Meade LXD 75 instruction manual Appendix C Latitude Chart

Page 57

APPENDIX C: LATITUDE CHART

Latitude Chart for Major Cities of the World

To aid in the polar alignment procedure (see pages 17-21), latitudes of major cities around the world are listed below. To determine the lati- tude of an observing site not listed on the chart, locate the city closest to your site. Then follow the procedure below:

Northern hemisphere observers (N): If the site is over 70 miles (110 km) north of the listed city, add one degree for every 70 miles. If the site is over 70 miles South of the listed city, subtract one degree per 70 miles.

Southern Hemisphere observers (S): If the site is over 70 miles (110 km) north of the listed city, subtract one degree for every 70 miles. If the site is over 70 miles South of the listed city, add one degree per 70 miles.

NORTH AMERICA

 

 

City

State/Prov./Country

Latitude

Albuquerque

New Mexico

35° N

Anchorage

Alaska

61° N

Atlanta

Georgia

34° N

Boston

Massachusetts

42° N

Calgary

Alberta

51° N

Chicago

Illinois

42° N

Cleveland

Ohio

41° N

Dallas

Texas

33° N

Denver

Colorado

40° N

Detroit

Michigan

42° N

Honolulu

Hawaii

21° N

Jackson

Mississippi

32° N

Kansas City

Missouri

39° N

Kenosha

Wisconsin

45° N

Las Vegas

Nevada

36° N

Little Rock

Arkansas

35° N

Los Angeles

California

34° N

Mexico City

Mexico

19° N

Miami

Florida

26° N

Minneapolis

Minnesota

45° N

Nashville

Tennessee

36° N

New Orleans

Louisiana

30° N

New York

New York

41° N

Oklahoma City

Oklahoma

35° N

Ottawa

Ontario

45° N

Philadelphia

Pennsylvania

40° N

Phoenix

Arizona

33° N

Portland

Oregon

46° N

Salt Lake City

Utah

41° N

San Antonio

Texas

29° N

San Diego

California

33° N

San Francisco

California

38° N

Seattle

Washington

47° N

Washington

District of Columbia

39° N

 

 

 

EUROPE

Country

Latitude

City

Amsterdam

Netherlands

52° N

Athens

Greece

38° N

Bern

Switzerland

47° N

Copenhagen

Denmark

56° N

Dublin

Ireland

53° N

Frankfurt

Germany

50° N

Glasgow

Scotland

56° N

Helsinki

Finland

60° N

Lisbon

Portugal

39° N

London

England

51° N

Madrid

Spain

40° N

Oslo

Norway

60° N

Paris

France

49° N

Rome

Italy

42° N

Stockholm

Sweden

59° N

Vienna

Austria

48° N

Warsaw

Poland

52° N

SOUTH AMERICA

 

 

City

Country

Latitude

Bogotá

Colombia

4° N

São Paulo

Brazil

23° S

Buenos Aires

Argentina

35° S

Montevideo

Uruguay

35° S

Santiago

Chile

34° S

Caracas

Venezuela

10° N

 

 

 

ASIA

 

 

City

Country

Latitude

Beijing

China

40° N

Hong Kong

China

23° N

Seoul

South Korea

37° N

Taipei

Taiwan

25° N

Tokyo

Japan

36° N

Sapporo

Japan

43° N

Bombay

India

19° N

Calcutta

India

22° N

Hanoi

Vietnam

21° N

Jedda

Saudi Arabia

21° N

 

 

 

AFRICA

 

 

City

Country

Latitude

Cairo

Egypt

30° N

Cape Town

South Africa

34° S

Rabat

Morocco

34° N

Tunis

Tunisia

37° N

Windhoek

Namibia

23° S

 

 

AUSTRALIA AND OCEANIA

 

City

State/Country

Latitude

Adelaide

South Australia

35° S

Brisbane

Queensland

27° S

Canberra

New South Wales

35° S

Alice Springs

Northern Territory

24° S

Hobart

Tasmania

43° S

Perth

Western Australia

32° S

Sydney

New South Wales

34° S

Melbourne

Victoria

38° S

Auckland

New Zealand

37° S

57

Image 57
Contents LXD 75 -Series Telescopes Page Contents BC1 g f e Telescope FeaturesD E F LXD75-SeriesYour Personal Window to the Universe $ Computer Control Panel see e LXD75 Tips Autostar Features FeaturesTour the Cosmos with Just the Push of a Button Tip Telescope Assembly How to Assemble Your TelescopeAccessories Getting StartedViewfinder assembly Newtonian reflector models Balancing the Telescope C D EChoosing an Eyepiece Aligning the ViewfinderObserving by Moving the Telescope Manually Too Much Power?Slew Speeds Autostar Models Only Activate the Arrow Keys Autostar Models OnlyObserve the Moon Setting the Polar Home PositionTracking Objects 16bTip Observe a Star using the Automatic Tracking FeatureInitializing Autostar Autostar Models Only Moving Through Autostar’s Menus Autostar Models OnlyTraining the Drive Autostar Models Only Go To Saturn Autostar Models Only Easy Alignment Autostar Models OnlyPlanet Saturn is over 800 million miles from the Earth Using the Guided Tour Autostar Models OnlyTo Calculate Sunset time Autostar Navigation ExerciseNavigating Autostar Entering Data into AutostarSelect Item Object Autostars MenusObject Menu MenusGlossary Menu Event MenuUtilities Menu LXD75-SeriesEnter Setup MenuObserving Considerations Setup Menu Daylight SAVING, Surf the Web Adding Observing Sites To Add a Site to the user-defined site listTo Edit a Site To GO to a user-entered object Using Autostar to Find Objects Not in the LibrariesObserving Satellites LandmarksTo Add a landmark to the database To Check on the Available Memory To Select a landmark from the databaseTo perform a Landmark Survey Photography Few tips on photography with the LXD75-SeriestelescopesPhotography with Meade’s Autostar Suite 10 f/4 Optional AccessoriesSeries 4000 Photo-Visual Optional Autostar handbox for EC model users General Maintenance MaintenanceD e f g Page Defocused star images. Misaligned 1, 2, Aligned Page Page Specifications 5 Model SN-6AT, SN-6EC Specifications4 Model SN-8AT, SN-8EC Specifications 10 f/4 Model SN-10AT Specifications 9.3 Model AR-5AT, AR-5EC Specifications8 Model AR-6AT Specifications 5 Model N-6EC Specifications 10 Model SC-8AT SpecificationsAutostar Dimensions Autostar SpecificationsMeade Customer Service Inspecting the OpticsAppendix a Celestial Coordinates Setting CirclesPolar Alignment Locating the Celestial PoleOne-Star Polar Alignment Two-Star Polar AlignmentPolar Alignment Viewfinder Method #1 Three-Star Alignment Using AutostarEnhancement Methods To perform the Three-Star AlignmentProcedure #1 To correct for attitude misalignment Method 2 Axis Alignment ProceduresPosition a Procedure #2 To correct for elevation misalignmentTips Method 3 Axis Alignment Using AutostarPEC Update Menu Option Method #4 Smart Drive Training Periodic Error CorrectionPEC Train Menu Option PEC Erase Menu OptionAppendix C Latitude Chart Appendix D EC Handbox To move the telescope using the Electronic Controller Modes of OperationSlew Speeds Tracking Rates Optional Autostar Computer Controller for LXD75 EC Users Changing the Polar ModeMounting the SC bracket and optical tube to the mount How to Attach the Optical Tube to the MountAutostar Glossary Appendix F Basic AstronomyObjects in Space MoonDeep-Sky Objects PlanetsFurther Study Page Page Meade Limited Warranty
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LXD 75 specifications

The Meade LXD 75 is an advanced telescope mount designed for both amateur and professional astronomers looking to explore the wonders of the night sky. Known for its precision and ease of use, the LXD 75 offers several features and technologies that make it a standout choice for astrophotography and visual observation alike.

At the heart of the Meade LXD 75 is its robust equatorial mount, which provides stable tracking of celestial objects. This mount is both lightweight and durable, allowing for easy transport to observing sites. The equatorial design is especially beneficial for astrophotography, as it compensates for the Earth's rotation, enabling longer exposure times without the trailing effects commonly associated with less sophisticated mounts.

One of the most notable features of the LXD 75 is its dual-axis tracking system. This system allows users to electronically control the telescope's movements along both the right ascension and declination axes. The built-in Data Sky control panel is user-friendly, offering intuitive access to a wealth of astronomical data, including over 30,000 celestial objects. This makes locating and tracking objects in the sky simpler and more efficient.

The LXD 75 also supports a variety of telescope configurations, accommodating optical tubes up to 10 inches in diameter. This versatility makes it suitable for a range of viewing preferences, from planetary observations to deep-sky astrophotography. The mount's heavy-duty construction ensures it can handle the weight of larger telescopes while maintaining stability.

In terms of technology, the Meade LXD 75 is equipped with AutoStar computer technology. This innovative feature enables automatic location and tracking of celestial bodies using a simple pointing and clicking interface. Users can also create custom observing lists, making it easier to plan and execute dedicated viewing sessions.

Additionally, the LXD 75 boasts robust connectivity options, including the ability to integrate with a wide range of imaging software and accessories, making it a great choice for those interested in advanced astrophotography techniques. The mount's compatibility with Meade's own range of cameras and filters further enhances its potential for capturing stunning images of the universe.

In conclusion, the Meade LXD 75 is a well-rounded telescope mount that combines advanced technology with user-friendly features. Its equatorial design, dual-axis tracking, and AutoStar system make it an excellent choice for both novice and experienced astronomers. Whether for visual observation or astrophotography, the LXD 75 offers the performance and versatility to enhance any stargazing experience.