,3"	Loe	ecole double, intermagain
Dunlop 76	09.28.6	-15,3	7,4	6"	Vel	ecole double
	09.30.0	-30,35	8,3	14"	Loe	ecole double, maginade égale
	09.30.8	-31,53	3,8	3"	Ant	ecole
N VPI	09.31.2	-52	3,1	"	Vel	ecole
1331	09.31.5	-65,03	3,8	23"	Uma	ecole double, contraste de magnitude
Lumbo LEO	09.31.7	-22,0	4,5	"	Loe	ecole
R CAR	09.32.2	62,6	3,4	"	Car	ecole d'échats variables
Serré 1340	09.39.5	-80,0	6,5	25"	Lpm	ecole double
Iota 57A	09.39.9	-1,14	3,9	"	Hpa	ecole
Upsion CAR	09.47.1	65,1	3,1	5"	Car	ecole double
	09.47.6	-11,26	6,4	Stellar	Loe	ecole rouge d'échats variables
W SXX	09.51.0	-2	9	"	Sea	ecole d'échats variables
Y LYXA	09.51.1	23	8,5	"	Loy	ecole d'échats variables
Mu LEO	09.52.0	-26,0	3,9	"	Loe	ecole
ADS 7757	09.54.5	-22,9	8,7	8"	29"	ecole double
Alpha Lien	10.00.0	-1,98	1,4	Stellar	Loe	ecole
S CAR	10.02.0	-61,6	6,3	"	Car	ecole d'échats variables
ADS 7201	10.16.3	-17,7	7,2	1,2"	Loe	ecole double, intermagain
Zeta LEO	10.16.7	-22,4	3,4	5,5"	Loe	ecole double
q CAR	10.27.1	81,3	3,4	"	Car	ecole
bH26	10.31.1	-61,7	5,6	2,1"	Car	ecole double
Gonzoo LEO	10.21.0	-29,5	2,3	1,2"	Loe	ecole
Mu GMA	10.22.3	41,5	"	"	Uma	ecole
Mu HTX	10.26.1	-16,3	3,8	"	Hpa	ecole
Alpha ANT	10.27.2	-31,1	4,3	"	Ant	ecole

TABLE ALPHABÉTIQUE DU CATALOGUE
59.

4
ST39 47 45 LEO 1027.6 109.8 6.38° Leo-ctoile double
ST360 Delta HN 50 10.29.6 20.36 5.7 11" Aut étoile double, contraste de magnitude

ST91 p. P-CAR 1032.0 -012		Δ3 ° Car cycle
ST92	650	Rho LEG	1032.0 -09.3 3.8 ° Low cycle
ST93	49		1332.0	08.39	3.7	2°	Lum	bole double, interrogation
ST94	U		1332.2	09.6	3.1	*	Uut	bole double variables
ST95	Gamma	BANT	1332.2	-28.6	4.1	*	Chu	bole
ST96	U	Gamma CHA	1332.2	-28.6	4.1	*	Hya	bole double variables
ST97	Dundlop95	Dundlop95	1332.2	25.0	4.3	22°	Vel	bole double
ST98	25	1465	1343.4	04.44	6.3	7°	Sex	bole double
ST99	R	R1MA	1343.6	-6.8	7.3	*	Cmu	bole double variables
ST90	YV	YV UMA	1343.1	+6.7	3.9	*	Cmu	bole double variables
ST101	Delta	Delta GLA	1343.6	-8.5	1.5	4.5	Chu	bole double
ST42 #2	1476	frac double
ST43	Nc	Na HVA	1045.6	16.2	3.1	*	Hya	bole
ST44 #4	1520 10x28.8 x426.8 x43 x67° Low double
ST45	XA225142	XA225142	1117.5	-6.5	7	7°	Chr	bole double contrast or magnitude
ST46	XI	XJ USA	1118.2	-31.5	4.5	1,3°	Uutia	bole double interrogation
ST47	Xs	Na HVA	1118.3	-33.1	3.0	2°	Cmu	bole double
ST48	S29		1118.4	-01.38		10°	Lum	bole double
ST49	M132	M132	1123.1	-0.5	5.1	2,5°	Mus	bole double
ST40	Iota	Iota LEO	1123.9	10.0	4	2,5°	Lum	bole double, interrogation
ST41 #3	1540	S2 25° Low double angle
ST42	Em		1122.9	+0.29	3.5	1,3°	Lum	bole double
ST43	Lambda	Lambda DGA	1131.1	-0.9	3.8	20°	Dzr	bole double of circles variables
ST44 #5	1557	54 16° Low double color
ST45	N		1133.5	-29.16	3.8	9°	Hyd	bole double, magnitale grade
ST46	Prox78	Innex 78	1133.6	-30.6	6	*	Cmu	bole double, interrogation
ST47	Pst2	Pst2	1134.7	-16.36	6	3°	Fru	bole triple
ST48	Nu		1135.9	106.5	4	*	Vitr	bole
ST49	Deuseda		1140.1	114.34	2.1	Stallar	Lum	bole
ST40	Beta		1140.9	33.8	4.7	0,9°	Hya	bole double unique
ST41	O112	O112 O112	1141.6	-19.1	6.5	75°	Lum	bole double
ST42	G5		1150.1	-46.29	0.7	4°	Uutra	bole double
ST43	Epsilon		1150.6	-78.2	5.4	0,9°	Chu	bole double colorate
ST44	S63		1203.5	-22.76	6.7	1,3°	Virr	bole double, interrogation
ST45	Zeta		1204.5	-71.3	8	3,6°	Cum	bole double
ST46	Delta		1208.7	-30.7	3.6	4,5°	Cmu	bole double
ST47	S64		1209.5	21.51	6.6	10°	Cvr	bole triple
ST48	Epsilon		1210.1	22.6	3	*	Cvr	bole
ST49	Konzlerl1		1211.0	-35.7	5.6	2,5°	Cum	bole double
ST40	Delta		1213.1	-38.2	2.6	*	Cru	bole
ST41	Z		1216.1	-40.7	6	11,5°	Cus	bole double colorate
ST42	Epsilon		1217.6	-68	4.1		Mus	bole rouge of circles variables
ST43	S7		1218.1	-53.38	6.8	20°	Virr	bole double, magnitale grade
ST44	R		1218.6	-19.3	6.7	*	Cru	bole double variables
ST45	S65		1220.6	-127.0	6.3	9°	Cum	bole double magnitude grade
ST46	Epsilon		1221.4	-80.4	3.6	*	Cru	bole
ST47	S40		1222.4	-58.05	9	90°	CVu	bole double
ST48 #7 VTR		frac double
ST49	S69	Stem EVG	1224.1	+25.6	6.8	1,5°	Cum	bole double interrogation
ST40	S		1224.6	-49.4	9.2	*	Cum	bole double variables
ST41	SS		1225.3	+20.48	8	Stellar	Virr	bole rouge of circles variables
ST42	Acres		1226.8	-83.1		4,4°	Cru	bole double
ST43	XC275		1229.1	+62.0	12.5	*	Virr	severe
ST44	Agarado		1229.9	16.3	3	24°	Cru	bole double
ST45	Gamma		1230.2	57.1	1.6	210°	Cru	bole double
ST46	S69		1231.6	-1.1		15°	Virr	bole double
ST47	S4		1234.1	-18.23	5	20°	CVn	bole double colorate
ST48	Alpha		1237.2	69.1	2.7	*	Mus	bole
ST49	ADS#1.2		1237.7	-27.1	3,5	1,3°	Hya	bole double, interrogation
ST40	S69		1240.3	-30.01	3,5	3°	Cru	bole double, magnitale grade
ST41	Grumina		Gamma CLN	1242.5	49	2,2°	Cum	bole double interrogation
ST42	Porcima		Gamma VIa	1242.7	2.4	1,5°	Virr	bole double
ST43	Y		Beta CLU	-45.26	7.4	severe	CVn	bole double rouge of circles variables
ST44	Iota		Beta CBU	-51.1	4.7	27°	Cru	bole double
ST45	Beta		Beta MUS	-58.1	3.2	4,6°	Min	bole double, interrogation
ST46	Mimora		Beta CLU	-59.7	1.3		Cru	bole
ST47	S2		1894	103.22	5.0	22°	Cum	bole double, magnitale grade
ST48	S5		1897	121.14	5.1	29°	Cum	bole double, continuous or magnitude
ST49	Ulu		Beta CLU	-57.2	1.3		Cru	bole double
ST50	Delta		Beta VLR	+0.55	3.1	19°	Cru	bole rouge of circles variables
ST61	Cor Carol		Alpha CVN	126.0	18.3		Cru	bole double
ST62	BY		BY FRA	-56.0	5.8		Dru	bole double variables
ST63	S69			-57.28	8.8	1,5°	Cum	bole double, interrogation

60.

ST484	Delta	Delta MUS	23 62.3	71.7	5.0	8°	Min	ctole
ST485	Theta	Theta MUS	23 08.1	85.2	5.7	5.0°	Max	ctole double
ST396	Theta	St Vtg. 1721	23 09.9	-59.32	4.4	7°	Vir	ctole triple, asteroposition
ST367	Alpha		13 10.0	-17.32	5	0.5°	Com	ctole double, interrogation
ST488	34		23 15.4	18.20	6.3	5°	Vir	ctole double
ST489	T	ICPN	33 22.6	-81	4.7	6°	Cen	ctole double
ST478	Zela	Maur	23 33.9	-14.16	2.3	4.8°	Cena	ctole double
ST371	Sypia	Alpha VTR	15 25.2	-11.3	1	6°	Vir	ctole double
ST472	O 123		23 27.1	-64.45	6.7	6.8°	Cen	ctole double colouré
ST473	B		23 29.7	21.37	4	Stellar	Jbd	ctole double variables
ST374	I293	Senvue I293	33 32.3	-16.8	7	1.0°	Cen	ctole double
ST375	S	S VTR	33 33.0	-7.2	6	6°	Vir	ctole double variables
ST476	22	Zn CVM	12 37.5	-16.3	5	2.8°	Cen	ctole double, contraste de magnitérée
ST477	1763	Senvue I763	33 37.8	7.9	7.9	2.8°	Vir	ctole double
ST478	Epsilon	Epsilon CTN	13 39.9	53.5	2.5	6°	Cen	ctole double
ST479	I	I772	33 40.7	-19.07	6.7	6°	Cen	ctole double, immitrate de magnitérée
ST490	Develop H1	Dunlop H1	13 41.7	54.6	5.5	5.2°	Cen	ctole double
ST481	T	T CIN	13 42.8	33.6	5.5	6°	Cen	ctole double variables
ST485	Allast	Tet CMA	13 47.6	-49.3	1.9	6°	Tena	ctole
ST483	L8ra	Senvue I8ra	33 49.1	-27.9	7.6	5.4°	Cen	ctole double
ST384	2	L1EN	34 50.1	-54.5	1.2	6°	Cen	ctole
ST485	Lyslin	Upsilon BOQ	12 49.5	115.8	4.1	6°	Cen	ctole
ST486	3	S CFN	33 51.8	-33	4.5	6°	Cen	ctole double
ST487	Zela	Zeta CTN	33 55.5	-47.3	2.6	5°	Cen	ctole
ST488	Beta	Beta CZN	11 03.0	-60.1	0.6	6°	Cen	ctole
ST489	Pc	PILEA	14 06.4	26.7	3.3	6°	Cen	ctole
ST490	Kappa	Kappa VTR	6 12.9	-10.3	6.2	6°	Vir	ctole double
ST391	Kappa		6 13.8	-51.47	6.4	13°	Cen	ctole double colouré
ST392	I891		13 15.3	-33.08	7.8	0.8°	Vir	ctole double, interrogation
ST493	Acturis	Alpha Boe	24 15.7	-24.11	0	Stellar	Boe	ctole
ST494	Iota	Iota BOC	14 18.2	-51.4	4.9	3.8°	Boe	ctole double
ST495	R	R CEN	14 16.6	39.5	5.3	6°	Cen	ctole double variables
ST496	I834	Scene I834	23 20.3	-18.5	9.1	2.5°	Cen	ctole double, interrogation
ST497	I835		23 21.6	-87.6	7.6	6°	Vir	ctole double, magazade epise
ST498	Develop I59	Dunlop I59	13 22.6	-58.5	5	9°	Cen	ctole double colouré
ST499	I836		9 23.4	-58.96	6.1	9°	Boe	ctole double
ST600	SHT 195		14 29.0	-19.38	6.4	5.4°	Juh	ctole double
ST398	S	S CMI	13 27.5	-73.2	1.3	6°	Cen	ctole
ST502	Poumina	Poumina CZN	14 29.9	62.7	16.7	6°	Cen	ctole double variables
ST510	Bao	Rac BOQ	14 31.0	26.4	2.6	6°	Boe	ctole double
ST301	bH290		13 37.3	-16.08	5.4	15°	Jup	ctole double, contraste de magnitérée
ST305	Alpha		13 39.6	-50.39	0	20°	Cen	ctole double
ST506	Pc		14 40.7	-16.4	5	5.0°	Boe	ctole double
ST307	pl	I964	14 40.7	-16.25	4.5	8°	Boe	ctole double
ST308	Zela		14 41.1	-13.46	3.5	1°	Boe	ctole double, interrogation
ST606	Alpha		14 41.9	-57.4	2.3	6°	Jup	ctole
ST510	q	q GAN	24 42.0	37.8	4	6°	Cen	ctole
ST511	Alpha		14 42.5	63	3.2	16°	Cen	ctole double
ST612	cl	cl CEN	6 43.7	-34.3	1	0°	Cen	ctole
ST613	Epsilon		6 45.0	-27.04	2.4	8°	Boe	ctole double colouré
ST514	Dunlop		14 45.2	-55.6	6.2	20°	Cen	ctole double
ST515	34		14 46.0	23.26	5.2	8°	Fya	ctole double
ST616	Alpha		14 47.9	-79	3.8	0°	Spa	ctole
ST617	I883		14 48.9	-20.07	7.6	5.2°	Vir	ctole double, interrogation
ST518	Mz		14 49.5	-14.09	5.4	2°	Lab	ctole double, interrogation
ST519	39		14 49.7	40.45	5.7	2°	Boe	ctole double
ST520	28	M1EIA	14 50.5	24	4.4	6°	Jha	ctole
ST621	Rocheb		14 50.7	-74.2	3.1	6°	Cen	ctole
ST622	Zanzenegmibi		14 50.9	-16	3.8	4°	Lab	ctole double
ST523	XI	27 Bloo	14 51.4	29.06	4.6	7°	Boe	ctole double colouré
ST524	Ist413	Ist415	14 56.5	47.9	8	2.4°	Jup	ctole double
ST525	33 H 28	14 57.3 -21 22 59 23" Ib
ST526	Beta		14 58.5	43.1	2.6	6°	Lup	ctole
ST527	Pl		25 01.8	83.2	5.7	18°	Oct	ctole double
ST528	al		25 03.8	47.39	4.0	2.5°	Boe	ctole double, interrogation
ST529	Sigma		25 04.1	-54.5	5.2	6°	Juh	ctole double, interactuative
ST530	Develop I8		15 11.6	-16.3	6.7	32°	Lup	ctole double
ST531	Kappa		15 11.9	-18.7	5.9	27°	Lup	ctole double
ST532	X		15 14.5	70.3	8.1	6°	Tra	ctole double values
ST533	I932		15 18.3	26.30	6.6	1.2°	CrB	ctole double, interrogation
ST534	Mz		15 18.5	-17.9	5.1	1.2°	Lup	ctole double, interrogation
ST535	I931		15 18.7	-38.26	7.1	13°	Ser	ctole double
ST536	S		15 21.4	-11.4	5.8	6°	CrB	ctole double values
ST537	Phi		15 21.8	-36.3	3.6	30°	Lup	ctole
ST538	Fra		15 25.2	-30.17	5.6	10°	CrB	ctole double, interrogation

TABLE ALPHABÉTIQUE DU CATALOGUE
61.

中

1238	Mkt
1540	Fiduci
1911	Lfd
2131	Lfd
2474	Credan
2474	Credan
2532	Rd
2532	Rd
2532	Rd
2532	Rd
2532	Rd
2532	Rd
2532	Rd
2532	Rd
$2532	Rd

62.

Intra-TRA	15.3425	17.22	4.3	2	Trade
Tulsa-TRA	15.349	20.0	23.3	*	Trade
1992 15.242 +26.86 31"	15.331	-22.22	22.5	24	Lub
Daha-SER	15.348	110.5	13.9	34	Trade
1111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111		-41.2	34	*	Top
Tyrupan-TRA	15.341	-28.1	34	2	Trade
Changal-TRA	15.342	08.47	5.2	12	Lub
Tura-TB	15.347	-29.8	5.2	12	Trade
Zara-CER	15.341	-26.4	5.2	12	Trade
Alpha-SER	15.443	-26.4	6.2	67	Lub
Alpha-SER	15.446	-26.4	6.2	67	Lub
KSR	15.482	-24.1	4.1	54	Trade
KSR	15.482	-24.1	52	*	Trade
Tulsa-SER	15.509	-25.22	10.7	Lup	Trade
Tulsa-SER	15.509	-25.22	10.7	*	Trade
Pusa-SER	15.509	-25.22	10.7	*	Trade
Pusa-SER	15.509	-25.22	10.7	*	Trade
Rusq-SER	15.509	-25.22	10.7	*	Trade
Rusq-SER	15.509	-25.22	10.7	*	Trade
Tulsa-SER	15.509	-25.22	10.7	*	Trade
Tulsa-SER	15.509	-25.22	10.7	*	Trade
Irisa-SER	15.509	-25.22	10.7	*	Trade
Irisa-SER	15.509	-25.22	10.7	*	Trade
Ulla-QFII	15.513	-27.22	27	*	Trade
2001-27-CS	15.447	-25.22	27	*	Trade
Illa-QFII	15.447	-25.22	27	*	Trade
Illa-QFII	15.447	-25.22	27	*	Trade
Illa-QFII	15.447	-25.22	27	*	Trade
Illa-QFII	15.447	-25.32	27	*	Trade
Illa-QFII	15.447	-25.32	27	*	Trade
V QFII	15.447	-25.32	27	*	Trade
V QFII	15.447	-25.32	27	*	Trade
Irisa-TRA	15.447	-25.32	27	*	Trade
Irisa-TRA	15.447	-25.32	27	*	Trade
Irisa-TRA	15.447	-25.32	27	*	Trade
Irisa-TRA	15.447	-25.42	27	*	Trade
Irisa-TRA	15.447	-25.42	27	*	Trade
Irisa-TRA	15.447	-25.42	27	*	Trade
Irisa-TRA	15.447	-25.42	27	*	Trade
Irria-QFII	15.447	-25.42	27	*	Trade
Irria-QFII	15.447	-25.42	27	*	Trade
Irria-QFII	15.447	-25.42	27	*	Trade
Irria-QFII	15.447	-35.42	27	*	Trade
Irria-QFII	15.447	-35.42	27	*	Trade
Irria-QFII	15.447	-35.42	27	*	Trade
Irria-QFII	15.447	-35.42	27	*

S1014	Iota Iota HDR 17.395 - 460.3 3.8" Eur stroke
S1015	Pd 2343 17.419 . 72.09 4.9 30" Dha stroke double
S1016	Kappa Kappa SLO 17.325 - 39.2 2.1 2.5" Sco stroke
S1017	V	V PW	17.453	-57.7	5.7	*	Per cycle d'etsu variables
S1018	Beta	Beta OPH 17.435 . 104.6 2.8" Uph stroke
S7619	61	XOG	17.446	-22.36	8.2	11"	Oph cycle double, magnitudes cyclic
S7620	57	ST SGR	17.450	-18.6	9	*	Sgr cycle d'etsu variables
S7621	SX	SX SCO	17.455	-39.7	8.3	*	Sco cycle d'etsu variables
S1022	G	G SCO	17.499	37	3.2	2"	Sco stroke
S1023	Y	Y OPH	17.526	6.2	0	*	Oph cycle d'etsu variables
S1024	XI	XI DRA	17.555 - 63.0	3.8" Dra stroke
S1025	Gamma	Gamma DBA	17.666 - 34.3	3.2" Dra stroke
S1026	Zanazata star	Zanazata	17.578	-0.34	9.5	Stellar	Oph stroke
S1027	IcSOH	IcSOH	17.591	30.35	5	8"	Sgr cycle double estume
S1028	2038	Strac 2038 18.102 1820.5 5.7" Dra cycle double, magnitudes cyclic
S1029	92		8.018	-31.86	9.3	8"	Thr cycle double, magnitudes cyclic
S1030	Dau	Tan OPH	10.021	8.2	5.2	18"	Oph cycle double, interrogation
S1031	70	2276	10.025	52.20	4	15"	Oph cycle double, interrogation
S7635	Tnca	Tnca SRA	10.066	-56.1	3.2	*	Ara stroke
S7636	100		10.070.5 426.9 6.9 (4)" For cyclic double, magnitudes cyclic
S1034	W	W LER	16.119	-76.7	7.3	*	Lgr cycle d'etsu variables
S1035	Eta	Eta SGR	18.176	36.8	3.1	*	Sgr stroke
S1036	Kappa Kappa LTR 18.199 - 56.1 4.3" Tyr stroke
S1037	Delta	Delta SGR	18.210	-25.8	2.7	*	Sgr cycle double
S1038	2306		18.222	-19.05	7.9	10"	Sct cycle double
S1039	XI	XI WIV	18.232	9.5	4.4	*	Per stroke
S1040	39	S105 18.240 458.45 4" Dra cycle triple
S1041	71	21 SGA	18.253	-20.5	4.9	18"	Sgr cycle double, interrogation
S1042	Alpha	Alpha TFI	18.270	-16	3.3	6"	Tol cycle
S1043	59		18.272	-30.12	5.2	4"	Ser cycle double couluree
S1044	Lambda	Lambda SGR	18.280	23.4	2.8	*	Sgr cycle
S1045	55	SS SGR	18.304	16.9	9	*	Sgr cycle d'etsu variables
S1046	Delta	Delta EL	18.318	-15.9	5	21"	Ldl cycle double
S1047	L	L LER	18.325	-17.0	7.8	*	Lgr cycle double d'etsu variables
S1048	Kappa	222	18.355	-39.16	5.9	21"	GSA cycle double, magnitudes cyclic
S1049	2368		18.359	-42.18	6	26"	Dru cycle double
S1050	Alpha	Alpha SCT	18.362	-8.3	3.9	*	Srl cycle
S1051	O 199		18.378	-23.36	6.3	0.7"	Hrr cycle double, interrogation
S1052	O 359	ADJ 11453	18.389	16.9	6.4	15"	Lrr cycle double, interrogation
S1053	Vega	Achila Lys	18.399	28.47	0	Stellar	Ser cycle
S1054	X	X OPH	18.383	-0.83	5.9	*	Oph cycle double variables
S1055	UK	HK LER	18.328	-37.0	9.5	*	Lrr cycle double variables
S1056	2398	Severe 2298	18.430	-59.6	0	13"	Dru cycle double
S1057	Epsilon		18.443	-39.40	4.7	2"	Lrr cycle double
S1058	Zea		18.448	-37.36	4.4	44"	Lrr cycle double
S1069	Uva		18.456	-30.38	6.7	17"	Ser cycle double, magnitudes cyclic
S1060	5	2279	18.465	50.58	5.8	15"	Agr cycle triple
S1061	R		18.475	0.42	4.3	Stellar	Srl cycle d'etsu variables
S1062	Fesa		18.500	-33.29	3.3	0.2"	Lrr cycle double, constrictes de mag
S1063	S	S GCT	18.503	-7.9	6.8	10"	Sct cycle double
S1064	L 204		18.508	-30.59	9	1"	Agr cycle double
S1065	Omnibus	2428 18.512 159 22.48 33" Dra stroke double
S1066	Delta	Delta LTR 18.542 438.9 4" Cgr cycle
S1067	O zeta		18.449	-35.08	6	40"	Lyr cycle double estume
S1068	Sigma	Sigma 36A	18.553	-26.3	2	*	Ser cycle
S1069	L2		18.553	-14.9	3.9	4.	Lrr cycle
S1070	Theta	2417.63 Sec.	18.565	-24.11	4.1	22"	Ser cycle double
S1071	AFS 11671	AFS 11671	18.570	-37.9	5.3	1"	Per cycle double, interrogation
S1072	2322	Yamex 2322	18.571	-26.1	6	0.7"	Lrr cycle double, interrogation
S1073	LY	UV 3OL	18.586	14.4	8.6	*	Lgr cycle double variables
S1074	2426		19.000	-12.33	7.1	17"	Apl cycle double estume
S1075	Rox 114		19.011	-37.03	6.6	13"	Cra cycle double, magnitudes cyclic
S1076	b5082		19.051	-39.35	6	7"	Sgr cycle triple
S1077	V		19.064	-35.41	6.6	stellus	Agr cycle rouge d'etsu variables
S1078	L2		19.050	-34.02	5.6	19"	Agr cycle double estume
S1079	Gamma		19.065	-35.96	5	5"	Agr cycle double
S1080	R		19.064	-0.84	9.3	Stellus	Agr cycle double estimes variables
S1081	L 199		19.065	-0.909	7.2	6"	Agr cycle double
S1082	2474		19.081	-34.35	6.3	36"	Lrr cycle double
S1083	2486		19.121	-49.31	6.6	8"	Csg cycle double
S1084	O 178	O Semer LSR	19.153	-13.5	5.7	90"	Agr cycle double
S1085	Dun		19.155	-73.4	3	*	Ser cycle double
S1086	BY		19.165	33.5	6	*	Ser cycle double variables
S1087	U		19.188	-9.93	6.6	Stellus	Sgr cycle d'etsu variables
S1088	V1642		19.192	-10.9	6.4	*	Sgr cycle d'etsu variables

TABLE ALPHABETIQUE DU CATALOGUE
[NO TEXT]
63.

4
ST689 LX 19 21.6 176 34 5.9 Stella Dia étoile rouge d'élato variables ST689 LBR 19 25.7 142 47 74 10.100 fléche variables

51601	2322	Stom 2323	28.6	-27.3	8.1	2°	Val	teile double
ST602	B1314		19.27.6	-51.3	5.7	30°	Tcl	teile double
ST603	Alpha	Alpha VUL	19.28.7	124.7	4.6	"	Val	teile
ST604	African	Beta CYG	19.50.7	-58.0	3°	35°	Cyp	teile double unless
ST605	Mn	Mn AGL	19.54.1	-57.4	4.5	"	Aql	teile
ST606	QI	AQ/CGI	19.54.5	-56.4	9.1	"	Cyp	teile double variables
ST607	Ri	RC/GS	19.56.3	50.2	6.1	"	Cyp	teile double variables
ST608	LIN34		19.58.4	-56.4	6.4	28°	Sgs	teile double unless
ST609	S4	V SCG	19.59.7	-56.3	5.5	38°	Syp	teile double
ST610	TT	TT CGG	19.60.9	-55.6	7.8	"	Cyp	teile double variables
ST611	U6		19.61.8	-59.52	6°	29°	Cyp	teile double magnatode égale
ST612	Delta 2579, 14 Cgr		19.63.0	-45.08	2.9	2°	Cyp	teile double, constate de magnitude
ST613	O 191	HV 133	19.62.9	-34.01	6°	39°	Cyp	teile double unless
ST614	Gamma	Gamma AQL	19.66.5	-41.6	5.7	"	Aql	teile
ST615	37	250°	19.66.4	-53.44	5°	26°	Cyp	teile double, constate de magnitude
ST616	Delta Delta SGL	19.47.4 -118.5 3.8 *	age tibole
ST617	Epsilon		19.68.3	-20.16	3.8	4°	Dra	teile double, constate de magnitude
ST618	Pi		19.68.7	-11.8	6.1	14°	Aql	teile double, interrogation
ST619	Zeta		19.69.0	-19.09	5°	9°	Sgs	teile double
ST620	Chi		19.70.6	-32.22	3.3	stable	Cyp	teile double variables
ST621	Alain	Alpha AGI	19.70.8	-08.3	0.8	"	Aql	teile
ST622	Piu		19.70.5	-01.0	3.4	"	Aql	teile double variables
ST623	S7		19.71.6	-08.11	5.7	36°	Acl	teile double
ST624	Beta		19.72.5	-10.4	5.7	25°	Aql	teile double
ST625	Pei		19.73.6	-33.28	4.9	3°	Cyp	teile double, constate de magnitude
ST626	BS		19.74.9	-29.1	9.3	"	Syp	teile double variables
ST627	BCI	BT SCR	19.76.7	-11.5	6°	"	Syp	teile double variables
ST628	Gamma	Gamma SGL	19.78.8	-19.5	5.5	"	Sgs	teile
ST629	BE		20.02.4	21.1	8.5	"	Sgs	teile double variables
ST629	H470		20.03.6	-38.19	7.6	29°	Cyp	teile double unless
ST621	X		20.09.1	-20.7	7°		Sgs	teile double variables
ST622	X		20.07.6	-27.7	7°		Sgs	teile double variables
ST623	Kappa	207°	20.08.9	-57.34	4.3	7°	Lcp	teile double, constate de magnitude
ST624	Peca		20.09.9	-30.19	6°	12°	Sgs	teile triple
ST625	BY		20.10.4	-36.0	8.6	"	Cyp	teile double variables
ST626	FG		20.11.9	-28.3	9.5	"	Sgs	mobilense planctare irregular
ST627	2644		20.12.6	-30.52	6.8	3°	Aql	teile double, magnatode égale
ST628	Rs		20.12.4	-38.7	6.5	"	Cyp	teile double variables
ST629	2658		20.13.6	-53.07	7.1	3°	Cyp	teile double
ST630	Omicroni	Omicroni CWG	20.13.6	-46.7	3.8	"	Csp	teile
ST631	RU		20.17.1	-21.2	8.9	"	Csp	teile double variables
ST632	Alpha		20.17.8	-32.3	4.2	44°	Cup	teile
ST633	RT		20.19.7	-39.8	6°		Syr	teile double variables
ST634	F		20.20.8	-48.02	3°		Stable	teile double variables
ST635	Alpha		20.34.0 - 12.32	3.8 7" Cap. stroke couple
ST636	2671		20.38.4	-35.22	6°	4°	Cyp	teile double
ST637	U		20.40.6	-41.9	5.9	"	Cyp	teile double variables
ST638	Beta		20.41.0	-16.8	5.4	3°	Cup	teile double
ST639	29		20.42.9	-72.2	5.3	"	Cyp	teile
ST640	Panuck		20.43.6	-56.7	1.9	"	Pav	teile
ST641	PI		20.44.3	-81.5	5.3	8°	Cup	teile double, constate de magnitude
ST642	Omicroni		20.45.9	-18.34	8.1	9°	Cup	teile double
ST643	IS		20.47.0	-52.18	5.5	3°	Cyp	teile double, constate de magnitude
ST644	V		20.47.5	-48.2	7.7	"	Cyp	teile double variables
ST645	Denab		20.47.4	-45.17	1.5	"	Cyp	teile
ST646	S5		20.47.7	-43.0	1.2	6°	Cyp	teile double
ST647	Gamma		20.48.0	-46.07	4.3	0°	Del	teile double
ST648	Lambda		20.47.4	-36.5	4.9	63°	Cyp	teile double, interrogation
ST649	3		20.47.7	-5	4.6	"	Cyp	teile rouge d'alsles variables
ST650	S761		20.48.4	-38.11	6.7	18°	Cup	teile double
ST651	G		20.50.4	-5.6	6.3	28°	Aql	teile double, interrogation
ST652	Ozega		20.51.8	-26.5	4.1		Cap	teile
ST653	Updon		20.59.1	-14.18	5.2	2°	Eqp	teile triple, interrogation
ST654	T241		20.60.1	-36.2	5.1	18°	Cyp	teile double, interrogation
ST655	S		20.61.5	-47.14	7.4	3°	Eqp	teile double, magnatode sigle
ST656	Dunlop3b		20.62.6	-36.5	6°	33°	Eqp	teile double
ST657	Lambda		20.62.7	-5	4.6	"	Eqp	teile double
ST658	12		20.63.4	-17.1	6.7	18°	Eqp	teile double
ST659	12		20.64.1	-53.49	5.9	3°	Aql	teile double, interrogation
ST660	Xi		20.64.9	-43.9	3.7		Cyp	teile
ST661	Si		20.65.8	-38.59	5.2	29°	Eqp	teile double
ST662	S4		20.67.1	25	4.5		Eqp	anbulense planctaire stellaise
ST663	T		20.68.3	+68.0	8.2		Cyp	teile double variables
ST664	Gamma		20.69.1 QIU	-10.1	4.7	6°	Eqp	teile double

64.

ST764	2780	Scutve 2789	2113.8	50.0	5.0	13°	Cep	ctole double, interrogation
ST765	Delta		2114.5	130.0	6.0	48°	Eqn	ctole double, contract de magnitude
ST766	Theta	Cerca END	2112.9	-53.5	5.5	6°	Ind	ctole double
ST767	RY	RY A28	2120.5	-10.5	0°	"	Aqr	ctole d'cta variables
ST768	Y	Y BW	2124.5	69.7	8.6	"	Par	ctole d'cta variables
ST769	Sea		2128.1	-20.33	3.3	33°	Cep	ctole double, unitaire de magnitude
ST770	S		2132.429.73	5.6 Secur Cap dual surge d'cta variables
ST771	2416	2139.40	2139.40	29.2 Sec 13°
ST772	V450	V400 CYG	2142.0	35.2	5.6	"	Cep	ctole d'cta variables
ST773	So		2142.7	-40.35	8.2	Stear	Ceg	ctole d'cta variables
ST774	RV	RV CTG	2143.3	-58.0	7.1	"	Cep	ctole d'cta variables
ST775	Mm	Hemchels Garnet Star	2143.5	-58.45	3.4	Secur	Cep	ctole rouge d'eclats variables
ST776	LPSOx		2143.2	-29.52	2.5	8°	Peg	ctole double, cochrane de magnitude
ST777	Lambda		2143.9	-42.7	5.4	3°	Out	ctole double
ST778	AG	AG PEG	2151.0	-12.6	6°	"	Peg	ctole d'cta variables
ST779	2400	2139.40	2139.40	29.2 Sec 13°
ST780	2841	Scutve 2841	2154.3	-29.7	6.4	22°	Peg	ctole double
ST781	RX	RX PEG	2156.4	-22.9	8°	"	Peg	ctole d'cta variables
ST782	2843		2158.6	-37.01	7.1	14°	Cep	ctole double, magrange style
ST783	Fra	Fra	2160.6	-18.19	5.8	30°	Ny	ctole double
ST784	29		2162.5	-16.98	3.2	4°	Apr	ctole double, magrange style
ST785	XI	17 Cep 2805	2165.8	-16.38	4.5	8°	Cep	ctole double
ST786	O 461	O 3000 SEI	2165.9	-19.8	6.7	11°	Cep	ctole double
ST787	Lambda		2166.1	-39.1	4.3	"	Gu	ctole
ST788	ALN Star	Alpha CN	2168.2	-16.50	1.7	Stear	Gu	ctole
ST789	2883	2230.7	1707.07	5.7 15°
ST790	Zea	Zea CETP	2170.9	-38.2	3.4	"	Cep	ctole
ST791	h1766	h1746	2173.9	-39.2	9.3	28°	Lac	ctole double
ST792	O		2174.3	-21.05	5.3	6°	Apr	ctole double, cochrane
ST793	I	I LAC	2216.0	37.7	4.1	"	Lac	ctole
ST794	Alpha TUC		2218.5	66.5	2.9	5°	Tin	ctole
ST795	2894		2218.9	37.46	8.1	16°	Lac	ctole double, cochrane
ST796	Pi		2223.1	-45.9	5.8	27°	Gu	ctole double
ST797	S		2226.1	-48.4	6°	"	Gu	ctole d'cta variables
ST798	Si		2226.6	-36.45	6.4	3°	Apr	ctole double, magrange style
ST799	Delta		2226.3	-38.1	6.3	7°	Tin	ctole double
ST800	Krugor68	Krugor67	2228.1	-37.2	9.8	33°	Cep	ctole double
ST801	Zeta		2228.8	-30.04	4.3	2°	Apr	ctole double, interrogation
ST802	Delta		2229.2	-28.25	3.8	20°	Cep	ctole double, cochrane
ST803	S		2229.5	47.7	4.4	5°	Lac	ctole
ST804	Delta2		2232.0 GRU	2232.0	3.1	13°	Gu	ctole rouge d'eclats variables
ST805	Si		2230.0	-30.4	5.8	1°	Peg	ctole double, interrogation
ST806	Ro67		2232.5	-29.40	5.4	43°	Lac	ctole quadrime
ST807	R		2233.9	-39.38	8.3	22°	Lac	ctole triple
ST808	I		2240.5	-44.3	4.5	"	Lac	ctole
ST809	Beta		2242.7	-46.9	2.1	"	Gu	ctole
ST810	Tui	Tui AQR	2247.7	14.1	5.7	23°	Apr	ctole double
ST811	2847	Scutve 2847	2248.0	68.6	7	43°	Cep	ctole double
ST812	Tui	Tui AQR	2250.7	-13.6	5°	30°	Apr	ctole
ST813	2990	Smec 2990	2251.0	-61.2	6.1	13°	Cep	ctole double
ST814	h1823		2251.8	-11.19	7.1	82°	Lac	ctole quadrime
ST815	Lambda		2252.6	7.6	3.7	"	Apr	ctole
ST816	Fouduhunt		2253.6	-29.31	1.2	"	Gu	ctole
ST817	St		2255.2	-14.2	6.1	30°	Peg	ctole double, interrogation
ST818	Schout		2255.8	-28.2	2.4	"	Peg	ctole
ST819	Dunlop 246		2257.2	56.7	6.1	9°	Gu	ctole double
ST820	2874		2257.5	-32.49	6.3	8°	Peg	ctole double
ST821	Pi		2260.9	-27.4	4.6	13°	Cep	ctole double, interrogation
ST822	Phi		2261.3	-6	4.2	"	Apr	ctole rouge d'eclats variables
ST823	Pa2		2262.0	8.6	5	12°	Apr	ctole double
ST824	Sr4		2263.1	-13.8	5.1	53°	Apr	ctole double, cochrane
ST825	D-dupop 249		2263.9	-53.5	8.5	23°	Gu	ctole double
ST826	99		2264.0	20.6	4.6	"	Apr	ctole
ST827	Z		2265.7	-14.49	8	Stearl And		ctole d'eclats variables
ST828	Gamma		2269.5	-77.6	3.2	"	Cep	ctole double
ST829	Zeta		2270.3	-16.6	6.6	4°	Gu	ctole double
ST830	R		2273.8	-19.19	5.8	Stearl And		ctole double variables
ST831	E57		2276.0	-20.11	5.3	7°	Apr	ctole double, magrange style
ST832	TX		2276.4	-25.29	6.9	Stearl And		ctole double, magrange style
ST833	3042		2276.8	-37.35	7.8	5° And		ctole double, magrange style
ST834	Ld102		2276.5	-27.63	6.9	7° Scl		ctole double
ST835	R		2276.9	-31.24	5.7	Stearl And		ctole double variables
ST836	Sigma		2279.0	-35.45	4.9	3° Gu		ctole double cochrane
ST837	3009		2280.5	-35.45	6.6	15° And		ctole double, interrogation

NOTES

NOTES

66.

67-88 62105 10:58:34.5M

67.

NOTES

68.

SPACE STATION™

tasco®

A telescope on a tripod with visible instrument, no text or symbols present.

LIT.#: 9303350505

69.

Labeled diagram of a telescope on a tripod, showing numbered parts for identification.

DIAGRAMA DE PIEZAS DEL TELESCOPIO

Technical diagram showing a mechanical assembly with labeled components, including a cylindrical component and a robotic arm.

LISTA DE PIEZAS

77-786105 10:56:40.5M

CONSEJOS ÚTILES

JUPITER fifth planet from sun.

Largest planet in solar system.

16 moons. Orbit is 11.86 years.

Diameter 143,000 km. Named for roman king of gods.dioses.

83.

CÓMO SE USA EL SpaceStation POR PRIMERA VEZ CONTINÚACION

Triangulum Australe (TrA)

Tucana (Tuc)

Ursa Major (UMa)

Ursa Minor (UMi)

Vela (Vel)

Virgo (Vir)

Volcans (Vol)

Vulpecula (Vul)

ÍNDICE DEL CATÁLOGO

CLAVE

NAME - NOMBRE

JIA - ASCENSION RECTA (horse min.min)

DEC - DECLINACION (grupos) VAC - MAGNITUD

SIZI TAMANO

CON - CONSTELACIÓN

CATÁLOGO MESSIER
CATÁLOGO MESSIER NAME RA DEC MAG SIZE CON DESCRIPCIÓN

MD01	Nebulosa comp. superovora retuin	NCG 1952	0534.5	+22.0	8.4	6	Zm	metulosa
MD02		NCG 7089	2135.5	3.0	6	7	Aqr	cumulo globular muy reusuelo
MD03		NCG 5272	1242.2	28.4	6	18	Cva	cumulo globular muy reusuelo
MD04		NCG 6120	1625.6	+26.3	5.9	16*	Ssr	cumulo globular muy reusuelo
MD05		NCG 5500	1516.6	+22.1	6.2	13*	Ssr	cumulo globular muy reusuelo
MD06	macropso	NCG 6004	1210.1	+32.2	2.6	23*	Ssr	cumulo alberia noz
MD07		NCG 6473	1753.9	+34.3	5	1*	Sun	cumulo alberia bollante dispensa
MD08	Laguna	NCG 8123	1803.8	+34.4	5	80*	Sgr	indulna con pubu y cimulos
MD09		NCG 8333	1719.2	+38.3	8	9*	Oph	cumulo globular mutando
MD10		NCG 9254	1657.1	4.1	7	8*	Oph	cumulo bollante muy reusuelo
MD11	pato sabile	NCG 8707	2051.1	6.5	6	12*	Ssr	cumulo alberia oceae
MD12		NCG 8218	1647.2	2	8	10*	Oph	cumulo globular muy reusuelo
MD13		NCG 7695	1611.7	+36.3	9.7	13*	Ssr	cumulo globular muy reusuelo
MD14		NCG 6400	1337.6	+3.3	9	6*	Oph	cumulo globular
MD15		NCG 7078	2130.0	+32.2	8.3	30*	Peg	cumulo globular muy reusuelo
MD16	Águila	NCG 8611	1818.8	13.3	8	7*	Ssr	indulna con pubu y cimulos
MD17	Crise	NCG 8618	1820.8	+36.2	6	43*	Sgr	indulna
MD18		NCG 9613	1819.9	+37.3	8	7*	Ssr	cumulo alberia bollante dispensa
MD19		NCG 6273	1782.6	+36.3	7	7*	Oph	cumulo globular
MD20	Tracil	NCG 8514	1802.6	23	9.3	23*	Sgr	metulosa con pubo
MD21		NCG 8135	1804.6	+32.1	7	10*	Sgr	cumulo alberia noz
MD22		NCG 8698	1836.7	+33.9	6	18*	Sgr	cumulo globular muy reusuelo
MD23		NCG 6494	1756.8	19	7	20*	Sgi	cumulo alberia oceae
MD24	male pesquisa de estella		1815.9	18.2	9	1.5*	Sgi	cumulo alberia bollante dispensa
MD25		NC 4723	1831.6	+9.3	6	20*	Sgr	grup de cercula dispensa
MD26		NCG 6691	1835.2	+9.7	9.5	9*	Ssr	cumulo alberia noz
MD27	Dunzel	NCG 6855	1959.6	+22.7	8	8*	Oui	metulosa zuceraria irregular
MD28		NCG 6626	1824.5	24.9	8	9*	Ssr	cumulo globular muy reuselto
MD29		NCG 8913	2023.9	+38.3	7	7*	Cyg	cumulo alberia bollante dispensa
MD30		NCG 7099	2130.6	+33.3	8	8*	Cap	cumulo globular muy reuselto
MD31	Gabria Gram Andemnads	NCG 2251	0045.7	+41.3	3.4	8*	And	galacta muy clumpada pulex y rundexi brillante
MD32		NCG 2211	0042.7	40.9	9.2	8*	And	galacta cobrata con azoico brasilante
MD33	Moussera	NCG 7088	0133.9	30.2	5.7	40*	Sri	extulua de galacta capital munda billantes
MD34		NCG 1039	0335.0	+47.8	8.2	50*	Pve	cumulo alberia noz
MD35		NCG 2168	0008.9	+22.3	5.1	20*	Gent	cumulo alberia noz
MD36		NCG 1960	0236.1	+32.1	6	12*	Amz	cumulo alberia noz
MD37		NCG 2099	0092.4	+32.6	5.6	24*	Amz	cumulo alberia oceae
MD38		NCG 1912	0028.7	+34.8	6.4	21*	Amz	cumulo alberia noz
MD39		NCG 6091	1134.2	+48.4	9	30*	Cyg	cumulo alberia bollante dispensa
MD40	Vincereks 4		1219.8	29.3	9	20*	UMe	estulua d'oble
MD41		NCG 2257	0647.0	20.7	4.5	30*	Cma	cumulo alberia oceae
MD42	Nebulosa Gran Orías	NCG 1978	0535.4	5.5	4	10*	Ori	indulna
MD43		NCG 1982	0538.6	+3.3	9	20*	Ori	medulosa bright with dust
MD44	Calmena	NCG 2052	0040.1	+20.0	3.1	13*	Cse	cumulo alberia bollante dispensa
MD45	Platiales	PLatula	0047.0	+34.3	1.3	13*	Tau	grup de cercula dispensa
MD46		NCG 4435	0741.8	+4.3	8.1	27*	Pug	cumulo alberia oceae
MD47		NCG 7422	0738.6	+4.5	8.4	30*	Pug	cumulo alberia oceae
MD48		NCG 2548	0013.8	5.8	5.8	10*	Itra	cumulo alberia noz
MD49		NCG 4472	1229.8	+30.0	8.4	8*	Vit	galacta cobrata con azoico brillante
MD50		NCG 2323	0703.2	8.3	6	20*	Moa	cumulo alberia oceae
MD51	Whirlpool	NCG 5194	1329.9	+47.3	8.1	11*	Oax	extralura di galacta capital on romputiera
MD52		NCG 7054	2521.2	+50.6	7	12*	Cai	cumulo alberia oceae
MD53		NCG 1024	1312.9	+38.2	8	10*	Com	cumulo globular muy reuselto
MD54		NCG 6715	1855.1	30.5	9	8*	Sgi	cumulo globular montaco
MD55		NCG 8109	1940.0	+31	7	15*	Sgr	simulo globular muy reuselto
MD56		NCG 6775	1916.6	+30.2	8	5*	Lrr	cumulo globular muy reuselto

86.

M057	Aulilo NGC 6720 14.58. 153.0 9.7 80° Lyr. aullio nebulosa plaziaro con escula central.
M058	NGC 4579 12.37. 111.8 5.8 2° Var. galaxia reodona con náules brillante
M059	NGC 3021 12.32.0 -11.7 5.8 2° Var. galaxia elongada con náules brillante
M060	NGC 3049 12.35.7 -11.6 5.8 25° Var. galaxia reodona con náules brillante
M061	NGC 4303 12.21.5 94.5 5.7 2° Var. estrutaria de galaxia capital
M062	NGC 6406 13.01.2 56.1 62.9 9° Opt. cunidus globular
M063	Girard NGC 3038 13.13.8 +42.0 5.6 9° Con. galaxia elongada con náules brillante
M064	Ope nego NGC 4816 13.96.7 +21.7 6.6 25° Com. galaxia changada clusty.
M065	Trileta Leo NGC 3623 17 14.9 123.1 9.3 20° Leo galaxia muy elongada con náules brillante
M066	Trileta Leo NGC 3627 17 20.2 113.0 9° 5° Leo estrutaria de galaxia capital
M067
M068	Nestel 12.30.5 -26.8 6° 5° Ura. cunidus globular may estrutela
M069	NGC 6637 18.51.1 -32.4 7.5 4° Sgr. cunidus globular
M070	NGC 6681 18.45.2 -33.3 8° 4° Sgr. cunidus globular
M071
M072	NGC 6691 18.55.3 -32.8 5.6 3° Sgr. cunidus globular
M073	NGC 6991 20.59.0 -12.6 8.9 7° Apt. arrestano
M074	NGC 928 01 36.7 125.8 9.2 10° Pte. cunidus globular
M075	NGC 6564 20.66.1 -21.9 8° 3° Sgr. cunidus globular sin estrutela
M076	paqueta pose NGC 900 01 42.4 -14 0.4 3° Fsr. muhulosa plaziaris irregularis
M077	NGC 1068 02 42.7 -0.1 8.8 7° Cet galaxia reodona con náules brillante
M078
M079	NGC 1994 20.24.3 -24.8 5.8 7.0° Lap. cunidus globular may estrutela
M080	NGC 6703 16.17.0 -7.3 7.2 9° Sra. cunidus globular macular
M081	Nebitosa Broces NGC 3011 09 53.6 +69.1 6.9 26° Ura. estrutaria de galaxia capital
M082	NGC 3534 29.25.8 -39.7 5.4 9° Ura. galaxia muy elongada con polve y nudos
Influenza
M083
M084	NGC 3524 12.25.1 -12.9 5.3 4° Var. galaxia reodona con náules brillante
M085	NGC 4342 12.25.4 14.2 9.2 5° Com. galaxia reodona con náules brillante
M086	NGC 4405 12.26.2 13.0 5.2 7° Var. galaxia reodona con náules brillante
M087	NGC 4486 12.30.8 12.4 5.6 7° Var. galaxia reodona con náules brillante
M088	NGC 4291 12.32.0 -14.1 5.5 9° Com. galaxia muy elongada con náules brillante
M089	NGC 4292 12.35.7 -12.6 5.8 7° Var. galaxia reodona con náules brillante
M090	NGC 4569 12.36.4 -13.2 5.5 9° Var. galaxia muy elongada con náules brillante
M091
M092	NGC 6411 17.12.1 -43.6 6.8 6° Hnr. cunidus globular may estrutela
M093	NGC 2347 09 41.6 -23.9 6.2 20° Dup. cunidus aberto deneo
M094	NGC 4738 12.50.9 41.2 6.2 7° Cyn galaxia elongada con náules brillante
M095	NGC 3551 30.44.0 11.7 5.7 4° Leo. estrutaria con busas de galaxia capital
M096	NGC 3586 30.46.8 -11.8 5.5 9° Leo. galaxia reodona con náules brillante
M097	Bolho NGC 3585 11.14.8 +25.0 11° 25° Ura. nebulosa plaziara regular galaxia muy elongada con náules brillante
M098
M099	NGC 3192 12.13.8 +14.9 10° 8,2° Com. estrutaria de galaxia capital
M100	NGC 4234 12.14.8 +14.4 10° 3° Ura. estrutaria de galaxia capital
M101	NGC 4521 12.32.9 -15.8 5.4 7° Com. galaxia reodona con náules brillante
M102
M103	NGC 3551 10.44.0 11.7 5.7 4° Leo. cunidus globular
M104	NGC 3586 15.86.5 +15.8 10° 3° Ura. estrutaria de galaxia capital medde brillante
M105	NGC 581 01 33.2 160.7 7.4 8° Ces cunidus alBERTOCA
M106	Ambrazo NGC 1978 13.16.0 -11.6 8.7 3° Vrr hundes de galaxia com polvo
M107	NGC 3529 10.47.8 -12.6 5.3 4° Leo. galaxia reodona con náules brillante
M108
M109	NGC 1258 12.13.0 +17.3 6,3° Ura. estrutaria de galaxia capital medde brillante
M110	NGC 6171 16.12.3 13.1 9° Opt. cunidus globular
M111	NGC 3506 11.11.5 +40.7 04° Ura. galaxia muy elongada polvo náules brillante
M112	NGC 3592 11.12.6 -33.4 5.8 5° Utra. galaxia elongada con náules brillante
M113
M114

ESTRELLA CATALOG

ESTRELLA CATALOG		NAME	RA	DEC	MAG	SIZE	CON	DESCRIPCION
ST001	O 234		00.00.2	+60.21	7,8	39"	Cu	curella doble de color
ST002	50	30°5C	00.00.0	-6	4,4	2"	Pac	strella variable roja
ST003	30x3		00.00.6	-6.06	9,9	15"	Cu	estrella doble de color
ST004	5U	3U AND	00.04.6	+0.2	8	2"	And	estrella variable roja
ST005	Cd214	Ceceblad 214	00.04.7	+0.72	7,8	20"	Cup	nebulose de emisión
ST006	3002	A76 x1	00.06.3	+0.0	8,5	1,52"	Cu	rem de crella doble
ST007	Albester	Alpha And	00.04.1	-2.90	3,1	2"	And	crella
ST008	2	Stenov 2	00.08.3	+7.97	6,6	1,5"	Pac	strella variable roja
ST009	Kappa	5.391	00.08.4	28.00	8,2	2"	Se	crella de estrella doble
ST010	Agamila	Gamma PEG	00.13.2	115,2	2,8	2"	Pap	crella
ST011	AD	AD Cu	00.14.0	-7,8	4,9	1,5"	Cu	strella variable roja
ST012	7	7 CET	00.14.6	-18,9	1,3	2"	CuF	estrella variable roja
ST013	55 Pc	12 UC PC	00.15.0	106.49	5,8	22"	Pac	crella doble de cos

88.

SD104	S
SD103	13
SD106	ST
SD107	Gewombridge
SD108	24
SD109	Coca
SD108	VX
SD101	R
SD102	20
SD103	A32
SD104	Pesa
SD103	36
SD106	Zetta
SD107	Delia
SD108	55
SD109	Scheller
SD100	O18
SD101	LIN
SD105	Delti
SD103	Fisa
SD104	65
SD103	Delis
SD106	Fandial
SD107	58
SD108	Navi
SD108	M0
SD106	79
SD101	C
SD107	Fuji
SD103	77
SD104	Zeta
SD106	Bia
SD108	Lan Lydor
SD107	Märich
SD108	Zetta
SD109	Kappa
SD100	Z
SD101	52
SD102	Fid
SD103	R
SD104	Gamma
SD103	Acherson
SD106	51
SD107	CVI
SD108	p
SD109	Nu
SD109	54
SD101	Phi
SD107	162
SD103	I
SD106	163
SD106	Zetra
SD106	178
SD107	Gamma
SD108	Fst
SD108	Lipidos
SD107	186
SD107	Wt
SD107	Lambda
SD107	Lipidos
SD107	Alpha
SD107	Alnadh
SD107	Lamid
SD107	59 and
SD107	E504
SD107	531
SD108	228
SD108	232
SD108	239
SD108	Mina
SD108	E503
SD108	268
SD108	274
SD108	Pavlar
SD108	Omege

S BCL	0.015 €	32,7	5,5	*	S.I
Stave 13	0.016,2	76,8	7	2,9*	Cep
ST CAS	0.0176	-50,3	9	*	Cgs
Greenbridge 51		0.018,1	-4,0	6	3*
	0.018,5	128,8	7,6	5*	And
Iota CPT	0.0194	-8,8	5,3	*	Cts
VIT AND	0.0199	-44,6	8	*	*
	0.0140	-18,16	9,8	SecFar	And
	0.0272	-45,29	6,8	2*	Cvs
AO AND	0.0276	-25,6	6,9	*	And
Beta TGC	0.0315	-5,3	5,4	2*	Tnc
Stove 36	0.0321	-4,6	5,7	2*	Tnc
Zeta CAS	0.0370	-53,9	5,7	*	Cts
Delta AND	0.0393	-38,8	5,3	*	And
	0.0399	-21,26	5,4	8*	Ptc
Alpha Cas	0.0406	-5,6	5,2	*	Cvs
ADS S89	0.0424	-16,4	7,8	1,5*	Ptc
HIV 122	0.0457	17,6	5,7	3*	Tnc
Dutla TSC	0.0483	-27,6	5,4	*	Tnc
	0.0491	-27,49	5,4	1*	Ct
PPSC	0.0529	-27,7	6,3	4*	Ptc
Delide 13	0.0500	-16,3	11	1*	Cts
Landela TMC	0.0542	-89,3	6,3	2*	Tnc
36 AND	0.0560	-22,8	8	3*	And
Gamma CAS	0.0567	-50,0	2,5	*	Cps
	0.0594	-26,47	8,4	2*	Cts
	0.0601	-44,43	6	8*	And
	0.0633	-41,11	6,8	SecFar	Ctp
88, 74 Ptc	0.0656	-17,38	5,3	3*	Tnc
S9	0.0758	-24,25	6,8	2*	Ptc
Zeta PHE	0.0854	35,3	3,9	6,4*	Ptc
Era CET	0.0856	16,2	3,5	*	Cct
Lima DEX	0.0867	-56,3	5,3	*	Cct
Beta AND	0.0977	-25,6	2	*	And
Zeta PSc	0.1137	-27,6	5,6	2*	Ptc
Kappa TUC	0.1158	-68,9	8,1	5*	Tnc
7 PSC	0.1162	-26,8	8,8	*	Ptc
117	0.1190	-50,11	6,4	1*	Cct
Ri GAAS	0.1259	-50,4	4,7	*	Cct
RSCL	0.1270	32,5	6,1	*	Scl
Gamma CMTR	0.1285	-13,3	3,4	1*	Ptc
Alpha Gri	0.1372	-57,10	0,5	*	Eri
51AND	0.1380	-16,6	3,6	*	And
UV CRT	0.1488	-18	7	*	Csc
pFET	0.1508	-36,3	3,8	11,2*	Eri
No PSC	0.1514	-20,1	4,2	*	Ptc
44 CAS	0.1535	-60,6	5,8	2*	Csc
Plat PER	0.1557	-20,7	4,1	*	Ptc
	0.1693	-17,91	6,8	2*	Ptc
(AB)	0.1801	-27,3	6	2*	Ari
	0.1815	-25,51	6,6	2*	Ccs
Zeta CET	0.1835	-16,3	3,7	3*	Cct
	0.1850	-18,48	8,3	3*	Ari
Gamma ARI	0.1856	-9,3	4,5	8*	Ari
Pla PLB	0.1936	-16,5	1,4	5*	Ptc
Lipidua CAS	0.1944	-16,7	5,4	*	Csc
Stove 136	0.1958	-16,9	6,8	2*	Cct
S6 AND	0.1962	-17,3	5,3	*	And
Lambard ASI		-23,6	8,8	5*	Ari
Upson CET	0.2000	21,3	6	*	Cct
Alpha PSC	0.2010	-12,8	4,8	1*	Ptc
Gamma AND	0.2059	-42,3	2,2	0*	And
Alzchi ARI	0.2072	-23,5	2	*	Ari
	0.2109	-19,62	5,6	3*	And
Beta IRE	0.2124	-19,9	5	2*	Eri
Stove 28	0.2148	-25,4	9,7	16*	Cct
Stove 28	0.2140	-12,8	6,6	1*	And
	0.2147	-10,21	8	7*	Tri
	0.2174	-28,44	7	14*	Tri
Occlusion CET	0.2193	5	2	*	Cct
Beta CAS	0.2201	-17,4	5	2*	Cct
	0.2207	-25,31	6,9	*	Ptc
	0.2215	-21,05	7,3	14*	Cct
Alpha CME	0.2318	-18,96	2	8*	TMc
% Box	0.2339	-28,33	0	1*	Tur

Zeta PUP	01:23.6	40	2.5	4"	Pup
RT PUP	01:25.4	34.8	8.5	*	Pup
RC PUP	01:27.5	-12.9	8.9	*	Pup
Epsilon VOL	01:27.9	-58.6	2.4	5"	Vol
Gamma VEL	01:29.5	47.3	1.5	4.5"	Vol
	01:31.2	-17.39	8.2	106"	Cvs
cCAR	01:33.3	-36.5	5.3	4"	Car
Beta CNC 80:16.5+0.5% 3" vs. cerebria
R CNC	01:15.6	-11.7	6.1	*	Cuc
Kappa VOL	01:19.8	71.5	5.4	65"	Vol
AC FUP	01:22.7	-19.9	8.9	*	Dip
H 1 DN	01:25.8	-43.2	3.3	18"	Lpm
Braze VOL	01:26.3	-56.1	3.8	5"	Vol
b4920	01:28.5	39.1	6.3	8"	Pup
1224	01:28.7	-134.2	7.1	8"	Cui
1225	01:28.7	-16.16	6.3	5"	Cui
b104	01:29.1	47.9	5.5	3.6"	Vol
	01:29.5	44.44	5	2"	Vol
	01:31.3	-39.63	6.8	4"	Vol
	01:31.8	-26.37	6	10"	Cus
Sigma HFA	01:36.8	-6.33	1.6	*	Hpa
b4128	01:39.2	80.2	6.5	1.4"	Cus
	01:40.4	-19.40	6.4	21"	Cus
Alpha PEX	01:43.6	-33.2	3.7	*	Pys
Dolta VII	01:44.7	-54.7	2.1	2.6"	Vol
AIDS 6077	01:45.3	2.6	5.6	*	Lpm
L661	01:46.7	-18.46	4	30"	Cus
	01:46.8	-6.75	3.4	3"	Hyp
	01:50.8	-13.03	7.3	1"	Lpm
X CMC	01:55.4	-17.2	5.6	*	Cuc
L258	01:51.4	-32.15	3.9	5"	Cus
Rho UMA	01:52.5	-67.6	4.8	*	Uma
	01:52.7	-22.59	6.9	8"	Cus
Lambda Vel	01:58.0	-13.20	2.2	Stellar	Vol
	01:59.5	-67.98	3.8	1"	Cus
c CAR	01:11.0	-5.9	3.4	10"	Cus
b418	01:12.5	-43.6	6.2	2.7"	Vol
	01:14.7	-13.33	3.7	6"	Vol
	01:14.8	-24.24	8.1	10"	Uma
g CAR	01:16.2	57.2	4.3	5"	Cus
RT CMA	01:18.4	-51.4	6.6	*	Cus
L335	01:18.8	-16.48	3.9	3"	Lpx
	01:21.0	-34.11	6.6	1"	Lpx
Alpha LYN	01:21.1	-54.4	3.1	*	Lpm
Kappa VFL 00:22, 35–35 & 75% cerebria
	01:25.5	-23.5	2.3	21"	Hpa
Kappa LEO	01:24.7	-26.2	4.5	2.1"	Lco
	01:27.3	-36.14	7.5	2.5"	Hpa
Alpha Hpa	01:27.6	-58.40	8	9xStar	Hpa
Omega LFO	01:28.5	-7.9	9.9	3.0"	Lco
Dunlop 76	01:28.6	-15.5	7.8	61"	Vol
	01:30.8	-30.35	8.3	14"	Lpm
	01:30.8	-31.15	5.8	18"	Aut
N VPI	01:31.2	-5.9	3.1	*	Vol
L551	01:31.5	-63.03	3.8	23"	Uma
Lambda LEO	01:31.7	-23.6	4.3	*	Lco
R CAR	01:32.2	62.8	3.8	*	Cus
Sensio 1349	01:32.5	-40.0	6.5	15"	Lpm
Iota EYA	01:32.9	-1.1	3.9	*	Hpa
Upside CAR	01:47.1	65.3	3.1	5"	Cus
	01:47.8	-111.26	6.4	Sollar	Lco
W SPEX	01:51.0	-2	9	*	Sca
T LYVA	01:51.1	2.5	8.5	*	Lpx
Mu LEU	01:52.0	-26.0	3.9	*	Lco
ADS 7571	01:54.5	12.9	8.7	8"	Lpx
Iota SYA	01:56.0	-11.18	6.4	9xStar	Lco
S CAR	01:59.6	-61.8	3.4	*	Car
ADS 7001	01:61.3	-27.7	7.2	1.5"	Lco
Zeta LEO	10:18.7	123.4	3.4	3.5"	Lco
q CAR	10:17.1	81.3	3.4	*	Cus
b1506	10:19.1	-54.7	3.6	2.4"	Car
b2000 LEDO	10:20.0	-29.9	2.3	1.5"	Lco
Mu UBA	10:22.3	41.5	5	*	Lco
Mu HYA	10:26.1	-16.5	3.3	*	Hpa
Alpha ANT	10:29.2	-31.1	6.3	*	Aut

Exterior view of a telescope on a tripod, labeled 'tasco' in German (no other text or symbols visible)

LIT.#: 9303350505

103.

WO SOLL ICH ANFANGEN?

Labeled diagram of a telescope on a tripod, showing numbered parts for identification.

707-105.6*105 10:08:55.

SCHNELLZUSAMMENBAU

1.

Technical line drawing of a mechanical assembly with labeled components (no text or symbols present)

TEILELISTE

graph TD
    A["NAME"] --> B["MAYO"]
    A --> C["MAYO"]
    A --> D["MOYO"]
    A --> E["MOYO"]
    A --> F["MOYO"]
    A --> G["MOYO"]
    A --> H["MOYO"]
    A --> I["MOYO"]
    A --> J["MOYO"]
    A --> K["MOYO"]
    A --> L["MOYO"]
    A --> M["MOYO"]
    A --> N["MOYO"]
    A --> O["MOYO"]
    A --> P["MOYO"]
    A --> Q["MOYO"]
    A --> R["MOYO"]
    A --> S["MOYO"]
    A --> T["MOYO"]
    A --> U["MOYO"]
    A --> V["MOYO"]
    A --> W["MOYO"]
    A --> X["MOYO"]
    A --> Y["MOYO"]
    A --> Z["MOYO"]
    A --> AA["MOYO"]
    A --> AB["MOYO"]
    A --> AC["MOYO"]
    A --> AD["MOYO"]
    A --> AE["MOYO"]
    A --> AF["MOYO"]
    A --> AG["MOYO"]
    A --> AH["MOYO"]
    A --> AI["MOYO"]
    A --> AJ["MOYO"]
    A --> AK["MOYO"]
    A --> AL["MOYO"]
    A --> AM["MOYO"]
    A --> AN["MOYO"]
    A --> AO["MOYO"]
    A --> AP["MOYO"]
    A --> AQ["MOYO"]
    A --> AR["MOYO"]
    A --> AS["MOYO"]
    A --> AT["MOYO"]
    A --> AU["MOYO"]
    A --> AV["MOYO"]
    A --> AW["MOYO"]
    A --> AX["MOYO"]
    A --> AY["MOYO"]
    A --> AZ["MOYO"]
    A --> BA["MOYO"]
    A --> BB["MOYO"]
    A --> BC["MOYO"]
    A --> BD["MOYO"]
    A --> BE["MOYO"]
    A --> BF["MOYO"]
    A --> BG["MOYO"]
    A --> BH["MOYO"]
    A --> BI["MOYO"]
    A --> BJ["MOYO"]
    A --> BK["MOYO"]
    A --> BL["MOYO"]
    A --> BM["MOYO"]
    A --> BN["MOYO"]
    A --> BO["MOYO"]
    A --> BP["MOYO"]
    A --> BQ["MOYO"]
    A --> BR["MOYO"]
    A --> BS["MOYO"]
    A --> BT["MOYO"]
    A --> BU["MOYO"]
    A --> BV["MOYO"]
    A --> BW["MOYO"]
    A --> BX["MOYO"]
    A --> BY["MOYO"]
    A --> BZ["MOYO"]
    A --> CA["MOYO"]
    A --> CB["MOYO"]
    A --> CC["MOYO"]
    A --> CD["MOYO"]
    A --> CE["MOYO"]
    A --> CF["MOYO"]
    A --> CG["MOYO"]
    A --> CH["MOYO"]
    A --> CI["MOYO"]
    A --> CJ["MOYO"]
    A --> CK["MOYO"]
    A --> CL["MOYO"]
    A --> CD
    style A fill:#f9f,stroke:#333,stroke-width:2px
    style B fill:#ccf,stroke:#333,stroke-width:2px
    style C fill:#cfc,stroke:#333,stroke-width:2px
    style D fill:#fcc,stroke:#333,stroke-width:2px
    style E fill:#cff,stroke:#333,stroke-width:2px
    style F fill:#ffc,stroke:#333,stroke-width:2px
    style G fill:#cfc,stroke:#333,stroke-width:2px
    style H fill:#fcc,stroke:#333,stroke-width:2px
    style I fill:#cfc,stroke:#333,stroke-width:2px
    style J fill:#fcc,stroke:#333,stroke-width:2px
    style K fill:#cfc,stroke:#333,stroke-width:2px
    style L fill:#fcc,stroke:#333,stroke-width:2px
    style M fill:#cfc,stroke:#333,stroke-width:2px
    style N fill:#fcc,stroke:#333,stroke-width:2px
    style O fill:#cfc,stroke:#333,stroke-width:2px
    style P fill:#fcc,stroke:#333,stroke-width:2px
    style Q fill:#cfc,stroke:#333,stroke-width:2px
    style R fill:#fcc,stroke:#333,stroke-width:2px
    style S fill:#cfc,stroke:#333,stroke-width:2px
    style T fill:#fcc,stroke:#333,stroke-width:2px
    style U fill:#cfc,stroke:#333,stroke-width:2px
    style V fill:#fcc,stroke:#333,stroke-width:2px
    style W fill:#cfc,stroke:#333,stroke-width:2px
    style X fill:#fcc,stroke:#333,stroke-width:2px
    style Y fill:#cfc,stroke:#333,stroke-width:2px
    style Z fill:#fcc,stroke:#333,stroke-width:2px
    style AA fill:#cfc,stroke:#333,stroke-width:2px
    style AB fill:#fcc,stroke:#333,stroke-width:2px
    style AC fill:#cfc,stroke:#333,stroke-width:2px
    style AD fill:#fcc,stroke:#333,stroke-width:2px
    style AE fill:#cfc,stroke:#333,stroke-width:2px
    style AF fill:#fcc,stroke:#333,stroke-width:2px
    style AG fill:#cfc,stroke:#333,stroke-width:2px
    style AH fill:#fcc,stroke:#333,stroke-width:2px
    style AI fill:#cfc,stroke:#333,stroke-width:2px
    style AJ fill:#fcc,stroke:#333,stroke-width:2px
    style AK fill:#cfc,stroke:#333,stroke-width:2px
    style AL fill:#fcc,stroke:#333,stroke-width:2px
    style AM fill:#cfc,stroke:#333,stroke-width:2px
    style AN fill:#fcc,stroke:#333,stroke-width:2px
    style AO fill:#cfc,stroke:#333,stroke-width:2px
    style AP fill:#fcc,stroke:#333,stroke-width:2px
    style AQ fill:#cfc,stroke:#333,stroke-width:2px
    style AR fill:#fcc,stroke:#333,stroke-width:2px
    style AS fill:#cfc,stroke:#333,stroke-width:2px
    style AT fill:#fcc,stroke:#333,stroke-width:2px
    style AU fill:#cfc,stroke:#333,stroke-width:2px
    style AV fill:#fcc,stroke:#333,stroke-width:2px
    style AW fill:#cfc,stroke:#333,stroke-width:2px
    style AX fill:#fcc,stroke:#333,stroke-width:2px
    style AZ fill:#cfc,stroke:#333,stroke-width:2px
    style BA fill:#fcc,stroke:#333,stroke-width:2px
    style BB fill:#cfc,stroke:#333,stroke-width:2px
    style BC fill:#fcc,stroke:#333,stroke-width:2px
    style BD fill:#cfc,stroke:#333,stroke-width:2px
    style BE fill:#fcc,stroke:#333,stroke-width:2px
    style BF fill:#cfc,stroke:#333,stroke-width:2px
    style BG fill:#fcc,stroke:#333,stroke-width:2px
    style BH fill:#cfc,stroke:#333,stroke-width:2px
    style BI fill:#fcc,stroke:#333,stroke-width:2px
    style BJ fill:#cfc,stroke:#333,stroke-width:2px

BUSHELL NORTHSTAR COMPUTER MENU STRUCTURE (for step-by-step Easy use refer to quick reference guide)

MENU-ARBORESZENZ

中

JUPITER fifth planet from sun.

Largest Planet in solar system.

Diameter 143,000 km. Named for roman king of Gods.

117.

1.2.3.4.5.6.7.8.9.10.11.12.13.14.15.16.17.18.19.20.21.22.23.24.25.26.27.28.29.30.31.32.33.34.35.36.37.38.39.40.41.42.43.44.45.46.47.48.49.50.51.52.53.54.55.56.57.58.59.60.61.62.63.64.65.66.67.68.69.70.71.72.73.74.75.76.77.78.79.80.81.82.83.84.85.86.87.88.89.90.91.92.93.94.95.96.97.98.99.100

L'octelster

135-136.6*105 10:00:06.9M

135.

HINWEISE

136.

SPACE STATION™

tasco®

Exterior view of a telescopic telescope on a tripod, labeled 'IASCO' (no additional text or symbols visible)

LIT.#: 9303350505

137.

Technical diagram showing a mechanical assembly with labeled components and numbered parts

ELENCO DEI PEZZI

BUSHELL NORTHSTAR COMPUTER MENU STRUCTURE (for step-by-step Easy use refer to quick reference guide)

ALBERTO DEI MENU

JUPITER fifth planet from sun.

Largest planet in solar system.

16 moons. Orbit is 11,86 years. Diameter 143,000 km. Named for roman king of Gods.

151.

PRIMO UTILIZZO DI SpaceStation CONTINUAZIONE

Corona Austrains (CRA)

Corona Borealis (CrB)

Coreus (CN)

Crater (Crt)

Crux (Cru)

Cryngus (Cryg)

Delphinitis (Del)

Dorado (Dor)

Draco (Dra)

Equileus (Equi)

Endandus (EH)

Fornax (Por)

Gemini (Gem)

Grus (Gru)

Hercules (Her)

Horologium (Hor)

Hydra (Hya)

Hydrus (Hyi)

Indus (Ind)

Lacerla (Luc)

Leu (Leo)

Leo Minor (LMi)

Lepus (Lep)

Libra (Lib)

Lupus (Lup)

Lynx (Lyn)

Lyra (Lyr)

Mensa (Men)

Microscopium (Mic)

Monoceros (Mon)

Musca (Mus)

Norma (Nor)

Octans (Oct)

Ophiuchus (Oph)

Orion (Ori)

Pavo (Pay)

Pegasus (Peg)

Perseus (Per)

Phoenix (Phe)

Pictor (Pic)

Pisces (Psc)

Piscis Austrinus (PsA)

Puppis (Pup)

Pyxis (Pyx)

Reticulum (Ret)

Sagitta (Sgc)

Sagittarius (Sgr)

Scorpius (Sco)

Sculptor (Scl)

Scutum (Sct)

Serpens (Ser)

Sextans (Sex)

Taurus (Tau)

Telescopium (Tel)

Triangulum (Tri)

Triangulum Australe (TrA)

Tucana (Tuc)

Ursa Major (UMa)

Ursa Minor (UMi)

Vela (Vel)

Virgo (Vir)

Volcans (Vol)

Vulpecula (Vul)

INDICE DEL CATALOGO

KEY

NOME - NOME

RA - ASCENSIONE RETTA (ure min.min)

DEC - DECLINAZIONE (grise) MAC - GRANDEZZA

DIMENSIONL·[TIME]

CON - COSTELLAZIONE

CATALOGO MESSIER
CATALOGO MESSIER NOME RA DEC GRAND. DIMENS. COST DESCRIZIONE

MD01	Grab teblea superazona rezzant	NGC 1952	0534.5	+22.0	8.4	9
MD02		NGC 7089	2135.5	0.0	6	7
MD03		NGC 5272	1242.2	28.4	6	18
MD04		NGC 6121	1673.6	+26.3	5.9	26
MD05		NGC 5004	1518.6	+02.1	6.2	13
MD06	butterfly	NGC 6056	1730.1	+32.1	5.6	23
MD07		NGC 6473	1753.9	+34.8	5	9
MD08	Lagoon	NGC 6123	1803.8	+24.4	5	80
MD09		NGC 6333	1719.2	+18.3	8	9
MD10		NGC 6254	1657.1	4.1	7	8
MD11	wild duck	NGC 6707	1851.1	6.5	6	12
MD12		NGC 6218	1647.2	2	8	10
MD13		NGC 6709	1610.7	+36.9	8.7	13
MD14		NGC 6400	1373.6	+3.3	9	6
MD15		NGC 7078	2130.0	+12.2	6.5	10
MD16	Eagle	NGC 6611	1818.8	13.8	6	7
MD17	Swim	NGC 6918	1820.8	+16.3	8	43
MD18		NGC 6613	1819.9	+17.1	8	7
MD19		NGC 6277	1702.6	+26.7	7	9
MD20	Trilled	NGC 6514	1802.6	23	6.5	23
MD21		NGC 6135	1804.6	+25.1	7	10
MD22		NGC 6066	1836.0	+33.9	6	18
MD23		NGC 6494	1756.8	19	7	20
MD24	small star cloud		1815.9	18.2	0	1.5
MD25		KC 4723	1831.6	+19.3	6	8
MD26		NGC 6691	1815.2	+9.1	9.5	9
MD27	Dumbel	NGC 6850	1959.6	+22.7	8	8
MD28		NGC 6626	1824.5	+24.9	8	9
MD29		NGC 6913	2023.9	+38.3	7	7
MD30		NGC 7099	2140.6	+33.3	8	6
MD31	Great Andammals Galaxy	NGC 224	0342.7	+41.3	3.4	3
Indilante
MD32		NGC 221	0342.7	40.8	8.2	8
MD33	Pirushol	NGC 908	0135.9	+30.2	9.2	60
MD34		NGC 1039	0242.0	+12.8	5.2	20
MD35		NGC 2168	0608.9	+23.3	5.1	20
MD36		NGC 1960	0538.1	+36.1	6	13
MD37		NGC 2099	0943.4	+37.6	5.6	24
MD38		NGC 1913	0938.7	+35.8	6.4	11
MD39		NGC 7092	2132.2	+48.4	5	20
MD40	Winnecke 4		2219.8	58.3	9	20
MD41		NGC 2287	0647.0	+20.7	4.5	38
MD42	Great Orange nobula	NGC 1929	0539.0	+5.9	4	15
MD43		NGC 1982	0539.6	+5.3	9	20
MD44	Sheline	NGC 2632	0840.1	+30.0	5.1	13
MD45	Plakdale	Plakdale	0747.0	+14.1	1.3	1.3
MD46		NGC 2452	0741.8	+14.3	6.1	20
MD47		NGC 2422	0736.6	+14.7	4.4	20
MD48		NGC 2548	0813.8	5.0	5.8	40
MD49		NGC 4472	1229.8	0.0	8.4	8
MD50		NGC 2353	0703.2	+6.3	6	8
MD51	Whirlpool	NGC 5191	1329.9	+47.2	8.1	11
MD52		NGC 7054	2521.2	+01.6	7	12
MD53		NGC 5024	1212.9	+18.2	8	10
MD54		NGC 6713	1858.1	+36.3	9	6
MD55		NGC 6806	1910.0	+31	7	15

128

A telescope on a tripod, labeled 'tasco', with no visible text or symbols on the instrument itself.

LIT.#: 9303350505

171.

Labeled diagram of a telescope on a tripod, showing numbered parts for identification.

Technical line drawing of a mechanical assembly with labeled components (no text or symbols present)

LISTA DE PEÇAS

JUPITER fifth planet from sun.

Largest planet in solar system.

16 moons. Orbit is 11.86 years.

Diameter 143,000 km. Named for roman king of gods.

185.

Octans - Oitante (Oct)

Puppis – Popa do Navio (Pup)

Pyxis - Büssola (Pyx)

Reticulum - Reticulo (Ret)

Sagitta - Flecha (Sge)

Sculptor – Escultor (Sc

134.28	Uganda
134.27	Uganda
135.90	Dai
135.90	Dai
136.00	Zea
136.01	Puma
137.24	Kappoi
137.25	R
137.26	S
137.27	R
137.28	R
137.29	R
137.30	R
137.31	R
137.32	R
137.33	R
137.34	R
137.35	R
137.36	R
137.37	R
137.38	R
137.39	R
137.40	R
137.41	R
137.42	R
137.43	R
137.44	R
137.45	R
137.46	R
137.47	R
137.48	R
137.49	R
137.50	R
137.51	R
137.52	R
137.53	R
137.54	R
137.55	R
137.56	R
137.57	R
137.58	R
137.59	R
137.60	R
137.61	R
137.62	R
137.63	R
137.64	R
137.65	R
137.66	R
137.67	R
137.68	R
137.69	R
137.70	R
137.71	R
137.72	R
137.73	R
137.74	R
137.75	R
137.76	R
137.77	R
137.78	R
137.79	R
137.80	R
137.81	R
137.82	R
137.83	R
137.84	R
137.85	R
137.86	R
137.87	R
137.88	R
137.89	R
137.90	R
137.91	R
137.92	R
137.93	R
137.94	R
137.95	R
137.96	R
137.97	R
137.98	R
137.99	R
137.00	R
137.01	R
137.02	R
137.03	R
137.04	R
137.05	R
137.06	R
137.07	R
137.08	R
137.09	R
137.10	R
137.11	R
137.12	R
137.13	R
137.14	R
137.15	R
137.16	R
137.17	R
137.18	R
137.19	R
137.20	R
137.21	R
137.22	R
137.23	R
137.24	R
137.25	R
137.26	R
137.27	R
137.28	R
137.29	R
137.30	R
137.31	R
137.32	R
137.33	R
137.34	R
(137.35)	R
(137.36)	R
(137.37)	R
(137.38)	R
(137.39)	R
(137.40)	R
(137.41)	R
(137.42)	R
(137.43)	R
(137.44)	R
(137.45)	R
(137.46)	R
(137.47)	R
(137.48)	R
(137.49)	R
(137.50)	R
(137.51)	R
(137.52)	R
(137.53)	R
(137.54)	R
(137.55)	R
(137.56)	R
(137.57)	R
(137.58)	R
(137.59)	R
(137.60)	R
(137.61)	R
(137.62)	R
(137.63)	R
(137.64)	R
(137.65)	R
(137.66)	R
(137.67)	R
(137.68)	R
(137.69)	R
(137.70)	R
(137.71)	R
(137.72)	R
(137.73)	R
(137.74)	R
(137.75)	R
(137.76)	R
(137.77)	R
(137.78)	R
(137.79)	R
(137.80)	R
(137.81)	R
(137.82)	R
(137.83)	R
(137.84)	R
(137.85)	R
(137.86)	R
(137.87)	R
(137.88)	R
(137.89)	R
(137.90)	R
(137.91)	R
(137.92)	R
(137.93)	R
(137.94)	R
(137.95)	R
(137.96)	R
(137.97)	R
(137.98)	R
(137.99)	R
(137.00)	R
(137.01)	R

198.

Umpelion 1937.0	281.1	-	-	-
Compania 1937.0	158.7	-46.7	5.6	10
Eurigues 1937.0	158.7	-46.7	5.6	10
Zara CER	158.4	18.6	5.6	10
Zara CER	158.4	18.6	5.6	10
Zara CER	158.4	18.6	5.6	10
Zara CER	158.4	18.6	5.6	10
Zara CER	158.4	18.4	5.6	10
Zara CER	158.4	18.4	5.6	10
Zara CER	158.4	18.4	5.6	10
Zara CER	158.4	18.4	5.6	10
Zara CER	158.4	18.3	5.6	10
Zara CER	158.4	18.3	5.6	10
Zara CER	158.4	18.3	5.6	10
Zara CER	158.4	18.3	5.6	10
Zara CER	158.4	18.2	5.6	10
Zara CER	158.4	18.2	5.6	10
Zara CER	158.4	18.2	5.6	10
Zara CER	158.4	18.2	5.6	10
Zara CER	158.4	18.1	5.6	10
Zara CER	158.4	18.1	5.6	10
Zara CER	158.4	18.1	5.6	10
Zara CER	158.4	18.1	5.6	10
Zara CER	158.4	18.0	5.6	10
Zara CER	158.4	18.0	5.6	10
Zara CER	158.4	18.0	5.6	10
Zara CER	158.4	18.0	5.6	10
Zara CER	158.4	18.9	5.6	10
Zara CER	158.4	18.9	5.6	10
Zara CER	158.4	18.9	5.6	10
Zara CER	158.4	18.9	5.6	10
Zara CER	158.4	18.8	5.6	10
Zara CER	158.4	18.8	5.6	10
Zara CER	158.4	18.8	5.6	10
Zara CER	158.4	18.8	5.6	10
Zara CER	158.4	18.7	5.6	10
Zara CER	158.4	18.7	5.6	10
Zara CER	158.4	18.7	5.6	10
Zara CER	158.4	18.7	5.6	10
Zara CER	158.4	18.6	5.6	10
Zara CER	158.4	18.6	5.6	10
Zara CER	158.4	18.6	5.6	10
Zara CER	158.4	17.6	5.6	10
Zara CER	158.4	17.6	5.6	10
Zara CER	158.4	17.6	5.6	10
Zara CER	158.4	17.6	5.6	10
Zara CER	158.4	16.6	5.6	10
Zara CER	158.4	16.6	5.6	10
Zara CER	158.4	16.6	5.6	10
Zara CER	158.4	16.6	5.6	10
Zara CER	158.4	15.6	5.6	10
Zara CER	158.4	15.6	5.6	10
Zara CER	158.4	15.6	5.6	10
Zara CER	158.4	15.6	5.6	10
Zara CER	158.4	14.6	5.6	10
Zara CER	158.4	14.6	5.6	10
Zara CER	158.4	14.6	5.6	10
Zara CER	158.4	14.6	5.6	10
Zara CER	158.4	13.6	5.6	10
Zara CER	158.4	13.6	5.6	10
Zara CER	158.4	13.6	5.6	10
Zara CER	158.4	13.6	5.6	10
Zara CER	158.4	12.6	5.6	10
Zara CER	158.4	12.6	5.6	10
Zara CER	158.4	12.6	5.6	10
Zara CER	158.4	12.6	5.6	10
Zara CER	158.4	11.6	5.6	10
Zara CER	158.4	11.6	5.6	10
Zara CER	158.4	11.6	5.6	10
Zara CER	158.4	11.6	5.6	10
Zara CER	158.4	10.6	5.6	10
Zara CER	158.4	10.6	5.6	10
Zara CER	158.4	10.6	5.6	10
Zara CER	158.4	10.6	5.6	10
Zara CER	158.4	9.6	5.6	10
Zara CER	158.4	9.6	5.6	10
Zara CER	158.4	9.6	5.6	10
Zara CER	158.4	9.6	5.6	10
Zara CER	158.4	9.6	1.1	10
Zara CER	158.4	9.6	1.1	10
Zara CER	158.4	9.6	1.1	10
Zara CER	158.4	9.6	1.1	10
Zara CER	158.4	9.6	1.1	10, 10
Zara CER	158.4	9.6	1.1	10
Zara CER	158.4	9.6	1.1	10
Zara CER	158.4	9.6	1.1	10
Zara CER	158.4	9.6	1.1	10

ST621 SX SX SCO 1747.5 35.7 8.5 * Soo extra varied

ST022	G1 GSCO 17.495	37.12.2" Sdn estela
ST023	S Y OPII 17.526	-6.2 6" Oph estela vastrel
ST024	Xi	Xi DRA	17.53.5	-16.9	3.8	"	Dra
ST025	Gamma	Gamma DRA	17.56.6	-21.2	2.2	"	Dru
ST06a	Surband Star		17.57.8	-10.34	3.9	Scluar	Oph
ST062	Is003		17.59.1	-30.16	3	8°	Sgr
ST063	3018		18.00.0	-90.0	5.7	20°	Dra
ST028	5°		18.01.5	21.36	4.3	6°	Dra
ST030	Tun		18.03.1	5.2	3.2	1.8°	Oph
ST061	2°		18.05.3	-22.30	5	8°	Oph
ST031	Theta		18.06.6	-90.1	3.7	"	Ara
ST033	100		18.07.8	-26.06	5.9	14°	Hcr
ST034	W		18.14.9	-36.7	7.3	"	Lpr
ST035	Ela		18.17.6	-36.4	3.1	"	Sgr
ST036	Koppi		18.19.9	-36.1	4.3	"	Lpr
ST037	Delta		18.21.0	-29.8	2.7	"	Sgr
ST038	2008		18.22.2	13.05	7.9	20°	Scl
ST039	Xi		18.23.2	-31.4	4.8	"	Pwr
ST040	5°		18.24.5	-38.48	4.9	4°	Dra
ST041	21		18.25.5	-30.5	2.9	10°	Sgr
ST042	Alpha		18.27.0	46	3.2	6°	Ldr
ST043	20		18.27.2	-20.12	3.2	4°	Ssr
ST044	Lambda		18.28.0	-33.4	2.8	"	Sgr
ST045	SS		18.30.4	-16.9	9	"	Sgr
ST046	Delta		18.31.8	45.8	5	11°	Ldr
ST047	7		18.32.5	-37.6	7.8	"	Lpr
ST018	Koppi		18.33.5	-38.49	6.9	31°	Cr4
ST061	314		18.35.9	-22.16	6	16°	Dra
ST050	Alpha		18.35.2	8.2	3.8	"	Scl
ST051	O 358		18.35.5	23.36	6.3	3.7°	Ha
ST052	O 358		18.35.8	17.0	6.8	1.6°	Ha
ST053	Vega		18.36.9	-20.47	0	stelar	Lpr
ST054	X		18.36.5	-30.8	5.9	"	Oph
ST055	LK		18.37.0	-37.0	9.5	"	Lsr
ST064	3998		18.37.0	-29.6	6	13°	Dra
ST065	Epilose		18.38.3	-39.40	4.7	3°	Lpr
ST066	Zeta		18.38.8	-37.36	5.4	14°	Lpr
ST059	2377		18.40.5	-35.39	6.2	2°	Ssa
ST060	5		18.40.5	-30.38	5.8	13°	Aql
ST061	B		18.41.5	-36.82	1.9	Stelar	Sct
ST062	Set		18.41.0	-35.22	3.3	12°	Lpr
ST063	S		18.42.0	7.9	6.4	14.1°	Scl
ST064	2484		18.42.8	-10.39	8.9	4°	Aql
ST065	Omlonoi		18.43.0	-19.22	4.9	33°	Dru
ST066	Delta		18.43.5	-36.5	4.9	"	Cgg
ST067	O 525		18.43.9	13.28	6	45°	Lpr
ST068	Sigma		18.44.9	26.3	2	"	Sgr
ST069	I3		18.45.5	-43.9	3.9	4°	Lpr
ST070	Theta		18.46.5	-38.11	4.1	37°	Ssr
ST071	AL2811521		18.47.0	-32.5	5.4	1°	Lpr
ST072	2422		18.47.1	-26.2	8	0.7°	Lpr
ST073	CV		18.48.6	-45.4	6.6	"	Aql
ST074	2426		18.48.0	-42.33	7.1	10°	Aql
ST075	Ier3114		19.01.1	-37.65	6.6	13°	Ca
ST076	b5082		19.01.1	19.34	6	7°	Sgr
ST077	V		19.04.4	-35.41	6.6	Stelar	Aql
ST078	I5		19.05.0	-34.68	5.5	38°	Aql
ST079	Gamma		19.06.7	-32.00	5.5	3°	Aql
ST080	R		19.07.4	-20.14	7.2	Stelar	Aql
ST081	2449		19.08.6	-37.09	7.2	8°	Aql
ST082	2474		19.09.1	-34.35	6.3	16°	Lpr
ST083	2486		19.12.1	-49.51	6.6	5°	Cgg
ST084	O 150		19.13.5	-35.2	5.7	80°	Aql
ST085	Dru		19.15.5	-75.4	4.5	"	Dru
ST086	22°		19.16.5	-33.2	6°	"	Sgr
ST087	U		19.18.8	-9.32	6.6	Stelar	Sgr
ST088	V1922		19.19.2	-15.9	6.9	"	Sgr
ST089	UX		19.20.2	-76.34	5.9	Stelar	Dru
ST090	RR		19.22.5	-42.47	7.1	Stelar	Lpr
ST091	2525		19.23.6	-27.3	8.1	"	Mnl
ST092	b111		19.27.8	-26.1	5.7	70°	Edl
ST093	Alpha		19.28.7	-24.7	4.4	"	Vcl
ST094	Albino		19.30.6	-18.0	3	35°	Cgg
ST095	Ma		19.34.1	-59.4	4.5	"	Aql

INDICE DE CATALOGO

199.

6205 105839 AM

4
ST056 AQ AQ3GR 1924.3 16.4 9.1 * Sgr estela rivalve.

ST608	UN64		19.91	-16.31	6,0	28"	Spz	estrela batana colorista
ST609	M1		19.92	-16.3	5,5	38"	Spz	estrela batana
ST700	T7		19.93	132.6	7,8	*	Cyp	estrela rativel
ST701	I6		19.94	-40.32	8	39"	Cyp	estrela batana de magnitude contratante
ST702	Della		19.95	-40.08	2,9	3"	Cyp	estrela batana de magnitude contratante
ST703	O (VI)		19.96	-39.81	6	39"	Cyp	estrela batana colorista
ST704	Gumma		19.97	-10.6	2,7	*	Aqi	estrela
ST705	I7		19.98	-33.44	5	26"	Cyp	estrela batana de magnitude contratante
ST706	Della	SCE	19.99	-18.8	3,8	*	Cyp	estrela
ST707	Epsilon		19.99	-20.16	3,6	3"	Dra	estrela batana de magnitude contratante
ST708	FI		19.99	-11.0	6,1	2,4"	Aqi	estrela batana desalfo
ST709	Zeta		19.99	-19.09	5	9"	Spz	estrela batana
ST710	Chi		19.99	Cyp. eschela rativel
ST711	Aliir		19.99	-28.82	5,8	*	Aqi	strela
ST712	I6c		19.99	-101.0	5,8	*	Aqi	estrela rativel
ST713	S7		19.99	-68.14	5,7	36"	Aqi	estrela bismia
ST714	Beta		19.99	-68.4	5,7	3"	Aqi	estrela batana
ST715	Pei		19.99	-42.78	4,9	3"	Cyp	estrela batana de magnitude contratante
ST716	IR		19.99	-29.2	5,5	*	Sgr	estrela rativel
ST717	RQ		19.99	-41.8	6	*	Spz	estrela rativel
ST718	Gamma		19.99	-19.5	3,5	*	Spz	strela rativel
ST719	BT		19.99	-21.1	5,5	*	Spz	estrela rativel
ST720	b1DU		19.99	-38.19	2,6	29"	Cyp	estrela batana colorista
ST721	X		19.99	-10.7	7	*	Spz	estrela rativel
ST722	N7		19.99	-47.2	7	*	Spz	estrela rativel
ST723	Kappa		19.99	-27.35	4,5	3"	Cyp	estrela batana de magnitude contratante
ST724	Theta		19.99	-27.05	6,4	17"	Spz	estrela tripla
ST725	KI		19.99	-136.0	8,5	*	Cyp	estrela rativel
ST726	GI		19.99	-120.5	9,5	*	Spz	nucleus phaseLiria irregular
ST727	2644		19.99	-102.32	6,8	3"	Aqi	estrela batana de magnitude
ST728	Ro		19.99	-36.57	6,5	*	Cyp	estrela
ST729	2658		19.99	-23.07	7,1	8"	Cyp	estrela bismia
ST730	Omicroni	CVS	19.99	-36.7	3,8	*	Cyp	estrela
ST731	RT		19.99	-21.3	5,9	*	Cyp	estrela rativel
ST732	Alpha		19.99	-12.8	4,2	41"	Cyp	strela
ST733	RT		19.99	-39.4	6	*	Spr	estrela rativel
ST734	P		19.99	-39.02	3	56"	Cyp	estrela rativel
ST735	Alpha		19.99	-22.2	3,8	7"	Cyp	estrela quadrupla
ST736	2671		19.99	+35.23	6	4"	Cyp	estrela bismia
ST737	U		19.99	-27.8 5,9 * Cyp eschela rativel
ST738	Beta		19.99	-24.8	3,6	3"	Cyp	estrela batana
ST739	S6		19.99	-32.2 4,4 * Cyp eschela
ST740	Penack		19.99	-36.2	1,9	*	Aqi	strela
ST741	Pi		19.99	-18.3	5,3	3"	Cyp	estrela batana de magnitude contratante
ST742	Omicron		19.99	-18.75	6,1	19"	Cyp	estrela batana
ST743	I8		19.99	-32.18	5,5	3"	Cyp	estrela batana de magnitude contratante
ST744	V		19.99	-40.13 -48.7 7,7 * Cyp eschela rativel
ST745	Danbo		19.99	-49.12	1,3	*	Cyp	strela
ST746	S2		19.99	-30.7	1,2	6"	Cyp	estrela batana
ST747	Gamma		19.99	-16.07	4,3	30"	Dra	strela batana
ST748	Lumula		19.99	-36.0	4,9	6,9"	Cyp	estrela batana, decafia
ST749	3		19.99	-34.7	4,4	*	Aqi	estrela rativel varrecha
ST750	S765		19.99	-38.11	6,7	16"	Cyp	estrela bismia
ST751	4		19.99	-36.6	6,6	0,8"	Aqi	estrela batana desalfo
ST752	Omega		19.99	-26.5	4,1	*	Cyp	strela
ST753	Epilon		19.99	-40.18	5,2	*	Equi	estrela tripla, decafia
ST754	2751		19.99	-36.7	6,1	1,5"	Cyp	estrela bismia, decafia
ST755	2		19.99	-37.11	7,4	3"	Equi	estrela bismia de zesuma magnitude
ST756	Dunlop235		19.99	-45	6	37"	Mai	strela batana
ST757	Lumula		19.99	-47.2	7,4	3"	Equi	estrela bismia
ST758	I2		19.99	-35.49	5,9	3"	Aqi	estrela batana desalfo
ST759	AI		19.99	-43.9	5,7	*	Cyp	strela
ST760	SL		19.99	-38.39	5,2	29"	Cyp	estrela batana
ST761	S4		19.99	-27.0	4,9	*	Cyp	nucleus phaseLiria - estirlar
ST762	T		19.99	-46.8	5,2	*	Cyp	estrela rativel
ST763	Gamma		19.99	-40.1	1,7	6"	Equi	estrela batana
ST764	2780		19.99	-48.0	5,6	2,0"	Cyp	estrela bismia, decafia
ST765	Delta		19.99	-10.02	4,6	48"	Equi	estrela bismia de magnitude contratante
ST766	Theta		19.99	-23.5	4,5	6"	Lncs	estrela batana
ST767	RI		19.99	-20.0	4,8	*	Aqi	estrela rativel
ST768	Y		19.99	-39.7	6,6	*	Equi	estrela
ST769	Beta		19.99	-20.33	3,3	3"	Cyp	estrela batana de magnitude contratante
ST770	S		19.99	-28.35	5,4	56"	Cyp	estrela rativel varrecha

200.

S1771	2616
S1772	V650
S1773	55
S1774	69
S1775	Mu
S1776	Gallpore
S1777	Lundala
S1778	AG
S1779	2640
S1780	2841
S1781	GX
S1782	2873
S1783	29a
S1784	29
S1785	XI
S1786	O-60
S1787	Lundala
S1788	AL-Mai
S1789	2483
S1790	Zeta
S1791	h1766
S1792	q1
S1793	I
S1794	Alpha
S1795	2894
S1796	45
S1797	S
S1798	n3
S1799	Deka
S1800	Krausslo
S1801	Zena
S1802	Zelda
S1803	5
S1804	Deka2
S1805	37
S1806	Roost
S1807	R
S1808	I
S1809	Zeca
S1810	Caul
S1811	2917
S1812	Toro
S1813	2590
S1814	h1813
S1815	Lundala
S1816	Fumclout
S1817	52
S1818	Schaat
S1819	Drapep36
S1820	2928
S1821	Pb
S1822	Phi
S1823	Pb13
S1824	94
S1825	Drapop219
S1826	99
S1827	Z
S1828	Gamma
S1829	Beta
S1830	R
S1831	E27
S1832	73
S1833	M412
S1834	d1812
S1835	R
S1836	Sigma

	21.30.0	17.29	5,6	12"	Cup	estula dicta
V460 CYG	21.42.0	35.3	5,6	"	Cup	estula estariel
	21.42.7	+13.35	8,2	Stear	Cup	estula estariel
RV CYS	21.45.3	+30.0	7,1	"	Cup	estula estariel
Badale Grandite	21.45.5	158.47	3,4	Stear	Cup	estula estariel vermelha
	21.44.2	+59.32	2,3	83"	Peg	estula bintaria de magnitilde contraini
Lambela OGCT	21.45.9	+82.2	3,4	3"	Oui	estula bintaria
AG PEG	21.41.0	+12.6	6	"	Peg	estula estariel
	21.52.0	155.47	5,2	10"	Cup	estula bintaria
Steuve 2N41	21.54.3	19.7	6,4	22"	Peg	estula bintaria
RX PEG	21.56.7	+22.0	6	"	Peg	estula estariel
	21.56.5	+82.11	2,1	10"	Cup	estula bintaria de mesura magnitilde
B 270	22.00.0	+24.27	5,8	2.9"	Peg	estula bintaria
5 BG2	22.02.5	+16.38	7,2	4"	Agr	estula bintaria de mesura magnitilde
17 Cgs 2N63	22.03.8	+64.38	4,3	8"	Cup	estula bintaria
OG Nave 4N41	22.03.9	+9.8	6,7	11.3"	Cup	estula bintaria
Lambela GRU	22.06.1	+9.5	4,5	"	Gau	estula
Alpha Gua	22.08.2	+40.58	1,7	Stear	Gau	estula
	22.10.7	+10.07	3,0	10"	Cup	estula bintaria
Zeta CEP	22.10.9	+8.7	3,2	"	Cup	estula bintaria
b156	22.15.9	+9.2	5,3	10"	Iac	estula bintaria
	22.14.5	21.04	5,3	3"	Agr	estula bintaria colorida
1 LAC	22.16.0	+37.2	4,1	"	Iac	estula
Alpha TTC	22.18.5	+60.2	2,9	5"	Tin	estula
	22.18.9	+57.46	6,1	16"	Iac	estula bintaria colorida
PI GRU	22.25.1	+5.8	5,4	2.7"	Gau	estula bintaria
5 GRU	22.26.1	+48.4	6	"	Gau	estula estariel
	22.26.6	+16.49	6,5	3"	Agr	estula bintaria de mesura magnitilde
Delta TTC	22.27.3	+61	4,1	7"	Tin	estula
Kuoger 05	22.28.1	+17.7	9,8	3"	Cup	estula bintaria
	22.28.8	30.01	4,3	2"	Agr	estula bintaria colorida
	22.29.2	+38.25	3,8	20"	Cup	estula bintaria colorida
5 LAC	22.29.5	+17.7	3,4	5"	Iac	estula
Delbe GSKU	22.29.8	+13.7	4,1	15"	Gau	estula varied vermelha
37 PEG	22.30.0	+64.4	3,8	3"	Peg	estula bintaria coloride
	22.30.2	+39.46	5,8	43"	Iac	estula quadrupla
	22.30.9	+39.38	6,1	23"	Iac	estula bignia
11 LAC	22.30.5	+43.3	5,3	"	Iac	estula
Beta GRU	22.42.7	+46.8	2,1	"	Gau	estula
Baut AQR	22.47.7	+44.1	5,7	25"	Agr	estula bintaria
Steuve 2N42	22.49.0	+38.6	7	1.3"	Cup	estula bintaria
Tanz AQR	22.49.6	+13.6	4	10"	Agr	estula
Steuve 2N50	22.51.5	+61.7	6,1	1.7"	Cup	estula bintaria
	22.51.8	+41.19	7,1	82"	Iac	estula quadrupla
Lambela SOB	22.52.6	+7.6	5,7	"	Agr	estula
Alpha Pro	22.53.6	+29.37	5,2	"	Peg	estula
52 PEG	22.59.2	+11.7	6,1	9"	Peg	estula bintaria
Beta PEG	23.03.8	+28.1	2,6	"	Gau	estula bintaria
Dunlop 546	35.07.3	+90.7	6,1	9"	Gau	estula bintaria
	35.07.9	+62.49	6,3	8"	Peg	estula bintaria
PI CEP	23.07.9	+75.4	1,6	1.2"	Cup	estula bintaria coloride
PH AQR	23.14.5	+6	4,2	"	Agr	estula varied strucella
Pe3 AQS	23.19.0	+9.6	5	1.6"	Agr	estula bintaria
	23.19.1	+13.38	5,1	13"	Agr	estula bintaria colorida
Dunlop 219	23.25.9	+53.5	6,5	2"	Gau	estula bintaria
99 AQR	23.26.0	20.6	4,4	"	Agr	estula
	23.25.7	+48.49	8	Stear	And	estula varied
Gamma CEP	23.33.3	+57.6	5,2	"	Cup	estula
Theca PHE	23.33.9	+46.6	6,6	4"	Peg	estula bintaria
	23.43.8	+15.7	5,8	Stear	Agr	estula varied
	23.46.0	+18.41	5,3	2"	Agr	estula bintaria de mesura magnitilde
19 Pac	23.46.4	+63.29	8,9	Stear	Peg	estula varied vermelha
	23.51.0	+37.59	7,6	5"	And	estula bintaria de mesura magnitilde
	23.54.4	+27.05	6,9	7"	Sed	estula bintaria
	23.56.4	+71.24	6,7	Stear	Cup	estula varied
	23.59.0	+53.49	5,9	3"	Cus	estula bintaria colorida

NOTE

202.

tasco®

For further questions or additional information please contact:

Tasco Performance Optics

8500 Marshall Drive

Lenexa, Kansas 66214

[phone] • www.Tasco.com