APPLICATION

The Night vision Monocular is a complex opticoelectronic system for individual use. The device consists of the objective lens assembly, eyepiece and the body. The body contains

a1st (MO-41) or 2nd Gen. + (MO-42) image intensifier tube assembly with an integrated high voltage power source and the three volt battery housing. When installing the battery one should keep in mind that the polarity of the battery should coincide with the diagram on the body next to the battery housing cap.

Objective lens protective cover is intended to protect the objective lens from dust and scratches. It will also act as a daylight filter, allowing you to test the scope in daylight or other bright light situations. The pin-hole in the center of the protective cover allows the user to check the operation ability of the device in daylight conditions.

NOTE: Do not test the scope in daylight conditions even with the daylight filter/lens cap on for more than ten (10) minutes.

SMART DIGITAL TECHNOLOGY

Smart Total Darkness Technology finally provides the user total control in the hi-tech industry of Night Vision. The Smart Series Night Vision scopes have been designed according to the latest computer technology.

Onboard computer systems identify the users intention of looking through the scope. When the scope is brought to the user’s eye, the scope automatically turn on. When removed from the eye the scope turns off (you must engage the proximity sensor for this feature to work). The user will never have to worry about turning his or her scope on or off. Smart series scopes automatically sense when they are no longer used and will shut off and enter their sleep mode. All the controls and buttons are digital. Even if your batteries are low, don’t worry the smart series will let you know. Our MO-4 scope has a 3-button digital control panel that allows the user to easily engage the main power, Infra-red illuminator and the proximity sensor. Color coded LEDs let you know the mode of operation you are using.

1.ON/OFF indicator light – when power is ON the LED is green.

2.When the proximity sensor is activated the LED will change to red.

3.When IR is ON the IR LED is orange.

NOTE, FOR MO-41:You may notice a persistent green glow for up to five (5) minutes after you have turned the MO-41 off. This is normal for the 1st Gen. light intensifier tube.

FOCUSING

To focus the MO-4 first you will need to adjust the diopter. Simply turn the diopter clockwise until it stops. Then, while looking through the diopter at a subject, slowly turn the diopter back counter clockwise until the grain in the image is sharp.

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

Next. When you are in 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.

INFRA-RED (IR) ILLUMINATION

Infra-red illuminators, or IR illuminators, are common in night vision. The IR light greatly enhances the performance of the MO-4 while remaining almost totally invisible to the naked eye. The IR illuminator on the MO-4 is located to the side of the battery compartment.

To turn the IR on push the IR button and you will see an orange indicator light come on. It is important to remember that the IR illuminator is simply an infra red light source, and like any light source it may loose its effectiveness over a great distance.

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ATN MO-4 manual Application, Smart Digital Technology, Focusing, INFRA-RED IR Illumination
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MO-4 specifications

The ATN MO-4 is an advanced night vision monocular designed for outdoor enthusiasts, hunters, and tactical users who require high-performance optical technology for low-light situations. As part of ATN’s cutting-edge line of optical equipment, the MO-4 stands out with its superior features and innovative technologies.

One of the key attributes of the ATN MO-4 is its impressive image resolution. The device is equipped with high-definition glass optics that deliver sharp and clear images, even in near-total darkness. This ensures that users can identify targets and navigate their environment with confidence. The MO-4's multi-coated lenses further enhance light transmission and minimize glare, making it ideal for use at dusk and dawn, as well as during nighttime operations.

The MO-4 incorporates ATN's proprietary Smart Mode technology, which enhances user experience by automatically adjusting brightness levels based on ambient light conditions. This feature enables seamless transitions between varying light environments, ensuring optimal visibility without manual adjustments. Additionally, the MO-4 is designed to operate efficiently with a long battery life, allowing users to rely on the device throughout extended excursions.

With a robust ergonomic design, the ATN MO-4 provides a comfortable grip for prolonged use. It is lightweight and compact, making it easy to carry and maneuver. The device is also rugged and weatherproof, capable of withstanding harsh environmental conditions, which is essential for outdoor activities.

The MO-4 is equipped with a digital display that provides real-time information, including battery status and operational modes, enhancing overall operational awareness. Moreover, the device supports video recording capabilities, allowing users to capture their experiences seamlessly. With built-in Wi-Fi and Bluetooth, the MO-4 can connect to mobile devices for easy sharing and extended functionality.

Complementing its user-friendly features, the MO-4 is also designed with a range of accessories, including mounting options, allowing for versatility in applications such as hunting, wildlife observation, or tactical operations.

In summary, the ATN MO-4 night vision monocular is a state-of-the-art optical tool that combines advanced technologies, robust design, and user-friendly features. With its high image quality, intelligent operational capabilities, and compact form factor, it stands as an indispensable instrument for anyone needing reliable performance in low-light conditions.
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