Fluke TiX1000 Infrared Camera

Fluke TiX1000 Infrared Camera  

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Fluke TiX1000 Infrared Camera

Features

See even the smallest details, close up or from great distances with 1024 x 768 resolution.

  • 10 times the on-camera pixels than standard 320x240 cameras (1024 x 768 resolution, 786,432 pixels)
  • Enhance image quality and temperature measurement accuracy – get 4 times greater resolution and pixels than standard mode with SuperResolution (up to 3,145,728 pixels)
  • Work from safer distances. Inspect areas that you could not get close to any other way and still get spectacular, detailed infrared images.
  • Get a premium in-field viewing experience for quick issue identification with the large 5.6 inch high resolution LCD screen

Features

  • Conduct inspections from a safe distance and still get close-in shots with the 32 times on-camera digital zoom.
  • Choose the most convenient image transfer protocol for your application: Camera data ports: Image transfer: SD card, USB 2.0, video output DVI-D (HDMI). GigE vision and RS232 available in 2015. SmartView® software: SD card. USB 2.0, GigE Vision and RS232 available in 2015.
  • Get the sharpest ever IR-Fusion® images with an 8 MP visible light camera.
  • Versatile viewing options for in-field viewing of images with viewfinder for outdoor use.
  • User defined programmable buttons to personalize for quick access to most used features.
  • MATLAB® and LabVIEW® compatibility allows users to integrate camera data, infrared video and images to support R&D analysis.
  • The only handheld cameras that can be sub-windowed to 240 Hz frame rate for advanced applications (add on option).
    • Option 1: 640 × 480 (60 fps)
    • Option 2: 384 × 288 (120 fps)
    • Option 3: 1024 × 96 (240 fps)

What is Subwindowing?

Sudden and rapid temperature changes can be a critical part of certain analysis. The Expert Series cameras (TiX1000, TiX660 and TiX640) provide an optional Subwindowing mode (available at time of camera purchase). This feature is usually found only in cooled infrared cameras. Using these infrared sequences allows the user to document and analyze many frames of data per second to better understand sudden temperature changes.