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021 L2-00 - Irrigation Plan
8888886666666644444444444444444;reI . ?S(ABLA?3roMeFtV?0 021000 %laFNwooG *roveV?CAD?ReIereQFeV?;R(F?24B1028B%laFNwooG *roveVBSiteFloor 3laQ Site 3laQ.GwJ C2.87.5112"C1.527.5112"C1.125.5112"C1.2131.2112"C1.2410.6112"C1.2510.2112"C1.323.5112"C2.136.6112"C1.93112"C2.27.5112"C2.515.6112"C2.714.4112"C2.117112"C2.132.5112"C2.1835.7112"C2.215.5112"C1.375112"C1.18.29112"C1.1126.41"C1.1826.51"C1.1433.21"C1.207.5112"C1.236112"C1.2218.3112"C1.2613.4112"C1.3126.4112"C2.012.5112"C2.319.6112"C1.66.38112"C1.816.11"C2.411.3112"C2.920.3112"C2.1215.91"C2.1535.3112"C2.166.61112"C2.2218.0112"C1.198.58112"C1.3018.5112"C1.334.5112"C2.618.71"C2.1720.21"C2.1421.71"C1.167.73112"C2.1937.1112"C1.1522.6112"C2.2435.3112"C2.107112"C1.135.5112"C1.175.27112"C1.36112"C1.2726.3112"C1.2810.9112"C1.2911.8112"C2.2014.0112"C1.274.4112"C1.732.2112"C1.105.5112"C1.3514.5112"C1.3814.6112"C1.3642.7112"C1.074.4112"C.2.2312.0112"C.2.2515.4112"C.321.81"SYMBOLMANUFACTURER/MODEL/DESCRIPTIONQTYDETAILRA,N %,RD RVANSTR,3 1806S345S+R8% R2TAR< 5FT.;15FT. LCS AND RCS 5FT.;0FT. SST +ANDADJ8STA%L( 08LT,STR(A0 R2TAR< : 1800 T8RF S3RA< %2D< 2N 6,N.32383 :,T+ C+(C. VALV( AND 45 3S, ,NST(0 3R(SS8R(R(*8LAT2R. 12,N. N3T F(0AL( T+R(AD(D ,NL(T.14RA,N %,RD RVAN14 1806S345T8RF R2TAR< 8FT.14FT. 4520 D(*R((S AND 60 D(*R((S. +ANDADJ8STA%L( 08LT,STR(A0 R2TAR< :1800 T8RF S3RA< %2D< 2N 6,N.32383 :,T+ C+(C. VALV( AND 45 3S, ,NST(0 3R(SS8R(R(*8LAT2R. 12,N. N3T F(0AL( T+R(AD(D ,NL(T.20RA,N %,RD RVAN18 1806S345T8RF R2TAR< 1FT.18FT. 4520 D(*R((S AND 60 D(*R((S. +ANDADJ8STA%L( 08LT,STR(A0 R2TAR< :1800 T8RF S3RA< %2D< 2N 6,N.32383 :,T+ C+(C. VALV( AND 45 3S, ,NST(0 3R(SS8R(R(*8LAT2R. 12,N. N3T F(0AL( T+R(AD(D ,NL(T.1 RA,N %,RD RVAN24 1806S345T8RF R2TAR< 1FT.24FT. 4520 D(*R((S AND 60 D(*R((S. +ANDADJ8STA%L( 08LT,STR(A0 R2TAR< :1800 T8RF S3RA< %2D< 2N 6,N.32383 :,T+ C+(C. VALV( AND 45 3S, ,NST(0 3R(SS8R(R(*8LAT2R. 12,N. N3T F(0AL( T+R(AD(D ,NL(T. 5+8NT(R R=:S1818,N. L2N* R=:S :,T+ ,NSTALL(D .25 *30 2R .50 *30 %8%%L(R23T,2NS 12,N. S:,N* J2,NT F2R C2NN(CT,2N T2 12,N. 3,3(246SYMBOLMANUFACTURER/MODEL/DESCRIPTIONQTYDETAIL+8NT(R ,C=151;L40DR,3 C2NTR2L =2N( .,T. 112,N. ,CV *L2%( VALV( :,T+ 1,N. +<100F,LT(R S<ST(0. 3R(SS8R( R(*8LAT,2N 403S,. FL2: RAN*( 20 *30T2 60 *30. 120 0(S+ STA,NL(SS ST((L SCR((N. 112,N. ,NL(T ;S,N*L( 2,N. 28TL(T56AR(A T2 R(C(,V( DR,3L,N(RA,N %,RD ;FSCV0612;FSCV S8%S8RFAC( AND 2NS8RFAC( LANDSCA3( DR,3L,N( :,T+ A+(AV<D8T< 4. 3S, C+(C. VALV(. 0.6 *3+ (0,TT(RS AT 12 2.C.DR,3L,N( LAT(RALS S3AC(D AT 12 A3ART :,T+ (0,TT(RS 2FFS(T F2RTR,AN*8LAR 3ATT(RN. S3(C,F< ;F ,NS(RT F,TT,N*S.18 1 S.F.AR(A T2 R(C(,V( DR,3L,N(RA,N %,RD ;FSCV0618;FSCV S8%S8RFAC( AND 2NS8RFAC( LANDSCA3( DR,3L,N( :,T+ A+(AV<D8T< 4. 3S, C+(C. VALV(. 0.6 *3+ (0,TT(RS AT 18 2.C.DR,3L,N( LAT(RALS S3AC(D AT 18 A3ART :,T+ (0,TT(RS 2FFS(T F2RTR,AN*8LAR 3ATT(RN. S3(C,F< ;F ,NS(RT F,TT,N*S.415 S.F.AR(A T2 R(C(,V( DR,3L,N(RA,N %,RD ;FSCV0 12;FSCV S8%S8RFAC( AND 2NS8RFAC( LANDSCA3( DR,3L,N( :,T+ A+(AV<D8T< 4. 3S, C+(C. VALV(. 0. *3+ (0,TT(RS AT 12 2.C.DR,3L,N( LAT(RALS S3AC(D AT 12 A3ART :,T+ (0,TT(RS 2FFS(T F2RTR,AN*8LAR 3ATT(RN. S3(C,F< ;F ,NS(RT F,TT,N*S.10245 S.F.SYMBOLMANUFACTURER/MODEL/DESCRIPTIONQTYDETAIL+8NT(R 3*V100A1,N. 3LAST,C (L(CTR,C R(02T( C2NTR2L VALV( F2RR(S,D(NT,ALL,*+T C200(RC,AL 8S(. F(0AL( N3T ,NL(T28TL(T.AN*L( C2NF,*8RAT,2N N2 FL2: C2NTR2L.8+8NT(R +45LRC48,C. C283L(R VALV( <(LL2: L2C.,N* R8%%(R C2V(R R(D %RASSAND STA,NL(SS ST((L :,T+ 1,N. N3T ,NL(T 13,(C( %2D<.2LANDSCA3( 3R2D8CTS ,NC. C:V SL,3 S2C.(T12,N. 4,N. 1,N. 114,N. 112,N.2,N. SL,3 S2C.(T 3LAST,C %ALL VALV(.48ART(RT8RN S+8T2FF D(S,*N(D F2R ,RR,*AT,2N S3AS 322LSAND 2T+(R *(N(RAL C2LD :AT(R A33L,CAT,2NS. 125 3S, RAT,N*.SA0( S,=( AS 0A,NL,N(.15S83(R,2R 000R: N2R0ALL< CL2S(D %RASS 0AST(R VALV( T+AT 3R2V,D(S D,RT<:AT(R 3R2T(CT,2N AND :A< S2L(N2,D D(S,*N. AVA,LA%L( ,N 1,N.114,N. 112,N. 2,N. 212,N. AND ,N. S,=(S. :,T+ 38R3L( CR2SS+ANDL( F2R R(CLA,0(D :AT(R 8S(.1S83(R,2R 000R: N2R0ALL< CL2S(D %RASS 0AST(R VALV( T+AT 3R2V,D(S D,RT<:AT(R 3R2T(CT,2N AND :A< S2L(N2,D D(S,*N. AVA,LA%L( ,N 1,N.114,N. 112,N. 2,N. 212,N. AND ,N. S,=(S. :,T+ 38R3L( CR2SS+ANDL( F2R R(CLA,0(D :AT(R 8S(.1:ATTS LF 0 01 2L(AD FR(( R(D8C(D 3R(SS8R( %AC.FL2: 3R(V(NT(R.1:ATTS LF 0 01 2L(AD FR(( R(D8C(D 3R(SS8R( %AC.FL2: 3R(V(NT(R.1+8NT(R A2C4800048STAT,2N C2NTR2LL(R :,T+ S,; 6 A20600 02D8L(S ,N AN28TD22R *RA< ST((L :ALL 028NT (NCL2S8R(.1+8NT(R A2C4800048STAT,2N C2NTR2LL(R :,T+ S,; 6 A20600 02D8L(S ,N AN28TD22R *RA< ST((L :ALL 028NT (NCL2S8R(.1+8NT(R S2LARS<NCS(NS2LAR RA,N FR((=( S(NS2R :,T+ 28TD22R ,NT(RFAC( C2NN(CTST2 +8NT(R ;C2R( AND ACC C2NTR2LL(RS ,NSTALL AS N2T(D.,NCL8D(S *8TT(R 028NT %RAC.(T. :,R(D. 02D8L( N2T ,NCL8D(D.2+8NT(R FL2:CL,.400FL2: S(NS2R S2V :,T+ ,NT(RFAC( 3AN(L 4,N. SC+(D8L( 40 S(NS2R%2D< 24 VAC 2 A03 ,NSTALL ,NT(RFAC( 3AN(L AS R(48,R(D.232,NT 2F C2NN(CT,2N 23R,VAT( :(LL132,NT 2F C2NN(CT,2N 23R,VAT( :(LL1,RR,*AT,2N LAT(RAL L,N( 3VC CLASS 200 SDR 211 05 L.F.,RR,*AT,2N 0A,NL,N( 3VC SC+(D8L( 4046 L.F.3,3( SL((V( 3VC SC+(D8L( 40058 L.F.LSTRSTSST14 ADJ14 F18 ADJ18 F24 ADJ24 F0.250.50Valve NumberValve FlowValve SizeValve Callout###NUMBERMODELSIZETYPEGPMWIREPSIPSI @ POCPRECIPC1.0+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(4.415.12.01.14 iQKC1.1+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(8.2 6.522.60.6 iQKC1.2+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(4.462.62.11.14 iQKC1.+8NT(R ,C=151;L40112%8%%L(R6526.1.51. iQKC1.5+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(2.5168.24.11. iQKC1.6+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(6.82 .522.20.56 iQKC1.+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(2.1626.626.1. iQKC1.8+8NT(R 3*V100A1T8RF R2TAR<16.1510044 .20. iQKC1. +8NT(R ,C=151;L40112%8%%L(R10441.11. iQKC1.10+8NT(R ,C=151;L40112%8%%L(R5.5108 18.1. iQKC1.11+8NT(R 3*V100A1T8RF R2TAR<26.45420.650.20.44 iQKC1.12+8NT(R ,C=151;L40112%8%%L(R5.541.81.11. iQKC1.1+8NT(R ,C=151;L40112%8%%L(R5.5144.1.1. iQKC1.14+8NT(R 3*V100A1S+R8% R2TAR<.2218.054.00.5 iQKC1.15+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(22.64204.82.40.61 iQKC1.16+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(. .22.20.5 iQKC1.1+8NT(R ,C=151;L40112%8%%L(R5.210 2.01.4 iQKC1.18+8NT(R 3*V100A1T8RF R2TAR<26.545 .254.60.51 iQKC1.1 +8NT(R ,C=151;L40112AR(A F2R DR,3L,N(8.5820.622.1.45 iQKC1.20+8NT(R ,C=151;L40112%8%%L(R.5168.18.01. iQKC1.21+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(1.210. 24.11. iQKC1.22+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(18.2888.124.50.5 iQKC1.2+8NT(R ,C=151;L40112%8%%L(R682.21.1. iQKC1.24+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(10.64845.22.0.6 iQKC1.25+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(10.2485.022. 0.64 iQKC1.26+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(1.4511.62.50.4 iQKC1.2+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(26.505.625.1.04 iQKC1.28+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(10. 500.1221.1 iQKC1.2 +8NT(R ,C=151;L40112AR(A F2R DR,3L,N(11.54 4.624.00. iQKC1.0+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(18.4820.125.1.28 iQKC1.1+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(26.420.26.10.6 iQKC1.2+8NT(R ,C=151;L40112%8%%L(R.5415.41.11. iQKC1.+8NT(R ,C=151;L40112%8%%L(R4.5282.51.11. iQKC1.5+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(14.51641.02.10.55 iQKC1.6+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(42.6 64.626.01. iQKC1.+8NT(R ,C=151;L40112%8%%L(R561.01.51. iQKC1.8+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(14.64588.425.41.6 iQKC2.0+8NT(R ,C=151;L40112%8%%L(R12.554 .41 . 1. iQKC2.1+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(6.56550.124.1. 2 iQKC2.2+8NT(R ,C=151;L40112%8%%L(R.5464.81.81. iQKC2.+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(1 .58558. 25.81.25 iQKC2.4+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(11.255 .522.80.6 iQKC2.5+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(15.62512.825.20.61 iQKC2.6+8NT(R 3*V100A1S+R8% R2TAR<18.12 5.648.40.52 iQKC2.+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(14.41612.025. 0.66 iQKC2.8+8NT(R ,C=151;L40112%8%%L(R.52 .11.41. iQKC2. +8NT(R ,C=151;L40112AR(A F2R DR,3L,N(20.2852.425.11. iQKC2.10+8NT(R ,C=151;L40112%8%%L(R225.18.01. iQKC2.11+8NT(R ,C=151;L40112%8%%L(R5 8.81.1. iQKC2.12+8NT(R 3*V100A1T8RF R2TAR<15.81 . 48.80.5 iQKC2.1+8NT(R ,C=151;L40112%8%%L(R2.51 2. 1.11. iQKC2.14+8NT(R 3*V100A1S+R8% R2TAR<21.6101.248.10.8 iQKC2.15+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(5.5.225.0.54 iQKC2.16+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(6.61145. 22.40.82 iQKC2.1+8NT(R 3*V100A1S+R8% R2TAR<20.160.54 .00. iQKC2.18+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(5.80 .526.51.2 iQKC2.1 +8NT(R ,C=151;L40112AR(A F2R DR,3L,N(.14 2.122. 1. iQKC2.20+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(1. 2. 2.61. 4 iQKC2.21+8NT(R ,C=151;L40112%8%%L(R5.5155.11.1. iQKC2.22+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(18.0246.2.0.64 iQKC.2.2+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(12.022.0.6 iQKC2.24+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(5.524. 2.00.54 iQKC.2.25+8NT(R ,C=151;L40112AR(A F2R DR,3L,N(15.52.0.5 iQKC.+8NT(R 3*V100A1T8RF R2TAR<21.50.40.5 iQKCommoQ :ire46NUMBERMODELTYPEPRECIPIN./WEEKMIN./WEEKGAL./WEEKGAL./DAYC1.0+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.14 iQK0.5402 6 2C1.1+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.6 iQK0.568564188C1.2+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.14 iQK0.5402 6 2C1.+8NT(R ,C=151;L40%8%%L(R1. iQK1.551818C1.5+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. iQK0.526211C1.6+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.56 iQK0.5815112C1.+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. iQK0.5410 64C1.8+8NT(R 3*V100AT8RF R2TAR<0. iQK1.5124200266C1. +8NT(R ,C=151;L40%8%%L(R1. iQK1.5515 15 C1.10+8NT(R ,C=151;L40%8%%L(R1. iQK1.552 22 2C1.11+8NT(R 3*V100AT8RF R2TAR<0.44 iQK1.52056 1 0C1.12+8NT(R ,C=151;L40%8%%L(R1. iQK1.552 22 2C1.1+8NT(R ,C=151;L40%8%%L(R1. iQK1.552 22 2C1.14+8NT(R 3*V100AS+R8% R2TAR<0.5 iQK0.5 1021511C1.15+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.61 iQK0.54165558C1.16+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.5 iQK0.5 611204C1.1+8NT(R ,C=151;L40%8%%L(R1.4 iQK1.5612121C1.18+8NT(R 3*V100AT8RF R2TAR<0.51 iQK1.518424155C1.1 +8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.45 iQK0.5225 1.5C1.20+8NT(R ,C=151;L40%8%%L(R1. iQK1.55 8 8C1.21+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. iQK0.5244 250C1.22+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.5 iQK0.580146248C1.2+8NT(R ,C=151;L40%8%%L(R1. iQK1.551818C1.24+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.6 iQK0.5266255C1.25+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.64 iQK0.512242C1.26+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.4 iQK0.56181 2C1.2+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.04 iQK0.54411586C1.28+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.1 iQK0.5414414 C1.2 +8NT(R ,C=151;L40AR(A F2R DR,3L,N(0. iQK0.55 6 21C1.0+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.28 iQK0.56665222C1.1+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.6 iQK0.5218 6C1.2+8NT(R ,C=151;L40%8%%L(R1. iQK1.55186186C1.+8NT(R ,C=151;L40%8%%L(R1. iQK1.552 2 C1.5+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.55 iQK0.581204401C1.6+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. iQK0.524102542C1.+8NT(R ,C=151;L40%8%%L(R1. iQK1.55265265C1.8+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.6 iQK0.544 8166C2.0+8NT(R ,C=151;L40%8%%L(R1. iQK1.556666C2.1+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. 2 iQK0.52482 2C2.2+8NT(R ,C=151;L40%8%%L(R1. iQK1.55 8 8C2.+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.25 iQK0.560525C2.4+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.6 iQK0.5281020C2.5+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.61 iQK0.54115685C2.6+8NT(R 3*V100AS+R8% R2TAR<0.52 iQK0.58162814C2.+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.66 iQK0.568 802C2.8+8NT(R ,C=151;L40%8%%L(R1. iQK1.55 8 8C2. +8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. iQK0.546 020C2.10+8NT(R ,C=151;L40%8%%L(R1. iQK1.5511C2.11+8NT(R ,C=151;L40%8%%L(R1. iQK1.5511C2.12+8NT(R 3*V100AT8RF R2TAR<0.5 iQK1.51121 04C2.1+8NT(R ,C=151;L40%8%%L(R1. iQK1.5511C2.14+8NT(R 3*V100AS+R8% R2TAR<0.8 iQK0.511 25 12 0C2.15+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.54 iQK0.5842 65 88C2.16+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.82 iQK0.556012C2.1+8NT(R 3*V100AS+R8% R2TAR<0. iQK0.511521 1160C2.18+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1.2 iQK0.55125141C2.1 +8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. iQK0.5248 12 C2.20+8NT(R ,C=151;L40AR(A F2R DR,3L,N(1. 4 iQK0.5245112C2.21+8NT(R ,C=151;L40%8%%L(R1. iQK1.552 22 2C2.22+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.64 iQK0.501261420C.2.2+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.6 iQK0.52865288C2.24+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.54 iQK0.5842 65 88C.2.25+8NT(R ,C=151;L40AR(A F2R DR,3L,N(0.5 iQK0.51182 4C.+8NT(R 3*V100AT8RF R2TAR<0.5 iQK1.5158440114T2TALS 4214422016*eQerateG 20241126 1 53.2.C. N80%(R 01:ater SourFe ,QIormatioQ DomeVtiF :ater SourFeFL2: AVA,LA%L(:ater 0eter Size 1Flow Available.5 *303R(SS8R( AVA,LA%L(StatiF 3reVVure at 32C 80 3S,(levatioQ CKaQJe 5.00 ItServiFe LiQe Size 2LeQJtK oI ServiFe LiQe 20 It3reVVure Available 8 3S,D(S,*N ANAL<S,S0a[imum StatioQ Flow .4 *30Flow Available at 32C .5 *30ReViGual Flow Available 5. *30CritiFal StatioQ C2.1 DeViJQ 3reVVure 45 3S, FriFtioQ LoVV 1.6 3S, FittiQJV LoVV 0.18 3S, (levatioQ LoVV 0 3S, LoVV tKrouJK Valve 2.02 3S,3reVVure ReT. at CritiFal StatioQ 4 .0 3S,LoVV Ior FittiQJV 0.01 3S,LoVV Ior 0aiQ LiQe 0.1 3S,LoVV Ior 32C to Valve (levatioQ 0 3S,LoVV Ior %aFNIlow 5.1 3S,LoVV Ior 0aVter Valve 2.8 3S,CritiFal StatioQ 3reVVure at 32C 56.8 3S,3reVVure Available 8 3S,ReViGual 3reVVure Available 21.2 3S,3.2.C. 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