The Panel Builder Latest News
FLIR Systems Announces AX8 Temperature Sensor for Industrial Automation
- Published: Sunday, 26 October 2014 09:02
AX8 is easy to install in space-constrained areas for automated and uninterrupted condition monitoring of critical electrical and mechanical equipment.
Easy-to-install imager enables condition monitoring and fire prevention
Enabled by FLIR’s ground-breaking Lepton® thermal imaging core, the AX8 provides early detection of temperature-related issues in electrical and mechanical equipment, guarding against unplanned outages, service interruptions, and equipment failure. The AX8 is the ideal temperature sensor for continuous condition monitoring and fire prevention without the need for periodic manual scans.
The AX8 thermal imager has 4,800 active temperature points per image, provides streaming temperature data over industry-standard interfaces (Ethernet/IP and Modbus TCP) for easy analysis, has a built-in web interface, and includes a full suite of Analysis and Alarm functions that automatically send alerts when the AX8 detects elevated temperatures.
Measuring only 54 x 25 x 95 mm, the AX8 integrates easily into electrical installations or any manufacturing environment. The AX8’s streaming thermal, visual, and MSX video is output in standard MJPEG, MPEG, H.264 formats, adding multipurpose image capabilities.
With all of these features in a compact form factor, the FLIR AX8 addresses the condition monitoring and safety needs for many environments, including:
• Process and manufacturing industries
• Data centers
• Energy generation and distribution
• Transportation and mass transit
• Storage facilities
• Refrigeration warehouses
• Engine rooms
“With the AX8, FLIR is continuing to find new and innovative uses for its increasingly more affordable thermal imaging technologies,” said Andy Teich, FLIR’s President and CEO. “The AX8 is another example of how our new Lepton core’s revolutionary price, size, and low power consumption is creating a new product category and corresponding applications.”