Meade 1697 User Manual Part 2
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APPENDIX B: ALIGNMENT STAR LIBRARY AND STAR CHARTS:
1. Alignment Stars
The CDS utilizes 33 bright and well-known stars to calibrate the telescope’s Object Library during the
computerized alignment process. These stars were selected to allow observers from anywhere in the world
on any given night, to be able to easily and quickly make precision alignments. The CDS Alignment Star
Library and Star Charts are listed below for your reference:
CDS ALIGNMENT STAR LIBRARY
STAR NAME STAR # MAGNITUDE CONSTELL R/A DEC.
ACHERNAR 13 0.5 ERIDANUS 01 37.7 -57 14
ACRUX A 121 1.3 CRUX 12 26.6 -63 06
ALBIREO 223 3.1 CYGNUS 19 30.8 +27 58
ALKAID 140 1.9 URSA MAJOR 13 47.6 +49 19
ALDEBARAN 33 0.9 TAURUS 04 35.9 +16 31
ALNILAM 50 1.7 ORION 05 36.2 -01 12
ALPHARD 95 2.0 HYDRA 09 27.6 -08 39
ALPHEKKA 165 2.2 CORONA BOR. 15 35.5 +26 43
ALTAIR 226 0.8 AQUILA 19 50.8 +08 52
ANTARES 177 0.9 SCORPIUS 16 29.5 -26 26
ARCTURUS 147 0.0 BOOTES 14 15.7 +19 11
BETELGUESE 56 0.4 ORION 05 55.2 +07 25
BOGARDUS 58 2.6 AURIGA 05 59.8 +37 13
CANOPUS 63 -0.7 CARINA 06 24.0 -52 42
CAPELLA 42 0.1 AURIGA 05 16.6 +46 00
CASTOR A 78 1.9 GEMINI 07 34.6 +31 53
DENEB 232 1.3 CYGNUS 20 41.5 +45 17
DENEBOLA 114 2.1 LEO 11 49.1 +14 34
DIPHDA 8 2.0 CETUS 00 43.6 -17 59
ENIF 238 2.4 PEGASUS 21 44.2 +09 53
FOMALHAUT 247 1.2 PISCES AUST. 22 57.7 -29 38
HADAR 144 0.6 CENTAURUS 14 03.9 -60 24
HAMAL 17 2.0 ARIES 02 07.2 +23 28
MARKAB 249 2.5 PEGASUS 23 04.8 +15 12
MIRA 20 2.1 CETUS 02 19.4 -02 58
POLARIS 19 2.0 URSA MINOR 02 14.7 +89 17
POLLUX 81 1.1 GEMINI 07 45.4 +28 02
PROCYON 80 0.4 CANIS MINOR 07 39.3 +05 14
REGULUS 100 1.4 LEO 10 08.5 +11 58
RIGEL 41 0.1 ORION 05 14.6 -08 12
SIRIUS 67 -1.5 CANIS MAJOR 06 45.2 -16 43
SPICA 138 1.0 VIRGO 13 25.2 -11 10
VEGA 214 0.0 LYRA 18 37.0 +38 47
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Aldebaran
Betelgeuse
Rigel
Sirius
Overhead
Aldebaran
Betelgeuse
Rigel
Sirius
Overhead
Polaris
Alkaid
Aldebaran
Betelgeuse
Rigel
Sirius
Overhead
Polaris
Alkaid
Overhead
Alkaid
2. Star Charts (for Northern Hemisphere Observers)
SOUTHEAST
January 7:00 to 9:00
SOUTHWEST
March 7:00 to 9:00
SOUTH
February 7:00 to 9:00
NORTH
April 7:00 to 9:00
NORTH
May 7:00 to 9:00
NORTH
June 7:00 to 9:00
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Polaris
Alkaid
Overhead
Vega
Deneb
Polaris
Alkaid
Overhead
Vega
Deneb
Overhead
Vega
Deneb
Altair
Polaris
Alkaid
Overhead
Vega
Deneb
Overhead
Deneb
Aldebaran
Rigel
Overhead
NORTH
July 7:00 to 9:00
NORTH
September 7:00 to 9:00
NORTH
August 7:00 to 9:00
NORTH
October 7:00 to 9:00
NORTHWEST
November 7:00 to 9:00
SOUTHEAST
December 7:00 to 9:00
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APPENDIX C: #1697 CDS 64,359-Object Library
1. Overview: 64,359 Object Library
The CDS 64,359-Object Library is a collection of the most studied and fantastic objects in the sky.
This library consists of the following object databases:
• 110 Messier objects.
• 351 bright stars, interesting double stars and Sigma Octans (the southern star) in the star .
• 15,928 SAO (Smithsonian Astrophysical Observatory) Catalog of Stars: all stars brighter than 7th
magnitude.
• 21,815 GCVS (General Catalog of Variable Stars) objects: complete catalog.
• 7,840 NGC (New General Catalog*) objects: complete catalog.
• 5,386 IC (Index Catalog*) objects: complete catalog.
• 12,921 UGC (Uppsala General Catalog) galaxies: complete catalog.
• 8 Major Planets and the Moon.
2. Accessing the Object Databases
A. Messier Catalog:
1. Press the M key.
2. Enter the number of the desired Messier object and press ENTER.
3. Object information will appear on the display.
B. Planets and Moon:
The CDS calculates the orbital positions of the Moon and the eight major planets for the current calendar
date. To access the Moon or a planet, press the STAR key and enter the appropriate number as
indicated below:
OBJECT LIBRARY PLANET LEGEND
PLANET MERCURY VENUS MOON MARS JUPITER SATURN URANUS NEPTUNE PLUTO
STAR # 901 902 903 904 905 906 907 908 909
C. Star, SAO and GCVS Catalogs:
1. Press the STAR key on the Hand Controller, then press ENTER.
2. Use the PREV and NEXT keys to cycle through the following options:
NAME Alphebetical listing of 33 bright alignment stars.
STAR 250 brightest stars, 100 interesting double stars and Sigma Octans (the southern hemisphere).
The list of stars begins on page 27.
SAO The Smithsonian Astrophysical Observatory catalog of stars (all stars brighter than 7th
magnitude).
GCVS The General Catalog of Variable Stars (complete catalog). Variable stars from the GCVS are
entered using a six digit number. The first two digits, refer to the constellation where the
variable star is located and is listed in the table below. The next four digits are assigned
sequentially within each constellation according to the standard sequence of variable-star
designations (R, S, ...). Therefore, the first variable star in the constellation of Virgo would be
entered as: 860001.
3. Press Enter when the desired catalog is selected. An arrow will appear to the right of the selected
catalog.
4. Press MODE to activate the curser. Using the keypad, enter the number of the desired selection
into the Hand Controler and press ENTER. The object information of the selected object then appears
on the screen.
* NGC 2000 and IC databases are copyrighted by Sky Publishing Corporation and used with their permission.
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D. CNGC, IC, and UGC catalogs:
1. Press the CNGC key on the Hand Controller, then press ENTER.
2. Use the PREV and NEXT keys to cycle through the following options:
NGC New General Catalog (complete catalog).
IC Index Catalog (complete catalog).
UGC Uppsala General Catalog (complete catalog).
3. Press Enter when the desired catalog is selected. An arrow will appear to the right of the selected
catalog.
4. Press MODE to activate the curser. Using the keypad, enter the number of the desired selection
into the Hand Controler and press ENTER. The object information of the selected object then appears
on the screen.
The CDS “remembers” the database you last accessed. Each time you press the CNGC key, the same
object database will be displayed on the first line of the Keypad display. To change databases, press ENTER
to bring up the database menu.
3. The Meade CNGC* Catalog
You will notice that the Messier (M) objects, and the NGC objects have been incorporated into the Meade
Instruments CNGC listing. CNGC stands for “Computerized New General Catalog of Non-Stellar
Astronomical Objects”. The CNGC is an enhancement from the RNGC (Revised New General Catalog)
in many ways. Angular sizes are given in arc-seconds on the CNGC listing, and in a convenient scaled
format on the CDS Keypad Display.
The complete CNGC contains 7,840 objects, most of which appear in the RNGC (Revised New General
Catalog) with the same number. More than 400 objects were added to the RNGC to create the CNGC. Most
of these “should have been” in the RNGC in the sense that they are bright and large enough to have been
included.
The CNGC is enhanced from the RNGC in many ways. Angular sizes are given in arc-seconds on the
CNGC listing, and in a convenient scaled format on the CDS display. Magnitudes are given to 0.1
magnitude where possible.
The coordinates in the CNGC listing are listed for the year 2000. The CDS calculates object positions upon
power up to the current date (as shown on the time/date display). This makes the CDS pointing more
accurate. Therefore, the CNGC listing and the CDS display will not exactly agree on object positions.
Objects have been assigned a “Visual Quality Rating”, henceforth called VQ. A large number of VQs have
been obtained by direct visual observations the objects. To make the VQs as useful as possible, all
observations have been made with the same telescope and eyepiece under essentially identical observing
conditions. A higher power eyepiece was used only for very small objects. Your “Visual Quality Rating” of
a particular object will vary, largely due to sky conditions.
If the object has been rated by observation, an upper-case character (ABCDEFG) is used for the VQ on the
CNGC listing. If the object has not been observed, the VQ has been estimated by a computer program from
the object type, size, and brightness and the VQ is specified in lower-case characters (abcdefg). The VQs
for visually-rated objects are a considerably more consistent guide to observability and appearance than
either the computed VQs or an examination of the type, magnitude, and size data.
All, or very nearly all, of the objects in the CNGC are visible with the standard instrumentation and observing
conditions used to obtain the visual quality ratings. It is a good indication of what can be expected with
similar equipment by experienced deep-sky observers in excellent sky conditions. Naturally smaller
telescopes and/or less optimal observing conditions will lower the apparent quality of all objects.
* The Meade CNGC Catalog is copyright by Meade Instruments Corporation.
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The following guide to VQs was used in the visual observing process.
SUPER Very bright object with very interesting shape or structure.
Bright object with very interesting shape or structure.
EXCEL OR
Very bright object with moderately interesting shape or structure.
Bright object with moderately interesting shape or structure.
V GOOD OR
Very bright object with little or no interesting shape or structure.
Easy to see without averted vision with some interesting shape or structure.
GOOD OR
Bright object, but little or no interesting shape or structure.
FAIR Easy to see without averted vision, but little or no interesting shape or structure.
POOR Easy to see with averted vision. Often borderline visible without averted vision.
V POOR A struggle to see with careful use of averted vision.
Not yet rated AND missing information for computer estimate.
(none) OR
Could not see despite careful use of averted vision.
The following is a description of the format of the optional CNGC listing for each object:
COLUMN NAME DESCRIPTION
1 CNGC # CNGC 0001 through CNGC 7840
2 RA Right Ascension
3 DEC Declination
4 SIZE Size of object (arc-seconds)
5 MAG Magnitude (-5.5 through 19.9)
6 TYPE Type of object
7 * * means object is not in the RNGC
8 ALT CAT Alternate catalog name and number
9 VQ Visual Quality Rating (abcdefg ) or (ABCDEFG)
10 TAGS Object Type # (0-F) : S = Sky-Cat : T = Tirion
11 COMMENTS Name, comments, other information
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The following types are distinguished in the CNGC.
TYPE LEGEND DESCRIPTION
0 None Unverified Southern Object
1 OPEN Open Cluster
2 GLOB Globular Cluster
3 DNEB Diffuse Nebula
4 PNEB Planetary Nebula (or SN Remnant)
5 GAL Galaxy
6 OPEN + DNEB Open Cluster + Diffuse Nebula
7 None Non-Existent Object
8 STAR Star
9 MULTI+STAR Multiple Star
A MULTI+GAL Multiple Galaxy (Usually Interacting)
B DNEB Dark Nebula in front of Diffuse Nebula
C GAL+OPEN Open Cluster in External Galaxy
D GAL+GLOB Globular Cluster in External Galaxy
E GAL+DNEB Diffuse Nebula in External Galaxy
F GAL+OPEN+DNEB Open Cluster + Diffuse Nebula in Galaxy
S Object is also listed in the Sky Catalogue 2000
T Object is also listed in the Tirion Sky Atlas 2000
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a. STAR CATALOG
STAR# RA DEC SIZE MAG TYPE & DESCRIPTION ALT NAME Q TAGS COMMON NAME/COMMENTS
* 1 00 08.3 +29 06 2.1v STAR B8.5p IV:(Hg+Mn) Alpha And 8 ST Alpheratz
* 2 00 09.2 +59 10 2.3v STAR F2 III-IV Beta Cas 8 ST Caph
* 3 00 13.2 +15 12 2.8v STAR B2 IV Gamma Peg 8 ST Algenib
* 4 00 25.7 -77 15 2.8v STAR G1 IV Beta Hyi 8 ST
* 5 00 26.3 -42 18 2.4v STAR K0 IIIb Alpha Phe 8 ST Ankaa
* 6 00 39.4 +30 52 3.3v STAR K3 III Delta And A 8 ST
* 7 00 40.5 +56 33 2.2v STAR K0 IIIa Alpha Cas 8 ST Shedir
* 8 00 43.6 -17 59 2.0v STAR G9.5 III Beta Cet 8 ST Diphda
* 9 00 56.7 +60 43 20 2.5v STAR B0 IVnpe(shell) + ? Gamma Cas 9 ST Marj B=8.8
* 10 01 06.1 -46 43 10 3.3v STAR G8 III Beta Phe AB 9 ST B=Similar mag & spectrum
* 11 01 09.8 +35 37 2.1v STAR M0 IIIa Beta And 8 ST Mirach
* 12 01 25.8 +60 15 2.7v STAR A5 IV Delta Cas 8 ST Ruchbah Ecl-Bin @759d
* 13 01 37.7 -57 14 0.5v STAR B3 Vnp (shell) Alpha Eri 8 ST Achernar
* 14 01 54.7 +20 49 2.6v STAR A5 V Beta Ari 8 ST Sharatan
* 15 01 58.7 -61 34 2.9v STAR A9 III-IVn Alpha Hyi 8 ST
* 16 02 04.0 +42 21 100 2.3v STAR K3 IIb + B9 V + A0 V Gamma And A 9 ST Almaak B=5.4 C=6.2
* 17 02 07.2 +23 28 2.0v STAR K2 IIIab Alpha Ari 8 ST Hamal
* 18 02 09.5 +34 59 3.0v STAR A5 IV Beta Tri 8 ST
* 19 02 14.7 +89 17 180 2.0v STAR F5-8 Ib + F3 V Alpha UMi A 9 ST Polaris B=8.2
* 20 02 19.4 -02 58 10 2.1v STAR M5.5-9 IIIe + Bpe Omicron Cet A 9 ST Mira B=9.5
* 21 02 58.3 -40 19 3.2v STAR A5 IV Theta Eri A 8 ST Acamar
* 22 03 02.3 +04 05 2.5v STAR M1.5 IIIa Alpha Cet 8 ST Menkar
* 23 03 04.8 +53 31 2.9v STAR G8 III + A2 V Gamma Per 8 ST
* 24 03 08.2 +40 58 2.1v STAR B8 V + F: Beta Per 8 ST Algol
* 25 03 24.4 +49 52 1.8v STAR F5 Ib Alpha Per 8 ST Mirphak
* 26 03 43.0 +47 48 3.0v STAR B5 IIIn Delta Per 8 ST
* 27 03 47.6 +27 06 2.9v STAR B7 IIIn Eta Tau 8 ST Alcyone
* 28 03 47.2 -74 15 3.2v STAR M2 III Gamma Hyi 8 ST
* 29 03 54.2 +31 54 130 2.9v STAR B1 Ib + B8 V Zeta Per A 9 ST B=9.2
* 30 03 57.8 +40 01 90 2.9v STAR B0.5 IV + B9.5 V Epsilon Per A 9 ST B=7.9
* 31 03 58.0 -13 30 3.0v STAR M0.5 III-IIIb Gamma Eri 8 ST Zaurak
* 32 04 34.0 -55 02 2 3.3v STAR A0p III:(Si) + B9 IV Alpha Dor AB 9 ST A=3.8 B=4.3
* 33 04 35.9 +16 31 0.9v STAR K5 III Alpha Tau A 8 ST Aldebaran
* 34 04 49.9 +06 57 3.2v STAR F6 V Pi^3 Ori 8 ST Hassaleh
* 35 04 57.0 +33 11 2.7v STAR K3 II Iota Aur 8 ST Ayn
* 36 05 02.0 +43 49 3.0v STAR A9 Iae + B Epsilon Aur A 8 ST Anz
* 37 05 05.5 -22 22 3.2v STAR K5 III Epsilon Lep 8 ST
* 38 05 06.6 +41 14 3.2v STAR B3 V Eta Ori AB 8 ST Hoedus II
* 39 05 07.9 -05 05 2.8v STAR A3 IIIn Theta Eri 8 ST Kursa
* 40 05 12.9 -16 12 3.1v STAR B9p IV: (Hg+Mn) Mu Lep 8 ST
* 41 05 14.6 -08 12 90 0.1v STAR B8 Iae + B5 V Beta Ori A 9 ST Rigel B=7.6 C=7.6
* 42 05 16.6 +46 00 0.1v STAR G6: III + G2: III Alpha Aur AB 8 ST Capella
* 43 05 24.5 -02 24 3.3v STAR B1 IV + B Eta Ori AB 8 ST
* 44 05 25.2 +06 21 1.6v STAR B2 III Gamma Ori 8 ST Bellatrix
* 45 05 26.3 +28 37 1.7v STAR B7 III Beta Tau 8 ST Alnath
* 46 05 28.3 -20 46 26 2.8v STAR G5 II + ? Beta Lep A 9 ST B=7.4
* 47 05 32.0 -00 19 2.2v STAR O9.5 II Delta Ori A 8 ST Mintaka
* 48 05 32.7 -17 49 2.6v STAR F0 Ib Alpha Lep 8 ST Arneb
* 49 05 46.5 -05 55 110 2.8v STAR O9 III + B7 IIIp Iota Ori A 9 ST Nair al Saif B=7.3
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STAR CATALOG
STAR# RA DEC SIZE MAG TYPE & DESCRIPTION ALT NAME Q TAGS COMMON NAME/COMMENTS
* 50 05 36.2 -01 12 1.7v STAR B0 Ia Epsilon Ori 8 ST Alnilam
* 51 05 37.6 +21 09 3.0v STAR B2 IIIpe (shell) Zeta Tau 8 ST
* 52 05 39.7 -34 04 2.6v STAR B7 IV Alpha Col A 8 ST Phaet
* 53 05 40.8 -01 56 24 2.1v STAR O9.5 Ib + B0 III Zeta Ori A 9 ST Alnitak B=4.2
* 54 05 47.8 -09 40 2.1v STAR B0.5 Ia Kappa Ori 8 ST Saiph
* 55 05 51.0 -35 46 3.1v STAR K1.5 III Beta Col 8 ST Wezn
* 56 05 55.2 +07 25 0.4v STAR M2 Iab Alpha Ori 8 ST Betelgeuse
* 57 05 59.5 +44 57 1.9v STAR A1 IV Beta Aur 8 ST Menkalinan
* 58 05 59.8 +37 13 40 2.6v STAR A0p III: (si) + G2 V Theta Aur AB 9 ST Bogardus B=7.2 G2V
* 59 06 14.9 +22 31 3.3v STAR M3 III Eta Gem 8 ST Propus
* 60 06 20.3 -30 03 3.0v STAR B2.5 V Zeta CMa 8 ST Phurud
* 61 06 22.9 +22 31 2.8v STAR M3 IIIab Mu Gem 8 ST Tejat Posterior
* 62 06 22.7 -17 58 2.0v STAR B1 II-III Beta CMa 8 ST Murzim
* 63 06 24.0 -52 42 -0.7v STAR A9 II Alpha Car 8 ST Canopus
* 64 06 37.7 +16 24 1.9v STAR A1 IVs Gamma Gem 8 ST Alhena
* 65 06 37.7 -43 12 3.2v STAR B8 IIIn Nu Pup 8 ST
* 66 06 44.0 +25 08 3.0v STAR G8 Ib Epsilon Gem 8 ST Mebsuta
* 67 06 45.2 -16 43 95 -1.5v STAR A0mA1 Va Alpha CMa A 9 ST Sirius B=8.5 50y
* 68 06 48.2 -61 56 3.3v STAR A6 Vn Alpha Pic 8 ST
* 69 06 49.9 -50 37 2.9v STAR K1 III Tau Pup 8 ST
* 70 06 58.6 -28 58 1.5v STAR B2 II Epsilon CMa A 8 ST Adara
* 71 07 03.1 -23 50 3.0v STAR B3 Iab Omicron^2 CMa 8 ST
* 72 07 08.4 -26 23 1.8v STAR F8 Ia Delta CMa 8 ST Wezen
* 73 07 13.5 -44 38 2.6v STAR M5 IIIe L2 Pup 8 ST HR2748
* 74 07 17.2 -37 05 2.7v STAR K3 Ib Pi Pup 8 ST
* 75 07 24.2 -26 19 2.5v STAR B5 Ia Eta CMa 8 ST Aludra
* 76 07 27.2 +08 17 2.9v STAR B8 V Beta CMi 8 ST Gomeisa
* 77 07 29.3 -43 17 220 3.3v STAR K5 III + G5: V Sigma Pup A 9 ST
* 78 07 34.6 +31 53 25 1.9v STAR A1 V + A2mA5 Alpha Gem A 9 ST Castor A
* 79 07 34.6 +31 53 25 2.9v STAR A2mA5 + A1 V Alpha Gem B 9 ST Castor B
* 80 07 39.3 +05 14 40 0.4v STAR F5 IV-V + ? Alpha CMi A 9 ST Procyon B=10.3
* 81 07 45.4 +28 02 1.1v STAR K0 IIIb Beta Gem 8 ST Pollux
* 82 07 49.3 -24 52 3.3v STAR G6 Ib Xi Pup 8 ST
* 83 08 03.7 -30 01 2.3v STAR O5 Iafn Zeta Pup 8 ST Naos
* 84 08 07.6 -24 19 2.7v STAR F6 IIp (var) Rho Pup 8 ST
* 85 08 09.5 -47 21 1.7v STAR WC8 + O9 I: Gamma^2 Vel 8 ST
* 86 08 22.5 -59 31 1.9v STAR K3: III Epsilon Car 8 ST Avior
* 87 08 44.7 -54 43 20 2.0v STAR A1 IV Delta Vel AB 9 ST B=5.0
* 88 08 55.5 +05 56 3.1v STAR G9 II-III Zeta Hya 8 ST
* 89 08 59.3 +48 03 40 3.1v STAR A7 IVn + M1 V Iota UMa A 9 ST Talitha BC=10.8
* 90 09 08.0 -43 25 2.2v STAR K4 Ib-IIa Lambda Vel 8 ST Suhail
* 91 09 13.3 -69 44 1.7v STAR A1 III Beta Car 8 ST Miaplacidus
* 92 09 17.1 -59 17 2.2v STAR A8 II Iota Car 8 ST Turais
* 93 09 21.1 +34 23 3.1v STAR K7 IIIab Alpha Lyn 8 ST
* 94 09 22.1 -55 01 2.5v STAR B2 IV-V Kappa Vel 8 ST
* 95 09 27.6 -08 39 2.0v STAR K3 II-III Alpha Hya 8 ST Alphard
* 96 09 31.2 -57 01 3.1v STAR K5 III N Vel 8 ST HR3803
* 97 09 33.0 +51 41 3.2v STAR F6 IV Theta UMa 8 ST
* 98 09 45.9 +23 46 3.0v STAR G1 II 1 Leo 8 ST Ras Elased Aus
* 99 09 47.2 -65 05 50 3.0v STAR A5 Ib + B7 III Nu Car AB 9 ST B=6.3
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STAR CATALOG
STAR# RA DEC SIZE MAG TYPE & DESCRIPTION ALT NAME Q TAGS COMMON NAME/COMMENTS
*100 10 08.5 +11 58 1.4v STAR B7 Vn Alpha Leo A 8 ST Regulus
*101 10 13.7 -70 02 3.3v STAR B8 IIIn Omega Car 8 ST
*102 10 20.0 +19 51 50 2.6v STAR K1 IIIb Fe-0.5 + * Gamma Leo A 9 ST Algieba B=3.5 G7 III Fe-1
*103 10 22.4 +41 30 3.1v STAR M0 IIIp Mu Uma 8 ST Tania Australis
*104 10 32.0 -61 42 3.3v STAR B4 Vne Rho Car 8 ST HR4140
*105 10 43.0 -64 24 2.8v STAR B0.5 Vp Theta Car 8 ST
*106 10 46.8 -49 26 20 2.7v STAR G5 III + F8: V Mu Vel AB 9 ST B=6.4
*107 10 49.7 -16 11 3.1v STAR K2 III Ny Hya 8 ST
*108 11 01.9 +56 23 2.4v STAR A0mA1 IV-V Beta UMa 8 ST Merak
*109 11 03.8 +61 45 3 1.8v STAR K0 IIIa + A8 V Alpha UMa AB 9 ST Dubhe B=4.8
*110 11 09.7 +44 30 3.0v STAR K1 III Psi UMa 8 ST
*111 11 14.2 +20 32 2.6v STAR A4 V Delta Leo 8 ST Zosma
*112 11 14.2 +15 26 3.3v STAR A2 Vs Theta Leo 8 ST Chort
*113 11 35.8 -63 02 3.1v STAR B9 III Lambda Cen 8 ST
*114 11 49.1 +14 34 2.1v STAR A3 V Beta Leo 8 ST Denebola
*115 11 53.8 +53 41 2.4v STAR A0 IV-Vn Gamma UMa 8 ST Phad
*116 12 08.4 -50 44 2.5v STAR B2 IVne Delta Cen 8 ST
*117 12 10.1 -22 37 3.0v STAR K3 IIIa Epsilon Crv 8 ST Minkar
*118 12 15.1 -58 45 2.8v STAR B2 IV Delta Cru 8 ST
*119 12 15.5 +57 01 3.3v STAR A2 IV-Vn Delta UMa 8 ST Megrez
*120 12 15.8 -17 33 2.6v STAR B8p III: (Hg+Mn) Gamma Crv 8 ST Gienah Ghurab
*121 12 26.6 -63 06 50 1.3v STAR B0.5 IV + B1 Vn Alpha Cru A 9 ST Acrux A B=1.7
*122 12 26.7 -63 07 50 1.7v STAR B1 Vn + B0.5 IV Alpha Cru B 9 ST Acrux B A=1.3
*123 12 29.9 -16 31 240 3.0v STAR B9.5 III + K2 V Delta Crv A 9 ST Algorab B=8.3
*124 12 31.2 -57 07 1.6v STAR M3.5 III Gamma Cru 8 ST Gacrux
*125 12 34.4 -23 24 2.7v STAR G5 II Beta Crv 8 ST Kraz
*126 12 37.2 -69 09 2.7v STAR B2 IV-V Alpha Mus 8 ST
*127 12 41.6 -48 58 50 2.9v STAR B9.5 III + A0 III Gamma Cen A 9 ST B=3.0
*128 12 41.5 -48 58 50 3.0v STAR A0 III + B9.5 III Gamma Cen B 9 ST A=2.9
*129 12 41.7 -01 28 40 2.8v STAR F1 V + F1 V Gamma Vir AB 9 ST Porrima B=3.5
*130 12 46.2 -68 07 10 3.1v STAR B2 V + B2.5 V Beta Mus AB 9 ST B=4.1
*131 12 47.7 -59 42 1.2v STAR B0.5 III Beta Cru 8 ST Becrux Mimosa
*132 12 54.0 +55 58 1.8v STAR A0p IV: (Cr+Eu) Epsilon UMa 8 ST Alioth
*133 12 56.1 +38 19 2.9v STAR A0p III: (Si+Eu+Sr) Alpha^2 CVn A 8 ST Cor Caroli B=5.6 F0 V
*134 13 02.2 +10 58 2.8v STAR G9 IIIab Epsilon Vir 8 ST Vindamiatrix
*135 13 19.0 -23 11 3.0v STAR G8 IIIa Gamma Hya 8 ST
*136 13 20.6 -36 43 2.8v STAR A2 V Iota Cen 8 ST
*137 13 24.0 +54 55 140 2.3v STAR A1p IV: (Si) + A1mA7 Zeta UMa A 9 ST Mizar B=3.9
*138 13 25.2 -11 10 1.0v STAR B1 V Alpha Vir 8 ST Spica
*139 13 39.9 -53 28 2.3v STAR B1 III Epsilon Cen 8 ST
*140 13 47.6 +49 19 1.9v STAR B3 V Eta UMa 8 ST Alkaid
*141 13 49.6 -42 28 3.0v STAR B2 IV-Vpne Mu Cen 8 ST
*142 13 54.7 +18 24 2.7v STAR G0 IV Eta Boo 8 ST Mufrid
*143 13 55.6 -47 17 2.6v STAR B2.5 IV Zeta Cen 8 ST
*144 14 03.9 -60 24 0.6v STAR B1 III Beta Cen AB 8 ST Hadar
*145 14 06.4 -26 41 3.3v STAR K2 IIIb Pi Hya 8 ST
*146 14 06.7 -36 22 2.1v STAR K0 IIIb Theta Cen 8 ST Menkent
*147 14 15.7 +19 11 0.0v STAR K1.5 III Fe-0.5 Alpha Boo 8 ST Arcturus
*148 14 32.1 +38 19 3.0v STAR A7 III-IV Gamma Boo 8 ST Seginus
*149 14 35.5 -42 10 2.4 STAR B1.5 IVpne Eta Cen 8 ST
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