Substation Monitoring

• Thermal imaging technology can improve the reliability and security of electric substations.
• These systems employ advanced sensing and measurement technology, control methods, and digital communications.
• They are able to anticipate, detect, and respond rapidly to problems, thereby reducing maintenance costs, the chance of failure, a blackout, and lost productivity.

Coal Stockpile Monitoring

• Thermal cameras installed on high masts at strategic coal yard locations

• Pan/Tilt cameras for wide coverage with fewer units

• Wireless connectivity to the central control room

• Real-time hotspot alarms with automatic logging

• Alarm data includes temperature, time, location, and thermal image

• Early hotspot detection to prevent self-combustion

• Reduces coal loss, safety risks, and productivity downtime

Kiln Performance Monitoring

• Monitor the kiln temperature in real-time.
• it includes a kiln visualization module and a thermographic analysis module.
• These products provide exactly the detailed thermal data that is needed for this type of application.

Flare Monitoring

• They allow automated remote monitoring on a 24/7 basis in virtually any weather
• Thermal imaging cameras avoid many of the technical and cost-related problems associated with other technologies such as ultraviolet (UV) flame detectors, flame ionization spectrometers, thermocouples, and pyrometers.
• In addition to visual monitoring of stack flame and smoke, automatic control of the assist gas to waste gas ratio is possible.

Mill Ladle Monitoring

• Capture video images of the ladle in real-time and calculate temperatures over the ladle’s surface.
• If the temperature exceeds the ladle’s predefined parameters, an alarm is triggered
• The ladle monitoring system will automatically recognize predefined regions of interest (ROIs) and compare the measured temperature with previously set parameters.

Torpedo Car Monitoring

• Monitor the torpedo car in real-time and calculate temperatures over the torpedo’s wall surface.
• The thermal images of ROIs where failures are more likely to occur can be stored in PC memory for later comparison to current images.
• The IR Monitor software can then compare each image frame from a camera to the image templates stored in PC memory.