Selection of Solar Street Light Installation Hardware

The fourth part of the solar lighting design guide is about the choice of installation hardware. The solar module comes with a standard installation of 45 ° / 5 ° mounting bracket and battery assembly; however, the fixture needs to be installed in all types of configurations. In addition, the profile of the project needs to be determined and evaluated.

SEPCO fixture brackets come in many styles:

4 ', 6' and 8 'length poles sweep the sp side of the bracket. These are used for road and parking lot lighting, where the fixtures need to stay away from the pole because of backwards or other design requirements.

The ST surface of the column-tenon bracket can be divided into 5 "and 24" lengths and comes directly out of the pole or wall. These are used for areas where the fixture can be placed directly near the pole to emit light.

The H-side of the pole angle bracket is usually used in flooding applications where the fixture is illuminated or away from the pole or area.

DB-decorative bracket, used with the decorative edge of a pole-type mounting fixture (such as a city fixture). There are many options, and understanding the visual needs of the project will allow you to choose the best category for the project.

The FB-Direct Buried Fixture Bracket is used for ground installation floods, not only provides a place to connect wires, but also allows the fixture to be installed a little off the ground to safely stay away from the earth.

The poles also have a variety of styles and configurations:

AP or SG-aluminum or steel rod, designed to meet wind load requirements to maintain solar modules. Both manufacturing processes take into account the service life of the pole and provide an option for powder coating and galvanizing.

AB or DB-anchor foundations or direct buried rods are used in most applications. This option is determined by local project requirements. Direct burial is good for remote power systems, parks and trails, where anchors are often used for parking lots and roads.

Other utility poles, such as concrete and fiberglass composite materials, can also be used for solar lighting applications.

The selection of each bracket and pole should be directed to specific project requirements and needs to meet local wind loads and EPA requirements. Understanding the project requirements will ensure that the correct brackets and poles are selected for the project.

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