Celestron 2" SCT XLT Diagonal

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Celestron 2" SCT XLT Diagonal
$139.00
Item # CE-93527
4 Questions(s)

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  • The Celestron 2" XLT Diagonal (SCT) utilizes high-performance XLT coatings for 96% reflectivity.
  • Precision 10th wave flat mirror is interferometer-tested.
  • The Celestron 2" XLT Diagonal (SCT) features all machined housings for accurate optical alignment.
  • Includes a 2"-to-1.25" Adapter and aluminum case for storage and protection.
Description

Details

Celestron 2" XLT Diagonal (SCT)

Introducing Celestron's new 2" XLT Diagonal. This high quality multi-coated mirror diagonal allows you to take advantage of the wider field of view provided by 2" eyepieces. Featuring Celestron's premier StarBright XLT coatings, this unit has an interferometer tested 10th wave flat mirror.

This premium diagonal is designed to work with Schmidt-Cassegrain telescopes and employs a brass compression ring interior to keep from marring your eyepiece barrels. A sturdy aluminum carrying case for travel and protection comes standard.

Celestron 2" XLT Diagonal (SCT) Features

  • 2" Diagonal (for SCT)
  • Celestron's high performance XLT coating for maximum reflectivity >96%
  • Interferometer tested 10th wave flat mirror
  • All machined housings for accurate optical alignment
  • Aluminum case for storage and protection
Celestron Product Number: 93527
Additional Information

Additional Information

SKU CE-93527
UPC Code 050234935272
Diagonal Type Star Diagonal
Diagonal Size 2"
Manufacturer Celestron
Warranty 2 Year Warranty
Reviews
Included Items

Included Items

  • Celestron 2" XLT Diagonal (SCT)
  • Aluminum Case
  • Celestron Accessories Two Year Limited Warranty
Questions & Answers

Product Questions

Is this diagonal compatible with an old orange tube C-8 vintage aprox 1977 ?
3
Is this diagonal compatible with the Nexstar 8SE?
2
Will this diagonal work on a new 11" celestron Schmidt-Cassegrain?
-3
When used on a regular SCT, will a Celestron f/6.3 reducer/corrector placed before this diagonal, when using 1-1/4" eyepieces, be at the correct spacing needed for the reducer/corrector to work properly?
-6
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