Brand: PrimaLuceLab

PrimaLuceLab PLUS Vixen Plates (90mm/140mm/240mm/350mm)

Brand: PrimaLuceLab

PrimaLuceLab PLUS Vixen Plates (90mm/140mm/240mm/350mm)

Special Order
$39.15 CAD

Plate Size Option

90mm Vixen Plate (PLLVIX90P) 140mm Vixen Plate (PLLVIX140P) 240mm Vixen Plate (PLLVIX240P) 350mm Vixen Plate (PLLVIX350P)

Easy Payment Options with .

How do I Special Order?
Special Order
$39.15 CAD

Easy Payment Options with .

How do I Special Order?
Free Expert Support
Stress Free, Secure Shopping
30 Day Return Policy
Price Match Promise
Full Details Specifications Reviews and Questions

Product Description

The Vixen style dovetail plate PLUS is designed to let you install telescopes or cameras on mounts with Vixen type clamp or photographic heads with Arca Swiss type clamp. This Vixen style dovetail plates come in 90mm/140mm/240mm/350mm long options and, not only it comes with central threaded holed and slots, but also threaded holes to connect to other PLUS mechanical components such as support rings, guide rings, dovetail clamps or EAGLE computers always with more crews, in order to avoid any flexure!

Like all the elements of the PLUS system, this plate is made with high precision mechanics, it's built with CNC machines from aluminum block) and anodized to increase the hardness of the material and protect it from oxidation.

Thanks to the particular design, the Vixen style dovetail plates can be:

  1. Positioned below the support rings to install the telescope on mounts with Vixen plate.
  2. Installed above the support rings to increase the mechanical rigidity of the entire telescope (and allow you to attach other accessories such as guide rings to precisely adjust the position of the guide telescope).
  3. Installed below a camera to connect it to a mount with Vixen dovetail clamp.
  4. Installed below a telescope or a camera to connect it to a photographic head with Arca Swiss dovetail clamp.
  5. Used as a basis to create a side-by-side plate (which allows you to install two telescopes in parallel on a mount with a single Vixen plate) together with 2 dovetail clamps PLUS.

Example Uses

90mm Plate

Vixen style dovetail plate 90mm PLUS installed below a camera: this way you can connect the camera on a photographic head (to the left) or to a mount (to the right) in the same way of a telescope.

PrimaLuceLab PLUS Vixen Plates - 90mm Usage

140mm Plate

Vixen 140mm PLUS dovetail bar installed under the telescope allow the installation on a mount with Vixen type dovetail clamp. To the right, the same bar allows the installation of the same telescope on a photographic heat with Arca Swiss type clamp.

PrimaLuceLab PLUS Vixen Plates - 140mm Usage

240mm Plate

Vixen style dovetail plate 240mm PLUS is installed below 105mm PLUS support rings. Above the support rings the EAGLE is installed with 80mm PLUS guide rings. If you have other brands mechanical accessories, you can still use all the elements of the PLUS system. Indeed we have provided a series of central slots that allow, for example, to fix on this plate support or guide rings through a screw.

PrimaLuceLab PLUS Vixen Plates - 240mm Usage

350mm Plate

Vixen style dovetail plate 350mm PLUS is installed below 145mm PLUS support rings. Above the support rings the EAGLE is installed. If you have other brands mechanical accessories, you can still use all the elements of the PLUS system. Indeed we have provided a series of central slots that allow, for example, to fix on this plate support or guide rings through a screw.

PrimaLuceLab PLUS Vixen Plates - 350mm Usage

Specifications

90mm Plate

PrimaLuceLab PLUS Vixen Plates - 90mm Plate

PrimaLuceLab PLUS Vixen Plates - 90mm Dimensions

140mm Plate

PrimaLuceLab PLUS Vixen Plates - 140mm Plate

PrimaLuceLab PLUS Vixen Plates - 140mm Dimensions

240mm Plate

PrimaLuceLab PLUS Vixen Plates - 240mm Plate

PrimaLuceLab PLUS Vixen Plates - 240mm Dimensions

350mm Plate

PrimaLuceLab PLUS Vixen Plates - 350mm Plate

PrimaLuceLab PLUS Vixen Plates - 350mm Dimensions

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)

Why Should You Trust All Star Telescope?

We've Made All The Mistakes
So You Don't Have To

Learn More