InFOV PVS-14 W night vision monocular

InFOV PVS-14 W Night Vision Monocular – Precision Observation at Night

The inFOV PVS-14 W night vision monocular is an advanced device designed for precise observation in low-light conditions. Using a high sensitivity image intensifier and top quality optics, the inFOV PVS-14 W provides exceptional clarity of vision even in total darkness. It is ideal for professional applications such as military operations, law enforcement and rescue services, as well as for tourism and wildlife observation.

Key features of the inFOV PVS-14 W:

1. Complex Image Amplifier Circuit: Using a photocathode and phosphor, the device converts photons of light into electrons, which are then amplified repeatedly to produce a clear image in the dark. Depending on the user’s preference, variants are available with a phosphor that generates green or white color.
2. Compact and robust design: the monocular is lightweight, weighing only < 0.4 kg, ensuring comfortable use for extended periods of time. The IP67-rated waterproof housing and the ability to operate in extreme temperatures (-51°C to +49°C) make the device ready to work in any weather conditions.
3. Head or helmet mounting: inFOV PVS-14 W is compatible with MICH and PASGT helmets for comfortable hands-free operation, ideal for conditions where both hands are required for other tasks.
4. Built-in overexposure protection system: The device is equipped with an automatic system that protects the image intensifier chip from sudden, intense illumination, ensuring its long-term reliability and durability.
5. Long runtime on a single battery: Powered by 1 AA battery, the device provides up to 40 hours of continuous operation, allowing for long-term use without the need to replace batteries.
6. Magnification options: the inFOV PVS-14 W can be equipped with optional 3x or 5x magnification lenses for effective observation at longer distances.
7. IR Indicator: The device has an indicator to indicate that the built-in IR illuminator is on, which prevents the location from being accidentally revealed by an unintentional IR signal.