Pvs14 Night Vision Device, Hunting Nigh Vision Camera, Goggles, G3 Image Intensified Tube

• Customization: Available
• Type: Night Vision and Thermal Camera
• Usage: Home, Commercial
• Model NO.: MK-PVS14
• Application: Navigation
• Structure: Binocular
• Kind: Image Intensifier Night Vision
• Operation Principle: Infrared Night Vision
• Shell Material: Plastic
• Customized: Customized
• Style: Portable
• After-Sales Service: 1 Year
• Warranty: 1 Year
• Transport Package: Carton
• Specification: Weight; 1.35 kg / 2.97 lb
• Trademark: Markevina or OEM
• Origin: China
• Production Capacity: 100, 000, 000/Year
• Package Size: 30.00cm * 30.00cm * 30.00cm
• Package Gross Weight: 2.000kg

Product Description

Night Vision Device,
Night Vision Goggles,
Hunting Goggles,
Telescope for Hunting 500M Distance Night Vision
 

SPECIFICATIONS
Type	JPNV-14
Image Intensifier	Gen2+
Optical Magnification	1X
Field of View	40°+/-2
Diopter Adjustment Range	+5/-5
Lens System	F1.2, 25mm
Optical Coating	Multilayer  composite  broadband  super-vacuum ion-permeable  membrane
Objective Adjustment Range (m)	0.25--∞
Automatic Anti-Strong Light	High-sensitive, ultra-fast, and broadband detection
Flip Detection	Full-solid-state contactless automatic pose recognition
Dimensions (mm)	115x 69x54
Weight	240g
Power Supply Voltage	2.6-4.2V
Battery Type	One lithium battery
Continuous Working Hours	40h(off IR) 20h (Open IR)
Operating Temperature Range	-40/+50ºC
Relative Humidity	5%-98%
Dust And Waterproof Grade	IP66/IP67

 




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A nighttime external sight with an image intensifier as its core device does not use infrared searchlights to illuminate the target during operation. Instead, it utilizes the reflected light from the target under weak illumination to enhance the visible image that can be felt by the human eye on the fluorescent screen through the image intensifier to observe and aim the target. Infrared night vision instrument is a tactical night vision instrument that utilizes photoelectric conversion technology. It is divided into two types: active and passive: the former uses an infrared searchlight to illuminate the target, receiving the reflected infrared radiation to form an image; The latter does not emit infrared radiation and relies on the target's own infrared radiation to form a "thermal image", hence it is also known as a "thermal imager".