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BST at its best:
i-tech optimizes MSA's Evolution® 3000 TIC


For the past year, MSA's Evolution® family of thermal imaging cameras has won firefighters' evaluations by achieving maximum value with their rugged performance, outstanding durability, consistent reliability, and best-in-class technology.

Now, MSA's new and improved Evolution 3000 TIC with i-tech incorporates the best BST-based technology and additional features to offer an even better TIC value available to firefighters, with NO increase in cost!

Performance and durability of Evolution 3000 TICs are outstanding. For example, the Evolution 3000 TIC withstands the 4.5' drop onto concrete and meets the IP67 water-resistance requirement. It also meets simulated NFPA tests for direct flame- and heat-resistance and high-temperature environments. (Note: The price of the Evolution 4000 model runs about $21,000, compared to less than $15,000 for the Evolution 3000 TIC.)

Technological highlights
The new i-tech system has enhanced the Evolution 3000 TIC with optimized i-tech optics; new display technology; proprietary direct temperature measurement; new i-tech software/firmware; enhanced high-temperature warning; a 50% longer battery life (about 3 hours per battery); and upgraded circuitry and connectors.

The i-tech system eliminates the automatic iris control motor and associated moving parts, with an optimized iris system. Details behind intense heat sources that are frequently "grayed out" by standard automatic irises remain distinct and clear, and the Evolution 3000 TIC does not require any manual adjustment(s). In addition, the improved LCD technology gives TIC users enhanced resolution; a high-definition, clear display; and a full depth of field at all times.


Other Evolution 3000 highlights

  • Fewer moving parts plus a new monitoring system software (that simplifies maintenance by alerting the user when the camera requires service) result in lower cost of ownership over the camera life.

  • A multi-point temperature sensor system adds safety by giving advanced warning of a temperature overload situation, providing more time to evacuate.

  • A proprietary direct temperature measurement system optimized at a 20:1 ratio greatly reduces the inaccuracy caused by noise and temperature instability of conventional 40:1 aspect ratio devices.