×
ZWO 2" IR - CUT filter
ZWO 2" IR - CUT filter

ZWO 2" IR - CUT filter

ZWO_IRCUT2
€69.00
Tax included

(0)
Do you have a question about this product?
 
ZWO 2" IR UV CUT filter is suitable for color camera with AR protect window.

The ZWO IR-Cut Filter blocks infrared light from reaching the sensor of your CCD or CMOS camera or your expensive H-alpha filter. When imaging, the addition of this simple and inexpensive accessory will result in sharper images, and when doing solar work, the IR Cut Filter will your protect H-alpha filter from the damaging effects of infrared radiation.

Infrared or IR light is invisible to the human eye, and so even though most telescopes are not designed to focus IR light, it does not matter when you are using your telescope visually. However, when you add a camera to the mix, its a whole other story! Unlike the human eye, a silicon sensor is very sensitive to light in the infrared portion of the spectrum, and that is a problem because infrared images are blurry as all get out. That means your nice, sharp visual light image is degraded by the addition of the infrared layer. This problem can easily be solved by blocking the infrared, and the ZWO IR Cut-Off, will do just that.
Filter Application
Photographic
Filter Type
(L)RGB
Filter size
2 inch (50.8mm)

Summary

0

(0 Reviews)

Select a row below to filter reviews.

  • 5
    (0)
  • 4
    (0)
  • 3
    (0)
  • 2
    (0)
  • 1
    (0)
You cannot post a review because you are not logged as a customer

Log in / sign up

No customer reviews for the moment.

Write your review

ZWO 2" IR - CUT filter

ZWO 2" IR - CUT filter

Yes No
By submitting this review, you agree that it be published and publicly available.

Customers who bought this product also bought:

Product added to wishlist
Product added to compare.

Robtics uses cookies

We use cookies to facilitate the use of the Robtics web store, to facilitate logging in to our website and to remember your settings and preferences. You can disable these cookies in your browser, but this may adversely affect the functioning of our website.