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FLIR Thermal Imaging Systems

ThermalVideo.com is dedicated to supplying you with the latest FLIR thermal imaging cameras for High-End Government, Industrial Protection, Security Surveillance, and OEM Integration.

FLIR D-Series

The FLIR D-Series cameras are low-cost indoor thermal dome cameras for security and safety applications. They turn night into day, letting you see through smoke and in total darkness. - flir d-series, flir ptz, flir dome, flit low cost ptz, indoor pan tilt zoom thermal imaging

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About the D-Series

The powerful D-6 and D-19 indoor thermal dome cameras compliment and complete your indoor security camera network. They turn night into day, letting you see through smoke and in total darkness.

These thermal dome cameras come with either a 6mm or 19mm lens to meet your range performance requirements. D-series cameras  are Pelco D compatible for easy installation into existing networks.

When the lights go out, or smoke renders conventional CCTV cameras useless, D-Series cameras still see clearly.

The D-Series thermal imaging systems start with the D-6 (6mm lens, 52°(H) x 40°(V), 160x120 resolution) at $2,999.00, and the D-19 (19mm lens, 36°(H) x 27°(V), 320x240 resolution) at $4,299.00. Please feel free to contact a sales representative for more information.

In-Depth Look at the D-Series

6mm or 19mm configurations available:
Choose the focal length that meets your needs

Uncooled thermal cameras:
Uncooled thermal cameras provide proven reliability for 24/7 operations

Pelco D compatible:
Easy integration into existing security and safety camera networks

Simple installation and video display:
Easily upgrades existing network installations to include the power of thermal imaging.

High-performance and affordable thermal camera:
See in total darkness, catch criminals in the act

D-Series Details

Distance Chart Product Datasheet Operation Manual N/A

Pricing and Ordering Information

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Features

D-Series Detection, Range, Identification (DRI)
Detection   Recognition   Identification  
D-6: Human DRI
100m Human Detection 
26m Human Recognition 
37m Human Identification 
D-6: Vehicle DRI
300m Vehicle Detection 
75m Vehicle Recognition 
37m Vehicle Identification 
D-19: Human DRI
310 m Human Detection 
80 m Human Recognition 
40 m Human Identification 
D-19: Vehicle DRI
880 m Vehicle Detection 
230 m Vehicle Recognition 
110 m Vehicle Identification 
  • Human DRI Human DRI
  • Vehicle DRI Vehicle DRI
  • Boat DRI Inflatable Boat DRI
The Johnson Criteria assumes that the critical dimension for a human being is 0.75 meters. To get DRI, you need 1.5 pixels, 6 pixels and 12 pixels across 0.75 meters in the object pane. That means:

Detection = 1.5 pixels / 0.75m = 2 pixels per meter
Recognition = 6 pixels / 0.75m = 8 pixels per meter
Identification = 12 pixels / 0.75m = 16 pixels per meter

Assuming that a man is 1.83m by 0.5m, the following would apply:
Human Detection
Detection  
3.6 pixels by 1 pixel
(You can see something
is there)		 Human Recognition
Recognition  
13 pixels by 5 pixels
(You can see that a
person is there)		 Human Identification
Identification  
28.8 pixels by 8 pixels
(You can see that the
person looks like a soldier)
The Johnson Criteria assumes that the critical dimension for a human being is 0.75 meters. To get DRI, you need 1.5 pixels, 6 pixels and 12 pixels across 0.75 meters in the object pane. That means:

Detection = 1.5 pixels / 0.75m = 2 pixels per meter
Recognition = 6 pixels / 0.75m = 8 pixels per meter
Identification = 12 pixels / 0.75m = 16 pixels per meter

Assuming that a vehicle is 4m by 1.5m, the following would apply:
Vehicle Detection
Detection  
2.8 pixels by 1 pixel
(You can see something
is there)		 Vehicle Recognition
Recognition  
13 pixels by 5 pixels
(You can see that a
vehicle is there)		 Vehicle Identification
Identification  
26 pixels by 10 pixels
(You can see that the
vehicle may be a humvee)
The Johnson Criteria assumes that the critical dimension for a human being is 0.75 meters. To get DRI, you need 1.5 pixels, 6 pixels and 12 pixels across 0.75 meters in the object pane. That means:

Detection = 1.5 pixels / 0.75m = 2 pixels per meter
Recognition = 6 pixels / 0.75m = 8 pixels per meter
Identification = 12 pixels / 0.75m = 16 pixels per meter

Assuming that a inflatable boat is 9m by 1m, the following would apply:
Boat Detection
Detection  
4.5 pixels by 1 pixel
(You can see something
is there)		 Boat Recognition
Recognition  
18 pixels by 2 pixels
(You can see that a
boat of some kind is there)		 Boat Identification
Identification  
36 pixels by 4 pixels
(You can see that the boat
is a small Inflatable Boat)

D-Series Specifications

System Overview
Sensor Type D-6 (160 x 120) microbolometer
D-19 (320 x 240) microbolometer
Field of View D-6: 52° x 40° (160 x 120)
D-19: 36° x 27° (320 x 240)
Spectral Band 8 - 14um
Output
Video Format NTSC, (PAL Optional)
Connector BNC
Power Requirements
Input Voltage 24 Volts AC +/- 25%
Power Consumption < 20 W
Dimensions and Weight
Dimensions 273mm x 279mm
Weight 3.0kg
Pan & Tilt
Motion Range Pan: 0° - 360° continuous;
Tilt: 0° - 90°
Pan/Tilt Speed Pan: 0.1°/sec - ~100°/sec;
Tilt: 0.1°/sec - ~100°/sec
Control Protocol Pelco "D"
Programmable Presets 32
Auto Scan 8 Routes
Pattern 1 Route
Auto-flip Enabled
Environmental (Indoor Operation Only)
Operating Temperature -10°C - ~ +50°C
Humidity < 90 % RH, Non-condensing
   
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