Our database offers precise and reliable spectra of a wide range of UV LEDs and UV lamps. The spectra are typical for the respective class. Therefore, we do not provide type designations. 

All spectra were measured in our laboratory and can be used freely. The measurements were performed in accordance with CIE 250:2022 „Spectroradiometric Measurement of Optical Radiation Sources". We have also provided some information on various UV light sources. If you have any questions or queries, please do not hesitate to contact us.

The UV-A, UV-B and UV-C components of the emission can be calculated from the spectra. Instructions on how to calculate the irradiance from the spectral irradiance can be found here.

Here you can download the spectral data of UV lamps and UV LEDs:

 

• Typical outputs: 1 kW - 40 kW
• Doping:
  • HG
  • iron
  • gallium
• ozone-free and ozone-generating
• Links:
  • Mercury medium pressure lamp 
  • Ozone-free medium-pressure mercury lamp
  • Ozone-free medium-pressure lamp (iron, doped)
  • Gallium lamp (medium pressure)
  • Medium pressure mercury lamp OSRAM UltraVita Lux 300W

• Typical power: 100 W - 40 kW
• Doping:
  • none
• ozone-free and ozone-generating
• Links:
  • Hg high-pressure lamp LC5 (with light guide)
  • High-pressure mercury lamp (with light guide)

• Typical power: 4 W - 600 W
• Doping:
  • none
• ozone-free and ozone-generating (185 nm)
• Links:
  • UVC low-pressure mercury lamp (253.7 nm) 
  • Mercury amalgam lamp (253.7 nm, high output)

• Typical power: 4 W - 200 W
• Doping:
  • none (emission by the phosphor layer)
• ozone-free
• Links
  • Fluorescent lamp (Helarium)
  • Fluorescent lamp (UVB-311)
  • Fluorescent lamp (UVB broadband)
  • Fluorescent lamp(UVA-340)
  • Leuchstofflampe-Lampe (100W, light color 79)
  • Fluorescent lamp(BlacklightBlue 352 nm)
  • Fluorescent lamp (BlacklightBlue 368 nm)
  • Fluorescent lamp (light color 05)
  • Fluorescent lamp (Philips Actinic BL)
  • Fluorescent lamp (6500 K)

• Typical power: 10 W - 1000 W
• Excimer:
  • Kr-Cl
• usually ozone-generating
• Links:
  • Filtered excimer lamp (KrCl) 222 nm
  • Excimer lamp(KrCl) 222 nm

• Typical wattages: 1-5 W as single LED, as LED module also up to 2000 W
• Doping:
  • none
• ozone-free
• Links:
  • Blue LED (405 nm)
  • Blue LED (420 nm)
  • Blue LED (445 nm)
  • Blue LED (450 nm)

Spectra of UVA LEDs and UVA LED modules

• Typical wattages: 1-5 W as single LED, as LED module also up to 2000 W
• Doping:
  • none
• ozone-free
• Links:
  • UVA-LED (365 nm)
  • UVA-LED (385 nm)
  • UVA-LED (395 nm)

• Typical wattages: 1-4 W as single LED, as LED module also up to 200 W
• Doping:
  • none
• ozone-free
• Links:
  • UVB-LED (280 nm)
  • UVB-LED (285 nm)
  • UVB-LED (295 nm)

• Typical wattages: 1-4 W as single LED, as LED module also up to 200 W
• Doping:
  • none
• ozone-free
• Links:
  • UVC-LED (255 nm)
  • UVC-LED (265 nm)
  • UVC-LED (267 nm)
  • UVC-LED (270 nm)
  • UVC-LED (275 nm)

• Typical power: 150 W - 5000 W
• Doping:
  • none
• ozone-free and ozone-generating
• DC-operated or pulsed operated
• Links:
  • Xenon lamp (pulsed)
  • Xenon lamp (DC-operated, XBO)

• Typical power: 400 W - 4000W
• Dopants:
  • Metal halides
• usually ozone-free
• Links:
  • Metal halide lamp OSRAM HMI 
  • Metal halide lamp (iron, doped)

• Typical power: 10 W - 1 kW
• Doping:
  • none
• ozone-free
• Links:
  • FEL-Lampe (110 V)
  • Halogen lamp (standard illuminant A 2856 K)

• Typical power: 10 W - 300 W
• Doping:
  • none
• ozone-generating and ozone-free
• Links:
  • Deuterium lamp (D2)