Nexstar instruction manual SynScanTwSPECIFICATIONS

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SynScanTwSPECIFICATIONS

Power Supply:

Motor type and resolution:

Slew speeds:

Gear Ratio:

Tracking Rates:

Tracking Modes:

Alignment Method:

Database:

Pointing Accuracy:

11 to 15 V DC 2Amp (Tip positive) Microstep driven 1.8" stepper motors.

Resolution: 0.144 arc sec (or 9,024,000 stepslrev.)

Rate 0 = 0.5X

Rate I = 1X

Rate 2 = 8X

Rate 3 = 16X

Rate 4 = 32X

Rate 5 = 64X

Rate 6 = 400X

Rate 7 = 500X

Rate 8 = 600X

Rate 9 = 800X

705

Sidereal, Lunar, Solar

R.A. tracking

One-Star Alignment, Two-Star Alignment, Three-Star Alignment 25 user defined objects. Complete M, NGC, and IC catalogues, Total 13,436 objects

Up to 1 arc min

Image 16
Contents Page Page 1ntroduction to the SynScanTM Powering the SynScanTMSynScanTM Hand Control Mode keys Directional keysScoll Keys Fig.e Dual Purpose keysTial Setup AIDThree-Star Alignment Star ~ l i ~ n r n e n tTwo-Star Alignment One-Star Alignment Pointing Accuracy Enhancement PAE0bject database in the SynScanTM Selecting an ObjectUtility Functions Saving an object to the databaseIdentifying an Unknown Object Recalling an user defined objectLinking with a Computer Periodic Error CorrectionT o Guiding Page \ mm@1 SynScan F~rmwareLoader Main Menu SynScanTwSPECIFICATIONS Movement Eyepiece view Page Page Hand Control Description PC Command Ascii Response Additional RS232 Commands Sending a track rate through RS232 to the hand control

SynScan specifications

The Nexstar SynScan is a highly regarded mount and telescope system, catering to both amateur astronomers and seasoned professionals alike. Renowned for its ease of use, portability, and advanced technology, it significantly enhances the stargazing experience.

One of the standout features of the Nexstar SynScan is its computerized GoTo mount. This system allows users to easily locate and track celestial objects. With an extensive database of over 40,000 celestial bodies, including stars, planets, nebulae, and galaxies, the SynScan offers an intuitive way to explore the night sky. The built-in database also includes user-defined objects, making it versatile for personalized astronomical pursuits.

The SynScan's Dual-Axis Tracking mechanism is another major advantage. It accurately tracks celestial objects as they move across the sky due to the Earth's rotation, ensuring that users can view objects for extended periods without needing to manually adjust the telescope. This functionality is particularly beneficial for astrophotography, as it reduces image blurring caused by slight movements.

In terms of technology, the Nexstar SynScan utilizes a precision motor drive and encoders to enhance tracking accuracy. The mount features AC servo motors, which provide smooth and silent operation. The included hand control is user-friendly, with a backlit screen that allows for night-time navigation without disturbing your surroundings.

The system's ease of setup and portability are important characteristics, particularly for users who wish to observe in remote locations. The Nexstar mount is lightweight and compact, making it easy to transport and assemble. Users can quickly set up the telescope in a matter of minutes, an advantage for spontaneous night-sky explorers.

Additionally, the SynScan offers various power options, including the ability to use AA batteries or an external power supply. This flexibility ensures that users can operate their telescope in different environments without worrying about finding power sources.

Lastly, the Nexstar SynScan is compatible with popular astronomy software, enabling users to enhance their observing sessions with additional features such as software-guided observations and advanced tracking capabilities. This integration with technology allows for a rich observing experience where the vastness of the universe is made more accessible.

In conclusion, the Nexstar SynScan stands out for its combination of advanced technology, user-friendliness, and portability, making it a top choice for anyone looking to delve deeper into the wonders of astronomy.