The fitting is designed to operate a range of Compact Fluorescent lamps up to 26W, Metal Halide lamps up to 150W or LED’s up to 32W. Osram high powered LED mounted onto an aluminium circuit board incorporating Zener diodes and thermal protection. Zener diodes between each LED.
Recommended LED 4000 Kelvin Natural white with CRI >70.
Ambient temperature 36° C , designed for 55 000 hours.
Opti glass 4mm, which allows for 10% better heat and light distribution.
Compact Fluorescent and Metal Halide version - Highly polished or dimpled aluminium reflector .
LED version has modular optical lenses. Material PMMA.
Various lens options available for different applications, allowing for symmetrical or asymmetrical solutions.
Adjustable trunion arm. Mild steel hot dipped galvanised.
CONTROL GEAR :
Control gear and lamp housed in separate compartments for optimal thermal management. Electronic control gear for compact fluorescent and metal halide version.
The electronic power supply is suitable for operation with a 220 - 240 volts. 50 hertz single phase.
Incorporating an electronic trip connector protector with surge protection for LED version.
The arrester will only blow when a lightning strike or a power surge is extreme (400-500VA). The device will manage over and under voltage ensuring no damage to PC boards
All external screws are stainless steel. Cable glands are SABS approved to insulate IP67 ingress protection.
Gaskets are manufactured from post cured silicone rubber material.
INGRESS PROTECTION :
Ingress Protection Rating optical compartment - IP 66.
Ingress Protection Rating gear compartment - IP 65.
Ambient Temperature : ta 36° C.
Weight : 5.8 Kg total including control gear.
Windage : Max. projected areas for mounting 0.04 square metres.
System wattage is indicated.
The nominal flux of the LED is based on the LED manufacturers data at 25° C.
The environmental conditions of the installation will impact the efficiency of the LED’s.
Due to the continual advancement in LED technology the type of LED is subject to change.