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Lowest Measured Temperature 32° F/ 0° C
Highest Measured Temperature 4500° F / 2500° C
Operating Wavelengths 5.0
8.0
8-14
 
   
 

 

Our Stinger thermal imaging camera is designed to deliver the highest quality real-time video temperature representation of your process. By combining the latest in digital camera technology with uncooled Focal Plane Array sensor technology and heavy-duty enclosures, the IRCON Stinger performs exceptionally – and survives long-term – in any industrial process control application. The Stinger thermal imaging camera is highly intuitive and can be easily integrated into your process control system. Mount the IRCON Stinger anywhere you need it to capture on-line process temperature measurements.

The Stinger thermal imaging system is packaged for industrial applications and includes: the Stinger infrared camera with focusing lens and auto-switching power supply, a Microsoft® Windows® 2000 based computer and digital frame grabber, application software, connection cables and operators manual.

The Stinger Thermal Imaging Software

Whether you're running the video output directly from the thermal imager to a control room for continuous monitoring, or sending data through the digital interface to either the Stinger Image Analysis Thermal Imaging Software or one of our digital interface toolkits (to allow you to interface with programs such as National Instruments Labview), the system will allow for flexibility for your application. IRCON produces various application specific thermal imaging software for certain industries.

Fully user-configurable, the Stinger thermal imaging software lets you set up, display, and archive thermal images. And because the software was written for the familiar Windows® platform, you’ll have all your favorite tools at your fingertips, including those for drawing, zooming, printing and changing color palettes.

Simply begin your image capture, position the cursor to your area of interest, and customize your view on the fly. Optimize your display using 5 standard color palettes (including grayscale). Or draw circles, rectangles, or free-form shapes around target zones to monitor hot or cold spots in your process – and then “show all” or highlight only select zones for analysis in real-time. These areas of interest (AOI’s) can be keyed to alarms and can ultimately be used as outputs for process control purposes. The Stinger also supports continuous archiving of data from ROI’s for displaying offline or for exporting to a spreadsheet program such as Microsoft® Excel. Average, maximum and minimum temperatures can be continuously archived into the trend file.

Saving and retrieving your thermal image data is easy too. Each saved file contains both setup data for the sensor/processor and image data so that when you load a file, PC settings are loaded too. This makes reconfiguration of previously saved setup information (regions of interest, calibration information, palette selection, and temperature range) automatic. This function is ideal for applications where two or more different processes are running on the same line since it eliminates downtime.
Cool – even where it’s hot.


The Stinger thermal imager looks impressive in any environment and its robust design enables performance under any industrial hazard. Install the Stinger with confidence for the following applications and more:

  • Automotive: engine testing and surface defect detection
  • Glass: automotive and architectural glass, LCD fabrication, and fiber-optic applications
  • Plastic Films: bag sealing, blown film and film processes
  • Plastic Thermoforming: appliance extrusion
  • Steel: Ladle/torpedo car monitoring
  • Semiconductors: on-line metrology and setup/diagnostics for machine
 

Accessories

The IRCON Stinger comes with everything you need to display, manipulate, and archive thermal images. For applications that have dust or airborne particles that could dirty the lens, IRCON offers air purge systems. If your environment exceeds the operating temperature of the Stinger, there are water cooling enclosures available. Additionally there are a number of lens options to address your specific application needs. The Stinger IR camera also offers industry specific thermal imaging software for unique applications such as thermal grid inspection. Our experienced applications staff is trained to assist in the selection of just the right combination for every customer.


 
     

Specifications

Performance
Detector Type uncooled FPA 320 x 240
Spectral Range 5.0µ, 8.0µ, 8-14µ
Detector Size 51 x 51µ
Camera f/# 1.4
NETD (NET) 0.1°C @ 25°C
Analog Video NTSC @ 30Hz
(PAL @ 25Hz optional)
Digital Video 12 bit
Remote Control RS-232

 

  Measurement

Accuracy 2°C or 2% of reading whichever is greater
Temperature Measurement Range: 0-500°C (32 -950°F) or 500 - 1000°C (950-1800°F)

Physical
Size 13.56 x 5.0 x 3.88 (344 x 127 x 98 mm)
Weight 6.5 lbs. (2.95 kg)

 

 

 

  Environmental
Operating/Storage Temperature 0-40°C (32-100°F)
Software
Operating System Windows 2000
Minimum Processing Power Pentium III 500 MHz, PCI Bus, 128 MB RAM, 12GB Hard Drive,19” monitor
  Optics
Close Focust 50mm x 76 mm @ 254 mm (2" x 3" @ 10")
13 mm Focal Length 69° x 53° FOV
25 mm Focal Length 36° x 28° FOV
50 mm Focal Length 18° x 14° FOV
100 mm Focal Length 9° x 7° FOV