IRBIS ® 3 Control and acquisition software

Independently from the respective digital interface of the thermography camera, e.g. FireWire, Gigabit-Ethernet or CamLink, all camera functions can be remote controlled using IRBIS ® 3. Digital thermographic images can be transferred at frame rates of up to 3 kHz to the controlling/evaluating PC in real-time.


IRBIS ® 3 remote

Universal software for linking thermographic cameras with PCs or notebooks including the following functions:

  • Remote control of the camera-operating functions via a graphic interface
  • Real-time visualisation of digitally transferred thermal images
  • Storage of real-time thermographic video sequences

IRBIS ® 3 control

Control and acquisition software for data acquisition from digital infrared thermographic images:

  • Time and temperature-controlled acquisition of digital thermographic data at up to 10 Hz on a PC/notebook
  • Real-time visualisation and analysis of digitally transferred thermal images
  • Numerous online temperature-measuring functions – identification of measuring spots and measuring areas
  • Comprehensive statistical analysis
  • Global correction of emissivity (by area or spot within the online thermal image)

IRBIS ® 3 online

Control and acquisition software for high-speed data collection of digital infrared thermographic images:

  • Digital data is collected at the camera’s maximum imaging frequency (till kilohertz area) onto hard-disk or RAM
  • Online differential image mode and temperature profile display
  • External trigger option, retrigger, multiple signal sequence, pretrigger
  • Freely definable temperature trigger
  • Set parameters of measuring areas and thresholds values, alarm function

IRBIS ® 3 process

Extension module of the IRBIS ® 3 online for convenient process control:

  • Permits intensity- or temperature-dependent control of processes via digital or analog inputs and outputs
  • Output of intensity/temperature-proportional analog signals
  • Real-time signal storage in ASCII format
  • Trigger and alarm function for freely definable signal thresholds