Loading...
HomeMy WebLinkAboutAPPROVED SOLAR ENERGY SYSTEM��-►- min ' 7„�f ' ;j Lt r=Ei [7v LLB •-=^-� zat fii"' 4 ti F �l� L -,am 3 AR I985 t`IM7,QOLd. m „, , s rY n-vde Pool Va Cl b@dQW Lii`e 5 LlEe31ilateLY by i#9e i 1{2gi EO t:3Ge` rdiPOt�Mfi,ioi so3�i pQ Gam` llf C��.�S'{i�='�Grru�- t ilk.. 7Srtiiiiti173 L.io 1_ i r ©c']$ Eccor da3t:. a tlT2es-i'cflf tFer; -Q � and Model �y alior-L:,ati aU'dition ei pC-iaL,-j -e 30 -- t LT�:.rSc, r Doi RK-M �01 -_i�fl7 Sol . -- Aso _ 1U'l3dcl v _-�N2800 Btu Lt�nrJ i Sol aL .�dZs+ es 202- � ®ts r � f�i�f33E �i3'i��}��F I H •� �: j x nror- 4 Y Y 1�v _ P5, ist-i$3�sz „ v� .bole '� �GiT ale E �l 3 . i8�gi �Z ZiL t��i1QFi. � regUiFed YOU R2= Conta ct ihe %jorle. a Sol; � Energy C-ey e� 2 i�@ This verify This c 5045 FSEC" SUPPLIER: Solar IndustrM SPHS 1940 Rutgers Univ. Blvd Lakewood, NJ 08701 USA CERTIFIED SOLAR TH - `IL COLLECTOR MODEL- 2p4. ft THERMAL Unglazed Fla late COLLECTOR TYPE: CERTIFICATION #: 96026C Original November 01,1996 Certification: Expiration Date: December 14, 2035 collector was evaluated by the Florida Solar Energy Center (FSEC) in accordance with prescribed methods and was found to meet the minimum established by FSEC. This evaluation was based on solar collector tests performed by an FSEC approved laboratory. The purpose of the tests is to l performance conditions and quality of construction only. The resulting certification is not a guarantee of long tens performance or durability - :tor has been rated for energy output on measured performance and an assumed standard day. Total solar energy available for the standard day is -hour/m? (1600 Btu/fe) distributed over a 10 hour period. COLLECTOR THERMAL PERFORMANCE RATING (Collector rested per ASHRAE 96) RRuwatt-hours (thetman Perm Per Der Mmusends of Btu Perf Per Day Low Intermediate High Category Low Intermediate High 30°C 50°C 100°C Inlet 86°F 122°F 212°F 3.5 1.2 0.0 ENERGY 1.1 0.4 0.0 OUTPUT Gross A14. 4.370 ' 47.04 ftz Dry Welght: 10 kg 23 lb m4.370 Net Aperture Absorber Area m= 47.04 ttz Fluld CapadtY• 14.0 liter 3.7 ga 4.370mz 47.04ftz TestPressum: 241kPa 35p5i TECHNIC. INFORMATION Tested U stmordenCA with. ASHRAE 96 E6iclen JEquation [NOTE- Based on gross area and (P) Tr-Ta] SI UNITS;J Wind speed (u) < 1.5 m/s, Temperature p (Ti(Ti—Ta) in °C, Radiation (G) in W/m IP UNITS r1= 0.935 - 8.930(PIG) - 0.647(P2/G) Wind speed (u) < 3 mph, Temperature (Ti —Ta) in °F. Radiation (G) in Stu/hr-ft2 „ q= 0.935-1.574(P/Gl - 0.083(P2irm IAM Coel#j Lent 1- 0.13 Test Fluld;I Water Test M;; Ftow Rate: kg/(s m5 I I Ib/(hr ft2) � F�j_ U___ E r: d Director ' Print Date: April, 2017 © 2014 University of Central Florida. FSEC/UCF ♦ 1679 Clearlake Road ♦ Cocoa, Florida 32922 ♦ (321) 638-1426 ♦ Fax (321) 638-1010 0 www-fsec-ucfedu (.01k,mg SOLAR VACUUM --io SENSOR RELIEFVALVE J VACUUM RELIEF VALVE SOLAR COLLECTORS I�c�wlNoffonl END CAP \I,ULETLINETOCOLLECTORS FL OW OUTLET LINE 'figure 10 �ME7ER ELECTRONIC POW% CONTROL THERcMwOI LUMBING DETERS YSTEM C H E M ATI C VALVE CONTROL LINE 1201240 �� -- ISOLATION CHECK V LINE ISOLATION VALVE (v1wrw) BALL VALVE (cp+l�naq HEATER. BY-PASS BALL VALVE FILTER OUTLET {cpuanaq TEE --.I WATER CHECK SENSOR VALVE 3-WAY VALVE 10 HEATER I ._ S (arco�tid( PUMP L COLD WATER DLLECTORS ®� HEATED WATER TO POOL Plumfting 4% Solar772-Q66�•� 926 Wag ar Placa Ft. PI®roe, FL 34982 WWW_TRYOWSOi-AR_COM