150W LED Corn Lights
Specification of 150W LED Corn LightsItem No.FR-BUC12Power100W/ 120W/ 150WLumen(lm)13000/15600/19500BaseE40CCT4000-6500KVoltageAC100-305VRa80WaterproofIP64Power factor0.9Beam Angle360°CLife time50000HrsCustomizeOEM & ODM are welcomeCertificationCE, RoHS, EMC etcMOQ200 piecesWarranty5 years after Bill of Lading dateLOGO Methodslaser engraving or printingShipping & paymentBulk Lead Time20-25 days after receipt of approval samples and depositSample PolicyFREE Stock Samples OfferedSample Time: 3-5 working daysRefund the sample fee after order confirmedTerm of PaymentT/T or L/C at sight, Western Union acceptedFOB PortXiamenPlace of originXiamen, ChinaAdvantage of 150W LED Corn Lights:● Great cooling structure.● Bear low/high temp. -40 to 60°C● OK for totally enclosed fixture..● Using 1060 Aluminum Fin heat dissipation with Fan technology, Guaranteed the lamp's lifespan.● Flame retardant material.● Omni directional type, no dark area● High quality driver components: Rubycon capacitor(Japan); FIRST MOS(USA); MPS IC Chip(USA); Galaxy Diodes(biggest in China).● Driver with heat sink silicone for waterproof, dust proof and anti-mosquitoes.● Compact size for more luminaire● less weight.Dimension:Model NO.WattageSize A(mm)Size B(mm)Size C(mm)Size D(mm)FR-BUC12100WFR-BUC12120WFR-BUC12150W Scope of application of 150W LED Corn Lights:
Shoe box, Acorn, High bay, post top. Wall pack, Canopy, Garage Light, Cobra Head Flood lightPackage of LED Corn Lights：Model NO.Inner Box Size(mm)L (mm)W (mm)H (mm)Quantity (pcs)N.W.（Kg)G.W.（Kg)Volume（CBM） KL-BUC12/100140X143X.816.60.087KL-BUC12/120140X143X.217.20.087KL-BUC12/150140X143X.819.20.010Contact UsWe care about our valued buyers, if you have any questions, our Customer Service staffs will be very glad to help you. We try our best to reply to your s as soon as possible, however, due to high volume of daily incoming s and time zone difference, we may not be able to reply your s immediately. Please allow 24 business hours for us to response. FAQ:1. Why do some LEDs flicker when dimmed or turned off?This is usually due to incompatibility between the driver and the control system. When purchasing an LED product, it is important to use the correct driver type as specified by the manufacturer. It is also important to check that the LED is dimmable. Some retrofits are not.2. What is the difference between analogue and digital dimming?Analogue dimming is usually referred to as 1 - 10v dimming. In this case, a dc voltage is sent to the driver, which dims the LEDs in response to the voltage. With digital dimming, the driver receives a digital signal which tells it how to respond. The advantage of digital dimming is that fixtures are addressable. You can also have many more different levels of light output when using digital dimming. 3. What are the various control protocols that can be used for dimming LEDs?
LEDs are controlled directly by signals coming from the central dimmer. They can also be designed to interpret other protocols like 1-10V, DMX, Ethernet or ZigBee signals from the central dimming system. The manufacturers of LEDs will specify which of the various protocols their devices can understand. 4. What are the advantages of dimming LEDs?● Dimming LEDs offer the following advantages:● Saves energy, because less energy is used for reduced output levels.● Extends life; the electronic components run cooler. This not only extends the life of LEDs but also increases the life of the phosphor coating that is used to produce white light.● Helps designers create ambient lighting presets to create mood settings.● Increases flexibility in usage of space. A brightly lit space for reading or an office space can turn into a presentation/conference area by dimming.● Increases productivity by enabling individual control of lights in order to reduce eye strain and fatigue, or to improve concentration.5. How long do LED’s typically last?
The life span of the selected LED is designed to operate for around 100,000 hours, which is significantly (around 6 times) longer than that of most incandescent, fluorescent or High Intensity Discharge (traditional street lighting) lamp sources. Like all light sources, LED sources slowly fade over time. This reduction in light output over time is known as light output degradation, or lumen depreciation. White light sources used for general illumination are commonly considered to be at the end of their useful life when their light output falls below 70% of initial output. In this case after 100,000 hours. After this period the light output would not provide the right levels of lighting to the area to be lit.
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