Specification:
- Ultra slim for saving space, Lighting in plant factories with multi-layer cultivation systems
- Comply with the safety requirements around the world
- 100% flicker-free - Protect Your Eyes; Easier to shoot and More approachable
- Unique lens structure, Efficient, Concentrating Light and More uniform spectral radiance, directional light with higher light utilization efficiency; Beam angle 60 °
- Waterproof IP65, for harsh environments
- Preferred Plant Growth Full Spectrum LED to meet different types of demand
- Input Voltage: AC100~240V, PF >0.9, Power: 20W
- Lifetime: 25000 hours,Tc < 57 °C
- CE RoHSÂ FCC
Technical Data:Â Â Â Â Â
|
      Model |
  Dimension |
    LED QTY Peak Wavelength |
  Photon PPFD     µmol/m²/s |
 Luminous flux  Radiation Power |
   Power    Input |
           Comment |
|  MYAN-AC120-K4 |  515x48x21mm |  Full Spectrum K4 | 41.10µmol @0.3m |
Flux 1184Lm Fe 5.9W |
 20W PF >0.9  AC100~240V |
Universal type grow light Ra 70 Ornamental plants, succulents, flowers, potted plants and Vegetable plant factory |
| 30.33µmol @0.4m | ||||||
| 24.30µmol @0.5m | ||||||
|
 MYAN-AC120-K1 |
  Full Spectrum K1 | 45.44µmol @0.3m |
Flux 625Lm Fe 6.0W |
High Efficiency for plant factory And home vegetable cultivation | ||
| 33.32µmol @0.4m | ||||||
| 26.08µmol @0.5m | ||||||
|  MYAN-AC120-K8N | Full Spectrum K8N | 40.52µmol @0.3m |
Flux 1532Lm Fe 5.6W |
High CRI Ra97 Flowers, ornamental plants and houseplants |
||
| 29.79µmol @0.4m | ||||||
| 23.93µmol @0.5m | ||||||
|
Surface temperature rise Tc 20 °K Operating temperature: -30 °C ~ 40°C, Life: 50,000 hrs (Note:Tcp < 50 °C) Tolerance range for optical and electrical data: ±10 % | ||||||
Depth Distance & Coverage:
installation:
Application:
     MYAN-AC120 Waterproof LED Grow Light - New patent design product with unique lens structure, Efficient, Concentrating Light and More uniform spectral radiance, directional light with higher light utilization efficiency, More energy efficient than common grow lights. Silicone Potted for waterproof, more reliable. Ultra slim 21mm, Large area of aluminum heat dissipation and Low temperature rise with longer life-time; Suitable for various of plant cultivation, aquarium lighting and especially for high-density shelf structure Plant Factories.
Specification:
- Ultra slim for saving space, Lighting in plant factories with multi-layer cultivation systems
- Comply with the safety requirements around the world
- 100% flicker-free - Protect Your Eyes; Easier to shoot and More approachable
- Unique lens structure, Efficient, Concentrating Light and More uniform spectral radiance, directional light with higher light utilization efficiency; Beam angle 60 °
- Waterproof IP65, for harsh environments
- Preferred Plant Growth Full Spectrum LED to meet different types of demand
- Input Voltage: AC100~240V, PF >0.9, Power: 20W
- Lifetime: 25000 hours,Tc < 57 °C
- CE RoHSÂ FCC
Technical Data:Â Â Â Â Â
|
      Model |
  Dimension |
    LED QTY Peak Wavelength |
  Photon PPFD     µmol/m²/s |
 Luminous flux  Radiation Power |
   Power    Input |
           Comment |
|  MYAN-AC120-K4 |  515x48x21mm |  Full Spectrum K4 | 41.10µmol @0.3m |
Flux 1184Lm Fe 5.9W |
 20W PF >0.9  AC100~240V |
Universal type grow light Ra 70 Ornamental plants, succulents, flowers, potted plants and Vegetable plant factory |
| 30.33µmol @0.4m | ||||||
| 24.30µmol @0.5m | ||||||
|
 MYAN-AC120-K1 |
  Full Spectrum K1 | 45.44µmol @0.3m |
Flux 625Lm Fe 6.0W |
High Efficiency for plant factory And home vegetable cultivation | ||
| 33.32µmol @0.4m | ||||||
| 26.08µmol @0.5m | ||||||
|  MYAN-AC120-K8N | Full Spectrum K8N | 40.52µmol @0.3m |
Flux 1532Lm Fe 5.6W |
High CRI Ra97 Flowers, ornamental plants and houseplants |
||
| 29.79µmol @0.4m | ||||||
| 23.93µmol @0.5m | ||||||
|
Surface temperature rise Tc 20 °K Operating temperature: -30 °C ~ 40°C, Life: 50,000 hrs (Note:Tcp < 50 °C) Tolerance range for optical and electrical data: ±10 % | ||||||
Depth Distance & Coverage:
installation:
Application:
    Â
PON technology originated from the ATMPON technology standard that began to take shape in 1995. PON is the abbreviation of "passive optical network" in English. GPON (Gigabit-Capable Passive Optical Network) was first proposed by the FSAN organization in September 2002. On this basis, ITU-T completed the formulation of ITU-T G.984.1 and G.984.2 in March 2003. The standardization of G.984.3 was completed in February and June. Thus finally formed the standard family of GPON.
The basic structure of the equipment based on GPON technology is similar to the existing PON. It is also composed of OLT (optical line terminal) at the central office and ONT/ONU (optical network terminal or called optical network unit) at the user side. Optical fiber (SM fiber) and passive splitter (Splitter) composed of ODN (optical distribution network) and network management system.
The technical feature of GPON is that it borrows the GFP (Generic Framing Procedure) technology defined by ITU-T at the second layer, expands support for GEM (General Encapsulation Methods) encapsulation format, and reorganizes services of any type and any rate. It is transmitted by PON, and the GFM frame header contains frame length indicator bytes, which can be used for the transmission of variable-length data packets, which improves the transmission efficiency, so it can support all services more simply, universally and efficiently.
Gpon Olt,4 PON,8 PON,Gpon 16 Ports Olt,10G Port, GPON Device,Uplink Port
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