HUBBELL LIGHTING SPORTSLITER SOLUTIONS COMPREHENSIVE BROCHURE ENLIGHTEN THE GAME. Hubbell Lighting, Inc.

Transcription

1 HUBBELL LIGHTING SPORTSLITER SOLUTIONS COMPREHENSIVE BROCHURE ENLIGHTEN THE GAME Hubbell Lighting, Inc.

2 WHAT MAKES HUBBELL SPORTS LIGHTING DIFFERENT Engineered by Hubbell a company that knows sports lighting For more than years, Hubbell has brought its expertise and high performance lighting to illuminate thousands of sports facilities, including fields, stadiums and courts around the country. Designed by the most experienced engineers in the lighting industry, Hubbell Lighting s integrated sports lighting offers you a comprehensive package of products and services. From television rated professional sports lighting events to local youth leagues, we combine technical expertise with state of the art equipment that are both easy to specify and install. Additionally, we: Provide support from specification to installation, including: Site evaluations Foundation engineering Light trespass concerns Guarantee the lighting packages will deliver light where it s needed and at the right level Certified UL 18/CSA C.2 No 0.0 Features that make us different Adjustable crossarms ensure our system can be precisely aimed every time. Horizontal lamps are deeply regressed and shielded, providing less glare and 12% more efficiency than axial lamp orientation. Internal spill and glare-preventing louvers are more efficient and have lower wind resistance. By design, our luminaires allow rear relamping therefore, staying off the field during maintenance. Poles using a structural standard established by the American Association of State Highway and Transportation Officials (AASHTO). AASHTO has a world leadership role in the development of transportation standards and other technical services. All wiring is plug and play, assuring tight, factory-tested connections. Standard lamps available from local suppliers or negotiated lamp contracts for low cost/maintenance. Steel remote ballast enclosures are factory wired for easy installation and rated at C ambient operation. Our aluminum enclosure option is rated at C ambient operation, producing longer component life expectancy. Optional NFPA code 780 lightning protection. Concrete encased steel base, quick and easy installation. Contents What makes sports lighting different What makes Sportsliter the best choice... 4 Youth / Parks & Recreation... 6 Typical Recreation Field Layouts... 7 Scholastic & Intramural Professional Remote system Integral Ballast System Configurations Integral Ballast Luminaire Poles.... A Closer Look at Ballasts... Optics... Dark Skies... Control Gear.... SLTC Series Tennis Court System... SLS Gymliter... Infranor Para II Arena Luminaire

3 What you need to know Lighting design ensures safety of both the players and spectators in any sports application, while also providing a pleasant environment for your sporting event. Here are some guidelines in designing a playable field: Footcandle the standard unit of light measurement averages are critical because: When they are too low, the ball becomes hard to see. If the lighting isn t uniform, the ball will appear to jump or hop Other critical factors of lighting design in sports applications are: The number of poles and their height above the playing surface Light and lamp source Need for spill and glare control Making sure the lighting delivers as promised Hubbell Lighting s Sportsliter Solutions can help you address all of these important issues. A1 A B B C BASEBALL / SOFTBALL These aerial sports C2 require uniformity and high levels of illumination. Multiple poles light the ball from multiple sides for optimum visibility. Avoid the common mistake of lighting from the foul lines only. This can create an unsafe situation since the area of the ball facing the outfielders is not properly lit. Proper pole locations also reduce glare. Pole heights are determined by a simple formula, allowing for uniform illumination and the reduction of spill and glare to the players, spectators and neighbors. FOOTBALL / SOCCER Football and Soccer are both aerial and ground sports. Proper footcandle averages and uniformities are critical for safe play. Pole locations vary from four to eight and are located parallel with the sidelines for football and soccer, however soccer poles can also be located off the corners of the field illuminating the ball facing the goalie. Pole heights, as in baseball/ softball, are calculated by using a simple formula. Pole quantity varies by installation depending on setbacks (how close they are to the field). Class of play and facilities The traditional way of classifying sports as amateur and professional is no longer meaningful. Modern practices frequently allow amateurs and professionals to compete against each other, such as in golf tournaments and tennis matches. Furthermore, amateur basketball and football are now played in the same facilities and at practically the same level as professional sports. In general, as the skill level is elevated, players and spectators require a better and more sophisticated luminous environment. A correlation exists between the size of a facility and the level of play, e.g., a higher skill level attracts a greater number of spectators. As the number of spectators increases, their distance from the playing surface increases and their need for increased illuminance to see players and tasks requires the values to increase. Accordingly, facilities should be designed to satisfy the most talented players and accommodate the greatest potential spectator capacity. In TENNIS Tennis courts are lit with either floodlights or what is commonly called shoe box luminaires. Poles are located along the length of the courts and are much lower in heights than football or baseball installations. Shoe box luminaires offer a true 90 degree cutoff (no light goes upward into the atmosphere), greatly reducing the amount of spill light beyond the court surface. OTHER SPORTING EVENTS Other sports like lacrosse, field hockey, track, and golf courses can be lit in the same basic way with care for the comfort and performance of the players, spectators and neighbors. GUIDELINES Recommended footcandle averages are published by the IESNA (Illuminating Engineering Society of North America) and should be followed in any specification. Some sporting organizations have their own lighting requirements and should be consulted. THE LAMP OF CHOICE for sports lighting is Metal Halide. This lamp gives off white light and has excellent color rendering properties. For optimum maintenance look for systems that use off-theshelf lamps and not proprietary lamped systems. POLES There are a number of pole styles available. The most common are galvanized steel in either concrete encased or anchor base styles. Both are excellent choices for sports lighting applications. Centrifugally spun concrete poles are another option. All Hubbell poles are designed to stringent AASHTO structural standards. ENVIRONMENTAL LIGHTING REQUIREMENTS There is a growing list of cities, towns and municipalities that have specific spill and glare control footcandle lighting requirements. Before proceeding, you ll need to research local codes to see if environmental lighting is required. If not, you will have to make a decision based upon the proximity of dwellings are or even businesses which may be affected by unwanted stray light. Also, how close are your fields to a freeway, major roadway or even a secondary street where unwanted light could cause problems. Sportsliter Solutions offers different methods to control this unwanted light. large facilities seating over 10,000 spectators, the lighting criteria is usually governed by the needs of television. To determine illumination criteria, are classified facilities into four groups based on the skill level of the players and the anticipated number of spectators. CLASS I Competition play before a large group (00 or more spectators). However, for the purpose of this practice, illumination criteria for individual sports are limited to a spectator capacity of 10,000 or less. Lighting criteria for major stadiums and arenas require special design considerations such as vertical and horizontal illuminance values not covered by this practice, which may be defined by individual sports and/or broadcasting organizations. CLASS II Competition play with facilities for up to 5,000 spectators. CLASS III Competition play with some spectator facilities. CLASS IV Competition or recreational play only. FACILITY CLASS I II III IV Professional X College X X Semi-professional X X Sports Clubs X X X Amateur Leagues X X X High Schools X X X Training Facilities X X Elementary Schools X Recreational Events X Social Events X NOTE: all from IESNA RP

4 WHAT MAKES SPORTSLITER YOUR BEST CHOICE Our technology is in a league of its own INNOVATIVE OPTICAL DESIGNS For starters, our innovative spill/glare optical design uses internal louvers. The upshot? Light that s normally lost is redirected back onto the playing area, for greater lighting efficiency. SOLUTIONS special order proprietary and hard-to-find lamps which many other systems require. All of which makes an Sportsliter Solutions (SLS) system easier to keep up and running, day in and day out. Not only that, the Sportsliter s special spill/glare design greatly reduces glare to the players, spectators and neighbors by as much as 95%! With the Sportsliter s unique engineering, fewer fixtures are needed overall which results in lower installation, maintenance and energy costs in the long run. USES STANDARD ECONOMICAL METAL HALIDE LAMPS Our fixtures do all this with commercially available metal halide lamps. This eliminates the need to While a standard lamp reduces cost, our optional certified UL 18/CSA C.2 No 0.0, C ambient ballast rating means your system will last longer. Early ballast failure can occur in higher temperature environments and our higher rating option can better protect you from costly ballast capacitor replacement. Keep your lighting optimized via our exclusive ±11 horizontally adjustable crossarms. Making any adjustment quick, easy and reliable. Expert lighting design/environmental consultation Our mission is to serve the worldwide sports community by promoting the practice of excellent lighting design. These are not just words but backed by over 100 years of electrical heritage at Hubbell. An SLS Lighting Designer brings this unparalleled level of expertise to your design project offering a vast array of innovative lighting solutions for all sporting venues. The right lighting design is a powerful tool that will impact and enhance the sport and player safety, considering: Reduction of light pollution and trespass Initial costs Life cycle costs Visual comfort (player, spectator, broadcast) Productivity Efficiency Analysis of information from outside sources like: neighborhood associations and zoning commissions Participate in meetings with neighborhood and government groups Performance Plus 10-Year Maintenance Sportsliter Solutions Performance Plus is a comprehensive maintenance coverage program across the US on products purchased from SLS. The maintenance agreement obligates SLS to maintain your lighting system in proper operating condition for the 10-year term of the agreement. Benefits of the Performance Plus Maintenance Agreement are: Professional SLS authorized Service Technicians Covers labor, parts and service for 10 years Covers non-technical calls including proper operation instruction Can be renewed after the 10-year period Cancelable by the customer at any time No deductible It s from Hubbell a company you can trust Annual preventative maintenance and light level check, at the customer s request Eliminates large, unexpected repair bills Service throughout the United States Special Services California DSA* Title Other lighting products Specifications and lighting layouts *The Division of State Architects (DSA) acts as California s policy leader for building design and construction and provides construction oversite for K-12 schools and community colleges. SLS helps you understand and gain approval by DSA. Whether you are a school district representative, a consultant, or an engineer, we can offer structures compliant with DSA and have licensed California Structural Engineers ready to discuss your project. 4

5 YOUTH / PARKS & RECREATION How to light your field Lighting your local parks and recreation ballfield can be a very rewarding experience. Proper selection of an architect / engineering firm, lighting levels (footcandles), lamp source, equipment and installer is vital to this process. Whether it is an aerial or ground level sport, proper illumination is critical for safety and playability. Listed below are some recommended illumination levels for different sports and class of play (see page 3 for comprehensive class of play definitions). These levels are based on the Illuminating Engineering Society TABLE I OUTDOOR APPLICATIONS SPORT LIGHTED CLASS HORIZONTAL VERTICAL UNIFORMITY of North America (IESNA) Recommended AREA OF PLAY LUX FC LUX FC CV MAX/MIN Practice for Sports and Recreation Area Infield III or less 2:1 or less Lighting, RP-6-01 manual. You should also Baseball & Outfield 0 0. or less 2.5:1 or less Softball Infield IV 0 0. or less 2.5:1 or less research any requirements by a particular Outfield 0 0. or less 3:1 or less Basketball III 0 0. or less 3:1 or less sport sanctioning body for any other lighting IV 0 0. or less 4:1 or less level needs. Be sure to investigate whether Football III 0 0. or less 3:1 or less environmental lighting issues need to be IV 0 0. or less 4:1 or less addressed either through local codes or by Golf Driving Tee Boxes* 0 0. or less 3:1 or less Ranges At 183m (600 ) or less 3:1 or less site evaluation. Ice/Roller III 0 0. or less 3:1 or less Hockey* IV 0 0. or less 4:1 or less Lacrosse III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less II 0 0. or less 2.5:1 or less Soccer III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less II or less 2.5:1 or less Tennis III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less Track & III 0 0. or less 3:1 or less Field IV 0 0. or less 4:1 or less Golf Driving Tee Boxes* 0 0. or less 3:1 or less Ranges At 183m (600 ) or less 3:1 or less Shooting Line III or less 2.5:1 or less Skeet 18.3m (60 ) III 0 0. or less 2.5:1 or less & Trap (100 ) III 0 0. or less 2.5:1 or less Shooting Shooting Line IV or less 3:1 or less 18.3m (60 ) IV 0 0. or less 3:1 or less (100 ) IV 0 0. or less 3:1 or less Skiing No Criteria No Criteria * Readings taken at grade. All other readings taken at 1 meter (3 ). NOTE: Source: IESNA RP For other outdoor sports, contact factory. NOTE: Lighting criteria for major stadiums and arenas require special design considerations such as vertical and horizontal illuminance values not covered by this practical, which may be by individual sports and/or broadcasting organization. 5

6 YOUTH / PARKS & RECREATION Steps to follow STEP 1 Determine the sport, class of play (see page 3) and footcandle/uniformity requirements from table I. STEP 2 Select the optics (see page ). Be sure to research local municipal codes for spill / glare requirements to ensure you use the proper optics. STEP 3 Select the lamp source and wattage. The lamp source for sports lighting venues is Metal Halide. For most sporting events, 10W is the desired wattage since fewer fixtures are required. However, for outdoor tennis courts or indoor sporting events, 1000W may be a better choice. Lamp life for 1000W is 12,000 hours whereas 10W is 3,000 hours. STEP 4 Select the system: Remote ballast pre-wired and pre-aimed (page 14), integral ballasted pre-wired (page 16) or individual Sportsliter luminaires. Remote systems usually are wired and preaimed and can save installation time and costs. Integral ballasted systems are pre-wired and the luminaires are field aimed for greater accuracy to the lighting design. Integral luminaires are mounted to existing poles or poles supplied by the end user and require aiming and wiring in the field. Retrofitting these luminaires on existing poles saves money simply by not adding the extra costs associated with poles. Note, it is the responsibility of the end user to ensure the poles will handle the total weights and EPA (effective projected areas) of the luminaires used. STEP 5 Select the pole type (page ). Galvanized steel poles are the most common in sports lighting applications with concrete a very good option. STEP 6 Contact a local architect/engineering firm with experience writing product and performance specifications for sport fields. 6

7 RECREATION Typical field layouts FOOTBALL P4 P P P P FOOTBALL ' SETBACK MOUNTING HEIGHT: 60' # OF POLES: 6 BEAM TYPE: medium luminaires 8 narrow luminaires TOTAL LUMINAIRES: horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: maintained P6 P2 60 P P FOOTBALL 75' SETBACK MOUNTING HEIGHT: 70' # OF POLES: 4 BEAM TYPE: narrow luminaires medium luminaires TOTAL LUMINAIRES: 68 horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: maintained P4 P2 P1 P FOOTBALL 100' SETBACK MOUNTING HEIGHT: 90' # OF POLES: 4 BEAM TYPE: narrow luminaires medium luminaires TOTAL LUMINAIRES: 72 horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: maintained P4 7

8 RECREATION Typical field layouts BASEBALL A1 A2 65 C1 C2 BASEBALL 0' RADIUS MOUNTING HEIGHT: 60' # OF POLES: 4 BEAM TYPE: 14 medium luminaires 10 wide luminaires TOTAL LUMINAIRES: horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: infield / outfield maintained A1 A2 B1 B2 C1 C2 BASEBALL 0' RADIUS MOUNTING HEIGHT: 70' # OF POLES: 6 BEAM TYPE: 6 narrow luminaires medium luminaires 14 wide luminaires TOTAL LUMINAIRES: horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: infield / outfield maintained A1 A2 B1 B2 19 C1 19 C2 D1 D2 8 BASEBALL 0' / 0' / 0' MOUNTING HEIGHT: 70' # OF POLES: 8 BEAM TYPE: 8 narrow luminaires medium luminaires wide luminaires TOTAL LUMINAIRES: 62 horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: infield / outfield maintained

9 RECREATION Typical field layouts SOFTBALL A1 A B B C C2 SOFTBALL 0' RADIUS MOUNTING HEIGHT: 60' # OF POLES: 6 BEAM TYPE: 4 narrow luminaires 16 medium luminaires 8 wide luminaires TOTAL LUMINAIRES: horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: infield / outfield maintained A1 A2 60 B1 60 B2 C1 C2 SOFTBALL 0' RADIUS MOUNTING HEIGHT: 60' # OF POLES: 6 BEAM TYPE: 4 narrow luminaires 18 medium luminaires 16 wide luminaires TOTAL LUMINAIRES: horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: infield / outfield maintained A1 A B1 60 B2 C1 C2 SOFTBALL 0' RADIUS MOUNTING HEIGHT: 60' # OF POLES: 6 BEAM TYPE: 4 narrow luminaires medium luminaires 14 wide luminaires TOTAL LUMINAIRES: horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: infield / outfield maintained 9

10 RECREATION Typical field layouts SOCCER P4 P3 P2 P1 P5 SOCCER 0' X 2', ' SETBACK MOUNTING HEIGHT: 60' # OF POLES: 6 BEAM TYPE: narrow luminaires medium luminaires 12 wide luminaires TOTAL LUMINAIRES: 72 horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: maintained P6 P P P SOCCER 0' X 2', ' SETBACK MOUNTING HEIGHT: 70' # OF POLES: 4 BEAM TYPE: narrow luminaires medium luminaires TOTAL LUMINAIRES: 80 horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: maintained P4 P2 P1 P3 SOCCER 0' X 2', 70' SETBACK MOUNTING HEIGHT: 80' # OF POLES: 4 BEAM TYPE: narrow luminaires medium luminaires TOTAL LUMINAIRES: 88 horizontal INITIAL LUMENS: 162,000 FOOTCANDLES: maintained 10 P4

11 P3 P4 P1 P2 P3 P4 P1 P2 P3 P4 P1 P2 DOUBLE TENNIS COURT MOUNTING HEIGHT: ' # OF POLES: 4 TOTAL LUMINAIRES: 12 axial INITIAL LUMENS: 108,000 TRIPLE TENNIS COURT MOUNTING HEIGHT: ' # OF POLES: 4 TOTAL LUMINAIRES: 16 axial INITIAL LUMENS: 108,000 QUAD TENNIS COURT MOUNTING HEIGHT: ' # OF POLES: 4 TOTAL LUMINAIRES: axial INITIAL LUMENS: 108,000 Typical field layouts TENNIS 11 RECREATION

12 SCHOLASTIC & INTRAMURAL How to light your field Scholastic fields can be and are the pride of communities. Each one has its own Steps to follow STEP 1 Determine the sport, class of play (see page 3) and footcandle / uniformity set of parameters and no two fields are exactly alike. When decisions are made to light them, proper care should be taken to ensure you have the showcase you want. Specific average maintained illumination levels are required and should be researched either through local ordinances, scholastic organizations or the Illuminating Engineering Society of North America (IESNA) Recommended Practice for Sports and Recreation Area Lighting, RP-6-01 manual. requirements listed in table II. STEP 2 Select the optics (see page ). Be sure to research local municipal codes for spill/glare requirements to ensure you use the proper optics. STEP 3 Select the lamp source and wattage. The lamp source for sports lighting venues is Metal Halide. For most sporting events, 10W is the desired wattage since fewer fixtures are required. However, for outdoor tennis courts or indoor sporting events, 1000W may be a better choice. Lamp life for 1000W Intramural sports for collegiate or even at the scholastic level again pose their own set of needs. Typically, intramural fields are large open areas that have many sporting fields located inside the perimeter. Care should be taken so the area does not get too large, to avoid the added costs of extremely tall poles. They are usually lit to one overall average maintained footcandle level and can vary in average intensity. Local schools and colleges should work with architects and engineers or lighting manufacturers to establish these levels. is 12,000 hours whereas 10W is 3,000 hours. STEP 4 Select the system. Remote ballast pre-wired and pre-aimed (page 14), integral ballasted pre-wired (page 16) or luminaires only for retrofit/ customer supplied poles. Remote systems usually are wired and pre-aimed and can save installation time and costs. Integral ballasted systems are prewired and the luminaires are field aimed for greater accuracy to the lighting design. Integral luminaires are mounted to existing poles or poles supplied by the end user. They will require aiming and wiring in the field. Retrofitting these luminaires on existing poles will save money simply by not adding the extra costs associated with poles. Note, it is the responsibility of the end user to ensure the poles will handle the total weights and EPA (effective projected areas) of the luminaires used. STEP 5 Select the pole type (page ). TABLE II OUTDOOR APPLICATIONS Galvanized steel poles are the most SPORT LIGHTED CLASS HORIZONTAL VERTICAL UNIFORMITY common in sports lighting applications AREA OF PLAY LUX FC LUX FC CV MAX/MIN Infield I or less 1.2:1 or less with concrete, a very good option. Outfield I or less 1.7:1 or less STEP 6 Contact a local architect / engineering firm or lighting manufacturer Baseball & Infield II or less 1.5:1 or less Softball Outfield II or less 2:1 or less Infield III or less 2:1 or less with experience writing product and performance Outfield III 0 0. or less 2.5:1 or less Infield IV 0 0. or less 2.5:1 or less specifications for sport fields. Outfield IV 0 0. or less 3:1 or less Basketball III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less I or less 1.7:1 or less Football II 0 0. or less 2.5:1 or less III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less Ice/Roller II 0 0. or less 2.5:1 or less Hockey* III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less II 0 0. or less 2.5:1 or less Lacrosse III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less I or less 1.7:1 or less Soccer II 0 0. or less 2.5:1 or less III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less I or less 1.7:1 or less Tennis II or less 2.5:1 or less III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less Track & II 0 0. or less 2.5:1 or less Field III 0 0. or less 3:1 or less IV 0 0. or less 4:1 or less * Readings taken at grade. All other readings taken at 1 meter (3 ). NOTE: Source: IESNA RP For other outdoor sports, contact factory. NOTE: Lighting criteria for major stadiums and arenas require special design considerations such as vertical and horizontal illuminance values not covered by this practice, which may be by individual sports and/or broadcasting organization. 12

13 PLAYING LIKE THE PROS How to light your field Stadiums and arenas have been built in most major market areas for the professional baseball, basketball, football, soccer and other professional sport teams for community and national leisure and entertainment. Lighting these venues is different than recreational and scholastic fields in that the main focus of lighting is vertical footcandles rather than horizontal. Television cameras must be able to sense light reflecting off the vertical surface of whatever is on the field of play so the images can be properly transmitted to the viewers at home. These vertical footcandles must be uniform and of sufficient level (usually in the 1+ range) so the cameras work without constant adjustment when broadcasting from one area of the field to another. Some television networks have minimum lighting standards that must be followed. So how do you ensure proper lighting on your field? Collegiate and professional stadium and arena specifications are best left up to reputable architects and engineers who specialize in this type of design and build work. These firms are well versed in how to write the proper specification for television coverage and with the actual structural requirements of the stadium itself. OUTDOOR APPLICATIONS SPORT LIGHTED CLASS HORIZONTAL VERTICAL UNIFORMITY AREA OF PLAY LUX FC LUX FC CV MAX/MIN Baseball & Infield I or less 1.2:1 or less Softball Outfield I or less 1.7:1 or less Basketball III 0 0. or less 3:1 or less Football I or less 1.7:1 or less Horse Track 0 Racing Home Stretch or less 3:1 or less Finish Line or less 1.7:1 or less Hockey* II 0 0. or less 2.5:1 or less Soccer I or less 1.7:1 or less Tennis I or less 1.7:1 or less Track & Field II 0 0. or less 2.5:1 or less * Readings taken at grade. All other readings taken at 1 meter (3 ). NOTE: Source: IESNA RP For other outdoor sports, contact factory. NOTE: Lighting criteria for major stadiums and arenas require special design considerations such as vertical and horizontal illuminance values not covered by this practice, which may be by individual sports and/or broadcasting organizations. TD Garden - Boston, MA Connecticut Tennis Center - New Haven, CT MT Bank Stadium Baltimore, MD CHASE Field - Pheonix, AZ Heinz Field - Pittsburg, PA 13

14 Engineered Illumination REMOTE SYSTEM: PRE-WIRED & PRE-AIMED Includes Crossarms, Optics, Lamps, Remote Ballast Enclosure, Harness and Poles Remote crossarms Factory aimed to pre-determined computer-generated aiming points and pre-wired to plug-in connectors saves installation time, costs and job site confusion. Labeling of pole locations and reflector beam types adds to an easy and accurate installation. CROSSARM SOCKET HOUSING Adjustable ±11 horizontally Die cast aluminum housing Factory aimed Lektrocote polyester finish Hot-dipped galvanized finish Silicone gasketed Pre-wired to single plug-in Enclosed wiring connectors Pre-aimed Labeled with optic type Stainless steel mounting bolts Labeled with pole number Vertical aiming/repositioning All enclosed wiring memory 100% electrically tested at Hubbell Gard hardware factory (prevents galvanic corrosion) Removable pole cap UL listed, CSA certified Optics Four optical systems cover all your design needs. From environmentally sensitive areas to open spaces, Hubbell has the optic system. Lamps are included. See page for more details. 100% electrically tested at factory UL listed, CSA certified 14 Ballast housing system Each ballast housing is constructed of either hot-dipped galvanized steel or.080 painted aluminum. All steel enclosures are galvanized to ASTM A 1 standards and are listed for C ambient operation. Aluminum housings are painted with a Lektrocote polyester powder system and are listed for C ambient operation. Both have isolated ballast/capacitor chambers, pre-wiring to single plug-in connectors, load break or optional thermal magnetic breaker (both for disconnect) and fusing. Each housing is labeled with pole location for easy installation and maintenance. Systems includes wiring schematic and pole top arrangement drawings. 100% electrically testing at the factory ensures long, trouble-free operation. Offered in single or three-phase wiring systems, single or dual box configurations for field switching and 8V-0V operation. Located starting at 10 above the grade, each enclosure is pre-wired to your specific voltage. See page for more details.

15 Wiring harness Factory pre-wired and assembled. Individually color coded wires for fixture polarization. 12 gauge wire is rated at 600V, with stainless steel wire support. For maximum protection, the entire harness is enclosed in convoluted tubing. Factory built and tested, the wiring harness provides a rugged locking connection between the crossarm luminaire and remote ballast enclosure. Labeled with pole locations and wired with quick connectors ensures a quick and accurate installation. Factory built 100% electrically tested Keyed quick connect plugs 100% enclosed in flex conduit 12 gauge copper wire Poles Multiple pole offerings to meet your particular needs. Poles include concrete encased Lower Stub or Anchor Base Steel and Pre-Stressed Concrete. Every pole is matched to the location s wind requirements and luminaire loadings. Poles are designed to strict AASHTO structural standards. Foundation Special features Kellems cable support grip Matched to pole length Labeled with pole reference Certified UL 18/CSA C.2 No 0.0 To properly install any pole system, foundations must be designed by a state licensed professional engineer for each job location. Our foundations are designed using soil bore tests to ensure safe, trouble-free operation. Designed as a system. Certified UL 18/CSA C.2 No 0.0. Switch level dimming optional. 100% electrically tested at factory. IP suitability. Products are certified by an OSHA-accredited Nationally Recognized Testing Laboratory (NRTL) for use in the US and/ or Canada. REMOTE FIXTURE HEAD DIMENSIONS 2/8" (8 mm) 5/16" (75 mm) AXIAL HORIZONTAL REMOTE BALLAST " (611 mm) 5/16" (75 mm) 3/8" (8 mm) 83/4" (2 mm) 87/8" (2 mm) 87/8" (2 mm) (10 mm) 4/2" (11 mm) 2/8" (5 mm) 5/8" (5 mm) 2/8" (5 mm) 3/4" (4 mm) 15

16 System Retro-Fit INTEGRAL BALLAST SYSTEM Includes Pre-wired Crossarms, Integral Ballasted Luminaires, Lamps and Poles Crossarms Each luminaire location is pre-wired back to a distribution box for quick and easy power connection. Every location is labeled with proper beam type for accurate installation. The integral luminaires are pre-wired with a cord/plug set that mates to the crossarms plug, saving installation time and money. Integral ballast system luminaire HOUSING Rugged die cast aluminum housing features one-piece cover for easy installation and maintenance. Isolated ballast/capacitor/wiring compartments provide much cooler operation for prolonged component life. Isolated wiring chamber utilizes 90 C wire. Certified UL 18/CSA C.2 No 0.0 at C ambient. Vertical aiming/repositioning memory and horizontal aiming indicator provide accurate pre-aiming or repositioning stop when relamping to reduce installation time and costs. INSTALLATION Pre-wired with 16/3 STOW-A cord and plug. Mounting bolt included (3/4 diameter). Aiming sight is included, with our FAST AIM system (see page 19). Axial system modular shipment (ballast/ optics). Horizontal system shipped completely assembled from factory. SPECIAL FEATURES Meets 1 g, 100,000 cycle vibration test and 1 mph wind tunnel test standards. Captive hardware. Hubbell Gard treated external hardware. Certified UL 18/CSA C.2 No 0.0 for C ambient operation. External fusing access. Mogul socket, 4kV pulse rated, 600V rated. Lektrocote polyester powder paint finish. IP suitability. 100% factory electrically tested. Poles Multiple pole offerings to meet your particular needs. Poles include Concrete encased or Anchor Base Steel and Pre-Stressed Concrete and are matched to each job s wind requirements and luminaire loadings. See page for more information. Foundation To properly install any pole system, foundations must be designed for each job location. Our foundations are designed using customer-supplied soil bore tests to ensure long, trouble-free operation. 16

17 CONFIGURATIONS Remote or Integral Systems Configurations for number of crossarms and optics per crossarm will vary by application and light level requirements. Below are standard lighting configurations from 2 through fixtures. Other options are available. Please contact Hubbell Lighting for further information on layouts requiring more than fixtures. " " " NOTE: Integral system maximum of

18 For Retrofit or Customer-Supplied Pole Installations INTEGRAL BALLAST LUMINAIRE 19 1 Spill glare control detail RUGGED ONE-PIECE ALUMINUM COVER allows for easy installation and maintenance ISOLATED BALLAST COMPARTMENT provides much cooler operation for prolonged life. (Maximum ballast temperature is 1 C, any wattage at C ambient.) 3. 3 ISOLATED CAP/STARTER keeps components cooler for longer life. (Maximum capacitor case temperature is 65 C, any wattage at C ambient.) 4 4. VERTICAL AIMING/REPOSITIONING MEMORY provides accurate pre-aiming and repositioning stop when relamping. Reduces installation time. (FAST AIM) 5 5. FOUR-POINT STAINLESS STEEL LATCHING treated fasteners, provides tool-free entry and positive seal STAINLESS STEEL LENS RING is engineered for longer life SILICONE GASKET assures quality high temperature gasketing for a long life seal TEMPERED CLEAR GLASS LENS is thermal shock and impact resistant. 9. STAINLESS STEEL HINGE 9 assures a long, service-free life. 10. FILTERED OPTICS significantly reduce optical contaminants while increasing lifetime optical efficiency. 11. LAMP SUPPORT provides lamp vibration resistance and positive alignment. 12. HEAVY-DUTY MOGUL SOCKET is nickelplated with lamp grips to ensure proper lamp position. Optional position-oriented socket. 13. REFLECTOR of finished spun parabolic aluminum provides long life, and consistent lighting performance. 14. SOCKET HOUSING of durable die-cast aluminum allows for maximum heat dissipation and is painted in long-lasting Lektrocote finish SINGLE BOLT MOUNTING (,000 lb. strength and captive) makes installation easy. Ballast location centers ballast weight over crossarm/pole eliminating twisting moments as in yoke-mounted units. Mounting bolt (3/4 ), nuts and washers included. 16. HORIZONTAL AIMING INDICATOR allows for precise preset aiming. Reduces installation time. with FAST AIM. Additional screw mounting required. 17. CABLE PROTECTED ENTRY accepts 16/3 thru optional 12/3 SO cord. 18. HOUSING of durable die-cast aluminum is painted in gray Lektrocote finish for long, trouble-free service. 19. ISOLATED WIRING utilizing 90 C wire, suitable for C ambient, makes installation easy.. CAPTIVE HARDWARE Hubbell Gard treated to prevent galvanic corrosion.. UL LISTED/CSA CERTIFIED to C ambient operation.. INTERNAL SPILL/GLARE CONTROL with horizontal mounted lamps. Shipped completely assembled (ballast, optical, louver and lens).. FRONT LAMP SUPPORT (horizontal optic system) standard for vibration resistance and positive alignment. ADDITIONAL FEATURES Certified UL 18/ CSA C.2 No 0.0 for outdoor use; builtin lamp support; shipped modularly ballast optical; aiming sight included; external fusing (when required); FAST AIM system. 18

19 Ordering Information ORDERING EXAMPLE SLS - 10H V2 Series Wattage/Source Ballast Type Beam Distribution Voltage General Options SERIES SLS Sportsliter Series WATTAGE 1000H 1000W Metal Halide 10H 10W Metal Halide 1000S 1000W High Pressure Sodium 0875P 875W Pulse Start Metal Halide 13,14 BALLAST TYPE 0 No Ballast (remote head only) 2 1 HPF Regulated, Peak Lead Auto, CWA, Auto Regulated BEAM DISTRIBUTION 12 2 NEMA Type 2 3 NEMA Type NEMA Type 4 5 NEMA Type 5 6 NEMA Type 6 N Narrow Beam Horizontal lamp 8,9 M Medium Beam Horizontal lamp 8,9 W Wide Beam Horizontal lamp 8,9 VOLTAGE 5 0 volt 6 Tri-Tap 1/7/7V 7 600V 1 8 Quad-Tap 1/8/0/7V 0 No Ballast (remote head only) 2 E 0/0V Hz 3 GENERAL OPTIONS -3C(XX) 4,11 3 Prewired SEOWA Cord (specify voltage) -6C(XX) 4,11 6 Prewired SEOWA Cord (specify voltage) -12C(XX) 4,11 12 Prewired SEOWA Cord (specify voltage) -F(X) 5 Fusing -PH 6 Protective Heavy-Duty Outer Hull -L Unit w/ Lamp (shipped separately) -SG 7 Spill/Glare Control (internal faceted louver, MH only) -V2 External visor -LV External visor/louver -M Bronze Lektrocote Finish 1 CSA certified. 2 Remote head units, specify wattage and lamp type to be used: H for MH and S for HPS. Example: SLS100H and 10W MH only. All other wattages and sources consult factory. 4 For wire gauge, replace first X with 6-16/3; 4-14/3; or 2-12/3. (NOTE: 1V 10W units must use 14/3 or 12/3). For voltage replace second X with 1-1V; 2-8V; 3-0V; 4-7V; 5-0V; 6-7V. 5 To denote voltage, replace X with 2-8V; 3-0V; 4-7V; 5-0V; 6-7V. 6 Hull adds 4 lbs. to total weight - shipped separately except on N/M/W optics (assembled on unit). 7 Internal faceted louvers for beam type N/M/W only. 8 Not available in HPS. Luminaire shipped as completely assembled unit. 9 Units not suitable for up aiming. 10 Lamp included. 11 Specific wire gauge and wiring methods may be required by local or national codes. Consult local inspection agencies for details prior to ordering. 12 Not available in 1000W HPS 13 Beam distribution N, M & W only. Not available in remote yoke head unit. 14 Limited aiming angles: this product can only be aimed between 17 and degrees below horizontal. Note: Order accessories separately. Integral & Yoke-Mounted Fixture Dimensions EPA 2.8 SLS REMOTE YOKE MOUNTED HEAD (USED FOR EXTREMELY HIGH AMBIENT OPERATION 5 1 /4" (1 mm) 5 /8" (9 mm) 1 /8" (2 mm) 12" (5mm) 8 1 /8" (6mm) /4" (2 mm) 1 /2" (2mm) 9" R. (2mm) /4" (1mm) INTEGRAL BALLAST 7 /8" (2 mm) 18 7 /8" R. (9mm) 1 /8" (1mm) YOKE MOUNTED 17/" (13mm) 2" (mm) FAST AIM 3 1 /8" (79mm) 7/8" (mm) Factory Assisted Sighting Technology* greatly reduces installation time by allowing precise degree (preset) aiming before the poles are raised and set in place. Simply position the vertical aiming/repositioning memory stop and the horizontal aiming indicator to the factory-supplied angles, tighten down, raise and set pole. Reduces installation costs! Luminarie weights AXIAL HORIZONTAL OPTIC OPTIC DESCRIPTION lbs. kg. lbs. kg. Remote Yoke Head Integral 1000W MH Integral 10W MH Integral 875P N/A N/A.0.0 Integral 1000W HPS.0.2 N/A N/A VERTICAL AIMING/REPOSITIONING MEMORY HORIZONTAL AIMING INDICATOR *Note: Target aiming is the IES preferred aiming method. As with any preset aiming system, some field adjustments may be required to maximize overall lighting performance. 19

20 POLES: GALVANIZED STEEL OR PRESTRESSED CONCRETE Steel shaft slip-fit poles EASILY ASSEMBLED Our steel poles are designed with slip-fit connections to eliminate technical problems in the pole-to-base transition: No critical weld joints No galvanizing problems from material or thickness change No ledges to collect water Less bulky than concrete, steel poles are up to two times smaller in diameter and seven to ten times lighter, making them easier to handle and erect. GALVANIZED STEEL COMBINES GOOD LOOKS AND EASE OF INSTALLATION CONCRETE POLES ARE A LOW MAINTENANCE, HIGH STRENGTH CHOICE CONCRETE ENCASED STEEL Installation of Concrete Encased Steel is simple and cost effective. The lower shaft can be installed in the foundation and aligned by simply moving it into place by hand. Back fill with pre-determined material per foundation design, let set and then install the upper section. Quick, simple, easy and cost effective. Lower weight, lower shipping costs, easy to install. Concrete Encased poles have a proven durability record with over years of history. Each pole is hot-dip galvanized inside and out. Plus, from 6 above the ground line to the bottom of the pole, we double-protect with Black Asphaltum corrosion-resistant coating. Black Asphaltum is a coating designed for general industrial use where a highly protective acid and alkali resistant coating is desired. Once applied, it is a dependable barrier between the activity of modern life and the environment. It has excellent chemical resistance to highway and industrial chemicals such as calcium chloride, sodium chloride and trisodium phosphate. Black Asphaltum has excellent rust proofing properties and when applied over the galvanized finish offers double protection for the steel pole for a long and trouble free installation. The coatings may be sprayed, brushed or dipped for excellent adhesion and wear resistance. Minimum thickness after drying is mils. Black Asphaltum meets performance requirements of TT-V-F, varnish: asphault. It is free of lead and chromate hazards. ANCHOR BASE STEEL All the advantage of steel poles, lightweight, strong, long life but with a traditional anchor base mounting style. Hot-dipped galvanized inside and out for long, trouble-free operation. Each section is pre-fitted at the factory before shipment to job site. Pole accessories Flood brackets Extra hand holes Couplings Lightning rods Duplex frames OUR ANCHOR BOLT SYSTEM IS THE RIGHT CHOICE FOR ALL APPLICATIONS BLACK ASPHALT PROTECTION STEEL ANCHOR BOLT CONCRETE ENCASED CONCRETE Caged poles Steel or concrete poles are available with cages, steps and safety cables. When required, each pole is designed to handle the luminaire loads per published wind zones of the location. Prestressed concrete poles HIGHLY DURABLE Our prestressed concrete poles are centrifugally spun, making them exceedingly strong and impervious to moisture. They resist corrosion, won t warp or twist with age, and have a service life up to years. Lighter in weight than static cast concrete, they feature a slim, aesthetically pleasing design. EASILY INSTALLED Prestressed concrete poles are usually direct burial, which eliminates the cost and time delays of setting anchor base footings. IN-HOUSE ENGINEERING Our staff can work with you to produce a pole to meet your needs and satisfy all loading conditions. Our poles are available to meet even the shortest delivery schedules.

21 A CLOSER LOOK AT BALLASTS Remote Ballast Enclosure LIFT/MOUNTING HANGER GALVANIZED STEEL HINGES STAINLESS STEEL LATCH 14 GA. STEEL ( C) OR.080 ALUMINUM HOUSING ( C) PRE-WIRED UL/CSA LABELING INDIVIDUAL FUSING CAPACITORS WIRING ENTRY GROUNDING LUG GALVANIZED STEEL OR PAINTED ALUMINUM POLE LOCATION LABEL (ON FRONT) GASKETED BREAKER SCHEMATIC Integral Ballast Housing DIE CAST ALUMINUM HOUSING PROVIDES LONG LIFE AND TROUBLE-FREE SERVICE ISOLATED BALLAST COMPARTMENT PROVIDES COOL OPERATION FOR PROLONGED LIFE ISOLATED CAPACITOR COMPARTMENT KEEPS COMPONENTS COOLER FOR PROLONGED LIFE VERTICAL AIMING/REPOSITIONING MEMORY FOR FAST, ACCURATE AIMING AND RE-AIMING WHEN LAMP IS CHANGED

22 SLS OPTIC FEATURES Hubbell s technologically advanced optics make it the hands-down favorite for thousands of sports facility managers. In fact, Hubbell Sportsliters are highlighting the action for professional, collegiate, scholastic, community and recreational programs around the world. AXIAL (A) OPTICS distributions athletic facility designs What makes our optical systems so advanced? Features such as these: Sealed parabolic reflector assures long life and consistent lighting performance Four-point stainless steel latching provides tool-free entry and positive seal Stainless steel lens ring results in longer life Stainless steel lens hinge supports lens, makes maintenance easy Silicone gaskets assure quality at high temperatures for long seal life Tempered clear glass lens resists impact and thermal shock Filtered optics reduce optical contaminants and increase lifetime optical efficiency Lamp support resists lamp vibrations and assures positive alignment HORIZONTAL (H) OPTICS Spill/glare If you have concerns with light trespass and keeping your neighbors backyards and the night sky dark, we have two excellent high-performance spill/glare control optics. The SG option utilizes internal louvered optics for excellent control. Our SG-V2 uses the spill control abilities of the SG but incorporates an external visor for better control of glare. For optimal control the SLS-LV uses an external visor and external louver, these options are available with all optics. HORIZONTAL WITH SPILL/GLARE (SG) OPTICS distributions athletic facility designs requiring spill light control into surrounding areas located in residential areas HORIZONTAL WITH SPILL/GLARE OPTICS & VISOR (SG-V) maximum SLS-LV HORIZONTAL WITH SLS-LV EXTERNAL VISOR AND LOUVER located in residential areas Lamps We use only commercially available to deliver rated performance, not proprietary single source lamps. That means you can buy replacements at virtually any electrical wholesaler.

23 DARK SKIES What you need to know about Unwanted off-site light has been a problem for many years in communities around the world. There are generally three categories associated with this situation: LIGHT POLLUTION (light trespass, spill light) is the amount of light outside the playing area. This light is measurable and should be measured in both horizontal and vertical planes. The ideal location is at the property line of the sports lighting installation. Each test point should be listed as a maximum footcandle level, not just pointing the test meter back toward the field. GLARE is a very subjective term. It relates principally to the direct view of the floodlights. In most cases, it will be only a nuisance, but without proper shielding of the optic, it can become distracting. Shielding of the main beam and lamp will greatly reduce this situation. SKY GLOW is a term for halo effe ct. It comes from upwardly directed light causing a glow in the sky. In sports lighting, this should not be totally eliminated when dealing with an aerial sports application such as baseball. It can be reduced greatly by incorporating internal and external louver/visor control. Hubbell SLS SG and SG-V2 optics are designed to restrict unwanted upward light, spill light outside the sports installation and unnecessary glare, both on and off the field. By mounting the lamp horizontally to the parabolic reflector, it is located deep inside the reflector shape, therefore allowing for better concealment, reducing spill and glare.

24 SPORTSLITER SOLUTIONS CONTROL GEAR Wireless Remote Control System The SLS WRC System is a wireless control system that controls the operation of ballfield and other playing surfaces lighting, parking lot and security lighting, electronic bathroom door locks, sprinkler and irrigation valves, etc. The system is comprised of Remote Control Units (RCUs) and an optional Base Station (PC computer) which incorporates WRC s software that automates the control of the RCUs. The RCUs are located near the switchgear (including lighting contactors) of electrical equipment to be controlled, or optionally, near the switches of the electrical equipment to be controlled. PLAYFIELD 2 (ZONE 2) PLAYFIELD 3 (ZONE 3) PARKING LOT (ZONE 4) SECURITY LIGHTING (ZONE 5) KEYPAD CONTROL In order to have maximum flexibility, the WRC system is designed so that three primary methods can be used to remotely control and/or automate the Remote Control Units: Telephone WRC Software Keypad at RCU WIRELESS REMOTE CONTROL SYSTEM PLAYFIELD I (ZONE 1) The SLS WRC system will provide any installation with better control over your sporting installations with long trouble-free operation. For more information, please contact your local Hubbell Representative or call and ask for Sportsliter Solutions. WIRELESS SERVICE PROVIDER STANDARD OR CELLULAR PHONE PC W/ SLS WRC CONTROL SOFTWARE OR CONTROL VIA WEB ACCESS Lighting Contactor Cabinets The SLS LCC (Lighting Contactor Cabinets) are custom designed for each sports lighting installation. These electrical control systems incorporate painted aluminum NEMA enclosures with state-of-the-art electrical contactors for long trouble-free operation. Each will include a three-pole, off-on-auto selector switch for each field so individual operation can occur. The cabinets are completely pre-wired and include a ground buss. LIGHTING CONTACTOR CABINETS (ELECTRICALLY CONTROLLED SWITCH)

25 SPORTSLITER SOLUTIONS SLTC SERIES TENNIS COURT SYSTEM Dependable and strong, Hubbell Lighting s SLS SLTC Series lighting system delivers the most lighting possible under any condition. Designed for optimal beam utilization, good playability, maximum energy efficiency, and minimal environmental impact, the SLTC Series lighting system fills the playing area with uniform, comfortable light. Innovative luminaire design and optics minimize light spillage and keep the light where you want it on the playing surface. Aesthetically pleasing, low mounted SLTC luminaires provide excellent lighting uniformity at night while blending in with the tennis court environment during the day. The SLTC luminaires offer advanced design and superior performance with sharp cut-off and high quality construction, making this luminaire ideal for residential, high school, college, club tennis courts and resorts. Design & support Not only do we design, engineer, test and manufacture fixtures, poles, and entire lighting systems, we provide the technical services like site layout evaluation, application design and local support from the parking lot to tennis courts and arenas. ORDERING INFORMATION LUMINAIRE SLTC Series SERIES SLTC HOUSING STYLE A WATTAGE/SOURCE 00H 0 watt Metal Halide H 1000 watt Metal Halide 1 1 Lamp included. A Housing Style XXXXX Wattage/Source HT Optic OPTIC HT Court Summary points at 3', spacing 10ft x 10ft HORIZONTAL FOOTCANDLES AVERAGE MAXIMUM 68 MINIMUM AVG/MIN 1. MAX/MIN 1.66 COEF. VAR UNIF. GRAD Voltage Horizontal Forward Throw VOLTAGE 8 Quad-Tap (1, 8, 0, 7V) 5 0V COLOR 1 Bronze 2 Black 7 Green ORDERING INFORMATION ROUND STRAIGHT POLE SLT Series SERIES SLT X Nominal Shaft Size NOMINAL SHAFT SIZE 4 Four inches 5 Five inches 6 Six inches NOMINAL SHAFT LENGTH 18 Eighteen feet Twenty feet XX Nominal Shaft Length 1 Six inch shafts only. 2 Four and Five inch shafts only. 3 Four inch shafts only. 4 Anchor base poles include base cover. Court Summary points at 3', spacing 10ft x 10ft HORIZONTAL FOOTCANDLES AVERAGE MAXIMUM 65 MINIMUM AVG/MIN 1. MAX/MIN 1. COEF. VAR UNIF. GRAD X Pole Gauge XX X Mounting Base POLE GAUGE Gauge Gauge Gauge Color X MOUNTING BASE AB Anchor Base Steel 4 DB Concrete Encased COLOR M Bronze M Black M Green XXX Color Primary Playing Area points at 3', spacing 10ft x 10ft HORIZONTAL FOOTCANDLES AVERAGE MAXIMUM 93 MINIMUM AVG/MIN 1.66 MAX/MIN 3.00 COEF. VAR. 0. UNIF. GRAD Entire Area points at 3', spacing 10ft x 10ft HORIZONTAL FOOTCANDLES AVERAGE MAXIMUM 177 MINIMUM 10 AVG/MIN 5. MAX/MIN COEF. VAR. 0. UNIF. GRAD. 4.

26 SLS GYMLITER Remote Ballast System The GYMLITER system provides an energy efficient optical system utilizing 1000w metal halide optics. All ballasts, capacitors, and fusing are located in a remote enclosure which can be mounted in an electrical room for safe, easy installation and maintenance. Our optional switch-level dimming allows operation in either high (full level) or low, -% power reduction with 70% light reduction for energy savings and flexibility in gymnasium usage. Remote Ballast System / Ballast Enclosure For Gymliter All major electrical components are located inside the enclosure (ballast, capacitors, fusing, load break switch) and are pre-wired to terminal strips for luminaire wiring connections. Each enclosure is constructed of.080" aluminum and is painted with gray Lektrocote polyester powder finish. Listed for up to C ambient operation, ensuring long, trouble-free operation. 100% electrically tested and offered in single or three-phase wiring system with optional dual wiring for event switching capability, pre-wired to your specific voltage. CONTROL YOUR LIGHTING COSTS Hubbell s complete line of controls combines the superior technology of Hubbell Lighting with advanced control capabilities. With these lighting tools, you can effectively control lighting levels, reducing energy usage and maintenance costs. Because you are running lamps at lower levels and reducing hot restrike time, this adds to the capability of your lighting system. HOW IT WORKS You simply wire an integrated control panel or ballast to a wide variety of available Hubbell sensors, switches or timers. Each panel is capable of controlling up to eight zones, each containing up to ten luminaires for switched level lighting. panel distribution (1V) panel distribution (neutral) DISTRIBUTION PANEL to lighting contactor control panel lighting contactor control lead SLD fixture SLD fixture SLD fixture 1 to 7V fixtures only

27 SLS/STERNER PARA II ARENA LUMINAIRE The Para II makes it easy to meet arena design off performance The Para II luminaire was designed specifically for interior sports lighting applications, utilizing a beam pattern engineered for efficiency, glare control and uniformity. In fact, the product derives its name, Para II, from a unique combination of two separate parabolas. This is an illumination system so unique and so advanced in its control of light that it was patented. The beam pattern provides a narrow vertical beam to minimize unwanted spill light on the scoreboard while providing a wide horizontal beam so the entire playing surface can be evenly illuminated from catwalk systems located on either side of the playing surface. This unique beam pattern eliminates the need for placing supplemental lighting in the glare zones on the ends of the catwalks. Motorized shade Motorized shade option provides a time-tested, reliable method for providing instant on/off capabilities including, theatrical effects for player introductions, half time shows, special effects and other scenarios. SHADE FULLY OPEN Mounting SHADE IN MOTION SHADE FULLY CLOSED Patented catwalk mounting system Heavy-duty yoke with mounting system that locks aiming into place Horizontal and vertical protractors for easy aiming Tool-free rear access for relamping leaves aiming angles undisturbed and maintenance personnel safely on the catwalk Can be double stacked with other arena luminaires when space is limited As the game races across the playing surface, spectators follow the action while broadcast directors switch camera angles and view points for the home viewing audience. Providing effective lighting for such dynamic, fast paced action need not be as challenging as the game itself. That s why SLS/Sterner has created a simple yet exacting arena lighting system that surpasses all arena design considerations and is compliant wit professional basketball specifications. The arena lighting system exceeds: Television broadcast requirements for multiple camera locations Illumination criteria of broadcast networks and professional sports organizations The uniformity gradient (measures the rate of change of light levels illuminance on the playing surface of adjacent measuring points) The coefficient of variance (measures the ratio of the standard deviation of all values to the mean value for light levels on the playing surface) All uniformity ratios, including maximum/minimum (measures the difference between the highest and lowest light levels on the playing surface) Spectator considerations Minimizes glare for players Minimizes glare for spectators Provides balanced illumination on the court with gradual decrease into seating area Provides balanced illumination on athletes and reduces shadows on playing surface Provides a system design where illumination does not impede the quality of the picture projected from the video scoreboard Theatrical considerations Motorized Shade Supplies an instant dark system for the sports lighting luminaire during pre-, mid- and post-game events

28 Hubbell Lighting Outdoor & Industrial Solutions WAREHOUSE, RETAIL, HAZARDOUS FLOODLIGHTING/WALL/LANDSCAPE LOW LEVEL PEDESTRIAN Industrial Lighting Outdoor Lighting PRECISION FLOODLIGHTING/SITE LIGHTING SPORTS LIGHTING AREA LIGHTING I N F R A N O R Hubbell Lighting Inc. Distinguished Lighting Brands Alera Lighting Kurt Versen Architectural Area Lighting Paragon Lighting Beacon Products Precision Lighting Columbia Lighting Prescolite Compass Products Progress Lighting Devine Lighting Security Lighting Dual-Lite Spaulding Lighting HomeStyle Lighting Hubbell Lighting, Inc. Sportsliter Solutions Hubbell Building Automation Sterner Lighting Systems Hubbell Outdoor Lighting Thomas Research Products Hubbell Industrial Lighting Thomasville Lighting Kim Lighting Whiteway United States Hubbell Lighting, Inc. 701 Millennium Boulevard Greenville, SC Canada Hubbell Canada 870 Brock Road Pickering, Ontario L1W 1Z8 Mexico Hubbell De Mexico, S.A. DE.CV Av. Insurgentes Sur # 12, 8th Floor Due to our continued efforts to improve our products, product specifications are subject to change without notice. 10 HUBBELL LIGHTING HUBSLS-FL 2.5K REV3/10