AXION 2 LRF XG35
Sensor |
640×480 pix. @ 12 µm (NETD <40 mK)
|
Objective lens |
F35 / 1.0
|
Magnification, x |
2.5 – 20 (x8 zoom)
|
Field of view (HxV), degrees / m@100m |
12.5×9.4 / 21.9×16.4
|
Detection range, m |
1750
|
$2,749.99
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Sensor |
640×480 pix. @ 12 µm (NETD <40 mK)
|
Objective lens |
F35 / 1.0
|
Magnification, x |
2.5 – 20 (x8 zoom)
|
Field of view (HxV), degrees / m@100m |
12.5×9.4 / 21.9×16.4
|
Detection range, m |
1750
|
The Axion 2 LRF XQ35 thermal imaging devices are using revised imaging optimisation for varying conditions when high-quality rendering is required for observation of both the target and its surrounds. Axion 2 LRF XQ35 are offering smooth filtering and finer contrast / brightness controls, combined with new signal amplification in three new levels, giving the user greater long- range detection for greater opportunities to detect targets through varying temperature / weather conditions.
NHU – The Axion 2 thermal imaging devices use a new approach to image optimisation depending on the purposes and conditions of observation and provide high-quality rendering of both target objects and background. Three levels of signal amplification in combination with a connected smoothing filter and fine brightness and contrast adjustments give the hunter great opportunities for long-range detection of the animal under different weather and temperature conditions and determining its trophy qualities.
Axion is designed for constant, often hard use. A magnesium alloy housing is light and strong at the same time. The housing reliably protects the internal components of a thermal imaging device from shocks, drops, moisture, heat or cold. At the same time, a metal housing effectively removes the heat from electronics, minimizes image noise and increases consistency of the device operation during long-term observation.
A high-capacity APS5 rechargeable battery provides up to 11 hours of continuous operation of the thermal imaging device on a single charge. The battery is removed from a battery housing and replaced with a new one in seconds. The battery is charged in a special charger or inside the device from a PC, household power system or power bank via USB-C. The same sources are used for external power supply of a thermal imaging device.
In Axion 2 thermal imagers, the standard smartphone connection frequency range via a 2.4 GHz WiFi channel is complemented with an effective 5 GHz range. The 5 GHz connection offers better bandwidth, a faster data transfer rate, noise immunity and improved connection stability, resulting in more productive and easier operation of the thermal imager with a smartphone.
Germanium F35/1.0 lens features high infrared transmission in the LWIR range. Due to the high precision manufacturing of the optical elements of the lens, the image generated by the Axion 2 thermal imaging device sensor is distinguished for its clarity and detailing.
Understanding the target distance is an essential factor in making the right decisions. A built-in laser rangefinder with a range of up to 1 kilometre allows you to measure distances in single measurements and continuous scanning modes with an accuracy of ± 1 meters for quick and error-free assessment of the situation.
The Axion 2 thermal monoculars are equipped with a European Lynred sensors with a resolution of 384×288 pixels (pixel size 17 µm) / 640×480 pixels (pixel size 12 µm), which qualitatively capture a useful signal under difficult observation conditions, such as rain, fog and high atmospheric humidity at the observation site.
Use the brightness and contrast adjustments to maximise the detail and informative value of the image in specific observation conditions. The User Mode function saves selected brightness and contrast settings in the device’s memory providing optimal image quality for the next use of the thermal imager immediately, with no additional adjustments needed.
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