What are the benefits of high bay lamps instead of ordinary energy-saving lamps?
The high bay light is a universal template, and the materials used in the location are different. The price of LED high bay lights is much higher than that of ordinary energy-saving lamps. Why use LED high bay lights to replace energy-saving lamps? Let's see the difference between them?
1. The power consumption of ordinary energy-saving lamps is relatively large, more than 3 times that of industrial and mining lamps.
2. The average lifespan of ordinary energy-saving lamps is only 1 year, while high bay lamps can reach 5W hours.
3. Ordinary energy-saving lamps contain mercury element, if the bulb is damaged, it will affect people's safety.
4. Ordinary energy-saving lamps emit only white and warm colors, while high bay lamps are all solid luminous bodies, solid cold light sources, and luminous colors are colorful, such as: white, yellow, blue, etc.
5. Industrial and mining lamps have the advantages of energy saving, environmental protection, miniature, high brightness, and easy dimming.
What are the six characteristics of LED high bay lights:
1. Under the front embankment of the same brightness, the 70W high bay lamp saves 60% of electricity than the 175W high pressure sodium lamp.
2. Industrial and mining lamp applications, suitable for shipyards, mines, workshops, workshops, warehouses, highway toll stations, gas stations, large supermarkets, exhibition halls, stadiums and other places that require industrial and mining lighting.
3. In the industrial and mining light source part, the light source adopts American company chip, which has high efficiency, low light attenuation and large current margin. The rated current of the chip is 700mA, and the actual use is only 310mA. It has a good heat dissipation design, and the solid crystal uses solder solder. The thermal resistance is small and the operating temperature of the chip is low. The actual junction temperature is less than or equal to 50°C, thus ensuring the stability and long life of the work.
4. About 80% of the energy in the heat dissipation part of the high bay light LED lamp is converted into heat energy:
Therefore, as the power and integration of the LED increase, the heat flux density of the LED increases rapidly, and the heat dissipation problem becomes more and more serious. Excessively high LED junction temperature not only makes the life of the LED sharply attenuated, but also has a serious or even fatal impact on the peak wavelength, optical power, luminous flux and many other performance parameters of the LED.
However, the currently used natural convection heat dissipation, fan forced heat dissipation, and various heat pipe heat dissipation methods have very limited cooling capabilities. It has been difficult to obtain heat from the surface of the LED wick with high heating intensity in time and dissipate heat to reduce the temperature to the ideal range. .
5. Lamp body part of high bay light:
1 Super cooling capacity: The heat flux density of heat extraction has reached 400W/cm2, and its capacity is 1000 times higher than water cooling and about 100 times higher than heat pipes.
2. The temperature of the LED chip is low: the working temperature of the LED chip can be lower than 60°C. Light weight and small size: The weight is less than 25% of the existing radiator, and the volume can be as small as 20% or less.
3. Cooling without power consumption; passive heat dissipation, no fan or water pump is required, and no energy consumption for cooling.
6. The normal service life of environmental protection and energy-saving lamps;
UFO high bay light product features:
● The use of 6063 aluminum material is integrally die-casted to meet the heat dissipation requirements.
● The wide aluminum substrate design makes the light source dissipate more evenly and faster.
● Adopt optional brand light sources such as American Bridgelux, Philips, Epistar, etc., color rendering index Ra> 80; Pass the internationally recognized LM80 standard, with low light decay, best stability and longer life.
● High light transmittance lens, the light transmittance is as high as 92%, and the light efficiency is higher.
● Working environment temperature: -30°C ~ + 50°C
