Night Owl Lighweight Night Vision Monocular (2x)
FEATURES Generation 1: 1 2.0x magnification: 2 Field of view: 70 ft. at a distance of 200 ft.: 3 IR field of illumination is 32 ft. diameter at 150 ft.: 4 Uses CR123 lithium batteries: 5 500x ambient light amplification: 6 Easy one-hand operation: 7 Objective lens: 24mm diameter: 8 All glass optics: 9 Weighs 9.1 oz.: 10
- High quality all glass optics - objective and ocular lenses
- Generation 1; 2x Magnification
- Built-in Infrared Illumination provides clear and bright viewing in complete darkness
- Ergonomic design - compact, lightweight and balance
- Field of View at 200 feet: 70 feet; weighs 9.1 ounces
The Night Owl Optics Lightweight 2X Night Vision Monocular is the first in our line of compact and lightweight units. Priced right for any budget while incorporating all glass optics and a high-quality image intensifier tube. Like all Night Owl monoculars, its easy to use with single-hand operation and an ergonomic design. Compact, lightweight, and balanced, this monocular has 2x magnification and a protective finish for long-lasting durability.
Features:
- Generation 1; 2x Magnification
- High quality all glass optics - objective and ocular lenses
- Built-in Infrared Illumination provides clear and bright viewing in complete darkness
- Ergonomic design - compact, lightweight and balance
- Protective finish for long-lasting durability
Specifications:
- Generation: 1
- Magnification: 2x
- Lens Diameter, mm: 24
- Angular Field of View: 29�
- Field of View at 200 feet: 70'
- Dimensions, Inches: 5.51L, 2.23W, 3.75H
- Weight, oz (without batteries): 9.1
- Power Supply (not included): One 3-Volt Lithium
- Minimum Focus Range: 1.6'
- Built-In Infrared: Yes
How Night Vision Works:
Available light is gathered by the front Objective Lens, where it is transmitted through a set of optical lenses to the Electronic Intensifier Tube (E.I.T.). High levels of energy, produced by the device's complex power supply, knock out electrons from the Photocathode Screen, located on the front of the Electronic Intensifier Tube. This same energy creates a highly static field, pushing the electrons to the Phosphorescent Screen, a sensitive layer, located on the back of the EIT. These electrons strike the Phosphorescent Screen with great speed, causing the screen to illuminate. This process produces an image, which is then magnified by the Ocular Lens located at the back of the device. By looking through the ocular lens you will see the image as if you just looked through a regular optical device, except the image will appear in a monochrome green color. Finally, the Ocular Lens provides adjustment for your particular eyesight, while the Objective Lens lets you adjust the focus according to the distance of the object you are viewing.
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