HPT Image Intensifier Tubes
High-Performance Tubes!
New production technology of these high-performance tubes has resulted in improved performance standards for resolution and Signal-to-Noise specifications.
Units with ATN HPT Image Intensifier Tubes have a guaranteed resolution of 54-72lp/mm and Signal-to-Noise Ratio 18-24.

ATN NVG7-HPT Night Vision Goggles

RECOMMENDED USE

professional

law enforcement

boating

TECHNOLOGIES

ATN NVG7-HPT Night Vision Goggles - Image 1

ATN NVG7-HPT Night Vision Goggles - Image 2

Item # NVGONVG7H0


		Price $2 249.00


		Generation:


		Warranty:

This product is Not available for export

System Pricing Calculator

System component(s):	Price:
ATN NVG7-HPT	$2249.00
Universal Helmet Mount Kit
3x lens
5x lens
IR450-B3
NVG7 MICH Helmet Mount Kit
NVG7 PASGT Helmet Mount Kit
Front Lens 8X
Adapter to Mil-spec head/helmet mount
Total Price	$2249.00

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SecurityMetrics for PCI Compliance, QSA, IDS, Penetration Testing, Forensics, and Vulnerability Assessment

This System is also available in:

	ATN NVG7-2
	ATN NVG7-CGT
	ATN NVG7-3
	ATN NVG7-3A
	ATN NVG7-3P
	ATN NVG7-WPT™


		Night Vision Featured Retailers

		Buy NVG7-HPT Night Vision Weapon Goggles from Night Vision Planet Buy NVG7-HTP Night Vision Weapon Goggles from Night Galaxy Buy NVG7-HPT Night Vision Biocular from B&H Photo Video

description

Lightweight, rugged and a top notch performer the NVG-7-HPT is an exceptional choice for hands-free usage. This model features high resolution image intensifier, auto-brightness, and bright source shut-off. NVG-7-HPT goggles also have a built-in IR for total darkness with indicator ON light within the FOV and flip. One CR123A, case and manual are included. ATN NVG-7-HPT is an excellent choice for hands-free night vision applications.

FEATURES

Lightweight, compact rugged Goggle system
Multi-purpose: Hand-held, head-mounted or helmetmounted
Comfortable, flip-up headgear
Multi-coated all-glass optics
Wide angle infrared illuminator
Adjustable Interpupillary Distance
Optional 3x, 5x and 8x lenses available
Weather and fog resistant
Limited Two-Year Warranty

Specification

Total Darkness IR System	Yes
"SMART" Technology	No
Multi-Purpose System	No
IIT Generation	HPT
Photocathode Type	Multi - Alkali
Resolution	55-72 lp/mm
Signal to Noise Ratio	16-24
Figure of Merit	1600 Typical
MTTF - Mean Time Before Failure	10,000 hours
Magnification	1x
Lens System	F1.2, 26 mm
Proshield Lens Coating	Yes
FOV	40°
Range of Focus	1 m to infinity
Diopter Adjustment	-6 to +5
Controls	Direct
Automatic Brightness Control	Yes
Bright Light Cut-off	Yes
Automatic Shut-off System	Yes
Infrared Illuminator	Yes
IR Indicator	Yes
Low Battery Indicator	Yes
Power Supply	1x3 V CR123A type battery
Battery Life	60 hrs
Environmental Rating	Waterproof
MIL-STD-810	No
Operating Temperature	-40 to +50 °C
Storage Temperature	-50 to +70 °C
Dimensions	160 x 150 x 75 mm 6.3" x 6" x 3"
Weight	0.5 kg / 1.1 lbs
Warranty	2 years


		Included Accessories Instruction Manual Lens Tissue One Lithium Battery Soft carrying Case Warranty card Goggle Kit Packing box Lens Cap Optional Accessories (check to add to cart) $ 299.00 Universal Helmet Mount Kit $ 219.00 3x lens $ 419.00 5x lens $ 129.00 IR450-B3 $ 369.00 NVG7 MICH Helmet Mount Kit $ 369.00 NVG7 PASGT Helmet Mount Kit $ 949.00 Front Lens 8X $ 89.00 Adapter to Mil-spec head/helmet mount


		Detection, Recognition, Identification Select the Device: Human DRI Vehicle DRI Measurements: Meters The Johnson Criteria assumes that the critical dimension for a human being is 0.75 meters. To get DRI, you need 1.5 pixels, 6 pixels and 12 pixels across 0.75 meters in the object pane. That means: Detection 1.5 pixels / 0.75m = 2 pixels per meter Recognition 6 pixels / 0.75m = 8 pixels per meter Identification 12 pixels / 0.75m = 16 pixels per meter Assuming that a man is 1.83m by 0.5m, the following would apply: Detection 3.6 pixels by 1 pixel (You can see something is there) Recognition 13 pixels by 5 pixels (You can see that a person is there) Identification 28.8 pixels by 8 pixels (You can see that the person looks like a civil man) Assuming that a vehicle is 4m by 1.5m, the following would apply: Detection 2.8 pixels by 1 pixel (You can see something is there) Recognition 13 pixels by 5 pixels (You can see that a vehicle is there) Identification 26 pixels by 10 pixels (You can see that the vehicle may be a off-road vehicle)

Detection, Recognition, Identification