AN/PVS-7: Difference between revisions

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[[File:AN-PVS-7.jpg|thumb|AN/PVS-7]]
{{DeviceInfoBox
The AN/PVS-7 is the [[Joint Electronics Type Designation System (JETDS)|JETDS]] designation for a bi-ocular housing named M972 / M973 that was produced by [[Litton Industries]] for the U.S. military.  
|name=AN/PVS-7
|manufacturer=Elbit Systems Of America
|manufacturer-name=F5001
|page=https://www.elbitamerica.com/night-vision#F5001
|image=AN-PVS-7.jpg
|type=Bi-ocular
|format=MX-10130
|fov-hor=40
|fov-ver=40
|mount=Bayonet
|objectives=Proprietary
|eyepieces=Proprietary
}}
 
The AN/PVS-7 is the [[Joint Electronics Type Designation System (JETDS)|JETDS]] designation for a bi-ocular housing named M972 / M973 that was produced by [[Litton Industries]] for the [[Developed for::U.S. armed forces]].  


It has been replaced by the [[AN/PVS-14]], but is still being produced by [[Elbit Systems Of America]].  
It has been replaced by the [[AN/PVS-14]], but is still being produced by [[Elbit Systems Of America]].  
It uses a single MX-10130 format image intensifier tube.


== Collimator ==
== Collimator ==

Latest revision as of 18:42, 4 January 2023

AN/PVS-7
AN/PVS-7 image
Product Page
Manufacturer(s)
Type Bi-ocular
Tube Format MX-10130
FoV 40° / 40°
Mount Bayonet
Objective(s) Proprietary
Eyepiece(s) Proprietary


The AN/PVS-7 is the JETDS designation for a bi-ocular housing named M972 / M973 that was produced by Litton Industries for the U.S. armed forces.

It has been replaced by the AN/PVS-14, but is still being produced by Elbit Systems Of America.

Collimator[edit | edit source]

  • A black tube with a prism at one end

    A AN/PVS-7 collimator assembly, comprised of multiple lenses and a triangular prism to duplicate the output image from one MX-10130 tube into both oculars

  • A series of different convex lenses followed and metal rings

    When disassembling, lenses and metal rings come out in the indicated order (left first, right last)

  • Step 1: Insert the lens with the convex side facing towards the collimator housing

    Step 1: Insert the lens with the convex side facing towards the collimator housing

  • Step 2: Insert one of the thick metal rings

    Step 2: Insert one of the thick metal rings

  • Step 3: Insert the thick lens, convex side facing towards the collimator housing

    Step 3: Insert the thick lens, convex side facing towards the collimator housing

  • Step 4.1: Three components needed to be placed together in a bundle

    Step 4.1: Three components needed to be placed together in a bundle

  • Step 4.2: Place the metal ring onto a flat surface for convenience

    Step 4.2: Place the metal ring onto a flat surface for convenience

  • Step 4.3: Place the lens onto the metal ring with the convex side facing towards it

    Step 4.3: Place the lens onto the metal ring with the convex side facing towards it

  • Step 4.4: Place the thin metal ring onto the lens

    Step 4.4: Place the thin metal ring onto the lens

  • Step 4.5: The final result should look like this with each component stacked according to their collerated numbers from 4.1

    Step 4.5: The final result should look like this with each component stacked according to their collerated numbers from 4.1

  • Step 5: Insert the fully stacked components from step 4 with the thin metal ring facing towards the collimator housing

    Step 5: Insert the fully stacked components from step 4 with the thin metal ring facing towards the collimator housing

  • Step 6: Insert the final lens into the collimator housing with the convex side facing outward

    Step 6: Insert the final lens into the collimator housing with the convex side facing outward

  • Step 7: Screw in the lock ring to securely all the components in place

    Step 7: Screw in the lock ring to securely all the components in place

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