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castrobryanAug 16, 2025
How to fix InfiRay Thermal camera that can not be started?
- MmccalllaurenAug 16, 2025
If your InfiRay Thermal camera won't start, the battery is likely out of charge. Charge the battery.
How to fix InfiRay Thermal camera that can not be started?
If your InfiRay Thermal camera won't start, the battery is likely out of charge. Charge the battery.
What to do if InfiRay Thermal camera images are blurry but icons are clear?
If the icons on your InfiRay Thermal camera are clear but the images are blurry, it could be due to a couple of reasons: * The lens may not be focused correctly. Try rotating the lens focus ring to adjust the focus. * The lens's inner or outer optical surface might be dusty or iced. Wipe the outer optical surface with a soft cotton cloth, or leave the scope to dry in a warm, dry environment for more than 4 hours.
Why are my InfiRay Thermal camera images too dark?
If the images from your InfiRay Thermal camera are too dark, the display might not be bright enough. Adjust the display brightness to resolve this issue.
What to do if the position of the reticle moves after shooting with InfiRay Thermal cameras?
If the reticle position moves after shooting with your InfiRay Thermal camera, it might be because the scope or the fixing clamp isn't installed firmly. Check that the scope is installed firmly. Also, ensure that the bullet type and caliber match what you used for zeroing. Keep in mind that if you zeroed in summer but are using the scope in winter (or vice versa), the zeroing point may shift slightly.
What to do if InfiRay Thermal camera images are unclear, have vertical lines, or the background is uneven?
If your InfiRay Thermal camera images are unclear, show vertical lines, or have an uneven background, it indicates that calibration is required. Calibrate the images as instructed in Section 9 of the user manual.
What to do if my InfiRay Thermal camera cannot be powered by using an external power supply?
If your InfiRay Thermal camera won't power on with an external power supply, there could be a couple of reasons: * The USB cable might be damaged. Replace the USB cable. * The external power supply may not be providing enough power. Check the external power supply.
What to do if the image is too dark on InfiRay Binoculars?
If the image on your InfiRay Binoculars appears too dark, the most likely cause is that the screen brightness is set too low. To resolve this, simply adjust the brightness of the screen until the image is clear and well-lit.
Why won't my InfiRay Binoculars connect to my phone?
If you are unable to connect your InfiRay Binoculars with your smartphone or tablet PC, there are two primary reasons: 1. **Incorrect Wi-Fi password:** Ensure that you are entering the correct password for the Wi-Fi network. 2. **Too many Wi-Fi signals:** Move to an area with fewer Wi-Fi signals to reduce interference.
What to do if InfiRay Binoculars won't charge?
If you can't charge your InfiRay Binoculars using an external power supply, here are a couple of potential reasons: 1. **USB Cable:** The USB cable might be damaged. Try replacing it with a new one. 2. **External Power Supply:** The external power supply itself might be out of battery. Check the power supply to ensure it is working correctly.
Why does the Wi-Fi signal keep disappearing on my InfiRay Binoculars?
If the Wi-Fi signal to your InfiRay Binoculars is disappearing or being interrupted, it could be due to the device being out of range or obstructions such as concrete walls. Try repositioning the device to ensure a stable Wi-Fi signal.
General| Pixel Size | 12 μm |
|---|---|
| Frame Rate | 50 Hz |
| Waterproof Rating | IP67 |
| Video Recording | Yes |
| Photo Capture | Yes |
| Wi-Fi | Yes |
| Stadiametric Rangefinder | Yes |
| Detector Resolution | 384x288 |
| Battery Type | Built-in Li-ion battery |
| Diopter Adjustment | -5 to +5 |
| Operating Temperature | -20 °C~+50 °C |
| Battery Life | ≥6 h |
| Focus Range | 1 m ~ ∞ |
Warns about pointing the lens at heat sources like the sun or lasers, which can cause damage.
Caution against giving the device to small children due to potential small parts.
Handle device and battery with care, avoid fire/high temperatures, use only original charger.
Check for damage, use in dry environments, and avoid technical modifications.
Guides on proper disposal of electronic waste according to WEEE regulations.
Check for visible damage, clear image, and correct settings before initial use.
Details on the dual power system and how to install/remove the replaceable 18500 battery.
Explains the flexible eyeshade allows comfortable use with or without eyeglasses.
Device is for nature observation, hunting, and civil use; not intended as a toy.
Details on detector type, resolution, pixel size, NETD, and frame rate.
Covers objective lens, FOV, magnification, digital zoom, eye relief, diopter, and detection range.
Information about display type, dimensions, and resolution.
Details on battery type, operating time, and external power supply.
Includes scope diameter, recoil power, IP rating, memory, temperature, weight, and dimensions.
Explains the functions of Power, Palette, Brightness, and Camera buttons via press/hold actions.
Guides on how to charge the internal battery via USB connection.
Step-by-step instructions for installing the replaceable 18500 battery.
Explains how the device automatically switches between internal and external batteries.
Important safety precautions for battery charging, usage, and temperature.
How to change between white hot, black hot, and other color palettes.
Adjusting the screen brightness level from 1 to 5.
Accessing and adjusting image sharpness settings via the rotary encoder.
Procedure for safely powering down the device, including shutdown countdown.
How to put the device into standby mode and wake it up.
Step-by-step guide for performing zeroing using the freeze method.
How to move the reticle using the rotary encoder to match the point of impact.
How the device automatically calibrates for image degradation or unevenness.
Procedure for manual calibration by removing the lens cover.
How to take still photos and where they are saved in memory.
How to start, stop, and save video recordings.
How to access and transfer recorded images and videos via computer.
Options for selecting different reticle styles.
Options for changing the reticle color (white, black, red, green).
Adjusting the image sharpness level from 1 to 5.
Selecting saved zeroing distances for different target types.
How to turn the Ultraclear mode on/off for enhanced detail.
How to enable/disable the Wi-Fi function for wireless connectivity.
How to turn the analog video output on or off.
How to turn the digital compass feature on or off.
How to turn the gravity sensor on or off to display tilt and pitch angles.
How to select and manage different zeroing profiles (A, B, C).
Detailed steps for setting zeroing distance and performing the zeroing process.
How to set specific distances for zeroing.
Configuring standby timer and system time settings.
Procedure to detect and remove dead or stuck pixels.
Procedure to calibrate the digital compass by rotating the scope on three axes.
How to set the system date in YY.MM.DD format.
How to set the system time in HH:MM (24-hour) format.
How to select the GUI language (English, German, Russian).
How to switch between metric (meters) and imperial (yards) units.
How to enable/disable automatic hiding of GUI elements for an unobtrusive view.
How to switch between Warm and Cold image hue modes.
How to reset all settings to factory defaults.
How to view device information like model, firmware version, and serial numbers.
How to change the Wi-Fi network name (SSID) and password.
Compliance information related to FCC rules and interference.
Information on device labeling and compliance with regulations.
General notes on modifications, user authority, and interference.
RF exposure requirements for body-worn configurations and antenna usage.
