RadSense

RadSense, Adaptive Lighting Ltd’s Multichannel UV Wi-Fi Radiometer system, has been expertly designed to simultaneously monitor and validate the intensity of multiple UV light sources during a UV light curing process. This provides a means of continuously validating and maintaining the UV light levels – a critical aspect of all UV curing processes.  Each measurement can be instantly viewed, via Wi-Fi, on a PC/Mac or tablet device utilising web based browser display. The Radsense user then has the option of saving these results as a dated text file.  RadSense consists of a console which is attached to between 1 and 6 optical sensors (depending on customers requirements), which are calibrated as a matched set according to standards traceable to NIST (National Institute of Standards and Technology). RadSense allows the generation of consistent, accurate measurements over a broad dynamic range – spectral sensitivity of the radiometer is  250nm – 1100nm. 

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KEY FEATURES

  1. 6 robust CNC machined calibrated optical sensors for precise readings.
  2. Neutral density filter options for wide measurement range.
  3. WiFi enabled system allows remote operation and readings.
  4. LCD screen on unit for immediate viewing.
  5. Long life internal rechargeable battery.

FEATURES

  1. 6 robust CNC machined calibrated optical sensors for precise readings.
  2. Neutral density filter options for wide measurement range.
  3. WiFi enabled system allows remote operation and readings
  4. LCD screen on unit for immediate viewing
  5. Long life internal rechargeable battery

BENEFITS

  1. Up to 6 measurement sensors at one time.
  2. Battery operated – no wires allowing the unit to be placed inside the machine during a cure cycle.
  3. Remote monitoring of measurements on smart device and saving to file.
  4. Ease of operation
  5. Robust machined anodised aluminium system

TYPICAL APPLICATIONS

  • UV IntelliCure spot cure measurements. 360° measurements.
  • UV FloodCure 6 zone measurements.
  • Automated machine measurements in conveyor system.
  • Measurements can be time and date stamped and saved to file.
  • Measure in remote or hard to reach industrial zones e.g. inside automated curing machines or hydrophilic curing chambers.