More efficient image enhancement algorithms than before. High-quality, impact-resistant magnesium alloy frame. Super sensitive thermal image sensor made in Europe. Fast-aperture F35/1.0 lens.
More efficient image enhancement algorithms than before
A new approach has been implemented in the Pulsar Axion 2 XQ35 thermal cameras: for different purposes and viewing objects, the best possible settings have been made for them, so that both the objects and their backgrounds stand out the best. Three-level adjustable signal amplification power and image softening filter together with finely adjustable brightness and contrast guarantee perfect reproduction of details, which is important, for example, when counting horns. The thermal image always remains clear regardless of changing weather and temperature conditions.
High-quality, impact-resistant magnesium alloy frame.
The Pulsar Axion thermal camera is made for continuous and often violent use. It has a strong and durable magnesium alloy frame that is still light. The frame effectively protects the internal components of the device, especially its most important part – the thermal image sensor – from shocks, drops, moisture, heat and cold. The metal frame also acts as a cooling element, which removes waste heat generated in the internal parts of the device (especially in the thermal image sensor), reduces noise and also keeps the thermal image sensor stable even after longer use.
Super sensitive thermal image sensor made in Europe
The French Lynred thermal image sensor of Pulsar Axion 2 thermal cameras with a resolution of 384x288 pixels (17 µm pixel spacing) guarantees perfect separation of details. Even the smallest temperature fluctuations stand out clearly in rain, fog or cold mornings, when the conditions for thermal photography are at their most challenging.
Fast-aperture F35/1.0 lens
The Germanium-coated F35/1.0 lens produces the best infrared light reproduction in the long-wave infrared (LWIR) range. The process used in the manufacturing of the lenses is very precise, as a result of which the image of the Axion 2 XQ series thermal imaging sensor is really clear and detailed.
Longer battery life than before Up to 11 hours of continuous use on a single charge
The high-capacity, rechargeable APS5 battery of the thermal camera allows up to 11 hours of continuous use with a single charge. it only takes a couple of seconds. Removing the battery from the device and putting a new one in its place only takes a couple of seconds. The battery can be charged either in a special APS5 or APS-V battery charger (products 79182 and 79186) or inside the device using the device's USB-C connection connected to a computer, mains charger or backup power source. The same USB-C connection can also be used for wired data transfer.
Improved Wi-Fi connectivity, support for both 2.4 and 5 GHz frequency bands
By connecting the Pulsar Axion 2 thermal camera to an Android or iOS mobile device, using the Pulsar Stream Vision 2 mobile app. This opens up a whole host of completely new possibilities, such as video streaming to the Internet, wireless firmware updates, content sharing on social media, remote control and free access to read Pulsar's own news feed. The faster 5 GHz frequency band enables smoother and more stable data transfer and reduces the vulnerability of the wireless connection to interference.
- Internal memory, Gt: 16
- External power supply (V): 5 V, 9 V (USB Type-C)
- Capacity (mAh): 4900
- Power supply (V): 3.0 to 4.2
- Operating temperature (°C): - 25 … +40
- Battery type: APS 5 Li-ion Battery Pack
- Battery life (h): 11
- Waterproof: Yes
- Protection level (according to IEC 60529 standard) IPX7
- Supported application: Stream Vision 2
- Dimensions (length x width x height) (mm): 152 x 50 x 74
- Material Magnesium alloy
- Weight (kg): 0.3
