K23

K23

K series thermal camera online infrared thermal imaging thermometer or ir infrared camera adopts uncooled infrared focal plane detector, thermal camera has a high-performance infrared lens and signal processing circuit, and embedded advanced image processing algorithm, with small size, low power consumption, fast start-up, excellent imaging quality, accurate temperature measurement and other characteristics.

Product Features

With all-weather passive thermal imaging function, operating temperature range -40℃~+60℃;

High frame rate design, the maximum frame rate can reach 200Hz;

Temperature calibration algorithm, to achieve accurate temperature measurement;

Output full stream lossless 16Bit temperature data, provide SDK to support a variety of platforms, easy for customers to integrate

Configuration Table

Detector type	Uncooled focal plane microbolometer
resolution ratio	384×288
wavelength coverage	8～14 μm
Thermal sensitivity (NETD)	≤50mk@30℃
frame frequency	≤50Hz (configurable)
Color palette	A variety of color palettes, including white heat, black heat, iron red, rainbow and more
Contrast and brightness	Automatic/manual
Data format	16Bit temperature data (full stream)
Temperature measurement accuracy	±2℃ or ±2%
Temperature range	Normal temperature: -20℃ ~ 200℃ Medium temperature range: 150℃ ~ 800℃ High temperature range: 350℃ ~ 1600℃ Ultra-high temperature range: 650℃~2000℃ (optional)
Data interface	RJ45
Network standard	Gigabit network
Protocol support	UDP
Input supply voltage	DC12V
Communication interface	UART@RS485, Modbus-RTU is supported
Steady-state power consumption	<3W
Focusing mode	Manual, electric
Operating temperature	-40℃ ~ +60℃
Storage temperature	-50℃ ~ +70℃
Thermal shock resistance	5℃/min (-40℃ ~ +60℃)
Vibration resistance	4.3g, x, y, z axis 2 hours per axis
Impact resistance	Acceleration 30g, half sine wave, pulse width 6ms, installation direction impact 3 times
humidness	≤95%(non-condensing)
Operating environment	Support win32, x64, Linux(x86/ARM)
Data acquisition	Obtain 16Bit temperature data through callback function (full stream)