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HomeMy WebLinkAboutProject infoflu 1EICATIOMS ar- a A iWr SW 1 SOLAR POOL HEATER DIMENSIONS PRESSURES NOMINAL SIZE 4'x12' 4'xIO' 4'xB' MAX OPERATING PRESSURE 75 PSI R 77° F / 35 PSI 9 140" F OVERALL LENGTH (IN) 144.0 0.0 96.0 RECOMMENDED MAX OPERATING PRESSURE 5D PSI 0 77° F ABSORBER WIDTH (IN) 47.0 47.0 47.0 DESIGN BURST PRESSURE GREATER THAN 100 PSI 9 140' F MANIFOLD LENGTH (IN) 50.5 50.5 50.5 PSI 0 2.5 GPM /.20 PSI R 5 GROSS/NET AREA (FTI) 411.133 39.29 31.43 PRESSURE DROP PER CflLLECTOR .05 GPM /.GO PSI 9 10 GPM Available with 1-1/2" or 2" 0.0.) header manifolds Tested and certified in accordance with NSF/ANSI Standard 50; 2010 FLOW RATES CERTIFIED EFFICIENCY RATINGS MAXIMUM (GPM) 10.0 10.0 10.0 CERTIFICATION AGENCY EFFICIENCY PERFORMANCE EQUATION RECOMMENOED*(GPM) 7.5 6.0 5.0 FLORIDA SOLAR ENERGY CENTER (FSEC) 93.5% n 0.935 - 8.920(P/G) - 9.G47(P2/G) STANDARD (GPM) 5.0 4.0 3.25 (tested in accordance with ASHRAE 96) IAPMO RliT 02.5% n = 0.92480-0.0552130 - MINIMUM (GPM) 3.0 2.5 2.5 (tested in accordance with ISO 9806) (15.007 + 6.298u)(tin - ta)/G" Sun -Swim XT is manufactured in an ISO 9001:2015 registered facility. Every unit made is subject to numerous mechanical and visual quality inspections throughout all stages of production. INTERNATIONAL ASSOC. OF PLUMBING 5 MECHANICAL OFFICIALS Global quality and performance certification • USEC Uniform Solar Energy Code • SRCC Standard IOD-2DI5 NATIONAL SANITATION FOUNDATION (NSF) Commercial aquatic safety, durability, and toxicity standard a NSF/ANSI-50 rated and listed FLORIDA SOLAR ENEIROY CENTER (FSEC) Solar design and performance certification a FSEC Standard 101-15 711 ISO 9001:2015 S U N S W I M S 0 L A R. C 0 M AVAILABLE THROUGH: TINvcon NUMAMIM a swar 925 WAGNER PLACE FT PIERCE FL 34982 WW'Wy-6WsoLAR.com INDUSTRIES, INC. LIVE GREEN_ SWIM WARM. MADE IN THE USA COPYRIGHT @ 2019 AOUATHERM INDUSTRIES, INC. 11940 RUTGERS UNIVERSITY BLVD., LAKEWOOD, NEW JERSEY 087011 PART NUMBER 19789 REV. 1/2020 CERTIFIED SOLAR THERMAL COLLECTOR FS SUPPLIER: MODEL: Sun -Swim XT 16214-12 Aquatherm Industries, Inc. THERMAL 1940 Rutgers University Blvd. Unglazed Fiat Plate Lakewood, NJ 08701 USA COLLECTOR TYPE: www.warmwateccom CERTIFICATION #: 100579 Original February 21, 2020 Certification: Expiration Date: December 14, 2032 This solar collector was evaluated by the Florida Solar Energy Center (FSEC) in accordance with prescribed methods and was found to meet the minimum standards established by FSEC. This evaluation was based on solar collector tests performed by an FSEC approved laboratory. The purpose of the tests is to verify initial performance conditions and quality of construction only. The resulting certification is not a guarantee of long term performance or durability. This collector has been rated for energy output on measured performance and an assumed standard day. Total solar energy available for the standard day is 5045 Watt-houNm2 (1600 Btu/ft2) distributed over a 10 hour period. COLLECTOR THERMAL PERFORMANCE RATING (Collector Tested per ASHRAE 96) Kilowatt-hours (thermal) Per m2 Per Day Thousands of Btu Per ft2 Per Day Category Inlet Low 30°C Intermediate I 50°C High 100°C Category Inlet Low 86'F Intermediate 122°F High 212'F ENERGY OUTPUT 3.5 1.2 0.0 ENERGY OUTPUT 1.1 0.4 0.0 COLLECTOR SPECIFICATIONS Gross Area: 4.370 m2 47.04 ft2 Dry Weight: 9 kg 20 lb Net Aperture Area: 4.370 m2 47.04 ft2 Fluid Capacity: 13.4 liter 3.5 gal Absorber Area: 4.370 m2 47.04 ft2 Test Pressure: 241 kPa 35 psi TECHNICAL INFORMATION Tested in accordance with: ASHRAE 96 Efficiency Equation [NOTE: Based on gross area and (P)=Ti-Ta] SI UNITS: Wind speed (u) < 1.5 m/s, Temperature (Ti —Ta) in °C, Radiation (G) in W/m2 n= 0.935 - 8.930(P/G) - 0.647(P2/G) IP UNITS: Wind speed (u) < 3 mph, Temperature (Ti — Ta) in 'F, Radiation (G) in Btu/hr-ft2 n= 0.935-1.574(P/G) - 0.063(P21G) IAM Coefficient: 1 - 0.13 Test Fluid: Water Test Mass Flow Rate: kg/(s m2) Ib/(hr ft2) REMARKS: YV 0 Technical Director Print Date: August, 2020 © 2014 University of Central Florida. ` FSEC/UCF 1679 Clearlake Road Cocoa, Florida 32922 ♦ (321) 638-1426 ♦ Fax (321) 638-1010 www.fsec.ucf.edu Page 1 of 1 SOLAR VACUUM-----:� �r-----�- SENSOR REUEFVaLVs V:ICUUFd RELIEF VALVE SOLAR �c'esnUS.v�t-cn) COLLECTOP.S END CAP "t\6XLETURE70 LLEG� RS Figure lQ FLOW OUTLET LINE iAE, c'R ! (� p p F ELECTRONIC 7 t�A or Vi PIL U IVIL7 1 U CONTROL 7H_RNIOMETSRS icp i) SYSTEM SCHEMATIC VALVE COdITROL L1Nc iP{L248 � VLINE y C 1SOL4TtOP:CH_ci( 15Otr;ROI. ! VALVE iL7 —j; SALL VALVE t( I 3 i Pj1S FILTER 5- r r1LL SALL VALVFi ir_ao2,7; OurLE7,f i VIATER Cif=_CK r v =4 t f-- + 3d1A. "tea S_MSap. VALVE LYAVJF En, Ell � r ! e / !� � n,l, i PUMA ii} ` V F, T rrearsor::ET_R COLD n4'R;r{ii r e I ,Yn rF O COLLECTORS © R L. %°IATcR TO ?DOL 0'e. 92104al ocm, irf?. a�^✓QS�)rtie�. PANEL. O g O q �;Ij oj a A� Q 4� b FT I ,I �* Q 4 g j E� %$�?s 5 Ta I is 8 yam ' ye a _ > °951gjI H Wg�� E F- O m 9 y THIS PLAN HAS BEEN REVIEWED, �' ANCHORING OF JOSEPH C. KOSINSKI, PE ENGINEERED AND SUPERVISED BY, c� AQCHORINM INDUSTRIES d J.G. KOSINSKI ENGINEERING, INC. I o SUNSWIM XT SOLAR COLLECTORS STRUCTURAL ENGINEER JOSEPH C. KOSINSKI, PE PE# 52288 COA #29576 15598 BEACH PEBBLE WAY N FORT MYERS, FLORIDA 33908 t239? s -2179 B Jckoslnski135@aol.con v rr L