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Palacio – Fernandino

Sister of the sun. Its aesthetic lightness and the harmony of its shapes lead to a light with poise and prestige. Along with its great variety of configuration and installation positions, Selene combines harmoniously with all types of roads, becoming the goddess of pedestrian spaces of the utmost significance.

Registered Design

 
Product sheet

Category:

luminaire Palacio – Fernandino

Neoclassical light with personality. The crown on its body, its volume, and all of its perfectly combined elements allow it to be harmoniously incorporated into any city infrastructure.

REF H ø MAX W
LPL 850 500 90
LPL-V2 710 500 90
LPL2 650 400 50
LPL2-V2 550 400 50
LPL3 675 500 90
LPL3-V2 550 500 90
EN 60598-1, EN 60598-2-3, EN 62031, EN 62471, EN 55015, EN 61000, EN 61547, EN 61347, RoHS

PROJECTS

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DATA SHEET (pdf)

GENERAL CHARACTERISTICS

  • Luminaire made in die-cast aluminum.
  • Closed with four structured (ref. DR), transparent (ref. TR) or translucent (ref. FR) methacrylate or polycarbonate diffusers.
  • Folding upper or lower part depending on version.
  • Access to electrical components without need of special tools, which facilitates maintenance.
  • Post top mounting pole with 3/4’’ thread.
  • Post top mounting pole Ø 60 mm with adapter.
  • Suspended mounting fitting by 3/4’’ thread.
  • Other fixing needs please consult.
  • Available catenary suspension system for steel cable Ø up to 12 mm, with accommodation for connections IP65 (ref. 6).
  • Luminaire Class I. Optional Class II.
  • Optical group IP66, IK10.
  • Electrical components IP66.
  • Available from 10W to 90W.
  • Powder coated in any color from the RAL chart or on a sample provided by the customer.
  • Working temperature -45ºC to +70ºC.

TECHNICAL CHARACTERISTICS

Characteristics of the optical group:
  • Aluminum PCB with individual high power LEDs.
  • Lenses Integrated with several asymmetric or symmetric distributions available according to the project needs.
  • Integrated heat sink inside the luminaire.
  • Luminaire eficacy up to 130 lm/W *.
  • FHS ULOR 0% (without diffusers).
  • Color Temperature available from 2200K to 5500K.
  • CRI > 70.
  • Projected life 100,000 hours (L70B10) **.

*Depending on the number of LEDs, type of LED, color temperature, lens and current used.
**TA 25ºC 350mA data provided by the LED manufacturer.

Features of the power supply, regulation and protection:
  • Voltage 220-240 VAC 50-60 Hz. For other requirements please consult.
  • PF > 0.9.
  • THD < 20%.
  • Working Current from 350mA to 850mA.
  • Available fixed power driver not dimmable.
  • Available driver with the possibility of autonomous regulation from 1 to 5 levels configured to suit the client.
  • Available driver with 1-10V output, DALI, compatible with universal SMART CITY REMOTE MANAGEMENT systems.
  • Photocell can be installed.
  • Possibility of installing Zhaga or NEMA 7-pin connector.
  • Possibility of configuring 12 or 24V compatible luminaire for photovoltaic applications.
  • Protection against short circuit and over temperature.
  • External overvoltage protection 10kV. Optional 20kV

DIFFUSERS

Transparent diffuser ref. TR

Translucent diffuser ref. FR

Structured diffuser ref. DR

Without diffusers ref. ND

REF Power Color temp. Flux(lm)* Color temp. Flux(lm)* Color temp. Flux(lm)*
LPL 10W 4000 K 1680 3000 K 1600 2200 K 1180
LPL 15W 4000 K 2460 3000 K 2340 2200 K 1710
LPL 20W 4000 K 3200 3000 K 3040 2200 K 2200
LPL 25W 4000 K 3875 3000 K 3675 2200 K 2625
LPL 30W 4000 K 4530 3000 K 4290 2200 K 3030
LPL 35W 4000 K 5670 3000 K 5390 2200 K 3920
LPL 40W 4000 K 6400 3000 K 6080 2200 K 4400
LPL 45W 4000 K 7065 3000 K 6705 2200 K 4815
LPL 50W 4000 K 7750 3000 K 7350 2200 K 5250
LPL 55W 4000 K 8360 3000 K 7920 2200 K 5610
LPL 60W 4000 K 9060 3000 K 8580 2200 K 6060
LPL 70W 4000 K 10920 3000 K 10360 2200 K 7420
LPL 80W 4000 K 12240 3000 K 11600 2200 K 8240
LPL 90W 4000 K 13590 3000 K 12870 2200 K 9090

Other intermediate powers available
*Nominal flux(lm)@tj 85ºC based on information provided by the LED manufacturer.
Available from 2200K to 5500K
EN 13032-1 CIE 063 CIE13.3 CIE 15