What benefits can a UV light meter offer?
Ultraviolet illuminance meter is an instrument that measures the intensity of ultraviolet radiation in the wavelength range of 254nm. Using a dedicated blind tube ultraviolet sensor technology, it is not interfered by other rays such as sunlight and lights, and has high measurement accuracy and stable performance. With automatic battery undervoltage indication and data retention function.
The whole machine is compact in design and very convenient to use. It is suitable for monitoring the radiation intensity of ultraviolet lamps used for disinfection in hospitals, health and epidemic prevention departments, chemical, electronic, food processing plants, and entertainment venues. Compared with the current commonly used ultraviolet radiation illuminance meter, this instrument has huge technical advantages, and is an upgraded product of the current commonly used ultraviolet radiation illuminance meter. Specifically in:
The blind tube technology ultraviolet radiation illuminance meter is not interfered by other rays such as sunlight and light, and has high measurement accuracy. It is specially designed to measure the intensity of 254nm ultraviolet radiation. At present, the commonly used irradiance meter does not indicate zero after it is turned on, and the indicator value changes every time it is turned on, because it is interfered by visible light and other wavelengths of ultraviolet light, and cannot truly reflect the actual irradiance intensity of the lamp. Leaving hidden dangers for the disinfection effect of ultraviolet lamps.
The performance of the balanced circuit ultraviolet illuminance meter is stable, and the data does not drift. At present, the reproducibility of the data of the commonly used ultraviolet radiation illuminance meter is usually not good, especially as the use time increases, the readings of the same intensity light source are different every year, which brings a lot of trouble to the dealer, and at the same time, the user business Feel confused and distressed.
