Showing posts with label data. Show all posts
Showing posts with label data. Show all posts

Friday, March 25, 2022

Celestron Nexstar 6 SE Celestron Data

Celestron Nexstar 6 SE - Celestron Data

What does the Celestron website say about their own Nexstar 6 SE? Let's review the data before it disappears.
https://www.celestron.com/products/nexstar-6se-computerized-telescope

NEXSTAR 6SE COMPUTERIZED TELESCOPE Item #: 11068
Celestron’s iconic “orange tube” design is updated with all the latest features to provide the best stargazing experience for beginners and experienced observers alike.

6-inch aperture with excellent light-gathering ability provides impressive views of the Moon and planets, along with deep sky objects like the Orion Nebula, while retaining a compact form factor.

Fully automated GoTo mount with database of 40,000+ celestial objects automatically locates and tracks objects for you.

SkyAlign technology gets your telescope aligned and ready to observe in minutes. Even if you’re unfamiliar with the night sky, you can easily align your telescope on any three bright objects.

Unique single fork arm design and sturdy steel tripod all break down into separate components for easy transport and quick assembly.

Celestron’s signature orange-tube telescope combines advanced features and excellent optics in one easy-to-use system, the NexStar 6SE. It’s the perfect choice for your first serious telescope, offering striking views at an economical price.

Our Founder’s Vision, Reimagined for the 21st Century
In the 1970s, Celestron’s Schmidt-Cassegrain telescopes brought the hobby of astronomy to the masses and established Celestron as the world’s premier telescope maker. Our founder, Tom Johnson, invented Celestron’s proprietary method of producing Schmidt corrector plates for superior views and maximum portability. Johnson believed in creating high-quality optical instruments at an affordable price, and inspired a generation of amateur astronomers. Four decades later, we’ve improved upon this design by adding cutting-edge features, while staying true to our founder’s intent.

View the Universe’s Most Impressive Celestial Objects
The 6SE’s six-inch primary mirror packs enough light-gathering ability to observe the best that the solar system has to offer: Cassini’s Division in Saturn’s rings, the cloud bands on Jupiter, and geographic features on the surface of the Moon. When it comes to deep sky objects, take your 6SE to a dark-sky site and you’ll see hundreds of pinpoint stars in the Hercules Globular Cluster, the spiral arms of the Whirlpool Galaxy, and more.

Revolutionary Single Fork Arm Mount
We know the best telescope is the one you will use most often. That’s why Celestron’s engineers created NexStar SE’s unique, patented single fork arm mount. It’s perfectly portable and makes setup quick and easy. What’s more, the NexStar SE breaks down into several lightweight and compact pieces, making it easy to transport, even in small vehicles. You’ll have no problem getting the NexStar SE to your favorite observing site, or setting it up quickly in your backyard.

Of course, it’s what’s inside the mount that really counts. Sturdy construction from high-quality components give NexStar SE the pointing and tracking accuracy needed to observe and follow your favorite targets with push-button ease. Use the included NexStar+ hand control to locate over 40,000 celestial objects, or take a Sky Tour and let your telescope show you the best objects currently visible.

Aligning your telescope is simple and painless, too, thanks to SkyAlign. This process makes alignment as easy as 1-2-3: just center three bright objects in your eyepiece and press ALIGN. For even easier alignment, attach our StarSense AutoAlign and your NexStar SE aligns itself!

Advanced Features Let the NexStar SE Grow with You
The NexStar SE is compatible with all the high-tech accessories advanced users love. Provide GPS coordinates to your telescope with SkySync, or add automatic alignment functionality with StarSense AutoAlign.

For planetary imaging, pair your NexStar 6SE with one of our Skyris cameras. Or, experiment with wide-field deep sky astroimaging by replacing the telescope’s secondary mirror with a DSLR or astronomical CCD camera with a Fastar/HyperStar lens assembly. From your first observing session and for years to come, the NexStar SE is your trusted companion.

Specifications
OPTICAL TUBE INFO
Optical Design: Schmidt-Cassegrain
Aperture: 150mm (5.91")
Focal Length: 1500mm (59")
Focal Ratio: f/10
Focal Length of Eyepiece 1: 25mm (.98")
Magnification of Eyepiece 1: 60x
Finderscope: StarPointer™ red dot finderscope
Star Diagonal: 1.25" Star Diagonal
Optical Tube: Aluminum
Highest Useful Magnification: 354x
Lowest Useful Magnification: 21x
Limiting Stellar Magnitude: 13.4
Resolution (Rayleigh): 0.93 arc seconds
Resolution (Dawes): 0.77 arc seconds
Light Gathering Power (Compared to human eye): 459x
Secondary Mirror Obstruction: 56mm (2.2")
Secondary Mirror Obstruction by Diameter: 37%
Secondary Mirror Obstruction by Area: 14%
Optical Coatings: StarBright XLT
Optical Tube Length: 406mm (16")
Optical Tube Diameter: 181mm (7.1")
Optical Tube Weight: 8 lbs (3.6 kg)

MOUNT INFO
Mount Type: Computerized Altitude-Azimuth Single Fork Arm
Instrument load capacity: 12 lbs (5.44 kg)
Height adjustment range (includes mount and tripod): 965.2mm - 1422.4mm (38" - 56")
Tripod leg diameter: 38.1mm (1.5") Stainless Steel
Mount Head Weight: 11 lbs (5 kg)
Accessory Tray: Yes
Tripod Weight: 9 lbs (4.08 kg)
Slew Speeds: 9 slew speeds - max speed 5°/second
Tracking Rates: Sidereal, Solar and Lunar
Tracking Modes: Alt-Az, EQ North and EQ South
GPS: N/A
Dovetail Compatibility: CG-5 dovetail
Number of Auxiliary Ports: 1x AUX Port
Autoguide Port: Yes
USB Port: Yes, Hand Control input
Power Requirements: 8-AA batteries (not included) and 12 VDC-750 mA (Tip positive)
Motor Drive: DC servo motors
Alignment Procedures: SkyAlign, 1-Star Align, 2-Star Align, Auto 2-Star Align, Solar System Align, EQ North / EQ South Alignment (EQ align requires an equatorial wedge)
Periodic Error Correction: No
Computerized Hand Control: Double line, 18 character Liquid Crystal Display with 19 fiber optic backlit LED buttons
NexStar+ Database: 40,000 objects, 200 user defined programmable objects. Enhanced information on over 200 objects
Software: Celestron Starry Night Special Edition Software and SkyPortal App
Total Kit Weight: 21 lbs (9.5 kg)
Included Items: Optical tube
Single Fork Arm Mount and Tripod
Accessory Tray
Star Pointer Finderscope
NexStar+ Hand Control
25mm eyepiece
Star Diagonal
Solar Warning
Never look directly at the Sun with the naked eye or with an optic (unless you have the proper solar filter). Permanent and irreversible eye damage may result.
Never use your optic to project an image of the Sun onto any surface. Internal heat build-up can damage the optic and any accessories attached to it. Never leave your optic unsupervised. Make sure an adult who is familiar with the correct operating procedures is with your optic at all times, especially when children are present.

Finderscope
Celestron is making a change to the finderscope shipped with some Celestron telescopes. In some cases, you may receive a finderscope that is different in appearance than the one pictured on the gift box, manual, Quick Setup Guide, or website. We apologize for any inconvenience this may cause. Rest assured that the finders are identical in performance and features. The main difference is the location of the battery compartment and, therefore, the battery installation instructions.

If your red dot finderscope looks like the unit pictured here, you can ignore this message.






If you received a red dot finderscope that looks like the unit pictured here, follow the instructions below to replace the battery:





1. The battery compartment on this finderscope is located on top of the unit. Use a Phillips-head screwdriver to loosen the screw holding the battery door closed. The screw is captured and will not fall out when you open the battery door.

2. Lift the battery door open to expose the CR-2032 button battery.
3. With your fingernail on either side of the battery, pry the battery up and out of the battery compartment.

4. Place the new CR-2032 battery, positive (+) side up, under the two copper battery clips at the front of the battery compartment.



5. Press the battery down to snap it into the plastic battery clips on the opposite side of the battery.

6. Close the battery door and tighten the Phillips-head screw to secure the door in place.

Aligning your telescope is simple and painless, too, thanks to SkyAlign. This process makes alignment as easy as 1-2-3: just center three bright objects in your eyepiece and press ALIGN. For even easier alignment, attach our StarSense AutoAlign and your NexStar SE aligns itself!

Support & Downloads
MANUALS:

NexStar 6 SE and 8 SE Quick Setup Guide

https://celestron-site-support-files.s3.us-east-1.amazonaws.com/support_files/11068_11069%20NexStar%206_8%20SE_QSG_5Lang_F.pdf

Schmidt-Cassegrain Optics Manual
https://s3.amazonaws.com/celestron-site-support-files/support_files/1299179004_91024inst0405.pdf

NexStar 6SE and 8SE Manual
https://celestron-site-support-files.s3.us-east-1.amazonaws.com/support_files/11068-11069_6SE-8SE_Telescope_Manual_5lang_Interactive%20Web.pdf

NexStar Plus Hand Control Manual
https://s3.amazonaws.com/celestron-site-support-files/support_files/nexstar_plus_hc_Addendum_5lang.pdf

Celestron PWI Telescope Control Software Manual
https://celestron-site-support-files.s3.us-east-1.amazonaws.com/support_files/CPWI%20Software%20Manual_0620_Final.pdf

SOFTWARE & FIRMWARE:
NexRemOte Telescope Control Software
https://celestron-site-support-files.s3.amazonaws.com/support_files/NexRemoteInstall_1_7_24.exe

Celestron Firmware Manager (CFM) Software
https://cdn.shopify.com/s/files/1/1935/4371/files/CFM.zip?v=1613761655

CPWI Software
https://www.celestron.com/pages/celestron-pwi-telescope-control-software

OTHER PRODUCT FILES:
Celestron NexStar+ Hand Control Troubleshooting Guide
https://celestron-site-support-files.s3.us-east-1.amazonaws.com/support_files/Celestron%20NexStar%2B%20Hand%20Control%20Troubleshooting%20Guide.pdf

What are the Sizes of Collimation Screws
https://www.celestron.com/blogs/knowledgebase/what-are-the-sizes-of-collimation-screws-on-current-production-celestron-optical-tubes

NexStar SE Telescope Basic
https://celestron-site-support-files.s3.us-east-1.amazonaws.com/support_files/NexStar_SE_Telescope_Basics_Interactive_Manual_Eng.pdf

Solar Safety Warning
https://www.celestron.com/blogs/knowledgebase/solar-safety-warning

How to Align a Red Dot Finder to Your Telescope Video
https://www.youtube.com/watch?v=Dp4_TGhU-0w

NexStar SE Additional Specifications
https://celestron-site-support-files.s3.us-east-1.amazonaws.com/support_files/NexStar%20SE%20Series%20additional%20specifications.pdf

SCT & EdgeHD Collimation Guide
https://celestron-site-support-files.s3.us-east-1.amazonaws.com/support_files/SCT%20%26%20EdgeHD%20Collimation%20Guide%281%29.pdf

How to Determine Which Eyepieces to Use with Your Telescope
https://www.celestron.com/blogs/knowledgebase/how-to-determine-which-eyepieces-to-use-with-your-telescope

NexStar Communication Protocol v 1.2
https://s3.amazonaws.com/celestron-site-support-files/support_files/1154108406_nexstarcommprot.pdf

Astronomy Basics
https://s3.amazonaws.com/celestron-site-support-files/support_files/1297798410_astronomybasics.pdf

Telescope Maintenance
https://s3.amazonaws.com/celestron-site-support-files/support_files/1297801919_telescopemainte.pdf

Celestial Observing
https://s3.amazonaws.com/celestron-site-support-files/support_files/1297801590_celestialobserv.pdf

Celestron Tech Support
Email: USTechSupport@celestron.com
Phone: 1-800-421-9649

03/16/22
THE ULTIMATE GUIDE TO CONQUERING THE MESSIER MARATHON

02/17/22
WHAT IS LIGHT POLLUTION AND HOW DOES IT AFFECT VIEWS THROUGH MY TELESCOPE?

11/18/21
DEEP SKY CELESTIAL CATALOGS

11/18/21
DEEP SKY OBJECTS – NEBULAE, GALAXIES, STAR CLUSTERS

11/18/21
WHAT IS UTC? HOW CAN I USE IT TO OBSERVE OBJECTS?

11/18/21
SOLSTICES AND EQUINOXES: WHAT EVERY AMATEUR ASTRONOMER NEEDS TO KNOW

11/08/21
CELESTRON NEXSTAR+ HAND CONTROL TROUBLESHOOTING GUIDE

10/20/21
THE ULTIMATE GUIDE TO OBSERVING ARTIFICIAL SATELLITES

10/04/21
HOW DO I ADJUST THE LCD CONTRAST IN THE STARSENSE HAND CONTROL?

10/01/21
HOW DO I ADJUST THE CONTRAST FOR THE TEXT DISPLAY IN THE NEXSTAR+ HAND CONTROL?

MORE

Tuesday, August 11, 2020

Messier Objects by Type

Find Messier Objects by Type

Nebulae

Supernova Remnants
(each containing a young open star cluster)
M8: The Lagoon Nebula
M16: The Eagle or Star Queen Nebula
M17: The Omega Nebula (also: The Swan, Horseshoe, or Lobster Nebula)
M20: The Trifid Nebula
M42: The Orion Nebula
M43: de Mairan's Nebula (Part or Companion of the Orion Nebula)
M78 (a diffuse reflection nebula)
Clusters
(include here the young clusters in starforming nebulae mentioned above)
M31: The Andromeda Galaxy (type Sb)
M33: The Triangulum Galaxy (type Sc)
M51: The Whirlpool Galaxy (type Sc)
M58 (type Sb/SBb or Sab(s)II)
M61 (type Sc, or SAB(rs)bc)
M63: The Sunflower Galaxy (type Sb or Sbc)
M64: The Blackeye Galaxy (type Sb or Sab)
M65
M66
M74
M77 (type Sb, a Seyfert 2 galaxy)
M81: Bode's Galaxy (or Bode's Nebula, type Sb)
M83: The Southern Pinwheel Galaxy
M88
M90
M91
M94
M95
M96
M98
M99
M100
M101: The Pinwheel Galaxy
M104: The Sombrero Galaxy (type Sa)
M106
M108
M109 (NGC 3992)
M109B (NGC 3953)

Lenticular (S0) galaxies
M32: Satellite galaxy of the Andromeda Galaxy, M31
M49
M59
M60
M87: Virgo A, the central galaxy in the Virgo cluster
M89
M105
M110: Satellite galaxy of the Andromeda Galaxy, M31

Irregular Galaxies

Others
Though real Messier objects, these are actually no deep sky objects at all

Messier Objects by Constellation

Messier Objects by Constellation
Use this list to find Messier Objects by season using their constellation location, ideal for GOTO when using the Unistellar eVscope

Quick Reference List
AndromedaM31M32M110
AquariusM2M72M73
AurigaM36M37M38
CancerM44M67
Canes
Venatici
M3M51M51B (NGC 5195), M63M94M106
Canis MajorM41
CapricornusM30
CassiopeiaM52M103
Cetus:M77
Coma
Berenices  
M53M64M85M88M91M98M99M100
CygnusM29M39
DracoM102
GeminiM35
HerculesM13M92
HydraM48M68M83
LeoM65M66M95M96M105
LepusM79
LyraM56M57
MonocerosM50
OphiuchusM9M10M12M14M19M62M107
OrionM42M43M78
PegasusM15
PerseusM34M76
PiscesM74
PuppisM46M47M93
SagittaM71
SagittariusM8M17M18M20M21M22M23M24M25M28M54M55M69M70M75
ScorpiusM4M6M7M80
ScutumM11M26
Serpens CaputM5
Serpens CaudaM16
TaurusM1M45
TriangulumM33
Ursa MajorM40M81M82M97M101M108M109 (NGC 3992), M109B (NGC 3953)
VirgoM49M58M59M60M61M84M86M87M89M90M104
VulpeculaM27




  • Andromeda
    • M31 The Andromeda Galaxy spiral galaxy (type Sb)
    • M32 Satellite galaxy of M31 elliptical galaxy (type E2)
    • M110 Satellite galaxy of M31 elliptical galaxy (type E6pec)
  • Aquarius
    • M2 globular cluster
    • M72 globular cluster
    • M73 system or asterism of 4 stars
  • Auriga
    • M36 open cluster
    • M37 open cluster
    • M38 open cluster
  • Cancer
    • M44 Praesepe, the Beehive Cluster open cluster
    • M67 open cluster
  • Canes Venatici
    • M3 globular cluster
    • M51 The Whirlpool Galaxy spiral galaxy
    • M51B (NGC 5195) companion of M51, irregular galaxy
    • M63 Sunflower galaxy spiral galaxy
    • M94 spiral galaxy
    • M106 spiral galaxy
  • Canis Major
    • M41 open cluster
  • Capricornus
    • M30 globular cluster
  • Cassiopeia
    • M52 open cluster
    • M103 open cluster
  • Cetus
    • M77 spiral galaxy
  • Coma Berenices
    • M53 globular cluster
    • M64 Blackeye galaxy spiral galaxy
    • M85 elliptical galaxy
    • M88 spiral galaxy
    • M91 spiral galaxy
    • M98 spiral galaxy
    • M99 spiral galaxy
    • M100 spiral galaxy
  • Cygnus
    • M29 open cluster
    • M39 open cluster
  • Draco
    • M102 Spindle Galaxy , a lenticular galaxy (type S0_3)
  • Gemini
    • M35 open cluster
  • Hercules
    • M13 Great Hercules Globular Cluster globular cluster
    • M92 globular cluster
  • Hydra
    • M48 open cluster
    • M68 globular cluster
    • M83 spiral galaxy
  • Leo
    • M65 spiral galaxy
    • M66 spiral galaxy
    • M95 spiral galaxy
    • M96 spiral galaxy
    • M105 elliptical galaxy
  • Lepus
    • M79 globular cluster
  • Lyra
    • M56 globular cluster
    • M57 The Ring Nebula planetary nebula
  • Monoceros
    • M50 open cluster
  • Ophiuchus
    • M9 globular cluster
    • M10 globular cluster
    • M12 globular cluster
    • M14 globular cluster
    • M19 globular cluster
    • M62 globular cluster
    • M107 globular cluster
  • Orion
    • M42 The Great Orion Nebula diffuse nebula
    • M43 part of the Orion Nebula (de Mairan's Nebula) diffuse nebula
    • M78 diffuse nebula
  • Pegasus
    • M15 globular cluster
  • Perseus
    • M34 open cluster
    • M76 The Little Dumbell, Cork, or Butterfly planetary nebula
  • Pisces
    • M74 spiral galaxy
  • Puppis
    • M46 open cluster
    • M47 open cluster
    • M93 open cluster
  • Sagitta
    • M71 globular cluster
  • Sagittarius
    • M8 The Lagoon Nebula diffuse nebula
    • M17 The Omega or Swan or Horseshoe Nebula diffuse nebula
    • M18 open cluster
    • M20 The Trifid Nebula diffuse nebula
    • M21 open cluster
    • M22 globular cluster
    • M23 open cluster
    • M24 Milky Way Patch star cloud with open cluster (NGC 6603)
    • M25 open cluster
    • M28 globular cluster
    • M54 globular cluster
    • M55 globular cluster
    • M69 globular cluster
    • M70 globular cluster
    • M75 globular cluster
  • Scorpius
    • M4 globular cluster
    • M6 The Butterfly Cluster open cluster
    • M7 Ptolemy's Cluster open cluster
    • M80 globular cluster
  • Scutum
    • M11 The Wild Duck Cluster open cluster
    • M26 open cluster
  • Serpens Caput
    • M5 globular cluster
  • Serpens Cauda
    • M16 open cluster associated with the Eagle Nebula (IC 4703)
  • Taurus
    • M1 The Crab Nebula supernova remnant
    • M45 Subaru, the Pleiades--the Seven Sisters open cluster
  • Triangulum
    • M33 The Triangulum Galaxy (also Pinwheel) spiral galaxy
  • Ursa Major
    • M40 Double Star Winecke 4 (WNC 4)
    • M81 Bode's Galaxy (nebula) spiral galaxy (type Sb)
    • M82 The Cigar Galaxy irregular galaxy
    • M97 The Owl Nebula planetary nebula
    • M101 The Pinwheel Galaxy spiral galaxy (type Sc)
    • M108 spiral galaxy (type Sc(s)III)
    • M109 (NGC 3992) spiral galaxy (type SBb(rs)I)
    • M109B (NGC 3953) spiral galaxy (type SBbc(rs)I)
  • Virgo
    • M49 elliptical galaxy (type E1 or S0_1(1))
    • M58 spiral galaxy (type Sab(s)II)
    • M59 elliptical galaxy (type E5)
    • M60 elliptical galaxy (type E2 or S0_1(2))
    • M61 spiral galaxy (type Sc(s)I.2)
    • M84 elliptical or lenticular galaxy (type SB0_2/3(r)(3))
    • M86 elliptical galaxy (type E3 or S0_1(3))
    • M87 Virgo A elliptical galaxy (type E0), with Smoking Gun
    • M89 elliptical galaxy (type E0)
    • M90 spiral galaxy (type Sab(s)I-II)
    • M104 The Sombrero Galaxy spiral galaxy (type Sa+/Sb-)
  • Vulpecula

    • M27 The Dumbbell Nebula planetary nebula
    Source https://www.messier.seds.org/CONindex2.html
    https://www.messier.seds.org/CONindex4.html

    Tuesday, July 7, 2020

    Celestron CGXL Mount Data Time Part 3

    Data for the CGXL Mount
    Part 3
    The Celestron CGXL mount will need the following data entered via the hand controller before it can function properly

    Some sample values for testing only and to show the formatting:
    Taipei Xinyi latitude, longitude, time standard
    Latitudes north are + and south -
    Positive longitudes are east of the Prime Meridian, and negative ones are west.

    By Decimal
    ---------------
    Latitude: (+) 25.0409° N
    Latitude: (+) 121.5720° E

    By Degree, Minute, Second
    -----------------------------------
    Latitude: (+) 25° 02' 5.40" N
    Longitude: (+) 121° 34' 3.59" E

    Time Zone
    --------------
    Time zone in Xinyi District, Taipei City (GMT+8) Greenwich Mean Time
    or UTC +8, Coordinated Universal Time

    Longitude (λ)
    Lines of longitude appear vertical with varying curvature in this projection, but are actually halves of great ellipses, with identical radii at a given latitude.

    Latitude (φ)
    Lines of latitude appear horizontal with varying curvature in this projection; but are actually circular with different radii. All locations with a given latitude are collectively referred to as a circle of latitude. The equator divides the planet into a Northern Hemisphere and a Southern Hemisphere, and has a latitude of 0°. Source: Wiki

    Power
    Plug in the Celestron 12V 5A AC battery eliminator and switch on the mount.