PSC-Ti396-HT

Autonomous High-Temperature Thermal Imaging Camera

The PSC-Ti396-HT is a high-resolution, autonomous thermal imaging camera with 396 x 300 pixels and 20 Hz frame rate, built for high-temperature industrial processes from 450°C to 1800°C (842°F to 3272°F). Its automatic hot spot finder and direct analogue output make it ideal for steel, metals and other high-heat manufacturing applications.

Autonomous IR Camera for High-Temperature Processes

The PSC-Ti396-HT is a high-resolution industrial thermal imaging camera with 396 x 300 pixels and 20 Hz frame rate, perfect for fast thermal processes. Its stand-alone operation — without continuous use of a PC, also known as autonomous mode — combined with automatic hot spot finder and direct analogue output make it ideal for a variety of manufacturing process applications. The camera covers a wide temperature range from 450°C (842°F) to 1800°C (3272°F) and can be switched from thermal imaging mode to line scanning mode.

Key Features

  • High resolution 396 x 300 pixel CMOS detector for crisp, clear thermal images.
  • Autonomous operation — set parameter alarms via PC, then run standalone without continuous connection.
  • Automatic hot and cold spot detection within user-designated measurement areas.
  • Switchable between full thermal imaging mode and line scanning mode.
  • Direct analogue output for simple integration into existing control systems.
  • Wide temperature range purpose-built for high-heat industrial processes.

Applications

Well suited to high-temperature industries including steel, metals, induction heating, cement and lime, and power generation — anywhere continuous, non-contact thermal imaging is needed at process temperatures beyond the range of standard imaging cameras.

Software

Includes PSC-CameraConnect software for analysis, colour palettes and automatic hot/cold spot detection, supporting both live monitoring and post-process data review.

Talk to the Techotrix team to find out whether the PSC-Ti396-HT is the right fit for your high-temperature process monitoring application.