Degree of protection of light fixtures against the penetration of solids and liquids.
IEC 529 - EN 60529 Standard.
(First digit – Solids / Second digit – Liquids)
IP55
5. Protected against dust penetration.
5. Protected against jets of water.
IP65
6. Hermetically protected against dust.
5. Protected against jets of water.
IP66
6. Hermetically protected against dust.
6. Protected against sea swells and similar.
Degree of protection against mechanical impacts provided by the enclosure.
In accordance with EN 50102.
IK08 (0.5 J), IK09 (1 J), IK10 (2 J).
CLASS I.
Functional insulation in all its parts and ground connection.
CLASS II.
Double reinforced insulation to avoid voltage in exposed metal parts.
Product certificates
All our products comply with applicable European Directives and Standards, authorizing free circulation within the European Economic Area (EEA). We also comply with the Electromagnetic Compatibility (EMC) Directive and the Low Voltage Directive. We certify with ENAC-accredited external laboratories.
We comply with the Restriction of Hazardous Substances (RoHS) Directive for electrical and electronic components. We also comply with the Waste Directive (RAEE/WEEE) for respectful waste management.
Analysed Impact Categories
The life-cycle analyses have been performed using the guidelines ISO 14040 (Life cycle analysis – Principles and framework) and ISO 14044 (Environmental management – Life cycle assessment – Requirements and guidelines).
Acidification
Indicator of potential acidification of soils and water (increase in pH). Associated with the death of plantlife, low crop yields, soil infertility, contamination of water-based ecosystems, etc.
Method and unit
EF v3.1 | acidification | accumulated excess (AE) (mol H+-Eq)
Climate Change
Indicator of greenhouse gas emissions (GHG) which contribute to climate change in the atmosphere. Associated with the increase in temperatures and changes in climate patterns due to the greenhouse effect.
Method and unit
IPCC 2021 | climate change | global warming potential (GWP100) (kg CO2-Eq)
Ecotoxicity
Indicator that measures the toxic effects of chemical compounds in the ecosystem. Associated with the bioaccumulation of toxic compounds, the death of living organisms and the alteration or breakdown of ecosystems.
Method and unit
USEtox | ecotoxicity | total (CTU)
Depletion of Fossil Fuels
Indicator of the depletion of non-renewable fossil fuels. Associated with the concern that these limited energy resources will not be available in the future based on current consumption patterns.
Method and unit
CML v4.8 2016 | energy resources: non-renewable | abiotic depletion potential (ADP): fossil fuels (MJ)
Eutrophication
Indicator of the enrichment of the freshwater ecosystem with nutrients. Associated with the excessive growth of algae in bodies of water, a lack of oxygen and the death of aquatic organisms.
Method and unit
CML v4.8 2016 | eutrophication (kg PO4-Eq)
Land Use for Agriculture
Indicator of the use and transformation of land with agricultural potential for other purposes, such as forests, roads, industrial areas and mineral extraction, among others.
Method and unit
ReCiPe 2016 v1.03, midpoint (H) | land use | use of agricultural land (LOP) (m2 cultivo-Eq)
Depletion of Minerals and Metals
Indicator of depletion of metal and mineral resources. Associated with the concern that these extremely scarce, non-renewable resources will not be available in the future.
Method and unit
CML v4.8 2016 | material resources: metals/minerals | abiotic depletion potential (ADP): elements (last reserves) (kg Sb-Eq)
Water Use
Analysis of water use in transformation processes. Water use can stem from a wide range of sources, from its direct use in production processes to its indirect use in hydroelectric power.
Method and unit
ReCiPe 2016 v1.03, midpoint (H) | water consumption potential (WCP) (m3 H2O)
Function and sustainability
Due to the pillars that are behind each corresponding girder, the setting of the structure facilitates the maneuverability of vehicles. The coverings are supported on these elements, creating a watertight area in a continuous line. The Palladio urban shelter announces our commitment to more useful and sustainable urban spaces.
- Large 25m² shaded roof made up of 1780x1052mm photovoltaic panel modules in 2+2mm double tempered glass and high-power PERC cells encapsulated in polymer.
- Two V-pillars, two 300x100mm girders in S275 JR steel, hot-dip galvanized, painted with C3 protection, four 164x60mm crossbars and longitudinal sealing profiles in 6063-T6 extruded aluminum with anodized finishes.
- Union elements in AISI304 stainless steel with painted finishes.
- A4 stainless steel screws.
Structure
Light grey
Cover
Photovoltaic panel
The colours shown are purely indicative.
Other colours are available upon request.
Check finishes for marine environments.
System power (W)
High efficiency optical unit
- 1x 1.5m Linear LED 22.5W
Colour temperature (K)
- 3300K 80CRI
Shelter
Urban
Type V
All our products support remote regulation, both individually and in groups, through the most standardised control systems, significantly reducing energy consumption and eliminating light pollution. We adapt our products to safeguard biodiversity and respect circadian rhythms, eliminating harmful wavelengths.
Our luminaires comply with the American IESNA LM80 and TM21 standards.
1-10V / 0-10V
Analog one-way regulation protocol that, through a signal between 1 or 0 and 10 V, allows remote linear control of the luminous flux between 10% or 0% and 100%. The standard programming is as follows: Vi ≥ 8V – 100%; Vi ≤ 1V – 10%.
DALI
Two-way digital communication protocol (Digital Addressable Lighting Interface) that allows grouping, regulating, and turning off the luminaire, using an 8-bit resolution with 254 regulation steps and receiving information about its status for maintenance.
Automatic programming
Individual, self-managed programming in the product and bi-directional. It is configured prior to installation. It is useful in projects that require a single pattern throughout the product’s life. It incorporates automatic regulation steps with geolocation and real nighttime cycles.
Example: 100% from 21:00 to 22:00; 70% from 22:00 to 01:00; 50% from 01:00 to 05:00; 70% from 05:00 to 08:00.
Automatic control panel programming
Individual, self-managed programming in the control panel and one-way. It is configured prior to installation. It can coexist with other analog voltage reduction technologies, such as phase-cut. It is useful in projects that need different patterns throughout the year or the product’s life.
Example: Summer 100% from 21:00 to 22:00; 70% from 22:00 to 01:00; 50% from 01:00 to 05:00; Winter 100% from 16:00 to 22:00; 70% from 22:00 to 01:00; 50% from 01:00 to 08:00.
Command line programming
Group regulation, in the control panel and one-way. It requires the installation of an additional control electrical line besides the power line (2×2.5mm2). It is useful in projects that need simplified regulation.
Lighting Flow dimmer programming
Group regulation, in the control panel and one-way. It requires the installation of a stabilizer/voltage regulator in the control panel and product configuration to interpret the correlation between line voltage and power. It is useful in projects that need a simplified system with existing regulators.
Example: Vi ≥ 230V – 100%; Vi ≤ 185V – 60%
Constant Luminous Management (CLM)
Optional function parallel to the programming that maintains the project illumination levels constant throughout the installation’s life, increasing the luminaire’s power proportionally to the LED depreciation. Our standard programming is 0h 80%; 60,000h 100%.
Temperature control
Optional automatic protection to safeguard the integrity of the lighting components. It monitors the maximum temperature, activating a flow reduction to recover an acceptable value.
Surge protection
Protector against voltage spikes caused by thunderstorms. Sized for a maximum discharge current of 10kA.
- Fixation of the pillars by means of a reinforced concrete cube 20cm below the level of the pavement, with a slot for electrical connection for the version with light, made on site and four J-bolts per column.
- Fully mechanical installation, without welding, using A4 stainless steel screws.
- The element is supplied disassembled in four components: pillars, beams, crossbars, covers.
- Installation and mounting instructions, hardware, template and J-bolts included.
- The roofs can be concatenated creating watertight alignments with a minimum working height of less than 2.5m.
- Element calculated for type II terrain and 29m/s wind, with soil made up of loose or wet sand of medium compactness (E0= 4800 kN/m2) and HM-20 concrete foundation.
- We offer adaptations for more demanding types of terrain and climatic conditions.
- Does not require functional maintenance, except to preserve the original color of the wooden slats and periodic cleaning of the photovoltaic panels.
CE
RoHs
IP67
Clase III
- 4.8 kWp per module (310 Wp x 15 photovoltaic panels)
- STC (standard measurement conditions):
– 1000W/m² irradiance
– AM 1.5 spectral distribution
– Temperature 25±2ºC
Typology
