Starfield f/4 Imaging Newtonian - 8"

Product Details

• Description
• Specifications
• Included Items
• Recommended Products
• Reviews

• The Primary mirror is made of BK7 optical glass which is known for its thermal stability. The coated mirror is not only dielectrically coated, but also it has a protective layer of SiO2 (quartz) for durability. Mounted in a cell with six easy to use collimation knobs for easy collimation. The mirror center is also marked which makes using a laser simple An APS-S DSLR camera or dedicated camera such as the QHY2600 or ZWO ASI2600MC-Pro, both with APS-C sensors, you will achieve a near 2 degrees field of view diagonally. Large objects like Andromeda and the Orion Nebula will fit in nicely.

  Features:

  The monorail focuser with 10:1 2 speed control comes standard. Providing enough lifting power for a DSLR or CMOS deep sky camera. A motor can be added for even great automated control! Split Tube rings with felt, to not markup the OTA tube finish, come with a vixen style dovetail with adjustment screws.

  It is also easy to add accessories or another dovetail to the top of the OTA with the provided M6 screw holes located on the top of the rings. The inside of the OTA has a matte black interior finish to reduce stray reflection and increase image contrast.

  The overall length of the OTA extends past the focuser, to also prevent stay light from entering the telescope and increase overall contrast. The primary mirror cell also includes a low noise, long-lifetime cooling fan powered by 8 AA batteries (batteries not included). An 8x50mm finder scope, and extension tube is included as well for visual use.

• specifications

  Aperture	200 mm (8")
  Focal Length	800mm
  Focal Ratio	f/4
  Optical Design	Newtonian
  Tube Diameter	9.5 mm
  Tube Length	711mm
  Tube Weight	20 lb

• included items

  • Starfield f/4 Imaging Newtonian - 8"
  • 8x50mm finder scope
  • Extension tube