MWIR Camera Module EverCoreM1280C
The module adopts high-quality medium-wave cooling detector, stable and durable, produces clear image, can meet the use of various harsh environments. The MWIR camera core module is suitable for
the integration and secondary development of ultra-long-range intrinsically safe thermal imaging camera system.
Specifications of MWIR Camera Module EverCoreM1280C
model EverCore640MC
cooling Stirling refrigerator
detector performance
material HgCdTe
resolution 1280×1024
pixel pitch 15μm
response spectrum 3~5μm
F.no 4
NETD ≤20mK
lens
focal length 15mm~330mm continuous zoom(typical)
FOV 35°×28°~1.7°×1.4°
F/# 4
optional lens 60/240mm 2-field, 21mm~420mm continuous zoom, 30mm~500mm continuous zoom, 30mm~660mm continuous zoom and others,3-field, 2-field optional
image performance
correction manual correction, background correction
image enhancement auto image filtering, digital detail enhancement
image flip vertical flip, horizontal flip
frame rate Max 100Hz
zoom-out 2X, 4X
polarity black hot/white hot
cross yes
interface
control RS232/RS422
analog video output PAL
digital video output LVDS/CameraLink
power system
voltage 20V~28VDC (power protection)
power consumption <12W@25℃ standard working state
<24W@25℃power on peak
cooling time ≤6min(under normal temperature)
environmental
working temperature -40℃~+60℃
storage temperature -40℃~+70℃
humidity 5%~95%, (non-condensing)
shock half-sine, 30g, 11ms ,3 times/axis
vibration 3-axis,30min/axis,2.1g rms,10-500Hz
general
dimension 143.5mm×94mm×87.5mm
weight ≤880g
Features of MWIR Camera Module EverCoreM1280C
Cooled MTC detector.
Continuous optical zoom, triple/dual FOV lens and lens-less module configurations are available.
Powerful image processing algorithms integrated in hardware and software.
Easy to integrate and compatible with energized power and video interfaces.
Small and compact ir camera module design, Heat dissipation frame, ensure stable operating.
There are many thermal camera companies in China, but we are one of the best choices for you.