Why won't my InfiRay Tube SE connect to my phone or computer?
There might be a few reasons why your device isn't connecting. First, double-check that you've entered the correct Wi-Fi password. Also, too many Wi-Fi networks in the area can cause interference. Try moving to a location with fewer networks or no Wi-Fi coverage to establish a stable connection.
What to do if the image on my InfiRay Tube SE Thermal cameras is too dark?
If the image appears too dark, the screen brightness might be set too low. Try adjusting the display brightness to see if that improves the image visibility.
How to fix blurry image on InfiRay Tube SE, but the icons are clear?
If your icons are clear but the image is blurry, it could be due to a focusing issue or the lens condition. Here's what you can do: * Rotate the lens focus ring to adjust the focus. * Inspect the lens for dust or ice. If present, gently wipe the outer optical surface with a soft cotton cloth, or allow the scope to dry in a warm, dry environment for at least 4 hours.
What to do if Wi-Fi signals are lost on InfiRay Thermal cameras?
If you're experiencing Wi-Fi signal loss or interruption, it could be because the device is out of Wi-Fi range or there's an obstruction, like a concrete wall, blocking the signal. Try moving to a location where you can receive Wi-Fi signals clearly.
Why does the reticle position move after shooting with InfiRay Thermal cameras?
If the reticle position shifts after shooting, the scope or clamp might not be securely mounted. Check that the scope is firmly attached. Also, ensure the bullet type and caliber match what was used during zeroing. Keep in mind that zeroing may slightly change between seasons (summer to winter or vice versa).
What to do if my InfiRay Tube SE won't start?
If the scope won't start, the battery is likely out of charge. Charge the device.
What to do if my InfiRay Thermal cameras observed target disappears?
If the observed target disappears, it might be because you are observing the target through glass. Observe the target directly without the presence of glass.
What to do if my InfiRay Tube SE won't power on with an external power supply?
If the device isn't powering on with an external power supply, the USB cable may be damaged; replace it. Also, the external power supply may be insufficient; check it if necessary.
General| Pixel Size | 12μm |
|---|---|
| Magnification (50mm) | 3.5x |
| Magnification (35mm) | 2.5x |
| Digital Zoom | 2x, 4x |
| Ingress Protection | IP67 |
| Weight | 650g |
| Frame Rate | 50 Hz |
| Focus | Manual |
| Detector Resolution | 384x288 |
| NETD | <50mk |
| Objective Lens | 35mm/50mm |
| Diopter | -5 to +5 |
| Battery Type | Li-ion |
| Sensor Type | Uncooled Vox |
| Thermal Sensitivity (NETD) | <50mk |
| Spectral Range | 8-14μm |
| Lens Options | 50mm, 35mm |
| Power Supply | Li-ion battery |
| Operating Temperature | -20°C to +50°C |
General advice on temperature, sunlight, and careful handling to prevent damage.
Caution against small parts and keeping device away from children.
Information on WEEE directive for private households and business customers.
Use for hunting, observation, not a toy; liability for misuse.
Guidance for disposing of product outside the European Union.
States the battery pack is built-in and non-removable.
Checks for visible damage, image clarity, and settings.
Details on detector type, resolution, FOV, magnification, etc.
Battery, operating time, Wi-Fi, temp range, weight, dimensions.
Recoil power, compatible mounts, and other interfaces.
Lists all items included in the package.
Explains the scope's purpose, use in various conditions, and design.
Highlights detector, image quality, and detection range.
Details on low power, Wi-Fi, GPS, rangefinder, PIP, and correction.
Labels and descriptions of all external controls and parts.
Actions for power button: on, off, standby, calibration.
Adjusting image magnification via the handwheel.
Operations involving Power button and Controller together.
Using the controller for menu navigation and specific functions.
Instructions for connecting charger and powering up.
Warnings on adapter type, temperature, and unattended charging.
How to attach the scope to a firearm using clamps.
Adjusting for comfort and safety during shooting.
Recommended torque for screw tightness to prevent damage.
Performing zeroing operation before hunting.
Steps to turn on, off, and complete startup.
Adjusting clarity, focal length, brightness, mode, and sharpness.
Performing background correction for image quality.
Method to enter the main menu for more functions.
Explains various icons like image mode, zeroing, Wi-Fi, battery status.
Visual representation of the built-in battery charge status.
Using freezing method in optimal temperature range.
Activating hidden reticle and zeroing features.
Aiming at target, observing impact point relative to reticle.
Freezing the image to align reticle with impact.
Moving reticle to match the actual point of impact.
Storing the adjusted reticle position.
Improving image quality by balancing temperature and removing defects.
Explains Automatic (A) and Manual (M) calibration processes.
Using zoom handwheel for magnification adjustment.
Using the 32GB memory for capturing images and videos.
Importance of setting date/time for file naming and organization.
How to take photos and handle insufficient memory.
Starting, stopping, and monitoring video recording.
Max duration, file naming conventions, and storage.
Connecting and transferring files using USB.
Support for external ILR-1200-1 module and its features.
Pairing the rangefinder module with the scope.
Indicators and functions for Bluetooth connection.
Explanation of CON and SGL modes and how to switch.
Aligning the laser indicator with the reticle cursor.
How to open and move through the shortcut menu.
Adjusting video recording, reticle, sharpness, and zeroing distance.
How to save settings and exit the menu.
Entering, navigating, and saving in the main menu.
How to turn PIP on/off and its display characteristics.
Activating and deactivating the ultra-clear enhancement.
Turning Wi-Fi on/off and checking connection status.
Automatically recording video triggered by recoil.
Enabling and understanding the compass and motion sensor.
Managing Bluetooth connections and settings.
Connecting, deleting paired rangefinder modules.
Choosing and managing different zeroing profiles.
Choosing from default distances like 100m, 200m, 300m.
Steps to access the zeroing screen for adjustment.
Aiming and observing impact for zeroing.
Moving the reticle to match the point of impact.
Setting custom distances and saving them.
Calibrating the rangefinder module for accurate targeting.
Step-by-step process to reset zeroing distance values.
Physical installation of the rangefinder module onto the scope.
Turning on the rangefinder and connecting it via Bluetooth.
Navigating the calibration screen and moving the laser cursor.
Confirming and saving the calibrated laser position.
Setting standby time intervals or disabling the feature.
Understanding and entering the pixel defect correction interface.
Using cursor and buttons to identify and correct defects.
Steps to add or remove corrected pixels.
Confirming the applied pixel corrections.
Steps to calibrate the digital compass by rotating the device.
Introduction to configurable settings like date, time, language.
Adjusting the year, month, and day format.
Adjusting the hour and minute in 24-hour format.
Choosing between English and Russian languages.
Selecting measurement units (meters or yards).
Enabling/disabling automatic hiding of GUI icons.
Resetting all settings to their original state.
Overview of active modes like Image Mode, Wi-Fi, PIP, etc.
Showing model, GUI, hardware, PN, and SN numbers.
Steps to connect the scope to a smartphone or laptop.
Changing the Wi-Fi network name (SSID) and password.
Applying Wi-Fi changes and rebooting the device.
Downloading the app and updating firmware.
Essential checks before operating the device.
Cleaning optical surfaces, contacts, and external parts.
Solutions for scope not starting or powering issues.
Addressing unclear, dark, or unfocused images.
Solutions for reticle movement and focusing problems.
Solutions for lens contamination and Wi-Fi connection errors.
Addressing Wi-Fi signal loss and image quality degradation.
Specifications and directives compliance (WLAN, CE, UKCA).
FCC ID, rules, and user information regarding modifications.
Measures to prevent and correct radio interference.
Body-worn operation requirements and minimum separation.
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