FLIR ThermoVision® A40 Series Infrared Camera


ThermoVision A40M (Radiometric) &
ThermoVision A40V (Non-Radiometric)

Compact ThermoVision® A40M Temperature Measurement Industrial Automation Infrared Camera

The ThermoVision A40M is an affordable, accurate, intelligent infrared imaging and temperature measurement camera for industrial process monitoring, product verification, and security applications. The ultra-compact, rugged A40M features high-resolution imaging, built-in logic, intuitive menu-driven configuration, multiple cursors and independent alarms, real-time color video output, numerous connectivity interfaces, and plug-and-play network configuration. With its family of interchangeable lenses and other accessories, the A40M systems is a complete machine vision and remote monitoring solution that can immediately identify thermal problems that are otherwise undetectable.

 
FEATURES

QUICKLY FIND FAULTS
Infrared thermal images quickly highlight problems and reveal conditions that simply cannot be detected by any other sensor technology. Subtle emperature variations that signal a process problem stand out clearly in a thermal image. Finding, assessing, and resolving problems early can improve product quality and save thousands of dollars in scrap or warranty expense.

INSTANT NON-CONTACT TEMPERATURE MEASUREMENT
The A40M was designed from the beginning —at the detector level— to deliver accurate radiometric imaging and repeatable temperature easurement. Each thermal image is built from 76,800 individual picture elements that are sampled 60 times per second by the camera’s on- board electronics and software to measure temperature.The data can then be used by the operator to monitor or control a production process, or can be processed by the camera’s on-board intelligence to autonomously generate multiple independent digital alarms or even control process equipment.
OUTSTANDING IMAGING AND HIGH THERMAL SENSITIVITY
The A40M features an advanced, uncooled microbolometer FPA detector technology that delivers crisp, longwave images in a multitude of palettes that allow you to see temperature variations as small as 0.08° C. Real-time image acquisition at standard video rates (60 Hz) can reveal rapid, thermally transient events and generate clear images of moving objects.
EXTENSIVE CONNECTIVITY OPTIONS
The A40M is available in FireWire (IEEE 1394) or RJ-45 Ethernet models that are ideal for individual or networked multiple camera installations. Each A40M can be equipped with its own IP address allowing it to be addressed independently via its  network connection. This provides instant access to A40M thermal images by any authorized user via the LAN, WAN, or the Internet using a Web browser. The camera can be configured via the network, or with its on-board soft button interface.
FAST PLUG-AND-PLAY SETUP
The A40M features plug-and-play setup.You can simply connect the camera to a standard monitor and immediately produce high quality, real-time radiometric thermal images that accurately show heat patterns and thermal anomalies.

EASY TO CONFIGURE AND OPERATE
The user-intuitive A40M is extremely easy to operate. Its onboard logic and menu-driven configuration controls enables you to select and control multiple target spots, temperature range, image color palettes, multiple alarms and more, quickly and easily.

ULTRA-COMPACT, RUGGED AND LIGHTWEIGHT
Built to operate unattended for long periods in harsh industrial environments, the A40M has an IP40 rating. Its compact design and light weight (less than 3 lbs.) allows it to be mounted in hard-to-get-at locations that may be optimal for data collection. Fully configurable I/O functionality allows the A40M to be integrated quickly and easily into your control systems.

MULTIPLE PROGRAMMING OPTIONS
The A40M can be easily leveraged to control a process with LabVIEW and FLIR’s LabVIEW Developers toolkit. This SDK allows programmers to access numerous measurement functions that can then be used to turn the A40M into a powerful machine vision tool with a minimal investment in machine vision software development. Or, work in your own programming environment  with the ThermoVision System Developers Kit (SDK) based on ActiveX and Visual Basic C++.The SDK provides full access to camera measurements and includes source code examples that will dramatically reduce the time it takes to program a custom solution.
THERMOVISION® A40M TECHNICAL SPECIFICATIONS
IMAGING PERFORMANCE
Field of view/min focus distance
Spatial resolution (IFOV)
Thermal sensitivity @ 50/60Hz
Focusing
Detector type

Spectral range

24° x 18° / 0.3 m
1.3 mrad
0.08°C at 30 °C
Built-in focus motor
Focal Plane Array (FPA), uncooled
microbolometer
7.5 to 13 µm

MEASUREMENT
Temperature ranges



Accuracy (% of reading)
Measurement modes
Automatic emissivity correction
Individual emissivity settings
Measurement corrections
Range 1: -40°C to +120°C (-40 to +248°F)
Range 2: 0°C to +500°C (+32 to +932°F)
Optional: Up to +1500°C (+2732°F)
Optional: Up to +2000°C (+3632°F)
± 2°C or ± 2%
Spot, Area, Isotherm, Difference
Variable from 0.1 to 1.0
Individually settable
Reflected ambient, distance, relative
humidity, external optics. Automatic,
based on user input
PHYSICAL CHARACTERISTICS
Weight
Size

Tripod mounting
1.4 kg (3.0 lbs)
207mm x 92mm x 109mm
(8.1” x 3.6” x 4.3”)
1/4”– 20
   
   

 

POWER SOURCE
AC operation AC adapter (included)
DC operation
110/220 VAC, 50/60Hz
8-30V nominal, <6W
IMAGE PRESENTATION
FireWire/Ethernet output
Video output
8/16-bit monochrome and 8-bit color
RS170 EIA/NTSC or CCIR/PAL
composite video
ENVIRONMENTAL
Operating temperature range
Storage temperature range
Humidity

Encapsulation
Shock Operational:
Vibration Operational:
-15°C to +50°C (5°F to 122°F)
-40°C to +70°C (-40°F to 158°F)
Operating and storage 10% to 95%,
non-condensing
IP 40 (Determined by connector type)
25G, IEC 68-2-29
2G, IEC 68-2-6
SUPPLEMENTARY LENSES*
Field of view/min. focus distance










Lens recognition
7° Telescope (7° x 5.3°/4m)
12° Telescope (12° x 9°/1.2m)
45°Wide angle (45° x 34°/0.1m)
80°Wide angle (80° x 60°/ 0.1m)
Close-up: 64/150 mm (FOV=64 x 48 mm
at 150 mm); 34/80 mm (FOV=34 x 25 mm
at 80 mm)
Macro: 50 micron (14.3 to 18.7 mm focus;
FOV=14.3 x 10.8 mm at 14.3 mm;
FOV=15.1 x 11.2 mm at 18.7 mm; IFOV=45
µm at 14.3 mm; 47 µm at 18.7 mm)

Automatic lens recognition and
measurement corrections
 
Providing Thermal Imaging Solutions to Business and Industry
Infrared Systems
P. O. Box 33908
Reno, NV.89533
Tel: 801-393-6050
FAX: 801-393-6450
Mobile: 775-843-7721
E-Mail: info@infraredsys.com