Gigahertz-Optik 徽标

快速联系

Gigahertz Optik GmbH (总部)
Phone: +49 (0)8193-93700-0
info@gigahertz-optik.de

观察名单

You can add products to the watchlist and compare them with one another or send us an inquiry. There are watchlist symbols on product pages and product tables for this purpose.

该产品已停产,请参阅下面类似产品下显示的替代品或直接与我们联系。

此停产产品的替代产品:

BTS256-LED Tester
Compact BiTec Spectroradiometer LED Tester for the Measurement of Total Luminous Flux of Single VIS and NIR LEDs

XD-9509

Detector head for use in UV radiation protection measurements

  • UV-A and UV-BC actinic ERYTHEMA irradiance
  • suited for use with X1 type optometers
  • calibration certificate
XD-9509
The typical symptom of UV erythema is acute skin inflammation caused by UV radiation (sunburn) which may be linked to skin cancer over prolonged exposure times. The XD-9509 detector permits direct measurement of the UV Erythemal effective irradiance by means of it’s spectral responsivity adaptation to the nominal CIE Erythemal spectral function. It’s two sensor design offers best possible isolation between the UV-Aeff and UV-BCeff sensors and also provides the best spectral match to Erythemal actinic spectral function.

Cosine Corrected Field of View

The angular response of the XD-9509-4 detector is cosine corrected.

Traceable calibration

Calibration of the detector responsivity is performed by the Gigahertz-Optik GmbH calibration laboratory for optical radiation measurements quantities. As with all light detectors supplied by Gigahertz-Optik calibration of absolute detector responsivity as well as detector individual measured relative spectral responsivity data is included.

Recommended Optometer

XD-9509-4 - Typical Spectral Responsivity

XD-9509-4 - Typical Spectral Responsivity

类似产品/Similar Products

XD-9509
Detector for UV Hazard Measurements of Solaria (Sun Beds) and other Tanning Lamps in Accordance to UVSV
XD-9509
Optometer for the measurement of UV and Blue-light hazard of artificial radiation source.
XD-9509
Broadband radiometer for radiation protection measurements of UV radiation devices