WP Series LED Wall Pack - 38 Watts for Outdoor Use, all down lighting

Developers, Architects and Municipalities are faced with ever increasing energy costs. Ringdale LED Outdoor Wall Pack lighting systems offer an opportunity to convert to environmentally safe LED lighting while saving energy.

Significant savings from not having to maintain and renew ballasts and sodium or HID lamps in light fixtures, reduced heat generation and energy use justify the initial outlay.

Warranties

We provide mechanically robust LED lighting systems; our warranties are 10 years on LED elements, 5 years on other materials and workmanship and 3½ years on batteries and super-capacitors.

Ringdale is an ISO 9001:2000 company, registered under BSI certificate FM-1880. Ringdale provides products of the highest quality designed and manufactured in Texas, USA and in the United Kingdom.

Product Overview

The Ringdale LED Wall Pack lights come in three colors; black, brown or charcoal grey, to accomodate architectural requirements. Other colors are available on request. The CCT5500K color range is a bright light and a high color temperature that closely emulates natural daylight:

Product Code	Suitability	Light Equivalent HID Fixture	Size
WPH-3651	Wall Pack - Brown	300 watts	18.5” x 8.5” x 6.0"
WPH-3652	Wall Pack - Charcoal Grey	300 watts	18.5” x 8.5” x 6.0"
WPH-3653	Wall Pack - Black	300 watts	18.5” x 8.5” x 6.0"

LED Technology

Ringdale uses the latest in energy efficient LEDs and LED Modules producing equal or greater light output than state-of-the-art fluorescent light emitters. Our electronics monitor current and temperature of the substrate to assure maximum performance under the prevailing environmental conditions.

Diffuser Technology

We use state-of-the-art diffuser technology with a minimal amount of light loss within the fixture providing for maximum lighting efficiency.

Architectural Features

Ringdale wall light fixtures run much cooler than a conventional incandescent or fluorescent light fixture and half the weight putting less stress on the wall structure.