PATHWAY LIGHTING S LED LUMINAIRES

introducing PATHWAY LIGHTING S LED LUMINAIRES Magner Sanborn Office, Spokane, Washington Architect: Uptic Studios Photography: Shaun Cammack the LED lighting source

SynJet Heat Sink Thermal Transfer Pad Fortimo LED Downlight Module Xitanium Driver Reflector/Trim DPR Construction Headquarters, Glenn Allen, Virginia Architect: Evolve Architecture Photography: David Galen PATHWAY LIGHTING S LED LUMINAIRES Include a complete line of recessed-, surface-, and pendant-mounted LED lighting solutions, engineered to provide lighting specifiers with reliable, high-performance, sustainable LED products. 1st in Class & Best in Class As the first lighting manufacturer to integrate Philips Fortimo LED Downlight Module, Pathway has always been at the forefront of luminaire development, solving design and technical challenges associated with LED lighting application thermal management, lamp life, consistency, scalability, maintenance, and glare. Pathway is committed to eliminating design barriers and in working closely with lighting specifiers, to create functional, comfortable, memorable visual environments. Thermal Management in conjunction with a compact aluminum heat sink, all Fortimo LED Downlight Modules rated at 2 initial s and higher are cooled by Nuventix s SynJet active cooling module. The SynJet module a low-power, effectively silent, advanced cooling technology creates turbulent, pulsated air jets, which can be directed between the fins of the heat sink, resulting in high heat transfer coefficient air flows that provide optimum thermal operating environment for the Fortimo LED Downlight Module. Color Consistency remote phosphor technology, a mixing chamber and tight LED binning work in concert to ensure consistency from fixture to fixture, with no visible LEDs, and virtually no shift over the life of the engine. Scalability & Maintenance all Pathway LED luminaires are engineered to accommodate future improvements in LED technology. As Philip s Fortimo LED Downlight Modules continue to improve in performance, updating installed luminaires in the field will be as easy as replacing the Fortimo Module and/or its intelligent Xitanium driver maintenance that is simple, familiar, and in all cases can be done from below the ceiling. page two

LED AS CFL REPLACEMENT it s about time Light Output when comparing CFL and LED s, it is important that the analysis is a true apples-to-apples comparison one where rating is discussed in terms of delivered s, not in terms of initial s, for both systems. Pathway Lighting s design team uses today s most advanced LED engines to deliver output that exceeds the performance and equivalent efficacy of even the most efficient CFL (approx. efficiency 7% or - lm/w) on the market today. Life superior thermal management leads to LED products that are rated at, hours to 7% light output (L 7 ), which is four times the life of a typical CFL equivalent. Longer life means lower cost of ownership. Dimmability an intelligent LED driver that provides -1V dimming to 1% comes standard at no extra charge, making our LED systems cost competitive with CFL-based lighting fixtures running on expensive electronic dimming ballasts. Our products are compatible with major dimming control systems and protocols. Please contact factory for assistance and further information. Sustainability unlike CFL-based products, LEDs are mercury-free and consume less energy, creating a smaller ecological footprint. Peace of Mind all of our LED products are backed by an industry standard, -Year limited warranty. Magner Sanborn Office, Spokane, Washington Architect: Uptic Studios Photography: Shaun Cammack corridor calculations operating cost comparison for equivalent CFL & LED s product average light level (FC) uniformity (max/min) w/sq.ft. Pathway 6VLED 11 lm 32W CFL 32W CFL Pathway 6VLED 11 lm 17W Pathway 6 32W 13.1 1.83:1. 13.3 1.87:1.77 lamp life, 2, 12, W/fixture 17 37 37 $/kwh $.12 $.12 $.12 Brand A- 6 32W 13. 1.91:1.73 # hours/year @ 12 hr/business Day 3132 3132 3132 Solerio LED Pendant 12 small conference room 12 6 o.c. typ. 4 corridor 6 8 o.c. typ. Brand B- 6 32W Brand C- 6 32W 14.9 2.6:1 11.6 2.1:1. Ceiling height = 9 -. Room surface reflectances = 8//2. LLF =.. Illuminance measurements taken at floor. product 6 Round 34W LED Downlight 2 lm (6VLED2 Medium) 6 Round 42W (6HF1 Open) 6 Round 42W (6HF1 Lensed) small conference room calculation average light level (FC) uniformity (max/min) w/sq.ft. 39.3 2.3:1.9 31.6 2.32:1 1.33 22.8 2.:1 1.33 Ceiling height = 9 -. Room surface reflectances = 8//2. LLF =.. Illuminance measurements taken at 3 AFF. kwh per year 3.24 1.88 1.88 energy cost per year $6.39 $13.91 $13.91 estimated lamp cost 8 driver or ballast cost estimated labor cost years 1 years years 2 years $31.9 $69.3 $9.3 $63.89 $229.6 $319.6 $9.84 $13.9 $693.9 $47.79 $673.12 $3.12 Cost comparison above assumes labor cost is incurred for each lamp, ballast or driver replacement. LED module and driver are replaced once during the 2-year period. CFL on 12 hour/start has a rated lamp life to 2, hours; lamp replaced in years 6, 12, 19. CFL on shorter on/off cycle has a rated life of 12, hours; lamp replaced in years 3, 7, 11,, 19. Ballast replaced once. All component and labor costs are based on market levels at the time of printing. page four

APERTURE, 11 LUMEN APERTURE, 11 LUMEN 4SQLED 11 initial 4, k 914 delivered 3, k 3, k 4.7 4.7 4SQLEDWW 11 initial 4, k 23 delivered 3, k 3, k 27. 27. 4VLED 11 initial 4, k 941 delivered 3, k 3, k 6.3 6.3 4VLEDWW 11 initial 4, k 93 delivered 3, k 3, k 4.1 4.1 63 126 189 2 3 378 442 1 2 3 9 8 7 6 4 8.' 13.7 14.8 1.' 7.4 18. 12.' 4.6 22.2 14.' 3.1.9 Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 8 16 24 32 1 2 3 9 8 7 6 4 1 4 2 8 8 3 7 8 4 7 8 6 7 6 4 7 3 3 8 2 3 9 2 2 1 1 1 =1.11 =1.11 9=1.4 9=1.4 111 222 333 444 666 777 888 9 8 7 6 4 3 1 2 8.' 33 9.8 1.' 17.8 12.3 12.' 11.1 14.7 14.' 7.6 17.2 Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 1. 1. 243 487 73 973 1 2 3 9 8 7 6 4 1 6 6 2 8 9 3 7 8 4 6 6 6 7 6 7 7 6 8 4 9 3 4 1 3 3 =.83 =.83 9=1. 9=1. APERTURE, 11 LUMEN APERTURE, 11 LUMEN 6SQLED 11 initial 4, k 1 delivered 3, k 3, k 62. 62. 6SQLEDWW 11 initial 4, k 679 delivered 3, k 3, k 37.1 37.1 6VLED 11 initial 4, k 971 delivered 3, k 3, k 8.2 8.2 6VLEDWW 11 initial 4, k 96 delivered 3, k 3, k 7. 7. 94 189 283 377 472 66 66 4 1 2 9 8 7 6 4 3 8.' 27.4 1.2 1.' 14.7 12.7 12.' 9.2.3 14.' 6.3 17.8 Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 1.9 1.9 1 2 3 4 1 2 3 9 8 7 6 4 1 4 2 1 7 3 9 11 4 9 1 7 8 6 6 7 4 4 8 3 3 9 2 2 =1.2 =1.2 9=1.11 9=1.11 196 391 87 782 978 1174 1369 1761 7 8 9 6 4 3 2 8.' 8.2 6. 1.' 31.3 7. 12.' 19. 9. 14.' 13.3 1. Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 6 312 469 6 781 937 193 1 9 8 7 6 4 3 1 4 4 2 9 1 3 8 8 4 9 1 8 9 6 7 7 7 6 8 9 4 4 =.66 =.66 9=.69 9=.69 1 2 2 1 1 2 1 3 3 page six page seven

APERTURE, 2 LUMEN APERTURE, 2 LUMEN 4SQLED 2 initial 4, k 1662 delivered 3, k 3, k 48. 48. 4SQLEDWW 2 initial 4, k 9 delivered 3, k 3, k 26.2 26.2 4VLED 2 initial 4, k 174 delivered 3, k 3, k 49.7 49.7 4VLEDWW 2 initial 4, k 1497 delivered 3, k 3, k 41. 41. 1 229 344 9 74 688 83 918 1 2 3 9 8 7 6 8.' 24.2 14.8 1.' 13. 18. 12.' 8.1 22.2 14.'..9 Initial Footcandles at a 3" Work Plane; Beam 4 diameter calculated at % of maximum fc at nadir. 3 6 1 2 3 9 8 7 6 4 1 8 7 2 14 13 3 14 14 4 13 11 13 6 8 9 7 6 6 8 4 9 3 4 =1.17 =1.17 9=1.2 9=1.2 24 47 611 8 118 1222 1426 1629 9 8 7 6 4 3 8.' 6.6 9.6 1.' 32.6 12. 12.' 2.3 14.4 14.' 13.9 16.8 Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 1.4 1.4 3 6 9 12 1 2 3 9 8 7 6 4 1 1 9 2 14 3 11 13 4 1 1 9 11 6 9 1 7 8 9 8 7 7 9 6 6 =.81 =.81 9=1. 9=1. 1 3 3 1 2 1 4 APERTURE, 2 LUMEN APERTURE, 2 LUMEN 6SQLED 2 initial 4, k 47 delivered 3, k 3, k 43.9 43.9 6SQLEDWW 2 initial 4, k 1129 delivered 3, k 3, k 32.2 32.2 6VLED 2 initial 4, k 1766 delivered 3, k 3, k 1. 1. 6VLEDWW 2 initial 4, k 1748 delivered 3, k 3, k 48. 48. 171 343 14 686 7 129 12 1372 9 8 7 6 4 3 8.' 49.8 1.2 1.' 26.8 12.7 12.' 16.7.3 14.' 11.4 17.8 Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 1.9 1.9 16 32 48 64 1 2 3 9 8 7 6 4 1 7 6 2 11 11 3 14 4 14 17 12 13 6 9 1 7 7 7 8 =1.14 =1.14 9=1.14 9=1.14 2 7 149 1762 2114 2466 2819 7 8 9 6 4 3 2 8.' 14.8 6. 1.' 6.4 7. 12.'.1 9. 14.' 24. 1. Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir..68.68 16 32 48 64 1 2 3 9 8 7 6 4 1 7 7 2 16 17 3 14 4 16 17 14 17 6 12 13 7 1 11 8 8 9 =.66 =.66 9=.7 9=.7 1 2 9 4 4 1 3 3 3171 1 9 7 7 1 6 6 page eight page nine

SERIES C SERIES C3S How to Specify Pathway Lighting s LED Luminaires Recessed Downlights Example: 4SQLED114KEM / 9127 / 4SQLEDSCLPF-IC4 to access specification sheets online, enter keyword search at www., example 4SQLED. 6 APERTURE CYLINDER 196 391 87 782 978 1174 1369 1761 1 surface: CSLED pendant: CPLED wall: CWLED 7 8 9 6 4 3 2 11 initial 4, k 971 delivered 3, k 3, k 8.' 8.2 6. 1.' 31.3 7. 12.' 19. 9. 14.' 13.3 1. Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 8.2 8.2 2 471 76 942 1177 1413 1648 8 APERTURE CYLINDER surface: C3SLED pendant: C3PLED wall: C3WLED 1884 2119 1 2 3 9 8 7 6 2 initial 4, k 1774 delivered 3, k 3, k 8.' 79.1 4.9 1.' 41.3 6.8 12.'.3 8.6 14.' 17.1 1. 4 Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. keyword search 4SQLED 4SQLED = 4 4SQLEDWW 4SQLEDWW = 4 6SQLED 6SQLED = 6 6SQLEDWW 6SQLEDWW = 6 4VLED 4VLED = 4 round aperture 4VLEDWW 4VLEDWW = 4 round aperture 6VLED 6VLED* = 6 round aperture 6VLEDWW 6VLEDWW = 6 round aperture s 11 2 4K (4K) K (K) 3K (3K) *6VLED available in two beam s, 42 spot (SP) and 8 medium (MD). input voltage blank = 12/277 volt standard options/accessories finish EM = emergency operation hanger bars: 9127 = 27 c-channel 92 = 2 c-channel 27BH = 27 solid bar 11782 = caddy #2 4SQLED = 4 square 4SQLEDWW = 4 square wall wash 6SQLED = 6 square 6SQLEDWW = 6 square wall wash 4VLED = 4 round 4VLEDWW = 4 round wall wash 6VLED = 6 round 6VLEDWW = 6 round wall wash SCL = soft specular clear alzak SWT = soft specular wheat SST = soft specular straw SPW = soft specular pewter SBZ = soft specular bronze SBL = soft specular black see additional finishes on next page. trim flange finish PF = polished self flange blank = matte white flange decorative accessories IC4 = suspended 4 square ICE lens IC6 = suspended 6 square ICE lens IC4 = suspended 4 round ICE lens IC6 = suspended 6 round ICE lens Cylinders Example: CSLED114K-B / 6VLEDSCLPF to access specification sheets online, enter keyword search at www., example CSLED. SERIES C2S SOLERIO PENDANT keyword search mounting operation s input voltage options/accessories optional cylinder finishes finish trim flange finish 2 471 76 942 1177 1413 1648 8 APERTURE CYLINDER surface: C2SLED pendant: C2PLED wall: C2WLED 1884 2119 1 2 3 9 8 7 6 2 initial 4, k 1774 delivered 3, k 3, k 8.' 79.1 4.9 1.' 41.3 6.8 12.'.3 8.6 14.' 17.1 1. 4 Initial Footcandles at a 3" Work Plane; Beam diameter calculated at % of maximum fc at nadir. 3 6 9 12 PENDANT WITH ACRYLIC REFRACTOR SHADE 1 2 3 P2MLD2 2 initial 4, k 9 8 7 6 1613 delivered 3, k 3, k 8.' 8.9 4.1 1.' 3.9.6 12.' 19. 7.2 14.' 12.8 8.9 Initial Footcandles at a 3" Work Plane; Beam 4 diameter calculated at % of maximum fc at nadir. 42.4 42.2.76 CSLED C* = 6 aperture cylinder, 8 diam. X 12.6 tall C2SLED C2 = 8 aperture cylinder, 1 diam. X 12. tall C3SLED C3 = 8 aperture cylinder, 1 diam. X 16 tall keyword search P2MLD2 *C cylinder available in 11 s only. P2M = pendant with acrylic refractor shade S = surface mount P = pendant, for use with separate pendant kit W = wall mount s LD2 = 2 s LED = led operation 11 2 4K (4K) K (K) 3K (3K) 4K (4K) K (K) 3K (3K) input voltage blank = 12/277 volt standard blank = 12/277 volt standard mounting C = adjustable aviation cable & 1 coiled cord S = adjustable aviation cable & 1 straight cord P = pendant, for use with separate pendant kit F = fuse mounting kits for pendant hung cylinders: PK24 = 24 pendant PK36 = 36 pendant PK48 = 48 pendant PK6 = 6 pendant Pendant Example: P2MLD24KE1C to access specification sheets online, enter keyword search at www., example P2MLD2. options F = fuse blank = matte white B = matte black Z = bronze SA = satin aluminum MA = glossy metallic aluminum GAL = textured galvanite optional finishes for cylindrical housing blank = satin anodized aluminum W = matte white B = matte black Z = bronze 6VLED = 6 apert. 8VLED = 8 apert. SA = satin aluminum MA = glossy metallic aluminum SCL = soft specular clear alzak SWT = soft specular wheat SST = soft specular straw SPW = soft specular pewter SBZ = soft specular bronze HAZ = matte haze see additional finishes on next page. PF = standard with polished self flange options/accessories mounting kits for pendant hung cylinders: PK24 = 24 pendant kit PK36 = 36 pendant kit PK48 = 48 pendant kit PK6 = 6 pendant kit PH = power hook page ten page eleven

REFLECTOR finishes round and SWTPF Soft Specular Wheat SSTPF Soft Specular Straw SPWPF Soft Specular Pewter CRG Corrugated Clear Alzak SCLPF Soft Specular Clear SBZPF Soft Specular Bronze EBZPF Diffused Bronze SBLPF Soft Specular Black MWH Matte White Finish HAZPF Haze EWTPF Diffused Wheat ESTPF Diffused Straw EPWPF Diffused Pewter GLASS options ESSEX DECO LUNA PARK AVENUE MIRIAM CYLINDER IC Square Aperture ICE ICE Round Aperture ICE Magner Sanborn Office, Spokane, Washington Art Gallery, Pensacola, Florida Architect: Sam Marshall Architects Photography: Karena Cawthon contact us Pathway Lighting Products, Inc. P.O. Box 91, Old Saybrook, CT 64-91 voice: 8.342.92 or 86.388.6881 fax: 8.27.9 or 86.388.766 email: sales@