FLIR A6301 Advanced Thermal Camera

The FLIR A6301 cooled MWIR thermal camera provides precise, high-speed temperature measurement for demanding process monitoring and quality assurance environments.

Overview

FLIR A6301 Advanced Thermal Camera offers engineers and system integrators the best and most advanced thermal camera for Process Control, Monitoring, and Quality Assurance. Its industry-leading 27,000-hour cryocooler lifetime maximizes camera uptime for consistent production throughput, while minimizing cost through planned maintenance. Its fast integration times improve yield, throughput time, and costs while ensuring consistent quality. This cooled camera platform provides a streamlined solution for accurate temperature measurement. The Standard kit includes a FLIR A6301 Advanced Thermal Camera, accessories, and a 17 mm, 24 mm, or 50 mm lens.


Key Features

  • The highly sensitive, cooled MWIR sensor improves defect detection and increases product quality.
  • Industry-leading long-life micro cooler, with 27,000-hour mean time to failure, maximizes camera uptime for consistent production schedules.
  • Fast integration times ensure accurate temperature measurements on moving products and production lines.
  • Low-latency, deterministic synchronization to external sources means thermal images are captured precisely when needed for decision support.
  • Standard GigE Vision protocols, REST API, and a built-in web interface shorten implementation timelines.

Ideal Applications

  • Inline inspection and validation of package heat sealing
  • Process control and monitoring for adhesives
  • Quality assurance during paper and plastics production
  • Remote monitoring of electrical/mechanical systems

 


Spec Summary

Feature Details
Sensor Resolution 640 × 512 cooled MWIR detector
Thermal Sensitivity (NETD) ≤15 mK at 25°C
Spectral Range 3.4 – 5.1 µm
Frame Rate 30 Hz
Optics 17 mm, 25 mm, or 50 mm lenses
Focus Manual
Temperature Range –20°C to 200°C (–4°F to 392°F)
Accuracy ≤100°C: ±2°C • >100°C: ±2% of reading
Image Enhancement High Sensitivity Mode (HSM)
Integration & Control GigE Vision (GenICam), REST API, built-in web interface
Streaming Radiometric streaming via GigE Vision; video streaming via RTSP (H.264/MJPEG)
Synchronization External deterministic sync input
Power PoE+ Type 2 (30 W min) or 18–56 V DC
Operating Temperature –20°C to 50°C (–4°F to 122°F)

Need assistance selecting the right lens option, mounting kit, or integration bundle? I’d be happy to help tailor it to your project requirements!

 

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