Working principle of stage beam lamp

Stage beam lights have attracted much attention mainly because of their peculiar light sources. The design of the small-diameter cup and the accurate focal length positioning enables the light efficiency to be highly utilized, and the high lumen also leads to a relatively high calorific value. The 200-watt beam light used in the early days has a very high rate of foaming, so the heat dissipation problem was fully considered at the beginning of the design. Today's computer beam light is different from the traditional light. The wick is relatively thin, and there is no peripheral isolation layer. Due to the poor heat dissipation effect of traditional lamps, the phenomenon of frying often occurs, which directly affects the service life of the bulb. Today, a high-tech constant temperature system is used to effectively solve this problem. Domestic manufacturers have proposed two methods for heat dissipation. One is traditional heat dissipation, which relies on a stable fan to dissipate heat from the bulb, and the other is relatively high-end software temperature control and heat dissipation, which relies on software to control fan constant temperature heat dissipation. If there is a problem with the fan, the bulb is automatically turned off protectively, thus avoiding the occurrence of froth.