What are the considerations for the design of LED lanterns?

What are the considerations for the design of LED lanterns? Thermal radiation problem and heat energy utilization, the light source in addition to reflect visible light, there are a large number of thermal radiation, thermal radiation can make the body temperature is exorbitant, lamps and lanterns influence the service life of the light source, make the material of lamps and lanterns premature aging, the danger is more likely to cause leakage, fire and so on, so, in the design of lamps and lanterns, try to select heat resistant material and low radiation light source, when conditions are not allowed, Should choose the material with poorer thermal conductivity such as asbestos to cut off light source and the lighting equipment material with poor heat-resistant performance and components, also can borrow the method that come loose, for example, come loose piece, reflection plate, refraction heat radiation goes out, still can rely on the forced air circulation such as fan, make heat as soon as possible come loose. When indoor lighting load amounts to 20-40W/ M2, the utilization of heat energy becomes very important.

LED modeling landscape lighting beam Angle: 15°-60°. LED modeling landscape lighting line irradiation distance: 20 meters. LED modeling landscape lamp control system: DMX512 controller or simple controller for wall washing lamp. LED shape landscape lamp shell material: aluminum alloy. LED modeling landscape lamp connection: standard signal power cord connector 3 pin signal connector. LED modeling landscape lamp needs anti-static: because LED is an electrostatic sensitive element, if the maintenance of LED modeling landscape lamp does not do a good job of anti-static measures, it will burn out LED, causing waste. It is important to note that the soldering iron must use anti-static soldering iron, and maintenance personnel must also do a good job of anti-static measures (such as wearing electrostatic ring and anti-static gloves, etc.).