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Grow Lights - Starlite LED
2016 Grow Lights www.starlite-led.com 2 Company Background For the past decade, Starlite has been a pioneer in the lighting industry testing the boundaries of what is possible. What began as an R&D team in the heart of the Silicon Valley has turned into a global company set on producing the most technologically advanced light fixtures in the world. As a member of the global community, Starlite firmly believes in producing environmentally-friendly fixtures in an environmentally-conscious manner. We are proud to present our new line of LED lights tailored to the horticultural market. Our horticultural line reflects years of research and development culminating to a fixture design that focuses on spectral wavelengths and high power light distribution. This is only the beginning for Starlite, as we approach the horticultural industry with our trademark pioneering spirit and set out to push the boundaries once again. 3 4 The 3-Pad Flip Chip 3 Steps Ahead of the Competition In an industry where everyone uses the same wire-bond LED chips from the same manufacturer, Starlite LED has gone against the grain and partnered with Flip Chip Opto integrating their patented 3-Pad Flip Chip structure into Starlite LED's core business model. Flip Chip Opto is an American LED Flip Chip COB manufacturer based in the Silicon Valley, where the primary objective is to test the limits through engineering and innovation. The unique thermal properties of their LED chips allow immense light output from a small form factor. Together, with the combination of the newest LED technology, and years of thermal management experience, Starlite LED will tailor the most advanced, high performing light fixtures to the horticultural industry. Thermal management is the biggest limiting factor for LED grow lights. Excessive heat damages the electrical components and reduces the life span of the LED chips. Prolonged exposure to high heat also causes a drop in efficiency, leading to reduced light output. This is where the Optilux and Helios GT series excel. Our LED chips and circuit board are unlike anything on the market. The patented design allows us to remove heat one hundred times faster than standard LED COBs. This is achieved by applying a thermal pad on the underside of each chip and creating a thermal Super Pillar on the circuit board. Once the chips are bonded onto the circuit board, a direct path is created from the LED chip to the heat sink resulting in a COB with unparalleled thermal dissipation. 5 Comparing COBs Types Legend: Electrode Thermal Dialectric Metal Core Conventional COB Conventional COB LEDs rely on bonding wires from the power source to the chip in order to deliver driving current. This old technology is the least efficient way of managing heat, resulting in a few major problems. The excess heat reduces light output and shortens the lifespan of the LED chips. Constant thermal variation also causes the wires to snap over time, leading to reliability issues. Most of the current LED grow lights use this older technology. P-Pad Wire-Bond Chip N-Pad Poor Thermal Dissipation 2-Pad Flip Chip Flip Chip technology was invented to tackle the problems of Conventional COBs. By flipping the conventional COB upside-down, the need for wires was eliminated and thermal dissipation was enhanced. The major issues were resolved resulting in an increased lifespan and better thermal management. However, even with enhanced thermal management properties, the 2-PAD Flip Chip COB is limited to a maximum power output of around 500 watts. Regular LED Flip Chip N-Pad P-Pad Thermal Dissipation Through Layers 3-Pad Flip Chip In 2014, Flip Chip Opto invented the 3-PAD Flip Chip and completely changed the industry. The addition of a thermal pad to the LED chip and a custom Super Pillar on the circuit board resulted in industry-leading thermal performance. In fact, the 3-Pad design exhibits the lowest thermal resistance in the world at 0.003°C/W. This allows for increased efficacy, longer lifespan, and a reduced thermal management form factor. 6 3-Pad LED FLIP CHIP N-Pad T-Pad P-Pad Direct Thermal Dissipation via Pillar 7 Duet 2400 features 4 independent 608 watt illuminating sections: 2 red (660nm broadband red) and 2 blue (450nm royal blue) powering a total of 2433 watts. 8 Producing Red Light Conventional COBs are also known as discrete LED packages. These chips are wire-bonded inside prepackaged structures which are then bonded onto the circuit board. Most of the current LED grow lights use red discrete LED packages to illuminate the red spectrum. The advantage of using discrete packages is solely based on their high efficacy. They are slightly more efficient because the red light is emitted directly from the LED chip itself, whereas LED Flip Chips featured in Starlite LED’s fixtures generate red light via a specialized phosphor layer sitting over a blue LED flip chip. The second disadvantage is that red LED chips exhibit higher thermal decay when compared to green and blue LED chips. This is due to the nature of the materials used in discrete LED chips. High thermal decay indicates reduced lighting efficacy as the system temperature rises. Since we are using blue LED Flip Chips as our base light-emitter, the lighting modules do not suffer from significant thermal decay when used for extended periods of time. In fact, Starlite LED’s grow lights have been specifically designed to run 18 to 24 hour light cycles with little to no thermal decay. Though the initial efficacy of red discrete LEDs are higher, these lighting modules suffer from three major disadvantages at the fixture level. High thermal resistance is the biggest issue and requires increased thermal management in order to maintain the LED’s lifespan and efficacy. Thanks to the 3-PAD technology from Flip Chip Opto, thermal resistance of Starlite LED’s light engines are over 20 times less than red discrete LED packages. The third disadvantage is the narrow spectrum bandwidth (~25nm) that discrete LED packages emit. It is difficult for a narrow bandwidth to simultaneously cover the absorption peaks of chlorophyll at 640nm and 660nm. On the other hand, Flip Chip Opto’s Duet technology provides a broad 80nm bandwidth which sufficiently covers a majority of the red spectrum. The result is an LED technology tailored toward horticultural use and built to perform through many grows cycles with no drop in efficiency. 9 Heatsinks Material The core of the heatsink is integral to thermal performance. Starlite heatsinks are equipped with solid aluminum cores, allowing for a light-weight design without compromising thermal performance. In order to handle the thermal footprint left by the most powerful LED in the world, you must have the very best in heat sink technology. Our grow lights feature advanced heat sink technology that allows us to operate at high power for prolonged periods of time. Our patented heat sink starts with an aluminum core for a light weight design that does not compromise on thermal performance. The high-density fins are made from cold-forged aluminum to eliminate gaps and establish uniform consistency. The forged-fins are mated to the core via our patented Forge Fit Technology. This technology relies on expanding inserts placed between the core and the fins. The resulting bond is so strong that each individual fin can carry the weight of the entire fixture. Free of any gaps, heat transfer is optimized establishing the perfect base for our high power LEDs. Heatpipes Starlite LED’s heatpipe technology allows for optimal heat transfer regardless of fixture orientation. This enables us to angle our lights in any direction without the risk of safety or performance issues. Patented Bonding The forged-fins are mated to the core via our patented fore fit technology. Expandable aluminum is used to create a one-to-one connection between the core and the fins. This bonding method ensures a strong connection free of any gaps thereby optimizing heat transfer from the core. High Density Fins High density fins are made from cold forged aluminum to eliminate the chance for air pockets and establish uniform consistency. 10 11 Spectrum Specialists 12 Starlite LED has paired up with Flip Chip Opto’s grow division to develop an optimized spectrum which promotes maximum Cannabis production. With spectrums ranging from 2700K-6000K CCT and 60-95 CRI, Flip Chip Opto has developed a multitude of optimized spectrums for different stages of Cannabis Growth. Additionally, options with dedicated bandwidths in 450nm royal blue and 660nm broadband red are available. Our spectral range allows growers to choose their preferred lighting spectrums that redirect power from the green and yellow spectrum, respectively. Spectrum Graphs 3000K 95CRI 1.8E+05 1.6E+05 Spectral Flux [µw/nm] 1.4E+05 1.2E+05 1E+05 80000 60000 40000 20000 400 500 600 700 800 900 1000 800 900 1000 800 900 1000 Wavelength [nm] 4000K 80CRI 2.5E+05 Spectral Flux [µw/nm] 2E+05 1.5E+05 1E+05 50000 400 500 600 700 Wavelength [nm] 5000K 90CRI Spectral Flux [µw/nm] 2.5E+05 2E+05 1.5E+05 1E+05 50000 400 500 600 700 Wavelength [nm] 13 Helios GT 100W PRODUCT PARAMETERS PART NUMBER B0100L OPERATION VOLTAGE AC 90V ~ 305V POWER CONSUMPTION 100W COLOR TEMPERATURE 3000K, 4000K, 5000K LUMINOUS FLUX 11056 lm LIGHT EFFICACY 114.4 lm/W CRI >70, >80, >90 SIZE -LXWXH WEIGHT 150mm x 150mm x 223mm - KG 2.4kg LUX DISTANCE CURVE 10374.48 lx 140.97 cm 2593.62 lx 281.93 cm 1152.72 lx 422.90 cm 648.41 lx 563.87 cm 414.98 lx 704.84 cm 288.18 lx 845.80 cm 211.72 lx 986.77 cm 162.10 lx 1127.74 cm 128.08 lx 1268.71 cm 103.74 lx 1409.67 cm 85.74 lx 1550.64 cm 72.05 lx 1691.61 cm Height E Diameter Beam angle of C80 Plane 70.38 Helios 100W | Luna 100 | Full Spectrum 3000 Tested at 4000CCT, 80CRI, 60° Lens, Height at 1ft Tested at 4000CCT, 80CRI, 60° Lens, Height at 2ft PPFD (µmol/s·m2) 2500 2000 1500 1000 500 -1.0 -0.8 -0.6 -0.4 -0.2 0 Distance (m) 14 0.2 0.4 0.6 0.8 1.0 Helios GT 185W PRODUCT PARAMETERS PART NUMBER B0185L OPERATION VOLTAGE AC 90V ~ 305V POWER CONSUMPTION 185W COLOR TEMPERATURE 3000K, 4000K, 5000K LUMINOUS FLUX 20324 lm LIGHT EFFICACY 111.5 lm/W CRI >70, >80, >90 SIZE -LXWXH WEIGHT 254mm x 240mm x 288mm - KG 3.8kg LUX DISTANCE CURVE 17982.00 lx 146.46 cm 4495.50 lx 292.93 cm 1998.00 lx 439.39 cm 1123.88 lx 585.85 cm 719.28 lx 732.31 cm 499.50 lx 878.78 cm 366.98 lx 1025.24 cm 280.97 lx 1171.70 cm 222.00 lx 1318.16 cm 179.82 lx 1464.63 cm 148.61 lx 1611.09 cm 124.88 lx 1757.55 cm Height E Diameter Beam angle of C100 Plane 72.47 Helios 185W | Luna 200 | Full Spectrum 1200 Tested at 5000CCT, 70CRI, 60° Lens, Height at 1ft Tested at 5000CCT, 70CRI, 60° Lens, Height at 2ft PPFD (µmol/s·m2) 1000 800 600 400 200 -1.0 -0.8 -0.6 -0.4 -0.2 0 0.2 0.4 0.6 0.8 1.0 Distance (m) 15 Helios GT 240W PRODUCT PARAMETERS PART NUMBER B0240L OPERATION VOLTAGE AC 90V ~ 305V POWER CONSUMPTION 240W COLOR TEMPERATURE 3000K, 4000K, 5000K LUMINOUS FLUX 27448 lm LIGHT EFFICACY 117.3 lm/W CRI >80 SIZE -LXWXH WEIGHT 254mm x 240mm x 314mm - KG 4.4kg LUX DISTANCE CURVE 13130.10 lx 206.00 cm 3282.53 lx 412.00 cm 1458.90 lx 618.01 cm 820.63 lx 824.01 cm 525.20 lx 1030.01 cm 364.73 lx 1236.02 cm 267.96 lx 1442.02 cm 205.16 lx 1648.02 cm 162.10 lx 1854.02 cm 131.30 lx 2060.03 cm 108.51 lx 2266.03 cm 91.18 lx 2472.03 cm Height E Diameter Beam angle of C80 Plane 91.74 Helios 240W | Luna 300 | Full Spectrum 1600 Tested at 5000CCT, 70CRI, 90° Lens, Height at 1ft Tested at 5000CCT, 70CRI, 90° Lens, Height at 2ft 1400 PPFD (µmol/s·m2) 1200 1000 800 600 400 200 -1.0 -0.8 -0.6 -0.4 -0.2 0 Distance (m) 16 0.2 0.4 0.6 0.8 1.0 Helios GT 320W PRODUCT PARAMETERS PART NUMBER B0320L OPERATION VOLTAGE AC 90V ~ 305V POWER CONSUMPTION 320W COLOR TEMPERATURE 3000K, 4000K, 5000K LUMINOUS FLUX 32778 lm LIGHT EFFICACY 107.5 lm/W CRI >80 SIZE -LXWXH WEIGHT 254mm x 240mm x 364mm - KG 6kg LUX DISTANCE CURVE 15861.42 lx 203.99 cm 3965.36 lx 407.97 cm 1762.38 lx 611.96 cm 991.34 lx 815.94 cm 634.46 lx 1019.93 cm 440.60 lx 1223.91 cm 323.70 lx 1427.90 cm 247.83 lx 1631.88 cm 195.82 lx 1835.87 cm 158.61 lx 2039.86 cm 131.09 lx 2243.84 cm 110.15 lx 2447.83 cm Height E Diameter Beam angle of C320 Plane 91.18 Helios 320W | Luna 300 | Full Spectrum 1800 Tested at 5000CCT, 70CRI, 90° Lens, Height at 1ft Tested at 5000CCT, 70CRI, 90° Lens, Height at 2ft 1600 PPFD (µmol/s·m2) 1400 1200 1000 800 600 400 200 -1.0 -0.8 -0.6 -0.4 -0.2 0 0.2 0.4 0.6 0.8 1.0 Distance (m) 17 Helios GR 600W PRODUCT PARAMETERS PART NUMBER S0600A OPERATION VOLTAGE AC 90V ~ 305V POWER CONSUMPTION 600W COLOR TEMPERATURE 3000K, 4000K, 5000K LUMINOUS FLUX 63745 lm LIGHT EFFICACY 113 lm/W CRI >70, >80, >90 SIZE -LXWXH WEIGHT 378mm x 378mm x 593mm - KG 17.5kg LUX DISTANCE CURVE 181845.00 lx 49.65 cm 45461.25 lx 99.30 cm 20205.00 lx 148.96 cm 11365.31 lx 198.61 cm 7273.80 lx 248.26 cm 5051.25 lx 297.91 cm 3711.12 lx 347.57 cm 2841.33 lx 397.22 cm 2245.00 lx 446.87 cm 1818.45 lx 496.52 cm 1502.85 lx 646.18 cm 1262.81 lx 595.83 cm Height E Diameter Beam angle of C190 Plane 27.90 Helios 600W | Apollo 1200 | Full Spectrum 3000 Tested at 5000CCT, 70CRI, 25° Lens, Height at 2ft Tested at 5000CCT, 70CRI, 25° Lens, Height at 3ft PPFD (µmol/s·m2) 1500 2000 1500 1000 500 -1.0 -0.8 -0.6 -0.4 -0.2 0 Distance (m) 18 0.2 0.4 0.6 0.8 1.0 Helios GR 1200W PRODUCT PARAMETERS PART NUMBER S1200A OPERATION VOLTAGE AC 90V ~ 305V POWER CONSUMPTION 1200W COLOR TEMPERATURE 3000K, 4000K, 5000K LUMINOUS FLUX 113458 lm LIGHT EFFICACY 99.4 lm/W CRI >70, >80, >90 SIZE -LXWXH WEIGHT 447mm x 414mm x 709mm - KG 25kg LUX DISTANCE CURVE 231700.50 lx 62.73 cm 57925.13 lx 125.47 cm 25744.50 lx 188.20 cm 14481.28 lx 250.93 cm 9268.02 lx 313.66 cm 6436.13 lx 376.40 cm 4728.58 lx 439.13 cm 3620.32 lx 501.86 cm 2860.50 lx 564.59 cm 2317.01 lx 627.33 cm 1914.88 lx 690.06 cm 1609.03 lx 752.79 cm Height E Diameter Beam angle of C0 Plane 34.85 Helios 1200W | Apollo 2400 | Full Spectrum 5000 Tested at 5000CCT, 70CRI, 35° Lens, Height at 2ft Tested at 5000CCT, 70CRI, 35° Lens, Height at 3ft 4500 4000 PPFD (µmol/s·m2) 3500 3000 2500 2000 1500 1000 500 -1.0 -0.8 -0.6 -0.4 -0.2 0 0.2 0.4 0.6 0.8 1.0 Distance (m) 19 Optilux 600A Part Number: OPL600A Operation Voltage: AC 90V-305V Power Consumption: 640W Color Temperature: 450NM Blue / 650NM Red PPFD Maximum: 2100 @ 1 Feet Size: 311 x 253 x 137mm Optilux 600A is a premier product for indoor grow applications. Its compact structure is designed and brought available with its Flip Chip Opto COB featuring their famed 3-PAD Patented Technology. Designed with maximum thermal control in mind, its high performance fan draws an incredible amount of cooling power into the fixture, allowing its overall temperature to drop effectively and significantly. Powering 640 actual watts and pumping out an incredible 2100 PPFD at 1 foot from canopy, the Optilux 600A will promote growth at the maximum rate. Optilux 600A | Duet 250D (2x) | Full Spectrum 3000 Tested at 5000CCT, 70CRI, 60° Lens, Height at 1ft Tested at 5000CCT, 70CRI, 60° Lens, Height at 2ft PPFD (µmol/s·m2) 2500 2000 1500 1000 500 -1.0 -0.8 -0.6 -0.4 -0.2 0 Distance (m) 20 0.2 0.4 0.6 0.8 1.0 Optilux 600P Part Number: OPL600P Operation Voltage: AC 90V-305V Power Consumption: 640W Optilux 600P was designed without a fan for noise-sensitive grow operations. Powering 640 actual watts and pumping 2100 PPFD at 1 foot from canopy, the fixture uses Flip Chip Opto's 3-PAD Technology to diffuse heat onto it's slim profile. With this technology, the fixture produces less ambiant heat, allowing grow operations to have more control with their variables. Color Temperature: 450NM Blue / 650NM Red PPFD Maximum: 2100 @ 1 Feet Size: 600 x 596 x 120mm Optilux 600P | Duet 250D (2x) | Full Spectrum 3000 Tested at 5000CCT, 70CRI, 60° Lens, Height at 1ft Tested at 5000CCT, 70CRI, 60° Lens, Height at 2ft PPFD (µmol/s·m2) 2500 2000 1500 1000 500 -1.0 -0.8 -0.6 -0.4 -0.2 0 0.2 0.4 0.6 0.8 1.0 Distance (m) 21 Notes Contact Us [email protected] USA Headquarters 48668 Milmont Drive Fremont, CA 94538 USA +1 510 687 1128 +1 800 766 6097 Canada Sales Office 2900 Langstaff Road Unit #19 Vaughan,ON. L4K 4R9, Canada +1 877 228 3250 Taiwan Sales Office
