Night vision thermal imager is the most advanced technology at present, which has the most remote monitoring and searching for heat source. It is tens of times the observation distance of traditional thermal imager, and is the best cost-effective infrared thermal imager at present.
Quantum LS19
High-sensitivity sensors allow you to find the target at the first time, add germanium single crystal high-quality optical lens material, fool-style quick and easy-to-control operation key design, composite armor shell design is more wear-resistant and shock-resistant, self-contained battery box can also be connected with external power supply, can also be connected to video output equipment or monitoring equipment. Super working temperature range design.
Objective lense
Adjust the focusing wheel on the objective lens to realize the internal focusing of the product. Targets can be clearly observed at any distance within the observation and recognition range of product design.
Battery
Wave uses four AA batteries and can also be charged. Batteries can be put into the battery box first, and then the battery box is put into the battery bin, which is convenient and fast to use.
External power supply
Connecting EPS3 or EPS5 of PULSAR with external power package can make the product used outdoors for a long time. External power pack is small and delicate. It can be put into your pocket in extremely cold weather.
Video output
All types of wave can be applied to analog video output mode.
Control key
Wave work is mainly operated by three main control keys on the fuselage: switch key, level key, digital zoom/color reversal key (white heat/black heat)
menu
Wave menus are mostly implemented by coder, and all menu settings are humanized. The main menu keys include brightness adjustment keys, time setting keys and video setting selection keys. Its menu main control screen is designed for OLED display screen which can resist severe cold.
Indicator light
The indicator of wave thermal imager has two functions. One is that when the machine starts to work, the indicator shows green. When the power supply of the machine is exhausted, the indicator turns red and turns red, the machine can work for up to half an hour and turn off immediately.
Tripod
Wave thermal imager with double 1/4 inch tripod holes, can be firmly connected to 1/4 inch tripod
Weaver-MIL-STD1913
Guide
Weaver-MIL-STD1913
The short guide rail of the guide rail enables the machine to be connected with many accessories, such as: external power package, DSAS, video package, etc.
Shell
Composite rubber armor shell design, exquisite and smart, pocket-sized design, feel 10.
knapsack
Easy to carry, adjustable and tight, earthquake-proof and fall-proof.
Product features of thermal imager:
1
Wide-angle long-distance observation
2
High sensitivity
3
Application of Germanium High Quality Optical Lens and Design of Internal Focusing System
4
Fast and easy-to-control design of various operation keys
5
Design of Composite Armor Shell
6
Smooth and light focusing wheel
7
The self-contained batteries can also work with external power supply
8
Video output signal with selectivity
9
Design of Super-strong Working Temperature Range
10
Design of anti-drop protective mirror cover
11
Design of guideway with Weaver-MIL-STD 1913
12
Two 1/4 inch external tripod sockets
Technical parameters:
Model: 77308
Product Name: Quantum LS19
Detector type: UL02 152
Resolution: 160x120
Response band: 9Hz
Pixel size: 8.3-13.6
Objective: F19/0.7
Amplification: 2.5
Digital zoom: 2
Visual field (level): 12-deg;
Diopter regulation: & plusmn; 5
Self-contained power supply: 4-6v/4xAA
External power supply: 8.4-16v
Video Output Standard: PAL/NTSC
Working temperature: -20-+45
Notes:
Thermal imaging range quantum HD38/LD38 is designed to detect and observe light in the day. At night, it is inefficient even in other optical devices (such as binoculars, monoculars, night vision equipment) (fog, smoke, obstacles, such as grass or shrubs) under harsh weather conditions. In the core of the unique combination of quantum HD38/LD38 (384x288), high resolution microbolometric radiation heat sensor, Germanium lens F38/0.8 and freeze-proof OLED display screen (640*480).
The optical magnification of 2.1 times of mobile devices can be increased to 4.2 times, using 2x digital zoom. The imaging principle is based on the temperature difference of the object being observed. In both modes, "white hot" or "black hot" images are transferred to a high contrast OLED display.
Main control element (on/off)