Simon Merak SYF
Simon Merak SYF Istanium LED urban decorative luminaire made of die-cast aluminium, with post-top fastening by means of two Y-shaped arms.
It provides necessary public lighting with maximum energy efficiency:
- Light flux > 3,550 lm
- Efficiency up to 145 lm/W
- Guaranteed thermal management
Compact luminaire with a flat cover and an internal LED cooling system.
Access and maintenance through the top, with two levers for tool-free opening. The electro-optic group is removable and upgradeable by means of a single piece, with triple-guide alignment system to prevent incorrect assembly.
Refrigeration system using fins that are invisible when installed, guaranteeing the service life of the LED and its optimal performance at high supply currents.
Automatic electrical disconnection when opening the luminaire. Possibility of incorporating surge protection for surges up to 10 kV
Post-top fixing with two Y-shaped arms constructed as a single injection-moulded part and with the possibility of feeding wiring through both arms.
Simon has various production centres, both in Spain and around the world. All are equipped with advanced technology that allows us to maintain another of our basic principles for success: performing demanding tests and controls to guarantee the quality of all our products.
Areas of Application
Pedestrian street lighting with herringbone placement that allows the use of SA optics and reduces the number of units without sacrificing the convenience of the installation.
Simon provides luminaires equipped with different dimming systems according to regulations, the space’s needs and technical specifications.
2N- Dimming without control line; self-dimming
The luminaire’s electronic control gear has a programmed timer that reduces the power by half 4.5 hours after it is turned on.
2N+ Dimming with control line
The electronic control gear has an input that connects it to the electrical cabinet. When the cabinet activates the voltage on the control line, the device delivers 100% of the nominal power to the Istanium LED module. When the cabinet disconnects the control line (0 volts), the device reduces the power by half.
CAD cabinet amplitude dimming
The luminaire’s electronic control gear adapts to the supply current of the Istanium LED modules, in proportion to the line input voltage. The amplitude dimming electrical cabinet must have a device that regulates the line voltage to reduce the light level of the luminaire. This dimming type is ideal to take advantage of installations with existing cabinet equipment installations.
1N without dimming
The electronic control gear delivers 100% of the power without a dimming option. If there is any fluctuation in the device’s line voltage, the supply current of the Istanium LED modules compensate to maintain the light flux (input voltage from 208 to 277 VAC). Likewise, if the electrical cabinet has a cabinet amplitude dimming device, the device will not dim the lamp (requires an Istanium LED luminaire with CAD dimming).
1-10 1-10 V protocol regulated dimming
The electronic control gear 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 DALI-protocol regulated dimming
The electronic control gear 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).
Simon develops its products according to specific protection standards in relation to the IP Code described in IEC Standard 60529. Degrees of protection provided by enclosures and the IK Code Described in IEC Standard 62262 (EN 50102). Degrees of protection provided by enclosures for electrical equipment against external impacts.
Totally dust proof. Protected against strong water projections or against rough seas.
Totally dust proof. Protected against immersion.
Protected against 10 Joules of external mechanical impact by an object with a mass of 5 Kg from a height of 200 mm.
Protected against 20 Joules of external mechanical impact by an object with a mass of 5 Kg from a height of 400 mm.
Stainless steel screws/Die-cast aluminium levers
Flat transparent shatter-proof tempered glass
Materials and color finishes and specific protections
Luminaires. Part 1: General requirements and tests.
Public lighting luminaires. Part 2: corresponds to the specific type of luminaire being studied.
Evaluation of lighting equipment related to human exposure to electromagnetic fields.
Electromagnetic Compatibility (EMC). Part 3-2: Limits. Limits for harmonic current emissions (equipment with input current ≤ 16 A per phase).
Electromagnetic Compatibility (EMC). Part 3-3: Limits. Limitation of voltage changes and flicker in public low-voltage supply systems, for equipment with rated current ≤16 A per phase not subject to conditional connection.
Limitation and methods for measuring characteristics related to the radio-electrical disturbance of electrical lighting and similar equipment.
General-use lighting equipment. Requirements related to EMC immunity.
Photo-biological safety of lamps and lamp systems.
Colour is a lighting characteristic determined by the spectral composition of the light and its interaction with the human eye.
Neutral white light
Warm white light
Soft white light
Kelvin scale light color
Weight 12,75 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 at Ta = 25 ºC and Tj = 95 ºC) 100.000 h
Photometric distribution (Optics) RG/ RJ/ RA/ RE/ SA/ RF/ RW
Discover the technical characteristics of this luminaire