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RN20-30 Renaissance LED (large) <br />Urban Luminaire <br />Features <br />1. Constructed from top-quality materials, the Contemporary 3. Polycarbonate globe has satin -finish to gently obscure <br />Lantern Series maintains excellent pertormance in even the the source without compromising photometry. <br />mos[ demanding environments. q, Tool free access to tamp and electrical components for <br />2. Type LE2, LE3, LE4 and LES optic distributions are available with ease of maintenance. <br />various options to meet a wide range of lighting applications. 5. Unique styling merges traditional and contemporary design. <br />Dimensions <br />EPA: 2.03 fN max. <br />ACDR Weight: 49 lbs (22.2kg) max. <br />GL Weight: 69 lbs (31.3kg) max. <br />EPA and weigh[ are calculated without adaptor <br />I I <br />iB" (457 mm) <br />RN20-S optics <br />Predicted Lumen Depreciation Data <br />I I <br />18" (457 mm) <br />RN30 - F optics <br />I I <br />18" (457mm) <br />101/2" (267 mm) <br />E <br />oL <br />I <br />5 <br />a <br />i <br />18" (457 mm) <br />J <br />E <br />a <br />RN20-A optics RN20-A optics -SMA <br />Predicted performance derived from LED manufacturer's data and engineering des(gn estimates, based on IESNA LM -80 methodology. <br />Actual experience may vary due to field applicatlon <onditions.L�o is [he predicted time when LED performance depreciates to 70%of <br />initial lumen output. Calculated per IESNA TM21-11. Published L]o hours Ilmited to 6 times actual LED test hours. <br />35"C <br />800 mA � >99,000 hours � >60,000 hours � >83% <br />RN20-30-Large-Renaissance-LED 04/20 page 2 of 8 <br />i_ <br />Predicted Lumen Depreciation Data <br />I I <br />18" (457 mm) <br />RN30 - F optics <br />I I <br />18" (457mm) <br />101/2" (267 mm) <br />E <br />oL <br />I <br />5 <br />a <br />i <br />18" (457 mm) <br />J <br />E <br />a <br />RN20-A optics RN20-A optics -SMA <br />Predicted performance derived from LED manufacturer's data and engineering des(gn estimates, based on IESNA LM -80 methodology. <br />Actual experience may vary due to field applicatlon <onditions.L�o is [he predicted time when LED performance depreciates to 70%of <br />initial lumen output. Calculated per IESNA TM21-11. Published L]o hours Ilmited to 6 times actual LED test hours. <br />35"C <br />800 mA � >99,000 hours � >60,000 hours � >83% <br />RN20-30-Large-Renaissance-LED 04/20 page 2 of 8 <br />