HLP S01
HLP
HLP
HLP S02
URBAN INDIVIDUALITY
Noble materials are expressed through their encounter with light. The challenge of the HLP projector is to facilitate and adapt them to the characteristics of each urban space. For this purpose, this series introduces a linear geometry that can be integrated into any constructive element.
Technical keys
PREVENTING THE DESTRUCTIVE EFFECTS OF HUMIDITY AND SALINITY
With the Argon Pressurised System (APS)® HLP series’ optical and electronic components are encapsulated in a pressurised 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 Total Cost of Ownership (TOC) and maintains high demanding visual comfort standards.
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 Total Cost of Ownership (TOC) and maintains high demanding visual comfort standards.
ADVANCED HEAT DISSIPATION SYSTEM
The HLP projector 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 anodized aluminium AL-5754, 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.
In full color
After years of working with LED technology, SETGA develops projectors with RGBW lighting technology. This is a new inclusion in an existing area, in responses to the demands of an increasingly demanding market.
RGBW (red, green, blue and white) is a colour model based on additive synthesis, through which it is possible to represent a colour by mixing the three primary light colours. RGBW LED products combine these three colours to produce over 16 million light tones. This technology is very useful to achieve a decorative effect.
RGBW (red, green, blue and white) is a colour model based on additive synthesis, through which it is possible to represent a colour by mixing the three primary light colours. RGBW LED products combine these three colours to produce over 16 million light tones. This technology is very useful to achieve a decorative effect.
Iconic projects
OURENSE ROMAN BRIDGE LIGHTING
Ourense Roman Bridge
Do you want to know more?
Contact us