TORNADOTM BOLLARD PATENTS PENDING

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Jeffrey Barrett
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1 TORNADOTM BOLLARD PATENTS PENDING

Day Tornado Bollard Unlike any bollard available in today s specification pallet, Tornado offers a new form and character for pedestrian scale lighting.

2 Day Tornado Bollard Unlike any bollard available in today s specification pallet, Tornado offers a new form and character for pedestrian scale lighting. Tornado adds an exclamation point to its surrounding architecture and hardscape because of its unique inverted shape that is sculptural, dynamic, and functional. The Tornado Bollard will bring uniqueness and originality to any architectural site. 1 U.S.ARCHITECTURAL LTG.

3 Night Tornado Bollard Optics for the Tornado Bollard have been concealed from any view above horizontal. Therefore, Tornado provides glare free illumination to enhance safety and security for pedestrian traffic. In addition, surface reflections from surrounding paving softly delineate the fixture. Furthermore, the angled face glows, establishing visual direction or perimeter boundaries as defined by the bollard locations. U.S.ARCHITECTURAL LTG.

4 Selection Guide Form TNA The TNA produces an asymmetric light distribution which is clearly expressed by its outward appearance. This model is ideal for pathways and driveways where illumination is desired from the perimeters, the actual bollards define visual direction and boundaries for both people and vehicles. TNS The TNS generates a symmetric light pattern for open pedestrian areas where illumination is required on all sides of the bollard. Its design is complementary to the TNA as both models are typically used together on projects. Even when located on perimeters, the TNS can illuminate both hardscape on one side and landscape on the opposite side. U.S.ARCHITECTURAL LTG.

5 Function Scale Asymmetric light distribution for bollard placements along perimeters or curbs. 6 5 Elevation Plan 1 0 Symmetric light distribution for bollard placements in open areas. 6 5 Elevation Plan U.S.ARCHITECTURAL LTG. 4

Mechanical Features Top Cover is heavy wall cast aluminum, fully gasketed, and domed for water runoff.

Access Panel is heavy wall cast aluminum, fully gasketed, and retained by () stainless steel allen head screws located below the lens. An optional ribbed panel is also available.

Reflectors are self contained modules accessed through the top cover for lamp replacement. Medium base sockets are used for MH and HPS lamp modes.

Electrical Components are mounted to a harness and shipped installed. Remove access panel to easily service electrical components.

6 Mechanical Features Top Cover is heavy wall cast aluminum, fully gasketed, and domed for water runoff. Retainer screws are stainless steel allen head and are installed in open cavities. Access Panel is heavy wall cast aluminum, fully gasketed, and retained by () stainless steel allen head screws located below the lens. An optional ribbed panel is also available. See page 10. Field Wire Connections are made above the mounting stanchion, easily accessed through the access panel. Reflectors are self contained modules accessed through the top cover for lamp replacement. Medium base sockets are used for MH and HPS lamp modes. A GX4q-4 socket is used for compact fluorescent. Exclusive US Architectural Three-Stage LED System is available (consult factory). Electrical Components are mounted to a harness and shipped installed. Remove access panel to easily service electrical components. Mounting Stanchion is fabricated from SCH40 steel pipe, hot dipped galvanized for corrosion resistence. Steel reinforcing bars are welded to the lower section for tie-in to the paving and footing steel. CAUTION: Stanchion must be set perpendicular to finish grade. Body Lock is made at the stanchion top for maximum strength and rigidity. A single bolt tightens and centers the body onto the stanchion. Concrete deck, footing, reinforcing steel and conduit runs by others per local codes. 5 U.S.ARCHITECTURAL LTG.

Optical Features Low Brightness The Tornado Bollard has been designed so that the lamp and lens are never seen from normal viewing angles.

In addition, bollards need to be visible at night because they delineate boundaries and direction for pedestrian traffic.

(TNS model shown) Smooth Illumination The lighting effect from Tornado can best be described as soft, meaning that it is void of streaks, shadows and hard edges so common with other bollards.

7 Optical Features Low Brightness The Tornado Bollard has been designed so that the lamp and lens are never seen from normal viewing angles. This results in very low fixture brightness for increased pedestrian visibility and safety. In addition, bollards need to be visible at night because they delineate boundaries and direction for pedestrian traffic. Because of its reverse taper, Tornado is nicely illuminated by surface reflections from surrounding pavement allowing the unique form to be visible at night. (TNS model shown) Smooth Illumination The lighting effect from Tornado can best be described as soft, meaning that it is void of streaks, shadows and hard edges so common with other bollards. Tornado accomplishes this through the use of a special Micro-Prism lens that softens and spreads the light. Tornado invites the pedestrian to travel from bollard to bollard by creating pools of diffuse illumination. Three Lamp Modes Tornado is available in HID (9-100W), Compact Fluorescent (6-57W) and LED. Consult factory for specifications on US Architectural s exclusive new -Stage LED system. Patent Pending. HID CFL LED U.S.ARCHITECTURAL LTG. 6

8 Specifications Housing Durable corrosion resistant low copper cast aluminum alloy A56 (<0.% Cu) having a minimum wall thickness of ¼. Body secures to Mounting Stanchion by means of a cast aluminum wedge lock secured by a single stainless steel bolt and accessed through the access panel. Top Cover Durable corrosion resistant low copper cast aluminum alloy A56 (<0.% Cu) having a minimum wall thickness of ¼. Top is crowned for water run off, and retainer screw cavities are open for drainage. Top is fully gasketed and secured by (4) stainless steel allen screws. Access Panel(s) Durable corrosion resistant low copper cast aluminum alloy A56 (<0.% Cu) having a minimum wall thickness of ¼. Panel(s) is fully gasketed and retained by () stainless steel allen screws located below the lens. 0.50" 774.7MM 1.00" 04.8MM 7.00" 99.8MM TNA Lens Tempered Micro-Prism glass, fully gasketed, and retained by aluminum clips. Reflector Assembly Fabricated from pre-finished reflector material, and includes a 4KV medium base or G1 socket for HID lamp modes. Fluorescent socket is universal for 6W, W, or 4W PL-T lamps. GX4-q5 base supplied for 57W PL-T lamp. Reflector assembly connects to ballast assembly via quick-disconnect plugs. Mounting Stanchion ½ SCH40 steel pipe (below grade) welded to SCH 40 steel pipe (above grade). (4) sections of reinforcing bar welded to lower pipe for tie-in to paving and footing steel by others. Entire assembly is hot dipped galvanized " MM 18.00" 457.MM Grade 4.00" 101.6MM Mounting Stanchion Supplied with each Bollard Electrical Components All electrical components are UL recognized. Electronic MH ballasts are high power factor, -0F starting, 10-77V, 50Hz/60Hz. 47V option utilizes a step down transformer to the electronic ballast. Magnetic MH ballasts are high power factor, -0F starting, multi-tap 10-77V, 60Hz. All HPS ballasts are core and coil, reactor-style, high power factor, -40F starting,10v. Compact Fluorescent ballast is electronic, 10-77V, 50Hz/60Hz. Electrical components are mounted to a unitized ballast tray inside the body, and factory installed. Ballast assembly connects to reflector assembly via quick disconnects. (Consult factory for LED electrical specifications). Note: Consult factory for CFL battery back-up specifications. 4.00" 101.6MM 10" 54MM 0.50" 774.7MM 1.00" 04.8MM 7.00" 99.8MM TNS Finish Electrostatically applied TGIC Polyester Powder Coat on substrate prepared with 0 PSI power wash at 140 F. Four step iron phosphate pretreatment for protection and paint adhesion. 400 F bake for maximum hardness and durability. 4.00" 101.6MM 7 U.S.ARCHITECTURAL LTG.

9 Lamp / Electrical Guide LAMP WATTS LAMP TYPE BULB TYPE INITIAL LUMENS LIFE (HOURS) ANSI CODE STARTING TEMP. CIRCUIT TYPE SYSTEM WATTS VOLTS MAX INPUT AMPS MIN. FUSE AMPS PULSE START METAL HALIDE 9 PSMH Clear, T6, G1 Base,00 1,000 M10-0 F Electronic PSMH Clear, ED17, Med Base.750 0,000 M110-0 F Electronic M148 HX-HPF PSMH Clear, ED17, Med Base Clear, T6, G1 Base 5,900 6,600 4,000 1,000 M98 M19 M14 M19-0 F Electronic HX-HPF PSMH Clear, ED17, Med Base 9,000 4,000 M90-0 F Electronic M140 HX-HPF HIGH PRESSURE SODIUM 50 HPS Clear, ED17, Med Base 4,000 4,000 S68-40 F R-HPF HPS Clear, ED17, Med Base 6,00 4,000 S6-40 F R-HPF HPS Clear, ED17, Med Base 9,500 4,000 S54-40 F R-HPF COMPACT FLUORESCENT 4 CFL Coated, GX4q-4 Base,00 16,000 0 F CFL Coated, GX4q-5 Base 4,00 16, NOTES: 1 U.S. Architectural Lighting s Lamp and Electrical Guide is for reference only. ALWAYS consult lamp manufacturer s data for exact technical specifications. All Initial Lumen values shown are approximate and may vary from one manufacturer to another. WARNING: All fixtures must be installed in accordance with local codes or the National Electrical Code. Failure to do so may result in serious personal injury. U L wet location R U.L. Listed for IP65 U.S.ARCHITECTURAL LTG. 8

10 Photometrics Metal Halide Wattage Lamp Initial Lumens Compact Fluorescent Wattage Lamp Initial Lumens A B C D E F 50W MH 70W MH 100W MH 50W HPS 70W HPS 100W HPS ED17 med. base, clear ED17 med. base, clear ED17 med. base, clear ED17 med. base, clear ED17 med. base, clear ED17 med. base, clear A B C D 6W CFL W CFL 4W CFL 57W CFL GX4q- base CFL GX4q- base CFL GX4q-4 base CFL GX4q-5 base CFL Note: A, B and D column numbers prorated from 4w CFL Note: A, C, D, E and F column numbers prorated from 70w MH ED17. Typical Half Typical Half Initial Horizontal Footcandles 1 Initial Horizontal Footcandles 1 TNA TNA F E D C B A D C B A Typical Half Typical Half Initial Horizontal Footcandles 1 Initial Horizontal Footcandles 1 TNS TNS F E D C B A D C B A U.S.ARCHITECTURAL LTG.

Ordering Information Ordering Example: TNA/70PSMH10/RAL-7004-T/RAP Model 1 Electrical Mode Finish Options 4-5 Electrical Mode Example: Pulse Start Metal Halide 1 Lamp Watts 100 High Pressure Sodium

11 Ordering Information Ordering Example: TNA/70PSMH10/RAL-7004-T/RAP Model 1 Electrical Mode Finish Options 4-5 Electrical Mode Example: Pulse Start Metal Halide 1 Lamp Watts 100 High Pressure Sodium Lamp Type PSMH Specific Line Volts 47 Compact Fluorescent 1 Model 9PSMH10-T6 9PSMH08-T6 9PSMH40-T6 9PSMH77-T6 50PSMH10 50PSMH08 50PSMH40 50PSMH77 50HPS10 70HPS10 100HPS LED 4PL10 4PL08 4PL40 4PL70 57PL10 57PL08 57PL40 57PL70 70PSMH10 70PSMH08 70PSMH40 70PSMH77 70PSMH47-M TNA 4LED10 4LED08 4LED40 4LED77 TNS 8LED10 8LED08 8LED40 8LED77 TNA Asymmetric Light Distribution TNS Symmetric Light Distribution 70PSMH10-T6 70PSMH08-T6 70PSMH40-T6 70PSMH77-T6 100PSMH10 100PSMH08 100PSMH40 100PSMH77 Notes: 1. Metal Halide magnetic ballasts available. Add -M designation to the above catalog number. EXAMPLE: 70PSMH77-M. 47V option available only for 70MH magnetic ballast due to size restrictions.. 4W, W and 6W lamps use the same ballast. See Specifications for detailed ballast information. Finish Electrostatically applied TGIC powder coat features a multi-step finishing process to produce a durable weather resistant finish. Color Textured Smooth Black White RAL-9005-T RAL-9005 RAL-900-T RAL-900 Grey RAL-7004-T RAL-7004 Dark RAL-8019-T RAL-8019 Bronze 4 Optional Ribbed Access Panel RAP Raised ribs in radiating pattern on Access Panel. For TNS both Access Panels will be ribbed. 5 Optional Signature Medallion Logos, medallions and other symbols can be attached to the standard smooth Access Panels. Consult factory. Green RAL-6005-T RAL-6005 Note: Other colors available. Refer to U.S.ARCHITECTURAL LTG. 10

12 TORNADOTM BOLLARD Product Design by Wayne Compton U.S. POLE COMPANY 660 West Avenue O Palmdale, California 9551 Toll Free (800)

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