ATN 390, 6900, 7900, 8900 Operating, Mounting Brightness Adjustment, Mounting System, Focusing

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OPERATING

MOUNTING

BRIGHTNESS ADJUSTMENT

1.Slightly loosen the horizontal and vertical fixing screws on the 7/8” weaver rail built into the scope.

2.Place the scope on the dovetail mount of the fire arm making certain that the mount aligns with the receptor attachment screw groove. Adjust as necessary.

3.Tighten the horizontal fixing screws.

NOTE: Receptor attachment screws may need to be tightened after continuous shooting.

MOUNTING SYSTEM

The ATN Night Vision Riflescopes Mounting System allows to change the position of the riflescope flexibly on the weapon in relation to a shooter in combination with the fixed posi- tions already available on the weaver rail. For this purpose in the base of the mounting bracket there is a rail with a fixing projection. There are three grooves in the mounting bracket for mounting this rail. Besides it is possible to change the position of the rifle- scope additionally by 1/3 of inch. For doing this one needs to about-face the rail.

Rail with a fixing

Screws

projection

 

Grooves

Weaver rail

To change the position of the riflescope on the weaver rail additionally follow the steps mentioned below:

1.Unscrew the two screws, which attach the rail to the mounting bracket.

2.Take the rail out of the groove.

3.About-face the rail in case of necessity.

4.Place the rail into another groove.

5.Fix the rail with the two screws.

NOTE: If the rail is not taken out easily, screw up tight one of screws into the threaded aper- ture in the middle of a fixing projection of the rail. Continue rotation of the screw. Thus the screw will push out a rail from a groove.

By rotating the “R” handle you may adjust the reticle’s brightness. Adjustment could be easily seen if you look trought the scope while adjustement.

Reticle Brightness

Reticle Brightness

Adjustment (MK6900)

Adjustment (MK390)

WINDAGE AND ELEVATION

The vertical and horizontal adjustments for the Aries can be achieved by turning the elevation and windage adjustment mecha- nisms (remove dust caps first). Each click equals to 1/8 inches at 100 yards. When reaching the maximum of rotation do not use force.

Elevation

Windage

FOCUSING

To focus your riflescope you will need to adjust the diopter first thing. Simply turn the diopter clockwise until it stops. Then, while looking through the diopter at a subject, slowly turn the diopter back counter clock- wise until the grain in the image is sharp.

NOTE: We suggest that you focus the diopter during daylight with the filter on.

Next, focus the front lens until the image and the grain are both sharp. When you are in the low-light conditions and the daylight filter is off you may focus the front lens to receive a sharp image, the diopter should not be adjusted.

NOTE: The front lens should be readjusted as you view objects at different distances.

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Contents Aries 390 Paladin Aries 6900/7900/8900 Crusader Aries 6900/7900/8900 Crusader Aries 390 PaladinApplication FeaturesPreparation for Operation Mounting Brightness Adjustment FocusingOperating Mounting SystemIR Illuminator Rangefinder ReticleTroubleshooting Cleaning the EyepieceProduct Warranty Product Warranty RegistrationObtaining Warranty Service Limitation of LiabilityEuropean Office

8900, Aries 6900, 7900, 390, 6900, 7900, 8900 specifications

The ATN 390, 6900, 7900, and 8900 series are advanced night vision and thermal imaging devices designed to elevate performance in various environments, particularly for tactical, hunting, and outdoor activities. Each series offers unique features and technologies that cater to different user needs, blending innovation with ease of use.

The ATN 390 series is ideally suited for entry-level users, boasting a compact design that makes it lightweight and portable. It employs cutting-edge digital night vision technology, providing users with a clear view in low-light conditions. With features like a built-in IR illuminator and enhanced optics, the 390 series allows for greater visibility and accuracy even in total darkness.

Moving onto the ATN 6900 series, this model enhances user experience through improved resolution and an array of smart features. It includes integrated Wi-Fi and Bluetooth connectivity, enabling users to stream live footage to their smartphones or tablets. One of the standout features is the ballistic calculator, which assists shooters in making accurate shots by accounting for environmental factors such as wind and distance.

The ATN 7900 series takes advancements further with higher magnification and more advanced thermal imaging capabilities. It features a modular design that allows users to customize the device for various applications. The 7900 series integrates an intelligent video recording system, allowing users to capture and share critical moments effortlessly. The enhanced onboard memory provides ample storage for high-definition recordings.

In the premium range, the ATN 8900 series stands out with its superior thermal imaging resolution and longer detection ranges. This series features advanced image processing technology which allows for clearer imagery even in challenging conditions. Additionally, the incorporation of a GPS and smart rangefinder provides hunters and tactical users with invaluable data on location and distance estimation.

The Aries line, specifically the Aries 6900 and 8900 models, is designed for those seeking professional-grade night vision capabilities. The Aries 6900 offers multi-coated optics and an ergonomic design for comfortable extended use, paired with versatile mounting options. The Aries 8900 significantly amplifies these features, including a wide field of view and advanced thermal sensitivity, perfect for tracking and surveillance.

Collectively, the ATN 390, 6900, 7900, 8900, and Aries 6900 and 8900 models represent the forefront of night vision technology, delivering exceptional performance, durability, and versatility for users ranging from novices to professionals in the field. Each device’s unique features and cutting-edge technologies make them indispensable tools for enhancing visibility and operational effectiveness in low-light conditions.