Pulsar Helion 2 XQ38F

Description

Pulsar Helion 2 XQ38F

• Long detection range
• High magnification
• Step-Up digital zoom
• Frost-Resistant AMOLED display
• 50Hz Refresh rate
• Focusable lens
• Dioptre control
• 8 Colour modes
• “Display Off” mode
• PiP mode
• Built-In photo & video recorder
• 16GB internal memory
• Stream Vision compatible
• User Friendly controls
• Stadiametric rangefinder
• IPX7 Battery
• Wide operating temperature (-25°C to 50°C)
• Four observation modes (Forest, Rocks, Identification and User)
• Three calibration modes (Manual, semi-auto, auto)
• Pixel correction
• Quick-Change, rechargeable IPS5 battery pack
• Micro USB port
• Retained lens cap
• IPS Battery charger
• Image Boost Technology

THE NEW PULSAR HELION 2 XQ38F HAND HELD THERMAL IMAGER FEATURES THE SAME LOOK AND FEEL AS THE PREVIOUS XQ38F, BUT NOW COMES WITH UNPRECEDENTED SENSITIVITY DUE TO A NEW SUB 40MK NETD THERMAL SENSOR WITH 384X288 RESOLUTION, WITH A 1024×768 HD AMOLED DISPLAY TO DELIVER OUTSTANDING THERMAL IMAGING PERFORMANCE IN A HAND HELD THERMAL IMAGER.

The Pulsar Helion 2 XQ38F has a generation 2 thermal sensor, providing even more detail in difficult environmental conditions such as cold mornings, rain or fog.

New <40mK Thermal Sensor

By now, most thermal users are familiar with the sensor resolution of a device e.g. 384×288, and also the pixel pitch e.g. 17µm. The improvement of these new Series 2 devices concentrates on a key specification of thermal sensor technology – the NETD value.

The NETD (Noise Equivalent of Temperature Differential), expressed in millikelvins (mK) is one of the most important parameters for thermal sensors as it describes their sensitivity. The lower the NETD value, the higher the sensitivity.

In existing Helion, Trail and Accolade series models the NETD value was sub 60mK. The new <40mK sensor, exclusively manufactured by ULIS for Pulsar puts Pulsar devices at the forefront of the market with the devices all featuring a better image in conditions where there is a low-temperature difference such as during rainfall, fog or cold mornings. These environmental conditions are the most difficult for thermal imagers and this new sensor will provide a clearer image for users.