Smarthome Configurator
Learn everything you need to know to prescribe, install and configure the Simon iO ecosystem.
Simon iO Ecosystem
Simon Alya
Simon Alya Istanium LED urban decorative luminaire, made of die-cast aluminium, for lateral or suspended fastening. It provides necessary public lighting with maximum energy efficiency:
- Light flux > 3370 lm.
- Savings up to 65%.
- Efficiency up to 144 lm/W
Propierties
Image
Minimal design of hemispherical shapes. Internal cooling system by means of fins not visible from the installed position. Guarantees the life of the LED and its optimum performance at high power currents. It allows to extend the performance of the LEDs and therefore the life of the luminaire.
Areas of application
Avenue
Street
Roundabouts intersections
Garden park
Crosswalk
Square
Parking area
Commercial areas
Application Road Type Alya Istanium Led
Alya used in a transit area with SA optics, whose symmetrical projection provides guaranteed uniformity in transit areas, to comply with the demanding requirements of these areas.
Simon Alya Istanium LED images
Configure the Alya Istanium LED Luminaire to measure according to the type of space
Simon's configurator allows you to select the technical, aesthetic and lighting characteristics of the luminaires that are most suitable for a specific space.
Related ranges
Related Columns
Related lightings
Technical features
Regulation
2N- with regulation without control line; self-regulation
The electronic equipment of the luminaire has a programmed timer that reduces the power by half after 4.5 hours from the moment of switching on.
2N+ Control line regulation
The electronic equipment has an input that is connected to the electrical cabinet. When the cabinet activates the control line voltage, the equipment delivers 100% of the nominal power to the Istanium LED module. When the cabinet disconnects the control line (0 volts), the equipment cuts power in half.
CAD Head flow regulation
The luminaire's electronic equipment adapts the supply current of the Istanium LED modules proportionally to the line input voltage. The head electrical cabinet must have a device that regulates the line voltage to reduce the lighting level of the appliance. This type of regulation is ideal for taking advantage of installations with cabinet equipment already installed.
1N without regulation
The electronic equipment delivers 100% of the power with no option to be regulated. If there is any fluctuation in the line voltage, the equipment compensates the supply current of the Istanium LED modules to maintain the luminous flux (input voltage from 208 to 277 Vac). Similarly, if the electrical cabinet has a flow regulation unit at the head, the unit will not regulate the lamp (an Istanium LED luminaire with CAD regulation is required).
1-10 Regulation governed by protocol 1-10V
The electronic equipment delivers the output power to the Istanium LED modules according to the level indicated by the 1-10 signal (normally delivered by a remote management device).
DALI regulation governed by DALI protocol
The electronic equipment delivers the output power to the Istanium LED modules according to the level indicated by the DALI signal (normally delivered by a remote management device).
Protection
IP65
Completely dustproof. Protected against water jets.
IP66
Completely dustproof. Protected against strong jets of water or heavy seas.
IK08
Protection against external mechanical shocks of 5 J of energy and 1.7 Kg/295 mm of mass and height of the impact piece.
Materials and finishes
Body
Die-cast aluminum
Fixation System
Galvanized and painted steel sheet
Closure system
Painted die-cast aluminum lever
Diffuser
Unbreakable Flat Clear Tempered Glass
Deck
Die-cast aluminum
Regulation and certification
UNE-EN 62031
LED modules for general lighting. Security requirements
UNE-EN 60598-1
luminaries. Part 1 : General requirements and tests
UNE-EN 60598-2-3
Public lighting luminaires. Part 2 : corresponding to the particular type of luminaire studied
UNE-EN 62493
Evaluation of lighting equipment with respect to human exposure to electromagnetic fields
UNE-EN 61000-2-3
Electromagnetic compatibility (EMC). Part 3-2 : Limits. Harmonic current emission limits (equipment with input current <= 16 A per phase).
UNE-EN 61000-3-3
Electromagnetic compatibility (EMC). Part 3-3 : Limits. Limitation of voltage variations, voltage fluctuations and flicker in public low voltage power supply networks for equipment with nominal current <= 16 A per phase and not subject to conditional connection.
UNE-EN 55015
Limitation of voltage variations, voltage fluctuations and flicker in public low voltage power supply networks for equipment with nominal current <= 16 A per phase and not subject to conditional connection.
UNE-EN 61547
General purpose lighting equipment. EMC immunity requirements.
UNE-EN 61347-2-13
Lamp control devices. Part 2-13: Particular rules for electronic control devices powered with direct current or alternating current for LED modules.
UNE-EN 62471:2009
Photobiological safety of lamps and devices that use lamps.
UNE-EN 50581
Technical documentation for the evaluation of electrical and electronic products with regard to the restriction of hazardous substances
Color Temperature
4,000K
Neutral white light
3,000K
Warm white light
2,700K
Soft white light
XDL 2,200K
Extra warm white light.
APC
Amber turned into phosphorus.
Technical characteristics
Protection degree IK08 - IP66 - IP65
Class
Certificates CE - ENEC
Weight 13 kg
Color temperatures NDL 4.000 K, WDL 3.000 K, SDL 2.700 K, APC
Color rendering index >70
Upper hemisphere flow <1% (zonas E1)
LED Duration (L90 B10 a Ta=25 ºC y Tj=95 ºC) 100.000 h
Photometric distribution (Optics) RG/ RJ/ RA/ RE/ E1/ SA/ SB/ RF/ RW
Downloadable Files
