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LUMECON ETD™ SYSTEM:
The Lumecon High Output LED Light engine utilizes the Lumecon ETD™ (Enhanced Thermal Dissipation) System. The ETD System Engines are thermally bonded to provide maximum thermal dissipation to the exterior of the fixture to ensure long life. To protect the light engine panel from moisture and corrosion, the complete face of the LED light engine panel is uniformly coated with a UV stabilized acrylic polymer resin that meets MIL and ASTM dielectric standards and UL and IPC standards for flammability, moisture resistance and thermal shock.
LED LIGHT COLOR / QUALITY:
The High Output LEDs come standard in 4700K neutral white, with 32500K warm white and 6250K cool white also available. All are rated for a minimum of 90,000 hours of continuous operation at ambient temperatures from -40°F (-40°C) to 95°F (+35°C).
LED WATTAGE:
9.8W
LUMEN OUTPUT:
790 lumens
HOUSING:
Die-cast aluminum plate with conduit access on bottom.
LENS:
Molded prismatic polycarbonate lens and front housing. Photocell included on all models.
MOUNTING:
Cast-in template for mounting directly over a 4”recessed outlet box, or use 1/2” surface conduit.
ELECTRICAL:
Each 120v or 277v input power supply (driver) is UL Class 2 and FCC Class A compliant, with a total harmonic distortion of less than 20% and a total fixture power factor of greater than 0.98. Output is regulated at 1% line / 5% load for consistent luminous output regardless of input voltage fluctuations. Additional options include 2.5A inline fuse, 10kV surge supressor, and remote battery backup system.
OCCUPANCY SENSOR (Optional):
Outdoor motion sensors provide occupancy based control of outdoor lighting. Raintight and rated for -40°F to 130°F, EW sensors perform reliably in all weather conditions.
Voltage:
1-120v
2-277v
**3-347v-480v
UL and cUL Listed for Wet Locations.
**Converter will be mounted in an external housing seperate from the LWP-MN unit itself
For all available options see LWP-MN Cut Sheet
Download the LWP-MN Mini Wall Pack Cut Sheet (rev. 3.2013) (PDF Format)
Download Photometric Results in an IES File Format
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