FLIR ThermiCam
The worlds first integrated thermal traffic sensor
ThermiCam is an integrated thermal camera and detector for vehicle, bike
and pedestrian detection. ThermiCam does not need light to operate, but
provides reliable presence detection in the darkest of nights, over a long
range and in the most difficult weather conditions, based on the thermal
energy emitted from vehicles, bicyclists and pedestrians.
VEHICLE, BICYCLE AND PEDESTRIAN
PRESENCE DETECTION
ThermiCam can be used to control traffic signals by detecting vehicles
and bicycles at and nearby the stop bar and by detecting pedestrians
and bicyclists at and nearby the crossing. The ThermiCam detector will
transmit its detection information over contact closures or over TCP/IP
to the traffic signal controller and will thus allow a more dynamic control
of traffic signals. This results in reduced vehicle idling time, improved
traffic flow and improved safety and mobility for motorists, bicyclists and
pedestrians. Typical intersection applications are green on demand and
lengthening clearance times.
The intelligent ThermiCam sensor can distinguish between vehicles
and bicyclists, which allows traffic controllers to make more intelligent
decisions and adapt green times according to the specific road user
type. ThermiCam also allows traffic controllers to adapt traffic signals
for pedestrians or activate presence-based warning signals to make
pedestrians more visible on crossings.
INVERSE DIRECTION DETECTION
Vehicle & bicycle presence detection
Through real-time analysis of thermal images, ThermiCam will detect
wrong-way drivers on highways, highway entries and exits, or inter-urban
roads in a matter of seconds. ThermiCams algorithms are based on proven
performance of more than 20 years.
VEHICLE AND BICYCLE COUNTING
ThermiCam also offers vehicle and bicycle counting. This functionality can
work simultaneously with the presence detection functionality and uses
the same detection zones and regions.
KEY BENEFITS:
CAMERA AND DETECTOR INTEGRATED INTO ONE UNIT
On-crossing pedestrian detection
SIMPLE AND QUICK INSTALLATION
PROVEN DETECTION PERFORMANCE
24-HOUR DETECTION, AT NIGHT AND IN THE MOST DIFFICULT
WEATHER CONDITIONS
NO NEED FOR ADDITIONAL LIGHTING
DETECTION OVER LONG RANGE AND ACROSS DIFFERENT LANES
(TYPICALLY UP TO 4 - DEPENDING ON LENS)
www.flir.com
Imaging Specifications
System Overview
Detection functionalities
ThermiCam
Vehicle and bicycle presence detection, vehicle and bicycle counting, pedestrian
presence detection, traffic data collection, inverse direction detection
24 vehicle presence zones
8 bicycle presence regions
8 pedestrian zones
8 traffic data zones
8 inverse direction zones
# detection zones
Camera
Resolution
QVGA (336 x 256)
Frame rate
30 FPS
Type
Long wave Infrared (7 14 m)
Compression
H.264, MPEG-4, MJPEG
Part number
ThermiCam ETH/BPL
390 (wide angle)
ETH: 10-7040
BPL: 10-7030
Focal
distance
7.5 mm
Field of view
Functionality
Distance
(vehicle
presence)
Horizontal:
90
Vertical: 69
Vehicle presence,
Bicycle presence,
Inverse direction,
Vehicle and
bicycle counting,
Pedestrian
presence
0 - 25 m
15 - 75 m
ThermiCam ETH/BPL
335 (medium angle)
ETH: 10-7041
BPL: 10-7031
9 mm
Horizontal:
35
Vertical: 27
Vehicle presence,
Bicycle presence,
Inverse direction,
Vehicle and bicycle
counting,
Pedestrian
presence
ThermiCam ETH/BPL
325 (narrow angle)
ETH: 10-7042
BPL: 10-7032
13 mm
Horizontal:
25
Vertical: 19
Vehicle presence,
Bicycle presence,
Inverse direction
30 - 90 m
ThermiCam ETH/BPL
317 (super narrow angle)
ETH: 10-7043
BPL: 10-7033
19 mm
Horizontal
17
Vertical 13
Vehicle presence,
bike presence
45-120m
Housing
Material
Aluminum
Dimensions
(incl. mounting bracket)
Vertically mounted 45cm x 16cm x 12cm
Horizontally mounted 41cm x 18cm x 12cm
Sunshield
Optional
Power, outputs, communications
Contact closures
Ethernet
Input Power
3 for ETH versions, direct or via optional ETH interface (PN 10-6075)
16 for BPL versions, via TI x-stream BPL (PN 10-6085)
For communication of output state events,
configuration & monitoring (streaming video)
12-42VDC, 12-30VAC
Current Consumption
BPL: < 230 mA @ 24VDC (< 320mA @ 24VDC peak at startup)
ETH: < 130 mA @ 24VDC (< 250mA @ 24VDC peak at startup)
Power Consumption
BPL: < 5.5W (< 7.5W peak at startup)
ETH: < 3.1W (< 6W peak at startup)
PC tool for set-up
Traficon Configuration Tool (TCT)
Regulatory
EU Directives
EMC 2004/108/EC, RoHS 2011/65/EU
Environmental
Shock & Vibration
Materials
Protection Grades
Temperature Range
FCC
NEMA TS2 specs
All weatherproof (UV-resistant)
Housing = IP68, Connectors = IP67
From -34C to +80C (-29C to 165F)
FCC part 15 Class A
Specifications are subject to change without notice
Copyright 2015 FLIR Systems, Inc. All other brand and product names are trademarks of their respective owners. The images displayed may
not be representative of the actual resolution of the camera shown. Images for illustrative purposes only. (Created 07/15)
www.flir.com
FLIR Intelligent
Transportation Systems
Marke, Belgium
PH: +32 (0) 56 37 22 00
FLIR Systems, Inc.
Singapore
PH: + 65 8727 5581
FLIR Systems, Inc
Santa Barbara, USA
PH: +1 805.690.5097
FLIR Systems Australia
Pty Ltd
PH: +61 1300 729 987
(NZ: 0800 785 492)
PORTLAND
Corporate Headquarters
FLIR Systems, Inc
27700 SW Parkway Ave.
Wilsonville, OR 97070
USA
PH: +1 866.477.3687
EUROPE
FLIR Commercial Systems
Luxemburgstraat 2
2321 Meer - Belgium
PH: +32 (0) 3665 5100
Fax: +32 (0) 3303 5624
Email: flir@flir.com
www.flir.com
NASDAQ: FLIR
