SCI-W-BOL-LED

Constructed in cast iron for durability, the SCI-W-BOL-LED bollard’s contours and fluting harmonize with the SCI-W series of poles, contributing to a sense of unity, recognition and order. The most current solid state technology is incorporated into this historically-styled design, thereby delivering both aesthetic appeal with the benefits of LEDs.

SCI-W-BOL-LED contributes to a reduction in energy consumption plus overall maintenance, down time and costs associated with today’s sustainable initiatives. LED light sources are available in a range of color temperatures with a minimum of 50,000 hours of high CRI light, flattering to people, objects and structures. SCI-W-BOL-LED is an ideal choice for illuminating pathways, cross walks, driveways, parks, and other similar public spaces.

Construction

The bollard shall be made from thick walled ASTM A48, Class 30, cast iron. One (1) access door in the base (3 1/2" x 4 1/2" minimum opening) shall be secured with stainless steel hardware. The top optical assembly shall create a weather tight chamber for the LED component(s), driver(s) and internal optics.

Optical

The optical assembly is comprised of a polycarbonate lens and reflector/refractor elements that produce a symmetrical or asymmetrical light distribution.

Electrical

Meets UL 1598 for safety.  Bollard shall utilize voltage sensing 120-277V driver, suitably rated for the specified LED component(s).  Bollard shall be prewired and factory tested.

Surge Protection

Surge current rating of 20 kA using standard
8/20 µSec wave.  Protected line-neutral, line-ground, and neutral-ground in accordance with ANSI/IEEE 62.41, Category C3.

Installation

The bollard shall be provided with (4) Ø1/2" x 18" long "L-Type" anchor bolts.  Each anchor bolt shall be supplied assembled with (2) nuts, (2) flat washers and (1) split lock washer.  The bollard shall have a Ø10" bolt circle and requires a 3" anchor bolt projection.  All anchorage hardware shall be fully galvanized.

Finish

The bollard shall be finished with a high performance coating achieved with a two step paint process.  A two-part, rust inhibitive, high build catalyzed polyamide/bisphenol A epoxy base primer, and a finish coat that is a two-part aliphatic acrylic polyurethane.  Paint shall be weather, corrosion, abrasion, and UV resistant in compliance with the Society for Protective Coatings SSPC-36 (level 3) paint standard. Color to be specified.

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