Handheld Three band Multifuctional Thermal Binocular TE-31RH
Handheld Three band Multifuctional Thermal Binocular TE-31RH
Model
TE-31RH

Item specifics

Detector Type
Vox
Resolution / Pixel Spacing
384×288(17μm)
Frame Rate
≤25Hz
Lens
75mm F#1.0
Focus Mode
Electric focus
Display
OLED 0.5 inches

Product review

Description

joystick operation
clear thermal imaging
OLED display
thermal image pallet

Technical Datasheet:

Thermal image parameters
Detector type
vanadium oxide
Working band
8~14μm
Detector specifications
384×288(17μm)
Image frame rate
25Hz
Lens parameters
75mm f=1.0
Focus Mode
Electric focus
Hot pursuit
Support
Eyepiece parameter
Display
OLED 0.5 inches
Contrast ratio
10000:1
Exit pupil distance
26mm
Magnification
12X
Eyepiece resolution
Binocular OLED 1024×768
Thermal image parameters
Detector type
vanadium oxide
Working band
8~14μm
Detector specifications
384×288(17μm)
Image frame rate
25Hz
Lens parameters
75mm f=1.0
Focus Mode
Electric focus
Hot pursuit
Support
Eyepiece parameter
Display
OLED 0.5 inches
Contrast ratio
10000:1
Exit pupil distance
26mm
Magnification
12X
Eyepiece resolution
Binocular OLED 1024×768
Low light detector
Detector size
1/1.8 inches
Pixel points
200w pixel
Resolving power
1920 x 1080
Maximum frame rate
25 Frame / sec (720p)
White balance
Auto
Laser ranging
Maximum power
1.5w
Pulse frequency
7/25Hz~30KHz
Central wavelength
905nm
Effective range
2000m
Satelite positioning
Support satellite
GPS/Beidou
Image storage
Video format
Mp4
Image resolution
1024×768
Storage capacity
32G standard (64G optional)
Interface specification
Video output
PAL/NTSC
Image storage
JPG
Data export
USB 2.0
External power supply
DC 5V maximum current 1A
Physical characteristics
Product size
280×240×160(mm)
Waterproof seal
Ip66(Airtight)
Working temperature
-25℃~+60℃
Storage temperature
-25℃~+60℃
Input voltage
DC3.7V~4.2V
Power consumption
Average power consumption 7W
Battery capacity
4500mAH/4.2V lithium battery
Working hours
Continuous working time > 8 hours
Product weight
3kg
Product Application
hunting monocular
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