Αστικός Φωτισμός

Πληροφορίες

Tεχνικό φυλλάδιο: 

Designer: Creare Domus

 

Typical luminaire output flux ​   2,000 to 7,000lm
Tightness level    
Optical compartment   IP 66 (*)
Control gear   IP 66 (*)
Impact resistance    
Flat protector   IK 09 (**)
Shaped protector   IK 10 (**)
Nominal voltage    220-240V - 50-60Hz
  120-277V - 50-60Hz
Electrical class   I or II (*)
(*) according to IEC - EN 60598 (**) according to IEC - EN 62262 
Weight (***)   8kg
(***) Average weight. The max weight is +/- 10% more but for the exact weight according to the configuration, please contact us.
Materials    
Body    High-pressure die-cast aluminium
Protector   Polycarbonate
    Tempered glass
Colour   RAL 7038
  Any other RAL or AKZO colour upon request
 EFFICIENT, DISCREET AND FLEXIBLE - DESIGNED TO BLEND INTO YOUR LANDSCAPE​

 

 

 

AS ADAPTABLE AS A SAMURAI
Inspired by the Kaza hat won by the Samurai, the Kazu is an excellent example of an efficient, flexible and robust lighting solution. Its minimal and modern look is designed around the compactness of the LED engine that dramatically reduces energy consumption and improves visual comfort for motorsits, cyclists and pedestrians.
The curved cooling fins optimise heat extraction and prevent dirt from entering the luminaire to guarantee performance in any climate in the long term.
It is available with flat or dome-shaped protector to guarantee the perfect fit in any landscape.

ENERGY SAVINGS OF UP TO 85%
Equipped with the performing, second generation LensoFlex®2 photometric engine, the Kazu luminaire in combination with an Owlet control system offers a high performing lighting solution with energy savings of up to 85% compared with luminaires fitted with traditional light sources. 
This efficiency lowers its payback time and contributes to a responsible use of natural resources.  

ZERO LIGHT POLLUTION
The flat protector of the Kazu luminaire provides a sharply cut-off light distribution to direct the light only to where it is needed. 
This modern luminaire boasts a 0% ULOR (Upward Light Output ration) to ensure landscapes with high visual comfort. 

FUTUREPROOF
The Kazu is FutureProof. Both the LED engine and the electronic assembly can be replaced  to take advantage of future technological developments.

 
 

Side view

   
  KAZU
H 160.5mm
   
   

Top view

   
  KAZU
Ø 525mm
   
   
   
   

 

PROFLEX™
The Kazu luminaire is equipped with second generation LensoFlex®2 photometric engines that have been specifically developed for lighting spaces where the well-being and safety of people using the environment are essential.
This system is based upon the addition principle of photometric distribution. Each LED is associated with a specific lens that generates the complete photometric distribution of the luminaire. It is the number of LEDs that determines the intensity level of the light distribution.

PHOTOMETRY

KAZU - ProFlex™

Lifetime residual flux 
@ tq 25°C(**)

           
Number of LEDs Neutral white (4000K) 12 LEDs 16 LEDs 24 LEDs @100.000h
Current: 500mA Nominal flux (lm)* 2600  N/A 5200 90%
Power consumption (W) 21 N/A 40
Current: 700mA Nominal flux (lm)* 3500 4500 N/A 80%
Power consumption (W) 29 38 N/A
Current: 1000mA Nominal flux (lm)* N/A 6100 9100
Power consumption (W) N/A 56 82
(*) The nominal flux is an indicative LED flux @ tj 25°C based on LED manufacturer’s data.
The real flux output of the luminaire depends on enviromental conditions (e.g. temperature and pollution) and the optical efficiency of luminaire.
Nominal flux depends on the type of LED in use and is likely is to change in accordance with the continuos and rapid developments in LED technology.

LIGHT DISTRIBUTIONS

LED Optic - 5117 - Asymmetrical

LED Optic - 5117- Symmetrical

LED Optic - 5117 - Circular

LED Optic - 5144 - Pedestrian crossing - left

 

INSTALLATION

POST-TOP MOUNTING
The Kazu luminaire offers slip-over mounting on to a Ø60 or Ø76mm spigot.

MAINTENANCE

FUTUREPROOF
The Kazu is designed to meet our FutureProof concept.
Both the photometric engine and the electronic compartment can be replaced to take advantage of any future technological developments.

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