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It has the function of passive thermal imaging all day long, has strong penetration of smoke, and can be used in a wide range of ambient temperature
Integrated debugging, small size and easy to integrate
Use self-developed temperature correction algorithm to achieve accurate temperature measurement
3 Big Benefits: Spot furnace problems before they ruin batches Save energy by finding heat leaks Improve quality with even heating Real-World Example:A cement plant using infrared cameras thermal imaging found a hidden hot spot that could have caused a 3-week shutdown. The fix took 2 days. How It Works in Practice: Scan electrolytic...
Critical Areas to Monitor: Furnace walls (hot spots = thinning) Conveyor bearings (heat = failing soon) Ladles (uneven heating risks cracks) Why This Beats Old Methods:Old way:✖ Shut down for inspections✖ Guess based on experience New way with thermal imaging small tech:✓ Scan during operation✓ See exact trouble spots Cost-Savin...
In today's rapidly evolving industrial landscape, kiln operators face increasing pressure to maximize uptime while minimizing costs. This paradigm shift has given rise to a new era of predictive maintenance powered by three game-changing technologies: small infrared cameras, kiln cement, and kiln Portland cement. Let's examine how th...
