Content
Abstract:
The article briefly describes the structure and the results of measurements of characteristics of low power(LP) amalgamate bactericidal lamps with rated power of 300 W (manufactured by R&D company LIT, Russia) combined with an electronic ballast designed by the authors. Distinctions and characteristics of this apparatus are described.
References:
1. Startsev A. Yu. The Study of the Effect of Plasma on Electrodes of High-Power Low-Pressure Amalgamate Lamps and Increase of their Service Life [Issledovaniye vliyaniya plazmy na elektrody moshchnykh amalgamnykh lamp nizkogo davleniya i povysheniya sroka ikh sluzhby] / Extended abstract of Cand. Sci. (Eng.) Dissertation, Moscow, 2012, 22 p. 2. LIGHTTECH Bactericidal UV Lamps. URL: https://uv-product.com/lighttech-uvlamps? yclid=7397300950843030264 (date of reference: 10.12.2020). 3. UV Lamps for LIT Installations. URL: https:// www.marcobravo.ru/ultrafioletovye-lampy-dlyaustanovok-lit (date of reference: 10.12.2020). 4. Wasserman A.L. Elementary Course of UV Engineering for Elimination of Air-borne Patogenic Microorganisms [Elementarniy kurs ultrafioletovoy tekhniki dlya unichtozheniya patogennykh mikroorganismov v vozdushnoy srede] / Moscow: Filin, 2021, 56 p. 5. Lawal O. et al. Proposed Method for Measurement of Output of Monochromatic (254 nm) Low Pressure UV Lamps // IUVA News, 2008, Vol. 10, # 1, pp. 14–17.
Keywords
- UV lamp
- radiant flux
- electronic ballast
- lamp voltage
- power consumption
- direct current source
- electrode
- heating current
Recommended articles
Research Of Long-Term Lighting Tests Of Led retrofit And Filament Lamps L&E, Vol. 29, No. 3, 2021
Analysis of the Changes in Characteristics of LED Lamps in a T8 Bulb During Process of Burning L&E, Vol.30, No.4, 2022
Analysis of Characteristics of Halogen and LED Automobile Lamps. L&E 28 (4) 2020