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Home My WebLink AboutPOOL MANUALOPERATING INSTRUCTIONS MANUAL SCANNED BY St. Lucie County "MEETS REQUIREMENTS OF ASTM SAFETY SPECIFICATION F 2208" MODEL PGRM - 2 CE 1(S CAST M� F 2208 85dB Horn at 10 Feet This product has been designed to aid in the detection of unwanted intrusions into unsupervised pools. POOLGUARD IS A SAFETY ALARM SYSTEM AND NOT A LIFE SAVING DEVICE.'This device is not intended to replace any other safety consideration - i.e., adult supervision, lifeguards, fences, gates, pool covers, locks, etc., and some devices may not detect gradual entry." IA>SP 001guard POOLGUARD POOL ALARMS "BEST SOLUTION" GOOD HOUSEKEEPING MAGAZINE .%esiaowvoacr ASTM ASTM (ono) F-4 One source for all your pool safety al arms, �J number one ins k customer service. All products made in the USA. IN GROUND.. ' -ABOVEGROUND POOL ALARM POOL ALARM WITH REMOTE WITH REMOTE GATE ALARM Poolguard's Family of Products Helps Protect Your Family! www.pooiguard.com DOOR ALARM P.O. Box 658 -,North Vernon, Indiana 47265 Total Dynamic Head FILE COP�c=_)Proieries b,ZODIAC° Company: I LOUDENrBONDED:POOLS_.. " . - Job#., Date: Job Name: 14UTZ.,_;�">' Address: MEADOWOOD'LOT.286 ,. State: .'FL Zip Code 0 Instructions: Datacan only be added to the. yellow cells. Steps #1 & 2 are for calculating Pool Volume in Gallons and for establishing a turnover rate in GallonsPer 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 #3.'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. 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 47.? Ca-I-iulaWJP, olt�V_olume�r ''�'T"`',�,„ ,,, _,. > """"^T "T:'i """ :ri Water (TDH) •" Width Length Surface Area Av. Depth Gallons Total Friction Loss in PSI 2U.66 , .[ 276 _13. _ �. $.359 r„ .3.75 1906_y, 6 hour turnover rate Is required to comply with • 1 APSP 15 and Title 24 standards Versa Plumb Reduction Results C51c`uiate'tGPMI&IT rnoVeriKateolin7Hours:cy-`.:,�.�sc..,..:-;; '�e,'�"",•,� -tea TDH Reduction 11 Total System TDH with i _ lamb Versa Plumb 1 G fnc curlinn vpinrity rpmlirpd by APSP 7 S R Titlp 9d Stnndardc Velocity (ft./sec.) Friction loss in Ft. Total Length of Friction Loss in Friction Loss in GPM System d , Suction Pipe Size at System GPM of water ft. �_1.5„ �.":'t11- !�iki . Pipe Ft. of Water PSI s . •, A e e ra3i;; ... H a A A � 4 ^,�: J � 1,�,: .a: Ca 6 NMI 3 Step#4 I -�1 Y Velocity (ft./sec.) Friction loss in FL.. Total Length of Friction Loss in 'Friction Loss in �at Return Pipe Size System GPM of water / k. Pipe Ft of Water PSI e �2 �.. ''a/., �.. F-5�_Ea:4j .l •1.5 Y' bt:_ 1 le .' ..:'.. 1 01 t, '.. :5:''111'.' .ia Step # 5 Standard 90° "Long Radius 900 Standard 45° Insert Tee (straight Friction Loss In Eking Size Elbow Elbow Elbow Coupling Flow) Teo (branch flow) FL of Water Friction Loss in PSI : '` AJI e . A.: friction Las —sin I - e 11 -F.t of Wateryl n�Y �^ 1 e o ^1yl ,, V '$• 1 1 A',. Frlatlan Lassen LF.L aEWate[d ._... - �- A e 1 1 • f Fric ort Loss In 1 S 17_Ft. of_Water '* 1 11 + RON'/•'a�� '` e e A Fa �� o . • at 1 h e A 1 5�'/ 'N` ' � euro k I'Pitatian Loss In• �.,F,L of Wate[„i . ..,.1�T�IM A 1 0 :..1 F'. �.,1 e 1 .:.. , 1 o e .a - " 0 0 1 b'.' Y.r • ,1 11 -. 'a,. •1 FrlNion Lass in .—JE O.r Wate , tH° 1 0,l J"�{ ; e a 1'., r,. n• 1 1 e'p` �� A A 1 - 1 A 1 ? 1 A � '$m+��...:. ' 1 i k 1 o A. +t 1 110 (�Frlchon Lassin �." F.t. o(Wate% y- ggoe. -S!,- ??�y ooM .,; w ,) :.'4n111 11 ,n AA ;. t�'.. .k _ ° { .: aS ? Yaw ` ,•• ep # o Input Total Feet Friction Loss in Friction Loss in of Lift Ft. of Water PSI a i�`.. 31 is �' Seleet Jandy 3-Way Valve,,= , � Through Pipe Size 3-Way Valves Ft. OfWater Friction Loss in PSI - 0.0.0gul 0.00 L'O:OOI�i� " t�T ' t Select Jaa aylValver� Fuw Flow Size �� f r l IN j L..��.Lll:s.W`'�:'r•'.>x......-:?ra',riinv:,l Check Valve InputNumberof FrictionLossin Friction Loss in PSI Pipe Size Check Valves Ft. of Water al3 Wady Valve}Loss 6.6 2 86 Step # 9 .Select Filter Friction Loss in Friction Loss in Ft. of Water PSI Rn t I -,may Select Backwash Friction Loss in Friction Loss in Valve Ft. of Water PSI Step # 13 Select In -floor Friction Loss in Friction Loss in Valve FL of Water PSI MENEM watLd. # III .S,tTjf ftl e" Input Size of put Number I rule Friction Loss in friction Loss in PSI Return EyebalalInof Return l Eyeballs Return n GPM Ft. of Water t Sel`e`eti'JandynCheck",4Straight e: imu9h ' y�Straig tFlow Siz'Y Flow a 3-way Valve Input Number Friction Loss in Friction Loss In PSI Pipe Size of 3-way Valves Ft. of Water -_ 0.0.0 -0oD'. 0.00 ' 0.0a 7,27' yy —rr e. hS1e�t I5BaCtaJ C Vt�21y0f` ,gana _Ch�B 90• Flow A 11 'Y}vn'J Check Value Input Number Friction Loss in IJ Pipe Size of Check Valves Ft. of Water Friction Loss In PSI fi Tota;l` ' C Val"�ve' oss� 1 . -3:10 1.34 Step # 10 Select Heater Friction Loss in Friction Loss In Ft. of Water PSI i I7t�.�th e�'!�I.1/ yr„ L c- - and Proaeries byZODIAC® Total Dynamic Head Company: LOUDEN�BONDEQPOOLS Job Name: LUTZ' - - City/Town: I FT: PIERCE . Zdyc - �� Pro Series by2onucm Job #: 0 Date: Address: MEADOWOODLOT 286� State: P Zi Code . 0 0 Instructions: Data can only be added to the yellow cells. Steps.#1 8 2,are for calculating Pool Volume in.Gallons and for establishing a turnover rate in Gallons Per Minute (GPM). If theturnover rate is alreadyestablished, click on the GPM. cell at theend of Step #2 and input I' now rate,: then proceed to Step Ai Pressing the RESET button will clearalfinputed information to start anew worksheet Worksheet can be saved to a file or printed for future reference. L. Caution: Pressing the RESET button will clear all \� yellow cells to start a new worksheet caleulafelPodl6Yolume:di.:;a.'e^,:,,.»,��".r�,."'"^ Width Length Surface Area Av. Depth Gallons z, 45 75..r {,: 3� ::'4.3 ., 3i7.6T 6 hour turnover rate Is required to comply with - I • APSP 15 and Title 24 Standards System TDH Calculation Results Total Friction Loss in FL of Water (TDH) Total Friction Loss In PSI Versa Plumb Reduction Results C5lculate GPMjWTurnoWreRatailb7Hi$drs: ti 6 'rea TDH Reduction 360Total C 1.1 '"q%9U - Total System TDH with dumb Versa Plumb ' 1 A Fne ovitnn volnrlrer evmeirnd by Al Stendarde Velocity (ft./sec.) Friction loss in FL Total Length of Friction Loss in ;Friction Loss in System GPM Suction Pipe Size _ at System GPM of water[ft. Pipe Ft. of Water PSI aqS"^•� �,, v- �T—'-- 3 ;�"-,= °. a k.. � 3L w � '+t` .tk'� 1 e .1'' :t ...' S a A o •T`.�F � L% 0 1 0 -.tif ° Velocity` Return Pipe Size () Friction loss in Ft. Total Length of Friction Lossin Friction Loss in at Systemm GPMGPM ofofwater/ft. Pipe Ft of Water PSI o '1 a ,.' L`eFl ee.';t+; PoaFe el. .. t�t: *: •� �3�f N 4i,..—•�^ iry'.. Ai A §� �i•i� i 1 11 -fi�4i 1 A 0 t tl• Yg�'.-. i tr ••", }t, SA oe :a"w¢Y�•,7;1 el x' ;'T�yell�"'3 N± a Step # 5 - Standard 90^ , -Long Radius 90� Standard 450 Insert Tee (straight Friction Loss in Fitting Size Elbow Elbow Elbow Coupling Row) Tee (branch Flow) FL of Water vr; �. . .> e a l 1 ,.. ••e 11 ?". . w. Friction Loss in PSI • �'tY 3 t.R r; `i Fricbon Loss`ilT' -` 1 e 1 r7+": ^ a { F.L of -Water—, F I -11,.- 1"i"•: R.�Xi" 1 e e °Yid 111 t,�• Fricbon Lass inl a,- W. �y . t.L atWa[er,� 1 a A ^E e o,1' �' `r �, 0 y.. - 1 t1 it "t j'jA - ae'e e+a ' 1 11t'.y y ,¢. Yam' ^ V�r..y 1 eat . ^n� +~ H; nc ion Loss it F"1+IR a I 1 Ft of Water' s -' 1 11 ININu O iAs 'S ? ;x 11`a 1 a1. - y�� ":.� R . 1 _ i 1• „e! ,. 8.. .: : Friction Loss in-i L:�Ft tL.Fric�tmn l.ossiii � A Ae L, , - I le?r eAit rR l Ae�t , ` lee , ,le:�- I eA ;v ie of -Water. K i a Ile �" _Ft Its 1 11 Fikban Loss in •- 1 11 , 1 11 1 11 ' n 1 11 � ys7� ��' _• LFL of.Wafer,.d tep # LOB all o Input Total Feet Friction Loss in Friction Loss in of Lift Ft. of Wasmgmiter PSI .' ` _ ..: Seleetandy 3 Way Va Straight w„ Fl rough $ Stra ght Flaw Size �. F.'�sKy's� 3-way, Valve Input Number of Friction Loss Friction Loss in PSI Pipe Size 3-way Valves F1 fWater :. z ;.,.�... 000�-0.0.0 In 000190MOO)ORM s elect andyy Wey V a 90- RM Flow Ilk Check Valve InputNumberof FrictionLossin Friction Loss in PSI Pipe Size Check Valves Ft.ofWater _e F.. " tToffal3.yWq,ayaV alvo Ed s?y ;, _8.00 ' 23 46, Step # 9 Select Filter Friction Loss in Friction Loss in Ft. of Water PSI it Sel Wn flooraV.alve f F",.,None- 0 .00 I. `.. 0.00 .� tep # Input Number Input Eyeball of Return I rFriction Lass in Friction Loss in PSI Return Eyeball Eyeballs Return n GPM Ft. of Water loom 21�91—&INOARR �.-a « ez t ZO e '. f,�379e tJand Checks aive 11 istral ght ,rough y�^- S ralght Flow Size yr Flow 3-wayValve InputNumber Friction Loss in Friction Loss in PSI Pipe Size Of 3-way Valves Ft. of Water Ma v .rya �, t�fbs! sir Seleet�Jady CheckgVal_yei 90• Flow Check Valve Input Number Friction Loss in Friction Loss in PSI Pipe Size of Check Valves Ft. of Water +u" L- t j4 u^"T Check Valve Foss f= t 7, 8 0. .40 Step # 10 Select Heater Friction Loss in Friction Lass in Ft. of Water PSI i 190• Install g0• Install and -C:::�-J-17> Series by ZODIAC®