Blitzmann LED High Bay - Flash

详情

Blitzmann presents high quality product - LED High Bay Flash lamps.

Mentioned above product could be used in production halls, warehouses, shopping malls and other industrial usage.

This products is under Blitzmann protection umbrella - 5 years no condition guarantee. All maintenance costs, if apear, will be covered by Blitzmann.

LED Flash Blitzmann high bay lamp is based on MGCP technology - micro groove composite cooler technology. Based on that LED junction temperature is less than *5 degrees. Lifespam > *0.**0 hrs. Apart from that lamp has super conducting heat capacity: **0 W / (m x C) and ultra strong cooling capability - **0 W / cm2.

Special material:
1. Durable tiughened glass with high light transmitance.
2. The outer ASA industrial plastic with perfect high and low temperature.
3. The heat dissipation material with light weight and the thin aluminium technology.
4. Japan DENKA HITT PLATE and Hitachi Thermal Conductive PCB.
5. Electronic materials:

• electrolytic capacitor - Rubycon
• MLCC - TDK
• Electric resistance
• Infineon

output over voltage protection,output weight empty voltage protection. Output short-circuit protection, return to operating condition within 6 seconds

Micro-groove composite phase (MGCP) change cooler technology
 

1. the super-conducting heat capacity;

Group of micro-groove phase-change cooling technology with composite superconducting heat capacity, the heat capacity is *0,**0 times the aluminum plate, the LED chip technology can heat an area of ​​infinite time to heat the surface of each aluminum plate.

Thermal conductivity greater than **6 W / (m * ℃). Copper is an excellent conductor, but also excellent thermal conductivity, thermal conductivity of copper is about **0 W / (m * ℃); MGCP capacity and thermal conductivity than copper, with the superconductive properties. With a long *0cm, 1.3cm diameter solid brass rod in the working temperature of **0 ℃ **0W of heat energy transfer, copper ends of the temperature difference of up to *0 ℃; with half the weight of the brass rod made of MGCP to take heat, but also operating temperature at **0 ℃ under **0W of thermal energy transport, heat transport distance is *0cm away, the temperature drop of only 0.5 ℃, experiments show that the heat capacity of superconducting technology has MGCP.

2. super-cooling capacity;

Take a bustling current density reached **0W /, its capacity ***0 times higher than the water-cooled, heat pipe higher than about **0 times. For heat capacity **0 times higher than the mandatory water, ***0 times higher than the forced air cooling.

A standard atmospheric pressure, water boiling point is **0 ℃, 1Kg of water temperature from *9 ℃ to **0 ℃, the thermal energy needed for the ***0 Joule; 1Kg endothermic change of **0 ℃ **0 ℃ of water vapor, the temperature does not change, but absorb the heat for the 2.*6 million Bajaur. Water as sensible heat exchange, heat exchanger heat low, MGCP is the latent heat exchange technology, superior heat transfer capability. Water temperature 1 ℃ just 1Kg ***0 Joule heat, 1Kg of **0 ℃ **0 ℃ of water vapor becomes endothermic, the temperature does not change, but the lessons for the 2.*6 million Joule heat, the heat difference between the two draw **0 times, therefore, a huge difference between the heat transfer capability.

3. no power consumption cooling;

Passive cooling without fan or water pump, no cooling energy consumption, without power to run energy-saving. MGCP is a clever use of technology, high-power electronic devices heat energy to kinetic energy for heat generation media and potential evaporation, vapor flow to the condenser heat condensing into liquid, take the heat with the group of micro-groove capillary force and gravity back into the liquid and high-power electronic devices will take a close heat, no external power in order to achieve the closed cooling loop.

4. light weight, small size;

Weighs less than *5% of the existing radiator, the volume can be as small as *0%.

5. high reliability;

Device simple and compact, stable, no start problems, reliability is far higher than the fan, water cooling and heat pipe radiator.

6. low cost, environmentally friendly;

Product cost less than the fan, water cooling and heat pipe radiator; environmentally friendly refrigerant phase change, no less consumption.

7. waste heat utilization;

High-power electronic devices made of heat (waste heat) can be turned into *0 ℃ ~ *0 ℃ hot water for daily use, replacing electric water heaters, energy-saving.

LED lighting technology is still in the fast-forward development, as technology advances, group of composite micro-groove phase-change technology has matured, there are a lot of LED lighting in China, enterprises are gradually put into use, I believe that in the near future, this technology will more heat into the problem again for the troubled high-power LED lighting manufacturer, really solve the heat problem.