THERMAL LONG-RANGE SURVEILLANCE SYSTEM
MLT-TDR-10A
Serial Code: 123456
The MLT-TDR-10A is a long-range thermal surveillance system with a cooled, high-definition thermal sensor for optimal observation and effective detection. With an - up to 30Km - laser rangefinder, the MLT-TDR-10A is ideally suited for perimeter security and maritime surveillance.
MODEL
MLT-TDR-10A
FEATURES
640 x 512
RESOLUTION
Cooled thermal sensor with a resolution of 640 x 512 pixels, 15 υm
30Km
MEASUREMENT RANGE
Laser rangefinder with a distance detection capacity of 30Km
30x
OPTICAL ZOOM
Auto adjusted optical zoom for high quality and detailed imaging
< 20 MK
SENSITIVITY
Recognizes and adapts to even
the lowest temperature changes
60Hz
FRAME RATE
Thermal camera with an up to 60Hz frame rate
for optimal vision
SPECIFICATIONS
THERMAL LONG-RANGE SURVEILLANCE SYSTEM
MLT-TDR-10A
Serial Code: 123456
THERMAL IMAGING PERFORMANCE
Sensor Type: Cooled Thermal Sensor
Resolution: 640 x 512 pixels, 15 υm InSb FPA
Frame Rate: Up to 60Hz
Spectral response: 3 - 5 μm Sensitivity
Sensitivity: 20 mK @ 50% Well Fill Capacity
THERMAL IMAGING PERFORMANCE
DAY CAMERA
Sensor Type: 1/2.8” CMOS Sensor Full HD 1080p
Optical Zoom: 30x
LASER RANGEFINDER
Measurement Range: Up to 30Km
Wavelength: 1550nm Eye Safe
THERMAL IMAGING PERFORMANCE
Monitor: 19’’XGA Display
User Input: Joystick & touchscreen
Recording: Video and photo recording, day and/or thermal camera
Modes: Manual or auto-tracking
SOLUTIONS
PRODUCT CUSTOMIZATION
Need a specialised solution? One of our strongest points is the customization of all our products based on the user’s operational needs.
SUPPLEMENTARY ACCESSORIES
Customize & tailor your selection with relevant accessories.
Control Station
Image and related information (Slave mode)
Interoperability
Radar and Fire Control System (FCS)
GPS
For Target Positioning through LRF & DMC
EXPRESSION OF INTEREST
Do you need more information about this product or a new customized approach? Inform us about your aims & requirements and we will come back to you with the optimal solution.
