GP1 Garage Lighting Featuring the CosmoPolis™ Electronic System
ESSENTIALS The parking garage is a difficult and punishing environment for the designer and specifier – a problem compounded by confined spaces, the threat of vandalism, exhaust fumes and other pollutants, and low, coffered ceilings. But while garage lighting presents many challenges, there is a single solution to meet them all – the Gardco GP1. Now, the bar is raised ever higher with the introduction of the CosmoPolis™ electronic system.
™ THE CLEAR SOLUTION: COSMOPOLIS For the specifier considering LED or HID lamps... these systems have their price. The CosmoPolis™ Lighting System is the proverbial best of both worlds, because only CosmoPolis™ delivers ultra low-energy, high-efficiency lighting... without the costly LED price tag. CosmoPolis™ combines a revolutionary white light ceramic metal halide lamp and an optimized electronic ballast that maximizes performance – including improved visibility, long life and low power consumption. By reducing energy use up to 50%, CosmoPolis™ is the clear green solution... all without spending a lot of “green.” Energy efficient systems are attractive for both environmental and economical reasons, and only CosmoPolis™ satisfies both of these metrics. While both LED and CosmoPolis™ offer substantially lower operating costs than comparable HID systems, CosmoPolis™ comes with a price tag at about half that of LED, providing payback in energy savings in half the time.
GP1 THE RIGHT LUMINAIRE. THE RIGHT OPTICAL SYSTEM. The heart of the GP1 luminaire is the first optical system designed expressly for parking structures – the Type 1R. Because of its rectangular distribution pattern, required light levels can be achieved with fewer luminaires... providing both initial cost and long-term operating savings. Through the combination of the Type 1R rectangular distribution pattern and cutoff of light in glare zones, GP1 luminaires set the standard for visibility and efficiency. LASTING PERFORMANCE Meticulous design and conscientious choice of materials promise long-term, low-maintenance operation. To resist corrosion and vandalism, the lower housing is made of heavy-gauge acrylic. The canopy section, which houses the electrical components, is rugged die cast aluminum. Precision optical components are completely sealed against moisture and dirt to ensure long-term maintenance of specified lighting levels.
CUTOFF AND GLARE CONTROL Downlight with minimal glare makes GP1 ideal in both one- and two-per-bay luminaire spacing. Peak candlepower exists only in the corners, and there is cutoff above the 75° angle. UPLIGHT To eliminate dark ceilings and walls, uplight is provided from a 360° window. Vertical flutes enhance the uniformity of uplight and reduce overall brightness. UNIFORMITY OF ILLUMINATION The GP1 optical system is designed to ensure uniform appearance of pavement luminance... a garage free of ominous light and dark zones. RECTANGULAR DISTRIBUTION Peak candlepower at the corners from GP1’s rectangular pattern means higher light levels, fewer dark zones, minimum wasteful pattern overlap, and generally, the better visibility that accompanies uniform lighting. UP TO 50% LESS ENERGY The GP1 is available with the CosmoPolis™ system, which reduces environmental impact and provides substantial cost savings. With an energy-efficient lamp and ballast that reduces greenhouse gas emissions, CosmoPolis™ produces highly visible white light while using up to 50% less energy than traditional lamp sources. LIFE CYCLE ECONOMY The Type 1R optical system often allows lighting criteria to be achieved with fewer luminaires than other systems. Superior illumination from fewer luminaires translates into lower initial cost, reduced energy consumption, lower maintenance and, perhaps most important, a safer facility with less exposure to liability.
LAMP SYSTEMS COSMOPOLIS™ CosmoPolis™ provides a wealth of advantages to the designer and specifier. Because of its highly visible, energy-efficient white light, only half the watts are needed to light areas to desired levels, resulting in substantial savings and reduced environmental impact in both the short and long term. It is the marriage of performance, economics and sustainability that sets CosmoPolis™ apart. The system uses up to 50% less energy than traditional outdoor lighting systems, and typically lowers energy costs up to 40% compared to most systems used today. The highly efficient lamps and ballasts reduce CO2 greenhouse gas emissions, and the long lifespan lengthens replacement intervals. Priced significantly lower than most LED systems, Watts 60W 90W CosmoPolis™ is an efficient, environmentally conscious HID Approx. Initial Lumens 60W: 6,900 lumens 90W: 10,450 lumens lighting solution for the full range of garage applications. Rated Average Life 60W: 20,000 hours 90W: 20,000 hours Dependable Service At 12,000 hours the 60W CosmoPolis™ lamp has a 90% survival rate and more Simply put, the course for garage lighting begins with than 80% lumen maintenance CosmoPolis™. For certain particularized applications, Lumens and rated average life based on vertical lamp operation other lamping choices are available, but CosmoPolis™ of CosmoPolis™ lamps. is today’s “go-to” solution. HIGH INTENSITY DISCHARGE High intensity discharge (HID) options are also available for the GP1 – including metal halide, pulse start metal halide, ceramic metal halide with electronic ballast, and high pressure sodium. Gardco GP1 luminaires outperform competitive products in controlling glare and economically providing garage illumination with excellent uniformity, regardless of ceiling configuration. With any of the lamping options, the complex optical assembly eliminates the hot spots, dark spots, streaks and striations generated by many other types of luminaires. Light is precisely and predictably site-confined, and glare at normal viewing angles is eliminated. GP1 with a traditional HID lamp is a superior luminaire that is up to most any job, and will help minimize initial cost.
The relevant metric here is payback – the measure of how quickly the CosmoPolis™ lamp pays for itself and begins generating substantial energy savings. The chart below shows how the GP1 outfitted with the 90-watt CosmoPolis™ compares with the GP1 equipped with a 150-watt metal halide magnetic ballast and with a standard LED application. As seen, while still generating approximately the same footcandle levels at two luminaires per garage bay, the CosmoPolis™ system pays for itself in just 1.2 years (at 15 cents per kilowatt-hour) or 1.8 years (at 10 cents per kilowatt-hour), while the LED payback time is more than triple this. Beyond the INDUCTION LAMPS payback time, a drop in the electric bill of up to 40% The induction lamp provides an means that CosmoPolis™ provides a handsome return attractive option for the specifier on investment for the entire life of the luminaire. faced with remote or hard-to-service locations. Where exceptionally long-term, maintenance-free operation is a must, induction lamps answer HID CosmoPolis™ LED the call with a hands-off lamp life Watts per Luminaire 185 99 93 of approximately 15 years. Luminaires per Garage Bay 2 2 2 Watts per Garage Bay 370 198 186 Spacing 30 x 30 36 x 30 36 x 30 Frequently, the specifier considering Minimum Footcandles 4.0 3.8 2.12 an induction lamp is also evaluating Average Footcandles 6.87 5.5 4.96 an LED alternative. Both LED and Annual Burning Hours 8,760 8,760 8,760 induction meet the demands for that Annual Energy Cost ($0.10 / KWH) 324.12 173.45 162.94 rare application where lamp life must be Annual Energy Cost ($0.15 / KWH) 486.18 260.17 244.40 maximized and service and maintenance Typical Added Cost per Luminaire Baseline 157 508 minimized, but only induction can satisfy Typical Added Cost per Garage Bay Baseline 314 1,016 these prerequisites without maximizing Annual Energy Savings ($0.10 / KWH) Baseline 150.67161.18 initial cost. As the economical alternative Annual Energy Savings ($0.15 / KWH) Baseline 226.01 241.78 to costly LED systems, the induction Payback ($0.10 / KWH) Baseline 1.8 Years 6.3 Years option provides similar results at a Payback ($0.15 / KWH) Baseline 1.2 Years 4.2 Years fraction of the cost.
DESIGN & CONSTRUCTION Application-specific design and construction create a luminaire perfectly suited to the challenges and demands of parking structures. A rugged die cast aluminum upper chamber houses the electrical components. High-power-factor ballasts are suitable for starting to -20°F (-29°C) and are 100% factory tested, including CosmoPolis™ system electronic ballasts (shown). The high-strength, one-piece acrylic housing with a translucent uplight window features vertical flutes to enhance evenness of the uplight distribution and to reduce brightness. The CosmoPolis™ system features a highly efficient lamp and ballast that offer greater visibility at a fraction of the wattage of a standard metal halide lamp. All told, CosmoPolis™ uses up to 50% less energy than traditional metal halide lamps, providing considerable energy savings, a greener site, and improved performance. Opaque lower side sections ensure full cutoff to the lamp and lamp images at normal viewing angles. Silicone gaskets permanently exclude moisture, dirt, insects and pollutants. An induction lamp option is available Semi-specular metalized aluminum downlight reflector facets for the rare application where are precisely positioned to provide the highly efficient Type 1R remote or hard-to-service locations (rectangular) lighting distribution. Visitors to parking garages, demand exceptionally long lamp whether driving or walking, should not be subjected to life. With a lamp life of around 15 uncomfortable zones of darkness. The Type 1R optical system years, induction is the economical provides this recommended light level with maximum-to- alternative to costly LED systems. minimum uniformity ratios not exceeding 10:1, creating a uniform pavement luminance free from bright and dark spots, streaks and striations.
Installation of the GP1 is both intuitive and streamlined. The system is easily accessed and is equipped with quick electrical disconnects for easy, trouble-free maintenance. The design also allows for fast retrofit for the specifier looking to capitalize on the Mounting plates are affixed to J-boxes. new CosmoPolis™ lamp system and cash in on the substantial energy savings of up to 40%. The hydroformed and anodized Hanging from the tab, the luminaire aluminum uplight reflector provides is wired… illumination on ceiling surfaces and vertical beams – eliminating the dark ceilings and increasing floor illumination. It is easily removed for ballast access. …and secured to the J-box assembly with a very secure lift, shift and click motion. The UV-resistant clear acrylic lens is retained with captive Phillips-head fasteners. The lens hinges down for relamping, and is gasketed to the housing. EMERGENCY LIGHTING Emergency lighting versions of the GP1 are available utilizing remote mounted emergency battery packs to provide path of egress lighting when primary power is lost. Lens hinges and is self-supporting during lamping.
APPLICATION A LESSON IN SIMPLE GEOMETRY Single Luminaire Per Bay Spacing Typical round - Type V luminaires The typical 60' parking bay, with coffered ceilings at 7' to 8', is no place for a traditional Type V distribution... where the round pattern leaves corners dark, light falls Driving off quickly, and the symmetric peak candlepower can Lane interfere with driving lane visibility. Overcoming the limitations of the round distribution requires costly Overlap creates uneven lighting. Type V leaves dark zones at edges. additional luminaires with overlaps that create uneven Maximum candlepower toward driving lane. light levels across the visual field. GP1 The perfect optical system is the one invented for parking bays, the rectangular Type 1R. GP1 provides maximum Driving candlepower at the corners of the distribution, eliminating Lane brightness in the driving lane and providing comforting fill-in at the corners. Importantly, fewer luminaires are Minimal pattern overlap. required to accomplish a superior lighting design. Comforting fill-in at corners. Peak candlepower away from driving lane. The rectangular distribution is also very well suited for Two Luminaires Per Bay Spacing two-per-bay placement. With the round symmetrical Type Typical round - Type V luminaires V distributions, a significant amount of light is wasted in overlap or on scalloping lower walls. Here again, wider spacings can be achieved with GP1’s Type 1R distribution. Driving Lane THE DISTRIBUTION THAT FITS Note that when round Type V distributions are spaced two-per-bay, the corners remain dark, light levels are uneven, and much light energy is wasted. By rotating the Overlap creates uneven lighting. Type V leaves dark zones at edges. Maximum candlepower toward driving lane. Type 1R luminaire 90°, a more efficient utilization of light is achieved. Note at right how the Type 1R eliminates GP1 energy-wasting overlap, precisely and evenly filling the bay. Higher lumen utilization for the area covered means Driving fewer luminaires are required to completely illuminate Lane the garage to required light levels. Minimal pattern overlap. Comforting fill-in at corners. Peak candlepower not continuously toward driving lane.
COMPLETE DOWNLIGHT GLARE CONTROL For drivers, the most obvious advantage of the GP1 is the luminaire’s low glare. Peak candlepower exists only in the corners of the distribution, where it provides fill-in to otherwise dark corners. Cutoff of light above 75° in the driving lane means that motorists will not drive into a zone of brightness... a significant enhancement to the safety of a facility. Even when units are placed two-per-bay, the movement through the peak light output is instantaneous. Luminaires with a round distribution place the driver directly in line with the peak UPLIGHT ILLUMINATION FOR A SAFE, candlepower angle of the luminaire. The effect is not only discomforting, but at the SECURE FACILITY low mounting heights typical in garages, may significantly impair the motorist’s ability to see Illumination of ceilings and walls provides patrons with vehicles and pedestrians. GP1 with rectangular distribution eliminates these problems. a sense of comfort and security, especially as motorists peak peak leave vehicles and become pedestrians. The GP1’s uplight reflector directs lamp lumens through translucent vertical flutes. The flutes soften the brightness, yet assist light distribution uniformity up and along the ceiling and on walls. The result is a safe, secure, well-lit space. peak peak
APPLICATION Spacing 30' 60' ILLUMINATION LEVELS All Scenarios 60' wide bays, two luminaires per bay at 30' apart, Single Bay Construction No Interreflectance 40% Ceiling Interreflectance Mounting T Avg Avg/ Max/ Maximum Min Avg/ Max/ o Lamp e Height T ypical Max Min Min Min Spacing* vg Max Min Luminair Spacings A Min ture Aper 20' 8.71 14.94 3.70 2.35 4.04 9.82 16.43 4.19 2.34 3.92 7' 30' 6.00 11.02 2.83 2.12 3.89 35' 6.76 11.57 3.23 2.09 3.58 90W CMPE 40' 4.36 9.13 0.80 5.45 11.41 4.92 10.74 0.91 5.41 11.80 TM (CosmoP Electronic System) olis 20' 8.62 15.03 4.26 2.02 3.53 9.66 16.63 4.89 1.98 3.40 10,450 Initial Lumens 8' 30' 5.60 7.98 2.69 2.08 2.97 35' 6.34 8.56 3.06 2.07 2.80 0.90 LLF 40' 4.31 7.83 1.60 2.69 4.89 4.84 9.19 1.73 2.80 5.31 20' 10.50 17.67 4.42 2.38 4.00 11.63 19.68 4.94 2.35 3.98 7' 30' 6.96 10.00 2.96 2.35 3.38 43' 7.65 10.60 3.40 2.25 3.12 14,000 Initial Lumens 40' 5.25 10.27 1.56 3.36 6.58 150W PSMH 5.82 10.81 1.66 3.51 6.51 20' 10.58 16.27 4.86 2.18 3.35 11.64 18.17 5.41 2.15 3.36 0.75 LLF 8' 30' 6.83 9.54 3.39 2.01 2.81 43' 7.52 10.21 3.83 1.96 2.67 40' 5.29 8.63 2.39 2.21 3.61 5.83 9.46 2.62 2.23 3.61 * Maximum Spacing while maintaining 5.0 footcandles average, No Interreflectance. No Interreflectance 40% Ceiling Interreflectance Mounting T Avg Avg/ Max/ Maximum Min Avg/ Max/ o e Height T ypical Max Min Min Min Spacing* vg Max Min Luminair Spacings A Min Aperture 20' 7.32 11.12 3.56 2.06 3.12 8.24 12.71 4.02 2.05 3.16 7' 30' 4.91 7.94 2.39 2.05 3.32 28' 5.51 8.41 2.78 1.98 3.03 9,500 Initial Lumens 40' 3.66 6.3 1.31 2.79 4.81 100W HPS 4.12 6.64 1.38 2.99 4.81 20' 7.09 9.14 3.71 1.91 2.46 7.98 10.78 4.18 1.91 2.58 0.80 LLF 8' 30' 4.71 7.32 2.46 1.91 2.98 28' 5.30 7.83 2.86 1.85 2.74 40' 3.55 5.72 1.79 1.98 3.2 4.00 6.26 2.01 1.99 3.11 20' 12.63 18.34 7.12 1.77 2.58 14.02 20.80 7.69 1.82 2.70 7' 30' 8.67 14.73 4.29 2.02 3.43 47' 9.51 15.47 4.88 1.95 3.17 16,000 Initial Lumens 40' 6.32 10.93 2.69 2.35 4.06 150W HPS 7.02 11.96 2.76 2.54 4.33 20' 12.46 18.00 6.42 1.94 2.80 13.80 20.29 7.10 1.94 2.86 0.80 LLF 8' 30' 8.18 11.17 4.32 1.89 2.59 48' 9.04 12.35 4.84 1.87 2.55 40' 6.23 9.47 3.20 1.95 2.96 6.91 11.15 3.55 1.95 3.14 * Maximum Spacing while maintaining 5.0 footcandles average, No Interreflectance.
APPLICATION 30' 60' Spacing ILLUMINATION LEVELS All Scenarios 60' wide bays, two luminaires per bay at 30' apart, Multi-Bay Construction No Interreflectance 40% Ceiling Interreflectance Mounting T Avg Avg/ Max/ Maximum Min Avg/ Max/ o Lamp e Height T ypical Max Min Min Min Spacing* vg Max Min Luminair Spacings A Min ture Aper 20' 9.36 15.10 6.17 1.52 2.45 10.55 16.67 6.92 1.52 2.41 7' 30' 6.44 11.14 4.47 1.44 2.49 36' 7.25 11.71 5.07 1.43 2.31 90W CMPE 40' 4.68 9.21 1.17 4.00 7.87 5.29 10.86 1.35 3.92 8.04 TM (CosmoP Electronic System) olis 20' 9.68 15.27 8.13 1.19 1.88 10.82 16.97 9.00 1.20 1.89 10,450 Initial Lumens 8' 30' 6.32 8.15 5.09 1.24 1.60 38' 7.11 8.79 5.65 1.26 1.55 0.90 LLF 40' 4.85 7.94 2.45 1.97 3.24 5.42 9.33 2.64 2.05 3.53 20' 11.84 17.88 9.48 1.25 1.89 13.07 19.95 10.92 1.2 1.83 7' 30' 7.90 10.14 5.83 1.36 1.74 45' 8.63 10.8 6.69 1.29 1.61 14,000 Initial Lumens 40' 5.93 10.36 2.30 2.58 4.50 150W PSMH 6.54 10.98 2.5 2.62 4.39 20' 12.40 16.63 8.90 1.39 1.87 13.55 18.61 10.37 1.31 1.79 0.75 LLF 8' 30' 8.07 9.81 5.06 1.59 1.94 46' 8.81 10.49 7.15 1.23 1.47 40' 6.20 8.81 4.14 1.50 2.13 6.79 9.68 4.32 1.57 2.24 * Maximum Spacing while maintaining 5.0 footcandles average, No Interreflectance. No Interreflectance 40% Ceiling Interreflectance Mounting T Avg Avg/ Max/ Maximum Min Avg/ Max/ o e Height T ypical Max Min Min Min Spacing* vg Max Min Luminair Spacings A Min ture Aper 20' 8.29 11.33 6.37 1.30 1.78 9.28 12.96 7.93 1.17 1.63 7' 30' 5.58 8.1 3.09 1.81 2.62 32' 6.21 8.62 4.83 1.29 1.78 9,500 Initial Lumens 40' 4.15 6.41 1.77 2.34 3.62 100W HPS 4.65 6.78 1.91 2.43 3.55 20' 7.09 9.14 3.71 1.91 2.46 9.37 11.19 7.69 1.22 1.46 0.80 LLF 8' 30' 5.59 7.61 2.69 2.08 2.83 32' 6.23 8.16 4.33 1.44 1.88 40' 4.20 5.81 3.04 1.4 1.93 4.69 6.33 3.20 1.47 1.98 20' 14.35 18.85 12.96 1.11 1.45 15.86 21.37 13.95 1.14 1.53 7' 30' 9.86 15.12 6.43 1.53 2.35 52' 10.75 15.92 8.47 1.27 1.88 16,000 Initial Lumens 40' 7.18 11.18 4.10 1.75 2.73 150W HPS 7.94 12.29 4.32 1.84 2.84 20' 14.74 19.04 11.55 1.28 1.65 16.21 21.45 13.32 1.22 1.61 0.80 LLF 8' 30' 9.73 11.94 6.21 1.57 1.92 54' 10.66 12.76 8.72 1.22 1.46 40' 7.38 9.95 5.70 1.29 1.75 8.12 11.39 6.48 1.25 1.76 * Maximum Spacing while maintaining 5.0 footcandles average, No Interreflectance.
APPLICATION SINGLE-BAY CONSTRUCTION – 85W Induction - 6,000 lumens, 0.8 LLF All Scenarios 60' wide bays Two luminaires per bay at 30' apart, 30' spacing 40% Ceiling Interreflectance No Interreflectance Mounting Height To g Avg/ Max/ Avg Max Min Avg/ Max/ e ture Luminair Av Max Min Min Min Min Min Aper 60' 30' 30' 7' 3.11 8.56 1.33 2.34 6.44 3.41 9.56 1.43 2.38 6.69 8' 3.03 6.77 1.55 1.95 4.37 3.33 7.62 1.66 2.01 4.59 Three luminaires per bay at 20' apart, 30' spacing 40% Ceiling Interreflectance No Interreflectance Mounting Height To g Avg/ Max/ Avg Max Min Avg/ Max/ e ture Luminair Av Max Min Min Min Min Min Aper 20' 60' 7' 4.57 9.25 2.36 1.94 3.92 5.02 10.25 2.54 1.98 4.04 30' 20' 8' 4.42 8.03 2.57 1.72 3.12 4.86 8.92 2.77 1.75 3.22 Two luminaires per bay at 30' apart, 30' Spacing – staggered, 30' by 30' down the center of bay 40% Ceiling Interreflectance No Interreflectance Mounting Height To g Avg/ Max/ Avg Max Min Avg/ Max/ e ture Luminair Av Max Min Min Min Min Min Aper 15' 60' 7' 4.88 9.74 1.45 3.37 6.72 5.35 10.67 1.56 3.43 6.84 30' 15' 8' 4.77 8.71 1.76 2.71 4.95 5.24 9.55 1.88 2.79 5.08 MULTI-BAY CONSTRUCTION – 85W Induction - 6,000 lumens, 0.8 LLF All Scenarios 60' wide bays Two luminaires per bay at 30' apart, 30' spacing 40% Ceiling Interreflectance No Interreflectance Mounting Height To g Avg/ Max/ Avg Max Min Avg/ Max/ e ture Luminair Av Max Min Min Min Min Min 30' 30' 60' Aper 7' 3.40 8.74 1.97 1.73 4.44 3.73 9.77 2.12 1.76 4.61 8' 3.40 7.01 2.37 1.43 2.96 3.74 7.89 2.54 1.47 3.11 Three luminaires per bay at 20' apart, 30' spacing 40% Ceiling Interreflectance No Interreflectance Mounting Height To 20' g Avg/ Max/ Avg Max Min Avg/ Max/ e ture Luminair Av Max Min Min Min Min Min 60' Aper 30' 20' 7' 5.17 9.74 3.59 1.44 2.71 5.67 10.83 3.87 1.47 2.80 8' 5.14 8.25 4.07 1.26 2.03 5.64 9.15 4.37 1.29 2.09 Two luminaires per bay at 30' apart, 30' spacing – staggered, 30' by 30' down the center of bay 40% Ceiling Interreflectance No Interreflectance Mounting Height To g Avg/ Max/ Avg Max Min Avg/ Max/ 30' e ture Luminair Av Max Min Min Min Min Min 30' 60' Aper 30' 7' 5.22 9.86 2.17 2.41 4.54 5.73 10.84 2.34 2.45 4.63 8' 5.21 8.87 2.70 1.93 3.29 5.71 9.75 2.89 1.98 3.37
CANDLEPOWER VALUES 90CMPE (10,450 initial lumens) 150PSMH (14,000 initial lumens) *Toward *Toward *Toward *Toward Parking Stalls Parking Stalls Driving Lane Driving Lane *Oriented for single luminaire per bay design. *Oriented for single luminaire per bay design. 150HPS (16,000 initial lumens) 85QL (6,000 initial lumens) *Toward *Toward *Toward *Toward Parking Stalls Parking Stalls Driving Lane Driving Lane *Oriented for single luminaire per bay design. *Oriented for single luminaire per bay design.
SPECIFICATIONS GENERAL THE QL INDUCTION LIGHTING SYSTEM The Gardco GP1 is a high performance garage luminaire with a The QL lamp system consists of three main components, each of variety of lamping options: the CosmoPolisTM Electronic System which can be replaced separately if service is required. at 60w or 90w; medium base HID lamps to 200w; compact The vessel or discharge bulb is a closed glass bulb containing a fluorescent lamps at 60w or 85w; or 85w induction lamps. low-pressure inert gas filling with a small amount of mercury vapor. Units are totally sealed and suitable for damp and wet locations. The walls of the vessel are internally coated with a fluorescent QUICK MOUNT PLATE powder of any of the modern three-line phosphor types, providing A die formed 14 ga. galvanized steel plate is supplied for a choice of color temperatures. The discharge vessel is fixed to the mounting to a recessed, surface, or rigid pendant hung power coupler by the plastic lamp cap with the click system. 4"/10.16 cm J-box (standard J-box and rigid pendant by others). Additional parts of the power coupler include a plastic antenna An integral hanger tab on the plate supports the luminaire support, a 40 cm coaxial connecting cable, and a heat conducting during wiring. rod with mounting flange. The mounting flange allows the QL lamp UPPER ELECTRICAL CANOPY system to be mechanically attached to the luminaire, and removes The die cast aluminum canopy houses the ballast and waste heat to a heat sink which forms part of the luminaire. wiring splices. After wiring, the canopy swings up and The HF generator produces the 2.65 MHz alternating current attaches securely to the Quick Mount Plate. supply to the antenna. HOUSING EMERGENCY LUMINAIRES The housing consists of a one-piece acrylic housing with All emergency luminaires feature an indicator light visible prismatic uplight window and opaque lower side section. through the lens and a test switch accessible through the door The housing is fully gasketed to the upper canopy. assembly. All emergency luminaires are factory wired from the DOWNLIGHT REFLECTOR battery pack to the luminaire using a 24" length flexible conduit. Semi-specular metalized aluminum facets are precisely Emergency luminaires are 100% factory tested in emergency positioned to provide highly efficient Type 1R (rectangular) mode. Battery packs must be suitably mounted to structure. lighting distributions and cutoff of source brightness Emergency battery packs must be included on the factory at normal viewing angles. luminaire order and supplied by Gardco. UPLIGHT REFLECTOR GP1EMR LUMINAIRES The hydroformed and anodized aluminum reflector Require the I-160-DL and T5S-55 or T5ST-55 options. In the generates illumination on the ceiling and vertical surfaces. event of a power interruption, the I-160-DL will power one (1) 55w T5/HO circular fluorescent lamp for 90 minutes DOWNLIGHT LENS providing 2,700 lumens initial emergency mode light output. An injection molded UV resistant acrylic lens is retained with captive fasteners. The lens hinges down for relamping. Memory GP1ECR LUMINAIRES retentive silicone gasketing seals the lens to the housing. Require the B4CF2 and the T5S-40 or T5ST-40 options. In the event of a power interruption, the B4CF2 will power one (1) ELECTRICAL 40w T5 circular fluorescent lamp for 90 minutes providing High power factor magnetic HID ballasts are separate 1,000 lumens initial emergency mode light output. component type. All HID ballasts are capable of providing reliable lamp starting down to -20°F/-29°C. Luminaires supplied with FINISH electronic metal halide ballasts will operate Ceramic Metal Halide The upper canopy is finished with polyester powdercoat. lamps only. The opaque housing section is finished with acrylic lacquer. Concrete Grey finish is standard. For luminaires provided with CosmoPolis™, each high power factor ballast is electronic, designed specifically for the CosmoPolis™ high LABELS performance ceramic metal halide electronic sytem. All GP1 luminaires bear UL or CUL (where applicable) Wet Location labels. All GP1EMR and GP1ECR luminaires bear Component-to-component wiring within the luminaire will carry UL or CUL (where applicable) Damp Location labels. no more than 80% of rated current and is listed by UL for use at 600 VAC at 301°F/150°C or higher. Plug disconnects are listed by WARRANTY UL for use at 600 VAC, 15A or higher. Gardco luminaires feature a 5 year limited warranty. See Warranty Information on sitelighting.com for complete details Fluorescent luminaires feature high power factor electronic ballasts and exclusions. Polycarbonate lenses carry a 1 year warranty only. standard. Ballast accepts 60w and 85w compact fluorescent lamps.
MOUNTING OPTIONS The “TM” trunnion mounting option Flush or surface mounting is designed to mount to a concrete is easily accomplished ceiling with a die formed, anodized with a galvanized steel aluminum trunnion bracket quick-mount plate assembly. The assembly permits (standard J-box by others). six (6) 1" (2.54cm) incremental mounting height adjustments. A 1/2" (1.27cm) I.P.S. weatherproof die cast aluminum hub is located on the top pan for field attachment of rigid or flexible conduit (by others). The DR (Downlight Only Reflector) option provides an additional spun aluminum lower reflector, which will significantly increase pavement Practical options include illumination and mask a bird-excluding shroud, any undesired uplight. which prevents nesting and perching, reducing dirt and maintenance. A 12" (30.48cm) minimum pendant length is required. For rigid pendant mounting to conduit (by others), the Gardco quick-mount plate is directly attached to a standard 4" (10.16cm) J-box, as in surface ceiling An offset, self-leveling J-box mounted applications. balances the luminaire in those cases where the pendant mount is free-swinging. (Swivel ceiling canopy and pendant by others.) For this option, specify "JB" when ordering. DIMENSIONS 11" 11.5" 27.94cm 16.25" Square 29.91cm Luminaire 14.28cm Sq. Overall to top height of mounting plate Prior to ordering, consult Submittal Data Sheet on sitelighting.com for the most current information, notes and exclusions. Philips Gardco reserves the right to change materials or modify the design of its product without notification as part of the company’s continuing product improvement program.
GP1 ORDERING PREFIX WATTAGE VOLTAGE OPTIONS GP1 90 CMPE 120 POLY 1 5,9,17 4 GP1 70MH 150MH 200MH E QS Quartz Standby Pulse Start MH 120 5,9,16 Garage Luminaire Magnetic Ballast 100MH 175PSMH E QST Quartz Standby - Timed Delay 208 5,9,17 1,10,12 Ceramic MH 3,4 3,4 Q924 Quartz Emergency GP1EMR 70CMHE 150CMHE E 240 5,9,16 Electronic Ballast QT924 Quartz Emergency - Timed Delay Emergency Remote 15 277 7,9,17 CosmoPolis™ 15 (0°C, 32°F minimum 60CMPE 90CMPE T5S-40 Provision for an internal hot restrike standby, Electronic System ambient temperature.) 347 circular 40w T5 fluorescent lamp Compact Fluorescent 2,3,4,7 5 60/85CF 7,9,17 UNIV 1,11,12 Electronic Ballast T5ST-40 Provision for an internal hot restrike standby, GP1ECR 14 Standard MH 200-277 timed delay, circular 40w T5 fluorescent lamp. 175MH* Emergency Cold Magnetic Ballast* 7,9,17 T5S-55 Provision for an internal hot restrike standby, Temperature 175MH 150HPS High Pressure Sodium GP1EMR and GP1ECR Remote circular 55w T5/HO fluorescent lamp Emergency luminaires Magnetic Ballast 100HPS 7,9,17 (-18°C, 0°F minimum are only available with T5ST-55 Provision for an internal hot restrike standby, * 175MH not available for sale in the United States. ambient temperature.) 120V or 277V input. timed delay, circular 55w T5/HO fluorescent lamp 8 POLY Polycarbonate Downlight Lens Wattages marked with E meet federal energy efficiency standards E applicable to 150 watt through 500 watt metal halide luminaires only. TP Spanner Head Tamper Resistant Screws F Fusing 6 DR Supplementary Downlight Reflector 1. The GP1 is supplied standard in Concrete Grey finish only. 12. Available in HID 175 watt and below with magnetic ballasts, 120V 2. Luminaire accepts either 60w or 85w Compact Fluorescent. or 277V input only. Emergency battery packs must be included on BX Bird Excluding Shroud For pendant mounted units. 3. Electronic Fluorescent and CMHE ballasts accept 120V through the factory order and supplied by Gardco. I-160-DL and B4CF2 JB Balanced J-box with offset knock-out 277V input. Specify “UNIV” for Voltage. options include a 24" length flexible conduit factory wired from the For non-rigid sway pendant mount. 4. Not available in GP1EMR or GP1ECR. Not available with QS, QST, battery pack to the GP1 luminaire. Battery packs must be suitably LFI Lamp factory installed Q924, QT924, T5S-40, T5ST-40, T5S-55, or T5ST-55 options. mounted to structure. GP1EMR and GP1ECR luminaires bear UL 13 IRS Instant ike Restr 5. DC Bayonet Base, 100 watt quartz maximum. or CUL (where applicable) Damp Location labels only. 6. HID only. Not available with T5S-40, T5ST-40, T5S-55 or T5ST-55. 13. HPS only. Not available in GP1EMR or GP1ECR. Contact factory TM Trunnion Mount Provides additional area illumination and masks uplight. prior to ordering. WG Wire Guard Can be field installed. 7. Not available with DR option. Not available in 60CMPE or 90CMPE. 14. 200 through 277V, 50hz to 60hz, input. Available in CMPE types only. 8. Polycarbonate lenses carry a 1 year warranty only. 15. Available in 120V or 200-277V only. Emergency Luminaires Only 9. Luminaires are not available with more than 1 of the following 16. 60CMPE and 90CMPE available with QST and QT924 Options. 12 options: QS, QST, Q924, QT924, T5S-40, T5ST-40, T5S-55, T5ST-55. 17. Not Available in 60CMPE and 90CMPE. I-160-DL Iota I-160-DL Emergency Battery Pack 10. Requires T5S-55 or T5ST-55, and I-160-DL options. GP1EMR with T5S/ST-55 only. 12 11. Requires T5S-40 or T5ST-40, and B4CF2 options. B4CF2 Bodine B4CF2 Emergency Battery Pack GP1ECR with T5S/ST-40 only. INDUCTION LAMP PREFIX WATTAGE VOLTAGE OPTIONS GP1 85QL/830 120 POLY POLY Polycarbonate Downlight Lens 85QL/830 120 GP1 Polycarbonate lenses carry a 1 year warranty only. 18 Garage Luminaire 85 watt QL/3000°K 200-277 TP Spanner Head Tamper Resistant Screws The GP1 is supplied standard 85QL/840 in Concrete Grey finish only. JB Balanced J-box with offset knock-out 18. Accepts input voltages from 200V through 277V. 85 watt QL/4000°K For non-rigid sway pendant mount. BX Bird Excluding Shroud For pendant mounted units. TM Trunnion Mount WG Wire Guard Can be field installed.
1611 Clovis Barker Road San Marcos, TX 78666 512/753-1000 Philips Gardco Warranty 800/227-0758 Philips Gardco luminaires feature a five year limited warranty. Fax: 512/753-7855 For full warranty information please visit sitelighting.com. sitelighting.com © 2010 Koninklijke Philips Electronics N.V. All Rights Reserved. Document order number: G100-012/0410