Descripción del producto

The sun gives energy in form of radiation. We all are aware of the fact that sun is harmful for the skin, if the skin is overexposed to its radiation. Although we can see sunlight, we can't see or feel the sun's UV rays. The UV radiation is classified on the basis of their wavelength, in the following categories: 

                                                        UVA rays

                                                        UVB rays

                                                        UVC rays  

Short wavelength UVC is the most damaging type of UV radiation. But, it is completely absorbed by the ozone layer in the atmosphere and is unable to reach the earth's surface. UVB is of the Medium wavelength and UVA has comparatively longer wavelength and the UVC radiation is unable to penetrate through the ozone layer and therefore is unable to reach the earth's surface. UVC rays are the highest energy UV rays and potentially the most harmful for eyes and skin. UVC rays have wavelengths of *****0 nm (nanometer).

Weiber’s UVC light meter is unique and ideal equipment for research and general  applications in the field of study and analysis of UV C rays. These rays are  extremely dangerous and can destroy human DNA. So, there is a need for  equipment such as Weiber’s UVC light analyzer to find out its presence and  perform further processes safely.

Application

In the procedure of dentistry, the dentists or oral surgeons apply the UV C rays for specified duration, specified amount and specified intensity to counter side-effects of presence of bacteria and avoid bacterial infection. Ultraviolet C sterilizers use these rays to kill harmful bacteria.

Product Features

• Professional  and a high quality UVC meter.
• Large LCD
• Heavy duty & compact housing case.
• Auto power off
• Zero adjustment by push .
• Microprocessor circuit assures maximum possible accuracy, provided special functions and features.
• Exclusive UVA sensor with correction filter.
• Records Maximum, Minimum reading.
• Power Source : 9V battery

Technical Features

Short wave **4 nm ultra-violet irradiance measurement.

Power Supply

• DC 9V **6P
• MN***4 (PP3) or equivalent. (Alkaline or heavy duty type)
• Circuit - LSI circuit customized one chip microprocessor

Optional Accessories

• UVC sensor probe
• Hard Carrying Case