Azur 2

Azur 2 : Direct Sunlight, Series of LED Lamps


for animals and plants
exacting to the light spectrum and intensity


Lamp purpose

  • —Every LED light AZUR 2 is a professional light device with high emission intensity. AZUR 2 is designed for utilization by the specialists in aqua-, mari- and horticulture
  • — Illumination of aquariums when growing plants, corals and other animals which possess photosynthetic symbionts
  • — Illumination of greenhouses and plant growth chambers when growing the ornamental plants and crops including their mutant forms

Azur 5 and Azur 2.3 above the reef tank in Mosсvarium (Moscow)

Azur 5 and Azur 2.3 above the reef tank in Mosсvarium (Moscow)

Naturality of emission spectrum

Spectrum of the LED light AZUR 2 is close to the direct sunlight which can be found on the sealevel of the tropics and in the temperate regions.


Direct sun light at the sea level in tropics.


Direct sun light at the sea level in temperate zone.

Spectrum composition of AZUR 2 lamp series

  • — Lamp spectrum is controlled by two independent channels.
  • — Imitation of diurnal spectral changes : channel 1 for sunrise and sunset time.
  • — High emission intensity in the range 425 — 650 nm with two peaks in emission :
    449 nm — deep blue;
    540–552 nm — green-yellow
  • Warning! Some corals, other animals and plants can be very sensitive to the light in the range 420 — 480 nm.
  • — AZUR 2 spectrum is continuous and without pulsations that is a serious advantage before luminescent and gas charging lamps.
  • — Spectrum of AZUR 2 lamps covers the shortwave and longwave parts of the absorption spectrum of the basic photosynthetic pigments.
  • — Promotes proper development and higher productivity of plants and corals.
  • — Covers the excitation range of the majority of coral fluorescent proteins thus revealing the richness of natural fluorescence.
  • — Gives natural for shallow water, decorative and bright illumination of the underwater landscape with accent on the blue tones.
Стилофора и сериатопора

Azur 2 : the maximal light intensity together with good colour reproduction

Акропора миллепора

Azur 2 : brilliant illumination and maintenance of the growth of corals and plants

Spectrum of the AZUR 2.0 lamp
Спектр Azur 2

AZUR 2 : spectrum

Spectrum of the AZUR 2.3 lamp
Azur 2.3

Azur 2.3 aquarium LED light : spectrum

Spectrum of the AZUR 2.4 lamp
Azur 2.4 aquarium LED light : spectrum

Azur 2.4 aquarium LED light : spectrum

Luminosity generated by AZUR 2 lamps

All lamps of the AZUR 2 series are economic sources of the light of high intensity because the LEDs of the highest luminous efficacy upto 200 Lm/W from the leading manufacturers (Optogan, Cree, Osram) were used.

Distance to the lamp 20 cm 40 cm 60 cm 90 cm 110 cm
Luminosity with lenses 46° 12330 Lx 7950 Lx 4860 Lx 3140 Lx 2570 Lx

Luminosity of the object depends on :

  • distance to the lamp ;
  • optic properties of lenses which change the angle of the light beam. Lenses are changeable [5° — 120°] by demand of the customer, by default 46° ;
  • overlap of the light beams from the neighbour lamps in complex installations

Warning! Eyes should be voided exposure to the direct or reflected (with high index) light beam of the lamp.

Reliability and safety

  • IP 65 : lamp and driver are protected against dust ingress and water jets. AZUR 2 is safe being installed close to the water surface or in the rooms with high air humidity.
  • Long lifespan : 100000 hours.
  • Noiseless : only passive cooling system is used.
  • 3 years warranty

AZUR 2 : IP 65 level of protection against dust ingress and powerful water jets from any direction

Other properties

  • Estimated luminous flux, lm : 4120
  • Lamp dimensions, mm : 1000 x 45 x 35
  • Lamp weight, kg : 1.2
  • Lamp housing material : aluminum
  • Driver dimensions, mm : 240 x 120 x 60
  • Driver weight, kg : 0.9

By demand of customer the lenses properties and the length of cables can be changed.

Connection scheme

AZUR 2 : connection scheme

>> Download description of all the AZUR lamps models (.pdf in russian)