Operation in environments up to 2,200°C
Real-time thermal control to prevent overheating, deformation and unexpected shutdowns.
86° field of view
24/7 automated monitoring and alarms
An advanced industrial thermography system
ProTIR® is a thermal vision solution based on high-resolution radiometric infrared cameras and specialised software, developed for accurate temperature monitoring in industrial thermal processes.
High-precision real-time thermal capture
The system generates real-time radiometric images with a resolution of 764 × 480 pixels, providing up to 367,000 measurement points per image and a wide 86º field of view for detailed inspection.
Designed for extreme conditions
ProTIR is built to monitor processes in extreme conditions, with the ability to measure temperatures of up to 2,200 °C. Its design ensures continuous and reliable thermal supervision even in the most demanding industrial environments.
24/7 thermal supervision and automated alerts
ProTIR® includes advanced software that analyses thermographic data in real time and generates configurable alarms, enabling constant supervision from the control room.



Why is thermal control critical in industrial furnaces?
Without continuous monitoring, thermal inefficiencies remain hidden until a catastrophic failure occurs.
Invisible Hot Spots
Undetected temperature anomalies lead to material degradation and safety risks.
Structural Wear
Thermal stress causes premature failure of the refractory lining and furnace components.
Energy Loss
Inefficient heat distribution increases energy consumption and operating costs.
Unplanned Shutdowns
Unexpected failures result in costly production interruptions and emergency repairs.
How ProTIR optimises furnace thermal control
Real-time radiometric monitoring combined with intelligent analytics provides full visibility of your thermal process.
24/7 Radiometric Monitoring
Continuous thermal imaging with accurate temperature measurement in every pixel.
Configurable Alarms
Multi-zone threshold alerts with customisable escalation protocols.
SCADA / PLC Integration
Seamless connection to existing plant control systems via Modbus, OPC UA or Ethernet/IP.
Historical Thermal Data Analysis
Long-term trend analysis for predictive maintenance and performance optimisation.
Industrial-Grade Hardware
IP67-rated housings, operating range -40°C to +85°C, ATEX-certified options available.

ProTIR system applied across multiple industries
ProTIR® provides thermal monitoring solutions for a wide range of heavy industry processes.
Metal / Steel
Thermal control in rolling and sintering
Accurate temperature supervision in rolling processes, ensuring continuous control of thermal behaviour in the transformation of iron into steel.
Minerals / Mining
Thermal control in rolling and sintering
Thermal monitoring in rotary kilns, clinker kilns and crushing processes.
Power generation
Thermal monitoring in boilers and industrial furnaces
Temperature control in boilers, turbines and biomass plants.
Chemicals / Refining
Thermal monitoring in reformers and cracker tubes
Leak detection, reactor monitoring and overheating prevention.
Technical Specifications
Designed for demanding industrial environments with precise measurement capabilities.
| PARAMETER | SPECIFICATION |
|---|---|
| Camera Type | Radiometric thermographic camera with CMOS sensor and spectral range from 0.85 to 1.1 µm |
| Temperature Range | 450 °C to 1,800 °C |
| Accuracy | For object temperatures below 1,400 °C: ±1 % of reading. For object temperatures below 1,600 °C: ±2 % of reading. |
| Resolution | 764 × 480 pixels |
| Frame Rate | 27, 32 or 80 Hz |
| Integration Options | WebSocket, TCP/IP, OPC UA and digital outputs |
| Installation Type | Fixed or retractable mounting, with axial or angled view, water and compressed air cooling and air purge cleaning |
| Operating Environment | IR monitoring point rated for working temperatures of up to 2,200 °C. IP65 control cabinet, with working temperature from 5 °C to 50 °C |
| Power Supply | 110–240 VAC, 50/60 Hz |
| Resistance Standards | IEC 60068-2-27 for shock and IEC 60068-2-6 and IEC 60068-2-64 for vibration |

A 4.5 m diameter rotary kiln was experiencing recurring hot spots causing shell deformation. Manual inspections during shutdowns failed to detect thermal anomalies developing between maintenance cycles.
The ProTIR® thermal imaging system was installed with 360° kiln coverage, real-time temperature mapping and integration with the plant SCADA. Automated alerts were configured for temperature deviations of more than 50°C above the baseline.
Reduction in unplanned kiln shutdowns
Annual savings from avoided production losses
Extension of refractory campaign life
Assess the thermal safety of your industrial process
Our engineering team will analyse your plant and recommend the optimal configuration. We provide complete site surveys, thermal analysis and customised integration planning.
