Product Selection Guide Page 857 Product Selection Guide-11th Edition

PRODUCT INFORMATION Technical Information 857 PSG11 LENS Load Ratings, Slip Resistance and Lens Temperatures IN-GRADE HYDREL www.hydrel.com The M9000 Series offers reduced lens surface temperatures through the use of thermal isolation and patented convective cooling technologies. As with the use of all luminaires in pedestrian areas, Hydrel recommends that proper care be taken in the selection of luminaire location, lamp wattage and distribution in order to minimize pedestrian risk. SLIP RESISTANCE AND LOAD RATING M9400 M9700 M9800 MAXIMUM LOAD RATING Peak compression force of 7,700 lbs. (single lens) or 2,550 lbs. (double lens). LENS STATIC COEFFICIENT of FRICTION M9400 Anti-Slip Lens (FLCAS): Dry = 0.76; Wet = 0.10 M9400 Slip Resistant Lens (FLSR): Dry = 0.84; Wet = 0.65 MAXIMUM LOAD RATING Peak compression force of 3,750 lbs. (single lens) or 3,200 lbs. (double lens). LENS STATIC COEFFICIENT of FRICTION M9700 Anti-Slip Lens (FLCAS): Dry = 0.76; Wet = 0.10 M9700 Slip Resistant Lens (FLSR): Dry = 0.84; Wet = 0.65 MAXIMUM LOAD RATING Peak compression force of 3,950 lbs. (double lens). LENS STATIC COEFFICIENT of FRICTION M9800 Anti-Slip Lens (FLCAS): Dry = 0.76; Wet = 0.10 M9800 Slip Resistant Lens (FLSR): Dry = 0.84; Wet = 0.65 M9700 LENS SURFACE TEMPERATURE 2 100W E17 MH 150W T6 MH 150W E17 MH 32 W TRT 70W T6 MH 18 LED 250W PAR38 INCAN SP NFL WFL SP NSP MFL SP MFL WFL SP MFL SP MFL WFL ALL FL SINGLE LENS 114C 94C 112C 119C 129C 153C 107C 120C 107C 69C 68C 89C 104C 98C 38C NA DOUBLE LENS 70C 85C 75C 73C 93C 139C 70C 82C 90C 43C 44C 55C 97C 65C 38C 89C % DECREASE 38% 10% 33% 38% 28% 39% 35% 32% 16% 38% 35% 38% 7% 34% NA Notes 1 Per Ceramic Tile Institute: Coefficient of friction values greater than 0.6 are considered slip resistant. Coefficient of friction values between 0.50 to 0.60 are conditionally slip resistant. Coefficient of friction values less than 0.50 are questionable. 2 Test performed by: SGS U.S. Testing Company Inc. Tested in accordance with ISO/ICE 17025. 3 Test performed by: Spec Testing, Inc. Tested in accordance with ISO/ICE 17025. SLIP RESISTANCE AND LOAD RATING PDX4 PDX7 PDX10 MAXIMUM LOAD RATING Peak compression force of 2,048 lbs. LENS COEFFICIENT OF FRICTION 1 PDX4 Anti-Slip Lens (FLCAS): Dry = 0.78; Wet = 0.30 PDX4 Slip Resistant Lens (FLSR): Dry = 0.68; Wet = 0.59 MAXIMUM LOAD RATING Peak compression force of 2,847 lbs. LENS COEFFICIENT OF FRICTION 1 PDX7 Anti-Slip Lens (FLCAS): Dry = 0.76; Wet = 0.20 PDX7 Slip Resistant Lens (FLSR): Dry = 0.84; Wet = 0.65 MAXIMUM LOAD RATING Peak Compression Force of 4,944 lbs. LENS COEFFICIENT OF FRICTION 1 PDX10 Anti-Slip Lens (FLCAS): Dry = 0.76; Wet = 0.20 PDX10 Slip Resistant Lens (FLSR): Dry = 0.84; Wet = 0.65 PDX4 LENS SURFACE TEMPERATURE 3 20W MR16 35W MR16 50W MR16 20W MR11 35W MR11 9W LED SP NSP FL SP NSP FL SP NSP FL NFL SP SP MFL PDX4 LENS 79.5C 77.5C 81C 122.8C 119C 123C 134C 131C 148C 87C 113C 33C 35C PDX7 LENS SURFACE TEMPERATURE 3 20W T4 MH 35W T4 MH 70W T4 MH 36 W T6 MH 70W T6 MH 70W PAR30 MH 12 LED 75W MR16 NSP SP MFL NSP SP MFL NSP SP MFL NSP SP MFL NSP SP MFL SP ALL MFL PDX7 LENS 70C 75C 71C 95C 112C 94C 133C 152C 125C 95C 90C 92C 129C 123C 119C 125C 38C 106C PDX7CL LENS 43C 44C 44C 53C 55C 57C 73C 69C 66C 52C 47.8C 50C 63C 62C 67C 62C 38C 53C % DECREASE 39% 42% 38% 44% 51% 39% 45% 55% 47% 45% 47% 46% 51% 50% 44% 50% NA 50% PDX10 LENS SURFACE TEMPERATURE 3 70W T6 MH 150W T6 MH 100W E17 MH 150W E17 MH 18 LED 150W E17 HPS 42W TRT FLUOR SP NFL FL SP NFL FL SP NFL FL SP NFL FL ALL SP NFL FL SP NFL FL PDX10 LENS 79C 83C 86C 99C 105C 108C 95C 115C 114C 115C 148C 143C 38C 113C 138C 139C 70C 71C 68C PDX10CL LENS 51C 55C 55C 60C 77C 72C 60C 76C 75C 68C 88C 92C 38C 75C 75C 83C 43C 46C 43C % DECREASE 35% 33% 36% 39% 27% 33% 37% 34% 34% 41% 40% 36% NA 34% 46% 40% 39% 35% 37% The Paradox Architectural In-grade Cool Lens model (PDX7CL & PDX10CL) utilizes a combination brass top ring, heat sink, and reflec- tive secondary IR lens filter to reduce heat by 30% when necessary. As with the use of all luminaires in pedestrian areas, Hydrel recommends that the proper care be taken in the selection of luminaire location, lamp wattage and distribution, in order to minimize pedestrian risk. PDX Series M9400 LENS SURFACE TEMPERATURE 2 20W T4 MH 35W T6 MH 70W T6 MH 75W MR16 70W PAR30 MH 12 LED NSP MFL NSP MFL NSP MFL NFL SP ALL SINGLE LENS 69C 66C 82C 89C 117C 119C 107C 120C 38C DOUBLE LENS 49C 46C 54C 53C 75C 73C 70C 82C 38C % DECREASE 28% 30% 34% 40% 36% 39% 35% 32% NA M9800 LENS SURFACE TEMPERATURE 2 250W E28 MH 400W E37 MH LED SP MFL NSP SP w/ISS MFL ALL DOUBLE LENS 49C 46C 54C 53C 75C 38C

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