The URL can be used to link to this page

Home My WebLink About139 Casa Marina Pl (2)Permit # : c)-/ fob Address: 01TY OF S'ANFORI PERMITiAPPLICATION Date: 0 Description of Workl�E', CAH-�S�'� �s'' l: -Iotas Square Footage 1 Ristoric District: Zoning: Value of Work: $= Permit Type: Building Electrical Mechanical Plumbing Fire Sprinkler/Alarm _ Pool Electrical: New Service - # of AMPS Addition/Alteration Change of Service Temporary Pole 44 Vznl Mechanical: Residential Non -Residential Replacement New (Due( Layout & Energy Calc. Required) C Plumbing/ New Commercial: # of Fixtures # of Water & Sewer Lines # of Gas Lines Plumbing/New Residential: # of Water Closets Plumbing Repair - Residential or Commercial Decupancy Type: Residential Commercial Industrial r1onstruction Type: # of Stories: # of Dwelling Units: Flood Zone: (FEMA form required ) owners Name & Address: P\ Ce-�-- e� ��CCf- l Phone._ _ t r�1�5��i 7ontractor Name & Address: Q C`� �J �� L. - , .��1`T :'hone Fax: -7U 3onding Company: \ddress: 4ortgage Lender: Wdress: \rchitect/Engincer: \ddress: k (4.4 ((��- 'SSt��9tt__"Licease Number � \lC �•• -Ocsi� 1J' o�``1t \ Contact Persone71"C,'Z \�� Phone:'[-�G?% _ Phone: Fax 52.E �.� \pplica[ion is hereby ma to obtain a perm[[ t do the work and installations as indicated. I certr that no work or installation has commenced prior to the ssuance of a permit and that all work will be performed to meet standards of all laws regulating construction in this jurisdiction I understand that a separate permit must be secured for ELECTRICAL WORK, PLUMBING, SIGNS, WELLS, POOLS, FURNACES, BOILERS, HEATERS, TANKS, and UR CONDITIONERS, etc. )WNER'S AFFIDAVIT: I certify that all of the foregoing information is accurate and that all work will be done in compliance with all applicable laws regulating onstruction and zoning. WARNING TO OWNER: YOUR FAILURE TO RECORD A NOTICE OF COMMENCEMENT MAY RESULT IN YOUR PAYING 'WICE FOR IMPROVEMENTS TO YOUR PROPERTY. IF YOU INTEND TO OBTAIN FINANCING, CONSULT WITH YOUR LENDER OR AN \TfORNEY BEFORE RECORDING YOUR NOTICE OF COMMENCEMENT- 40TICE: In addition to the requirements of this permit, there may be additional restrictions applicable to this property that may be found in the public records of his county, and there may be additional permits required from other governmental entities such as water management districts, state agencies, or federal agencies. acceptance of permit is verification that I will notify the owner of the property of the Signature of Ownef/Agent Date Print Owner/Agent's Name Signature of Notary -State of Florida Date Owner/Agent is _ Personally Known to Me or Produced ID rPPROVALS: ZONING: U IL: FD: pecial Conditions: '.ev 03/2006 of Florida Lien ;law, FSA713. Signature of Contractor/Agent 41V47' �� i/,r . /z �., n�MISSIp,F Pri t Contractor/A nt's Name ary R T V m ,�� Signature of Notary -State of Fiorici� O o! #Q IJ$tm 051 7298 i � ' '�s, ��r, mac ,o • P '��. Fj yoo 3A5• 'Q\Q Contractor/Agent is Personally Kno�Z \\\� STA TE Produced ID W32s-e, z)- 52 1111 \ ENG: BLDG: 0 ? Svv SE�1Nol� ��V7Y ('I.oRms ;VATURAL C:HDICE Limited Power of Attorney Date: 1ZT I hereby name and appointcv—--��`�'� (Name) of �0 `�'='� to be my lawful (Company Name) attorney in fact to act for and apply to Seminole County Building and Fire Division for apermit for (Type of Permit) work to be performed at the location described as: Parcel ID#:�--�°� Address of JobN'3 Property 0wner:(:7,<a-'c and to sign my name and do all things necessary to this appointment. s Company and (Signature of Contractor) Acknowledged: rZo� Sworn to and subscribed before me this X43 day of �!,!!! A.D. ZDCZT7 Notary Public ex—a—�� ►�"' Renee Templeton (Seal) ,g My CommissionDD224613 a F. Expires October 10, 2007 My Commission expires on: '4 D"ID JOHNSON, CrA, ASA 47 ¢,9 z ' PROPERTY 33 � APPRAISER 7".I SEMINOLE COUNTY FL. 1101 E. FIRST ST �d SANFORD, 11`1_32771-1146a �%.. 4o7-655-7568 31 'a 2007 WORKING VALUE SUMMARY GENERAL Value Method: Market Parcel Id: 29-19-31-501-0000-0520 Number of Buildings: 1 Owner: WRIGHT GEORGE Depreciated Bldg Value: $199,160 Mailing Address: 139 CASA MARINA PL Depreciated EXFT Value: $0 City,State,ZipCode: SANFORD FL 32771 Land Value (Market): $34,000 Property Address: 139 CASA MARINA PL SANFORD 32771 Land Value Ag: $0 Subdivision Name: CELERY KEY Just/MarketValue: $233,160 Tax District: S1-SANFORD Assessed Value (SOH): $233,160 Exemptions: Exempt Value: $0 Dor: 01 -SINGLE FAMILY Taxable Value: $233,160 Tax Estimator 2006 VALUE SUMMARY SALES 2006 Tax Bill Amount: $669 Deed Date Book Page Amount Vac/Imp Qualified 2006 Taxable Value: $34,000 WARRANTY DEED 04/2006 06244 1405 $275,600 Improved Yes DOES NOT INCLUDE NON -AD VALOREM Find Comparable Sales within this Subdivision ASSESSMENTS LAND LEGAL DESCRIPTION Land Assess Frontage Depth Land Unit Land PLATS: Pick... Method Units Price Value LOT 0 0 1.000 34,000.00 $34,000 LOT 52 CELERY KEY PB 64 PGS 85 - 96 BUILDING INFORMATION Bid Year Base Gross Living Bid Type Fixtures Est. Cost Ext Wall Bid Value New Num Bit SF SF SF 1 SINGLE 2006 10 1,690 3,468 2,844 CB/STUCCO $199,160 $200,161 FAMILY FINISH Appendage / Sgft GARAGE FINISHED / 420 Appendage / Sgft OPEN PORCH FINISHED / 76 Appendage / Sgft OPEN PORCH FINISHED 1128 Appendage / Sgft UPPER STORY FINISHED / 1154 NOTE: Appendage Codes included in Living Area: Base, Upper Story Base, Upper Story Finished, Apartment, Enclosed Porch Finished, Base Semi Finshed Permits NOTE: Assessed values shown are NOT certified values and therefore are subject to change before being finalized for ad valorem tax purposes. "' If you recently purchased a homesteaded property your next ear's property tax will be based on Just/Market value. F__T��Te 'i""IVil- i TAX ROLL FOR 2006 GENERAL . Millage Millage Description Rate Tax Bill Code Parcel Number: 29-19-31-501-0000-0520 COUNTY GENERAL Owner: WRIGHT GEORGE 0100 FUND 49989 $169.96 David JOfinsori,G!`;•A,ASA Address: 139 CASA MARINA PL 0400 SCHL SCHOOL .7753 $263.60 TY Tax District: S1 - SANFORD 1000' CITY SANFORD .6325 $215.05 APPRAISER, Just Value: $34,000 1200 SJWM .0462 $15.71 Assesed Value: $34,000 9800 COUNTY BONDS .01451 $4.93 SEMWOLE:COUNTY, FLORIDA Taxable Value: $34,000 Tax Bill $669.25 11U1 S. First Str.' Samford FI, 32771 DOES NOT INCLUDE ** NON-AD VALOREM 407-665-7,506 ASSESSMENTS *' SALES Sales Deed Sales LEGAL DESCRIPTION Code Type Date Book Page Vacant/Improve LOT 52 CELERY KEY PB 64 PGS 85 - 96 SQ WD 04/2006 06244 1405 1 INSTALLATION DiRtC CUSTOMER HOME PHONE 7''" ADDRESS L -ALT PHONE -1, CITY" aL-1-1 ALT PHONE 2 GATE CODE DIRECTIONS TO SITE 41- IM by e 4&lb SUEDIVIS!C)Tlj �cftsc- CHEMISTRY SUGGESTED CURRENT ADJUSTMENTS CHLORINE Ir -3ppm ROOF 7.4 - 7.6 ppm TILE:-.. OTHER. CALCIUM CONDITION GOOD FAIR BAD IROOF HEIGHT A ST �TORY rZACKS REVERSE GROUND FLAT (TRENCHING t FT WALL RUN FT P( UMP 1:lkP 1/2 34 p 2 CHLORINATOR FLOATER IN-LINE TUBE SALT OTHER POOL CLEANER POOL VAC IN -FLOOR :POLARIS CHEMISTRY SUGGESTED CURRENT ADJUSTMENTS CHLORINE Ir -3ppm PH 7.4 - 7.6 ppm TA 80 - 120 ppm CALCIUM 200 -3300 ppm STABILIZER 30 - 50 ppm SALT 2500 - 3500 pprn CURRENT POOL TEMFERAT LIRE POOL SIZE (GALLONS) PRE-EXISTING 'CONDITIONS i..i -.�z �' 5 �3r �'W s ."� +� �,�. ,+�"C l .3 f M .� ��. � � �� y�u n.•C �y �, t�''j4;N. '{� dti �f�"�it, i S� �^�. 51, f ��!, �� +�•��,`_r�'^ �; �� -'�k� '��* x�� 'S" ,c�„ ,.-�'��;�,.�' �-.� T` �`rc` x`P�r�a�,h�-+ �:: �Q� h .tt�•, �r� '. u 6N' �,if �,, ;x ALUMINIUM FRAME AND LIGHTWEIGI-IT CONSTRUCTION ...this facilitates long life and strength. The frame is powder coated in an attractive medium bronze color. ALUMINUM EXTRUDED BATTEN No silicon is used! Ribbed aluminum extrusions and a smooth compressed EPDM gasket provide water tightness7This allows easy access to the collector for r4air or maintenance at any time or location. ---------- .GLASS GASK.ET- a UV durable EPDM channel with molded corners assures long life and avoids all water penetration. CORNER r3RACKE"r5 --- .m Architectural aluminum angles inside with special pin grip rivets insure high stability. An additional corner seal produces the water tightness. Quick Lock Mounting "QUICK LOCK MOUN'r1i'4G FRAME - - The variable Quick Lock mounting hardware reduces mounting time and makes it simple for anyone to install. The Quick Lock System allows the highest flexibility in mounting and is tested to wind load conditions of 181 mph. Mounting possibilities include: Pitched -roof, Flatroof, Ground, Balcony, and Facade mounting. F � i XN6LO�G-11ESJ ALTERNATE ENERG",; C� —P.O. Box 61326 ' Jacksonville, Florida 32236 web: www.aetsolar.com ---------. —^--- --�—. l.. O W - I r-? CI rJ TL N1 P F: R E D GLASS Exclusively using the new "High -T" tempered glass with an iron oxide content of less than 1%u and total solar energy transmission of greater than 91%. - Selective Crystal Clear a— 0.945 - 0.965 E=0.06-0.09 FU -LL COPPER R5ORPER The heat transfer is optimized by the high frequency, Thermafin'm forge weld which creates a crystalline homogenous connection between the fin and the riser. -Absorber joint - Magnified 800. times .�"-�—.-------�•—«-�-.F C;IL., I-ACEn (-�OI_'r-ISC1 G'Y,4 Pd Ll RATE !P!SLJ 1._ATInIJ TH.ERNIAX SHEATHING _ .. EPDii1 GPUNIMETS E. N1 B O S S F_ J iA L IJ NI I ri U M BACKSHEET AE Series RACK MOUNT RACK MOUNT BRACKET Raised 1/2" 1/4' LOCK B❑LT AE STANDARD MOUNT - r- r-% 1-1 1. 1 -r TRIANGLE BRACKE" i 3/8' x 1-3/4' BOLT FLUSH M❑UNTBRACKET Raised 3" 1/4' AE STANDARD MOUNT REAR HINGE MOUNT n _ TILT MOUNT STRUT 1' x 1' X 0.1' SQ. ALUMINUM TUBE LENGTH AS REQUIRED TRIANGLE BRACKET-, AO O 1/4' LOCK BOLT 3/8' x 4' BOLT 3/8' x 1-3/4' BOLT .._�i �taw.�'�S ��'��, � � �9 �;, JaP+"`�}"��' y�' 4.•k�.� t�� .tit '%5�� i r•% z+ W�' �,��jr.3 a4j �`�Y'� �„ t�+� � fs^i�. r''` f�`a ,,,:n,^.a'w i° w'q 'x"� rte'„. r'' •u 3� ax s t �, ^�$z'' W�, �w,. P •s � a.:� ;�3ar '� �� 'R as5 a t3,; � T `'� �r�'a g, � ; s *" 3f li,C� ++'^rYY }k uta c,"x YF �E - }• .+ # n. `Y,t t W r' § �• t. ALUMINUM FRAME AND LIGHTWEIGHT CONSTRUCTION ...this facilitates long life and strength. The frame is powder coated in an attractive medium bronze color. ALUMINUM EXTRUDED BATTEN No silicon is used! Ribbed aluminum extrusions and a smooth compressed EPDM gasket provide water tightness. This allows easy access to the collector for repair or maintenance at any time or location. GLASS GASKET ...a UV durable EPDM channel with molded corners assures long life and avoids all water penetration. Miami TestLab Certified to 181 mph wind load CORNER Architectural aluminum angles inside with special TF NI Fli_r? E o 0L/ -\5S pin grip rivets insure high stability. An additional Exclusively using the new "High -T" tempered corner seat produces the water tightness. glass with an iron oxide content of less than 1% and total solar energy transmission of greater than 91 %. Quick Lock Mounting "QUICK LOCK" M.OUN'i"INC, FRAME The variable Quick Lock mounting hardware reduces mounting time and makes it simple for anyone to install. The Quick Lock System allows the highest flexibility in mounting and is tested to wind load conditions of 181 mph. Mounting possibilities include: Pitched -roof, Flatroof, Ground, Balcony, and Facade mounting. ALTERNATE ENtRGY TECHNOLOGIES, LLC P.O. Box 61 g26/ Jackspnyillal Jorida 32236,,, w-b:mw w.aetsolakoM ..,—.^— C O AT t N rte= S 0 - Selective Crystal Clear a= 0.945 - 0.965 E - 0.06 - 0.09 FULL. C0F1PER A F3 F, -i 0 R El E R The heat transfer is optimized by the high frequency, Thermafin'"" forge weld which creates a crystalline homogenous connection between the fin and the riser. Absorber joint - Magnified 800 times w L—FoR. --FACEJ l'OCr'`ISOCYANUF,!:,,%,rE INSI_11_,RTiON Ti -TERN A`< SHEATHING EPDII�I GROMMETS 17 AEormes MoUntom9 RACK MOUNT RACK MOUNT BRACKET Raised 1/2" 1/4' LOCK B❑LT AE STANDARD MOUNT FRONT TRIANGLE BRACKE' 3/8' x 1-3/4' BOLT FLUSH MOUNT FLUSH M❑UNTBRACKET Raised 3" 1/4' AE STANDARD MOUNT REAR HINGE MOUNT n _ TILT MOUNT STRUT 11x11 x0.1,So. _ ALUMINUM TUBE LENGTH AS REQUIR TRIANGLE BRACKET 1/4' LOCK BOLT 3/8' x 4' BOLT 3/8' x 1-3/4' BOLT Ii �YYnncc,N 'fid. s' �S / S \ 05 � Solar Collector c � � 4 , Intelligent automation is the key to GUARDIAN'S outstandings a Jog lq y y g Y rr efficient and self-sufficient GUARDIAN will turn on and off daily, collecting heatpwhelneveritis available. The automatic A� ---- �� controller alerts the um when to run. It alsoalertsthe r automatic check valve to open, simultaneously. The pump Automatic Controller h� s then circulates colder water (from the bottom of your special #` solar storage tank) through your solar collector(s), and X _ f NP returns the heated water to the tank. This cycle continues as Pump long as the sun is available to provide heat to your water. i a When there is no heat available, the controller turns the pump off, and closes the check valve to prevent any loss of� I heat from the tank. Back-up 3 Heating -- -- j If your family ever needs more hot water than the sun can Element !fig x provide, GUARDIAN'S back-up heating element automatically i takes over, insuring that you will always have all the hot water p ' a a you need. +g Worry -free performance is what this system is all about. _� '4 Doesn't it make sense to let a GUARDIAN water heater begin ' protecting your lifestyle? Solar�I� Storage? k f Tank i6' S1 tr %g, Enjoy your baths even more, knowing that your water is being heated free by the sun's unlimited energy. Rest assured that your GUARDIAN water heating system is automatically provid- ing your family with these great benefits: $avin.g$, reduced energy consumption, reduced pollution, and even added value to your home. To begin taking advantage of GUARDIAN'S financial and environmental benefits; call us today. PROTECTING YOUR LIFESTYLE Automat? Check Valve • rn� l s sri �r.,.�51 �•. .e r Intelligent automation is the key to GUARDIAN'S outstanding efficiency and self-sufficiency. GUARDIAN will turn on and off daily, collecting heat whenever it is available. The automatic controller alerts the pump when to run. It also alerts the automatic check valve to open, simultaneously The pump then circulates colder water (from the bottom of your special solar storage tank) through your solar collector(s), and returns the heated water to the tank. This cycle continues as long as the sun is available to provide heat to your water. When there is no heat available, the controller turns the pump off, and closes the check valve to prevent any loss of heat from the tank. If your family ever needs more hot water than the sun can provide, GUARDIAN's back-up heating element automatically takes over, insuring that you will always have all the hot water you need. Worry -free performance is what this system is all about. Doesn't it make sense to let a GUARDIAN water heater begin protecting your lifestyle? Enjoy your baths even more, knowing that your water is being heated free by the sun's unlimited energy. Rest assured that your GUARDIAN water heating system is automatically provid- ing your family with these great benefits: $axing$, reduced energy consumption, reduced pollution, and even added value to your home. To begin taking advantage of GUARDIAN'S financial and environmental benefits, call us today ass rnn PROTECTING YOUR LIFESTYLE Automats€ Check Valve m 3 Solar Collector •----------------- ------- .4 .. Automatic 41� Controller Pump Back-up^ x Heating • _".� Element R WA M' p rrMA.< °J �41 99,0 .w Solar Storage Tank Enjoy your baths even more, knowing that your water is being heated free by the sun's unlimited energy. Rest assured that your GUARDIAN water heating system is automatically provid- ing your family with these great benefits: $axing$, reduced energy consumption, reduced pollution, and even added value to your home. To begin taking advantage of GUARDIAN'S financial and environmental benefits, call us today ass rnn PROTECTING YOUR LIFESTYLE Automats€ Check Valve R Section I Instsi6atioi,'Kits & Components instaiianon ruts ano t, omponent ILOCalions This section describes three volar World installation kits and the individual components used in the solar system,. The kits and components .are itemized below. Installed component locations are exemplified within the labeled, circled areas in Figure 1, above. Components listed in "F" and "G" are shown in Figure 3 (see Page 5). A. dollector Kit (Part No. 1090) B. System Kit (Part No. 1091) Contains all parts needed to fasten down one solar - Contains parts needed to fasten down collectors; and to collector and connect it to the next one in a row. One connect piping to a system. Use one system kit for each collector kit per collector required. row of collectors in the installation. Part No. descriptiontom. gly. Figure 1 No. 4031 Universal Mount 2 1 3019 Stainless Steel Masher 2 2 E016 Strap Bracket 2 3 8017-2 Coupling Hose, Short 2 4 1012 Coupling Clamp 4 5 G Part No. pescriolon gly. Figure -5 i� ;- 8016 strap Bracket 2 3 1012 Coupling Clamp 4 5 8017-6 Coupling Hose, Long 2 6 4032 End Cap 2 7 4033 Adapter, Pipe to Collector 2 8 `I� r C C. Split Row Kit Ta-_ No, 1093) i sze this kit whenever it is necessary to split row of collectors to clear ohstructions, or to install part of a row on another roof. Part No. Description ¢ # 8316 Strap Bracket 2 8v1'-3 Coupling, Hose, (Medium 4 1312 Coupling Clamp 4 4033 Adapter, Pipe to Collector 4 0. Hold -Down Strap A 106' roll will hold down up to twelve collectors. Note: local building codes for wind load. may require additional strapping. E. Vacuum Relief Valve One per system is required whenever collector inlet (bottom) headers are higher than three feet above the pool surface. Several locations for installation of this valve are acceptable. See Section 2, Step 10, on Page 5. F. Check Valve One check valve should be installed per system. A second valve must also be installed whenever collector inlet (bottom) headers are more than three feet above the pool. See Section 8, Figure 3, on page 5 for locations, Every Solar World pool heater needs a control system to by-pass the solar collectors when the pool is at the desired temperature, or during inclement weather. In most climates an automatic control system should, be used. It consists of an electronic control panel, two sensors and a motor -driven valve. In warm climates, or when the system is regularly attended; a manual control valve may be used. installation of Guardian, SwimMaster Plus or Sunf ire Solar Collectors Step 1: Flan the location of the collectors on the mounting surface. The outlet (too) headers must be at Ica^# 4 inch2sNabrthan the inlet (bottom', headers and the row of collectors must slope at least 114 inch per collector toward the supply pipe as shown in Figure 2, This will permit drainage which prevents freeze damage. Table 1 shoves the amount of space required for an uninterrupted row of collectors. Add 8 to 12 inches at each end of the rove for piping. Add 2 inches above the outlet header for Header Bracket Assemblies. Note from Figure 2 that the pipe carrying the water back to the pool, the return pipe, is connected to the collectors (diagonally opposite the supply pipe to the collectors. Step 2: Starting at the return (back to.pool) end of the .outlet heade*s, snap a horizontal chalk line 1 1 l? Lip the roof above the intended top of the outlet headers. Th. chalk line must slope down the roof toward the supply side 1/4" per collector. For example, six collectors in the row means a total slope of 1 1/2" inches. tin dM" Al ..;:-Yrte ....!Zt .... neo . e- (the intended beginning) of your collector array the first collector in your system is the one connecting to the supply piping). Next, make a chalk mark toughly 12" first, and then every 24" horizontally across your array area, 2 aticive the intended line of your unner headers ;two marks for every collector to be installed). Locate roof trusses for these marks if possible. Number of Coftctars Width ofArray 5 2Ci S" 6 7 28' 7" 9 36`':3. AA1 40- Assembly Diaw aln (She,wirOlg Three Collectors) 49" 2'— Figure 2d s' —, Slope Dawn 114" per Collector a� Ste, h: Measure down from the Universal Mount marks (distances as shown in T able 2), and snap two more horizontal chalk lines to mark your strap locations. The Strap Bracket holes will be located and drilled after the collectors are in place. Stets 5: Bring two collectors upon the roof. Connect the headers together with Short Hoses. Between the two outlet headers, where they are connected by a hose, should be two ,Coupling Clamps. Tighten a Coupling Clamp at each end of the hose, just behind the barb at the end of the collector fitting. DG NOT OVER -TIGHTEN (hose rubber should only bulge slightly into the holes in the band of the clalmp). 4 49" 49" 1Z - - Table 2 sn� Distance from Cap Mounting Bracket to Strap Bracket Coifectcr Upper Lgwi enaLit `., SLrap.; S ap . 8, 3s 8 T 9' 2„ 12' S g,,: l Vii, 2, Step 6: install the remaining collectors in the array. Each of these collectors will have two Universal founts. Apply polyurethane sealerto all anchor points, as in Step 5. Slide the tops of the Universal founts into place on their bases until each snaps, fastening the collectors firmly in place. Step 7: Drill a pilot hole (3/15" far 14' lag bolt) on each end of the strap chalk lines, a minimum of 3" from the edge of the absorber plate (four places). Drill pilot holes on each chalk line, between the edges of the absorber plate at each collector_ These holes should be about 114" off of center, so that the leg of the Strap Bracket will,be in the center of the space. Install the Strap Brackets with polyurethane sealer. The Strap Brackets at both ends of the row must be installed with the bracket's flat side towards the collector (screw head outside!. Note: be sure all of your anchors satisfy your prevailing local code requirements. \ Step 8: Slip the Hold -Down Strap I polyest ),through the .- Strap Brackets; tie into one end bracket; stretch it tight; cut it off and tie it to the.bracket'at the opposite end. Polypropylene strap is slipped through the'bracket and doubled back on itself. Slip a: Strap Camp ,over the doubled section and tighten the screw un3il the strap bulges into the hole. Do not puncte'strap with screw. I \ � Ste- 9: ct thev caps to the collectors to the $.s JVnne.,..v eni locations shown or Figure 2 using Short Hoses CouY'ina Clamps. Connect the collectors to the supply and return oioinq with Lone Hoses. and Couplina clamps rising Pipe to Collector Adapters. Universal PVC/CFV,/ ABS adhesive must be used at these cemented joints_ Step 10: The appropriate location for the vacuum relief valve in the system may be dictated by the particulars of the system. Typically nest locations are: out of a tee at the supply connection of the pipe and collectors (see "E" in Figure 1); out of a fMing, in place of any of the end caps; and out of a tee in t he supply or r eturn line, just below the roof level. i"nlar �n L'ei4ra Y• Cs.tfxas+e. RCwiw.r- VVYVei V- BIY.YY VgJiiif O'f Y fYJiYfv� To achieve optimum perfor- mance levels from the sys- tem. meet the recom- mended water flow rates in Table 3. Step 11: If the plumbing in your system will not allo:v the collectors to nrooerly drain (eg: piping over the peal{ o? the roof), a manual drain line must be installed from the lowest point in the system on the roof. Manually draining the system during freezing weath, er should protect the collectors from freezing. Notes: 1) Local building codes may enforce additional requirements for the installation of your solar system. 2) All points where the system is anchored to the roof should be properiyf lashed, especially for asbestos shingle roofs. Check your local building codes for the approved method of flashing rhos penetrations. Section a yt sf.e,m'. Pi In. i. pt 6g Solar systems with less` than 300 square feet of collec- r . torand located less than 20feetfrom the pool may be connected with 1 112" schedule 40 pipe. All other systems should be plumbed with 2" or larger, schedule 40 pipe. Plan the piping to minimize the num- ber of fit- tings. It is important that pres- s u r e losses are kept ,o so that the CoRedor Size 4 x 8 4x 10 .` 4 v-12 RecommerdeR plow mate Per Conectoir.(gpm) 3 2 i 4.0 5.0 ' Minimum Flow Rate ' � 2.€7 .� ... Ly '4 ( n . J.V q per Collector' (t pm) .J.5 y .3 { Maximum Number, of �.g Coliector, per Row l l5 # 1 f3 maximum Table 3 amount of water flows through the collectors. Referring to Figures 2 and'_';, note that the supply to the solar col- lectors is always at the inlet headers, and the return is diagonally opposite, at the outlet headers. The three-way control valve, whether it is manual or motor driven, is installed i� ii the ' inlet line to the . collectors. It the collectors' inlet headers are -installed more than three feet Solar System Piping 4 v higher than the poci a check valve should be installed between the pool filter and the control valve. Floss laly' prevents pacik-ws+ashing filter debris to the pool. The pool water sensor for an automatic control must, be installed before the control valve. so that it senses the actual pool water temRerature, The solar sensor is mounted o. • the same surface as the solar collectors but not touching them.' It is important that the sensor sees the same sun, all Cay, as the collectors. installation instructions packed with the automatic control system should be followed. Solar system isolation valves should be installed to allow the colle ctors to be serviced without requiring that the pool circulation stay turned oft. if the 3 -way control valve has a non -positive sea!, a ball valve should be Installed between the 31 -way valve and the collectors. If the 3 -way has a positive seal, it will act as the isolation valve on the suppiv side. install a'12 Ib. spring check valve between fhn return from the solar collectors and the hvrnacg tag in the return line. Do not use two ball valves for system isolation. if a high pressure pool cleaner pump is used, its supply should be connected between the filter and the control valve. it a gas or electric heater or heat pump is used, it must be installed between �i the solar system return tee and the return, fine to the pool. beaters and heat pumps often create an excessive pressure loss, so it is good practice to provide a bypass as shown. The bypass valve may be opened whenever the solar system alone is heating the pool (Dote: some heaters require water flow at all times). On the roof (or other mounting surface) horizontal pipes should be supported every 4 feet and vertical pipes every S feet. A support should be placed as close to the collector supply and return as is practical. Stainless Steel bold Down. Clamps, Fart Nurnber2022, are usefultorthis purpose. 0 Special System Layout Paring: The shape of the available space or roof obstructions offen dictate dividing a system into multiple rows or splitting rows: Figure 4 below shows a system divided into: twro rows. You will need a System Kit, Part humbler 1091, for each added row. Note that the return from the lower rosr;; is connected to the r aturr l at the highest point in the system, Slope the roods toward the supply for drainage. Figure 5 on page 7 shows a more complex, multi-level system with split rows. Roof vents can often be straddled by using a pair of long hoses in place of short ones. The normal space between the absorber plates on adjacent collectors is 2.9 inches. That space can be increased to 7.9 inches rev replacing short hoses with lnng renes_ giving room to pass anv standard vent stack. For larger obstructions, such as chimneys, attic vents or windows, you will have to split the row with the Split Row Kit, Pari Number 1093. In Figure 5, the third row is on another roof, higher than the first two rows. Note that the returns for the first two roses meet the return from the third row at the highest point in the system. Again, slope all rows toward the supplies; so they can drain. Two -Row System Return from Highest Point Section 4 Star -t -U . and Maintenance Start -Up and Test: Before starting the pump, we recommend that you install a flow meter in a location to accurately show the flow rate through the solar system. The preferred location is before the solar collectors, after at least 3 feet of straight pipe. You can then- determine if the flour rate meets the levels shown in Table 3. This section describes the stepsfor starting an automatic system. [It a manual control is used, turn the three-way valve to the indicated positions. The "OFF' mark oppo- site the valve handle indicates the line that is blocked by the diverter]. Switch the control to "ON'. The "Power', "Heating" and "Cooling" lights should go on and the control valve should turn to divert water flow through the I IcAa c1 tUY91C .,VvlttiI I, IIIdKC SuIC III—, not in the "OFF' position, With the system on, the collectors should be purged of all air in 1 to 3 minutes and the water returning to the pool should be clear and free from air bubbles. After 5 minutes, feel the return end of the absorber plate on each collector. They.should be uniformly cool to the touch. If they are, you have uniform flow to all collectors. If they are not, flow must be increased to the minimum specified levels in order to get rated performance for the system. If on the multiple -row system, one bank feels warmer than the other, the flow must be corrected. Install a ball valve in either th"upply or return line to the row that feels cooler. Yo an then throttle this valve until the tempera- tures of the colli4tors on each bank are approximately equal. Next, switch the control to "OFF". The valve should turn to divert the water' o the line that by-passes the solar collectors. Swig the control to` "AUTO". Set the temperature`con1l)rgl to the maximum position, or at least 10 deg rees`fi bgry <an the pool water temperature. The "Heating" light should come on and the valve should turn to divert all of the pool water through the solar syster�n. 'n. the fight does not come on, disconnect the pool water temperature sens-or wires and temporarily "short" the solar sensor terminals. If the "Heating" light now comes on, you probably have a bad wiring connectior s to the solar sensor. Set the temperature control to the minimum position or at least 10 degrees below the pool water temperature. The "Heating" light should go out and the valve should tum to divert the water through the by-pass line. If it does not, disconnect the solar sensor wires and temporarily "short" the pool water temperature sensor terminals. If tate light now goes out, you probably have a bad connection in the pool water sensor wiring. For further trouble shooting information, see the manual packed with the control rinCe cvnnrthinn ie wnrkinn cot the Control for the maYi- mum desired water temperature with- the control on "Auto" and the installation is complete. Maintenance: For pools that close during winter months, if the solar system is piped so that it will naturally drain from �t gravity, turn off yourcirculating system at least 30 minutes before any treezing temperatures. tri"then all water has drained from the collectors, normal pool winterization procedures may be followed. Any piping that will not drain from gravity must be manually drained, or blown out, to prevent freeze damage. Forpools remaining open during the winter months, once the solar system is completely drained, close your isola- tion valve in the supply line (either the ball valve or the positive seal 3 -way) and you may resume pool water circulation- The check valve installed in the return line should prevent water from rising to the roof through the return line. In warm climates where the pool is kept open all year, a normal practice is to run the filter system, supplying the collectors with flowing water, whenever light freezes are expected. Alternatively, an automatic control with a recirculating freeze protection feature may be used. It will automatically control the pump and solar system during freezing conditions, as long as electricity is avail- able. Collector Repair: It a collector tube becomes damaged and leaks, it maybe easily repaired with Repair Kit, Part #1095. Cut the. damaged tube where it connects to the inlet header (a ctanrtarrt raTnr knife should perform this cut adeouatelvl. separating the tube from the header. Then free the cut end of the tube by cutting the center of the web, parallel with the tube on each side, downward a few inches away from the header. Now, you have two options: 1) Insert a repair screw into the molded hole in the header, screwing it 'tightly until it finishes flush with the header. Then, slip the cut end of the tube over the protruding end of the screw. Repeat this process for the same tube at the other header to prevent water from entering the tube from either end. 2) insert a rubber repair plug into the opened tube. Slide the plug down through the tube a few inches. The plug should feel centered andfirm irm within the tube. Repeat this process on other end of the same tube, beginning by cutting the tube away from the opposite header. Manufactured with pride in the U.S.A. by: Solar World, Inc. 4305 West Aiva Street Tampa, Florida 33614 0 Solw world June 2'0102