ATN BlazeHunter 635 LRF

ATN BlazeHunter 635 LRF Thermal Monocular

€1,849.00 *

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  • TIMNBLH635LRF
Product information "ATN BlazeHunter 635 LRF Thermal Monocular"
640x512Thermal sensor
35 mmLens
2.5-20xMagnification incl. digital zoom
32 GBInternal storage

ATN · THERMAL OBSERVATION

ATN BlazeHunter 635 LRF

ATN BlazeHunter 635 LRF combines a 640x512 thermal sensor with a 35 mm lens and an integrated laser rangefinder. Its 2.5-20x magnification range includes digital zoom, bringing thermal observation and distance measurement together in one handheld device.

ATN BlazeHunter 635 LRF

See the scene. Understand the detail.

The OLED 1440x1080 display shows the processed image. Sensor resolution and display resolution describe different parts of the device: a higher-resolution screen does not add native thermal sensor detail. Digital zoom enlarges the existing image.

ATN BlazeHunter 635 LRF – manufacturer function illustration
ATN manufacturer illustration / application example

Record and share your observations

Photos and videos can be saved in the internal memory. Built-in Wi-Fi connects the device to a compatible phone or tablet. ATN lists the Blaze app for this product family.

ATN BlazeHunter 635 LRF – manufacturer function illustration
ATN manufacturer illustration / application example

Made for time outdoors

Replaceable 18650 batteries support longer outings. Quoted combined runtimes require a battery change. ATN specifies IP67 protection. Actual battery life depends on temperature and enabled functions.

Technical specifications

Sensor640x512, 50 Hz, 12 μm, <18mK
Lens35 mm
Magnification2.5-20x
Display ResolutionOLED 1440x1080
Internal Memory32 GB
Battery type18650 rechargeable (qty 2 included)
Battery lifeUp to 7 hours per battery; up to 14 hours with a battery change
IP ratingIP67
Dimensions5.98” × 1.67” × 2.93” / 152 mm × 42 mm × 74 mm
Weight (without battery)0.8 lb / 360 g

Manufacturer illustrations show functions schematically and are not independent test images. Thermal imaging cannot see through solid obstacles. Detection, recognition and identification are different tasks; performance depends on the scene and weather.

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