Luminaires LEDQUANTUM - Setga | Outdoor Lighting Manufacturer

QUANTUM

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QTM S01

TOWARDS A NEW GENERATION

Fluidity and dynamism bring to life to a new generation of LED lights set to redefine functional public lighting through the application of technological vanguard and biomimetic design, combining reliability, high performance and visual comfort without sacrificing the modular essence of the elements.

Technical keys

PREVENTING THE DESTRUCTIVE EFFECTS OF HUMIDITY AND SALINITY

With the Argon Pressurised System (APS)® Quantum series’ optical and electronic components are encapsulated in a pressurized atmosphere of argon gas. A watertightness level of IP68 is ensured, making the system resistant to complete and continuous immersion far beyond the requirements of any regulation. The inert atmosphere in the optical-electronic module guards against condensation, moisture and salinity intrusion, thereby preventing an accelerated ageing process of the system’s sensitive components. This protective shield is essential in areas where air salinity is a critical lifetime factor for any optical and electronic component. The ability of this system to preserve the lifetime, efficacy and chromatic quality of the luminaire reduces Up toal Cost of Ownership (TOC) and maintains high demanding visual comfort standards.

Advanced heat dissipation system

The Quantum luminaire is based on the principle of direct thermal dissipation between the LED PCB, the compact aluminium chassis and the exterior. The luminaire body comprises a continuous heat pipe of AL 5754 anodized aluminium, which achieves thermal conductivity levels of 160 W/metre Kelvin, compared to 130 W/metre Kelvin of aluminium injection. The low porosity of anodized aluminium plus a thermal pad over the contact surface between the PCB and the dissipation body significantly reduce the diode’s junction temperature.

Reducing light density in the solid angle to create new visual comfort standards

LLD technology improves the glare index (GR) without the need for optical systems characterized by reflection or refraction processes whose efficiency levels (lm/W) experience significant losses. Quantum distributes low power LED diodes below 1 W along the optical module, increasing the light emitting surface size to reduce luminous density in all solid angles of observation.