Axion XQ30 PRO

For image capture Axion XQ30 Pro uses professional-grade thermal imaging sensor with 384x288 pixels resolution and less the 25 mK thermal sensitivity compared to the Axion XM30F with the 320x240 pix. @ 12 µm (NETD <50 mK) sensor.

The Axion XQ30 Pro features low noise level and provides better image detail and contrast. It provides better image quality due to a larger sensor, and better NETD value.

The Axion XQ30 Pro has a twice wider field of view: 13.3x10 deg. compared to the Axion XM30F with 7.8x5.9 FOV.

Also, the Axion XQ30 Pro has lower basic magnification 2 - 8 (x4 zoom).

The Axion XQ30 Pro has a shorter lens focal length, therefore, with the same sensor used in both devices (384x288 pix. @ 17 µm (NETD <25 mK), the Axion XQ30 Pro detection range is shorter – 1050 m.

The Axion XQ30 Pro does not feature a laser rangefinder, but you may use stadiametric rangefinder which allows the user to determine the approximate distance to an object of a known size with reasonable accuracy.

No, it’s not possible. Please use AXION 2 XQ35 LRF or TELOS LRF line if you need a laser rangefinder.

No, we do not offer interchangeable lenses for the Axion line.

Image Boost is not available as a dedicated feature, but it’s incorporated in the image amplification levels.

Please make sure you have done the following adjustments:

• First, adjust the diopter adjustment on the eyepiece to clearly see the icons on the display and in the status bar.
• Second, adjust the lens focus to clearly see the object of observation. Please note that you may need to re-focus as the distance to the object changes.
• Do the image calibration – either in the manual mode (with lens cover closed) or in the automatic mode.
• Select the most suitable amplification level – “Normal”, “High” or “Ultra” depending on the specific observation conditions. When the temperature contrast decreases (e.g., fog, precipitation, high humidity), simply increase the amplification level.
• Go through the different color
• Adjust manually display contrast and brightness. We recommend keeping those two values at similar levels. A huge difference between them badly affects the image quality.

To switch between the color modes, please proceed to the menu and select menu item "Color modes". Please refer to the user manual for details.

1) Download the Stream Vision 2 App from Google Play or the App Store free of charge.

2) Connect your Pulsar device to your mobile device (check instructions).

3) Launch Stream Vision 2 and go to “Settings”.

4) Select your connected Pulsar device and press “Check for updates”.

Important:

If your Pulsar device is connected to your phone, please use Mobile data (GPRS / 3G / 4G / 5G) to download the update.

- If your Pulsar device is not connected to your phone but is already in the “Device” menu section, you can use WiFi to download updates.

5) Download the firmware update to the application, connect your device unless it´s connected.

6) Press “Update device” and wait for the update to download and install.

Then the Pulsar device will restart and will be ready to operate.

No, restoring a previous firmware version is not possible.

In the course of the calibration process the image freezes on the screen – this is normal and is not a defect.

Default calibration mode is “Automatic” (the software decides when calibration is necessary) but you can change it to “Manual” mode in the "Main menu" => "Calibration mode" to calibrate the riflescope when you need to based on actual image quality. Please close the lens cover prior to manual calibration. We recommend using automatic mode all the time.

Please read more about calibration in the user manual for your thermal device.

Calibration levels the background temperature of the microbolometer and eliminates image flaws (such as vertical stripes, ghost images of previous objects etc.). Intervals between calibrations depend on operating time: the longer a thermal imager operates nonstop, the less frequently calibration is required.

Please note that a certain amount of non-functional pixels (max 0.5% of total quantity) is allowed by the sensor and is not considered a defect. You may try repairing the pixels using the respective menu item of your thermal imager. For details, please refer to the user manual.

Click here to view sample video instructions: https://www.youtube.com/watch?v=do2sLm4wVW0%20

Activate the pixel repair option in the device`s menu. You will be redirected to a window with picture in picture (PiP) mode and an auxiliary cross.

Operate with navigation buttons to move the cross into the bad pixel’s coordinates. Dead pixels disappear when the auxiliary cross is in the correct position. Press the ON/OFF button and check for the “OK” message on the display.

The User Mode function saves selected brightness and contrast settings in the device's memory providing optimal image quality for the next use of the thermal imager immediately, with no additional adjustments needed.

The function is enabled in the main menu of Pulsar thermal imaging devices and remains active until the user disables it.

While the function is active, the thermal imaging device will save the latest brightness and contrast settings specific to each observation mode.

They are stored in the memory even if you temporarily disable the User Mode. Reactivating it will return the saved brightness and contrast settings.