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F. Testing /Certification /Compliance <br />1. The Retrofit must be classified by an OSHA Nationally Recognized Testing Laboratory (NRTL) as <br />complying with UL 1598c and UL 8750 (Examples of NRTLs include CSA, Intertek (ETL], and UL). <br />2. Retrofit manufacturers that operate factories that are ISO9001 (quality assurance) registered are <br />preferred. <br />3. All electrical components in the Retrofit shall be RoHS compliant. <br />4. The proposed Retrofit must be listed on the Design Lights Consortium Qualified Products List. <br />5. The manufacturer may be required to submit test data obtained from an Energy Star qualified <br />independent test lab to verify in -situ LED temperature. The temperature is to be measured at the Ts, <br />TsP, or TMPLED point indicated on the LED by the LED manufacturer. The testing is to be performed per <br />the Energy Star SSL program methodology. The manufacturer must demonstrate with the resulting <br />data that the TsP temperature of the innermost LED is no more than 60 °C. The in -situ test must be <br />performed while the Retrofit is operating inside the globe. <br />6. The manufacturer shall submit documentation of the calculated life expectancy of their Retrofit. The <br />documentation provided shall be based upon in -situ TsP temperature data from an independent Energy <br />Star qualified lab (as described in 5. above) and the LM -80 lumen maintenance data provided by the <br />luminaire manufacturer's LED supplier. The resulting calculated L70 lifetime of the luminaire shall be <br />no less than 70,000 hours. <br />G. Required LED Submittal Documents <br />Proposers shall submit the following with their proposals, for each proposed product model: <br />a. Retrofit specification sheet <br />b. Driver specification sheet <br />c. Surge protection specification sheet <br />d. IES LM -79 test report (include photometry and colorimetry) <br />e. In -Situ temperature test <br />f. A completed Section 2 table <br />g. Performance (photometric) calculation per Section 3 <br />h. Product lumen depreciation curves used to determine LLF for Section 3 calculations. <br />2. Proposers shall also submit the following information to validate the lumen maintenance curves. These <br />shall be included in the proposal: <br />a. Brief explanation of methodology used to arrive at the projected lumen maintenance <br />b. The LED manufacturer's LM -80 test report for a minimum of 6000 hours testing <br />c. A luminaire In -Situ Temperature Measurement Test (ISTMT) from an NRTL, NVLAP accredited lab. <br />or in -house lab in an NRTL data acceptance program (test at 25 °C ambient or higher) <br />Section 2: Product Checklist <br />I� 1 <br />Description — <br />Product mmanufacturer <br />Re Yes d <br />Response <br />A.1 <br />How long has your company been <br />manufacturing LED retrofits for <br />decorative street lights? <br />Yes <br />. A. —I <br />How long has this model /generation <br />Yes <br />j been produced? <br />-, AA <br />B.3 <br />Warranty In years <br />Luminaire ambient temperature ran e <br />Yes <br />_.- <br />13 4 <br />How man hours ASTM B117 testin ? <br />Yes <br />-- <br />C.1 <br />LED manufacturer and model number <br />Yes <br />T_ i <br />Page 126 <br />