CHV S01
CHV
CHV
CHV S02
A JOURNEY TO THE LATE NINETEENTH CENTURY
The past encounters modernity in a harmonious and stylish design, based on recognizable, pure geometric lines. The late-nineteenth century Pieler lamp was the inspirational reference for an innovative light product that fits respectfully into environments of high architectural value.
Technical keys
ACCELERATED HEAT DISSIPATION SYSTEM
The CHV lamp is based on the principle of direct thermal dissipation between the LED PCB and the compact aluminium chassis. The dissipation body comprises a continuous heat pipe of anodized aluminium 6063-T6, which achieves thermal conductivity levels of 200 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.
TECHNOLOGY TO PREVENT EXTERNAL DIRT ACCUMULATION
According to the US Energy Agency, relief on the upper surface of the fixture severely hinders the dissipation process that takes place by convection, becoming a critical element for performance and life.
To overcome this challenge and to enhance the natural self-cleaning process, SETGA has equipped the CHV lamp with a completely uniform upper surface, thus preventing dirt accumulation, and the ensuing obstruction and inefficiency of the thermal dissipation system.
To overcome this challenge and to enhance the natural self-cleaning process, SETGA has equipped the CHV lamp with a completely uniform upper surface, thus preventing dirt accumulation, and the ensuing obstruction and inefficiency of the thermal dissipation system.
High quality materials
The CHV lantern body consists of an AISI304 or AISI316 Stainless Steel structure to prevent the degrading action of highly aggressive environments, such as coastal areas.
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