TCR: Professional Infrared Curing

Controlled by Thermal Camera / Radar

Identify hot spots

Infrared with Thermal Camera

Our thermal camera acts as a “smart eye” for the curing unit – automatically adjusting the infrared lamps to achieve uniform, precise and energy-efficient curing.

Large coverage: 768 individual measuring points over 170×90 cm.

Feed back to control system: Temperature data is continously fed to the control system, which adjusts IR lamp intensity and exposure time to maintain the desired curing profile.

Result:

  • Accurate, real-time temperature monitoring
  • Consistent quality
  • Overheating prevention
  • Energy use optimization

TCR: Professional Infrared Curing controlled by Thermal Camera and Radar from IRT the curing company

Closeup of thermal camera display on TCR

Quick facts Thermal camera

Thermal camera

32×24 Array = 768 individual pyrometers.
Measuring point per pyrometer approx. 5×4 cm (at a distance of 60 cm).
Surface temperature mapping area 170×90 cm.

Continuously identifies and measures the 5 hottest target points. Delivers an average temperature value based on these.
Temperature profiles can be logged for quality assurance, traceability, and process optimization.

Radar Distance Sensor

Intelligent and exact distance measuring.

Infrared with Thermal Camera schematics of how it works
IRT TCR 4-1 and 4-2 infrared dryers

TCR: The intelligent curing station

Automatically optimizes and documents each curing job

  • Touch screen for instant access
  • Radar distance sensor confirms correct distance
  • Time, ramp and temperature is built-in for putty, filler, base, clear, plastics
  • Continuously adjusts IR power to keep the temperature on track
  • Delivers only the power needed to reach the set temperature
  • The real-time process is displayed, so the operator stays informed
  • Tracks performance, usage and maintenance needs
IRT TCR Thermal Camera Radar

Intuitive display

5” touch screen with dual navigation options: scroll or tap, whichever you prefer

Key functions are also accessible via physical buttons — ideal when working with gloves

  • Highly durable, hardened glass protects the display
  • Clear visibility even in brightly lit workshops
  • Optimized viewing angle ensures good readability
  • Withstands cleaning with both solvents and razor blad
Closeup of integrated cables and smooth cassette mount on IRT TCR 4-2

Insight: Temperature control

Precision cooling for lasting performance

More than just cooling.

Adaptive fan speed provides:

  • Minimized noise levels
  • Enhanced protection and long-term reliability
  • Extended filter life
  • Reduced, unnecessary energy consumption

What is adaptive ventilation?

Adaptive ventilation continuously regulates fan speed – operating quietly under normal conditions and ramping up only when additional cooling is required. At high temperatures, the fan instantly accelerates to full speed to safeguard all system components.

Koster and Vinga, designed in-house

(Our sensor boards are traditionally named after Swedish lighthouses.) The Koster main board and Vinga sensor board are custom-designed and fully programmed in-house to manage key system functions. They include built-in overheat protection through NTC analog temperature sensors.

4 -1 TCR (1 cassette)

Part no.CurrentOutput powerFuseVoltageFrequency
8015249A6kW10A400V, 3 PH, 4-pin, EU50-60 Hz
8015209A6kW10A400V, 3 PH, 5-pin, EU50-60 Hz
80152215A6kW16A230V, 3 PH, EU50-60 Hz
8015239A6kW10A400V, 3 PH, AUS50-60 Hz
80152515A6kW16A 200V, 3 PH, 4P, JP50-60 Hz

4-2 TCR (2 cassettes)

Part no.CurrentOutput powerFuseVoltageFrequency
80150416A12kW16A400V, 3 PH, 4-pin, EU50-60 Hz
80150016A12kW16A400V, 3 PH, 5-pin, EU50-60 Hz
80150230A12kW32A230V, 3 PH, EU50-60 Hz
80150530A12kW32A200V, 3 PH, 4P, JP50-60 Hz
80150316A12kW16A 400V, 3 PH, AUS50-60 Hz

Downloads