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HomeMy WebLinkAboutPOOL ALARM PAPERWORKSt. d.. �$.. WARNINGI (THE SAFE POOL ALARM IS EXTREMELY LOUD WHEN The Safe Pool Is designed to sound a loud alert when ( ACTIVATED. FOR YOUR SAFETY, NEVER PLACE THE children enter through a Safe Pool protected door/gale. When properly Installed, the Safe Pool will allow adults to UNIT CLOSE TO YOUR EARS. TO TEST THE ALARM, ' ALWAYS USE EAR PROTECTION AND DIRECT THE UNIT pass through the protected door/gate and Immediately shut ' AWAY BEFORE TESTINGIACTIVATING THE ALARM. off the sounding alarm. ' Important Warranty Information: When powered, the Safe Pool Is. always In protected mode. I A dated proof of purchase Is required for warranty service The alarm will activate the Instant when the door/gate opens by more than 1 Inch (when the magnetic sensors are apart Type SM : System is intended by more than 1 Inch). Once the alarm activates, It will Sound : to be self -monitored. ' continuously until the BYPASS button Is pressed. Wheepassing through the door/gate from the side where Customer Service : i-888-8TECHKO(1.888-883.2456) the alarm is mounted, press the. BYPASS button then open - M - F, 9:00am - 4:00pm the door/gate; pass through and close the doodgate within 10 seconds and the alarm will not activate. When passing _ Pacific Standard Time through the doodgate.from the opposite side, open the door support@techkousa.com and qulcIdy press the BYPASS button and close the door quicldy. The unit will re -arm within 7-13 seconds. www.techkousa.com When the alarm volume becomes low, or the unit does not produce normal alarm sound, replace the 9-volt battery. The Safe Pool's plastic resists ultraviolet rays from direct sunlight exposure. However, slight discoloration over time 1s normal. Mfg. By ?ECZW® 9767 Research Dave, Irvine, CA 92618-4626 MADE IN CHINA US PATENT N5,473,310 NOTICE THIS PRODUCT IS PROTECTED UNDER FEDERAL PATENT. TRADEMARK AND COPYRIGHT LAWS AND LAWS PREVENTING UNFAIR COMPETITION. NO DUPUCATION OR SIMULATION OF THIS PRODUCTS IS PERMITTED EXCEPT. BY -WRITTEN AUTHORIZATION OF TECHKO, INC. TECHKO AND THE CONFIGURATION OF THIS PRODUCT ARE TRADEMARKS -OF TECHKO INC. COPYRIGHT 1994 TECHKO INC. ALLRIGHTS RESERVED ' MADE IN CHINA Safe PoolTM Model S087 Area Entry Alarm rz Congratulations on your purchase of the Techko Safe Pool model S087 safety alarm. The Safe Pool can be used to provide a high volume alarm alert when children have entered a pool or spa area. The S087can be used outdoors on wood or metal gates, or Indoors on doorways leading directly to potentially dangerous areas. ' Easy Installation for gate or door protection • Water/ weather resistant • 9 Volt battery power (not included) • High output 110 dB alarm siren One button BYPASS operation a '_Alarm sfreais.VERY loud; NEVERplaceihe unitclose to ears Keep this manual for future reference The Safe Pool can provide valuable protection when used correctly. However, It cannot guarantee complete protection against accidents or Injuries. Therefore, Techko cannot be held responsible for any loss, damage, or Injury that may occur. WARNING: Read all installation and operation Instructions thoroughly before proceeding with Installation. Before Installing the battery, use a rubber band to temporarily secure the two magnetic sensors. together with the arrows pointing toward each other to avoid, setting off the alarm unintentionally during the Installation of the alarm. INSTALLING THE BATTERY: 1. Remove the battery cover of the unit and Install a new 9 Volt battery (See Fig. 1) 2. If you are sensitive to loud sound, please wear ear - protection,agalnstthe loud alarm siren before testing the alarm. 3. Once the battery is connected the unit Is now ON and Working. To teEt the alarm siren, make sure you have ear protection before testing.After ear protection Is In place, separate the magnetic sensors apart by more than 1 Inch. The alarm should sound Immediately after the sensors are separated. Press the BYPASS button Fig t and immediately secure the two magnet sensors together again to avoid the alarm sounding off unintentionally. MOUNTING: WARNING: The alarm should be positioned close to the door high enough to be out of the reach of children. As each mounting application varies, Techko suggests testing the unit's installation location and effectiveness before permanently mounting the S087 REMOVING THE SCREWS ANDTAPE FROM THE SENSOR HOUSINGS Mounting screws and dobble-sided tapes arefocated inside the sensor housing (See Fig. 5). Using a small flat head screwddver,_gently _pryopen the recessed sensorspacer of the sensor housing up and remover — MOUNTING INDOORS USING DOUBLE -SIDED TAPE it Make sure that the mounting surfaces for the double -sided tapes are completely clean. Attach the double -sided tapes Fig 2 onto the rear of the unit, and then secure the unit onto the desired mounting surface. .MOUNTING INDOORS USING SCREWS Using the provided mounting template printed In this mahual, mark the position of the screw holes on the desired mounting surface. Drill the screws onto the mounting surface with approximately 1/8 Inch of thread remaining. Slide the unit over the screws and secure the unit by pushing It downward rig a as shown In FIg.2. You may need.to adjust the screws towards or away from the mounting surface to provide a more secure fit. MOUNTING THE SENSORS INDOORS Make sure that the arrows of each sensor are pointed towards each other. Using either the double -sided tape or the screws Provided, mount the sensors so that they are less than 1 Inch away from each other. Please make sure that the wired portion of the magnetic sensor Is mounted on the non-moving portion of the mounting surface and the standalone sensor is mounted on the door/gate (See Fig. 3). MOUNTING OUTDOORS ON WOODEN GATES Using the provided mounting template printed In this manual, mark the position of the screw holes on the desired mounting surface. Drill the screws onto the mounting surface with approxlmately 1/8 Inch of thread remaining. Slide the unit over the screws and secure the unit by pushing it downward as shown in Fig. 2. You may need to adjust the screws towards or away from the mounting surface to provide a Mora secure fit. ' _ _ _ N101 .l OUTDOORS ON METAL GATES e metal gate frame (See Fig. 4). MOUNTING THE SENSORS OUTDOORS (WOODEN OR METAL GATES) Break off the tabs on the side of each sensor (See Fig. 5). Make sure that the arrows of each sensor are pointed in the same direction as the sensor housing before placing the Magnetic sensors Inside the sensor housing. Snap the sensor spacers (the two cover4lke plastic pieces you pried open to get the double -sided tape and the screws) back Into the sensor housing this creates weatherproof protection for the magnetic sensors. Secure the sensors using the nylon wire flea onto the gate frame, make sure that the sensors' arrows are pointed towards each other and that the sensors are less than 1 Inch apart (See Fig. 4). m3ort BVAEER Tape & Screws Located Inside Sensor Housing TEMPLATE MODEL S087 acREw HOLE SCREW HOLE Total Dynamic Head Calculation Worksheet Jandye �� Pro Series byTADt1Ce DI AC Company. LOUDEN _" . - _ _ ..., Job #,•� Date. Job Name,FISHER—HIGH . SPEED _', Address. 5620 SUN'VALLEYDR - _ T Cify/Town, FC,PIERCE _ _. -_ State. FCOR/DA Z/p Code.34951 .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). It the turnover rate Is already established, click on the GPM cell at theend of Step #2 and Input Row rate, then proceed to Step 0. Pressing the RESET button will clear allfnputed Information to Worksheet saved to a-tile,orprinted for -future reference,-, start a new worksheet. can be Caution: Pressing the RESETbutton will clear all System TDH Calculation Results yellow cells to start a new worksheet Catch la ' to Pobl,Volumee:. Total Friction Loss in Ft of 561r0,� Water (TDH) i 'Zt� 13 25.2 = 328 '=' 4.25 "10,414 Total Friction Loss in PSI 2 x„! 6 hour turnover rate is required to comply with • APSP 15 and Title 24 Standards Versa Plumb Reduction Results CaiculateGPMS7urnover Rate In: Hours; -, • ---- to�414,�:.'. - 360;:- c 6 v% ' , TDH Reduction � raa +" AQ"';, al System TDH with Versa ' - (timb Plumb -' 6 fps suction velocity re aired b APSP 15 & Title 24 Standards Calculate'Total Length, of: Suction Pipe: (recommenHed velocity:B fps and below) k.0.248 : -': 0 a0 , •. -->;, 0.00 - i - �11 r43 ; 0.072 -0 00 0 00 - - •� ®x 4 56, "':0.037 `' 88 ;, 2 75 - 1 19� Versa Plumb system 4011 •0.00.1 .,'ct000 000 btBt B88i's 0✓ o:000 0 00 s 000 'r Y - ; TOTAL • ,. , 2.75 1.19' w 8 f s return veloci re aired b APSP 15 & Title 24 Standards > O l"t7.r+Calculate Total Length of,Return Pipee(recommended velocity: 8tps•and,below) ., C J .. , FIG LICk'NS No. 7,E, N0. w, E of �v ® 0-'S �; 0.248 :6,43•> "0.072 '' 4.56' k 30!031 • o 00 _112 ,.807 349 oy >..; E'�`���� 0 OOi ' 0 00 S�•L : 0.00 �� : 0 00 - 6W o Sb7tj ,0,ao3 u, r ?., - �Il o00 , - ifr o.00, ➢ ©] � "; .0.74s - 0.000 _ " 0OR&Y ' TOTAL', 8Y +3 1111" Calculate Tota�'Numherof=Pfpe,F(ttings. (lnput Total of each Size Fitting InYellow-Celis). OMM NMI 000 000 goa0 o.00""` o;oo _"'000 0:00• o.00 <I fn 451 s1 Mi i» 1 95 0:00 ,;�.0 00 r 0 62� -, :- 0 00 w+ 438 r ,a 'r-, ' 420 000; ;6.0o 0 (r.Of6 + 000 _ 0 00 0 001 0 0o c 0..00 0.00 0.00 1 0.66 0.00 +o 62" i0.00t1I 4- • r ,, ,,,, ... .. 0,.00 ;000 ',i000 'j 000 r r000sY i c r00}0a ' O:OO:r .0:00 '� `.a.00 50.00 000 TOTAL 887 �S v384rf. C4R..3W dotal FeetjI Friction Lossin I' Friction Loss in Of Lift. Ft of Water u PSI #8 3-way Valve Input Number of Wiction Loss in Pipe Size 3-way Valves (I of Water Check Valve Pipe Size Step # 9 Select Filter ion Loss in of Water Select Backwashll Friction Loss 11 Friction Loss in Valve Ft of Water PSI Step # 13 Select In-Noor Ir�Friction Lossin Frictlon Loss in Valve �I Ft. of Water PSI Input Size of Input Number oil Individule Friction Loss in li teturn Eyeball: I Return Eyeballs Return GPM II Ft. of Water Il Friction Lossin PSI 3-way Valve IYnput'Number o II Friction Lossin II Friction Loss in PSI Pipe Size II 3-way Valves Ft. of Water Loss in PSI:-! Check Valve IlInput Number oil Friction Loss in ll Friction Loss in PSI Pipe Size Check Valves I Ft. of Water Step # 10 Select Neater 12 Friction Loss in I Friction Loss in Ft of Water PSI iota uynamlc Head Worksheet japqYbyZODUC- c�eries Company.Calculation LOUDEN Job #:� Date. 10f26)2013. Job Name. FISHER- LOW SPEED Address: 5620 SUN VALLEY DR -- - Cfly/Town. FT. PIERCE ..._ State: FLORIDA' - Zip Code: 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 thetumoverrate is already established,click on the GPM cell at the end of Step #land Input flowrate, then proceed to Step 93. Pressing the RESET button will clear all inputed information -saved to a lile or printed for future.reference.. _ ..._Caution: to start a new worksheet Worksheet can be - - Pressing the RESET button will clear all System TDH Calculation Results yellow cells to start a new worksheet. Calculate Pool Volurile:.- �- - � '_ Total Friction Lass in Ft of _ Water (TDH) 25.232kill 4.25 - _10,414Total Friction Loss In PSI 6:8� 6 hour turnover rate is required to comply with • APSP 15 and Title 24 Standards Versa Plumb Reduction Results CalculatelGPM.&, Turnover Rate: in Hours: • TDH Reduction 6rSa 10,414 28 D al System TDH with Versa lumb Plumb ' ' ' 6 f s suction velocity required b APSP 15 & Title 24 Standards Calculate:Total LengthfofSuctionPipe:'(recommended velocity: 6 fps antl be ow) _ _. .•. 4.40,- " 0.049 0.00 0.00 I ' '".!• .2.69... _ 0014 �.. -. 0.00 . 0.00 - 1:901_ 0006 1.20_ 0:002 . 89 0.55 0.24 0.00 0.00 Verse Plumb System 95E 686 pdk6re 0.70 0:001 0.00 �j�L,✓ e 0.31 .. 0:000 0.00 �. _0.00 _ oo23O,�\Q�O • TOTAL 0:55 6.24 a return veloci 2n aired by APSP 15 &Title 24 Standards Calculate Me Length of Return Fipe:.(recommended velocity:, 83ps and below) ® v ° m ° 1 _ NTGN , SENo.7 LJ6O,A-OOF EI�SS7' Nogg 440.0049 0.014 o.00 70.69 !- ENS,269: �Pt.rEF l :. 000s { s tl y 1 '1.20 0.002 Too 00685SIT,5 Q-• Q�RY0.001 0.00 TOTAL 1:60: Calculate TotsLNumber of,P,ipe Fitting's:_"(Input Totalof each SizelFitting OHM '0.00 0.00 ' o:00 0.00 ' :* 0:00 0:00 .• - 0.00 ` '.0:00 - 0.90 0.39 won0.77 - 0.00, 0.00 _ 0.00 0.12 A:00 17 t' 0.87 _. .- 6.37 ' 083' 0.00 • 0.00 '-0,00 0.03' 0,00 0.00 0:00 ' ' 0.00 0.00' 0.00 0.00 1 0.00 " 0.00 0.00 0.00 0.00 0:00 0.00 .10.00. 0:00 0.00: `0.00 0:00 • 0:00 0.00 ,0.00 0.00' , 0.00 OIOQ TOTAL 1.76, j D:76 t Total Feet' Friction Loss in 11 Friction Loss in I Input Size of ��Input Number of Indivitlule Friction Loss in I� of Lift FC of Water PSI IRS tum E eball Return E .balls Return GPM !!Friction Loss in PSI Y l Y �I I Ft. of Water Ip #8 3-way Valve Input Number ofl'Friction Loss Pipe Size 3-way Valves h of Water CBeck Pipe Silve ze Ihnput Number Ch ck Valves �j IFnc ion Loss of Water Step # 9 Select Filter t Backwashll Friction Loss In II Friction Loss in Valve FL of Water PSI Step # 13 Select In-Neor Friction Loss In rIFriction Loss in Valve Ft of Water I PSI Loss in PSI Step # 10 Select Heater 3-way Valve Irnput Number Of Friction Loss in li Friction Loss in PSI Pipe Size 3-way Valves Ft. of Water i Check Valve nput Number of Friction Loss in Friction Loss in PSI Pipe Size I Check Valves I FL of Water Friction Loss in II Friction. Loss in FL of Water f PSI of C APSP The Association � ��1J Poo! &Spa Professionals ANSVAPSPACC 15 ENERGY EFFICIENCY COMPLIANCE INFORMATION FOR RESIDENTIAL SWIMMING POOLS PROJECT NAME: AND ADDRESS TODD & CEE CEE FISHER CONTRACTOR NAME LOUDEN BONDED POOLS AND ADDRESS: 5620 SUN VALLEY DR 4306 S. US HWY 1 FT. PIERCE, FL 34951 FT. PIERCE, FL 34982 OWNER: FISHER CONTRACTOR PHONE: (772) 465-2700 DATE: 1 Ol28lZO13 This information sheet was oreoared bvthe AP5P-15 neado,,a�i o.,i......�"" e__� _- -__-_. -..-,-•�••-�� ••,,•,, s...n,n,auee m tile Association or Pool ana Spa Professionals (APSP). It is not part of the American National Standard AN51/APSP/ICC-15 2011 but is included for information only. Contractors should acquire and comply with the ANSI/AP5P/IOC-IS 2011 standard which can be purchased at www.apsp.org. 1. §5.2.1: Calculated pool volume a. Gallons: 10,427 ; or 1, 10.427 gallons b. Calculated Gallons: 328 (surface area) X 4.3 (average depth) X Z48 (gal/ft^3) = 10,427 _ 2. §5.2.1: Calculated maximum filtration flow rate 2, 36 (Pool volume = 360 or36gpm whichever is larger) gpm 3. §5.2.2: Auxiliary Pool Load: gYes, El No? (Enter the highest auxiliary pool load" to be powered by the swimming pool filtration pump. Do not add auxiliary 3• gpm pool load flow rates together, only the highest is used.) 4. Calculated maximum flow rate 36 (Item 2 or item 3, whichever is larger.) 4 gpm S. §5.5.1: Pipe sizing: a. Minimum suction pipe diameter Sa. 1.5 inches (Enter the smallest pipe size from Table 1 with a 6 fps flow capacity the same ormore than item 4.) _ b. Minimum suction branch pipe diameter Sb. 1.5 _ (Calculate: Item 4. 36 (gpm) _ Branch Pipes—' (quantity) = branch flow rate 36 (gpm). Enter the smallest pipe size from Table 1 with a 6 fps flow capacity the some or more than the calculated suction branch flow rate.) c. Minimum return pipe diameter :ig� 5c, 1.5 (Enter the smallest pipe size from Table 1 with a 8 fps flow capacity the same onmoref a qm 4.) d. Minimum return branch pipe diameter A C �� e° 1.5 (Calculate: Item 4. 36 (gpm)? Branch Pipes? (quon ' Enter the smallest pipe size from Table 1 with a 8"'54 return branchf/ow rate.) CLTO FI 6. §5.4.1: Filter type and size:•gIQ9S a. Filter type: (Cartridge, DE, Sand) " ­Q'1 b. Minimum filter area 0*11 (Calculate: item 4. 36 (gpm) a filter factor 0. Fifterfactors. Carttridj e=0.375, Sand=15 Diatoma(f �ff 7.15.4.2: Backwash valve: LJ Yes, 0 No? (When using a backwash valve, enterresult of item 5c or2 inches whichever is larger) Table 1 PIPe Size: 1.5" 2' 1.5' -3"L:3.5". 4" 5•. 1 '6" Nominal GPM@6fps 38 1 63 1 90 138 185 1 238 1 374 1 MO Nominal GPM @ 8 fps 51 84 119 184 247 317 499 720 36 F �_(OPfhh n the calcilaol S. Pump selection: §5.3.2.1: Pools 17,000 gallons or less, select pump• from the database with a Curve -A gpm flow equal to Item 2 or less. §5.3.2.2: Pools 17,001 gallons ormore, selectpump' from the database with a Curve{gpm flow equal to item 2 or less. -Multi- speed pumps must have one speed listed thatsatisfies this requirement. a. Pump model b. Pump flow (§5.3.2.1, 5.3.2.2: Applicable Curve A or C gpm flow listed in database) inches I_ inches inches 6a. Cartridge 6b. 96.0 sq. ft. 7. 2.0 inches Sa, FHPM1.5-2 Sb. 60 gpm 4/4/12 ANSI/AP5P/ICC-15 Standard Writing Committee Form 1 of 2 ANSI/APSP/ICC 15 ENERGY EFFICIENCY COMPLIANCE INFORMATION FOR RESIDENTIAL SWIMMING POOLS Heaters Pool systems 4.4.1.1 Heater has no pilot light 4.4.1.2 Readily accessible on -off switch mounted outside of the heater 4.3.1.3 No electric resistance heating unless for inground spa with tight fitting cover with R-6 insulation, or for pool with 60% of documented pool heating from on -site solar or recovered energy. 4.3.2 Heater efficiency: gas/oil fired heater efficiency at least 78%, heat pump COP at least4.0 5.1.1 Pool filter pump listed in database 5.3.1 Pool filter pump with total horsepower 1.0 or more is multi -speed Multi -speed pump controller programmed to default to the filtration flow rate when no auxiliary 5.3.3 pool loads are operating within 24 hours and programmed with temporary override capability for servicing. 5.3.4 Single -speed pump controller capable of operating pump during off-peak electric demand. 5.5.2 Pipe before pump has at least 4 diameters of straight pipe. System installed with solar, or setup for the future addition of solar heating equipment by 5.5.3 installing 18 inches of horizontal or vertical pipe after the filter and before a heater, or built-in or built-up connections, or dedicated pipe to and from the pool. 5.5.6 Directional inlets for mixing pool water. 4/4/12 ANSI/APSP/ICC-15 Standard Writing Committee Form 2 of