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HomeMy WebLinkAboutPOOL PAPERWORKSCANNED BY St. Lucie County Mdnufa�=re-Spec's Ffie Copy - lfglaLd test Results The sample below, as tested bjr testtaglh. Pull *zonfally 301, from base with acca-force 250 force gauges, g& -�21;88075. X_polb 64.4 'With .063 ajun3fiWiz jeXtrasion pole,. Baby Guard mesh toted tensile strength, Asii�f D-GRAB METHOD 6 157L.>iS. 13 MUILEN: URSTING;§rAEj4 TESTER ASTMD5b34D;3786 j 78 a9 q3 @257 'qc)rIPI eted pool fey flie i sh tensioned bet or 12 fobt sectional into pool decking connected ro with ;safe . assembled: , , and insv has* m a - - - Florida Testift . g' And report # - 980 **jn compliance w **In C, .. 0ii,pliail. &e.Nn **In CoMOA'nce i. **In cp''Mplia-ace-wi **Minimum fence T **Fence;: will be is sil **Penceiwill .be ,per used'tO. remove -febc is assembled withi, es inserted with p S2nd Set ftvcm, m1ac=1 Connectors. The d will wfthstaM South I- and Baby Guard f 5 poles per l'O foot amposite sleeves End sections completely Is burst; All mesh ;WtP:prbvidedby: ig engineers; of rsulting seryic,es.:1Testi. d i..epoia -AT qLcOljtmction with 13M lac. ASTM standard F­=9,6�05 h. California code 11595, - 1. 1 R-4101.17.1.15fbc-04,: ght is 48 ied a mini'mum:Of of ***see attached e., pool P ol biiriei 2004 !9-415929 'Pool's -edge. 59 (a tool must be ISMI 699ZATUOT 0 lr2-224-8877 P.1 6Q Safety Fence in �14.2.17'and R-4101.17.1.15.0. 4 ROUND POST ffle' Copy Permanent mount 'diagram for P Compliance with building code 04 MCK LrvE)L:. Total Dynamic Head SCANNED Jan dYb,ZODIAC- St.BY c�� Proeries Lucie Count Company: LOUDEN Jo #:0 Date: 7/1/2013 Job Name: I SWINSKEY--LOW SPEED Address: F1206 WHITE OAK LN ChWrown: IFT PIERCE State: FL Zip Code: 0 Instructions: Data can only be added to the yellow cells. Steps #1 & 2 are for calculating Pool Volume in Gallons and for establishing a turnover rate in Gallons Per Minute (GPM). If the turnover rate is already established, click on the GPM cell at the end of Step #2 and input flow rate, then proceed to Step W. Pressing the RESET button will clear all inputted information to start a new worksheet. Worksheet can be saved to a rite or printed for future reference. Caution: Pressing the RESET button will clear all System TDH Calculation Results yellow cells to start a new worksheet. Total Fric k Ft. ofW CalculatePooi Volume:. 4D1tFi��(T,I W11 TWidth Length SurfaceArea A�. Depth Galls Total Friction Loss In PSI 6 hour turnover rate Is required to comply with APSP 15 and Title 24 Standards Versa Plumb Reduction Results Caioulate GPM & Turnover Rate in Hours: - - - ,� p` TDH Reduction 1 f•''tl%t'0j9Rgf41 c (BF�"{3fi0 �� rsa�� Total System TDH with® o lamb Versa Plumb 6 fog suction velocity required by APSP 15 & Title 24 Standards 'Suction System GPM Pipe Size Velocity (ft/see.) atsystem GPM '�•. "• '.;x (�1.5-'"—�^^t�� �, 19 .. . 'R { Friction loss in Ft Toni Length of of water/ft. Pipe +"Y'' 1 ! : �2" —'r' Friction Loss in i Friction Loss in FL of Water PSI e 11 - ' d f e •a6.. • rrr:� 1 '1 id cj—.�4 iIP n 1".. IIA C Step # 4 VL r Return Pipe Sze. �r-d: � i„ 1.5" WOZIITIMSW I• ( Velocty (ft./se,) Friction loss in FL Total Length ofl Friction Loss in I Friction Loss in atsystem GPM ofwater/IL Pipe Ftof Water PSI :.c>.' a 1.:-:.,:.—:i:x<l el .. .-'.-I de. r: •'_ --, a eY. �.. "e:::e 11 '. 1 ee �• 0�i��L� ss..l Pf 11 �� HARVEY E. KOEHNI Professional Engineer 7206 Elyse Circle Port SL Lucie, FL 3496: t772) 4.9-3035 fee HARVEY E. W Rerpieter" Arehll 7206 Elyse Poi4 St. Luc1e,;Fl. Step # 5� ' Calculate Total.Number of • Standard 900 Fitting Size Elbow F FLoLWater a ,. Long Radius 90e I Elbow I__ f 10—, Standard 45o Elbow •` :1 41 _ Fitting in Yellow Insert Coupling �ka�11 77 Cells) Tee (straight now) Too (branch flow) ra 11 a r,l F! Friction Loss in LossIn PSI FL of Water Friction Loss Friction lass inFLAWt 2.5 • Friction Loss faJ L l !� I�L.oL�Wa 1 _� FFLoLWass in I� P1/ _I Q11.� � 1 !1 TI. 11 •~ -�111 1. L,�—[ I�l •Friction Loss in:! - ELof3Vater to F------ Y t Y 6 t Y - Friction Lass F FL of -Water -„F .i�.Y1. 10 /1'_�;, - r41 •. Z.71 PI ,..P 11 "_ 11; _ is )tat Feet Friction Loss in Friction Loss in Lift Ft of Water PSI #8 3-way, Valve Input Numberof Friction Loss in Pipe Sze 3-way Valves Ft of Water Friction Loss in Check Valve Input Numberof Friction Loss in Friction Loss in PSI Pipe Size Check Valves Ft of Water #9 Select Filter Friction Loss in Friction Loss in Ft of Water PSI fjictiorf*oss A~. Fr�ori Loss in Ft of Water - t, 'Psi #13 Select In -floor Friction Loss in Friction Loss in Valve Ft of Water PSI Input Size of Input Number Individule Friction Loss in of Rehm Friction Loss in PSI Rehm Eyeball Rehm GPM FL of Water 3-way Valve Input Number Friction Loss in Friction Loss in PSI Pipe Size of3-way Valves Ft of Water Check Valve Input Number Friction Loss in Friction Loss in PSI Pipe Size of Check Valves Ft of Water #10 Select Heater Friction Loss in Friction Loss in Ft of Water PSI Select Salt Cell Friction Loss in Friction Loss in Ft of Water PSI Total Dynamic Head Company: LOUDEN Job Name: I SWINSKEY-HIGH SPEED City/Town: I FT PIERCE c - and° �j Series br20DIACs Job #. � Date: 7/1/2013 Address: F1206 WHITE OAK LN State: FL Zip Code: 0 Instructions: Data can: only he, added to the yellow cells. Steps #1 8 2 are for calculating. Pool Volume in Gallons and for estabiisbing a turnover rate In Gallons Per Minute (GPM). If the turnover rate Is already established, click on the GPM cell at the end of Step #2 and Input flow rate, then proceed to Step k3. Pressing the RESET button will clear all inputed information to start a new worksheet. Worksheet can be saved to a file or printed for future reference. L Caution: Pressing the RESET button will clear all System TDH Calculation Results \� yellow cells to start a new worksheet. • Total Friction Loss In Ft. of Calculate,Pool'Volume: - _ Water (TDH) 53.Width Length % oe A, -a, : Gallons Total Friction Loss In PSI 2-3. IN ii hm,r furnnvur rote la Ph Imb Reduction Results DH Reduction item TDH with Versa Plumb Jae, COO HARVEY E. KOEHNI Reglatomd Archlisct At '7205 Elyse Circle Port SE Ludle, FL 3495, 13 12 ©e P l] e e Fration Loss in _-, r "—"". — —P �� Et.DLWatecfL P P e l� � a P� P e c PPP �'.: 1.1@ P1 in PPletian LOSS a4Watr-r. I.� � �L-._. —•� Jf. -`—' �L� 1 .—�I.__JL.. (P}W" 1`1� .J _ __.__ Feet Friction Loss in Friction Loss in Ft. of Water PSI #8 3-way Valve Input Numberof Friction Lossin Pipe Size 3-way Valves Ft of Water Friction Loss in Check Valve Input Numberof Friction Lass in Friction Loss in PSI Pipe Size Check Valves Ft. of Water #9 Select Filter Friction Loss in Friction Loss in Ft of Water PSI iction Loss in Friction Loss in FL of Water L' '� PSI #13 Select In -floor Friction Loss in Friction Loss in Valve Ft. of Water PSI Input Size of Input Number Individule Friction Loss in of Return Friction Loss in PSI Return Eyeball -1_„_ Return GPM Ft of Water 3-way Valve Input Number Friction Loss in Friction Loss in PSI Pipe Size of3-way Valves FL of Water Check Valve Input Number Friction Loss in Friction Loss in PSI Pipe Size of Check Va Ives FL of Water #10 Select Neater Friction Loss in Friction Loss in Ft of Water PSI #12 Select Salt Cell Friction Loss in Friction Loss in Ft of Water PSI STAINLESS STEEL HANDRAIL ( SAME BONDING FOR LADDER) ANCHOR W/ #8 BOND WIRE & APPR. BOND CLAMP #8 BOND WIRE W/ APPR. CLAMP LIGHT NICHE Electrical Equipment Wiring, Grounding and Installation must conform to the 2008 N.E.C. and applicable local codes W/P G.F.1 NOTE: WATER-PRoor GXJ. Mon Nor DEMORE THAN 201-0"FRONI POOLEDGE AND NOT �OTRD`10'-0" OF POOL -EDGE 12V IAGIR ...... __... PANEL TRANWOMER IDXCEION-BOE(5) DSCOMELT POOLTUIERWI 1'B' MIN0 . SP.-S.T. AuoFGPOOLBECR TOGGLE-S.CH t Aa POOL DECK 6 V p p D AH FOA ' 3M IN -Alm NOIEAu.Da'rtQwWaaN9uu0rvmulDNE[AmmEND6B0 ELECTRICAL DIAGRAM W. L 18-MIN.-WMAX #8 SOLID BARE COPPER BOND WIRE W/ APPR. CLAMPS enTutE (ONE ON EACH SIDE OF PEREMErEN POOL-4 TOTAL) 4" TO 6" BELOW SUB- GRADE 1- #8 BARE COPPER WIRE BONDED TO POOL STEEL AS SHOWN NOTE: BONDING GRID REQUIRED AT PERIMETER OF POOL IN AREAS OF PAVED DECKING ONLY EQUIPOTENTIAL BONDING DETAIL PER FLORIDA BUILDING CODE ADAPTATION OF THE N.E.C. 2008 SEC.680.26 Equipotential Bonding Loop #8 copper around Pool Bonded to pool steel in 4 Places N.E.C. 2008 sec. 680.26(C) i D y8 V