Meade RCX400TM instruction manual Getting Started, Parts Listing, How to Assemble the Tripod

Page 16

c

B

Fig. 7: Attach leg (1) to leg receptacle (2).

d e

Fig. 8: Rotate the leg until the trigger release pin (4) is next to the thruster bar (3).

d

f

e

Fig. 9: Slide thruster hook (4) into the slot of the trigger release pin (3).

g

Fig. 10: Tighten the leg adjustment lock (6).

f

Fig. 11: Press down the trigger lever

(5)so that you can adjust the height of the tripod.

16

GETTING STARTED

Parts Listing

Getting the telescope ready for first observations requires only a few minutes. When first opening the packing box, note carefully the following parts:

JRCX400 Telescope with fork mount system and GPS Receiver

JAutoStar II handbox and interface coil cord; handbox holder

J8 x 50mm viewfinder assembly

J2" diagonal mirror and 2” visual back barrel

JSeries 5000 UltraWide 24mm eyepiece

JVariable height tripod

JUSB cable and software CD ROM

How to Assemble the Tripod

Remove the parts of the tripod from the shipping carton. Assembly of the tripod will take just a few minutes.

To assemble the tripod:

1.Slide a tripod leg into a leg receptacle (Fig. 7). Rotate the leg until the trigger release pin is next to the thruster bar latch (Fig. 8).

2.Slide the thruster bar latch hook into the slot in the trigger release pin (Fig. 9).

3.Rotate the leg attachment lock to tighten the leg in place (Fig. 10).

4.To unlock the leg, press and hold down the trigger release lever (Fig. 11). While holding the lever down, slide the leg extension in or out to the desired length. Let go of the lever to lock the leg extension into place. Unhook the trigger release pin to lock the leg in place.

5.Repeat steps 1 through 4 for the other two tripod legs.

How to Assemble Your Telescope

The telescope’s fork mounting base attaches directly to the tripod. The telescope in this way is mounted in an “altazimuth” (“altitude-azimuth,” or “vertical-horizontal”) for- mat. It is recommended that two people attach the mount to the tripod.

Caution for 12” and 14” model users: Due to the weight and size of these products, please use extreme caution whenever assembling, disassembling, lifting, transporting or storing these products. Two or more persons should always be used whenever performing any of these tasks. Disregard for the above warning could result in serious injury or death.

Note: The field tripod also can be used in conjunction with the optional equatorial wedge (see your wedge’s instruction sheet for more information) for long exposure astrophotography.

The tripod base comes with a tangent arm attached for use with the superwedge.

To attach the mount:

1.Take note of the T-handle under the tripod base. The T-handle is spring-mounted into position. Note also that there is a hole on the bottom side of the mount base.

2.Lift the mount and position the mount base over the tripod base. Line up the hole on the mount base over the T-handle rod. When they are lined up, place the mount down onto the rod and the rod will “pop up” into the hole (Fig. 12).

3.Rotate the T-handle until the rod is tightened to a firm feel (Fig. 13).

To install the batteries:

Assembly of the RCX400 telescope requires eight C-cell (user-supplied) batteries or the optional RCX AC Wall Adapter to a standard 115v home outlet . Plug the adapter into the 12vDC In port of the computer control panel (B, Fig. 1d).

1.Turn the Dec. lock (17, Fig. 1a) counterclockwise to unlock the the optical tube (19, Fig. 1a). Move the optical tube to the position depicted in Fig. 1a and turn the Dec. lock clockwise to a firm feel to relock the position of the optical tube.

2.Remove the battery compartment covers (7, Fig. 1a) and carefully remove the battery holders, being mindful of the connector wires (Fig. 15). Insert four user- supplied C-cell batteries into each battery holder, oriented as shown on the dia- gram on the battery slots inside the battery holder. Return the battery holders to their respective compartments and replace the covers.

Image 16
Contents MEADE.COM Focusing the Telescope How to Hot Swap the Autostar II HandboxContents Tighten the adjustment lock Attach the legs of the tripod to the baseRotate the leg Hook the Release PinInstall the batteries Position the mount over the tripodSecure the mount with the T-handle Move the optical tube from its shipping positionAttach the visual back and diagonal mirror Insert the eyepiece and remove dust coverPlug in the AutoStar II handbox Turn on AutoStarTo exit the focus operation 1. Press Mode Point and Observe Tighten the R.A. and Dec. LocksTelescope Features FanViewfinder close up RCX400 Your Personal Window to the Universe Base Computer Control Panel see jDefinitions Viewfinder Tour the Cosmos with Just the Push of a Button Autostar II FeaturesLibrary # of Objects About changing slew RCX400 Tips Parts Listing How to Assemble the TripodHow to Assemble Your Telescope Getting StartedTo attach AutoStar II and connect the handbox holder To attach the diagonal mirror and the eyepieceMounting and Focusing the Viewfinder for the First Time Aligning the ViewfinderPresets ObservingChoosing an Eyepiece To focus the telescope eyepieceTo define a preset To select a previously defined focus presetTo sync on a focus preset Observing by Moving the Telescope ManuallyTerrestrial Observing Observing Using Autostar IIs Arrow KeysSlew Speeds Observe the Moon Astronomical ObservingTo Track an Object Automatically Moving Through Autostar II’s MenusWhich One’s the Alignment Star? Using the Guided Tour Observe a Star using the Automatic Tracking FeatureGo To Saturn RCX400 Info Autostar II Navigation Exercise Basic AutostarTo Calculate Sunset time Example of Locating a menu Navigating AutostarAutostar Select Item ObjectObject Menu To slew the telescope to catalog objectsEvent Menu DefinitionGlossary Menu Utilities MenuSetup Menu Look into the FuturePage Adding and editing sites? Setup Menu Daylight SAVING, Hot Button Menus To Add a Site to the user-defined site list Adding Observing SitesTo Edit a Site Creating User Objects To GO to a user-entered objectLandmarks Observing SatellitesTo Add a landmark to the database Identify To Select a landmark from the databaseTo perform a Landmark Survey To check on the available amount of memory in AutostarBrowse Displayed information ExampleHow to perform the Easy Align Procedure Alternate Alt/Az AlignmentsInitialize Autostar Easy Two-Star AlignmentTo Download the Latest Version of Autostar II Software One-Star Alt/Az AlignmentTo Set the Home Position Manually Periodic Error Correction Update Menu OptionTrain Menu Option Erase Menu OptionPhotography Few tips on photography with the RCX400 telescopesPhotography with a Digital Camera Photography with Meade’s AutoStar SuiteImage of M13 captured with the Deep Sky Imager Optional Accessories Meade Series 4000 EyepiecesSeries 4000 8 24mm Zoom Eyepiece Star Charts Collimation MaintenanceTest your Collimation Follow these steps for collimation of the optical system Defocused star images. Misaligned 1, 2, AlignedInspecting the Optics Meade Customer ServiceGauging the Movement of the Telescope 10 f/8 RCX400 Specifications 12 f/8 RCX400 Specifications14 f/8 RCX400 Specifications Advanced Autostar II System Specifications Autostar II Handbox SpecificationsEquatorial Alignment Setting CirclesCelestial Coordinates Declination Setting Circle Equatorial WedgeLining Up with the Celestial Pole Locating PolarisPrecise Polar Alignment RCX400 mounted on an equatorial wedgeAutostar II Polar Alignment Easy Polar AlignmentOne-Star Polar Alignment Two-Star Polar AlignmentAppendix B Latitude Chart Latitude Chart for Major Cities of the WorldCity State/Prov./Country Latitude City Country LatitudeCommand Line What you will needTour Modes Comment LineWriting a Tour TitlePick ONE / Pick END Pick END Auto Slew on / Auto Slew OFF Downloading ToursAppendix D Training the Drive Further StudyTo observe the Apollo 15 landing site using the Moon option Appendix E the Moon MenuAppendix F IntroductionOperation TrainingUpdate Permanently Mounted ScopesOther Menus Options Save As and Load OffBasic Astronomy Autostar II GlossaryObjects in Space MoonPlanets Deep-Sky ObjectsPage Meade Limited Warranty

RCX400TM specifications

The Meade RCX400TM is a sophisticated telescope designed for serious astronomers and astrophotographers seeking exceptional performance and innovative features. Combining advanced optics with user-friendly technology, the RCX400TM stands out as a powerful tool for both amateur and experienced stargazers.

At the heart of the RCX400TM is its revolutionary Ritchey-Chrétien optical design. This design minimizes optical aberrations, resulting in sharp, high-contrast images across the field of view. The telescope features a large aperture, typically around 10 inches, which allows for the observation of faint celestial objects, including distant galaxies, star clusters, and nebulae. The high-quality optics ensure that users can capture stunning details and nuances of their targets.

One of the standout characteristics of the RCX400TM is its advanced AutoAlign technology. This feature simplifies the setup process by automatically aligning the telescope to the night sky, enabling users to start observing in a matter of minutes. This is particularly beneficial for beginners or those who prefer a hassle-free experience when setting up for observations.

Additionally, the telescope is equipped with the Meade Smart Drive system, which enhances tracking accuracy and allows for long exposure astrophotography without the worry of trailing or blurring. This system compensates for periodic errors and undergoes continuous monitoring, ensuring that the telescope maintains precise alignment while tracking celestial objects.

The RCX400TM also incorporates an intuitive user interface with a large, easy-to-read LCD display. This interface allows users to access a comprehensive database of celestial objects, making it simple to locate and observe a wide range of astronomical phenomena. With its compatibility with various Meade accessories, such as cameras and filters, the RCX400TM provides flexibility for users looking to expand their astrophotography capabilities.

Durability is another significant aspect of the RCX400TM. Its robust construction ensures that it can withstand various outdoor conditions, making it suitable for both backyard observations and expeditions to remote dark sites.

In summary, the Meade RCX400TM is designed for those who demand high-performance optics, advanced technology, and ease of use. With features like the Ritchey-Chrétien optical design, AutoAlign technology, and the Smart Drive system, it offers a remarkable viewing experience that brings the wonders of the universe closer to all who gaze through its eyepiece. Whether for casual observation or serious astrophotography, the RCX400TM is poised to satisfy the needs of astronomy enthusiasts worldwide.