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<br />U SECTION 2700
<br />U AUTOMAnc IRRI13AIlON SYSTEM
<br />I. PART 1 -- GENERAL
<br />1.1 SCOPE: Provide complete underground tprinkler systems as shown Ord /or noted on
<br />jrowing3 provided by c:ontroct)r and prepared by regesterecf irrigation des'gner and as
<br />lereinafter specified.
<br />1.2 Subject to cornplance wth requirements, provide products of one or more of
<br />follominq:
<br />Rain Bird Sprinkler Mfg. Corp.
<br />The faro Co., Irrigation Div lion
<br />L.R. Nelson Corp.
<br />1.3 SUEMITTALS:
<br />1.3.1 Submit manufacturers data sha "its for all pipe, tubing, sprinkler heads, controller,
<br />etc. to LOndscupe Architect fur approval prior to installation.
<br />1,3.2 Submit an "as -t wilt" plan of locations of the controllers, valves, valve nurnbe:rs,
<br />zones, Leads and wiring upon final acceptance of irrigation system.
<br />2. PART 2 - PRODUCTS
<br />2.1 P pits:
<br />2.1.1 3/4 » tn ru 2 1/2" High-impact Virgin Polyvinychlaride ("C- 1120), C_A5 160 (IRSt
<br />,
<br />conf nrin to AN I ASTM 0 strength satin sF nd stanb llttin t FVC
<br />o g S/ ratings, size a ands. gs o be
<br />solvent weld ty :e. No saddles allowad.
<br />2.1,2 Dipper Tubing with Pressure Cornpansc:ting Emitters (Toro Netatim "rechline`)
<br />2,2 Valve Boxes:
<br />2,2.1 All valves shall Le protected by Arnetek VP--10 Valve Boxes.
<br />2,3 Remote Control Vclves:
<br />2,3.1 Uiits shell be soriviceab a from top and constructed 1 >f heav;i duty gloss filed
<br />iyion, Ladies of ABS. Diaphrot ;m shall be of nylon reinforced Buno --N. All metal parts of
<br />valve shall be Df highlrr corroeslon resistant materials with brass or stainless steel studs
<br />and nuts for body to bonnet connection.
<br />2.4 Spray Sprinkler Heads:
<br />2.4.1 Sprinkler body, stern, and screen shall be constructed of h• :avy --dLty plastic, and
<br />� serviceable from top. ,. rrnkler shall have p ra, 3
<br />s ur a fictivated c on olued ; seal as
<br />Dart of cap. Nozzle .,hail be constructed of heavy••duty plastic with rnotc:hed
<br />)recipitcltion rated dua slottec orifice, Each nozzle shall have adjusting ,screw, capable
<br />Df shutl.ing off and regulating radius and flown of water.
<br />2.4.2 S; >rinkler shall heave strong stainless steel retrl :ct spring with pop --up height no
<br />ess then four inches (4).
<br />2.5 Rc,tor Pop-Up SprrinklerPop-Up Sprrink!ers�
<br />2.5.1 Sprinkler body shall be constructed of durable plastic and all metal parts sholl be
<br />stainless steel or brass. Sprinkler shall hays pressure acti'mated wiper sac!I, stainless
<br />steal retraction spring, internal filter screen, and 3/4" NPT female threadod inlet.
<br />2,5.2 P,)p -up height shall be no le-mi than 4'.
<br />2,5.3 Pattern coverage of sprinkler sl wall be adjustai)le or in fixed patterns and shall be
<br />orated to provide adequate coverage of all areas with matched precipitaton rtes.
<br />2,5.4 Performa^ce: Rotor heads precipitation rate dc.-liver approximately .50" par hour.
<br />2.6 Automatic Contra ler:
<br />2.6.1 ir'igation systern controller shall be electronic solid slate typ3, capable of
<br />fully- outornatic or rnanival operation Df system with rain shut down switch. It shell be
<br />JL listed and housed 'n heavy--duty weatherproof lockable .-abinet.
<br />2.6,2 C.> ntroller shall operate on m;n'murn 120 vici A.C. power input• C,Dntroller shall
<br />lave built -in r,-set cirri :uit breaker for surge protection.
<br />2,6.3 G)ntroiler shall have some number or more stations as ther3 are circuits in
<br />system. Contr)I!er shall have dual program feature. Each station shall be assigned to
<br />either or both programs. Controller shall hove 14- -day calendar programming cy.le•
<br />-ach station shall be 3rograrrmable !:o opercite from 0--60 minutes in two-- minute
<br />ncrerne'1ts.
<br />2.6.4 C, )ntroller shall be capable of Tieing operated manually at Dry given time. born
<br />"single station" operati)n for Drograrrmed tirne or raw time settincl shall be pos.ible
<br />ivithout affecting original program.
<br />2,6.5 Controller shall have bu'lt --in autorrlatic rechargeable 3- "-volt iickel-- cadrriurr.
<br />)attery power puck co)able o•` holding program for minimum to two (2) hours.
<br />.ightninq protection shall be provided to pro" :ect internal circuits.
<br />2.6.6 Wiring to electric control valves shall tie OF -14 direct burial solid strand wire.
<br />rNira col „nectiors to remote cr)ntrol electric Valves and splices of vire in field Shull be
<br />node using SnDp -Type{ wire connectors and PT--SS sealing cament accorcing to
<br />,
<br />” ! I
<br />sit
<br />! h z ,r � c II of
<br />� ':ions. Al A!I trcl clrcui:r a�� n rt u h ,rw
<br />�nanufac Curer s standard recor mend- con y p g ,
<br />Duilding or beneath sicewail, road, or drive, shall be installed in sr.aitable sleeves.
<br />2.7 Bcckfiow Preventor: Aa: requinsd by Coverning Code.
<br />2,8 Miscallaneous ErJU;prnent for Toro Netaf rn "Tec''11ine" System iicludin,g Line Flushing
<br />Valves, Pressure Regulating Vclves, Disc Mite's, Dripper Tubing, Barbed Fittings, Pipe
<br />Clarr.ping, Pressure Ras ;ulotor, and Remote Control Valves as specilTed for use in the
<br />rrigation Drawings.
<br />3. PART 3 - E)'ECUTION
<br />3.0 LAY --OUT AND STAKING: Slake -out entire irrigation system to line and grade 'n
<br />accordance with Drawings to assure proper drainage and pipe cover. Deviations from
<br />Drawings may bi,3 made where it is beneficial to concatructior and only if a.ceptab a to
<br />1
<br />L�an*:3scOpa Architect. No mainline she I be al!o•dved o.ts,.j,, the site property Iona.
<br />3.1 TRENCHING
<br />3.1.1 Trenches . 6hail be excavated so that irrigation 'ines aro installed to fallowing
<br />nrinimurn depths for pips cover:
<br />All P.V.C. Distribution Pipe -- 8' minIrnUm below finish grade;
<br />All P.V.C. Live Mcins -- 18" belay finish grade;
<br />All P.V.C. Sleeves -- 18' miniMLm below paving.
<br />3.1.2 No trenching or cligging )f any type sh'DII be cone within the protected root
<br />t)na of existing trees cis identified in the Irrigation [)ravings. Irrigation in these
<br />areas will be the Toro iii 'Techiine" system.
<br />3,2 All PVC piping shall be trenched. Trench excavation in excess of required depth
<br />s ^,all have a bol.tom graded and tamped to required gradient for proper drainage prior
<br />to any pipe placement.
<br />3.3 Electric Power Service: Eloctrical Contractor will provide 120 vcwit power source at
<br />cDniroller assembly locations. Irrigation Contractor s'rnall make all required conneclons
<br />to activate tirner asserr bly.
<br />3.4 Where trenci?ing of PVC or polythylene pip,a lines is not possible because of
<br />adverse soil conditions or obi tractions and »
<br />i
<br />>ackhoa o p e r tlon is e q u
<br />iced P rovide
<br />lobar, m,aterrals and eq'�ipment for this operation., including `ull trench bacp;frsling with
<br />sand if required in opirion of Landscape Architect. Site restoration of these areas
<br />including sodding or mulching )s directed by Landscaping Architect shall be part of
<br />this contract.
<br />3.5 PIPE !NSTA_LATION:
<br />3.5.1 ,Ail lines shall be kept minimum of two feet (2') from all exitting or proposlad
<br />trees.
<br />3.5.2 PVT: pipe shall be laid on solid undisturbed soil or on thoroughly cornpocted full
<br />bed of sand so as to assure full bedding, paper alignrnent and rn nimurn slope f,)r
<br />drainage.
<br />3.5.3 PVT: pipe ands Ord PVC fittings shall bs thoroughly clooried fur full depth o17
<br />fitting with liquicl cleaner cerneiit. Me :hod of application shall be in accordance with
<br />manufacturer's recommondations for s)Ivent weld cornection:s.
<br />3.5.4 Where piping is to be installed in areas containing estoblished turf, sod shall be
<br />!r
<br />rc :moved from trench line to rn :cessar), width, and to depth of at least aria inch ("I").
<br />All sod „hall be stored in shaded area (or building), rand shall be replaced -within
<br />three (3;j days. In areas where sod Is unsuitable for lifting in opirion of Landsccpe
<br />Architect, trenching may be done vrith)ut regard to topsoil clad existing turf and
<br />backfilled with six inches (6') of topsoil and resodded.
<br />3.5.5 Tho Toro Netafir"n "Techiira" Dripper Tubing sha'I be laid in concentric circles
<br />centered on the trunk of the existing tree. Spacing of tubi -ig shall be 1' - -0" on
<br />center.
<br />3.6 HEAD AND SALVE INSTALLATION:
<br />3.6.1 All irrigation heads on PVC lines shall to assembled it accordance with stardard
<br />detail, on "funny pipe" or flexible glue in PVC is alloNad.
<br />3.6.2 All irrigation heads, unless otherwise no%ad, shell be s4A to finish ground grade.
<br />3,6.3 All fittings and emitters for the Toro Netafim "Dripline' system shall ba per
<br />manufacturer's recommendations or as noted in the irrigatioi Drawfirgs.
<br />3.7 BACKFILL: Bockfill material shall be sard, free from rocks, large stores, clay
<br />IL(nps or other unsuitable substances and care shall be takon to prevent tattling and
<br />damage to pipe during and rafter bacf+filling operations. Whon backiilling, sand shall
<br />be tamps ?d in 61' layers with rrinirnurn of 6" )f acceptable topsoil in turf areas and
<br />12" in plant bec areas. Turf :reos s�iail be resodded. Coordinate work with
<br />Landscape Contractor as directed by General Contrac;or.
<br />33. Backfill for the Toro Netafim 'Techline" system .shall be 6" of Cornposted Humus
<br />material -which shall be by the Landscape Contractor,
<br />3.8 TESTNG AND INSPECTION: All join -:s on live mairs, which are under pressure )t
<br />all tunes, shall ;)a stati,. water pressure tested at rated sysi:ems operating pressure,
<br />holding cold pressure for mininium period of one (1) hour. Lines shall be tested in
<br />presence of Landscape Architect and if pressure drop occum, leaks shall be repaired
<br />and line re- tested until approved by Landscape Arch'tect. Pilai(1s shall be filled slowly
<br />9) as to prevent rapid ternpeniture change at solvent weld connections. Ell drip
<br />distribution points must be visi3!e at time of inspection.
<br />3.9 ADJUSTING: All irrigation heads shall be iadjustec for height, pattern :overag.
<br />and throw. N022le sixes shall be changed where neii, to assure efficient
<br />perforrnaice.
<br />3.10 MAINTENANCE, GUARANTEE AND WARP,ANTY
<br />:3.10.1 Ater completion, testing and a:ceptan, :e of system, .,ontractor shall instnlct
<br />C-wner in operation and maintenance cf .system. Fol c ing ucceptarce, cortractor shall
<br />put systern into operation at no additional ex Dense t) Owner.
<br />r
<br />1 r � fi acceptance '� work 3n Contract
<br />1 .2 For period of ova 1 year f on date of no oc_e o 0
<br />3. 0
<br />P {)) P
<br />,
<br />Contractor shall prornpt'y furnish and Install, Nithout cost to 0' *,ner, any and all parts
<br />which pn)ve defr;ctive it material or workmanship.
<br />END OF SECTION 2700 -- AUTOMATIC IRRIGATICN SYSTI:.M
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<br />5 WALL EASEMENTS
<br />EX STING TF EES 70 E E RELOCATED OR p LL
<br />REPLACf_D DURIN3 CONSTRUCTIONBIik Slgll
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<br />IRRIGATION PLAN
<br />IRRIGATION LEGEND
<br />Symbol DescriDtion
<br />POINT OF CONNE_OTION -r- REQUIRED 20GPM 63 50FS1
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<br />3 4 WATER M E`EE� p3 >' C Try R.�
<br />RAIN BIRD CONTROLLER — MODULAR HYBRID ESP- -32LX
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<br />(SErr IRRIGATION NOTE'S FOR INSTRUc.TICINS)
<br />HUNKER "WIRELESS RAIN —CLIK" (SEE NOTES)
<br />NETAFIM 2 "° DISC FILTER
<br />RAIN BIRD PESE3 SERIES 24 VOLT REMOTE CONTROL. VALVE
<br />04 BACKFLOW PREVENTION DEVICE
<br />�< Rain Bird '402 Bubbler On pvc flex (0,5 GPM)
<br />PVC SCH40 PSI SOLVENT WELD MAIN LINE PIPE
<br />SIZED AS INDICA "ED
<br />PVC SDRu -26 16) PSI SOLVI =NT WELD LATERA_ LINE: PIPE
<br />-r °--- (TO 13E S12ED NOT TO EXCEED A VELOCITY OF 5 FS / MAX,
<br />PSI LOSS IN ZONE LINES NOT TO EXCEIED 10% OF OPERATING PSI)
<br />PVC SCH e -0 SOII_VE NT WELD SLEEVE PIPE — 2"
<br />PVC SCH � -0 SOLVENT WELD SLEEVE PIPE — 4"
<br />NETAFIM #7LCV-- DL9---12 IN- -LINE PRESSURE COMPENSATING DRIP
<br />TUBING w/-,heck valve :) (18" O.C. SPACING)
<br />A PVC 'TO DRIP TU13ING -- P0114T OF CONNECTION
<br />IRRIGA ION NU -rES
<br />(A? N G.ZC ND IFRiGA`ON 5Y57Er.15 _HALL 5!; UTL1'f'D
<br />FCe NEW D1= VELCFi✓IENT IN ''LUDiN(; COMMERCIAL
<br />DEVELO)FM[NT AND 51NGLE- AND 1AJLTI- FA1,/iILY'_3T5.
<br />RRI SATTON 5NALL t3E PKOV DED FC'.R ALL "KCFC5ED
<br />LA N J5CAFE MATER AL
<br />;B) T`1E FLOR DA IFF GAT ON 5OC1t'Y (='S)
<br />5`ANDARD5, WHICH ARE ,PJCGFPCRA`ED IIER,EIN 13Y
<br />ZF_F'RENCE. 5NOLLD BE U5tD IFOF; ALL I,RF;IGATiC,v DESIGN
<br />ANC' N5TAL!_.A`I0N PFCCECDLFE5, EXCE'T ,ti`NEFE THE
<br />FECU!FEN`ENT5 OF TN!5 PART 5LP °_F5EDE �I- :E T-15
<br />C)
<br />AN 57E PLAIT, DFA'vti,N AT A ZEA.DABLE
<br />SCA SNF,LL BE STT `D L_U`_iTR1`ING rr1L , PZCPCBE:D
<br />FFIGATION ZONE5, 1) ELINEAT!NG ti ICRG'IR.RIGA -IC %N ZOI'�t5
<br />AND AFEA5 LTIi_iZING ALL C)T-1EZ IF:RIGATICiN TECI- NIQUE -5
<br />TI-1E PLAN 5r-OULD NDICATE T1-1E 1 F,K!GATION 'YV,ATE.R
<br />SCUFCE. EXJ57J'4G DE\/ELOPti"E'JT WITH NEV✓1_Y ZIGATED
<br />_AND5CAFL AND TUFF AFE�5 51A_1_ NOT t3E FEQ1_1IFcD T()
<br />51_,E�MIT AN 'IFFY >A?iON P'LAA
<br />;D) ANERE AVAI'_.AB_ =, RECLAIMED V145'EWATEF
<br />51-1A,LL BE L,5ED FO;,' LAN'D_rCAFF iE;R'IGAT ON' AND 51AU_
<br />COP /FLY ii THE i'\EQLIRiav'ENT5 OF T0I5 5LCT1101N.
<br />;F; TIsE IFFIGATION 5Y57EP✓1 SHALL E,E DE5IGNED T:)
<br />ACC OMIV'ODATE 5EPAFATE LANDS( _,APE PLVN- ZONE5 BA`_ >ED
<br />ON DIFFERING VA`FK REQJIFEMFN`S, TUZF AREA-5 5HAi_L
<br />BF CN 5EPf\FATE IF"RIGATIC)N ZOL�S OTHER.
<br />AN :)5CAPc PLAN _ONES.
<br />5PACI',G SHALL NO- EXCEED 55% 01=
<br />Tf1E SPFIN'KLERS CIAMETEf; OF CCIVERAG! °.
<br />;G) 5 1RAY5 '.ND FO'-(-)R5 55'1AL_ -1A ✓L MATEr11NG
<br />A'FLICATiO,' 2ATEE) A`11 N EAC1 :FRIGATIDN ZOVE.
<br />5- PPAY5 A'J�- ROTOR5 5-'A-L FJOT BE COMBINEC C)N THE
<br />IRRIGATION ZONE.
<br />_ 41" -
<br />0 Graphic 13cale
<br />PROPOSED5'
<br />LANDSCAPE BU=FER
<br />-AJ r_PATIC
<br />[" `X,l ^.LINE :,`"P;
<br />4' P', ', S_EE 'E -:1,
<br />Scale: 1 , 20 011
<br />RFIGA110%' CONTROL EQLIFI`AF_N` 5NALL NC_UDE AN
<br />OPEZAS�E APJD FUNCT'CN NG AUTON'ATIC IP,RIGATICN'
<br />CONTFOLLEK NA✓AG P�CGFAM FLEX BILI"Y 5LC1 AS REPEAT
<br />CYCZ5 l,ND ^ /U. IDLE PRGGRAM GAPA13iL– E5, AJTCI,'ATIC
<br />IF;Z - T�L.`1NLCON�RC Lr��'S; SNA'�� NAVE: A 5A "- -FRY BACK -L'
<br />T' ZETA ^ "; THE
<br />5 EN_ 51-'ALL F;BRE I GEAQ �✓I >IPr R FED CS OtiF,t -,P U"TOT MATD
<br />) CG G p` AND L- J !
<br />C L C5E INTZC'
<br />511ALL `.3E PILACLC PJ AI,"-A' /i1EF E Tr EY r AIJ 5-
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<br />EKPC5ED TO A 'DN!N S, NE
<br />TECHNOLOGY , M015-•URE SENSING DEVICL_ TO
<br />CUT -OFF 1FFIGA iCN Wr-F% GZCUND COND -i0lZ DO '";OT
<br />i, " ✓AFRAN'WATt ;JNG AFf: FNCOL!PA=)
<br />(.,) TNE I1;,'KiGATIO?, 5,%5-Tt%1 51-141-L BE 'v1A, NTAINED AND
<br />I`/AN -0 EN51_,FE EI FICIENI WATER LSE A,',\D TO FI "L'V'ENT
<br />/,"A5TE=J1- PP.AC "ICES. THE5E I'�CLUDE, B'JT AI;E NOT _IN'ITED
<br />TO, RLSC.TTING_ THE AUT(DIv'ATIC CONTRO'_LER ACCORD NG _C
<br />SEA50N, C_EANIING l2RIGATION FiL`ERS, TE5T NS TdE FAIN A
<br />0r ND SENSORS, `i10N T(;F PJG. +DJUaT1NG AND ;�EPAIF rJG `I-E
<br />F;'Z'GATICCN EQUIPNEN' TO EN5U2L TI-:E EF=,C'ENCY OF T-1E
<br />SY5`EM 5 MAI'JTA!NED, FE. °LEr715l ~ING VlL_Ct1, 1LIT1'_Z1NG TUFF
<br />ANID LAN )SCARE BEST PF'ACTICFS, �N'CLU;.ING
<br />PLANT PFI- NI'ING AN 1) CU•-T!NG S A55 D 5PFINKLEF
<br />LEADS:
<br />(K") A REGISTE?E'w' I_APJD5CAPE AK._ r'iTECT CR IFZ i
<br />CONTRC LCFI F - ASPC`i�N GF A :
<br />T11E iRRI( ;A'i0N1 5Y5TEM, A CEF` PICATE CF COMP- A`, CE v1i '17 k'
<br />THE KEQJIREMENT5 OF THIS AFT!CLE 511A -'- BE PKOVIC'ED `C
<br />TI-IF CITY ",D T–E P,ZOr .. -FTY CvvNER ARID AN ''A5 BU L
<br />DRAWI"JG CF THt'. IFR'GA`IC'�l _C_Y51EM °HALL BE: PROVIDED TC
<br />THE CWNFF AND CI`1" PRICK `O 05TAINING TrL'
<br />CERTI=C�TL� CF �CCUPE�P -{C
<br />RED ✓iEVV r)ATf _ -2- �T �lJ � r]
<br />CITY OF 7- �I;Y,-- \HI Li. _c" �� I:,
<br />PLANS i_X-��`11hJI_- ��� D i � �J N
<br />7
<br />_Ii A_L IFRIGATION 5YSTtV5 51rIALL BE DF5IGNED 10
<br />AVO'D OVE' �PP� Y, FJNOFF CR C`NER 5iM LAF Starch Design G'u p Inc.
<br />IRRIGATION V Vh��� ER U�i A✓HER: WA`EF, FLCWE, ONTO
<br />u � CR _ ' 11411 Cypre:ss Pa,k St;eet
<br />, DN IRZ Gr = D ^ca: FL 33613
<br />Vo e: 813 9:4 8384
<br />ROADWAYS, � FUCT RE5 OK '�` /AT_K FEAT K,` �ARROU✓ Fail Ile 813.239. ?143
<br />THIS SYSTEM IS DESIGNEC TO APPLY 1 " OF" WATER -TO THE AREAS ;FOUR 0z LL55) 5NALL t3E IRRIGATGD ✓vITN ALL WORK SIIALLCONIPLY'WITHALL Errar: sturchCaol.corr
<br />IRRIGATED AREA, RUNNING EACH ZONE NO MORE THAN ONCE: M cRO I�,R1�A�ION orJLY. PREVAILING CODES, FLORIDA BUILDING
<br />PER WEEK, WHILE CPERATING DURING THE AL ► OWED TIME SLOT CODE, NATIONAL ELECTRIC CODE? -
<br />FOUR DAYS PER WEEK. C) Z,CPHYMILLS ORDI�ANCF
<br />CONTRACTOR SHALL CONTACT SUNSHINE STATE
<br />THIS SYSTEM 11,4AY REQUIRE A VARIAN(;E FROM TI-E W/V ER FOR LOCATION OF ALL UTILITIES, AT LEAST 72 G 0R 7`�`:�ffi
<br />ONE --GALL OF FLORIDA, NC. 1"- -800 - -432- E770
<br />RGE T. STURCH JR.
<br />MANAGEMENT DISTRICT TO OPERATE UNDER THE CURRENT HOURS PRIOR TO BEGINNING CONSTRUCTION. FL LA, #00oo1 2 <i5
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