Laserfiche WebLink
<br /> Code Compliance Research Report CCRR-0456 Page 7 of 9 <br /> <br /> <br /> <br /> <br /> <br /> 545 E. Algonquin Road • Arlington Heights • Illinois • 60005 <br /> intertek.com/building <br /> <br />PCA-101 <br />Version: 28 December 2021 SFT-BC-CCRR-OP-19a Code Compliance Research Report <br /> <br />TABLE 2 (CONT.) <br /> <br />INSTALLATION REQUIREMENTS <br />Max System Voltage 600 VDC <br />Max Array Internal Voltage After Actuation VDC OC <br />MCI/RSS Voltage Output after Actuation ≤30 VDC <br />Voltage Bleed-Down Interval ≤30 secs. <br />Max Series-Connected Solar Shingles per (1) MCI or (1) RSS 48 <br />OTHER INSTALLATION INSTRUCTIONS RECOMMENDED BY GAF <br /> <br />Applicable for Integrated Rooftop Solar for Composition Shingle Steep Sloped Roofs, Installed Using <br />1. MCI or RSS shall be secured inside the Transition Box using provided fasteners. <br />mounting plane subarray string. MCI and RSS may be installed on subarrays smaller than 48 <br />series- connected solar shingles. For the most current specifications, instructions and limitations on <br />the use of Delta Electronics components, please refer to their website at <br />DC <br />22 VDC. The Solar Shingles have a VOC of 10.9 VDC. Minimum recommended number of Solar <br />inspection by as-built string diagrams and/or voltage measurement logs. Voltage output per string <br />not to exceed 600 VDC. <br />5. The RSS has a metal enclosure and shall be bonded to the EGC using the lay-in lug and M4 bolt <br />provided, or by equivalent means approved in the NEC. <br />sized, installed, and labeled in accordance with NEC requirements. The specific part shall be <br />identified on the as-built system drawings. The inverters evaluated with this system are equipped <br /> <br /> <br /> <br /> <br /> <br />2006 N Deodar St - 101118000 & <br />20181911 <br />6/11/2024