1.Spectrum adjustable:
There are white ,Red and Blue chips (together - purple)and two turners to adjust the brightness of Blue and Red .
Suitable for indoor farming that includes seedlings, vegetation, and flowering .
2.Sansi's advantage is ceramic technology:
Ceramic dissipates heat more efficiently than aluminum and is not conducive to electricity. The chips are molded directly to the ceramic making each chip PC board and adhesive free. Fewer pieces mean less heat. All LED chips produce heat. The quality of any LED chipand its fixture is determined by how well the heat is dissipated from the chip(s) and its fixture.
3Ceramic LED Technology
Sansi's independent Pixel Heat Sink ®Technology provides both even and fast heat dissipation for each LED light pixel. Each LED light pixel becomes its own heat dissipation source increasing our photon desity per watt (ppf/W)
4.No PCB -NO Fans-No plates -No Housing :
LED chips are placed directly noto the ceramic body ,omitting the need for both PC boards and thermally conductive adhesives. Each LED pixel is its own ceramic heat sink eliminating the need for fans , plates , and housing.
5.Optics with the Light Flux Ray Method(LFR):
Using reversed optical designs and software , we simulate the optical parameters of the coverage to calculate the lens models. Optical technology ensures that 93% of the light emitted is contained within the customized beam angle . Sansi optic lesens prevent optical loss and ensure uniformed light distribution.
We adopt our individual ceramic pixels module( our patented ) .
Easy detaching and maintenance, Spectrum changeable , High effective lighting.
Our lights are customized for each project . Customizations includ wattage , beam angle, and spectrum specifications .
With a R&D department of over 400 staffs , we are much more professional . Please tell the spectrum you need, and we can make the grow lights according to your requirement!
Following some customers' OEM:
Model | Vegetable | Flowering | |
Fixture PPF µmol/s | 1650 | 1577 | |
Fixture µmol/J | 3.91 | 3.73 | |
Blue(400-499nm) | 55.56% | 24.48% | |
Green(500 -599nm) | 4.34% | 4.34% | |
Red(600-699nm) | 39.20% | 70.28% | |
Far Red(700-780nm | 0.90% | 0.90% | |
Ideal for | Short and fast vegetative plants | Both vegetative and flowering cycles | |
Advantage | Even mix of blue and red light | Highest rated PPF/W and µmol/s | |
Power Input | AC 90-305V | ||
Operating Temperature | -40°F to 131°F (-40°C- 55°C) | ||
Humidity/IP | 10 to 95% H/IP 65( Driver IP66) | ||
Warranty/Hour Life | 5 Years/50,000 Hours | ||
THD Total Harmonic Distortion | ≤ 15% | ||
Power Factor | ≥ 95% | ||
Power Supply Efficiency | ≥ 90% |
1.Better spectral proportion uniformity.( The different colors are more balanced )
2.Less difference from edge to the center. (Make difference parts get the similar brightness)
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1.The chips are molded directly to the ceramic making each chip PC board and adhesive free for better heat dissipation avoiding the the heat island.
2.Without cover:No -cover design will reduce the volume for better delivery price ; Individual lenses with high light transmittance.
3.Ceramic material : wear-resistance and oxidation resistance.
4.Quiet No-fan design :No fan is needed because of the perfect ceramic heat sink.