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Home My WebLink AboutFOSSIL CREEK COMMUNITY PARK - PDP - 44-00 - SUBMITTAL DOCUMENTS - ROUND 2 - PHOTOMETRIC PLANIt G ° H-P ,__tr>E Qk fae 25 r re Po SL VTL 251/2'w x 20'H WT:32 EPA:2.15 IP:54 SL VTLDL 251/2'W x 20'H WT:32 EPA:2.15 IP:54 SL VTH 251/2"w x 20'H WT:32 EPA:2.15 IP:54 EXAMPLES BALLAST FIXTURE BALLAST ARM BASE -POLE COLOR OPTIONS 70MH SL VTL 10OMH DB6-4R12-125 BLK 70 watt metal halide multitap ballast SL VTLDL 150HPS PR4-4R14-125 MAL 120/208/240/277 volt. Use medium base, clear 2-SL VT-H3 175MH SLA 22 PR4-4R16-125 DGN BC5-4 ED-17 lamps. SL VT-H2 70MH WMA 22 WHT 70MHT6 70 watt metal halide multitap ballast 120/277 volt. Uses a G12 base, clear T-6 ceramic MH CATALOG NUMBER lamp. SL VTL CLEAR ACRYLIC LENS WITH STACKED LOW BRIGHTNESS LOUVERS 10OMH 100 watt metal halide multitap ballast SL VTLDL LIGHTLY DIFFUSED CLEAR ACRYLIC LENS 120/208/240/277 volt. Use medium base, clear SL VT-H2 TEMPERED GLASS LENS, TYPE 2 HORIZONTAL CUTOFF REFLECTOR ED-17 lamps. SL VT-H3 TEMPERED GLASS LENS, TYPE 3 HORIZONTAL CUTOFF REFLECTOR 150MH SL VT-H4 TEMPERED GLASS LENS, TYPE 4 HORIZONTAL CUTOFF REFLECTOR 150 watt metal halide multitap ballast 120/208/240/277 volt. Use medium base, clear SL VT-H5 TEMPERED GLASS LENS, TYPE 5 HORIZONTAL CUTOFF REFLECTOR ED-17 lamps. 15OMHT6 OPTIONS 150 watt metal halide ballast 120/208/240/277 volt. Uses a G12 base, clear T-6 ceramic MH QRS Quartz restrike controller and socket for a T-4 mini-cand halogen lamp, maximum 150 lamp. watt. Reflector models only. OIL Socket for a T-4 mini-cand halogen lamp. Must be field wired to a separate 120 volt 175MH circuit. Maximum 150 watt, HID only. Reflector models only. 175 watt metal halide multitap ballast 120/208/240/277 volt. Use medium base, clear ED-17 lamps. 70HPS COLORS 70 watt high pressure sodium Standard AAL colors are provided at no extra charge. ballast 120/208/240/277 volt. Use medium FAIL and custom matched colors are available upon request. base, clear ED-17 lamps. 100HPS ■ 0100 watt high pressure sodium ® ballast 120/208/240/277 volt. Use medium WHT GALV BLK VGR base, clear ED-17 lamps. White Galvanized Black Verde Green 150HPS 150 watt high pressure sodium momballast 120/208/240/277 volt. Use medium base, clear ED-17 lamps. All ballasts prewired for 277 volts. DGN CRT DBZ MAL Dark Green Conan Dark Bronze Matte Aluminum Lamps not included. 0) 6 I\ ARCHITECTURAL AREA LIGHTING 0 • Optical System The Largent is a geometric design using state of the art optical systems to precisely light streets, parks and pedestrian venues. The Fixture is available with either stacked louvers, a diffused lens or a horizontal reflector system. The Largent is also designed to use T-6 ceramic metal halide lamps to insure color accuracy and consistency. HORIZONTAL REFLECTOR ►r 0 `t — _� PE The Largent's horizontal reflector system is available in four light distributions for maximum efficiency and precise place- ment of light. The reflector system meets IES standards for cutoff type optics to address requirements for glare control, energy waste, sky glow and light pollution. REFLECTOR LIGHT PATTERNS 11 91 ON TYPE 2 TYPE 3 TYPE 4 SL VT-H2 SL VT-H3 SL VT-H4 The LDL Fens is lightly diffused to greatly reduce the brightness from the lamp and reflector. ARCHITECTURAL AREA LIGHTING No Text LARGENT • ZSL VTL ! SL VTLDL / SL VTH • ARCHITECTURAL AREA LIGHTING Ordering Informatior* • MX21 A Arm Mount Matrix I'm Arm Mount 150 to 400 Watt Mounting F,xture Ea -:,,cal Module Firsn Options r Pole Ordering Example: 1 A / MX21 A3 /40OMH277 / LG-P / A-25 / PSA30-6250A / LG-P For Standard Fixture 1 2 3 4 5-11 12 and Pole See separate Kim Pole Catalog. Omit for 1 W Wall Mount. 1 Mounting: Plan View: we + wall Mount EPA: 2 1 42 3.8 5,1 6.0 n/a Cat. No 1A 28 2L 3T 4C 1W 2 Fixture: Also see the Kim Site/Roadway Optical Systems Catalog for detailed information on reflector design and application. 3 Electrical Module: HIPS = High Pressure Sodium MH = Metal Halide PMH = Pulse Start Metal Halide Lamp Lamp Line Watts Type Volts 400 HPS 277 Horizontal Lamp Flat Lens Light Distribution: Type II Type III Type IV Type V Forward Throw Square Cat. No.: MX21A2 MX21A3 MX21A4 MX21A5 Vertical Lamp r'� / Convex Lens Light Distribution: Asymmetric Symmetric Square Cat. No.: MX21AF3 MX21AF5 150HPS120 250HPS120 400HPS120 150HPS208 250HPS208 400HPS208 150HPS240 250HPS240 400HPS240 150HPS277 250HPS277 400HPS277 150HPS347 250HPS347 400HPS347 150HPS480 250HPS480 400HPS480 175MH120 2SOMH120 40OMH120 175PMH120' 25OPMH120 40OPMH120 175MH2O8 25OMH2O8 40OMH2O8 175PMH2O8- 250PMH2O8 40OPMH2O8 175MH240 2SOMH240 40OMH240 175PMH240' 250PMH240 40OPMH240 175MH277 25OMH277 40OMH277 175PMH277' 25OPMH277 40OPMH277 175MH347 25OMH347 40 MH 7 40OPMH347 175MH480 2SOMH480 400M11480 40OPMH480 '175PMH lamp not for use In honzonta' lamp reflectors J 10 KIM LIGHTING Luminaire Specificatas MatrIxTm Arm Mount Models Dimensions Horizontal Lamp Flat Lens Ri Horizontal Lamp with optional Convex Lens Vertical Lamp Convex Lens 11 Y<' L 2v<' 'M` Y A 7 C 2' fi Arm Section Housing: One piece die-cast aluminum with stepped top edge and integral cooling fins to increase surface area for inductive component cooling. All hardware is stainless steel. A stainless steel self-locking stop -arm is provided to hold the lens frame in the open position while servicing. Lens Frame Assembly: One piece die-cast aluminum with 1' minimum thickness around the gasket flange for rigidity. Stainless steel hinges provided for attachment to the housing. Two stainless steel thumb latches are recessed into the side corners, concealed from normal view. The 3/16'thick clear flat or convex tempered glass lens seals against the reflector flange by a one piece extruded silicone gasket with the ends fused to produce a continuous loop, to eliminate gaps that allow the intrusion of foreign objects into the optical system. Standard Arm Mounting: Arm is one piece extruded aluminum with internal bolt guides. The luminaire to pole attachment is by draw -bolts, including a pole reinforcing plate with wire strain relief. Arm will be circular cut to mate with specified round pole. Reflector Module: Specular Alzak® optical segments are rigidly mounted within an aluminum enclosure which attaches to the housing as a one piece module. Reflectors are field rotatable in 900 increments. All sockets are factory prewired with a quick -disconnect plug for the ballast module. Wire penetrations to the socket are sealed by a silicone gasket to create a totally sealed optical chamber. The optical segments are positioned so that reflected light does not pass through the lamp arc tube. The horizontal metal halide lamp reflectors are equipped with pin -oriented mogul base socket with a molded silicone lamp stabilizer. All vertical reflectors and all HIPS and PMH horizontal reflectors are equipped with a mogul base socket rated 4KV. All optical systems are interchangeable within the housing. Electrical Module: All electrical components are UL and CSA recognized, mounted on a single plate and factory prewired with quick -disconnect plugs for attachment to the incoming wires and the socket wires. The module attaches inside the housing using keyhole slots. All ballasts are high power factor with starting temperatures of -40°F. for HPS and -20°F. for MH lamp modes. Fixtures must be grounded in accordance with local codes or the National Electrical Code. Failure to do so may result in serious personal injury. Finish: Super TGIC thermoset polyester powder coat paint, 2.5 mil nominal thickness, applied over a chromate conversion coating; A.S.T.M. 2500 hour salt spray test endurance rating. Standard colors are Black, Dark Bronze, Light Gray, Platinum Silver, or White. Custom colors are available and subject to additional charges, minimum quantities and longer lead times. Consult representative. Certification: UL Listed to U.S. and Canadian safety standards for wet locations. Fixture manufacturer shall employ a quality program that is audited to ISO9001 standards, 1! 12 KIM LIGHTING Mounting ConfiguratImns n The Matrix'" Arm Mount is available in 1A, 2B, 2L, 3T, 4C, and 1 W configurations. Standard Arm Mount includes reinforcing nut -plate and draw -bolt system. Optional SVSF and VSF Vertical Slipfitters adapt to 2" tenon poles while HSF Horizontal Slipfitter adapts to horizontal 2" pipe -size arms. m,A,7, PLE N4FAD UK r s As Standard Arm Mount W 1A Optional SVSF / VSF Vertical Slipfitters for mounting to square or round poles having a 2" pipe -size tenon (23/e' O.D. x 41/2" min. length). H % %N + 2B 2L 3T 4C Nq 1W Optional HSF Horizontal Slipfitter replaces standard mounting arm with a slipfltter for mounting to a horizontal arm with 2" pipe -size mounting end (23/e" O.D.). Post Top Mounting The Matrix" Post Top Mount for single post top installation can be installed either flush onto square cut, square profile poles, or onto tenon top poles. The FM Flush Mount installation produces the cleanest appearance, with fully concealed fasteners, while the PT Pole Tenon Mount provides flexibility for mounting to round, square, concrete, fiberglass or other specialty poles (by others). FM Flush Mount for all 4", 5 or 6" square poles. Tenon Mount F1 PT Pole Tenon Mount for 2" pipe -size tenon (23/e' O.D. x 4Y2" minimum length). bi J) Seepages 10-13 for complete ordering information and specifications See pages 14-17 for complete ordering information and specifications and page 8 for installation and maintenance and information. ! and page 8 for installation and maintenance information. ({ M[ " I IC�NTING • '' r tom? ; •v fir' t. t r �..�. 1.r`c � = 1 '' , �'r 4 ` y��.y,� �t'K.r; •f I a ' r t' • e 1"n ,.c �,s .-. 3,.� � , �-.•- '� y fir. ii�I � .r N� 'L :, :1�� •g7jg �` ' _ .,• f!" , i so--.. 1�� _ � _'_ ! � � � • *''a _ !�' is f�.�. y, h ,.• �� _ •� �� M �] � eV � ,..� by � .r+yk +,i'•�.f�• ~ . J ' •• y r .a. i .%r ��4�. i. "�3 rust .t •-�a s� :''s�d'f:'•t,y�, .,trr: e r.. •� r� "v�i'0.��'• �. 'i.c t� J: ,;�.� • � Y� 1! ftbm-vw�- 14 it • -. Y`��S .•ry ��.� j' Vf ....'�. sZ' ••��• VyYj,.�.9!=Y�L'F'/:a .l .~�... .ii. `�•Z �• �1 i. • C. L �:. jht 1 � i �lr rt'AA y • 1 w:10, ,= w • �.� i_ y7.• -r , •ice„ I`i ��: � (L, fir h s3� , :.�s .••�•,;y �' '� 1 ••ti3O 10 it �, J& . It `•,. '( •a. _ / I JJ f� '] * t ' r ar l JJJJJ b- � Applications • IESNA Class III to major stadia where premium quality lighting and excellent glare control are required. • Medium to large indoor arenas. • Large stadia and arenas where television recording and broadcasting will be common, and excellent color rendering and high vertical plane illumination are required. • Sports fields and arenas where optional Instant Hot Restart is desired in case of momentary power interruption or large line dips. This feature provides instant relight after a short -duration power loss that would otherwise cause an 8 to 12-minute fixture blackout. • Facilities requiring instant off/on capability for dramatic theatrical lighting. Ordering Number Logic Features • Listed by UL to US and Canadian Standards. • SUITABLE FOR WET LOCATIONS • Standard construction is IP55. • Compact die-cast aluminum integral ballast housing with thermally isolated optical. • Rear re-lamping door with corrosion -resistant fasteners and lamp power disconnect. r • Remote ballast system vailable —contact factory. Broken Glass Shutdown O• Optional Instant Hot Restart. F. High reflectance coated glass primary, reflector, ALGLAS® finish on 20-inch (508mm) diameter aluminum front secondary reflector. • Optional internal glare/spill light control arc cutoff skirts. • Hydro*GardTM advanced filtering system. • Utilizes advanced 2000, 1500 and 1000 watt double -ended metal halide lamps. • Magnapack packaging standard. • GF. Five -Year Fixture Failure Warranty provides assurance of highest quality and trouble -free performance. ULTS 02 M 5 A M02 P Product ID. Wattage Light Source Voltage Ballast Type Optical Options XXXX XX X X X XXX XXX ULTS•= Ultra*Sport 01= 1000 M = MH 6OHz See Ballast and S01 = Stadium Oval without Internal F = Fusing (Not ULTK•= Ultra*Sport with 51= 1500 Standard: Lamp 0 = 120/208/ Photometric Glare Control (NEMA 4X2) available with Instant Hot Restart 02= 2000 installed In socket. 240/277 Selection Table S02 = Stadium Oval with Internal multivolt nor with ULTI'=Ultra*Sport Indoor NOTE: Lamp orientation is Multivolt A=Autoreg Glare Control (NEMA 02) Instant Hot Restart) Remote Ballast horizontal :4 degrees 1 = 120 B = System 2' M01 = Medium Oval without Internal ULTR' = Ultra*Sport Indoor 2 = 208 Bi-Level Glare Control (NEMA 02) P - Pre -wired with 6-ft (2M) #14/3 Remote Ballast with 3 = 240 Controls M02 = Medium Oval with Internal (required for Hot Instant Hot Restart 4 = 277 Autoreg (see Technical Glare Control (NEMA 4X2) Restart Units) ULTO' = Ultra*Sport Outdoor 5=480 Section) W01 = Wide Oval without Internal Remote Ballast Glare Control (NEMA 5X3) ULT= Ultra*Sport Outdoor D = 347 NOTE: Not available with ULTK, ULTR, or W02 =Wide Oval with Internal Glare Remote Ballast with T = 220 ULTT IHot Restart) Control (NEMA 5X3) Instant Hot Restart 5OHz WW1 = Extra wide oval without ULTE"= Ultra*Sport with 6 = 220 Internal Glare Control (NEMA Integral Encapsulated R = 430 5X4) Ballast and Instant Hot Y= 240 WW2 = Extra wide oval with Internal Restart Glare Control (NEMA 5X4) NOTE: Hat Restart option available In NOT vaivolt or 120 vast not ellable with 1500 watt and 2000 watt only. watt MH. 2000 watt Remote Ballast version is non-UL. Outdoor Use only t Max 55°C ambient tt Contact factory The catalog numbers, options and modifications on ®.� C& this page are UL Listed unless otherwise noted. • • • (384mm) 11.810 in. — (30Omm) 8.740 in. (222mm) 20.480 in. DIA 1520mm DIA) 26.740 in. 5.500 in. 0 in. (679mm) 1140mm) nm1 I in. Ballast and Photometric Selection Tab/e All light sources are clear unless otherwise indicated Light Ballast Type Socket Photometric Curve Number 35-xxxxxx (Actual Beam Angle in Degrees) Wattage Source All Voltages Position S01 S02 M01 M02 W01 W02 WWI WW2 1000t MH A Fixed 450423 450424 450425 450426 450427 450428 450682 450681 (46x20) (50x20) (47x20) (45x191 (7700) (8205) (52x41) (69x48) is 1500 MH A,B•• Fixed 179085 179086 179087 179088 179089 179090 179412 179413 (61x21) (65x22) 164x24) (70x24) (Bix38) (81x37) (73x53) (7454) 2000' MH A,B•• Fixed 179085 179086 179087 179088 179089 179090 179412 179413 (61x21) (65x22) (6424) (70x24) (8108) (81x37) (73x53) (7454) NOTE: tNot available in 220 volt or in Hot Restart versions, "Not available In multivolt, single 120 volt or In 50 Hz versions. '•BI-Level not available with Instant Hot Restart Data Approximate Net Weight — 75 to 128 Ibs (34-58 kgs) Effective Projected Area — 3.1 sq ft max (0.29 sq M max) • • References See GE Lighting Systems Product Catalog for Explanation of Options and Other Terms Used. See Catalog supplements for Photometric Curves and Guide Form Specifications. 0 D d11J1i • CAA-001 — For 35-degree trunnion mounting with degree scale for preset aiming and 180-degree adjustment. • OSC-ULTS — 4 feet (1.2 meters) • OSC-ULTS001 — 6 feet (1.8 meters) n :7� • VMA-005 — (Can Be Used W/UltraSport) Galvanized for mounting on vertical 1-1/2 to 2-1/2-inch pipe (1.9 to 3.0-inch [48 to 76mm]) OD on wood poles and flat wall surfaces. Has degree scale for preset aiming and 180-degree adjustment. 4* The GE Five -Year Fixture Failure Warranty The GE Five -Year Fixture Failure Warranty is a limited warranty which guarantees to you, the Purchaser for resale or for use in business, that the factory -installed electrical system (consisting of a core and coil ballast, ignitor, capacitor, socket, terminal board, photoelectric receptacle and wiring) inside GE HID lighting fixtures will be free from defects in material and workmanship for five (5) years from the date of manufacture, or five (5) years from the date the fixtures are shipped from the GE factory, whichever period you can substantiate. (Products bear a date code from which date of manufacture can be determined.) If any GE HID fixture fails to meet this warranty, GE will ship either a repaired or replacement part F.O.B. its factory. GE makes no warranty to those defined as consumers in the Magnuson -Moss Federal Trade Commission. For a copy of the complete warranty, contact GE Lighting Systems, Inc., Hendersonville, NC 28793-4506. r , r I / i / .J I 'r� •' I �� ®aepiatered Trademark of General Electric Company �� JJIJ.JIJ; f fJ .I1J�, JJJ i. ^Trademark of General Electric Company Data subject to change without notice PO Box 4506 Hendersonville, NC 28793-4506 LSP-1103B — a/9913MIGELS www. ge. com/lighfingsystems (828) 693-2000 (828) 693-2112 FAX Est h&d"t M* all of *o,*01" The GE Ultra*SportTm floodlight combines state of the art lamp, optical and ballast technology packaged together for the first time in a world class sports lighting luminaire. The end result is unmatched light output and efficiency with excellent visibility and color rendering for players, spectators and television broadcasting. Ultra*Sport floodlights also offer outstanding beam control virtually eliminating unwanted glare and spill - light pollution. Optional features include Instant Hot Restart and System 2TM' Bi- Level lighting controls. The Ultra*Sport floodlight system significantly reduces the number of fixtures required to provide the same required light output and uniformity ratios. As a result you get: Lower installation costs; lower structural costs; lower maintenance costs; and lower energy consumption. Use the Ultra*Sport floodlight system in any application where premium lighting is required from a high wattage metal halide light source. j! When you consider all the features the Ultra*Sport floodlight has to offer, you will conclude that the Ultra*Sport floodlight is light years ahead of the c I competition. C C Glare/Spill Light Control — The Ultra*Sport floodlight's precise optical design limits the amount of vertical spill and light pollution without the use of external visor/ louver assemblies that increase wind loading and structural costs. Optional internal cutoff skirts are available to provide direct cutoff of the arc tube at 15 degrees above the center aiming point for optimum glare control with- out the high losses normally associated with external glare reducing devices. Advanced Metal Halide Lamp — The Ultra*Sport floodlight takes advantage of metal halide lamp technology, proven by decades of use in all types of lighting applica- tions. The Ultra*Sport floodlight uses an advanced generation of lamps specifically . designed for use in sports lighting. Offered in a choice of 2000, 1500 or 1000 watts, these white light sources feature a double -ended design without an outer jacket, and provide an aver- age rated life of 3000, 6000 and 10,000 hours, respectively. A standard mogul base 1500-watt metal halide lamp has an average life of 3000 hours. These advanced lamps also provide excellent color rendering with a 4000 degree Kelvin color temperature. They are designed for a horizontal orientation plus or minus 4 degrees, and have no tilt factor. Hydro*Guard Filtered Optics — The entire optical is sealed, so that all thermal air transfer moves through an advanced filtering system with particle trapping, chemical absorbing, and moisture controlling properties —critical for optimum optical performance. Ballast System — All Ultra*Sport flood- lights feature a compact GE ballast system in which the ballast is directly mounted to the aluminum housing with a thermal wedge for optimum heat transfer. GE 2000, 1500 and 1000-watt auto -regulator circuits are designed to start and stabilize their respective double ended metal halide lamps. Every ballast under- goes a 2500-volt RMS "High Pot" and a 1 OKv "Til" test in accordance with ANSI C82.4, C82.6 and C92.1 specifications. The ballast circuits are also designed to sustain a nominal lamp over a line vc,__.ige dip of 50% for up to four seconds when operating at nominal line voltage according to ANSI specification C82.6. The ballast circuit will reliably start and stabi- lize a nominal lamp in ambient temperatures down to -20°C. Refer to individual product descriptions for operating ambient tempera- tures. Electrical access is achieved from the rear of the fixture without any adjustment to the aiming required. The rear housing cover is held in place by four captive corrosion -resis- tant cad -polymer coated screws. For safety reasons, electrical access is not permitted on fixtures with the hot restart feature and the rear housing cover is held in place by four tamper -proof corrosion -resistant cad -polymer screws. Instant Hot Restart — Ultra*Sport flood- lights can be ordered with a new optional instant hot restart feature. After a momentary power interruption or line voltage dip which causes the light to extinguish, the hot restart pulse will restart the lamp within two seconds of power reapplication. Unlike other sports lighting fixtures that offer hot restart, the Ultra*Sport floodlight does not require any external add on modules, or transformers that attach to the standard unit or protrude into the reflector, to reduce photometric perfor- mance. All hot restart components mount inside the standard housing, so both the stan- dard and hot restart fixtures have the same external appearance and performance. System 2 Bi-Level Controls — This option is offered with 2000-watt and 1500-watt flood- lights. A 15-volt AC signal (supplied by the customer) switches the floodlight from high wattage operation to low wattage operation. The 2000 watt switches to 1500 watt for low wattage operation for both 60 Hz and 50 Hz. The 1500 watt switches to 1000 watt for low wattage operation at 60 Hz and 900 watt at 50 Hz. NOTE: Luminaires with the System 2 Bi- Level controls must be operated at full power for 15 minutes before switching to low power. Failure to do this could result in short lamp life. For more details on System 2 Bi-Level controls please consult the GE Technical 5 Ultra*Sport Floodlight reatures Luminaire Construction — The Ultra*Sport floodlight's optical reflectors and electrical components are enclosed and protected in integral, but thermally isolated, heavy-duty aluminum housings. The floodlight includes a permanent degree marker on both sides of the pivot point. A heavy-duty steel trunnion painted with a zinc rich epoxy powder finish for corrosion resistance can be mounted on either the top or bottom of the floodlight. Main Power Train Housing — The main housing is made of lightweight noncorrosive high pressure die-cast aluminum and is inte- gral to the entire system. The main housing design isolates the upper optical ring from the lower electrical compartment for controlled thermal transfer. The lower compartment contains all electrical components including the optional hot restart and System 2 Bi-Level components, in a compact low -wind -load design. Unlike other sports lighting fixtures that offer hot restart, the Ultra*Sport flood- light does not require any external add -on modules or transformers that attach to the standard unit or protrude into the reflector and reduce photometric performance. All hot restart components mount inside the standard housing, so both the standard and hot restart units have the same external appearance and performance. Rear Reflector Housing — The Rear/ Primary reflector is housed in a noncorrosive high pressure die-cast aluminum cover hinged to the main housing ring and held shut by four corrosion -resistant fasteners. High temperature gaskets completely seal the rear reflector hous- ing to the main housing. Front Reflector Housing — The 20-inch (508mm) Front/Secondary aluminum reflec- tor is enclosed in a heavy-duty spun aluminum casing. The front tempered door glass is 1/8- inch (3.2mm) thick and is permanently sealed and gasketed to the casing. A high tempera- ture gasket seals the front optical to the hous- ing. Id Rear Access Relamping and Fixed Aiming — The Ultra*Sport floodlight's rear reflector cover serves as an access door to the optical for relamping and maintenance without any adjustment to the aiming of the floodlight. The cover hinges open to 90° for easy access. For safety, a primary power disconnect circuit removes power to the lamp when the rear access door is opened. Optical Design — A two-piece reflector configuration features a Rear/Primary reflector and a Front/Secondary reflector. The Rear/Primary reflector is made of press molded glass featuring a highly reflective dichroic coating for a mirror like finish and 95% visible light reflectivity. The Front/ Secondary reflector is spun from high quality aluminum and has a GE -patented ALGLAS® finish. This new lamp/reflector configura- tion produces a more efficient and effective oval light distribution with very tight vertical light control to minimize wasted light and to maximize light on the playing field. Photometric Performance — Traditional sports lighting systems use metal halide lamps with large bulb jackets and mogul base sockets located in the axial center -line of the optical. This lamp design impedes optical efficiency by producing inefficient symmetri- cal light distributions with too much light in the upper beam. Some upper beam light is lost in the sky and grandstands or, in the worst case, can be the source of light trespass and glare. The Ultra*Sport floodlight, on the other hand, utilizes an advanced double - ended metal halide lamp without a bulb jacket and a new reflector design. The elimi- nation of the outer bulb jacket allows place- ment of the lamp arc into the focal point of the shallow parabolic reflector forms needed to build high center beam candlepower which provides the highest beam efficiency possible with wide beam distributions. This new lamp/reflector configuration produces a more efficient, oval light distribution with very tight vertical light control to minimize wasted light and maximize light on the playing field. Ultra*Svorf" Floodligl,_ System C The GE U1trd*Sporem floodlight is proven lamp, optical and ballast technology from various lighting applications packaged together for the first time in a state of the art sports lighting design. The end result is unmatched light output and efficiency with excellent visibility and color rendering for players, spectators and television broadcasting. Ultra*Sport floodlights also offer outstand- ing control of unwanted glare and spill -light pollution and include affordable optional features like Instant Hot Restart and System 2TM Bi-Level lighting controls. When you look at all the features the Ultra*Sport floodlight has to offer, you will agree the Ultra*Sport floodlight is light years ahead of the competition. The Ultra*Sport floodlight system signifi- cantly reduces the number of fixtures required to provide the same required light output and uniformity ratios. As a result you get: • Lower installation costs • Lower structural costs • Lower maintenance costs • Less energy consumption Suggested applications for the Ultra*Sport floodlight system include: IESNA Class III to major stadia where premium quality lighting and excellent glare control are required. • Medium to large indoor arenas. • Large stadia and arenas where television recording and broadcasting will be com- mon, and excellent color rendering and high vertical plane illumination are required. • Sports fields and arenas where optional Instant Hot Restart is desired in case of momentary power interruption or large line dips. This feature can be critical when television recording and broadcasting is taking place and revenues may be at risk if there is a short -duration power loss that could cause an 8 to 12-minute fixture blackout. • Facilities requiring instant off/on capabil- ity for dramatic theatrical lighting. • Other general floodlighting applications where premium lighting is required from a high -wattage metal halide light source. Ultra*Sport Floodlight Customer List The Ultra*Sport floodlight sports lighting system has been installed in the following applications. United States Professional Anaheim Stadium, Anaheim, CA - Baseball Bowie Field, Bowie, MD - Baseball Coors Field, Denver, CO - Baseball Kaffman Stadium, Kansas City, KS - Baseball Seattle Mariners, Seattle, WA- Baseball 89er's Ballpark, Oklahoma City, OK -AAA Baseball BiLo Center, Greenville, SC - Hockey/Basketball Bradley Arena, Milwaukee, WI - Hockey/Basketball Gund Arena, Cleveland, OH - Hockey/Basketball Sam Houston, Track Houston, TX- Horse Racing Jaguar's Stadium, Jacksonville, FL - Football Sun Devil's, Phoenix, AZ - Football Memorial Park, Las Vegas, NV - Softball International Gabba Stadium, Brisbane, Australia - Cricket Karnataka Stadium, Bangalore, India -Cricket BukitJalil, Kuala Lumpur-Men's Field Hockey BukitJalil, Kuala Lumpur-Women's Field Hockey Montreal Forum, Montreal, Quebec - Hockey/Basketball Abu Dhabi Race Track, Abu Dhabi, UAE - Horse Racing Aguilera Stadium, Santa Cruz, Bolivia - Soccer Al Hali, Abu Dhabi, UAE- Soccer Estadio Arequipa, Arequipa, Peru - Soccer Estadio do Maracank Rio de Janeiro, Brazil - Soccer Estadio do Mineir"ao, Belo Horizonte, Brazil - Soccer Estadio do Paranaense, Curitiba, Brazil -Soccer Maldonado Stadium, Maldonado, Uruguay - Soccer Police Academy, Abu Dhabi, UAE-Soccer Salmiya Club, Kuwait- Soccer Venecia International, Doha, Qatar -Soccer Manila Golf Course, Manila, Philippines -Golf College New Mexico State University, Las Cruces, NM - Basketball University Of Virginia, Charlottesville, VA- Feld Hockey Auburn University, Auburn, AL- Football Hofstra University, New York, NY -Football Michigan State University Ease Lansing, MI - Football Notre Dame, South Bend, IN - Football M. Tennessee State University, Nashville, TN - Football Princeton University Princeton, NJ - Football University Of Nebraska, Lincoln, NE - Football Rutgers University, New Brunswick, NJ - Soccer Skidmore College, Saratoga Springs, NY -Soccer Syracuse University, Syracuse, NY -Soccer University Of Maryland, College Park, MD - Soccer University Of Virginia, Charlottesville, VA- Soccer High School Ottowa Hills Ottowa, OH -Tennis Hoover High School, Birmingham, AL - Baseball Rodeo Park High School, Tucson, AZ- Baseball East Henderson High School, Hendersonville, NC - Football Coronado High School, San Diego, CA - Football/Track West Henderson High School, Hendersonville, NC - Football 3 PE ��o �� M� ST �-►e DTI Hew ULTE—Outdoor/Indoo. Atra*Sport with Integral Er, psulated Ballast General Description — The ULTE Ultra*Sport floodlight comes complete with a prewired integral ballast that is encapsulated with a polyresin silica compound to reduce harmonic noise pollution. The floodlight housing also contains all other electrical com- ponents including the instant hot restart components. For dimensions of the floodlight see Diagram A on page 17. Ballast Description — The following ballasts are available for this floodlight: Wattage Voltage Hertz Ambient UL/CUL Approval 1500, 1000 120, 208, 240, 277 60 40°C UL approved 1500, 1000 120, 208, 220, 240, 277, 347, 480 60 400C NO 1500, 1000 NONE" 50 N/A N/A 50Hz is not available with ULTE. Weight — Floodlight = 90.0 lbs (40.82 kg) Ordering Notes — Bi-Level is not available with this floodlight. Option Description — F = Fusing. The fuses are located inside the floodlight housing and can be accessed by removing the ballast cover of the unit. This option can be used in con- junction with the "P" option but not with the Hot Restart option. P= Prewired with 6-ft#14/3 cable. Different lengths and gauges are available at customer request. This option can be used in conjunc- tion with any of the other options and must be used with the "Hot Restart" option. Hot Restart — This option is available with either the 1500-watt or the 1000-watt lumi- naire. This option is not UL listed. Hot Restart is ordered by placing a 'W' in the ballast type field of the catalog number matrix. The "P" option must also be ordered with Hot Restart. This option cannot be used in conjunction with the ' 1~" option. See page 16 for hot restart times. C 9 Electrical Systems Consultants, Inc. 212 West Mulberry Fort Collins, Colorado 80521 970-224-9100 970-224-9137 Fax esc@electsys.com http: //www. electsys. com TRANSMITTAL LETTER F" TN A PR 2 7 2001 EMEAftAft CAI I(): DATE: 4 —727-Q SrE P.E N 2oa If 3 � PROJECT NO: ., Itc �Q �i 1 t+J PROJECT: \ 055prl. Ctri�r/C T a4� �l C.At4h/ t lyG We are transmitting A Herewith ❑ Under Separate Cover via 46.C4407 COPIES DESCRIPTION OR REMARKS 2- L 16µr1 4-4C Pt,6.0 3 3 c%AT 5��W7rs- �h7uYZ4=5 ❑ For Approval ❑ No Exceptions Taken /$As Requested ❑ Make Corrections Noted ❑ For Review and Comment ❑ Revise and Resubmit ❑ For Your Records ❑ Rejected ❑ ❑ Submit Specified Item Respectfully, ELECTR L SYSTEMS CONSULTANTS, INC. Bulletin OLP-2618. Broken Glass Shutdown Circuit — Metal halide light sources produce ultraviolet (UV) radiation. If a person is directly exposed, this radiation can cause discomfort and sometimes permanent eye damage. Normally UV radia- tion is absorbed in the lamp' s outer jacket. Unjacketed lamps rely on a luminaire's optical lens to absorb the UV. If the lens of a fixture that uses an unjacketed lamp is broken, the escaping ultraviolet radiation can create a potential health risk to players and spectators. The Ultra*Sport floodlight is the first sports lighting fixture to feature a Broken Glass Shutdown Circuit to eliminate this risk. The system continuously senses the integrity of the front door lens. In the unlikely event that the lens is broken, the system automatically shuts off the power to the lamp. A Broken Glass Shutdown Circuit is a standard feature on all Ultra*Sport floodlights. Ultra*Sport Floodlight Structural Data Mounting — The standard Ultra*Sport floodlight comes with a heavy-duty steel mounting trunnion finished with a zinc -rich epoxy powder paint for superior corrosion resistance. The trunnion can be either top or bottom mounted, is precision balanced for accurate aiming and is capable of withstanding wind forces equal to 125 mph with a 1.3 gust factor without misalignment of the floodlight. Finish— The standard Ultra*Sport flood- light comes with an electrostatically applied TGIC charcoal gray polyester powder paint finish to the housing of the floodlight. This process consists of two separate paint coatings. The first coat is a modified acrylic applied by the electrocoat process to a thickness of approximately one mil. This coat acts as a primer and covers all surfaces inside and outside of the castings. The second coat is the TGIC polyester powder coat which is electro- statically applied to a minimum thickness of approximately 1.5 mils. Both coats are thermo- set coatings which, by definition, means that when cured with heat, they will cross-link and result in a heat -resistant and chemically -resis- tant finish that will not melt when reexposed to expected operating temperatures. Polyester powder finishes are known for their tenacity in bonding to all kinds of surfaces as well as their resistance to chemical and physical abuse. Contact factory for other possible decorator colors. Aiming — To aim, simply align the aiming sight located on the rear optical door with the aiming indicator on the edge of the optical and the target. Once these three points are aligned, tighten the trunnion bolts. Because all access to maintain the Ultra*Sport floodlight is from the rear, the aiming never needs to be disturbed to relamp or perform ballast mainte- nance. Wind Loading/EPA — The maximum effective projected area (EPA) per floodlight is 3.1 sq. ft. (0.29 sq. M). Vibration — The Ultra*Sport floodlight has passed a Sustained Vibration Endurance Test and a High Loading Vibration Test. The tests were conducted in accordance with GE stan- dard No. 06.326.001. The endurance portion of the test is to simulate an infinite number of cycles at a force of 1 g. The high loading vibration test is a 4 g, 5000 cycle test to address shock loads and other miscellaneous forces that occur during handling, shipping and in service. Classification — The Ultra*Sport floodlight has been given an Ingress Protection rating of IP55. 0