Protected against water sprinkling
Refresh Rate 50 Hz
3.1x - 12.4x variable magnification
Detection Range 1350 m
Two-second start-up time
Seven color palettes
Thermal imaging scope | Carrying case | User manual
Dual cable: video and external power supply | External power supply cable | Wireless remote control | Hand strap | Automotive cigarette lighter adapter | Spare battery container | Cleaning cloth | Warranty card
Due to the high image frequency (50 Hz) it is comfortable to use thermal camera dynamically (during rapid moving of observer or object of observation).
The Quantum suggests three operating modes, each designed to deliver best possible image in specific viewing conditions. The modes are as follows: “City” (enhanced contrast), “Forest” (low contrast) and “Identification” (improved rendering of hot objects’ details).
The Quantum thermal scopes feature short start-up time (2 seconds) from the push of a button to full operational status. This is one of the best results in its class.
When it is necessary to temporarily stop observation the user can apply DISPLAY OFF function. It provides the necessary level of camouflage (no light from the eyepiece of the device) between observation sessions as well as the fast restart of observation (when display is turned off, all other systems are working; for normal operation it is enough just to power on the display again).
Disabling the video output module in the Quantum thermal scopes increases self-contained operating time on a set of batteries or external power supply.
The Quantum suggests three calibration modes: silent manual mode (“M”), automatic (“A”) and semiautomatic (“H”). The “A” mode implies calibration without user participation (process initiation (actuation of the shutter) takes place automatically). In the “H” mode the user decides on his own if calibration is required based on the image quality. Button “Cal” is pressed in this mode. Manual calibration (“M”) is carried out by pressing the button when the lens cap is closed. The “M” mode is recommended for hunting due to silent operation.
The body of fiberglass reinforced plastic is able to effectively withstand impact, moisture and dust which allows the units to be used in extreme conditions. The rubber armouring ensures secure grip of the unit.
The wireless remote control allows basic operations (On/Off, Calibration, Digital Zoom) to be fulfilled without resorting to standard controls.
Quantum imaging scopes are effective for the use in low temperatures (-25°C) thanks to the frost-resistant OLED display employed in the unit (image remains the same as when viewing at positive environment temperature).
The control wheel located next to the lens allows the user to setup brightness and contrast most appropriate for specific situation.
The Quantum is powered with four AA size (rechargeable) batteries. The batteries are stored in a container which is then placed in a battery compartment of the unit.
All Quantum models are equipped with an analog video output to enable connection of external recording equipment or transmitting image to the display.
Operation time of the unit can be significantly increased thanks to the use of external power supplies (for example, Pulsar EPS3/EPS5) that can be connected with a special jack. When used in frosty weather, the power supply can be stored under the clothes.
Actual information about the status of the thermal imaging device, depicted in the form of blue icons and numbers, is located on the data panel in the lower portion of the screen, and does not interfere with the image observed. When switching between various functions (digital zoom, colour inversion, brightness/contrast settings), the respective large sized icon appears in the right upper portion of the screen
Main control functions (turning on and off the unit, sensor calibration, colour inversion/digital zoom) are carried out with the buttons on the upper panel. The size and location of the buttons are customised for comfortable use both with a gloved or bare hand. Brightness and contrast are set up with the controller wheel located next to the objective lens.
|Frame Rate, Hz||50|
|Microbolometer resolution, pixels||384x288|
|Spectral Sensitivity, µm||8 ... 14|
|Pixel Pitch, µm||17|
|Display Resolution, pix.||640x480|
|Magnification, х||3.1 ... 12.4|
|Digital zoom, x||2x; 3x; 4x|
|Field of View,°, horizontal * vertical||9.8x7.4|
|Horizontal Field of view, m @100m||17.2|
|Exit pupil, mm||8|
|Eye Relief, mm||20|
|Diopter adjustment, dptr.||± 5|
|Close-up distance, m||7|
|Range of detection, m (object high*width = 1,7*0,5m)||1350|
|Power Supply, V||4 ÷ 6|
|External Power Supply||DC 8.4 ÷ 15|
|Start-up time, seconds||2|
|Operating Temperature,°С||- 25 … +50|
|Level of Protection (acc. to IEC 60529)||IPX4|
|Weight (without batteries), kg||0.35|
|Modification||Frame Rate, Hz||Magnification, х||Range of detection, m (object high*width = 1,7*0,5m)||Weight (without batteries), kg|
|Quantum XQ50 Thermal Scope||50||4.1 ... 16.4||1800||0.43|
|Quantum XD50S Thermal Scope||50||2.8||1250||0.43|
|Quantum XD38S Thermal Scope||50||2.1||950||0.35|
|Quantum XQ19 Thermal Scope||50||1.6 ... 6.4||680||0.32|
|Quantum XD19S Thermal Scope||50||1.1||500||0.32|
|Quantum HD50S Thermal Scope||30||2.8||1250||0.43|
|Quantum LD50S Thermal Scope||9||2.8||1250||0.43|
|Quantum HD38S Thermal Scope||30||2.1||950||0.35|
|Quantum LD38S Thermal Scope||9||2.1||950||0.35|
|Quantum HD19S Thermal Scope||30||1.1||500||0.32|
|Quantum LD19S Thermal Scope||9||1.1||500||0.32|