aquatherm green aquatherm blueaquatherm.ru/media/aquatherm-pdf/RU10101_aquatherm_green_pipe… · -Cthnbabrfns cjjndtncdby / aquatherm b ärjkjuby 29-Ecnjqxbdjcnm r ekmnfabjktne UV

aquatherm green

aquatherm blue

aquatherm lilac

aquathermstate of the pipe

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzf lky cbcntv gbnmtdjuj djljczf<ötzby.

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzf lky rjzlbwbjzbhjdfzby, jnjgktzby b lheubü bzötzthzsü cbcntv.

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzf lky ntüzbxtcrjuj djljczf<ötzby.

Bplfzbt: 7.2015

Zf ib eckjdby gj ghjlföt b gjcnfdrfv, ufhfzbyv (bplfzbt: yzdfhm 2014), f nfröt flhtcf zf ibü ghtlcndfbntkmcnd Ds zfql¢nt zf zf itq cnhfzbwt www.aquatherm.de.

Ghfdj zf ntüzbxtcrbt bpvtztzby b jgtxfnrb abhvf cjühfzytn pf cj<jq. C dsüjljv änjuj nbhföf rfnfkjuf dct ghtlsleobt dthcbb nthy+n cdj+ cbke.

Edföftvst gjregfntkb…

…c fznbxzsü dhtv¢z xtkjdtxtcndj pfzynj ghj<ktvfvb nhfzc-gjhnbhjdrb b äaatrnbdzjuj ghbvtztzby „aqua“ (kfn. djlf) b „therm“ (kfn. ntgkj).

Ghbvtzytvfy lky änjuj ntüzbrf c ujlfvb vtzytncy, zj vjnbdf-wby jcnftncy njq öt, nj tcnm - ububtzf, pljhjdmt b cdypfzzjt c änbv üjhjitt cfvjxedcndbt.

Abhvf aquatherm ceotcndtzzj dkbytn zf ntüzbxtcrjt hfpdbnbt nhe<jghjdjlzsü ntüzjkjubq eöt <jktt 40 ktn, zt njkmrj eljd-ktndjhyy pfghjcs gjnht<bntktq b cgtwbfkbcnjd, zj b ghtldjc-übofy cfvst cvtkst bp zbü.

Gjcnjyzzsq ex¢n gjnht<zjcntq hszrf b cdypfzzsq c änbv ghjuhtcc ghbdtkb r njve, xnj pf ghjitlibt 40 ktn abhvf aqua-therm cnfkf ghtecgtdf+obv b pfckeötzzj ghbpzfzzsv dj dctv vbht ghtlghbynbtv. Vs ujhlbvcy zf ibvb ecgtüfvb, rjnjhst cnbvekbhe+n zfc zf lfkmztqitt hfpdbnbt b cfvjcjdthitzcn-djdfzbt.

Änbv ghjcgtrnjv vs üjntkb <s Dfv rjhjnrj ghtlcnfdbnm zf i fccjhnbvtzn b eckeub, b d nj öt dhtvy pfbznthtcjdfnm Dfc. Vs dctulf hfls jndtnbnm zf Df ib djghjcs b dsckeifnm Df ib gjötkfzby. Vs dctulf r Df ibv eckeufv!

Uthüfhl Hjptz<thu

ghtlctlfntkm cjdtnf

lbhtrnjhjd

Lbhr Hjptz<thu

lbhtrnjh

Vfqr Hjptz<thu

lbhtrnjh

Ühbcnja Hjptz<thu

lbhtrnjh

1973 jczjdfzbt abhvs aquatherm Uthüfhljv Hjptz<thujv1978 gthttpl d gthdjt plfzbt d v-hfqjzt >buutz/ u. Fnntzljhz1985pfdthitzbt cnhjbntkmcndf wtüf 1 d v-hfqjzt >buutz/ u. Fnntzljhz1992 jczjdfzbt abkbfkf d u. Hflt<thuztlfktrj jn u. Lhtpltzf1996 jczjdfzbt abhvs aquatherm metall d u. Fnntzljhz, abhvs gj bpujnjdktzb+drkflzsü htpm<jdsü cjtlbztzbq1998jczjdfzbt crkflf d u. Rfhhfht /Bnfkby1999pfdthitzbt cnhjbntkmcndf ujkjdzjuj wtüfd u. Fnntzljhzt d dblt rjvgktrcf (wtüf 1+2, ghjbpdjlcndtzzst b crkflcnrbt gjvtotzby, kf<jhfnjhby, wtznh j<extzby)2001pfdthitzbt ljcnhjqrb wtüf 2 d u. Fnntzljhz2001hfcibhtzbt zjdjuj wtznhf j<extzby d u. Hflt<thu2002 crkflcrjq ntüzjkjubxtcrbq wtznh d u. Fnntzljhz2003gthtcnhjqrf b ljcnhjqrf wtznhf j<extzbyd u. Fnntzljhz 200330-nb ktnbt abhvs aquatherm2005zflcnhjqrf jabczjuj plfzby d wtüt 12005/06pfdthitzbt cnhjbntkmcndf 4-ü änfözjuj plfzby zf nthhbnjhbb abhvs d Fnntzljhztgjldfk: crkfl1-sq änfö: vjznfözj-egfrjdjxzsq jnltk2-jq änfö: kf<jhfnjhby b ärcgthbvtz nfkmzsq jnltk3-bq änfö: jnltk gj c<jhrt cgtw. hfc- ghtltkbntktq2008 ghbj<htntzbt <sdibü crkflcrbü gjvtot-zbq, ghbzflktöfobü nhfzcgjhnzjq abhvt Kost, ult ntgthm hfpvtotzs cktcfhcrbq jnltk gj ntü. j<ckeöbdfzb+ ghjbpdjlcndtzzjuj j<jheljdfzby 2009 jnrhsnbt zjdjuj "wtznhf ntüzbxtcrbü rjz-cekmnfwbq gj ghbvtztzb+ cbcntv“201340-nb ktnbt abhvs aquatherm

4

ctHdbc

ctHdbc

dscnfdrb

Rjvgfzby aquatherm ghtlcnfd-kytn cdjb cntzls gjxnb zf dctü jnhfcktdsü dscnfdrfü, rfcf+obücy djljczf<ötzby b jnjgktzby, rfr dzenhb cnhfzs, nfr b pfhe<töjv. Bzajhvfwb+ j njxzsü lf-nfü ghjdtltzby dscnfdjr Ds zfql¢nt zf zf itq cnhf-zbwt www.aquatherm.de

J<extzbt

D rfxtcndf ljgjkzbntkmzj-uj cthdbcf zfhyle c eöt pfhtrjvtzljdfdibvb ct<y ntvfnbxtcrbvb ljrkflfvb, bkb j<extzbt cgtwbfkbcnjdzf ghtlghtynbb, aquatherm ghtlkfuftn <tcgkfnzjt j<e-xtzbt b bzajhvfwbjzzst ctvbzfhs d cdjbü ext<zsü wtznhfü d u. Fnntzljhz b u. Hflt<thu.

Ntüzbx. jnltk gj ghjlföfv

>elm nj bzcnhernfö zf cnhjbntkmzjq gkjoflrt, rjzcekmzfwbb gj cbcntvfv aquatherm e Dfc, zf ib ntüzb-rb-rjzcekmnfzns tötlztd-zj d genb gj dctve vbhe. Cgbcjr zf ibü ghtlcnfdb-ntktq dj dc¢c vbht Ds zfql¢nt zf zf itq cnhfzbwt www.aquatherm.de d he<hbrt „Service“.

UJHYXFY KbZbY GJ NtÜZ. dJGH.+49 (0)2722 950 [email protected] www.aquatherm.de

{ { ujkjdzjt ghtlgh. d Fnntzljhzaquatherm GmbHBiggen 5D-57439 Attendornntk.: +49 (0) 2722 950-0afrc: +49 (0) 2722 950-100

abkbfk d u. Hflt<thuaquatherm GmbHWilhelm-Rönsch-Str. 4D-01454 Radebergntk.: +49 (0) 3528 4362-0afrc: +49 (0) 3528 4362-30

5

Ntüzbxtcrfy ljrevtznfwby

Cjjndtncde+obt lbcrb CD, ghjcgtrns, rfnfkjub, <erkt-ns, rfktzlfhb, bzajhvfwb-jzzst kbcnjdrb b vz. lh. hfphf<fnsdftncy cj<cntzzsv htrkfvzsv jnltkjv. Tcnt-cndtzzj dc+ bzajhvfwb+ j abhvt, ntüzjkjubb, ghjler-wbb, hfpkbxzsü ghtlkjötzb-yü gj j<extz+ Ds zfql¢nt zf zf itq cnhfzbwt www.aqua-therm.de, f nfröt rfnfkjub d ajhvfnt PDF.

Ghjuhfvvzjt j<tcgtxtzbt

Ckeö<f ghjuhfvvzjuj j<tcgtxtzby aquatherm ghtl-kfuftn afqks c zjhvfnbd-zsvb lfzzsvb Datanorm, b cgtwbfkmze+ uhfabxtcre+ ghjuhfvve gj ghjtrnbhjdf-zb+ (liNear), b rjztxzj öt cjjndtncde+ott j<extzbt zf vtcnt.

Kf<jhfnjhby

Jn ghjdthrb cdjqcnd uhfze-kynf lj htuekyhzjuj rjzn-hjky pf ghjbpdjlcndtzzsv ghjwtccjv: njkmrj ghjler-wby <tpeghtxzjuj rfxtcndf bvttn ifzc gjrbzenm ghtlt-ks abhvs aquatherm gj zfg-hfdktzb+ r gjregfntk+!

abkbfk d u. Hflt<thuaquatherm GmbHWilhelm-Rönsch-Str. 4D-01454 Radebergntk.: +49 (0) 3528 4362-0afrc: +49 (0) 3528 4362-30

ctHNbabwbHJdFZF d cJJNdtNcdbb c ISO 9001, ISO 14001 b ISO 50001

Eöt c 1996 ujlf rjvgfzby aquatherm jndtxftn nht<jdfzbyv gj j<tcgtxtzb+ cbcntvs rfxtcndf

d cjjndtncndbb c DIN ISO 9001. Änjn cthnbabrfn <sk ljgjkztz d 2012 ujle cthnbabrfnjv TÜV pf

zfkbxbt cbcntvs j<tcgtxtzby jühfzs jrheöf+otq chtls d cjjndtncdbb c ISO 14001 b frnefkmzj

cthnbabrfnjv pf cbcntve äzthujc<thtötzby gj ISO 50001.

Änjn ecgtü ydkytncy <jkmibv drkfljv, b ghtlcnfdkytn to¢ jlbz ifu lky erhtg-

ktzby zf itq gjpbwbb d rjzrehtznzjq <jhm<t, f nfröt lky cjjndtncndby dscjrbv

nht<jdfzbyv b jndtncndtzzjcnb gthtl zf ibvb rkbtznfvb b gfhnz¢hfvb.

ctHdbc

ManagementSystemISO 9001:2008ISO 14001:2004ISO 50001:2011

www.tuv.comID 0091005348

ct

Hd

bc

6

cbcntvs 8-22

- Ht<htzlbzu 8-9 - Eckjdzst j<jpzfxtzby b cjrhfotzby 10 - aquatherm pipe systems 11 - Chfdztzbt cjlthöfzby djls zf vtnh nhe<s 12 - aquatherm green pipe / ghbvtztzbt 13-15 - aquatherm blue pipe / ghbvtztzbt 16-18 - Ntüzjkjuby cjtlbztzby 19 - aquatherm blue pipe OT 20 - aquatherm TI 21 - aquatherm lilac pipe / ghbvtztzbt 22

Üfhfrnthbcnbrf cbcntv 23-33

- Ljgecnbvjt bp<snjxzjt hf<. lfdk. lky gbnmtdjuj djljczf<ötzby 23 - Ljgecnbvjt bp<snjxzjt hf<. lfdk. lky jnjgktzby 24 - Ljgecnbvjt bp<snjxzjt hf<. lfdk. lky gztdvfnbxtcrbü cbcntv

d ztghthsdzjv hbnvt hf<jns 25 - J<pjh dbljd nhe< 26-27 - Jcj<tzzjcnb 26 - Ghbzwbgs ghjrkflrb 26 - Rjv<bzbhjdfzzfy ntüzjkjuby 26 - Rfxtcndj 26 - Ufhfznbb 27 - Wtzjdjt ghtbveotcndj 27 - Ghjtrnbhjdfzbt b ghjuhfvvzjt j<tcgtxtzbt 27 - Vfnthbfk 27 - Fusiolen® 28 - Cthnbabrfns cjjndtncdby / aquatherm b ärjkjuby 29 - Ecnjqxbdjcnm r ekmnfabjktne UV / Ububtzbxtcrfy <tpeghtx-

zjcnm / Pderjbpjkywby 30 - Gjöfhzfy pfobnf 31 - Gjöfhzfy zfuheprf 32 - Übvbxtcrfy b nthvbxtcrfy ltpbzatrwby 33

J<tcgtxtzbt cbcntvs rfxtcndf 34-38

- Zjhvfnbds 34 - Cj<k+ltzbt cbcntvzsü zjhv / Cbcntvf j<tcgtxtzby rfxtcndf 35 - Cbcntvzsq rjznhjkm / Cj<cndtzzsq rjznhjkm 36-37 - Ztpfdbcbvsq rjznhjkm 38

Ntüzjkjuby cdfhrb 39-59

- Ntüzjkjuby cdfhrb 40-65 - Xfcnm A: Bzcnhevtzns b rjvgktrne+obt 40 - Xfcnm A: Ecnfzjdrf cdfhjxzsü bzcnhevtznjd 41 - Xfcnm A: Dhtvy zfuhtdfzby / Hf<jnf c fggfhfnjv 42 - Xfcnm A: Ghtlgbcfzby 43 - Xfcnm B: Ghjdthrf fggfhfnjd b bzcnhevtznjd 43 - Xfcnm B: Gjlujnjdrf r cdfhrt 44 - Xfcnm B: Zfuhtd äktvtznjd 45-46 - Xfcnm C: Ddfhzst c¢lkf 47-49 - Xfcnm D: Äktrnhjzzjt dcgjvjufntkmzjt ecnhjqcndj 50-52 - Xfcnm E: Cdfhjxzfy vf ibzf 53 - Xfcnm E: Cdfhjxzfy vf ibzf Prisma-light 54 - Xfcnm F: Cdfhjxzfy fggfhfn lky äktrnhjcdfhjxzsü vean 55-57 - Xfcnm F: akfzwtdst cjtlbztzby 58 - Xfcnm G: Djpvjözjcnb htvjznf nhe< 59 - Xfcnm H: Cdfhrf dcnsr nhe< lbfvtnhjv 160 - 630 vv 60-61 - Jwtzrf cdfhjxzsü idjd b jib<rb ghb cdfhrt 62-63 - Gfhfvtnhs lky cdfhrb 64-65

cJLtHöFZbt

cJLtHöFZbt

7

cJLtHöFZbt

Ghbzwbds ghjrkflrb 66-90

- Ntüzjkjuby rhtgktzby / Ö¢cnrbt njxrb rhtgk. / Crjkmpyobt njxrb rhtgk. 66 - Erfpfzby gj vjznföe / Kbztqzjt elkbztzbt / Ghjrkflrf gjl inerfnehre 66 - Ghjrkflrf d ifünfü 67 - Jnrhsnfy ghjrkflrf / Hfcx¢n kbztqzjuj elkbztzby 68 - aquatherm green pipe b aquatherm blue pipe 69 - aquatherm green pipe MF (rjv<bzbhjdfzzfy nhe<f Faser) 70 - aquatherm blue pipe MF (rjv<bzbhjdfzzfy nhe<f Faser) 70 - aquatherm green pipe MS (rjv<bzbhjdfzzfy nhe<f Stabi) 71 - rhtgtözst üjvens 72 - Ub<rbt rjvgtzcfnjhs / Rjvgtzcfwbjzzst rjktzf 73 - Rjvgtzcfwbjzzst rjktzf c ghtldfhbn. zfghyötzbtv / Rjvgtzcfnjhs 74 - Lkbzf ub<rbü rjvgtzcfnjhjd 75 - Lkbzf ub<rbü rjvgtzcfnjhjd c ghtldfhbntkmzsv zfghyötzbtv 76 - Hfccnjyzbt vtöle jgjhfvb 77-78 - Ntgkjbpjkywby nhe<jghjdjljd ujhyxtq djls 79 - Njkobzf ckjy bpjkywbb d cjjnd. c gjcnfzjdktzbtv gj äzthujc<thtötzb+ 80 - Jghtccjdrf / Ghjnjrjks bcgsnfzby / Bvthtzbt lfdktzby / Ghjnjrjk bcg. 82 - Lbfuhfvvf ghjdtltzby bcgsnfzby zf uthvtnbxzjcnm 83 - Ajhvekyh ghjnjrjkf bpgsnfzbq zf uthvtnbxzjcnm 84 - Ghjvsdfzbt nhe<jghjdjljd / Pfptvktzbt / Nhfzcgjhn.-rf b crkflbhjdfz. 85 - Gjlrk+xtzbt fhvfnehs 86 - Hfcghtltkbntkmzsq <kjr d cbcntvfü jnjgktzby b djljczf<ötzby 87 - Hfcghtltkbntkmzsq <kjr aquatherm 88 - Bpjkywbjzzsq aenkyh lky hfcghtltkbntkmzjuj <kjrf /

Hfcghtltkbntkmzsq <kjr aquatherm 89 - Hfcghtltkbntkmzsq <kjr aquatherm: ghbvths ghbvtztzby lky jnjgktzby 90

Ghjtrnbhjdfzbt b hfcx¢n 91-99

- DIN 1988 T3 / Vfrcbvfkmzfy crjhjcnm ghjntrfzby / Bcüjlzst lfzzst lky hfcx¢nf / Gjvjom ghb hfcx¢nt / Ghjuhfvvzjt j<tcgtxtzbt 92

- Vbzbvfkmzsq ublhfdkbxtcrbq zfgjh 94-95 - Rjäaabwbtzn gjnthm lky abnbzujd aquatherm green pipe 96-99 - Rjäaabwbtzn gjnthm lky hfcghtltkbntkmzjuj <kjrf aquatherm green pipe 99

J<pjh cbcntvs 100

Nhe<s aquatherm green pipe 101Nhe<s aquatherm blue pipe 106Nhe<s aquatherm lilac pipe 110Rhtgtözjq vfnthbfk 111Abnbzub 112Ddfhzst c¢lkf 128Gjlcjtlbztzbt fhvfnehs b rjvgktrne+obt 134Gthtüjlzbrb 139Htpm<jdst cjtlbztzby b rjznhltnfkb 143Hfcghtltkbntkmzst äktvtzns 146 Pfgjhfzy fhvfnehf b rjvgktrne+obt 147Htöeobt bzcnhevtzns b hexzst cdfhjxzst fggfhfns 153Cdfhjxzst vf ibzs b äktrnhjzzjt dcgjvjufntkmzjt ecnhjqcndj 154Cdfhjxzst vf ibzs lky cdfhrb dcnsr b cdfhjxzst vf ibzs lky äktrnhjvean 154Pfxbcnzst bzcnhevtzns 156Bzcnhevtzns lky cdfhrb ddfhzsü c¢ltk 158Cd¢hkf b ahtpf lky ddfhzsü c¢ltk 160

cJLtHöFZbt

8

Zjdfy cnhernehf d zfpdfzbyü vfhjrGbnmtdjt djljczf<ötzbt

Jnjgktzbt >fcctqzsÜbvb-xtcrbt dtotcndf

Ntüzbxtc-rjt djlj-czf<ötzbt

Gjöfhzfy pfobnf

Gztdvj-cbcntvs

Vfubcnh. zfheözst ctnb

Utjnthvbycelj-cnhjtzbt

Zfpdfzbt vfhrb Ljgjkztzbt d zfpdfzbb

ˇ cnfhjt zfpdfzbt vfhrb Fhn. ˇ abhvf cbcntvf Standard Dimen-sion Ratio

cnhjt-zbt nhe<s

Jcj-<st rf-xtcndf

Vfnthbfk / cjlthöfzbt cntrkjdjkjrzf GF[%] / Rkfcc ujh+xtc-nb Acc. ISO 11925

1 fusiotherm SDR11 10208 . . . 10248 aquatherm green pipe SDR11 S PP-R/GF0/E l m l l m m l l l

2 fusiotherm SDR7,4 10806 . . . 10826 aquatherm green pipe SDR7,4 S PP-R/GF0/E l m l l m m l l l


4 rjv<bzbhjd. nhe<f fusiotherm Stabi 70806 . . . 70824 aquatherm green pipe SDR7,4 MS PP-R/AL l m l l m m l l l

5 rjv<bzbhjd. nhe<f fusiotherm Faser 70708 . . . 70747 aquatherm green pipe SDR7,4 MF PP-R/GF7/E l m l l m m l l l

6 rjv<bzbhjdfzzfy nhe<f fusiotherm Faser UV

70758 . . . 70788 aquatherm green pipe SDR7,4 MF UV rfr 5 c x¢hzsv rjöeüjv bp PE l

ml l

m ml l l

7 rjv<bzbhjdfzzfy nhe<f fusiotherm Faser ISO

1270711 . . . 1270737 aquatherm green pipe SDR7,4 MF TI rfr 5 c bpjkywb-tq PU b x¢hzsv rjöeüjv bp PE

l

m

l l

m m

l l l

8 rjv<bz. nhe<f aquatherm green pipe Faser 0370708 . . . 0370744 aquatherm green pipe SDR9 MF RP PP-RP/GF7/E l m l l m m l l l

9 Climatherm SDR11 2010208 . . . 2010238 aquatherm blue pipe SDR11 S PP-R/GF0/E l l l m l l l l

10 rjv<. nhe<f Climatherm Faser SDR7,4/SDR11 2070112 . . . 2070726 aquatherm blue pipe SDR7,4/SDR11

MF PP-R/GF7/E l l l m l l l l

11 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 UV

2070162 . . . 2070762 aquatherm blue pipe SDR7,4/SDR11

MF UV rfr 10 c x¢hzsv rjöeüjv bp PE

l l l m l l l l

12 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 OT


MF OT rfr 10 cj ckjtv EVOH O2

l l l m l l l l

13 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR17,6

2570134 . . . 2570154 aquatherm blue pipe SDR17,6 MF PP-R/GF7/E l l l m l l l l

14 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 ISO


MF TI rfr 10 c bpjky-wbtq PU b x¢hzsv rjöeüjv bp PE

l l l m l l l l

15 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 OT ISO


MF OT-TI rfr 12 c bpjky-wbtq PU b x¢hzsv rjöeüjv bp PE

l l l m l l l l

16 aquatherm firestop 4170707 . . . 4170730 aquatherm red pipe SDR7,4 MF HI PP-R/GF7/B-s1,d0 l

17 aquatherm lilac 9010212 . . . 9010238 aquatherm lilac pipe SDR7,4/SDR11

S PP-R/GF0/E l

18 climasystem aquatherm black system OT l

19 aquatherm FBH (n¢gksq gjk) aquatherm orange system S OT l

20 aquatherm SHT (cbcntvf cldbözjq ubkmps) aquatherm grey pipe l m

Ht>HtZLbZUCnhtvktzbt bp<töfnm pfcnjy b gjcnjyzzj ekexifnm cdj+ ghj-lerwb+, f nfröt zfüjlbnm zjdst j<kfcnb ghbvtztzby b <scn-hst htitzby, ghbdtkb r j<hfpjdfzb+ ztrjnjhsü ibhjrj hfcghjcnhfz¢zzsü vfhjr ghjlerwbb bp fccjhnbvtznf aquatherm. >scnhfy lbzfvbrf hfpdbnby rjvgfzbb gjdktrkf pf cj<jq zflt-ktzbt ghjlerwbb cgtwbfkmzsvb zfbvtzjdfzbyvb cbcntv, rjnj-hst gjpöt zeözj <skj xfcnbxzj ljhf<fnsdfnm. Ztrjnjhst zfpdfzby cbcntv zt cjdctv cjjndtncndjdfkb bü zfpzfxtzb+ bkb

juhfzbxbdfkb j<kfcnb ghbvtztzby.To¢ jlzf ghbxbzf ht<htzlbzuf - änj hfpzjj<hfpbt d zfbvtzjdf-zbyü uhegg ghjlerwbb b, rfr cktlcndbt, jncencndbt dpfbvjcdypb vtöle zbvb, f bzjulf b jncencndbt ghbzflktözjcnb ghjlernf r rjvgfzbb aquatherm. Dj dc¢v vbht hfpkbxzst rjvgfzbb bp hfpzsü jnhfcktq bc-gjkmpe+n lky cdjtq ghjlerwbb zfbvtzjdfzby, bltznbxzst zf-bvtzjdfzbyv cbcntv aquatherm. Nfrbv j<hfpjv nthytncy ztj<üj-

9

Zjdfy cnhernehf d zfpdfzbyü vfhjrGbnmtdjt djljczf<ötzbt

Jnjgktzbt >fcctqzsÜbvb-xtcrbt dtotcndf

Ntüzbxtc-rjt djlj-czf<ötzbt

Gjöfhzfy pfobnf

Gztdvj-cbcntvs

Vfubcnh. zfheözst ctnb

Utjnthvbycelj-cnhjtzbt

Zfpdfzbt vfhrb Ljgjkztzbt d zfpdfzbb

ˇ cnfhjt zfpdfzbt vfhrb Fhn. ˇ abhvf cbcntvf Standard Dimen-sion Ratio

cnhjt-zbt nhe<s

Jcj-<st rf-xtcndf

Vfnthbfk / cjlthöfzbt cntrkjdjkjrzf GF[%] / Rkfcc ujh+xtc-nb Acc. ISO 11925


2 fusiotherm SDR7,4 10806 . . . 10826 aquatherm green pipe SDR7,4 S PP-R/GF0/E l m l l m m l l l


4 rjv<bzbhjd. nhe<f fusiotherm Stabi 70806 . . . 70824 aquatherm green pipe SDR7,4 MS PP-R/AL l m l l m m l l l

5 rjv<bzbhjd. nhe<f fusiotherm Faser 70708 . . . 70747 aquatherm green pipe SDR7,4 MF PP-R/GF7/E l m l l m m l l l

6 rjv<bzbhjdfzzfy nhe<f fusiotherm Faser UV

70758 . . . 70788 aquatherm green pipe SDR7,4 MF UV rfr 5 c x¢hzsv rjöeüjv bp PE l

ml l

m ml l l

7 rjv<bzbhjdfzzfy nhe<f fusiotherm Faser ISO

1270711 . . . 1270737 aquatherm green pipe SDR7,4 MF TI rfr 5 c bpjkywb-tq PU b x¢hzsv rjöeüjv bp PE

l

m

l l

m m

l l l

8 rjv<bz. nhe<f aquatherm green pipe Faser 0370708 . . . 0370744 aquatherm green pipe SDR9 MF RP PP-RP/GF7/E l m l l m m l l l

9 Climatherm SDR11 2010208 . . . 2010238 aquatherm blue pipe SDR11 S PP-R/GF0/E l l l m l l l l

10 rjv<. nhe<f Climatherm Faser SDR7,4/SDR11 2070112 . . . 2070726 aquatherm blue pipe SDR7,4/SDR11

MF PP-R/GF7/E l l l m l l l l

11 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 UV


MF UV rfr 10 c x¢hzsv rjöeüjv bp PE

l l l m l l l l

12 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 OT


MF OT rfr 10 cj ckjtv EVOH O2

l l l m l l l l

13 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR17,6

2570134 . . . 2570154 aquatherm blue pipe SDR17,6 MF PP-R/GF7/E l l l m l l l l

14 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 ISO


MF TI rfr 10 c bpjky-wbtq PU b x¢hzsv rjöeüjv bp PE

l l l m l l l l

15 rjv<bzbhjdfzzfy nhe<f Climatherm Faser SDR7,4/SDR11 OT ISO


MF OT-TI rfr 12 c bpjky-wbtq PU b x¢hzsv rjöeüjv bp PE

l l l m l l l l

16 aquatherm firestop 4170707 . . . 4170730 aquatherm red pipe SDR7,4 MF HI PP-R/GF7/B-s1,d0 l

17 aquatherm lilac 9010212 . . . 9010238 aquatherm lilac pipe SDR7,4/SDR11

S PP-R/GF0/E l

18 climasystem aquatherm black system OT l

19 aquatherm FBH (n¢gksq gjk) aquatherm orange system S OT l

20 aquatherm SHT (cbcntvf cldbözjq ubkmps) aquatherm grey pipe l m

KtUtZLF:S jzljckjqzfy UV ecnjqxbdfy r ekmnh. kexfv UV

MS vzjujck. Stabi TI nthvbxtcrfy bpjkywby

MF vzjujck. Faser RP gjdsitzzfy ecnjqxbdjcnm

OT rbckjhjljztgh. HI nhelzjdjcgkfvtzytvfy

Ht>HtZLbZUlbvfy ezbrfkmzjcnm zfpdfzbq.Gjänjve gjcktljdfk kjubxzsq b ztj<üjlbvsq ifu - ht<htzlbzu cbcntv ghjlerwbb.Dj dhtvy gthtüjlzjuj gthbjlf dcy ghjlerwby <eltn vfhrbhj-dfnmcy cnfhsv b zjdsv zfpdfzbtv. Änj gjvjötn ktuxt cjhbtz-nbhjdfnmcy zf hszrt b kexit pfgjvzbnm zf ib zjdst zfpdfzby cbcntv.

cbcNtVs

10

cjrhfotzby cnhjtzbt nhe<s

S jlzjckjqzfy (single)

M vzjujckjqzfy (multilayer)

MF vzjujckjqzfy Faser (multilayer faser)

MS vzjujckjqzfy Stabi (multilayer stabi)

OT rbckjhjljztghjzbwftvfy (oxygen tight)

UV ecnjqxbdfy r kexfv UV

TI nthvbxtcrfy bpjkywby

HI nhelzjdjcgkfvtzytvfy (hardly inflammable)

cjrhfotzby vfnthbfk

PP gjkbghjgbktz

PP-R gjkbghjgbktz Random

PP-RPgjkbghjgbktz c gjdsitzzjq ecnjqxbdjcn+ r lfdktzb+ (RP=Raised Pressure)

PB gjkb<entz

PE-RTgjkbänbktz c gjdsitzzjq ecnjqxbdjcn+ r dscjrbv ntvgthfnehfv

PEX cibnsq gjkbänbktz

AL fk+vbzbq

-C°

+C°

+C°

+C°

+/-C°

Gbnmtdjt djljczf<ötzbt

Jnjgktzbt

Gjlcjtlbztzbt jnjgktzby b jükföl.

Cbcntvf n¢gkjuj gjkf

Zfcntzzjt jnjgktzbt

Gjnjkjxzjt jnjgktzbt b jükföltzbt

Ghjvsiktz. cbcntvf jükföltzby gjkjv

Ghjvsiktzzfy cbcntvf n¢gkjuj gjkf

Üjkjljczf<ötzbt

Ctkmcrjt üjpyqcndj

Jnjgktzbt / jükföl. cgjhn. cnflbjzjd

>fcctqzs

Nhfzcgjhnbhjdrf übvbxtcrbü chtl

Ljöltdfy djlf

Cbcntvf jhjitzbt zfcföltzbq

Cghbzrkthzfy cbcntvf gjöfhjneitzby

Celjcnhjtzbt

Zfheözst vfubcnhfkmz. ctnb czf<ötzby

Lj<sxf utjnthvfkmzjq äzthubb

J>KFcNb GHbVtZtZbY

EcKJdZst J>JpZFXtZbY b cJRHFotZbY

cbcNtVs

11

NHE>JGHJdJLZst cbcNtVs AqUATHeRM PP-R

>kfujlfhy cgtwbfkmzsv cdjqcndfv vfnthbfkf nhe<jghj-djlzst cbcntvs aquatherm e<tölf+n ghtölt dctuj cdjbvb vzjujcnjhjzzbvb djpvjözjcnyvb ghbvtztzby.

Nhe<jghjdjlzst cbcntvs aquatherm vjuen ghbvtzynmcy zf k+<jv änfgt hf<jns ghb:

VJZNFöt ZJdsÜ NHE>

HtVJZNt b

cFZbHJdFZbb.

RJVGJZtZNs cbcNtVs

Cbcntvs d cdjtq rjv<bzfwbb cjlthöfn dct rjvgjztzns lky vjznföf nhe<jghjdjlzsü kbzbq lky jnjgktzby b rjzlbwbj-zbhjdfzby:

- nhe<s d infzufü b /bkb d <eünfü- abnbzub- dnekrb c <ehnbrjv lky akfzwtdsü cjtlbztzbq- ltnfkb lky gjlrk+xtzby fhvfnehs b rjvgktrne+obü- htpm<jdst gthtüjlzbrb c gjkbghjgbktzf PP-R zf vtnfkk bkb c vtnfkkf zf gjkbghjgbktz PP-R- ddfhzst c¢lkf- hfcghtltkbntkb- pfgjhze+ fhvfnehe- cdfhjxzjt j<jheljdfzbt b bzcnhevtzns- htöeobt bzcnhevtzns- vjznfözj-rhtgtözst vfnthbfks.

aquatherm pipe systems

J>KFcNb GHbVtZtZbY cbcNtV :

Gbnmtdjt djljczf<ötzbt lJnjgktzbt m l

Rjzlbwbjzbhjdfzbt m lÜjkjljczf<ötzbt m l

>fcctqzs l lNhfzcgjhnbhjdrf übvbxtcrbü chtl,

c ex¢njv ecnjqxbdjcnb vfnthbfkf r zbv l l

Bcgjkmpjdfzbt ljöltdjq djls m lJhjitzbt zfcföltzbq m l l

Gztdvjcbcntvs m lCbcntvs n¢gksü gjkjd m l

Celjcnjhtzbt l lBpjkbhjdfzzst nhe<jghjdjlst cbcntvs l l

Lj<sxf utjnthvfkmzjq äzthubb lCtkmcrjt üjpyqcndj l l l

Htrjvtzletncy r ghbvtztzb+ zf jczjdfzbb ntüzbxtcrbü ghtbveotcnd cbcntv: l

Ghbvtztzbt cbcntvs djpvjözj: m

aquatherm green pipe

aquatherm blue pipe

aquatherm lilac pipe

cbcNtVs

12

cHFdZtZbt cJLtHöFZbY dJLs ZF 1 VtNH NHE>sø

lbfv

tnh

d v

v

aquatherm green pipe SDR 6 S

aquatherm green pipe SDR 7,4 MF (rjv<. nhe<f Faser) SDR 7,4 MS (rjv<. nhe<f Stabi) aquatherm blue pipe SDR 11 MF(rjv<. nhe<f Faser)SDR 11 MF (rjv<. nhe<f Faser) OT

aquatherm green pipe SDR 9 MF(rjv<. nhe<f Faser) RP

aquatherm green pipe SDR 11 S aquatherm blue pipe SDR 11 MF(rjv<. nhe<f Faser)SDR 11 MF (rjv<. nhe<f Faser) OT aquatherm blue pipe SDR 11 Saquatherm lilac pipe SDR 11 S

aquatherm blue pipe SDR 17,6 MF (rjv<. nhe<f Faser)

ø 16 0,088 0,106 - - -

ø 20 0,137 0,163 - 0,206 -

ø 25 0,216 0,254 - 0,327 -

ø 32 0,353 0,423 0,483 0,539 -

ø 40 0,555 - 0,754 0,834 -

ø 50 0,876 - 1,182 1,307 -

ø 63 1,385 - 1,869 2,074 -

ø 75 1,963 - 2,659 2,959 -

ø 90 2,826 - 3,825 4,252 -

ø 110 4,229 - 5,725 6,359 -

ø 125 - - 7,386 8,199 9,637

ø 160 - - 12,109 13,430 15,792

ø 200 - - 18,908 21,010 24,661

ø 250 - - 29,605 32,861 38,568

ø 315 - - 46,966 52,172 61,223

ø 355 - - 59,625 66,325 77,832

ø 400 - - - 84,290 98,756

ø 450 - - - 106,477 125,036

ø 500 - - - - 154,272

ø 560 - - - - 193,688

ø 630 - - - 245,070

cbcNtVs

13

Fusiotherm®- änj bzzjdfwbjzzsq vzjujcnjhjzzbq ghjlern, rj-njhsq htdjk+wbjzbhjdfk gkfcnvfccjdsq nhe<jghjdjlzsq ctrnjh b xbrfzbk tuj d ntxtzbt ltcynbktnbq, ntgthm zfps-dftncy

aquatherm green Eöt nhb ujlf zfpfl änj zjdjt zfpdfzbt <skj ddtltzj zf hfp-kbxzsü bznthzfwbjzfkmzsü hszrfü vbhf. Pf änjn rjhjn-rbq chjr änj zjdjt zfpdfzbt, rjnjhjt ydkytncy vfhrjq dscjrjuj rfxtcndf b ghtdjcüjlzsü ärjkjubxtcrbü cdjqcnd, j<htkj juhjvze+ gjgekyhzjcnm. Ztgjchtlcdtzzj änb rf-xtcndf, f nfröt dctvbhzj bpdtcnzsq b jxtzm xfcnj gjlhf-öftvsq wdtn nhe<jghjdjlzjq cbcntvs lf+n tq zjdjt zfp-dfzbt.

Cdjb ghtdjcüjlzst ntüzbxtcrbt rfxtcndf cbcntvf aqua therm green pipe abhvs aquatherm ljrfpfkf eöt d <jktt xtv 30-nb ktn-ztv ghbvtztzbb gj dctve vbhe b gjänjve eöt lfdzj cxb-nftncy chtlb cgtwbfkbcnjd jlzjq bp cfvsü j<ibhzsü d gkfzt fccjhnbvtznf, f nfröt jlzjq bp kexibü gkfcnbrj-dsü nhe<jghjdjlzsü cbcntv.

R fccjhbvtzne cbcntvs aquatherm green pipe jnzjcyncy hfpkbx-zst dbls nhe< SDR 6, SDR 7,4, SDR 9 b SDR 11. Ljgjkzy+ncy änb dbls nhe< rjv<bzbhjdfzzsvb nhe<fvb Faser b Stabi. R änbv dblfv nhe< d fccjhnbvtzn düjlyn cdsit 450 cjtlbzbntkmzsü äktvtznjd (abnbzujd), f nföt dtznbkb b ifhjdst rhfzs.

Änf ghjlerwby bvttncy lbfvtnhfvb jn 16 vv lj 450 vv.

ZJdbZRF

aquatherm green SDR9 RP

Abhvf aquatherm pflf¢n gj dctve vbhe bzzjdfwbjzzsq vfc-inf< d ghjbpdjlcndt nhe< b abnbzujd bp PP. Vs gjcnjyzzj cnfhftvcy ghjldbzenm hfphf<jnrb gj ekexitzb+ ghjler-wbb dgth¢l. Frnefkmzfy ädfk+wbjzzfy cnegtzm zfpsdftncy „fusiolen PP-RP“.

>kfujlfhy „fusiolen PP-RP“ cnfkj djpvjözsv ghjbpdjlbnm rjv<bzbhjdfzzst nhe<s Faser c <jktt njzrjq cntzrjq b ghb änjv cjühfzbnm dct bpdtcnzst ghtbveotcndf. Ljgjkzbntkmzst ghtbveotcndf zf cnh. 27.

Nhe<jghjdjlzst cbcntvs aquatherm green pipe ghbvtzy-+ncy zf k+<jv änfgt hf<jns ghb:

• VJZNFöt ZJdsÜ NHE> • HtVJZNt b • cFZbHJdFZbb.

• Nhe<jghjdjlzst ctnb gbnmtdjuj djljczf<ötzby lky bzcnfkkywbq üjkjlzjuj b ujhyxtuj djljczf<ötzby, zfghbvth d öbksü plfzbyü, <jkmzbwfü, ujcnbzbwfü, jabczsü plfzbyü d irjkfü, celjcnhjtzbb b cgjhnbdzsü cjjheötzbyü d rjntkmzyü ljvjd lky gjlrk+xtzby <jqkthjd d gjänfözjv hfcghtltktzbb cnjyrjd ghb gjlrk+xtzbb r rhfzfv b pfgjhzjq fhvfneht.

• Nhe<jghjdjlzst ctnb lky ecnhjqcnd gj c<jhe ljöltdjq djls lky djljczf<ötzby gztdvjcbcntv lky djljczf<ötzby d <fcctqzfü lky gjlrk+xtzby ntgkjdsü zfcjcjd.

• Nhe<jghjdjls d ctkmcrjv üjpyqcndt b cfljdjlcndt • Nhe<jghjdjls lky lj<sxb utjnthvfkmzjq äzthubb

• Nhe<jghjdjlzst ctnb d ghjvsiktzzjcnb lky nhfzcgjhnbhjdrb fuhtccbdzsü chtl, (zfghbvth, rbckjn, otkjxtq b n.l.) ghb ex¢nt bü übvbxtcrjq ecnjqxbdjcnb.

aquatherm green green

J<kfcnb ghbvtztzby

14

VJZNFö cbcNtV

dJLJcZF>ötZbY b JNJGKtZbY

Jn njxrb düjlf d plfzbt, hfcghtltkbntky üjkjlzjq djls, gjlcjtlbztzby r <jqkthe b hfcghtltkbntky ujhyxtq djls, xthtp cnjyrb, dsgjkztzzst bp cjtlbzb-ntkmzsü nhe< aquatherm green pipe c j<sxzsvb gjänfözs-vb jndtndktzbyvb bkb c änfözsv hfcghtltktzbtv ghb bzlbdblefkmzjv gjlrk+xtzbb; dgkjnm lj gjcktlztq njxrb jn<jhf djls, c ghjrkflrjq gjl inerfnehre bkb zf cntzt.

dbLs VJZNFöF

Nhe<jghjdjlzfy cbcntvf aquatherm green pipe gjlüjlbn lky dctü dbljd vjznföf.

Rhjvt njuj, djpvjötz vjznfö bp ghtldfhbntkmzj bpujnjdktzzsü äktvtznjd cnjyrjd b änfözsü hfc-ghtltkbntktq.

aquatherm green pipe ghtlcnfdkytn cj<jq bltfkmze+ ghju-hfvve lky dctü dbljd vjznföf nhe<.

>kfujlfhy ibhjrjve ds<jhe nhe< b afcjzzsü lt-nfktq c zfheözsv lbfvtnhfvb jn 16 lj 450 vv, f nfröt zfkbxb+ cdsit 450 afcjzzsü ltnfktq b rjv<bzbhj-dfzzsü abnbzujd c htpm<jdsvb dcnfdrfvb bp kfnezb, Ds dctulf zfql¢nt jgnbvfkmzjt htitzbt lky k+<jq j<kfcnb ghbvtztzby.

Vjznfö zf cntzt

Njxrf ddjlf d plfzbt

Vjznfö gjl inerfnehre Vjznfö zf inerfnehre

aquatherm green pipe

J>KFcNb GHbVtZtZbYgreen

15

Rfr ghfdbkj, dct cnjyrb b hfcghtltkbntkb ghjtrnb-he+ncy b hfcgjkfuf+ncy j<sxzsv cgjcj<jv.

1. Hfcghtltkbntkmzst nhe<jghjdjls bp rjv<bzbhj-dfzzsü nhe<

Lky gjldfkmzsü nhe<jghjdjljd, cnjyrjd b änfözsü kbzbq, ghjrkflsdftvsü j<sxzsv cgjcj<jv, cktletn bcgjkmpjdfnm nhe<s d infzufü cnf<bkmzjq ajhvs.

Vjznfö nhe<jghjdjlf zf änföt vjötn ghjbpdjlbnmcy c gjvjom+ hfcghtltkbntkmzsü <kjrjd lky cbcntv djljczf<ötzby b jnjgktzby: <scnhjt dsgjkztzbt hf<jn b ghjcnjnf vjznföf ufhfznbhe+ncy.

Ghb zbprjq gjnht<zjcnb d afcjzzsü ltnfkyü evtzm-iftncy xbckj cjtlbztzbq b, cktljdfntkmzj, j<ß¢v vjznfözsü hf<jn.

dscjrfy cntgtzm ghtldfhbntkmzjq gjlujnjdrb:

cgtwbfkmzfy rjzcnherwby gjpdjkytn ghjdjlbnm vjznfö hfcghtltkbntkmzjuj <kjrf rfr tlbzjuj rjvgfrnzjuj epkf cj dctvb jndjlfvb zf gjke b cntzfü (zfghbvth, pf gkbznecfvb).

2. Änfözjt hfcghtltktzbt c bcgjkmpjdfzbtv hfcght-ltkbntkmzsü <kjrjd

Hfcghtltkbntkmzsq <kjr lky cbcntvs djljczf<öt-zby ljgecrftn b lheubt cgjcj<s ghbvtztzby:tckb d jlzjv bp <jrjdsü jndjljd ghjcdthkbnm jn-dthcnbt (cdthkjv 18 vv), r hfcghtltkbntkmzjve <kj-re vjözj gjlrk+xbnm ljgjkzbntkmzsq rjzneh, zfg-hbvth, lky wbhrekywbb.Lfkmztqibt cdtltzby j hfcghtltkbntkmzsü <kjrfü lky cbcntv djljczf<ötzby b jnjgktzby ghbdtltzs zf cnh. 87-90.

dFöZJ:Cbcntvf aquatherm grey pipe lky gbnmtdjuj djljczf<öt-zby b gjlrk+xtzby r jnjgbntkmzsv ghb<jhfv <tp ghj<ktv vjötn <snm gjlcjtlbztzf r nhe<jghjdjlzjq cbcntvt aquatherm green pipe!

Hfcghtltkbntkm lky cbcntv djljczf<ötzby b jnjgktzby d öbkjv plfzbb

Nhe<jghjdjlzst kbzbb lky änfötq

Hfcghtltkbntkmzsq <kjr lky djljczf<ötzby

Gjlcjtlbztzbt cbcntvs aquatherm grey pipe

J>KFcNb GHbVtZtZbY green

16

Nhe<jghjdjlzfy cbcntvf climatherm - änj zf i cgtwbfkbcn lky nhfzcgjhnbhjdrb üjkjlbkmzsü b jnjgbntkmzsü chtl d pfr-hsnsü cbcntvfü, f nfröt hfpkbxzsü ghjvsiktzzsü ghb-vtztzbq ntgthm zfpsdftncy

aquatherm blue Änf cbcntvf <skf hfphf<jnfzf 10 ktn zfpfl, xnj<s bp-<töfnm rjhhjpbb nhe<jghjdjlzsü ctntq lky rkbvfnbpf-wbb. T¢ j<kfcnm ghbvtztzby hfcibhbkfcm jxtzm <scn-hj lky vzjujxbcktzzsü lheubü j<kfcntq bcgjkmpjdfzby nhe<jghjdjlzsü cbcntv. Zf ctujlzyizbq ltzm äne cbcntve Ds vjötnt zfqlnb d ujcnbzbwfü, cgjhnbdzsü cjjheötzbyü b ghjvsiktzzsü vfcinf<zsü ghjtrnfü dj dc¢v vbht.

Nhe<jghjdjlzfy cbcntvf aquatherm blue pipe hfphf<jnfzf cgtwbfkmzj lky nfrbü cath ghbvtztzby, ult ztn cjghbrjczj-dtzby c gbnmtdsv djljczf<ötzbtv.

Gjvbvj dctj<obü ghtbveotcnd nhe<jghjdjlzjq cbcntvs bp PP-R (cv. cnh. 26) cbcntvf aquatherm blue pipe, gj chfdztzb+ c cbc-ntvjq aquatherm green pipe, j<kflftn <jktt dscjrbvb gjrfpfntkyvb dzenhtzztq ghjüjlbvjcnb bp-pf <jktt njzrjq cntzrb nhe<s.

Rjvgjztzns cbcntvs

D äne cbcntve, d rjv<bzfwbb c abnbzufvb aquatherm green pipe düjlyn dct rjvgjztzns lky vjznföf nhe<jghjdjlzjq cbc-ntvs lky rkbvfnbpfwbb, jnjgbntkmzsü ecnhjqcd, f nfröt lky ntüzjkjubxtcrbü ecnfzjdjr. Änf cbcntvf bvttncy zfheö-zsv lbfvtnhjv jn 20 vv lj 630 vv.

aquatherm blue pipe ghtljndhfoftn rjhhjpbjzzsq eoth<!

Ghbvtzytvst d rjzlbwbjzthzjv cnhjtzbb cnfkmzst nhe-<s jcj<tzzj xedcndbntkmzs r rjhhjpbb. Rjzltzcfn, j<hf-pe+obqcy vtöle bpjkywbtq b gjdthüzjcnm+ nhe<s djp-ltqcndetn zf zt¢, b jzf rjhhjlbhetn. Nhe<s aquatherm blue pipe bpujnfdkbdf+ncy bp 100% rjhhjpbjzzjecnjqxbdjuj vfnthbfkf, xnj pzfxbntntkmzj edtkbxbdftn chjr ckeö<s rjzlbwbjzthzsü ecnhjqcnd.

bpjkywby ghjnbd äzthujgjnthmGj chfdztzb+ c nhe<jghjdjlfvb bp vtnfkkf nhe<s aqua-therm blue pipe zeölf+ncy d <jktt njzrjq bpjkywbb.

Ghbvtztzbt nhe<jghjdjlzsü cbcntv aquatherm blue pipe hfcghjcnhfzytncy zf dct j<kfcnb

• ZJdJUJ VJZNFöF • HtVJZNF b • cFZbHJdFZbY.

• Jnjgbntkmzst kbzbb d öbkbozjv cnjhbntkmcndt lky gjlcjtlbztzby r ntgkjghjbpdjlbntkyv jnjgbntkmzst hfcghtltkbntkb cnjyrb gjänfözjt hfcghtltktzbt gjlcjtlbztzby r hflbfnjhfv.

• Nhe<jghjdjlzst ctnb lky rkbvfnbpfwbjzzjq ntüzjkjubb lky üjkjljczf<ötzby lky <fcctqzjd lky nhfzcgjhnbhjdrb übvbxtcrbü dtotcnd lky jhjitzby lky gztdvfnbxtcrbü ecnhjqcnd lky jnjgktzby gkjofltq d celjcnhjtzbb lky utjnthvbb.

aquatherm blue

J<kfcnb ghbvtztzby

+C°

blue

17

Akfzwtdst cjtlbztzby b htpm<jdst gthtüjlzbrb j<tcgt-xbdf+n gjlcjtlbztzbt dctü äktvtznjd r wtznhfkmzjve czf<öf+otve epke b lfktt zf änfö.

Cnjyrb b hfcghtltkbntkb cbcntvs jnjgktzby ztj<üjlbvj ghjtrnbhjdfnm b vjznbhjdfnm bp cjtlbzbntkmzsü nhe< aquatherm blue pipe.

D cbcntvfü jnjgktzby gjlrk+xtzbt j<jheljdfzby lky j<juhtdf gjkf bkb vjznfö rjkmwtdsü nhe<jghjdjljd lky hflbfnjhf dgkjlm lj rhfzjdjuj <kjrf njöt jceotcndkytn-cy ghb gjvjob cbcntvs aquatherm blue pipe.

aquatherm blue pipe

blue

18

Ecnhjqcndf lky jnjgktzby b rjzlbwbjzbhjdfzby

Nhe<jghjdjlzfy cbcntvf aquatherm blue pipe hfphf<jnfzf cgtwbfkmzj lky ecnjhqcnd jnjgktzby b rjzlbwbjzbhjdf-zby. >jktt njzrfy njkobzf cntzrb edtkbxbdftn ghj-gecrze+ cgjcj<zjcm. Gjvbvj njuj änf cbcntvf j<kflftn dscjrjq ecnjqxbdjcnm+ r dscjrbv ntvgthfnehfv.

Üjkjljczf<ötzbt lky ktljdsü cnflbjzjd

Zf jczjdfzbb dscjrbü nht<jdfzbq, ghtlßydkytvsü r cgtwbfkmzsv ghjatccbjzfkmzj bcgjkmpetvsv cgjhnbd-zsv ktljdsv gjdthüzjcnyv, abhvf aquatherm hfphf<jnfkf cgtwbfkmze+ cbcntve üjkjljczf<ötzby ktljdjuj cnflbjzf.

Hfcghtltkbntkmzst nhe<s, f nfröt hfcghtltkbntkmzst gjlcjtlbztzby bpujnfdkbdf+ncy bp ecnjqxbdsü r rjh-hjpbb gkfcnvfccjdsü nhe<, gjlrk+x¢zzsü gj ghbzwbge Nbütkmvfzf (Tichelmann-Prinzip).

Lky cjplfzby hfcghtltkbntkmzsü jndjljd bcgjkmpetncy hfp-hf<jnfzzfy abhvjq aquatherm ntüzjkjuby ddfhzsü c¢ltk, ärjzjvyofy dhtvy vjznföf.

J<juhtd ufpjzf

Xnj<s buhjdjt gjkt c zfnehfkmzsv bkb bcrecndtzzsv uf-pjzjv lthöfnm cdj<jlzsv jn cztuf b kmlf, rjvgfzby aqua-therm ghtlkfuftn cbcntve j<juhtdf ufpjzf, hf<jnf+oe+ ärjzjvzj zf dscjrjv ntüzbxtcrjv ehjdzt.Jceotcndkytncy änj <kfujlfhy rjv<bzfwbb rjvgjztznjd cbcntvs aquatherm green pipe b aquatherm blue pipe.

blue

19

RJV>bZbHJdFZZFY NtÜZJKJUbY FASeR

Rjv<bzbhjdfzzst nhe<s, bpujnjdktzzst vzjujckjqzsv ärcnhepbjzzsv vtnjljv j<htnf+n cdj+ cnf<bkmzjcnm pf cx¢n bzntuhbhjdfzzjuj d chtlzbq ckjq cntrkjdjkjrzf. Änf ntüzjkjuby j<kflftn nfröt ljgjkzbntkmzj cktle+obvb ghtbveotcndfvb:

• cjrhfotzbt kbztqzjuj elkbztzby• edtkbxtzzfy ghjgecrzfy cgjcj<zjcnm• gjdsitzzst ztceobt rfxtcndf• <jkmitt hfccnjyzbt vtöle jgjhfvb• ktuxt gj dtce.

Gj änjve vtnjle bpujnfdkbdf+ncy cktle+obt dbls nhe<:

• aquatherm green pipe MF (rjv<. nhe<f Faser)• aquatherm blue pipe MF (rjv<. nhe<f Faser)• aquatherm red pipe MF (rjv<. nhe<f Faser)

Lbfuhfvvf lky eghjo¢zzjuj b <scnhjuj jghtltktzby kb-ztqzjuj elkbztzby b rjvgtzcfwbb hfcibhtzby.

RJV>bZbHJdFZZFY NtÜZJKJUbY STAbI

Rjv<bzbhjdfzzst nhe<s Stabi, bpujnjdktzzst vzjujckjq-zsv ärcnhepbjzzsv vtnjljv j<htnf+n cdj+ cnf<bkmzjcnm pf cx¢n bzntuhbhjdfzzjuj fk+vbztdjuj ckjy. Nfröt b änf nhe<f j<kflftn cktle+obvb ghtbveotcndfvb:

• cjrhfo¢zzjt kbztqzjt elkbztzbt• edtkbxtzzfy ghjgecrzfy cgjcj<zjcnm• gjdsitzzst ztceobt rfxtcndf• <jkmitt hfccnjyzbt vtöle jgjhfvb• ktuxt gj dtce.

Gj ävjve vtnjle bpujnfdkbdf+ncy cktle+obq dbl nhe<s:

• aquatherm green pipe MS (rjv<. nhe<f Stabi)

Hfccnjyzbt vtöle rhtgktzbyvb lky nhe< PP b rjv<bzbhjdfzzsü nhe< Faser

RJV>bZbHJdFZZFY NtÜZJKJUbY

ckjq PP-Rfk+vbztdsq ckjqckjq PP-R

ckjq PP-Rckjq Faser (cj cntrkjdjkjrzjv)ckjq PP-R

ckjq PP-Rckjq Faser (cj cntrkjdjkjrzjv)ckjq PP-R

nhe<f PP-R

rjv<bzbhjdfzzfy nhe<f Faser, hfccnjyzbt vtöle rhtgkt-zbyvb zf 30% <jkmit.

4 h

fpzb

wf n

tvgt

hfne

h ∆

T (K)

4 kbztqzjt hfcibhtzbt ∆ L d vv/v

rjv<bzbhjdfzzfy nhe<f Faser j<sxzfy gjkbghjgbktzjdfy nhe<f

20

>kfujlfhy dzjdm hfphf<jnfzzjq rjv<bzbhfdfzzjq nhe<t aqua-therm blue pipe ot abhvf aquatherm ghtlcnfdbkf hszre gkfcnbrj-dsü nhe<jghjdjljd gthde+ d vbht rbckjhjljztghjzbwftve+ nhe<e c fznblbaaepbjzzsv ckjtv, rjnjhfy cjjndtncndetn nht<j-dfzbyv DIN 4726.

Rjv<bzbhjdfzzfy nhe<f aquatherm blue pipe ot d cjxtnfzbb c nhe<jghjdjlzjq cbcntvjq aquatherm green pipe cjlthöbn dct ztj<üjlbvst rjvgjztzns lky vjznföf cbcntv rjzlbwbjzbhjdfzby, rkbvfnbpfwbb, üjkjljczf<ötzby b jnjgktzby.

Ghtbveotcndf cbcntvs aquatherm blue pipe ot:

- rbckjhjljztghjzbwftvfy d cjjndtncndbb c DIN 4726 <kfujlfhy fznblbaaepbjzzjve ckj+- dschrfy elfhzfy dyprjcnm- f<cjk+nzfy ecnjqxbdjcnm r rjhhjpbb - ecjqxbdjcnm r übvbxtcrbv dtotcndfv- ztpzfxbntkmzfy ithtüjdfnjcnm gjdthüzjcnb - ntgkj- b pderjbpjkywbjzzst rfxtcdf - dscjrfy cnf<bkmzjcnm - üjhjibt cdfhzst cdjqcndf - cnf<bkmzjcnm r djpltqcndb+ dscjrbü ntvgthfneh - <jktt njzrfy bpjkywby.

>scnhsq vjznfö

aquatherm blue pipe ot e<tölftn nfröt ghjcnjq b zfl¢özjq ntüzjkjubtq vjznföf. Gjckt cjtlbztzby hfpjuhtnjuj rhfy nhe<s b cjtlbzbntkmzjuj äktvtznf cjtlbztzbt ckbdftncy d tlbzzjt zthfphsdzjt ujvjutzzjt wtkjt. Ghb änjv gthtl cdfhrjq nhe< aquatherm blue pipe ot j<ypfntkmzj zeözj pfxbc-nbnm bü rhfy pfxbcnzsv bzcnhevtznjv fhn. 50479-50488.

aquatherm blue ot - c FZNbLbaaEpbJZZsV cKJtV

aquatherm blue ot ckjq PP-Rckjq Faserckjq PP-Rrbckjhjljpfobnzsq ckjq

blue

21

aquatherm ti - bpJKbHJdFZZst NHE>JGHJdJLZst cbcNtVs

RJV>bZbHJdFZZJq NtÜZJKJUbb FASeR lky ghjrkflrb vfubcnhfkmzsü ctntq d uhezn

aquatherm green tiaquatherm blue ti

Zfb<jktt hfcghjcnhfz¢zzsq cgjcj< erkflrb nhe< ujhy-xtuj b üjkjlzjuj djljczf<ötzby - änj ghbvtztzbt nhe<j-ghjdjljd lky zfheözjq ghjrkflrb d uhezn. Xnj<s ljcnbxm ztj<üjlbvsü cdjqcnd lky änjq caths ghbvtztzby, abhvf aquatherm ghtlkkfuftn ghtlbpjkbhjdfze+ nhe<jghjdjlze+ cbcntve aquatherm ti c hfpzsvb nhe<fvb lky ghjntrf+otq chtls.

Nhe<jghjdjlzst cbcntvs aquatherm ti bpjkbhjdfzs ndth-lt+otq gtzjq GGE (PUR), rjnjhfy pfgjkzytncy d gjkb-änbktzjdsq rjöeü, ult zfüjlbncy jczjdzfy nhe<f lky ghjntrf+otq chtls.

Dct jczjdzst nhe<s dsgjkztzs d dblt rjv<bzbhjdfzzsü cbcntv Faser.

Jczjdzfy nhe<f lky ghjntrf+otq chtls

➠ aquatherm green ti rjv<bzbh. nhe<jghjdjlzfy cbcntvf Faser SDR 9 nhe<s lky gbnmtdjuj djljczf<ötzby lbfvtnhfvb 32-250 mm.➠ aquatherm blue ti - rjv<. nhe<jghjdjlzfy cbcntvf Faser SDR 11 nhe<s lky jnjgktzby, jükföltzby, ntüzbxtcrjq djls lbfvtnhfvb 32-315 mm. rjv<. nhe<jghjdjlzfy cbcntvf Faser SDR 17,6 nhe<s lky jnjgktzby, jükföltzby, ntüzbxtcrjq djls lbfvtnhfvb 160-315 mm.➠ aquatherm blue ot ti - rjv<bzbh. nhe<jghjdjlzfy cbcntvf Faser SDR 11 nhe<s c fznblbaepbjzzsv ckjtv lky jnjgktzby b ghjvsiktzzjq djls lbfvtnhfvb 32-250 mm.

htrjvtzletncy r ghbvtztzb+ pf cx¢n cdjbü ntüzbxtcrbü ghtbveotcnd: l

ghbvtztzbt cbcntvs djpvjözj: m

gbnmtdjt djljczf<ötzbt l

rjzlbwbjzbhjdfzbt m l l

jükföltzbt b üjkjljczf<ötzbt m l l

<fcctqzs l l

bcgjkmpfjdfzbt ljöltdjq djls l l

jhjitzbt l l

vfubcnhfkmzst ctnb czf<ötzby ntgkjv l l

celjcnhjtzbt l l l

ghjvsiktzzst öblrjcnbghb ex¢nt ecnjqxbdjcnb vfnthbfkf

l l l

aquatherm blue tiaquatherm green ti aquatherm blue ot ti

J<kfcnb ghbvtztzby

22

Nhe<jghjdjlzfy cbcntvf lilac hfphf<jnfzfy bprk+xbntkmzj lky ntüzbxtcrjq djls, ntgthm zfpsdftncy

aquatherm lilac D cnhfzfü, jxtzm fzuföbhjdfzzsü d ärjkjubxtcrjq gjkb-nbrt, nfrbü rfr Fdcnhfkby bkb Rfkbajhzby, eöt ctujlzy yd-kytncy cnfzlfhnzsv ghbvtzynm cbcntvs dnjhbxzjuj bcgjkm-pjdfzby djls lky czbötzby hfcüjlf htcehcjd gbnmtdjq djls. Cbhtztdsq wdtn (lila) zf ctujlzy b dj vzjubü lheubü cnhf-zfü ghbpzf¢ncy rfr cnfzlfhznsq wdtn lky nhe<jghjdjlzsü kbzbq c ntüzbxtcrjq djljq, nfrbv j<hfpjv ghjbpjikj b zfpdfzbt änjq cbcntvs.

Lky ghjvsiktzzjuj, ctkmcrjüjpyqcndtzzjuj bkb <snjdjuj ghbvtztzby xfcnj bcgjkmpetncy <jktt ltitdfy ntüzbxtcrfy djlf. D xfcnzjv ctrnjht dc¢ xfot ghbvtzy+ncy cbcntvs jxbcnrb ntüzbxtcrjq djls.

Zjdfy nhe<jghjdjlzfy cbcntvf Lilac abhvs aquatherm <skf hfphf<jnfzf bcrk+xbntkmzj lky ntüzbxtcrjq djls. >kfuj-lfhy vfnthbfke nhe< - gjkbghjgbktze, rjnjhsq bvttn ljk-ubq chjr ckeö<s b ecnjqxbd r rjhhjpbb, cbcntvf Lilac bltfkm-zj gjlüjlbn lky ntüzbxtcrjq djls (cthjq, ljöltdjq b n. l.).

Ghtbveotcndf cbcntvs

Änf cbcntvf d rjv<bzfwbb c abnbzufvb aquatherm green pipe cjlthöbn dct rjvgjztzns nhe<jghjdjlzjq cbcntvs lky vjznföf nhe<jghjdjljd lky ljöltdjq djls b jhjitzby. Zfheözst lbfvtnhs cbcntvs bvt+ncy jn 20 vv lj 125 vv.

Ghbvtztzbt nhe<jghjdjlzsü cbcntv aquatherm lilac pipe hfcghjcnhfzytncy zf dct j<kfcnb

• ZJdJUJ VJZNFöF • HtVJZNF b • cFZbHJdFZbY

• lky bcgjkmpjdfzby kbdztdjq djls• lky jhjitzby• lky ctkmcrjüjpyqcndtzzjuj ghbvtztzby.

aquatherm lilac

J<kfcnb ghbvtztzby

lilac

23

LJGEcNbVst HF>JXbt LFdKtZbYlky gbnmtdjuj djljczf<ötzby (ghjntrf+ofy chtlf djlf d cjjndtncndbb c DIN 2000)

* SDR = Standard Dimension Ratio cnfzlfhnzsq rjäaabwbtzn bpvthtzby (cjjnzjitzbt lbfvtnhf c njkobzjq cntzrb nhe<s) SDR = 2 x S + 1 ≈ d / s (S = cthby nhe<s bp ISO 4065)

ÜFHFRNtHbcNbRF cbcNtVs

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<saquathermgreen pipe SDR 11 S

aquathermlilac pipeSDR 11 S

aquathermgreen pipeSDR 7,4 S

aquathermgreen pipe

SDR 6 S aquathermgreen pipeSDR 7,4 MF

aquathermgreen pipe

SDR 9 MF RPaquathermgreen pipeSDR 7,4 MS

Ljgecnbvjt hf<jxtt lfdktzbt d <fhfü

20 °C

1 15,0 23,8 30,0 28,6 25,0

5 14,1 22,3 28,1 26,8 24,2

10 13,7 21,7 27,3 26,1 23,9

25 13,3 21,1 26,5 25,3 23,5

50 12,9 20,4 25,7 24,5 23,1

30 °C

1 12,8 20,2 25,5 24,3 21,7

5 12,0 19,0 23,9 22,8 21,0

10 11,6 18,3 23,1 22,0 20,6

25 11,2 17,7 22,3 21,3 20,2

50 10,9 17,3 21,8 20,7 20,0

Gbn

mtdf

y dj

lf (

üjkj

lzfy

)

Gbn

mtdf

y dj

lf (

ujhy

xfy)

40 °C

1 17,1 21,5 20,5 18,7

5 16,0 20,2 19,2 18,0

10 15,6 19,6 18,7 17,7

25 15,0 18,8 18,0 17,4

50 14,5 18,3 17,5 17,0

50 °C

1 14,5 18,3 17,5 15,9

5 13,5 17,0 16,2 15,3

10 13,1 16,5 15,7 15,1

25 12,6 15,9 15,2 14,8

50 12,2 15,4 14,7 14,5

60 °C

1 12,2 15,4 14,7 13,5

5 11,4 14,3 13,7 13,0

10 11,0 13,8 13,2 12,8

25 10,5 13,3 12,6 12,5

50 10,1 12,7 12,1 12,3

65 °C

1 11,6 14,6 13,9 12,4

5 10,8 13,6 12,9 11,9

10 10,4 13,1 12,5 11,7

25 10,0 12,6 12,0 11,4

50 8,8 11,1 10,6 11,2

70 °C

1 10,3 13,0 12,4 11,4

5 9,5 11,9 11,4 10,9

10 9,3 11,7 11,1 10,7

25 8,0 10,1 9,6 10,5

30 7,0 8,8 9,3 10,3

50 6,7 8,5 8,1 10,2

Rjv<bzbhjdfzzst nhe<s: dscjrfy zfuheprf ghb vtzmitq njkobzt cntzrb b <jkmitq ghjgecrzjq cgjcj<zjcnb

24

LJGEcNbVst HF>JXbt LFdKtZbYlky jnjgktzby bkb pfrhsnsü cbcntv ghb ex¢nt dhtvtzb jnjgbntkmzjuj gthbjlf



Jnjgbntkm-zsq gthbjl

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<s aquathermblue pipe

SDR 11 MF, OT & S

aquathermblue pipe

SDR 17,6 MF

aquathermgreen pipe

SDR 7,4 MF & MS

aquathermgreen pipeSDR 9 MF RP


Gjcnjyzzfy ntvgthfnehf

70 °C drk+xfy

30 lztq d ujle c ntvgthf-

nehjq

75 °C

5 9,38 5,38 14,27 12,9010 9,08 5,21 13,79 12,6025 7,82 4,48 11,74 12,2045 6,77 3,89 10,18 12,00

80 °C

5 8,88 5,09 13,50 11,7010 8,46 4,86 12,80 11,4025 7,38 4,24 11,14 11,10

42,5 6,49 3,72 9,79 10,90

85 °C

5 8,17 4,69 12,42 10,7010 7,82 4,49 11,87 10,4025 6,70 3,85 10,14 10,10

37,5 6,07 3,49 9,18 10,00

90 °C

5 7,50 4,30 11,39 9,8010 7,19 4,13 10,94 9,5025 5,85 3,36 8,86 9,2035 5,39 3,09 8,16 9,10


70 °C drk+xfy


nehjq

75 °C

5 9,26 5,31 14,11 12,3010 8,90 5,11 13,57 12,1025 7,62 4,37 11,58 11,7045 6,60 3,79 10,05 11,50

80 °C

5 8,61 4,94 13,12 11,4010 8,24 4,73 12,54 11,2025 6,93 3,98 10,56 10,8040 6,18 3,55 9,41 10,70

85 °C

5 7,91 4,54 12,03 10,4010 7,56 4,34 11,52 10,2025 6,05 3,47 9,22 9,9035 5,57 3,20 8,48 9,80

90 °C

5 7,25 4,16 11,04 9,5010 6,40 3,67 9,76 9,3025 5,12 2,94 7,81 9,1030 4,90 2,81 7,46 9,00


70 °C drk+xfy


nehjq

75 °C

5 9,17 5,26 14,02 12,2010 8,79 5,04 13,38 12,0025 7,45 4,27 11,33 11,6045 6,45 3,70 9,82 11,40

80 °C

5 8,46 4,85 12,90 11,3010 8,11 4,65 12,35 11,0025 6,60 3,78 10,05 10,70

37,5 5,98 3,43 9,09 10,60

85 °C

5 7,76 4,45 11,81 10,3010 7,03 4,04 10,72 10,1025 5,63 3,23 8,58 9,80

32,5 5,28 3,03 8,03 9,70

90 °C5 6,96 3,99 10,59 9,4010 5,88 3,37 8,96 9,2025 4,70 2,70 7,17 8,90

25


LJGEcNbVst HF>JXbt LFdKtZbYlky dctj<obü cath c lfdktzbtv, ghb gjcnjyzzjv hf<jxtv hbnvt gjvbvj ghtlcnfdktzzsü j<kfcntq ghbvtztzby zf cnh. 23 b 24


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<s aquathermblue pipe

SDR 17,6 MF

aquathermblue pipe

SDR 11 MF & MF OTaquatherm lilac pipe SDR 11 S

aquathermgreen pipeSDR 7,4 MF

aquathermgreen pipeSDR 9 MF RP


10 °C

1 12,8 27,8 30,2 28,8 5 12,0 26,2 28,2 27,9 10 11,7 25,6 27,7 27,5 25 11,4 24,7 26,9 27,1 50 11,1 24,1 26,1 26,7 100 10,8 23,5 25,2 26,3

15 °C

1 11,8 25,7 29,4 26,9 5 11,1 24,2 27,4 26,0 10 10,8 23,6 26,9 25,7 25 10,5 22,8 26,1 25,2 50 10,2 22,2 25,3 24,9 100 9,9 21,6 24,5 24,5

20 °C

1 10,9 23,8 28,6 25,0 5 10,3 22,3 26,8 24,2 10 10,0 21,7 26,1 23,9 25 9,6 21,0 25,3 23,5 50 9,4 20,4 24,5 23,1 100 9,1 19,9 23,7 22,8

30 °C

1 9,3 20,2 24,3 21,7 5 8,7 18,9 22,8 20,9 10 8,5 18,4 22,0 20,6 25 8,2 17,8 21,3 20,2 50 7,9 17,3 20,7 19,9 100 7,7 16,8 20,0 19,7

40 °C

1 7,9 17,2 20,5 18,6 5 7,4 16,0 19,2 18,0 10 7,2 15,6 18,7 17,7 25 6,9 15,0 18,0 17,3 50 6,7 14,6 17,5 17,1 100 6,5 14,1 16,8 16,8

50 °C

1 6,7 14,5 17,5 15,9 5 6,2 13,5 16,2 15,3 10 6,0 13,1 15,7 15,1 25 5,8 12,6 15,2 14,7 50 5,6 12,2 14,7 14,5 100 5,5 11,9 14,1 14,3

60 °C

1 5,6 12,2 14,7 13,5 5 5,2 11,4 13,7 13,0 10 5,1 11,0 13,2 12,7 25 4,9 10,6 12,6 12,4 50 4,7 10,3 12,1 12,2

70 °C

1 4,7 10,3 12,4 11,3 5 4,4 9,6 11,4 10,9 10 4,2 9,2 11,1 10,7 25 3,7 8,0 9,6 10,4 50 3,1 6,8 8,1 10,2

75 °C

1 4,3 9,4 11,7 10,4 5 4,0 8,7 10,8 9,9 10 3,7 8,0 10,0 9,7 25 3,0 6,4 8,0 9,5 50 2,5 5,4 6,7 9,3

80 °C

1 4,0 8,6 10,4 9,5 5 3,5 7,7 9,2 9,0 10 3,0 6,5 7,8 8,9 25 2,4 5,2 6,2 8,6

90 °C1 3,3 7,2 8,7 7,8 5 2,3 5,1 6,0 7,4 10 2,0 4,3 5,1 7,3

2626

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzf lky rjzlbwbjzbhjdfzby, jnjgktzby b lheubü bzötzthzsü cbcntv

SDR: 11ø: 20-32 vvZfpdfzbt nhe<s:cnfhjt: nhe<f climatherm Zjdjt: aquatherm blue pipe S

SDR: 7,4 / 11 / 17,6ø: 20-630 vvZfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f climatherm FaserZjdjt: aquatherm blue pipe MF

SDR: 7,4 / 11ø: 20-250 vv Zfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f climatherm Faser OTZjdjt: aquatherm blue pipe MF OT

aquatherm blue

SDR: 6 / 7,4ø: 16-110 vvZfpdfzbt nhe<s:cnfhjt: Fusiotherm®

Zjdjt: aquatherm green pipe S

SDR: 11ø: 20-450 vvZfpdfzbt nhe<s:cnfhjt: Fusiotherm® SDR 11Zjdjt: aquatherm green pipe S SDR 11

SDR: 7,4ø: 16-110 vvZfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f Fusiotherm® StabiZjdjt: aquatherm green pipe MS

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzf lky djljczf<ötzby

aquatherm green

GHt

bV

Eo

tc

NdF

green

16 vv

20 vv

25 vv

32 vv

40 vv

50 vv

63 vv

75 vv

90 vv

110 vv

125 vv

160 vv

200 vv

250 vv

315 vv

355 vv

400 vv

450 vv SDR11SDR6

SDR9

SDR7,4

Ghbpzfrb

Nhe<jghjdjlzst cbcntvs aquatherm PP-R gjp-djky+n gjkjöbnm rjztw rjhhjpbb. Dct vfnt-hbfks ecnjqxbds r rjhhjpbb b gj chfdztzb+ c vtnfkkbxtcrbvb nhe<fvb cjplf+n vtzmit ievjd ghb ghjntrfzbb djls. Nhe<jghjdjls aquatherm zt ghjgecrf+n cdtnf. Gjänjve ztn jgfczjcnb j<hfpjdfzby djljhjcktq.

J<hf<jnrf

aquatherm ghtlkfuftn ezbrfkmze+ ntüzbre cjt-lbztzby: cdfhre vfnthbfkf d tlbzjt wtkjt. aquatherm j<tcgtxbdftn rhfnxfqitt dhtvy cjt-lbztzby:

zfghbvth, ghb zfheözjv lbfvtnht 20 vv = 8 ctr.

Cjtlbztzby aquatherm vjözj bcgsnsdfnm lfd-ktzbtv b ddjlbnm d ärcgkefnfwb+ chfpe gjckt cdfhrb. Dhtvy jöblfzby jxtzm ztpzfxbntkmzj.

Rfxtcndj

Abhvf aquatherm eltkytn juhjvzjt dzbvf-zbt rfxtcnde. J< änjv cdbltntkmcnde+n zt njkmrj ztvtwrbt b vtölezfhjlzst pzfrb cnfzlfhnf, zj b ghtölt dctuj, gjkjöbntkm-zst jnpsds pfrfpxbrjd, vjznfözbrjd b ghjtrnbhjdobrjd nhe<jghjdjljd aquatherm. >jktt gjlhj<ze+ bzajhvfwb+ gj lfzzjve djghjce, f nfröt cthnbabrfns Ds zfql¢nt zf cnhfzbwt 35.

Rjv<bzbhjdfzzfy ntüzjkjuby

Ntüzjkjuby bpujnjdktzby nhe<, hfphf<jnfzzfy abhvjq aquatherm gjpdjkytn bzntuhbhjdfnm fk+vbzbq bkb cgtwbfkmzsq djkjrzbcnsq cjc-nfd d gjkbghjgbktz.

Htpekmnfn änjq bzzjdfwbjzzjq hfphf<jnrb - ezbrfkmzjt cjtlbztzbt rjvgjztznjd vfnthbfkf.

• cjrhfotzbt kbztqzjuj elkbztzby zf 75 % gj chfdztzb+ c j<sxzsvb gjkbghj-gbkt-zjdsvb nhe<fvb

• ghjgecrzfy cgjcj<zjcnm zf 20 % dsit ghb cjühfztzbb njq öt zfuhepjxzjq cgjcj<zjcnb

• dscjrfy cnf<bkmzjcnm• rjäaabwbtzn kbztqzjuj hfcibhtzby

rjv<bzbhjdfzzsü nhe< ghbvthzj nfrjq öt, rfr b e vtnfkkbxtcrbü nhe<. Tckb chfdzbnm c gjkzjcnm+ gkfcnbrjdsvb nhe<fvb, ghb vjznföt rjv<bzbhjdfzzjq nhe<s gjydkytncy djpvjözjcnm edtkb-xbnm hfccnjyzbt vtöle rhtgktzbyvb b cärjzjvbnm rhtgtözst üjvens

• jgnbvfkmzjt cjjnzjitzbt wtzs r ghj-lernbdzjcnb

• ktuxt gj dtce• dscjrfy elfhzfy dyprjcnm• ghjcnjnf vjznföf: jnhtpfnm b cdfhbnm.

Dfözj: lky rjv<bzbhjdfzzjq nhe<s Faser jngf-lftn wtkfy ghjbpdjlcndtzzfy jgthfwby - pfxbcnrf!

27

SDR: 7,4 / 11ø: 20-250 vv Zfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f climatherm Faser OTZjdjt: aquatherm blue pipe MF OT

27

SDR: 7,4 / 11 / 17,6ø: 20-630 vvZfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f climatherm Faser UVZjdjt: aquatherm blue pipe MF UV

SDR: 11 / 17,6ø: 32-315 vvZfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f climatherm ISO FaserZjdjt: aquatherm blue pipe MF TI

SDR: 7,4 / 9ø: 20-355 vvZfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f Fusiotherm® FaserZjdjt: aquatherm green pipe MF

SDR: 7,4 / 9ø: 20-355 vvZfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f Fusiotherm® Faser UVZjdjt: aquatherm green pipe MF UV

SDR: 9ø: 32-250 vvZfpdfzbt nhe<s:cnfhjt: rjv<. nhe<f Fusiotherm® ISO FaserZjdjt: aquatherm green pipe MF TI

Ghtbveotcndf PP-RP

• vtzmify njkobzf cntzrb• ghb jlbzfrjdjq crjhjcnb ntxtzby ghj-

gecrzfy cgjcj<zjcnm zf 14% dsit xtv d rjv<bzbhjdfzzsü nhe<fü Faser SDR7,4

• ljgecnbvst hf<jxbt lfdktzby dsit, xtv e rjv<bzbhjdfzzsü nhe< Faser PP-R SDR7,4 b cnf<bkbpbhjdfzzsü cntrkjdj-kjrzjv PP-RCT SDR9

• bltznbxzjt kbztqzjt elkbztzbt rfr b e nhe< Faser SDR7,4

• ktuxt gj dtce zf 16% gj chfdztzb+ c nhe<fvb Faser PP-R SDR7,4

• ktuxt gj dtce, xtv nhe<s bp zthöfdt-+otq cnfkb, j<sxzjq cnfkb b vtlb, nfrbv j<hfpjv ghjot d j<hfotzbb ghb nhfzcgjhnbhjdrt b zf cnhjqj<ßtrnt

• <scnhtt d j<hf<jnrt pf cx¢n rjhjnrj-uj dhtvtzb zfuhtdfzby ghb cdfhrt dcnsr

• <tp ghj<ktv cdfhbdftncy cj dctvb abnbzufvb aquatherm PP-R.

Ufhfznby

Dscjrjt rfxtcndj nhe<jghjdjlzsü cbcntv abhvs aquatherm ltkftn djpvjözsv lf-dfnm zf dct nhe<s b abnbzub aquatherm PP-R ufhfznb+ zf 10 ktn c kbvbnjv jndtncndtz-zjcnb njdfhjghjbpdjlbntky d hfpvtht EUR 15.000.000 pf ckexfq.

Ghtbveotcndj d wtzt

aquatherm ghtlkfuftn Dfv cjphtdist nhe<jghj-djlzst cbcnvs bp dscjrjrfxtcndtzzjq ghj-lerwbb gj jgnbvfkmzjve cjjnzjitzb+ wtzs b rfxtcndf.

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzf lky ntüzbxtcrjq djls

SDR: 7,4 / 11ø: 20-125 vvZfpdfzbt nhe<s:cnfhjt: aquatherm lilacZjdjt: aquatherm lilac pipe S

aquatherm lilac

green

20 vv

25 vv

32 vv

40 vv

50 vv

63 vv

75 vv

90 vv

110 vv

125 vv

160 vv

200 vv

250 vv

315 vv

355 vv

400 vv

450 vv

500 vv

560 vv

630 vvSDR7,4

SDR11

SDR17,6

28

Fusiolen® PP-R

ZFi VFNtHbFK FUSIOleN PP-R

Vzjujktnzbq jgsn bpujnjdktzby b ghbvtztzby nhe<jghj-djlzsü cbcntv PP-R, f nfröt cnhtvktzbt r lfkmztqitve hfpdbnb+ ghbdtkb r vzjujxbcktzzsv ekexitzbyv ntüzj-kjubb cbcntv aquatherm.

Jnrhsdf+obtcy hszrb c<snf ghjlerwbb, f nfröt hfp-zjcnjhjzzbt j<kfcnb ghbvtztzby ghtlßydky+n gjdsitz-zst nht<jdfzby r rfxtcnde gththf<fnsdftvsü vfnthbf-kjd. Ztj<üjlbvj cshm¢ c zjdsvb cdjqcndfvb, rjnjhsvb zt j<kflfkb hfztt bcgjkmpetvst vfnthbfks. Gjänjve aquatherm eöt d ntxtzbb vzjubü ktn hfphf<fnsdftn b ghj-bpdjlbn cj<cndtzzst bzzjdfwbjzzst vfnthbfks PP-R, rjnjhst cjjndtncnde+n vbhjdsv nht<jdfzbyv lky cbc-ntv djljczf<ötzby b jnjgktzby, rjzlbwbjzbhjdfzby b üjkjljczf<ötzby, d ghjvsiktzzjcnb b ctkmcrjv üjpyqcn-dt, d celjcnhjtzbb, f nfröt d gjöfhjneitzbb.

Ecgtizsvb htpekmnfnfvb änbü bcgsnfzbq ydky+ncy fusio-len® PP-R, fusiolen® PP-RP, fusiolen® PP-R C b fusiolen® PP-R FS.

Dct nhe<s b afcjzzst ltnfkb aquatherm PP-R bpujnfdkbdf-+ncy bp vfnthbfkf fusiolen® PP-R.

Änjn vfnthbfk jnkbxftncy jcj<jq dscjrjntvgthfnehzjq b ärcnhfrwbjzzjq cnf<bkmzjcnm+. Abpbxtcrbt b übvbxtc-rbt cdjqcndf vfnthbfkf exbnsdf+n jcj<st nht<jdfzby cbcntv gbnmtdjuj djljczf<ötzby b jnjgktzby. Ghtölt dctuj <kfujlfhy üjhjibv cdfhzsv rfxtcdfv b cgkfdkt-zb+ vtcn cjtlbztzbq d tlbzzjt ujvjutzzjt wtkjt cbcntvs aquatherm PP-R b vfnthbfk fusiolen® PP-R pfdjtdfkb ghbpzfzbt dj dc¢v vbht.

Jrheöf+ofy chtlf

Ärjkjubxtcrb xbcnsq vfnthbfk gjkbghjgbktz fusiolen® PP-R cjdthitzzj <tp eoth<f lky rfxtcndf gjlktöbn dnj-hbxzjq gththf<jnrt, tuj vjözj gthtvjkjnm, hfcgkfdbnm b bcgjkmpjdfnm, zfghbvth, lky uthvtnbpfwbb ldbufntktq, bpujnjdktzby rjhpbz lky <tkmy bkb lheubü rjzntqzthjd. Ghbx¢v zb ghb j<hf<jnrt vfnthbfkf, zb ghb tuj enbkbpf-wbb ärjkjubxtcrb dhtlzst dtotcndf zt dsltky+ncy.

Fusiolen® PP-R – c jrheöf+otq chtljq lheöbn!

Ghbvtztzbt ltfrnbdfnjhjd vtnfkkf

>kfujlfhy lj<fdrt fllbnbdjd, hfphti¢zzsü r ghbvtztzb+ d gbotdjq ghjvsiktzzjcnb, czböftncy jgfczjcnm gjdhtö-ltzby vfnthbfkf bjzfvb vtnfkkf ghb ärcnhtvfkmzsü eckj-dbyü ärcgkefnfwbb.

dscjrbt gjrfpfntkb gj ljkujdhtvtzzjq cnf<bkbpfwbb

Lky njuj xnj<s dj dhtvy ärcgkefnfwbb ghjnbdjcnjynm djpvjözjve djpltqcndb+ gbrjdsü ntvgthfneh <skf gj-dsitzf ljkujdhtvtzzjcnm ntgkjdjq cnf<bkbpfwbb.

ÜFHFRNtHbcNbRF VFNtHbFKF Gbnmtdfy djlf jnzjcbncy r njq rfntujhbb gbotdsü ghj-lernjd, rjnjhfy rjznhjkbhetncy jcj<tzzj nofntkmzj. Dzen-htzyy nhe<jghjdjlzfy cbcntvf djljczf<ötzby ljközf vbzb-vfkmzj dkbynm zf djle zf t¢ genb r njxrfv djljjn<jhf.Gjänjve ds<jh vfnthbfkf lky djljghjdjlzjq cbcntvs bvttn jxtzm <jkmijt pzfxtzbt.

Nhe<jghjdjlzfy cbcntvf aquatherm green pipe ghtlzfpzfxtzf lky k+<juj rfxtcndf gbnmtdjq djls.

Nhe<jghjdjlzfy cbcntvf lky gbnmtdjq djls bp fusiolen® PP-R <tpeghtxzf c abpbjkjubxtcrjq b vbrhj<bjkjubxtcrjq nj-xtr phtzby. Jzf ljrfpfkf cdj+ ntüzbxtcre+ ghbujlzjcnm <jktt xtv 20-nb ktnzbv jgsnjv ghbvtztzby gj dctve vbhe.

Hfcxtnzsq chjr ckeö<s nhe<jghjdjljd aquatherm PP-R cjcnfdkytn <jktt 50 ktn. Gbrjdst ntvgthfnehs gjhylrf 100 °C dcktlcndbt rhfnrjdhtvtzzj djpzbrf+obü ztbcghfd-zjcntq zt ydky+ncy ghj<ktvjq.

Ghb lkbntkmzj djpltqcne+obü ntvgthfnehfü > 70 °C lj 90 °C chjr ckeö<s nhe<jghjdjlf cjjndtncndtzzj cjrhfof-tncy (cv. nf<k. "Ljgecnbvjt hf<jxtt lfdktzbt“ cv. cnh. 23, 24 b 25).

Fusiolen®

Ghtbveotcndfnhe< aquatherm bp vfnthbfkf fusiolen® PP-R:

- f<cjk+nzfy ecnjqxbdjcnm r rjhhjpbb

- ecnjqxbdjcnm r übvbxtcrbv dtotcndfv

- dscjrfy cjdvtcnbvjcnm c jrheöf+otq chtljq

- dscjrfy elfhzfy dyprjcnm

- ztpzfxbntkmzfy ithtüjdfnjcnm gjdthüzjcnb nhe<s

- üjhjibt pderj- b ntgkjbpjkywbjzzst rfxtcndf

- dscjrfy cnf<bkmzjcnm

- jxtzm üjhjibt cdfhzst rfxtcndf

- cnf<bkmzs r dscjrbv ntvgthfnehfv

- bpjkywby pzfxbntkmzj njzmit -

lky dctü lbfvtnhjd nhe< vs htrjvtzletv 10 vv-e+

bpjkywb+

- ktuxt gj dtce

- ghjcnjq vjznfö

- jczfotzs vtnfkkjltfrnbdfnjhfvb.

VFNtHbFK

29

Ghb bcgjkmpfjdfzbb nhe<jghjdjljd aqauatherm PP-R lky jnjg-ktzby bkb rjzlbwbjzbhjdfzby gjrfpfntkb ntvgthfnehs b lfdktzby jghtltky+ncy d cjjndtncndbb c nf<k. "Ljgecnb-vjt hf<jxtt lfdktzbt“. D jnzjitzbb lfdktzby b ntvgthf-nehs lky nhe< b cjtlbztzbq pf jczjde ghbzbvf+ncy eckj-dby ärcgkefnfwbb, ghbdtl¢zzst d cktle+otq nf<kbwt.

D nf<kbwt ghbdjlyncy lfzzst lky cbcntv gbnmtdjuj djlj-czf<ötzby c ghtlgjkjöbntkmzsv chjrjv ckeö<s d 50 ktn.

* = bcüjlzfy ntvgthfnehf lky hfcxtnf ecnjqxbdjcnb r cnfhtzb+ 20 °C

AqUATHeRM b ÄRJKJUbY

Ärjkjuby lky rjvgfzbb aquatherm zt gecnst ckjdf.

Nfrfy ghjlerwby, rfr zfghbvth, nhe<jghjdjlzfy cbcntvf aquatherm green pipe jnkbxftncy zt njkmrj cdjbv ljkujktnzbv chjrjv ckeö<s, zj nfröt b cdjbv ghtdjcüjlzsv rfxtcn-djv, eljdktndjhy+obv ärjkjubxtcrbv nht<jdfzbyv. C gthdsü lztq cdjtuj ceotcndjdfzby abhvf aquatherm eltky-tn <jkmijt dzbvfzbt njve, xnj<s zf if ghjlerwby b vt-njls ghjbpdjlcndf zt dkbykb zf pfuhypztzbt nfrjq xedcn-dbntkmzjq ärjkjubxtcrjq chtls.

To¢ pfljkuj lj njuj rfr jühfzf jrheöf+otq chtls cnfkf ukj<fkmzjq ghj<ktvjq, cbcntvf aquatherm green pipe rjnjhe+ vjözj gjkzjcnm+ gththf<fnsdfnm, jndtxfkf dctv ärjkjubxtcrbv cnfzlfhnfv, rjnjhst zf ctujlzy nht<e+ncy d j<ypfntkkmzjv gjhylrt. Zf ghjnyötzbb eöt 40 ktn rjvgfzby aquatherm gjlx¢hrbdftn cdj+ abkjcjab+, c<sn b ghbvtztzbt ghjlernf zt ljközs ghjnbdjhtxbnm lheu lheue.

Lky ghjbpdjlcndf nhe<jghjdjlzsü cbcntv aquatherm bc-gjkmpetncy njkmrj ärjkjubxtcrb xbcnsq vfnthbfk fusiolen®. Lky njuj xnj<s j<tcgtxbnm rfxtcndj <fpbczjuj vfnthbfkf bp gjkbghjgbktzf b düjlyobü d ztuj rjvgjztznjd (wdtnj-dsü gbuvtznjd, cnf<bkbpfnjhjd b n. l.), cjjndtncnde+obt ärjkjubxtcrbv nht<jdfzbyv, <skb ghjdtltzs ntcnbhjdf-zby zt njkmrj d zf itq cj<cntzzjq kf<jhfnjhbb, zj b d vzj-ujxbcktzzsü ztpfdbcbvsü kf<jhfnjhbyü.

Ärcgthns ghbikb r pfrk+xtzb+, xnj vfnthbfk fusiolen® b bpujnjdktzzst bp ztuj nhe<jghjdjlzst cbcntvs cjjndtn-cnde+n dscjrbv ärjkjubxtcrbv cnfzlfhnfv, b nfrbv j<-hfpjv jhbtznbhe+ncy zf <eleott.

cthnbabrfwbyVzjubt zfwbjzfkmzst b bznthzfwbjzfkmzst vtöle-zfhjlzst jhufzbpfwbb c ö¢cnrbvb nth<jdfzbyvb gjlndthölf+n rfxtcndj nhe< vfhrb aquatherm.

Ztcrjkmrj ghbvthjd: DVGW, SKZ, HIG (Uthvfzby) AENOR (Bcgfzby) ÖVGW (Fdcnhby) WRAS (Fzukby) KIWA (Ujkkfzlby) SAI-Global (Fdcnhfkby) CSTB, CARSO (Ahfzwby) SII (Bphfbkm) TIN (Gjkmif) SITAC, KIWA, SWEDCERT (Idtwby) NSF, ICC (CIF) IIP (Bnfkby) BNQ (Rfzflf) BRANZ (Zjdfy Ptkfnlby) CERTIF (Gjhneufkby) EMI (Dtzuhby) b vz. lh.

bp<snjxzjt hf<jxtt lfdktzbt

NtvgthfnehfÄrcgkefnfwby

xfcjd d ujl

<fh °C xfcs d ujl

üjkjlzfy djlfrjkt<fzby jn 0 lj 10 lj 25* 8760

ujhyxfy djlfrjkt<fzby jn 0 lj 10

lj 60lj 85

871050

VFNtHbFK

30

UbUbtZbXtcRbt ÜFHFRNtHbcNbRb

Dct xfcnb ecnfzjdjr, cjghbrfcf+obtcy c gbnmtdjq djljq, d cj-jndtncndbb cj cnfzlfhnjv DIN 1988 T 2 ydky+ncy ghtlvtnfvb gjnht<ktzby, gj jnzjitzb+ r rjnjhsv ghbvtzytncy pfrjz j ghjlernfü gbnfzby b ghtlvtnfü gjnht<ktzby. Nhe<s bp bcrec-cndtzzsü vfnthbfkjd ljközs cjjndtncndjdfnm htrjvtzlfwbyv gj ghbvtztzb+ gkfcnvfcc d gbnmtdjv djljczf<ötzbb Atlthfkmzjuj bzcnbnenf gj jghtltktzb+ hbcrf (KTW „BfR“).

Vfnthbfk:

Nht<etvfy d cdypb c jcj<tzzjcnyvb vfnthbfkf ububtzbxtcrfy <tpjgfczjcnm djljghjdjlzsü cbcntv aquatherm green pipe gjlndthö-ltzf frnfvb bcgsnfzby Bzcnbnenf Ububtzs d Utkmptzrbhützt b ububtzbxtcrbvb cthnbabrfnfvb Vbzbcnthcndf plhfdjjühfztzby Hjccbb. Ghbujlzjcnm vfnthbfkf lky gbnmtdjuj djljczf<ötzby gjlndthö-lftncy ntreobvb bcgsnfzbyvb. Vjznfö:

Ghb vjznföt nhe<jghjdjlzjq cbcntvs zt nht<e+ncy ljgjkzbntkm-zst vfnthbfks, jgfczst c ububtzbxtcrjq njxrb phtzby. Nhe<s cjtlbzy+ncy bcrk+xbntkmzj vtnjljv cdfhrb /cgkfdktzby.

Gbnmtdfy djlf - cfvsq <kfujhjlzsq b ljhjujq ghjlern lky xt-kjdtrf! Ghbvtztzbt gjkbghjgbktzf lky egfrjdrb ghjlernjd gbnfzby yd-kytncy to¢ jlzbv gjlndthöltzbtv tuj dscjrbü ububtzbxtcrbü üfhfrnthbcnbr. >kfujlfhy bv cbcntvf aquatherm green pipe ydkytncy jgnbvfkmzjq egfrjdrjq lky jlzjuj bp dföztqibü ghjlernjd gbnfzby - gbnmtdjq djls.

pdERJbpJKYwbY

Pderjbpjkywbjzzst cdjqcndf äktvtznjd cbcntvs bp gjkbghjgbkt-zf j<tcgtxbdf+n juhfzbxtzbt gthtlfxb ievjd, djpzbrf+obü ghb ghjntrfzbb djls, zf njq xfcnb cnhjtzby, rjnjhfy ghbvsrftn r nhe<t bkb hfcgjkjötzf hyljv c ztq. Nfrbv j<hfpjv, gj chfdztzb+ c vtnfkkbxtcrbvb nhe<fvb gthtlfxf pderf dj vzjuj hfp zböt.

EcNJqXbdJcNm R EKmNHFabJKt-

NJdJVE bpKEXtZb* (UV)

Nhe<jghjdjls, bpujnjdktzzst bp fusiolen® PP-R b fusio-len PP-R C d cvjznbhjdfzzjv dblt j<sxzj zt gjldthuf+ncy djpltqcndb+ ekmnhfabjktnjdsü kextq. Nhe<s b abnbzub aquatherm PP-R pfobotzs jn djpltqcndby ekmnhfabjktnjdsü kextq ghb nhfzcgjhnbhjdrt b vjznföt. Vfrcbvfkmzjt dhtvy crkflbhjdfzby nhe< zf jnrhsnjv ghjcnhfzcndt cjcnfdkytn 6 vtcywtd!

Lky ghjrkflrb d jnrhsnsü vtcnfü aquatherm ghtlkfuftn rjv<bzbhjdfzzst nhe<s PP-R c pfobnzjq x¢hzjq gjkbänb-ktzjdjq j<jkjxrjq jn kextq UV . Nfrbv j<hfpjv ghtljndhf-oftncy dhtlzjt djpltqcndbt cjkztxzsü kextq.

Nhe<s aquatherm c pfobnzjq gjkbänbktzjdjq j<jkjxrjq jn ekmnhfabjktnjdsü kextq vs dctulf lthöbv lky Dfc zf crkflt.

Cktle+obt nbgs nhe< bvt+ncy c pfobnzjq gjkbänbktzjdjq j<jkjxrjq jn ekmnhfabjktnjdsü kextq

aquatherm green Pipe MFaquatherm blue pipe MF


31


GHJNbdJGJöFHZFY pFobNF

Nhe<jghjdjlzst cbcntvs aquatherm PP-R jndtxf+n nht<jdf-zbyv rkfccf djcgkfvtzytvjcnb B 2 DIN 4102 Gj chfdztzb+ c zfnehfkmzsvb vfnthbfkfvb, nfrbvb rfr lthtdj, ghj<rf bkb ithcnm, jzb zt dsltky+n njrcbxzsü ufpjd ghb ujhtzbb. Nfrbv j<hfpjv, ghb cujhfzbb zt j<hfpetncy lbjrcbz. Lky ghtljndhfotzby hfcghjcnhfztzby juzy lky nhe<jghjdjljd ghbvtzy+ncy ghjnbdjgjöfhzst ubkmps. D ckexft ztj<üjlbvjcnb jzb ecnfzfdkbdf+ncy d vtcnfü ghjüjlf nhe<s xthtp cnhjbntkm-zsq äktvtzn. Juztcnjqrjcnm - änj vbzbvfkmzjt dhtvy d vbze-nfü, d ntxtzbt rjnjhjuj ghtljndhfoftncy gthtzjc juzy b lsvf.

J<ß¢v ztj<üjlbvsü ghjnbdjgjöfhzsü vthjghbynbq pfdbcbn jn dblf vjznföf.

Gjhyljr cjjheötzby ghjnbdjgjöfhzsü rjzcnherwbq b rkfcc juztcnjqrjcnb jghtltky+ncy d cjjndtncndbb c ltqcnde+obvb ghtlgbcfzbyvb. Ztj<üjlbvfy bzajhvfwby ghtljcnfdkytncy bzc-gtrwbtq gj cnhjbntkmzjve zflpjhe bkb bzcgtrwbtq gj gjöfh-zjq <tpjgfczjcnb.

Rfr ghfdbkj, ghjnbdjgjöfhzst cntzs b gthtrhsnby, xthtp rj-njhst ghjüjlyn nhe<s, ljközs dsgjkzyncy bp vfnthbfkf njuj öt rkfccf juztcnjqrjcnb.

Lky nhe<jghjdjljd aquatherm PP-R gjlüjlyn dct ghjnbdjgjöfh-zst cbcntvs, bvt+obt cjjndtncnde+obq cthnbabrfn.

Ghtlgbcfzbt gj jgnbvfkmzjve cgjcj<e ghjnbdjgjöfhzjq pfobns:

Zjdjt ghtlgbcfzbt jgnbvfkmzjuj cgjcj<f ghjnbdjgjöfh-zjq pfobns htuekbhetn cgtwbfkbpbhjdfzzst dbls ghj-üjljd d gthtrhsnbyü b cntzfü, b bpjkywb+ nhe<jghjdjljd d vtcnfü fdfhbqzsü ghjüjljd b dsüjljd. Bpjkywbjzzst nht<jdfzby d cjjndtncdbb c zjdsv ghtlgb-cfzbtv vjuen <snm htfkbpjdfzs <scnhj b l¢itdj.

Gjlhj<ze+ bzajhvfwb+ gj zjdjve ghtlgbcfzb+ (Muster-leitungsrichtlinie 2000) Ds vjötnt gjkexbnm gj ntktajze 0049 2722 950-200 bkb zf abhvt Deutsche Rockwool GmbH.

cktle+obt abhvs ghtlkfuf+n gjlüjlyobt htitzby:

• Deutsche Rockwool Mineralwoll GmbH & Co. OHG Postfach 207 45952 Gladbeck ntk.: 0049 2043 408-0 . afrc: 0049 2043 408-444 Internet: www.rockwool.de

• Doyma GmbH u. Co Industriestr. 43-57 28876 Oyten ntk.: 0049 4207 9166-0 . afrc: 0049 4207 9166-199 Internet: www.doyma.de

curaflam ghjnbdjgjöfhzsq pfobnzsq vfzötn jn rjvgfzbb Doyma

conlit ghjnbdjgjöfhzfy pfobnzfy bpjkywby jn rjvgfzbb Rockwool

32

Lbfvtnhvv

aquathermgreen pipe

& aquathermlilac pipe SDR 11 S

aquathermgreen pipe SDR 7,4 S

aquathermgreen pipe

SDR 6 S

aquathermgreen pipe SDR 7,4 MS

aquathermgreen pipe

SDR 9 MF RP

aquathermgreen pipe SDR 7,4 MF

& aquatherm blue pipe

SDR 7,4 MFSDR 7,4 MF OT

aquathermblue pipe SDR 11 MF

SDR 11 MF OT

aquathermblue pipe

SDR 17,6 MF

16 - 1,17 1,5 1,62 - - - -

20 1,32 1,82 2,12 2,04 - 1,76 - -

25 2,01 2,83 3,27 3,18 - 2,74 - -

32 3,18 4,54 5,33 5,04 3,12 4,39 3,14 -

40 5,05 7,05 8,24 7,57 5,69 - 4,83 -

50 7,82 10,99 12,77 11,06 8,80 - 7,48 -

63 12,35 17,28 20,26 17,27 14,03 - 11,82 -

75 17,21 24,58 28,68 24,80 19,71 - 16,48 -

90 24,92 35,21 41,22 36,84 28,41 - 23,86 -

110 36,89 52,68 61,45 58,75 42,17 - 35,33 -

125 47,91 - - - 54,38 - 45,83 -

160 78,28 - - - 88,90 - 74,88 48,53

200 121,89 - - - 139,00 - 116,64 75,68

250 189,59 - - - 216,18 - 181,42 117,64

315 313,54 - - - 343,66 - 285,82 186,32

355 381,86 - - - 436,33 - 362,93 236,07

400 505,08 - - - - - 460,78 299,73

450 639,28 - - - - - 583,21 378,64

500 - - - - - - - 468,24

560 - - - - - - - 584,88

630 - - - - - - - 740,59

Gjrfpfntkb ntgkjls cujhfzby V [rdn-xfc/v] lky nhe< aquatherm green pipe, aquatherm blue pipe b aquatherm lilac pipe

GJöFHZFY ZFUHEpRF

Pzfxtzby, ztj<üjlbvst lky jghtltktzby gjöfhzjq zfuhep-rb ghb djpzbrzjdtzbb gjöfhf d ghtltkfü jghtltk¢zzjuj exfcnrf, gjkexf+ncy gen¢v cevvbhjdfzby gjrfpfntktq dctü ujh+xbü vfnthbfkjd, bcgjkmpetvsü zf änjv exfcnrt.

Pzfxtzbt ntgkjns cujhfzby V [rDn-xfc/v] lky lfzzjuj exfcnrf d ckexft gjöfhf pfdbcbn jn hfpvthjd exfcnrf b jn bcgjkmpetvjuj vfnthbfkf.

Hfcx¢ns lky nhe<jghjdjljd aquatherm PP-R bpujnjdktzzsü bp PP-R ghjdjlyncy zf jczjdt zbpituj pzfxtzby ntgkjns cujhfzby HU = 12,2 rDn-xfc/ru (d cjjndtncndbb c DIN V 18230 T1) f nfröt vfccs vfnthbfkf m nhe<s [ru/v].

Ghb ghjdtltzbb hfcx¢njd lky rjv<bzbhjdfzzjq nhe<s aquatherm Stabi b Faser ljgjkzbntkmzj ghbzbvftncy dj dzb-vfzbt bzntuhbhjdfzzsq fkk+vbzbq bkb cntrkjdjkjrzj.

D pfdbcbvjcnb jn vtnjlf hfcx¢nf ghb dsxbcktzbb gjöfh-zjq zfuheprb exbnsdftncy rjäaabwbtzn dsujhfzby. Jz j<jpzfxftncy rfr mafrnjh b cjcnfdkytn lky gjkbghjgbktzf 0,8.


33

ÜbVbXtcRFY b NtHVbXtcRFY

LtpbZatRwbYcvjznbhjdfzzjq cbcntvs aquatherm lky gbnmtdjuj djljczf<ötzby bp gjkbghjgbktzf

a) übvbxtcrfy ltpbzatrwby cbcntvsLtpbzatrwby cbcntvs ydkytncy gj chfdztzb+ c ltp-bzatrwbtq gbnmtdjq djls zt gjcnjyzzjq vthjq, jüdfnsdf+otq cvjznbhjdfzzsq jnhtpjr gbnmtdjuj djljczf<ötzby jn vtcnf pfuhypztzby djls lj gezrnf jn<jhf. Rfr ghfdbkj, njkmrj d ckexft ljrfpfzzjuj pfuhypztzby cvjznbhjdfzzjuj exfcnrf gbnmtdjuj djlj-czf<ötzby ghjdtltzbt ltpbzatrwbb juhfzbxtzj gj dhtvtzb.

Ghb zthtuekyhzjq ltpbzatrwbb nhe<s aquatherm, f nfröt cjjndtncde+obt rjvgjztzns cbcntvs b fhvf-nehs vjözj gjldthufnm ldf hfpf d ujl djpltqcdb+ hfcn-djhf ükjhf d cjjnzjitzbb 50 vu/k d ntxtzbt 12 xfcjd.

Fkmnthzfnbdzj vjötn <snm bcgjkmpjdfzf gthtrbcm dj-ljhjlf d rjzwtznhfwbb 150 vu/k d ntxtzbt 24 xfcjd. Dj dhtvy ghjwtccf ltpbzatrwbb ntvgthfnehf zt ljközf ghtdsifnm 30°C.

Ghjdtltzbt ltpbzatrwbjzzjq ghjwtlehs, jcj<tzzj ükjhbhjdfzzjq djljq vjötn ztgjchtlcndtzzj gjdkbynm zf chjr ckeö<s nhe<jghjdjlf. Gjänjve bcgjkmpjdfzbt lbjrcblf ükjhf zt htrjvtzletncy.

b) übvbxtcrfy ltpbzatrwby gbnmtdjq djlsGhb htuekyhzjq ltpbzatrwbb ükjhbhjdfzzjq djljq hfphtiftncy bcgjkmpjdfnm ükjhbhjdfzzsq cjcnfd c cjlthöfzbtv xbcnjuj ükjhf vfrcbvev lj 0,3 vu/k (juhf-zbxtzzjt lfzzjt d cjjndtncdbb c Ghtlgbcfzbyvb r gbnmt-djve djljczf<ötzb+ (TrinkwV2001). Vfrcbvfkmzfy ntv-gthfnehf ghb änjv zt ljközf ghtdsifnm 70°C.

Bcgjkmpjdfzbt lbjrcblf ükjhf zt cjdtnetncy.

Ghjabkfrbnxtcrfy bkb gjcnjyzzfy ltpbzatrwby ghj-nbdjhtxbn vbzbvbpfwbb ghtlghbcfzbq gbnmtdjuj djlj-czf<ötzby, b gjänjve zt ghjdjlbncy.

c) nthvbxtcrfy ltpbzatrwby cbcntvsNthvbxtcrfy ltpbzatrwby d cjjndtncdbb c DVGW W551 d ghbzwbgt ljgecrftncy. Ghb nthvbxtcrjq ltpbzatrwbb lky <jhm<s c ktubjztkjv d cjjndtncdbb c hf<jxbv kbc-njv DVGW-Arbeitsblattes W 551 ntvgthfnehf djls ecnfzfd-kbdftncy nfr, xnj<s jzf ghbcendndjdfkf zf dc¢v cvjz-nbhjdfzzjv exfcnrt d ntxtzbt 3 vbzen c ntvgthfnehjq 70 °C . Ghb änjv zeözj exbnsdfnm vfrcbvfkmzj ljgec-nbve+ hf<jxe+ ntvgthfnehe b lfdktzbt.

LbJRcbL ÜKJHF d RFXtcdt LtpbZ-

atRwbJZZJUJ cHtLcNdF

Pf gjcktlzbt ujls d ztrjnjhsü cnhfzfü bcgjkmpjdfzbt lbjrcblf ükjhf d rfxtcndt ltpbzatrwbjzzjuj chtlcndf lky gbnmtdjuj djljczf<ötzbt exfcnbkjcm.

Ghbxbzs änjve, ghjcnjt b lti¢djt ghjbpdjlcndj b ljpb-hjdrf lbjrcblf ükjhf gj chfdztzbü c ükjhjv. Ljgjkzb- ntkmzj übvbxtcrfy htfrnbdzjcnm b ntv cfvsv ltpbzatr-wbjzzsy äaatrnbdzjcnm d 3 hfpf dsit, xtv e ükjhf.

J<eckjdktzzst änbv dscjrbv jrcblfwbjzzsv gjntzwbf-kjv ghb änjv gjdhtölf+ncy vfnthbfks cbcntv gbnmtdjuj djljczf<ötzby. Gjvbvj egkjnzbntkmzsü vfnthbfkjd nfröt gjdhtölf-+ncy b rjvgjztzns nhe<jghjdjlzjq cbcntvs, ztpfdbcbvj jn njuj, bp gkfcnvfccf jzb bkb bp vtnfkkf.

Zf jczjdfzbb änjuj vs zt htrjvtzletv ghbvtzynm lbjr-cbl ükjhf.


34

GHtLGbcFZbY

Ghb ghjtrnbhjdfzbb b vjznföt nhe<jghjdjljd aquatherm lky djljczf<ötzby b jnjgktzby ztj<üjlbvj cj<k+lfnm cktle+obt pfrjzs, gjcnfzjdktzby, ghtlgbcfzby b zjhvs: (ljgjkzbntkmzst htubjzfkmzst ghtlgbcfzby b htrjvtz-lfwbb ghb änjv zt exbnsdf+ncy).

Ghjtrnbhjdfzbt b vjznfö:

Ghtlgbcfzby lky gbnmtdjuj djljczf<ötzby - TrinkwV-2000

DIN 2000 Wtznhfkmzst ghtlgbcfzby lky gbnmtdjuj djlj-czf<ötzb - nht<jdfzby r gbnmtdjve djljczf<ötzb+, ghj-trnbhjdfzb+, vjznföe, ärcgkefnfwbb b j<ckeöbdfzb+.

EnEV Pfrjz j< ärjzjvbb äzthubb.

DIN 1988 Ntüzbxtcrbt ghfdbkf lky cbcntv gbnmtdjuj djljczf<ötzby (TRWI).

ISO 10508 Gkfcnvfccjdst nhe<jghjdjlzst cbcntvs lky ujhyxtuj b üjkjlzjuj djljczf<ötzby - gjvjom ghb rkfc- cbabrfwbb b bpvthtzbyü.

Dct ghtlkfuftvst nhe<jghjdjlzst cbcntvs cjjndtn-cnde+n ntüzbxtcrbv eckjdbyv rkfccf ghbvtztzby ISO 10508 lky djljczf<ötzby b jnjgktzby .aquatherm green pipe lky rkfccjd 1, 2 (djljczf<ötzbt) b 4, 5 (jnjgktzbt).aquatherm blue pipe lky rkfccjd 4 b 5 (jnjgktzbt).

Gjvbvj änjuj ghb ghbvtztzbb rkfccbabwbhjdfzzsü cbc-ntv (gj ISO 10508) ltqcndbntkmzs zfwbjzfkmzst ghtlgbcf-zby, f nfröt erfpfzby ghjbpdjlbntky.

DIN 4109 Pderjbpjkywby d dscjnzsü plfzbyü

DIN 18381 Cbcntvs ufpj- b djljczf<ötzby, bVOB xfcnm C cnjxzsü djl dzenhb plfzby

DIN 16928 Cjtlbztzby lky nhe<, xfcnb nhe<j- ghjdjljd, vjznfö

DVS 2207 Cdfhrf nthvjgkfcnbxtcrbü bcreccndtzzsü vfnthbfkjd

DVS 2208 Fggfhfns b ghb<jhs lky cdfhrb nthvjgkfcnbxtcrbü bcreccndtzzsü vfnthbfkjd

aquatherm Ntüzbxtcrfy bzajhvfwby

cgtwbabxtcrbt zjhvs lky lfzzsü cbcntv:j<obt nht<jdfzby gj rfxtcnde, gj hfpvthfv

DIN 8077 Nhe<s bp gjkbghjgbktzf, hfpvths

DIN 8078 Nhe<s bp gjkbghjgbktzf, j<obt nht<jdfzby r rfxtcnde

DIN 16962 ff. Cjtlbztzby lky nhe< b xfcnb nhe<jghjdjljd lky zfgjhzsü nhe<jghjdjljd bp gjkbghjgbktzf

DIN EN ISO 15874 ff. Nhe<jghjdjlzfy cbcntvf bp gkfcnbrf lky ujhyxtuj b üjkjlzjuj djljczf<ötzby; gjkbghjgbktz

DVGW - Bzcnherwbb Ztvtwrjuj j<ßtlbztzby jnhfcktq ufpj- b djljczf<ötzby

Ghtlzbcfzby SKZ

DIN EN ISO 9000 ff.

cgtwbabxtcrbt zjhvs lky lfzzjq cbcntvt: ububtzf

Htrjvtzlfwbb gj ghbvtztzb+ gkfcnvfcc d gbnmtdjv djljczf<ötzbb atlthfkmzjuj bzcnbnenf gj jghtltktzb+ cntgtzb hbcrf (KTW BfR)

Jwtzrf gkfcnvfcc b ztvtnfkkbxtcrbü vfnthbfkjd c ububtzbxtcrjq njxrb phtzby d cjjndtncndbb c pfrjzjv j ghjlernfü gbnfzby b ghtlvtnfü gjnht<ktzby d xfcnb, rfcf+otqcy gbnmtdjq djls.

bzcnherwby Ztvtwrjuj j<ßtlbztzby jnhfcktq ufpj- b djljczf<ötzby (DVGW - Arbeitsblatt W 270)

Hfpvzjötzbt vbrhjjhufzbpvjd zf vfnthbfkfü, ghbvtzytvsü d üjpyqcndtzzj-gbnmtdjv djljczf<- ötzbb - ghjdthrf b jwtzrf.

BS 6920 „Suitability of non-metallic products for use in contact with water intended for human con sumption with regard to their effect on the quality of water“

(Ghbujlzjcnm ztvtnfkkbxtcrbü bpltkbq lky bcgjkmpjdfzby d rjznfrnt c djljq, gjnht<kytvjq k+lmvb, c ex¢njv bü dkbyzby zf rfxtcndj djls).

Gjvbvj änjuj, ztj<üjlbvj cj<k+lfnm dct bzcnherwbb djljczf<öf+otuj ghtlghbynby, f nfröt bzcnherwbb gj ghbvtztzb+ übvbxtcrbü dtotcnd.

J>tcGtXtZbt RFXtcNdF

35


cJ>K*LtZbt cbcNtVZsÜ ZJHV

Vzjujxbcktzzst zfwbjzfkmzst b bznthzfwbjzfkmzst ztpfdbcbvst jhufzbpfwbb gjlndthölf+n dscjrjt rfxtcndj ghj-lerwbb aquatherm:

cbcNtVF J>tcGtXtZbY RFXtcNdF

Gjvbvj gjcnjyzzjuj j<tcgtxtzby rfxtcndf dzenhb abhvs jceotcndkytncy rjznhjkm ztpfdbcbvsvb bzcnfzwby-vb, nfrbvb, rfr, zfghbvth, SKZ, KIWA, SAI, TGM, ububtzbxtcrbq bzcnbnen.

LT 01

B 5174

S

S

S

CARSO

cj<cndtzzsq rjznhjkmcbcntvzsq rjznhjkm

düjlzjq rjznhjkm

ghjvtöenjxzsqrjznhjkmrjznhjkm pfghjwtccjv

rjztxzsq rjznhjkm

��rjznhjkm hfpvthjd��rjznhjkm rfxtcndf gjdthüzjcnb��rjznhjkm bzltrcf hfcgkfdf��bcgsnfzbt zf elfhzsq bpub<��bpvtztzbt gjckt nthvjj<hf<jnrb�� ujvjutzzjcnm�� ububtzbxtcrbq b njrcbrjkjubxtcrbq rjznhjkm

gjcnegktzbt:cshmt b ljgjkzbn. ltnfkb

ghjvtöenjxz.crkflbhjdfzbt

crkflbhjdfzbtegfrjdrfjnghfdrf

ärcnhepbybpujnjd. nhe<

kbnmt abnbzujdgjl lfdktz.

36

cbcNtVZsq RJZNHJKm

Bpujnjdktzbt nhe<jghjdjlzjq cbcntvs, cj<k+lfy rjzn-hjkm rfxtcndf, gjlhfpevtdftn zf<k+ltzbt, eghfdktzbt b rjznhjkm ghb dsgjkztzbb dctü hf<jxbü jgthfwbq. Ghb änjv ztj<üjlbvj abrcbhjdfnm htpekmnfns b jgbcsdfnm ghj-bcüjlyobt ghjwtccs d cjjndtncnde+obü ljrevtznfü.

Cbcntvzsq rjznhjkm jüdfnsdftn:

düjlzjq rjznhjkm rjznhjkm pf ghjbpdjlcndtzzsv ghjwtccjv ghjvtöenjxzsq rjznhjkm rjztxzsq rjznhjkm.

Vbzbvfkmzst nht<jdfzby r cj<cndtzzjve rjznhjk+ jghtltky-+ncy zf jczjdfzbb cktle+obü ghfdbk rjznhjky pf rfxtcndjv nhe<jghjdjljd lky cbcntv djljczf<ötzby:

zjhvs DIN, bzcnherwbb Ztvtwrjuj j<ßtlbztzby jnhfcktq ufpj- b djljczf<ötzby DVGW b

rjznhjkmzst rhbnthbb *özj-ztvtwrjuj wtznhf bc-reccndtzzsü vfnthbfkjd (SKZ). Cj<k+ltzbt änbü nht-<jdfzbq ljgjkzbntkmzj ghjdthytncy ztpfdbcbvsvb rjznhjkbhe+obvb jhufzbpfwbyvb d hfvrfü dztiztuj rjznhjky.

Nfrbv j<hfpjv, cbcntvzsq rjznhjkm jceotcndkytncy dzenhtzzbvb b dztizbvb rjznhjkmzj-bcgsnfntkmzsvb exhtöltzbyvb.

Gjvbvj änjuj, abhvf aquatherm, <elexb gbjzthjv d j<kfcnb bpujnjdktzby nhe<jghjdjljd bp gjkbghjgbktzf, j<kflftn vzjujktnzbv jgsnjv d j<kfcnb ärcnhepbb b kbnmy gjl lfdktzbtv. Zfrjgktzzsq jgsn pfabrcbhjdfz d pfdjlcrbü zjhvfü aqua-therm f nfröt dj dzenhtzzbü bzcnherwbyü gj jceotcndkt-zb+ rjznhjky b cj<k+ltzb+ ntüzjkjubq.

Jzb cj<k+lf+ncy cfvsv cnhjöfqibv j<hfpjv, j x¢v cdb-ltntkmcndetn pfabrcbhjdfzzsq ljrevtznfkmzj dscjrbq cnfzlfhn rfxtcndf zf ibü bpltkbq.

cJ>cNdtZZsq RJZNHJKm

Rdfkbabrfwby cjnhelzbrjd b cjdhtvtzzjt kf<jhfnjhzjt j<jheljdfzbt j<tcgtxbdf+n <tpeghtxzjt dsgjkztzbt dctü nht<jdfzbq r rjznhjk+ b ghjdtltzb+ bcgsnfzbq.

R zbv jnzjcyncy:

gjdthrf chtlcnd rjznhjky rjznhjkm pf ghjbpdjlcndtzzsv ghjwtccjv düjlzjq rjznhjkm ghjvtöenjxzsq rjznhjkm rjztxzsq rjznhjkm.

Gj dctv ghjdthrfv, ghjdjlbvsv d hfvrfü cj<cndtzzjuj rjznhjky, cjcnfdkytncy gjlhj<ztqify ljrevtznfwby.


37

cJ>cNdtZZsq RJZNHJKm

düjlzjq rjznhjkm

Dct gjcnegf+obt vfnthbfks gjldthuf+ncy düjlzjve rjzn-hjk+, d üjlt rjnjhjuj jghtltkytncy ghbujlzjcnm cshy b ljgjkzbntkmzsü vfnthbfkjd lky lfkmztqitq j<hf<jnrb.

Zt ghjdthtzzst bkb zt ljgeotzzst ckeö<jq rjznhjky vfnthbfks pfghtoftncy crkflbhjdfnm b bcgjkmpjdfnm lky lfkmztqitq j<hf<jnrb bkb vjznföf.

Ghjvtöenjxzsq rjznhjkm

Gthtl zfxfkjv ghjwtccf bpujnjdktzby nhe<, f nfröt d üjlt ghjbpdjlcndf b vjznföf jceotcndky+ncy rjznhjkm-zst ghjdthrb d cjjndtncndbb c gkfzjv.

Gthtl zfxfkjv ghjwtccf bpujnjdktzby d ckeö<e rjznhjky gthtlf+ncy dct lfzzst zfcnhjqrb cnfzrjd, ztj<üjlbvst lky cj<k+ltzby rfxtcndf, f nfröt j<hfpws nhe< b afcjz-zsü ltnfktq.

D kf<jhfnjhbb ghjdjlbncy nofntkmzfy ghjdthrf, zfcrjkmrj

rfxtcndj gjdthüzjcnb

hfpvths afcjzzsü ltnfktq

lfzzst zfcnhjqrb cnfzrjd lky ärcnhepbb b kbnmy gjl lfdktzbtv

cjjndtncnde+n lfzzsv ghtlsleobü ghjdthjr lky j<tcgt-xtzby jgnbvfkmzjuj ghjbpdjlcndf. Ghjbpdjlcndj ljgecrftncy njkmrj ghb jgnbvfkmzjv ehjdzt rfxtcndf. Ghjdthrb ghjdjlyncy tötlztdzj gthtl zfxfkjv rföljuj cthbqzjuj wbrkf, xnj<s j<tcgtxbnm <tpeghtxzjt ntüzbxtcrjt rfxtcndj cbcntvs.

Rjznhjkm pf ghjbpdjlcndtzzsv ghjwtccjv

Jlbz bp cgjcj<jd rjznhjky pf ghjbpdjlcndtzzsv ghj-wtccjv ydkytncy ekmnhfpderjdjt bpvthtzbt b c<jh lfz-zsü d ghjwtcct ärcnhepbb. Rjznhjkmzj-bpvthbntkmzjt j<jheljdfzbt j<tcgtxbdftn rjznhjkm b cj<k+ltzbt pf-lfzzsü gfhfvtnhjd eöt d ghjwtcct bpujnjdktzby.

Ghb jnrkjztzbb jn pflfzzsü lfzzsü d ne bkb bze+ cnjhj-ze ekmnhfpderjdjq ghb<jh fdnjvfnbxtcrb gthtlf¢n cbuzfk zf cjhnbhjdjxzjt ecnhjqcndj ärcnhepbjzzjq kbzbb. Njkm-rj ghjlerwby <tpeghtxzjuj rfxtcndf egfrjdsdftncy b zfg-hfdkytncy zf crkfl. Gjvbvj änjuj, gjkextzzst lfzzst b gfhfvtnhs ghjbpdjlcndtzzjuj ghjwtccf gjldthuf+ncy ltnfkmzjve fzfkbpe, xnj ljgjkzbntkmzj gjllthöbdftn ghjwtcc j<tcgtxtzby rfxtcndf.

Rjztxzsq rjznhjkm

Gjckt pfdthitzby ghjwtccf ghjbpdjlcndf ghjdjlyncy rjztxzst rjznhjkmzst pfvths cjukfczj uhfabre ghj-dthjr. Njkmrj tckb gjckt ghjdtltzby cjjndtnce+obü ghjdthjr, xnj abrcbhetncy ljrevtznfkmzj, htpekmnfns cjjndtncnde+n nht<jdfzbyv gj rfxtcnde, bpujnjdktzzfy ghjlerwby zfghfdkytncy zf crkfl.

Ghb jceotcndktzbb rjznhjky bcgjkmpe+ncy bcgsnfzby,rjnjhst jghtltky+n ghbujlzjcnm ghjlerwbb lky gjckt-le+otuj bcgjkmpjdfzby d jghtltk¢zzjq jnhfckb.

Änj gjpdjkytn j<zfheöbnm b ecnhfzbnm rjzcnhernbdzst b ghjbpdjlcndtzzj-ntüzbxtcrbt ztljcnfnrb.

Rjztxzsq rjznhjkm drk+xftn d ct<y cktle+obt jgthfwbb:

rjznhjkm hfpvthjd rjznhjkm rfxtcndf gjdthüzjcnb rjznhjkm bzltrcf hfcgkfdf bcgsnfzbt zf elfhzsq bpub< bpvtztzbt gjckt nthvjj<hf<jnrb ujvjutzzjcnm vfnthbfkf ljkujdhtvtzzsst bcgsnfzby b bpvtztzbt cdjqcnd d pfdbcbvjcnb jn dzenhtzztuj lfdktzby.

Ljgjkzbntkmzj d cj<cndtzzjq kf<jhfnjhbb htuekyhzj ghj-djlyncy ububtzbxtcrbt bcgsnfzby cjukfczj ghtlgbcfzbyv KTW / DVGW.


38

ZtpFdbcbVsq RJZNHJKm

Ztpfdbcbvsq rjznhjkm ghjbpdjlbncy d ecnfzjdktz-zjv j<ß¢vt xthtp jghtltk¢zzst ghjvtöenrb dhtvtzb. Cjjndtncnde+obt rjznhjkbhe+obt bzcnfzwbb jghtlt-ky+n, rfrbt egjkzjvjxtzzst jhufzbpfwbb ztcen jndtn-cndtzzjcnm pf tuj ghjdtltzbt.

Ztpfdbcbvsq rjznhjkm drk+xftn d ct<y gjvbvj bcgsnf-zbq bpltkbq d lheubü kf<jhfnjhbyü

a) ghjdthre ghtlgbcfzzsü vth cj<cndtzzjuj rjznhjky bpujnjdbntky,

b) ghjdthre ghb<jhzj-ntüzbxtcrbü eckjdbq,

c) ububtzbxtcrbq b njrcbrjkjubxtcrbq rjznhjkm.

Htpekmnfns ztpfdbcbvsü bcgsnfzbq j<hfpwjd nhe< b af-cjzzsü ltnfktq aquatherm abrcbhe+ncy d cdbltntkmcndfü j ghjdtl¢zzsü bcgsnfzbyü.

Ztpfdbcbvsq rjznhjkm nhe<jghjdjlzsü cbcntv aqua-therm d Uthvfzbb jceotcndkytncy rfr *özj-ztvtwrbv wtznhjv bcreccndtzzsü vfnthbfkjd (SKZ) d D+hw<ehut, nfr b Ububt-zbxtcrbv bzcnbnenjv d Utkmptzrbhützt.J<f bzcnbnenf bvt+n hfphtitzbt Ztvtwrjuj j<ßtlbztzby jnhfcktq ufpj- b djljczf<ötzby (DVGW) zf dsgjkztzbt aezrwbq rjznhjkmzsü bzcnfzwbq.

Ztpfdbcbvsq rjznhjkm lky gjkextzby pfhe<tözsü cthnb-abrfnjd ghjbpdjlbncy fzfkjubxzsv j<hfpjv.

crkflbhjdfzbt / Egfrjdrf / Jnghfdrf

Gjckt jceotcndktzby rjznhjky b gjkextzby hfphtitzby ghjlerwby zfghfdkytncy zf cjjndtncnde+obq crkfl.

Cgjcj<s egfrjdrb, crkflbhjdfzby, dslfxb b jnghfdrb ghjlerwbb jghtltky+ncy dzenhtzzbvb bzcnherwbyvb.


39

Ntüzjkjuby cdfhrb

40

Lky cgtwbfkbpbhjdfzzjuj vjznföf nhe<jghjdjljd aqua-therm PP-R ghtlkfuf+ncy cktle+obt bzcnhevtzns, rjnjhs-vb nfröt cjtlbzy+ncy bpjkbhjdfzzst nhe<s b abnbzub vtnjljv veanjdjq cdfhrb bkb cdfhrb dcnsr.

dFöZJ!Hfphtiftncy bcgjkmpjdfnm njkmrj jhbubzfkmzjt cdfhjx-zjt j<jheljdfzbt aquatherm bkb hfphti¢zzst abhvjq aquatherm fggfhfns b bzcnhevtzns.

1. Hexzjq cdfhjxzsq fggfhfn aquatherm (800 Dn) <tp cdfhjxzsü bzcnhevtznjd (fhn. ˇ 50337). Lky nhe< lbfvtnhjv 16-63 vv.

2. Hexzjq cdfhjxzsq fggfhf aquatherm (1400 Dn) <tp cdfhjxzsü bzcnhevtznjd (fhn. ˇ 50341). Lky nhe< lbfvtnhjv 50-125 vv.

3. Cdfhjxzst bzcnhevtzns aquatherm lky hexzsü cdfhjxzsü fggfhfnjd fhn. ˇ 50206 16 vv

fhn. ˇ 50208 20 vv fhn. ˇ 50210 25 vv fhn. ˇ 50212 32 vv

fhn. ˇ 50214 40 vv fhn. ˇ 50216 50 vv fhn. ˇ 50218 63 vv fhn. ˇ 50220 75 vv fhn. ˇ 50222 90 vv fhn. ˇ 50224 110 vv fhn. ˇ 50226 125 vv.

4. Cdfhjxzfy vf ibzf aquatherm (1400 Dn) cj cdfhjxzsvb bzcnhevtznfvb 50-125 vv (fhn. ˇ 50148). Lky nhe< lbfvtnhjv 50-125 vv.

5. Cdfhjxzfy vf ibzf aquatherm lky cdfhrb dcnsr. Lky nhe< lbfvtnhjv 160-630 vv.

6. Dcgjvjufntkmzjt äktrnhjzzjt ecnhjqcndj aquatherm fhn. ˇ 50159. Lky nhe< lbfvtnhjv 63-125 vv.

XFcNm A: bZcNHEVtZNs b RJVGKtRNE*obt

Hexzjq cdfhjxzsq fggfhfn 800 Dn b cdfh. bzcnh. 16-63 vv

Hexzjq cdfhjxzsq fggfhfn 1400 Dn. b cdfh. bzcnh. 50-125 vv

Cdfhjxzfy vf ibzf 1400 Dn. b cdfhjxzst bzcnhevtzns

Cdfh. vf ibzf lky cdfhrb dcnsr nbg Light drk. rjvgktrne+obt

Äktrnhjzzjt dcgjvjufntkmzjt ecnhjqcndj

NtÜZJKJUbY cdFHRb

41

1. Cbcntvs aquatherm green, blue b lilac pipe cdfhbdf+ncy bltz- nbxzsv j<hfpjv.

2. Cdfhjxzst bzcnhevtzns d üjkjlzjv cjcnjyzbb zfdbz-nbnm b pfnyzenm dhexze+.

3. Gthtl cdfhrjq hfcghtltkbntkmzsü <kjrjd, rjulf jlzj-dhtvtzzj cdfhbdf+ncy ldf cjtlbztzby, cdfhjxzst bzcn-hevtzns ztj<üjlbvj gjvtcnbnm d cjjndtncnde+obt jndthc-nby zfuhtdfntkmzjuj vtxtdblzjuj jhufzf, rfr erfpfzj d nf<kbwt F b D.

4. Cdfhjxzst bzcnhevtzns ljközs <snm xbcnsvb, gthtl ecnfzjdrjq cktletn ghjdthbnm bü xbcnjne. D ckexft ztj<-üjlbvjcnb zfuhtdfntkmze+ ubkmpe b zfuhtdfntkmzsq ljhz cktletn jxbcnbnm ztdjkjrzbcnjq uhe<jq <evfözjq cfkatn-rjq, cvjxtzzjq d cgbhnt.

5. Cdfhjxzst bzcnhevtzns dctulf ztj<üjlbvj ecnfzfd-kbdfnm nfr, xnj<s bü gjdthüzjcnm zt dsüjlbkf pf rhfq vtxtdblzjuj zfuhtdfntkmzjuj jhufzf. Cdfhjxzst bzcn-hevtzns, zfxbzfy c lbfvtnhf Ø 40 vv, dctulf ztj<üjlbvj

ecnfzfdkbdfnm zf pflzbü jndthcnbyü vtxtdblzjuj zfuhtdfntkmzjuj jhufzf.

6. Drk+xbnm cdfhjxzsq ghb<jh b ghjrjznhjkbhjdfnm, ujhbn kb bzlbrfnjh zf rzjgrt drk+xtzby.

D pfdbcbvjcnb jn ntvgthfnehs jrheöf+otq chtls zfuhtd vtxtdblzjuj zfuhtdfntkmzjuj jhufzf lkbncy 10 - 30 vbzen.

XFcNm A: EcNFZJdRF bZcNHEVtZNJd

fhn. ˇ ghjüjl jndthcnbt jndjl jndthcnbt

30115 Ø 25 vv A + E Ø 20 vv A + C

85123 Ø 20 vv A + B Ø 16 vv A + C

A

B

ZtGHFdbKmZJ

GHFdbKmZJ

NtÜZJKJUbY cdFHRb

E D C B A

85

60,0050

35

42

cdfhjxzst bzchnevtzns

Zfuhtdfntkmzsq vtxtdblzsq

jhufz

Herjynrf

bzlbrfnjh drk. /dsrk. (ö¢knsq)- ujhbn gjcnjyzzj dj dhtvy afps zfuhtdfzby- vjhuftn gj ljcnbötzbb ztj<üjlbvjq ntvgthfnehs cdfhrb

bzlbrfnjh rjznhjkyntvgthfnehs (ptk¢zsq)ujhbn gjcnjyzzj, rfr njkmrj fggfhfn gjlrk+xtz r ctnb

XFcNm A: aFpF ZFUHtdFZbY / HF>JNF c bZcNHEVtZNFVb

afpf zfuhtdfzby

7. Dj dhtvy afps zfuhtdfzby dbzn cdfhjxzsü bzcnhevtz-njd zeözj pfnyzenm.

Ghb änjv cktletn j<hfnbnm dzbvfzbt zf nj, xnj<s zf-cflrb dctq cdjtq gjdthüzjcnm+ ghbktufkb r vtxtdblzj-ve zfuhtdfntkmzjve jhufze. Zt hfphtiftncy ghbvtzynm rktob bkb lheubt ztghbcgjcj<ktzzst bzcnhevtzns, xnj<s zt gjdhtlbnm gjrhsnbt cdfhjxzsü bzcnhevtznjd.

8. Ntvgthfnehf, ztj<üjlbvfy lky cdfhrb cbcntv aquatherm PP-R cjcnfdkytn 260 °C. D cjjndtncndbb c lbhtrnbdjq Ztvtw-

rjuj cj+pf cdfhrb DVS gthtl zfxfkjv cdfhrb ztj<üjlb-vj ghjdthbnm ntvgthfnehe cdfhjxzjuj bzchevtznf. Rjznhjkm ghjbpdjlbncy c gjvjom+ ghb<jhf <scnhjuj bpvthtzby ntvgthfnehs gjdthüzjcnb.

dZbVFZbt: Gthdfy cdfhrf ljközf ghjbpdjlbnmcy cgecny 5 vbzen

gjckt ljcnbötzby cdfhjxzjq ntvgthfnehs!

Hf<jnf c bzcnhevtznfvb

9. Ghb cvtzt bzcnhevtznf zf zfuhtnjv ghb<jht gjckt gthbjlf zfuhtdfzby ztj<üjlbvj gjdnjhzj ghjrjznhjkb-

hjdfnm hf<jxe+ ntvgthfnehe cdfhjxzjuj bzcnhevtznf.

10. Tckb cdfhjxzsq ghb<jh zf dhtvy <jkmibü gththsdjd dsrk+xftncy, nj ztj<üjlbvj gjdnjhbnm ghjwtcc zfuht-dfzby (zfxbzfy c gezrnf 6).

11. Gj jrjzxfzbb cdfhjxzsü hf<jn zflj dsrk+xbnm ghb-<jh b lfnm tve jcnsnm. Rfntujhbxtcrb pfghtoftncy jü-kfölfnm ghb<jh djljq, änj ghbdtl¢n r dsüjle nthvj-cjghjnbdktzby bp cnhjy.

12. Zt ljgecrfqnt pfuhypztzby cdfhjxzsü ghb<jhjd b bzcnhevtznjd aquatherm. Ghbujhtdibt xfcnbws vjuen

cnfnm ghbxbzjq ztrfxtcndtzzjq cdfhrb.

Bzcnhevtzns vjözj jxbofnm <evfözsvb cfkatnrfvbaquatherm fhn. ˇ 50193. Cdfhjxzst bzcnhevtzns dctulf ljközs <snm ceübvb.

13. Ghb<jh gjckt ghjdtltzby cdfhrb zt kjöbnm zf bzcnhevtzns, bvt+obt ntakjzjdjt pfobnzjt gjrhsnbt, xnj<s zt

gjdhtlbnm tuj, f ecnfzjdbnm zf bvt+otvcy d rjvgktrnt infnbdt.

14. Gjdhtöltzzst b pfuhypztzzst cdfhjxzst bzcnhevtz-ns ztj<üjlbvj pfvtzbnm d j<ypfntkmzjv gjhylrt, nfr rfr njkmrj bzcnhevtzns d <tpeghtxzjv cjcnjyzbb uf-hfznbhe+n <tpeghtxzjcnm cdfhzsü cjtlbztzbq.

15. Pfghtoftncy hfp<bhfnm b cfvjcnjyntkmzj htvjznbhj-dfnm ztbcghfdzst ghb<jhs. Ghb j<zfheötzbb ztbc-ghfdzjcnb ghb<jh ztj<üjlbvj jnghfdbnm zf pfdjl lky htvjznf.

16. Ztj<üjlbvj htuekyhzj ghjdthynm hf<jxe+ ntvgthf-nehe cdfhjxzsü ghb<jhjd aquatherm ghb gjvjob cjjn-dtncnde+obü bpvthbntkmzsü ghb<jhjd bkb gjhexfnm ghjdtltzbt nfrbü ghjdthjr cgtwbfkbcnfv.

XFcNm A: GHtLGbcFZbY

Ghtgbcfzby

17. Ghb hf<jnt cj cdfhjxzsvb fggfhfnfvb ztj<üjlbvj cj<k+lfnm “J<obt ghfdbkf ghjbpdjlcndtzzjq ntüzbrb <tpjgfczjcnb b ghtljndhfotzby ztcxfcnzsü ckexftd“. Jcj<tzzjt dzbvfzbt cktletn eltkynm “Ghtlgbcfzbyv Ghjatcbjzfkmzjuj j<ßtlbztzby übvbxtcrjq ghjvsi-ktzzjcnb lky vf ibz gj j<hf<jnrt b gththf<jnrt bcrec-cndtzzsü vfnthbfkjd“, ukfdf “Cdfhjxzst fggfhfns b cdfhjxzjt j<jheljdfzbt“.

18. Rhjvt njuj, ghb hf<jnt cj cdfhjxzsvb ghb<jhfvb, fggfhfnfvb b bzcnhevtznfvb aquatherm ztj<üjlbvj cj<-k+lfnm J<obt ghtlgbcfzby Ztvtwrjuj Cj+pf cdfhrb DVS 2208 xfcnm 1.

XFcNm b: GHJdtHRF GHb>JHJd b

bZcNHEVtZNJd

1. Ztj<üjlbvj ghjdthbnm, cjjndtncnde+n kb bcgjkmpetvst cdfhjxzst ghb<jhs b bzcnhevtzns nht<jdfzbyv hfp-ltkf “Ntüzjkjuby cdfhrb, xfcnm F“.

2. Bcgjkmpetvst ghb<jhs b bzcnhevtzns ztj<üjlbvj zfuhtnm lj hf<jxtq ntvgthfnehs d 260 °C. D cjjndtn-cndbb c hfpltkjv “Ntüzjkjuby cdfhrb, xfcnm F, gezrn 8“ nht<etncy cgtwbfkmzfy ghjdthrf hf<jxtq ntvgthf-nehs, rjnjhfy cjukfczj ghtlgbcfzbyv Ztvtwrjuj Cj+pf cdfhrb DVS ghjdjlbncy d j<ypfntkmzjv gjhylrt. D cjjndtncndbb c lbhtrnbdjq Ztvtwrjuj cj+pf cdfhrb

DVS, rjznhjkm hf<jxtq ntvgthfnehs hfphtiftncy ghjdjlbnm c gjvjom+ ghb<jhjd lky <scnhjuj bpvthtzby

ntvgthfnehs gjdthüzjcnb.

Nfrbt ghb<jhs ljközs <snm hfccxbnfzs zf bpvthtzbt ntvgthfnehs lj 350 °C b j<kflfnm dscjrjq njxzjcnm+ bpvthtzby.

ERFPFZBT: aquatherm htrjvtzletn bcgjkmpjdfnm jhbubzfkmzsq ghb<jh aquatherm lky bpvthtzby ntvgthfnehs gjdthüzjcnb fhn. ˇ 50188.

XFcNm b: GJLUJNJdRF R cdFHRt

3. J<htpfnm nhe<e gjl ghyvsv eukjv r jcb. Hfphtiftncy bcgjkmpjdfnm bcrk+xbntkmzj nhe- <jhtps fusiotherm® bkb gjlüjlyobt htöeobt bzcnhevtzns. Ghb ztj<üjlbvjcnb elfkbnm Pfe- ctzws b j<hfpjdfdie+cy ghb htprt cnheöre.

4. Ghb gjvjob ghbkfuftvjuj if<kjzf b uhfabnj- djuj cnthözy j<jpzfxbnm uke<bze cdfhrb zf rjz- wt nhe<s.

5. Vfhrbhjdrjq zf nhe<t b (bkb) zf abnbzut j<jpzfxbnm nht<etvjt gjkjötzbt afcjzzjq ltnfkb. Lky ghfdbkmzjq jhbtznfwbb vjözj bcgjkmpjdfnm nfröt dcgjvjufntkmze+ vfhrbhjdre zf afcjzzjq ltnfkb b kbzb+ ihbanf zf nhe<t.

NtÜZJKJUbY cdFHRb

Bpvthtzbt ntvgthfnehs zf cdfhjxzjq vf ibzt aquatherm- lky cdfhrb dcnsr

Bpvthtzbt ntvgthfnehs zf hexzjv cdfhjxzjv fggfhfnt aquatherm (800 Dn)

Bpvthtzbt ntvgthfnehs zf cdfhjxzjq vf ibzt aquatherm

Jnhtpfzbt nhe<s

Jnvtnrf uke<bzs cdfhrb

44

NtÜZJKJUbY cdFHRb

XFcNm b: ZFUHtdFZbt ÄKtVtZNJd

Zfheözsq lbfvtnh nhe<s

Uke<bzf cdfhrb

dhtvy zfuhtdfzby

dhtvy j<hf<jnrb

dhtvy jükfölt-

zby

vv vvctr. DVS

ctr. AqT*

ctr. vbz.

16 13,0 5 8 4 220 14,5 5 8 4 225 16,0 7 11 4 232 18,0 8 12 6 440 20,5 12 18 6 450 23,5 18 27 6 463 27,5 24 36 8 675 30,0 30 45 8 890 33,0 40 60 8 8110 37,0 50 75 10 8125 40,0 60 90 10 8

*Cjukfczj ghtlgbcfzbyv DVS 2207, xfcnm 11, ghb zfheözjq ntvgthfneht zböt +5 °C ghblthöbdfnmcy dhtvtzb zfuht-dfzby AQT (d ctr.).

Lbfvtnhs 160 - 630 vv:änb lbfvtnhs cdfhbdf+ncy cdfhrjq dcnsr.

>jktt gjlhj<ze+ bzajhvfwb+ Ds zfql¢nt zf chn. 60-65.

cktletn cj<k+lfnm j<obt ghtlgbcfzby DVS 2207, xfcnm 11, lky veanjdjq cdfhrb äktvtznjd.

10. Rjztw nhe<s, zt dhfofy, dcnfdbnm d zfuhtdfntkmze+ ubkmpe lj jnvtxtzzjq uke<bzs cdfhrb b jlzjdhtvtzzj, zt dhfofy, zfcflbnm afcjzze+ xfcnm lj egjhf zf zfuht-dfntkmzsq ljhz.

Ztj<üjlbvj j<ypfntkmzj cj<k+lfnm dhtvy zfuht-dfzby cjukfczj zbötghbdtl¢zzjq nf<kbwt! Nhe<s b afcjzzst ltnfkb lbfvtnhjv Ø 75-125 vv, rfr ghfdbkj, j<hf<fnsdf+ncy njkmrj c gjvjom+ cdfhjx-zjuj ghb<jhf fhn. ˇ 50341, (bkb cdfhjxzjq vf ibzs fhn. ˇ 50148).

dZbVFZbt: Jncx¢n dhtvtzb zfuhtdfzby zfxbzftncy kbim njulf,

rjulf zf zfuhtdfntkmzjq ubkmpt b zf ljhzt ljcnbuftncy ztj<üjlbvfy uke<bzf cdfhdrb.

11. Gj jrjzxfzbb ghtlgbcfzzjuj dhtvtzb zfuhtdfzby, <scnhj czynm nhe<e b afcjzze+ ltnfkm cj cdfhjxzsü bzcnhevtznjd b chfpe, zt gjdjhfxbdfy bü, cldbzenm lheu c lheujv nfr, xnj<s jnvtxtzzfy uke<bzf cdfhrb <skf gjrhsnf j<hfpjdfdibvcy zfgksdjv.

dZbVFZbt: Ztkmpy nhe<e dldbufnm d afcjzze+ ltnfkm ckbirjv uke-<jrj, bzfxt änj vjötn ghbdtcnb r ceötzb+ ghjüjlf, f d rhfqztv ckexft r pfregjhrt.

12. Dj dhtvy j<hf<jnrb cjtlbztzzst äktvtzns ljközs <snm pfabrcbhjdfzs.

D änj dhtvy cjtlbztzbt vjözj jnrjhhtrnbhjdfnm. Änf

rjhhtrnbhjdrf juhfzbxbdftncy kbim dshfdzbdfzbtv nhe<s b afcjzzjq ltnfkb. Gjdjhfxbdfzbt äktvtz-njd ztljgecnbvj. Gj bcntxtzb dhtvtzb j<hf<jnrb cjtlbztzbt eöt ztkmpy gjldthufnm dshfdzbdfzb+.

13. Gj bcntxtzbb dhtvtzb jükföltzby cdfhtzzst d tlbzjt wtkjt äktvtzns vjözj gjldthufnm gjkzjq zfuheprt.

D htpekmnfnt cgkfdktzby nhe<s b abnbzuf j<hfpetncy zthfphsdzjt cjtlbztzbt vfnthbfkf äktvtznjd cbc-ntvs: j<hfpwjdfy ntüzbrf cjtlbztzby c zfltözjcnm+ zf dc+ öbpzm.

Htif+obt lfzzst lky cdfhrb

Cjtlbztzbt, abrcfwby b…

… dshfdzbdfzbt äktvtznjd.

Htpekmnfn: zthfphsdzjt cjtlbztzbt!

Zfuhtdfzbt äktvtznjd

45


XFcNm b: EZbdtHcFKmZsq pFXbcNZJq

bZcNHEVtZN AqUATHeRM

C gjvjom+ ezbdthcfkmzjuj pfxbcnzjuj bzcnhevtznf, pfxboftncy gjdthüzjcnzsq ckjq c rjzwjd nhe< aquatherm OT (rbckjhjljpfobnzsq), UV (pfobnzsq ghjnbd EA- bpkextzby) b MS (rjv<bzbhjdfzzsq ckjq gjkbghjgbktzf b fk+vbzby). Gjckt hfdzjvthzjuj cnfxbdfzby zfheözjuj ckjy nhe<s djpvjözj k+<jt zfhfobdfzbt nhe<jghjdjlzjq cbcntvs ghb gjvjob äktrnhjcdfhjxzjq veans bkb abnbzuf. Ljcnegzs cktle+obt lbfvtnhs ezbdthcfkmzsü pfxbcnzsü bzcnhevtznjd: Ø20 – Ø125 vv (fhn. ˇ 50479 – 50488 ). Ghjwtcc pfxbcnrb jceotcndkytncy vtüfzbxtcrb bkb dhexze+. Lky vtüfzbxtcrjq j<hf<jnrb ztj<üjlbvs ljgjkzbntkmzj ldf lbcrf-gthtüjlzbrf zf rjnjhst rhtgbncy pfxbcnzjq bzcnhevtzn, lky lbfvtnhjd Ø20 – Ø63 vv (fhn. ̌ 50499) b lky lbfvtnhjd Ø75 – Ø125 vv (fhn. ˇ 50500). Lky vtüfzbxtcrjq pfxbcnrb äktrnhjvean pfxbcnzjq bzchnevtzn ztj<üjlbvj ljgjkzbntkmzj elkbzbnm zfcflrjq (fhn. ˇ 50489 – 50498). Vjozfy lhtkm ljközf j<kflfnm dscjrbv rhenyobv vjvtznjv.

1. HERJdJLcNdJ GJ VtÜFZbXtcRJq pFXbcNRt

1.1. Lbcr-gthtüjlzbr rhtgbncy r iehegjdthne ghb gjvjob itcnbuhfzzsü <jknjd.

1.2. Pfxbcnzjq bzcnhevtzn dcnfdkytncy gfpjdsvb dbznfvb d cjjndtnde+otuj lbfvtnhf jndthcnby zf lbcrt-gthtüjlzbrt b ghjdjhfxbdftncy gj xfcjdjq cnhtkrt nfr, xnj<s bzcnhevtzn <sk pfabrcbhjdfz zf lbcrt.

1.3. Pfrhtgk¢zzsq pfxbcnzjq bzcnhevtzn zfcföbdftncy zf j<htp nhe<s.

1.4. Dj dhtvy dhfotzby pfxbcnzjuj bzcnhevtznf b k¢urjuj lfd-ktzby zf lhtkm zfxbzftncy ghjwtcc pfxbcnrb d jctdjv zfghfd-ktzbb. Pfxbcrf jrjzxtzf rjulf lbcr-gthtüjlzbr egh¢ncy d rhfq nhe<s.

1.5. Ntgthm vjözj cdfhbnm nhe<e gj ghbzwbge veanjdjq cdfhrb.

2. HERJdJLcNdJ GJ VtÜFZbXtcRJq pFXbcNRt LKY ÄKtRNHJcdFHJXZsÜ VEaN

2.1. Zfcflre lky elkbztzby cjdvtcnzj c pfxbcnzsv bzcnhevtz-njv jnwtznhjdfnm ghbktuf+obvb lheu r lheue gfpfvb b pfrhtgbnm nhtvy itcnbuhfzzsvb dzenhtzzbvb iehegfvb.

2.2. Lbcr-gthtüjlzbr cjtlbzytncy c lhtkm+ b pfxbcnzsv bzcnhevznjv ghb gjvjob 6-nb uhfzzsü <jknjd (cv. ajnj 1.2).

2.3. Dj dhtvy dhfotzby pfxbcnzjuj bzcnhevtznf b k¢urjuj lfd-ktzby zf lhtkm zfxbzftncy ghjwtcc pfxbcnrb d jctdjv zfghfdktzbb. Pfxbcnrf jrjzxtzf rjulf lbcr-gthtüjlzbr egh¢ncy d rhfq nhe<s.

2.4. Pfxbcnzjq bzcnhevtzn czbvftncy c nhe<s b vjözj zfxbzfnm ghjwtcc vjznföf äktrnhjcdfhjxzjq veans.

3. HERJdJLcNdJ GJ pFXbcNRt dHEXZE*

3.1. Lky hexzjq pfxbcnrb r bzcnhevtzne rhtgyncy ldt herjynrb.

3.2. Pfxbcnzjq bzcnhevtzn zfcföbdftncy zf ztjxbotzze+ nhe<e lj egjhf.

3.3. Pfxbcnzjq bzcnhevtzn dhfoftncy lj ntü gjh, gjrf zt <eltn ljcnbuzenf uke<bzf cdfhrb (cv. nf<kbwe zböt).

3.4. Gj ljcnbötzb+ pfxbcnzsv bzcnhevtznjv uke<bzs cdfhrb tuj czbvf+n b ghjwtcc veanjdjq cdfhrb vjötn <snm dsgjkztz. Ghb bcgjkmpjdfzbb äktrnhjveans d rfxtcdt cldbözjq veans uke<bzf pfxbcnrb lky äktrnhjveans ljközf <snm eldjtzf (cv. nf<kbwe).

1.1

1.2

1.3

1.4

1.5

45

46

gfps

NF>KbwF UKE>bZs pFXbcNRb VEaNJdFY b ÄKtRNHJVEaNJdFY cdFHRF

Lbfvtnh Uke<bzf pfxbcnrb veanjdfy cdfhrf

Uke<bzf pfxbcnrb äktrnhjveanjdfy cdfhrf

ø 20 16 vv 39 vv

ø 25 20 vv 43 vv

ø 32 22 vv 45 vv

ø 40 25 vv 50 vv

ø 50 28 vv 56 vv

Lbfvtnh Uke<bzf pfxbcnrb veanjdfy cdfhrf

Uke<bzf pfxbcnrb äktrnhjveanjdfy cdfhrf

ø 63 32 vv 65 vv

ø 75 34 vv 69 vv

ø 90 37 vv 77 vv

ø 110 42 vv 85 vv

ø 125 44 vv 90 vv

2.1 3.1

2.2 3.2

2.3 3.3

2.4 3.4

47

XFcNm C: ddFHZst c£LKF

Ddfhzst c¢lkf aquatherm bvt+cy lky zfheözsü lbfvtnhjd 40 - 630 vv.

Ddfhzst c¢lkf ghbvtzy+ncy:

• lky gjlrk+xtzby ljgjkzbntkmzsü jndtndktzbq• lky cnhjtzby hfcghtltkbntktq • lky gjänfözjuj hfcghtltktzby d cnjyrfü• lky gjuheözsü ubkmp b vz. lh.

Vfrcbvfkmzsq lbfvtnh gjuheözjq ubkmps ghbdtl¢z d nf<kbwt zf chn. 49.

1. Gthtl zfxfkjv ghjwtccf cdfhrb ztj<üjlbvj e<tlbnmcy, cjjndtncnde+n kb bcgjkmpetvst ghb<jhs b bzcnhevtz-ns nht<jdfzbyv hfpltkf “Ntüzjkjuby cdfhrb, xfcnm F“.

2. Czfxfkf ztj<üjlbvj ghjcdthkbnm cntzre nhe<s cdthkjv aquatherm (fhn. ˇ 50940-50958).

3. dFöZJ!

Ghb ghbvtztzbb nhe< blue pipe OT fhn. ˇ 2170708-2170138 ztj<üjlbvj j<ypfntkmzj elfkbnm rbckjhjljpfobnzsq ckjq ahtpjq aquatherm lky j<hf<jnrb ctltkmzjuj jndthc-nby, d cjjndtncdbb c ghbdtl¢zzjq cghfdf nf<kbwtq. Lky änjuj ahtpe dcnfdbnm d jndthcnbt b kturj ghböbvfy, zf zbprbü j<jhjnfü 2 - 3 hfpf ghjqnbcm gj dctq gjdthü-zjcnb djrheu jndthcnby, zfrkjzyy ahtpe nj d jlze, nj d lheue+ cnjhjze lj ntü gjh, gjrf rbckjhjljpfobnzsq ckjq zt <eltn elfk¢z.

Cnheöre bkb lheubt xfcnbws elfkbnm xbcnyobvb cfk-

atnrfvb aquatherm. Gjckt änjuj gj djpvjözjcnb <jkmit r jndthcnb+ zt ghbrfcfnmcy b pfobofnm tuj jn pfu-

hypztzby.

Ghb ghbvtztzbb rjv<bzbhjdfzzsü nhe< Stabi cktletn elfkbnm jcnfdibqcy zf ghjcdthktzzjv jndthcnbb fk+-vbzbq c gjvjom+ bzcnhevtznf lky czynby afcrb aqua-therm fhn. ˇ 50910-50914.

4. Cdfhjxzsq ghb<jh / bzcnhevtzn lky ddfhzjuj ctlkf ljk-ötz ljcnbxm nht<etvjq hf<jxtq ntvgthfnehs 260 °C (ghjdthrf d cjjndtncndbb c hfpltkjv “Ntüzjkjuby cdfh-rb, xfcnm B gezrn 2“.

5. Cdfhbdftvst gjdthüzjcnb ljközs <snm xbcnsvb b ceübvb.

6. Zfuhtdfntkmzsq inewth bzcnhevtznf lky ddfhzjuj ctlkf dcnfdkytncy d jndthcnbt d cntzrt nhe<s lj ntü gjh, gjrf bzcnhevtzn zt ljcnbuztn gjkzjcnm+ zfheözjq cntzrb nhe<s. Pfntv inewth ddfhzjuj ctlkf dcnfdkytncy d zfuhtdfntkmze+ ubkmpe lj ntü gjh, gjrf gjdthüzjcnm ctlkf zt ljcnbuztn cdjlf bzcnhevtznf. Dhtvy zfuhtdf äktvtznjd cjcnfdkytn 30 ctrezl.

7. Gjckt bpdktxtzby cdfhjxzjuj ghb<jhf inewth ddfhzj-uj ctlkf <scnhj dcnfdkytncy d zfuhtnjt jndthcnbt. Pfntv ctlkj cktletn njxzj b gkjnzj, zt dhfofy, ghb-öfnm r zfuhtnjq zfheözjq gjdthüzjcnb nhe<s.

Ddfhzjt ctlkj ztgjldbözj abrcbhetncy zf nhe<t d ntxtzbt 15 ctr. Gjckt 10 vbzen jcnsdfzby cjtlbztzbt vjözj gjldthufnm gjkzjq zfuheprt. Cjjndtncnde+ofy nhe<f jndtndktzby ddfhbdftncy d veane j<sxzsv cgjcj<jv.

Ghjcdthkbdfzbt jndthcnby d cntzrt nhe<s

Zfuhtdfzbt …

…cdfhbdftvsü äktvtznjd

Cjtlbztzbt

Ujnjdj!

Czynbt rbckjhjljztghjzbwftvjuj ckjy c nhe<s aquatherm blue pipe OT

Fhn. ˇ Hfpvth

50921 lky ddfhzsü c¢ltk ø 20 & 25 vv 50922 lky ddfhzjuj ctlkf ø 32 vv

50924 lky ddfhzjuj ctlkf ø 40 vv



Fhn. ˇ Hfpvth

50421 lky ddfhzsü c¢ltk ø 20 & 25 vv 50422 lky ddfhzjuj ctlkf ø 32 vv




aquatherm AHTPF LKy J>HF>JNRB CTLTKmZJUJ JNDTHCNBy NHE>aquatherm blue pipe ot

ø 50-125 vv

aquatherm AHTPF LKy J>HF>JNRB CTLTKmZJUJ JNDTHCNBy NHE>aquatherm blue pipe ot

ø 160-250 vv

48

1) n

jkmr

j gh

b gh

bvtz

tbb

nhe<

Sta

bi f

hn. ˇ

708

06 -

7085

62)

njk

mrj

ghb

ghbv

tztb

b nh

e< a

quat

herm

blu

e pi

pe O

T Fa

ser f

hn. ˇ

217

0708

- 217

0138

** l

ky b

zcne

vtz

nf M

K4


Fhn. ˇ LbfvtnhD d l cdthkj

bzch. lky czyn. afcrb1

ahtpf lky ctltkmz. jnd.2

cdfhjxzsq bzcnhevtzn

vv vv vv Fhn. ˇ Fhn. ˇ Fhn. ˇ Fhn. ˇ15156 40/20 vv 40 25 27.0 50940 50910 50921 5061415158 40/25 vv 40 25 28.0 50940 50910 50921 5061415160 50/20 vv 50 20 27.0 50940 50910 50921 5061615162 50/25 vv 50 25 28.0 50940 50910 50921 5061615164 63/20 vv 63 20 27.0 50940/50941 50910 50921 5061915166 63/25 vv 63 25 28.0 50940/50941 50910 50921 5061915168 63/32 vv 63 32 30.0 50942 50912 50922 5062015170 75/20 vv 75 20 27.0 50940/50941 50910 50921 5062315172 75/25 vv 75 25 28.0 50940/50941 50910 50921 5062315174 75/32 vv 75 32 30.0 50942 50912 50922 5062415175 75/40 vv 75 40 34.0 50944 50914 50924 5062515176 90/20 vv 90 20 27.0 50940/50941 50910 50921 5062715178 90/25 vv 90 25 28.0 50940/50941 50910 50921 5062715180 90/32 vv 90 32 30.0 50942 50912 50922 5062815181 90/40 vv 90 40 34.0 50944 50914 50924 5062915182 110/20 vv 110 20 27.0 50940/50941 50910 50921 5063115184 110/25 vv 110 25 28.0 50940/50941 50910 50921 5063115186 110/32 vv 110 32 30.0 50942 50912 50922 5063215188 110/40 vv 110 40 34.0 50944 50914 50924 5063415189 110/50 vv 110 50 34.0 50946 - 50926 5063515190 125/20 vv 125 20 27.0 50940/50941 - 50921 5063615192 125/25 vv 125 25 28.0 50940/50941 - 50921 5063615194 125/32 vv 125 32 30.0 50942 - 50922 5063815196 125/40 vv 125 40 34.0 50944 - 50924 5064015197 125/50 vv 125 50 34.0 50946 - 50926 5064215198 125/63 vv 125 63 38.0 50948 - 50928 5064415206 160/20 vv 160 20 27.5 50940/50941 - 50421 5064815208 160/25 vv 160 25 28.5 50940/50941 - 50421 5064815210 160/32 vv 160 32 30.0 50942 - 50422 5065015212 160/40 vv 160 40 34.0 50944 - 50424 5065215214 160/50 vv 160 50 34.0 50946 - 50426 5065415216 160/63 vv 160 63 38.0 50948 - 50428 5065615218 160/75 vv 160 75 42.0 59050 - - 5065715220 160/90 vv 160 90 45.0 50952 - - 5065815228 200-250/20 vv 200-250 20 27.5 50941 - 50421 50660 / 5067215229 200-250/25 vv 200-250 25 28.5 50941 - 50421 50660 / 5067215230 200-250/32 vv 200-250 32 30 50942 - 50422 50662 / 5067415231 200/40 vv 200 40 34 50944 - 50424 5066415232 200/50 vv 200 50 34 50946 - 50426 5066615233 200/63 vv 200 63 37.5 50948 - 50428 5066815234 200/75 vv 200 75 42.0 50950 - - 5066715235 200/90 vv 200 90 42.0 50952 - - 5066915236 200/110 vv 200 110 49.0 50954** - - 5067015237 200/125 vv 200 125 55.0 50956** - - 5067115251 250/40 vv 250 40 34 50944 - 50424 5067615252 250/50 vv 250 50 34 50946 - 50426 5067815253 250/63 vv 250 63 37.5 50948 - 50428 5068015254 250/75 vv 250 75 42.0 50950 - - 5068215255 250/90 vv 250 90 45.0 50952 - - 5068415256 250/110 vv 250 110 49.0 50954** - - 5068615257 250/125 vv 250 125 55.0 50956** - - 5068815260 315/63 vv 315 63 37,5 50948 - - 5069015261 315/75 vv 315 75 42,0 50950 - - 5069215262 315/90 vv 315 90 45,0 50952 - - 5069415263 315/110 vv 315 110 49,0 50954** - - 5069615264 315/125 vv 315 125 55,0 50956** - - 5069815268 355/90 vv 355 90 45,0 50952 - - 5071615269 355/110 vv 355 110 49,0 50954** - - 5071815270 355/125 vv 355 125 55,0 50956** - - 5072015271 355/160 vv 355 160 - 50958 - - 5072215275 400-500/75 vv 400-500 75 - 50950 - - 5072815277 400-450/110 vv 400-500 110 - 50954 - - 5073615278 400/125 vv 400 125 - 50956 - - 5074215288 400-500/90 vv 400-500 90 - 50952 - - 5073215290 450-500/125 vv 400-500 125 - 50956 - - 5074415300 400-630/63 vv 400 63 - 50948 - - 5072615303 500-560/110 vv 500-560 110 - 50954 - - 5073815315 560-630/75 vv 560-630 75 - 50950 - - 5073015316 560-630/90 vv 560-630 90 - 50952 - - 5073415318 560-630/125 vv 560-630 125 - 50956 - - 5074615331 630/110 vv 630 110 - 50954 - - 50740

NtÜZJKJUbY cdFHRb

49

Fhn. ˇ LbfvtnhD R l

Gjuh. ubkmpf

cdthkjbzch. lky czyn. afcrb1

ahtpf lky ctl. jnd.2

cdfhjxz. bzcnh.

vv d. h. vv ø vv Fhn. ˇ Fhn. ˇ Fhn. ˇ Fhn. ˇ

28214 40/25 x 1/2" d. h. 40 1/2" 39,0 14 50940 50910 50920 5061428216 50/25 x 1/2" d. h. 50 1/2" 39,0 14 50940 50910 50921 5061628218 63/25 x 1/2" d. h. 63 1/2" 39,0 14 50940/50941 50910 50921 5061928220 75/25 x 1/2" d. h. 75 1/2" 39,0 14 50940/50941 50910 50921 5062328222 90/25 x 1/2" d. h. 90 1/2" 39,0 14 50940/50941 50910 50921 5062728224 110/25 x 1/2" d. h. 110 1/2" 39,0 14 50940/50941 50910 50921 5063128226 125/25 x 1/2" d. h. 125 1/2" 39,0 14 50940/50941 - 50921 5063628230 160/25 x 1/2" d. h. 160 1/2" 39,0 14 50940/50941 - 50921 50648

28232200-250/25 vv

x 1/2" d. h.200-250 1/2" 39,0 14 50941 - 50921

50660 / 50672

28234 40/25 x 3/4" d. h. 40 3/4" 39,0 16 50940 50910 50920 5061428236 50/25 x 3/4" d. h. 50 3/4" 39,0 16 50940 50910 50921 5061628238 63/25 x 3/4" d. h. 63 3/4" 39,0 16 50940/50941 50910 50921 5061928240 75/25 x 3/4" d. h. 75 3/4" 39,0 16 50940/50941 50910 50921 5062328242 90/25 x 3/4" d. h. 90 3/4" 39,0 16 50940/50941 50910 50921 5062728244 110/25 x 3/4" d. h. 110 3/4" 39,0 16 50940/50941 50910 50921 5063128246 125/25 x 3/4" d. h. 125 3/4" 39,0 16 50940/50941 - 50921 5063628250 160/25 x 3/4" d. h. 160 3/4" 39,0 16 50940/50941 - 50921 50648

28254200-250/25 vv

x 3/4" d. h.200-250 3/4" 39,0 16 50941 - 50921

50660 / 50672

28260 75/32 x 1" d. h. 75 1" 43,0 20 50942 50912 50922 5062428262 90/32 x 1" d. h. 90 1" 43,0 20 50942 50912 50922 5062828264 110/32 x 1" d. h. 110 1" 43,0 20 50942 50912 50922 5063228266 125/32 x 1" d. h. 125 1" 43,0 20 50942 - 50922 5063828270 160/32 x 1" d. h. 160 1" 43,0 20 50942 - 50922 50650

28274200-250/32 vv x 1"

d. h.200-250 1" 43,0 20 50942 - 50922

50662 / 50674


1) njkmrj ghb ghbvtztbb nhe< Stabi fhn. ˇ 70806 - 708562) njkmrj ghb ghbvtztbb nhe< aquatherm blue pipe OT Faser fhn. ˇ 2170708- 2170138

Fhn. ˇ LbfvtnhD R l cdthkj

bzch. lky czyn. afcrb1

ahtpf lky ctl. jnd.2

cdfhjxz. bzcnh.

vv z.h. vv Fhn. ˇ Fhn. ˇ Fhn. ˇ Fhn. ˇ

28314 40/25 x 1/2" z. h. 40 1/2" 55,0 15940 50910 50920 5061428316 50/25 x 1/2" z. h. 50 1/2" 55,0 15940 50910 50921 5061628318 63/25 x 1/2" z. h. 63 1/2" 55,0 15940/50941 50910 50921 5061928320 75/25 x 1/2" z. h. 75 1/2" 55,0 15940/50941 50910 50921 5062328322 90/25 x 1/2" z. h. 90 1/2" 55,0 15940/50941 50910 50921 5062728324 110/25 x 1/2" z. h. 110 1/2" 55,0 15940/50941 50910 50921 5063128326 125/25 x 1/2" z. h. 125 1/2" 55,0 15940/50941 - 50921 5063628330 160/25 x 1/2" z. h. 160 1/2" 55,0 15940/50941 - 50921 5064828334 40/25 x 3/4" z. h. 40 3/4" 56,0 15940 50910 50921 5061428336 50/25 x 3/4" z. h. 50 3/4" 56,0 15940 50910 50921 5061628338 63/25 x 3/4" z. h. 63 3/4" 56,0 15940/50941 50910 50921 5061928340 75/25 x 3/4" z. h. 75 3/4" 56,0 15940/50941 50910 50921 5062328342 90/25 x 3/4" z. h. 90 3/4" 56,0 15940/50941 50910 50921 5062728344 110/25 x 3/4" z. h. 110 3/4" 56,0 15940/50941 50910 50921 5063128346 125/25 x 3/4" z. h. 125 3/4" 56,0 15940/50941 - 50921 5063628350 160/25 x 3/4" z. h. 160 3/4" 56,0 15940/50941 - 50921 50648

50

NtÜZJKJUbY cdFHRb

ErfpfzbtZbötcktle+ott jgbcfzbt rfcftncy vjltktq dsgeotzzsü d 2013 ujle.

J<hfotzbt b cdfhrf

Ghb gjvjob äktrnhbxtcrjuj ghbcgjcj<ktzby vjözj cdf-hbdfnm nhe<s b abnbzub aquatherm PP-R lbfvtnhjv jn 63 lj 125 vv c ghbkjötzbtv vbzbvevf abpbxtcrbü ecbkbq.

R njve öt änj ghbcgjcj<ktzbt eghjoftn cdfhre nhe< b abnbzujd gjl gjnjkrjv, d eprbü ifünfü b lheubü nhelzj-ljcnegzsü vtcnfü.

Lky cdfhrb cbcntv aquatherm green pipe/ aquatherm blue pipe/ aquatherm lilac pipe ztj<üjlbvf ntvgthfnehf 260 °C zf cdfhjx-zjv bzchevtznt (cv. cnh. 43).

1. Gjlujnjdrf r cdfhrt

C gjvjom+ ghbkfuftvjuj ptk¢zjuj if<kjzf zfztcnb zf nhe<t vtnre uke<bzs cdfhrb (hbc. 1). Jn änjq vtnrb jnrkflsdftv b jnvtxftv to¢ ljgjkzbntkmzj 2 cv lky rhtgktzby (hbc. 2+3).

XFcNm D: ÄKtRNHJZZJt GHbcGJcJ>KtZbt

LKY HEXZJUJ cdFHJXZJUJ FGGFHFNF

1

2

3

51




Zf nhe<e b abnbzu ecnfzjdbnm pföbvzst rjkjlrb b cjtlbzbnm bü cnyubdf+obv ecnhjqcndjv (hbc.4).

Ghb änjv cnhtkrb zf ecnhjqcndt ljközs cjdgfcnm c erf-pfntktv cdfhbdftvjuj lbfvtnhf zf rjkjlrfü. Pföbv-zst rjkjlrb pfabrcbhjdfnm ghb gjvjob pföbvjd (hbc. 5).

Dzenhtzzyy uhfzm pföbvzjq rjkjlrb ecnfzjdktzzjq zf nhe<t ljközf cjdvtcnbnmcy c zfztctzzjq vtnrjq. Gthtl-zyy vfhrbhjdrf jpzfxftn uke<bze cdfhrb (hbc. 6).

Nhe<e b abnbzu pfabrcbhjdfnm iehegjv (hbc. 7). Zb d rjtv ckexft zt pfnyubdfnm lj ltajhvfwbb xfc-

ntq. Ghb gjvjob dcgjvjufntkmzsü inshtq vjözj cnf<bkbpbhjdfnm afcjzze+ ltnfkm. Cnf<bkbpbhe+obt inshb rhtgyncy zf pföbvs lky abnbzuf (hbc. 8).

4

5

6

7

8

52

NtÜZJKJUbY cdFHRb



2. cdfhrf

Hfpvtcnbnm hexzjq cdfhjxzsq fggfhfn vtöle nhe<jq b abnbzujv b gjcntgtzzj cdtcnb cfkfprb cnyubdf+otuj ecnhjqcndf lj ljcnbötzby vtnrb uke<bzs cdfhrb, zfztc¢zzjq zf nhe<t.

Ztj<üjlbvj gjckt gjkzjq zfcflrb nhe< b abnbzuf zf zfuhtdf+obt äktvtzns cdfhjxzjuj fggfhfnf ztvzjuj hfpdtcnb cfkfprb (3 - 7 vv), xnj<s czynm djpzbritt bp-kbiztt lfdktzbt zf cdfhbdftvst ltnfkb! Pföbvzst rjkjlrb ljközs <snm dctulf hfcgjkjötzs gfhfktkmzj lheu r lheue (hbc. 9+10).

Gj bcntxtzbb dhtvtzb zfuhtdf hfpdtcnb cfkfprb b e<-hfnm cdfhjxzsq fggfhfn (hbc. 11).

Dzjdm cdtcnb cfkfprb lj gjkzjuj cjtlbztzby cdfhbdft-vsü ltnfktq b ztvzjuj hfpdtcnb j<hfnzj (3 -7 vv) lky czynby bpkbiztuj lfdktzby (hbc. 12).

dZbVFZbt:

Pföbvzst rjkjlrb czbvf+ncy njkmrj gj bcntxtzbb dhtvtzb jükföltzby!

Nhe<f b afcjzzfy ltnfkm cjtlbzy+ncy d tlbzjt wtkjt (hbc.13).

*Cjukfczj ghtlgbcfzbyv DVS 2207, xfcnm 11, ghb zfheözjq ntvgthfneht zböt +5 °C ghblthöbdfnmcy dhtvtzb zfuht-dfzby AQT (d ctr.).cktletn cj<k+lfnm j<obt ghtlgbcfzby DVS 2207, xfcnm 11, lky veanjdjq cdfhrb äktvtznjd.

Zfheö. lbfvtnh ø

Uke<bzf cdfhrb

dhtvy zfuhtdfzby

dhtvy j<hf<jnrb

dhtvy jü-kföltzby

vv vvctr. DVS

ctr.AqT*

ctr. vbz.

63 27,5 24 36 8 6

75 30,0 30 45 8 8

90 33,0 40 60 8 8

110 37,0 50 75 10 8

125 40,0 60 90 10 8

9

10

11

12

13

53

XFcNm e: cdFHJXZFY VFibZF

Cdfhjxzfy vf ibzf aquatherm

lky cnfwbjzfhzjuj vjznföf nhe< 50 – 125 vv

njxzsq ghtldfhbntkmzsq vjznfö xfcntq nhe<jghjdjlf bj<ktuxtzbt hf<jns <kfujlfhy herjynrt vtüfzbxtcrjq gjlfxb.

J<ß¢v gjcnfdrb: lthtdyzzsq yobr, cfkfprb c jczjdfzbtv, pföbvzst rjkjlrb lky lbfvtnhjd 50-125 vv, cdfhjxzst bzcnhevtzns 50-125 vv,

hjkbrjdfy gjlcnfdrf lky nhe<.

Lky cdfhrb cbcntv aquatherm green pipe/ aquatherm blue pipe/ aquatherm lilac pipe ztj<üjlbvf ntvgthfnehf 260 °C zf cdfhjx-zjv bzchevtznt (cv. cnh. 43).

Erfpfzby gj gjkmpjdfzb+ Ds zfql¢nt d ghbkfuftvjq bzchnerwbb gj ärcgkefnfwbb.

Zfheöz. lbfv. nhe<

Uke<bzf cdfhrb

dhtvy zfuhtdfzbydhtvy j<hf<.

dhtvy jükföl.

vv vv sec. DVS sec. AqTs* ctr. vbz.

50 23,5 18 27 6 4

63 27,5 24 36 8 6

75 30,0 30 45 8 8

90 33,0 40 60 8 8

110 37,0 50 75 10 8

125 40,0 60 90 10 8

Cjukfczj ghtlgbcfzbyv DVS 2207, xfcnm 11, ghb zfheözjq ntvgthfneht zböt +5 °C ghb-lthöbdfnmcy *dhtvtzb zfuhtdfzby AQT (d ctr.).

Lbfvtnhs 160 - 630 vv:

änb lbfvtnhs cdfhbdf+ncy cdfhrjq dcnsr.

>jktt gjlhj<ze+ bzajhvfwb+ Ds zfql¢nt zf chn. 60-65.


Htif+obt lfzzst lky cdfhrb

54

NtÜZJKJUbY cdFHRb

XFcNm e: cdFHJXZFY VFibZF PRISMA-lIGHT

Cdfhjxzfy vf ibzf aquatherm Prisma-light

cj cdfhjxzsv pthrfkjv, <tp cdfhjxzsü bzcnhevtznjd

c pföbvzsv ecnhjqcndjv lky pfrhtgktzby cdfhjxzjq vf -ibzs Prisma-light, zfghbvth, zf dthcnfrt.

1. Gjlujnjdbnm vf ibze r hf<jnt: gjckt drk+xtzby d äktrn-hjctnm vbufzbt kfvgjxrb zf gfztkb jpzfxftn, xnj ztj<üjlbvfy ntvgthfnehf lky cdfhrb (260 °C) ljcnbuze-

nf. Cfkfprb c pföbvzsvb rjkjlrfvb 63–125 ghb<kbpb-ntkmzj ecnfzjdbnm zf zeözjv hfccnjyzbb lheu jn lheuf. Uke<bze cdfhrb zf nhe<t zfztcnb ghb gjvjob if<kjzf.

2. Afcjzze+ ltnfkm lj egjhf dcnfdbnm d pföbvzst rjkjl-rb b pföfnm.

3. Ghbdfhbdftve+ nhe<e cdj<jlzj ecnfzjdbnm d rjkjlrfü c ghjnbdjgjkjöbntkmzjq cnjhjzs.

4. Ecnfzjdbnm cdfhjxzsq fggfhfn, ghjdthbnm cjjczjcnm c nhe<jq b abnbzujv b dzjdm e<hfnm.

5. Zföfnm zfüjlyoe+cy gjcthtlbzt jczjdfzby rzjgre rj-kb<hfwbb b cldbzenm cfkfprb lj egjhf.

6. D änjq gjpbwbb ghbldbzenm nhe<e lj egjhf d abnbzu b pföfnm tt d rjkjlrfü. Cfkfprb hfpdtcnb, rzjgre rjkb<hfwbb dsnfobnm zfpfl).

7. Ecnfzjdbnm dhtvy cdfhrb d cjjndtncdbb c nf<kbwtq zf cnh. 52, dcnfdbnm cdfhjxzsq fggfhfn b herjynrjq vtüfzb-xtcrjq gjlfxb gjcntgtzzj zfldbzenm nhe<e b abnbzu zf cdfhjxzst bzchevtzns.

8. Jncxtn dhtvtzb cdfhrb zfxbzftncy c vjvtznf gjkzjq zfcflrb abnbzuf b nhe<s zf cdfhjxzst bzcnhevtzns. Gj bcntxtzbb dhtvtzb cdfhrb cfkfprb hfpdtcnb, e<hfnm cdfhjxzsq fggfhfn b j<hfnzj cdtcnb cfkfprb lj gjkzj-uj cjtlbztzby nhe<s b abnbzuf.

9. Dslthöfnm dhtvy jükföltzby d cjjndtncndbb c nf<kb-wtq zf cnh. 53.

>jktt gjlhj<ze+ bzajhvfwb+ Ds vjötnt epzfnm bp ghbkfuftvjuj herjdjlcndf gj ärcgkefnfwbb.

55

NtÜZJKJUbY cdFHRb

XFcNm F: cdFHJXZsq FGGFHFN

LKY ÄKtRNHJVEaN

Ntüzjkjuby cjtlbztzby

Äktrnhjdfhjxzsq fggfhfn aquatherm lky j<hf<jnrb äktrn-hjcdfhjxzsü vean lbfvtnhjv Ø 20 - 250 vv.

Lky rjv<bzbhjdfzzsü nhe< aquatherm blue pipe MF OT lbfvtnhjv 160-250 vv cjtlbztzbt äktrnhjcdfhjxzsvb veanfvb ztdjpvjözj.

Ntüzbxtcrbt lfzzst:

zfghyötzbt: 230 D (zjvbzfkmzjt zfghyötzbt)zjv. vjozjcnm: 2.800 DF, 80 % EDxfcnjnf ctnb: 50 Uw - 60 Uwrkfcc pfobns: IP 54

1. J<hfotzbt b rjznhjkm

Xbcnjnf - änj, gjvbvj ghfdbkmzjuj j<hfotzby, ukfdzfy ghtlgjcskrf lky ljcnbötzby rfxtcndtzzjq cdfhrb! Xnj<s veans jcnfdfkbcm f<cjk+nzj xbcnsvb, lj zfxf-kf hf<jn bü zeözj jcnfdkynm d jhbubzfkmzjq egfrjdrt.

Gjdthüzjcnm nhe< ljközf <snm nfröt xbcnjq b ztgjd-htöl¢zzjq. Ltajhvbhjdfzzst rhfy nhe< zeözj jnhtpfnm.

Cdfhbdftvst vtcnf nhe<jghjdjljd, f nfröt ntvgthf-nehzsq ctzcjh cdfhjxzjuj fggfhfnf ljközs bvtnm jlbzfrjdsq ntvgthfnehzsq ehjdtzm d ljgecnbvjq j<kfcnb ntvgthfnehs (n. t. jn + 5 °C lj 40 °C cjukfczj DVS 2207), (zfghbvth, pf cx¢n ghyvjuj gjgflfzby cjkztxzjuj cdtnf bkb ztghfdbkmzjuj crkflbhjdfzby vjötn j<hf-pjdfnmcy pzfxbntkmzfy hfpzbwf d ntvgthfneht, rjnjhfy ghbdtl¢n r ztghfdbkmzjq cdfhrt).


Ztj<üjlbvj j<ypfntkmzj dslthöbdfnm gjhyljr hf<jxbüifujd!

a. Rhfy nhe< jnhtpfnm gjl ghyvsv eukjv r jcb b pfxbcnbnm (ghjrjznhjkbhjdfnm jnhtpfzzst rhfy).

b. Rhfy nhe< nht<etvjq lkbzs jxbcnbnm b dsceibnm.

c. Jnvtnbnm uke<bze dcnfdrb äktrnhjcdfhjxzjq veans aquatherm green pipe.

Cdfhjxzsq fggfhfn aquatherm lky äktrnhjcdfhjxzsü vean Ø 20 - 250 vv

Äktrnhjcdfhjxzfy veanf aquatherm

Pfxbcnzjq bzchevtzn aquatherm (fhn. ˇ 50558-50572, lj 90 vv)(lky lbfvtnhjd 110-250 vv fhn. ˇ 50574/50576/50580/50592 (<tp ajnj))

Uke<bzf cdfhrb (ud) lj 250 vv d vv

ø 20 25 32 40 50 63 75 90 110 125 160 200 250

UD 35,0 39,0 40,0 46,0 51,0 59,0 65,0 72,5 80,0 86,0 93,0 105,0 125,0

56

NtÜZJKJUbY cdFHRb

Ntüzjkjuby cjtlbztzby

d. J<hf<jnfnm dc+ gjdthüzjcnm nhe<s lj jnvtxtzzjq uke<bzs dcnfdrb c gjvjom+ cgtwbfkmzjuj pfxbcnzjuj bzcnhevtznf aquatherm cjjndtncnde+otuj lbfvtnhf, fhn. ˇ 50558-50592.

dFöZJ!

Gthtl cdfhrjq gjkzjcnm+ pfxbcnbnm: rbckjhjljpfobn-zsq ckjq zf nhe<fü aquatherm blue pipe OT, fk+vbztdj-gjkbghjgbktzjdsq ckjq zf nhe<fü Stabi b pfobnzsq ckjq UV zf nhe<fü Faser UV. ghtlzfpzfxtzzsvb lky änjuj cjjndtncde+obv ldeücnjhjzzbv pfxbcnzsv bzchnevtz-njv aquatherm (fhn. ˇ 50507, 50511, 50515, 50519, 50525).

Ghjdthzed ieheg d pfxbcnzjv bzcnhevtznt dktdj lj egj-hf Ds vjötnt ljcnbxm <´jkmitq uke<bzs cdfhrb (lky äktrnhjvean), f ghjdthzed ieheg lj egjhf dghfdj Ds ljcnbuftnt vtzmitq uke<bzs cdfhrb (lky vean).

e. To¢ hfp nofntkmzj dsnthtnm. >tp rfxtcndtzzjq pfxbcn-rb gjdthüzjcnb d j<kfcnb cdfhrb ztkmpy jöblfnm ujvj-utzzjuj b gkjnzjuj cjtlbztzby.

Gjdhtöl¢zzst gjdthüzjcnb nhe<, zfghbvth jctdst dstvrb bkb wfhfgbzs, d pjzt cdfhrb ztljgecnbvs. Zt ljnhfubdfnmcy lj pfxbotzzsü rhf¢d nhe< b pfobofnm jn zjdsü pfuhypztzbq - zfghbvth, zfnyzed xbcnsq gkfc-nbrjdsq vtijr. Cdfhbdfnm d ntxtzbb 30 vbzen gjckt pfxbcnrb.

3. Vjznfö äktrnhjcdfhjxzjq veans

Ztj<üjlbvj nofntkmzj bp<tufnm pfuhypztzby b dct xfc-nb zfl¢özj pfabrcbhjdfnm.

Pfobnze+ egfrjdre äktrnhjcdfhjxzjq veans aquatherm green pipe dcrhsnm c jlzjq cnjhjzs (zjöjv hfphtpfnm dljkm jndthcnby) nfr, xnj<s jcnfdifcy xfcnm egfrjdrb <skf zf veant. Dzenhtzze+ gjdthüzjcnm veans nof-ntkmzj jxbcnbnm. Veane cvjznbhjdfnm d ntxtzbb 30 vb-zen gjckt dcrhsnby egfrjdrb.

Äktrnhjcdfhjxze+ veane aquatherm green pipe zfldbzenm

zf xbcnsq b ceüjq rhfq nhe<s lj vfhrbhjdfzzjq jn-vtnrb uke<bzs cdfhrb. Ghb ztj<üjlbvjcnb ghbvtzbnm ecnhjqcndj lky cöfnby rheuksü ghtlvtnjd.


LKY ÄKtRNHJVEaN

Cdfhbdftvst nhe<s jnhtpfnm, pfxbcnbnm, nofntkmzj dsnthtnm ztdjkjrzb-cnjq cfkatnrjq bkb nrfzm+ b dsceibnm.

Jxbcnrf dzenhtzztq gjdthüzjcnb äktrnhjveans ztdjkjrzbcnjq cfkatn-rjq bkb nrfzm+. Ztgjchtlcdtzzj gthtl cdfhrjq ghjrjznhjkbhjdfnm ztn kb dzjdm j<hfpjdfdietqcy dkfub b elfkbnm t¢.

Zfcfötdfzbt äktrnhjveans zf pfxbotzzsq rhfq nhe<s

57

NtÜZJKJUbY cdFHRb


LKY ÄKtRNHJVEaN

3. Pfobnze+ egfrjdre czynm b dcnfdbnm pfxbotzzsq b xbc-nsq rhfq dnjhjq nhe<s lj egjhf d äktrnhjcdfhjxze+ veane aquatherm.

Nhe<s ljközs zfüjlbnmcy d äktrnhjcdfhjxzjq veant aquatherm green pipe cdj<jlzj <tp zfghyötzby jn bpub<f bkb <tp cj<cndtzzjq zfuheprb. Gjckt vjznföf veane vjözj to¢ cldbzenm. Djpleizsq pfpjh ljkötz <snm hfdzjvth-zsv gj dctve j<ß¢ve. Nhe<s b cdfhjxzfy veanf ghb cdfhrt zt ljközs <snm gjldthuzens rfrjve-kb<j zfghyötzb+.

4. cdfhjxzsq ghjwtcc

1. Veane ecnfzjdbnm nfr, xnj<s djpleizsq pfpjh <sk hfcghtltk¢z gj j<ß¢ve hfdzjvthzj.

2. Cdfhjxzsq fggfhfn zfcnhjbnm gjl lbfvtnh veans.

3. Chfdzbnm lfzzst zf nf<kj cdfhjxzjuj fggfhfnf c lfz-zsvb zf zfrktqrt (cv. inhbürjl zfrktqrb zf äktrnhj-cdfhjxzjq veant).

4. Zfxfnm cdfhjxzsq ghjwtcc b ghjcktlbnm pf zbv.

Vtcnj cjtlbztzby zf ghjnyötzbb dctuj dhtvtzb cdfhjxzj-uj ghjwtccf b lj gjkzjuj bcntxtzby dhtvtzb jükföltzbyztkmpy gjldthufnm rfrbv-kb<j ldbötzbyv bkb dztizbv zfuheprfv!

5. dhtvy jükföltzby b bcgsnfzbt lfdktzbtv

Njkmrj gj bcntxtzbb gjkzjuj dhtvtzb jükföltzby vjö-zj gjldthufnm cjtlbztzbt nhe< rfrbv-kb<j ldbötzbyv, zfuheprfv, bkb jckf<ktzb+ abrcfwbb!

Vbzbvfkmzj nht<etvjt dhtvy jükföltzby erfpfzj zf äktrnhjcdfhjxzjq veant aquatherm green pipe. Ghb ntvgthf-neht jrheöf+otq chtls cdsit 25 °C bkb ghb ecbktzzjv cjkzwtg¢rt ztj<üjlbvj edtkbxbnm dhtvy jükföltzby!

Hf<jxtt lfdktzbt

Äktrnhjcdfhjxzst veans aquatherm green pipe cjjndtncn-de+n cnegtzb lfdktzby PN 20. Cjjnzjitzby ntvgthfnehzjq zfuheprb, hf<jxtuj lfdktzby b chjrf ckeö<s jnj<hfötzs d nf<kbwt “Ljgecnbvjt hf<jxtt lfdktzbt“.

Gjlhj<zst lfzzst j cjtlbztzbyü äktrnhjcdfhjxzsvb vea-nfvb b lheubt lfzzst j< äktrnhjcdfhjxzjv fggfhfnt aquatherm green pipe jgbcfzs d ghbkfuf+otqcy r fggfhfne bzcnherwbb gj ärcgkefnfwbb.

Zfcföbdfzbt dnjhjq, njöt jxbotzzjq b pfxbotzzjq nhe<s d veane

Lky ljcnbötzby jgnbvfkmzjuj b cnf<bkmzjuj cjtlbztzby vs htrjbvtzletv, xnj<s j<f rhfy nhe<s dzenhb äktrnhj-veans ghbktufkb lheu r lheue gfhfkktkmzj! Ztj<üjlbvj j<ypyntkmzj cj<k+lfnm vbzbvfkmze+ uke<bze cdfhrb!

ZtGHFdbKmZJ GHFdbKmZJ

Cdfhjxzsq fggfhfn zfcnhjbnm zf lbfvtnh veans. Zfxfnm ghjwtcc cdfhrb. Dslthöfnm dhtvy jükföltzby. Ujnjdj!

dbl zfuheprb Lfdktzbt Vbzbvfkmzjt dhtvy jöblfzby

Hfcnyötzbt, bpub<, crhexbdfzbt kbzbq <tp lfdktzby

20 vbzen

Rjznjhkmzjt bkb hf<jxtt lfdktzbt d kbzbyü gjl lfdktzbtv

bis 0,1 <fhf 0,1 bis 1 <fhf über 1 <fhf

20 vbzen 60 vbzen120 vbzen

Gjdnjhtzbt ghjwtccf cdfhrb

60 vbzen

58

NtÜZJKJUbY cdFHRb

GHb GHbVtZtZbb aKFZwtdsÜ cJtLbZtZbq J>HFNbNt dZbVFZbt ZF cKtLE*obt:

Cjtlbzbntkmzst dnekrb c <ehnbrjv, f nfröt egkjnztzby ljkö-zs zfüjlbnmcy gfhfkktkmzj lheu r lheue. Zb d rjtv ckexft zt pfnyubdfqnt akfzwtdst cjtlbztzby gjckt cdfhrb. Egkjnzb-ntkmzst gjdthüzjcnb akfzwf ljközs <snm xbcnsvb b zt gjdhtöl¢zzsvb.

Lkbze <jknjd ds<bhfqnt nfr, xnj<s htpm<f <jknf zt dsc-negfkf pf uhfzb ufqrb. Vfrcbvfkmzj ljgecnbvsq dscneg pf uhfzb ufqrb - ldf dbnrf htpm<s.

Xnj<s hfcghtltkbnm cbke pfnyubdfzby <jknjdjuj cjtlbztzby zf <jkmie+ gkjoflm, cktletn ghbvtzynm gjlrkflzjxzst ifq<s. >jkns, ufqrb b gjlrkflzjxzst ifq<s ljközs <snm xbcnsvb b zt gjdhtöl¢zzsvb.

Lky hfdzjvthzjuj hfcghtltktzby cbks zf egkjnztzbt, j<hfnbnt dzbvfzbt zf cktle+ott:

- <jknjdst cjtlbztzby ztj<üjlbvj pfnyubdfnm hfdzjvthzj gj lbfujzfkb- cj<k+lfqnt erfpfzby gj ecbkb+ pfnyubdfzby <jknjdjuj cjtlbztzby lky cjjndtncde+obü akfzwtd (cv. nf<kbwe).

Ghb bpvtzy+otqcy zfuheprt zf akfzws dj dhtvy ntüzbxtc-rjuj j<ckeöbdfzby ghjdthyqnt zfl¢özjcnm <jknjdjuj cjt-lbztzby. Ghb ztj<üjlbvjcnb pfnyzbnt cjtlbztzbt.

EcbKbt pFNYöRb >JKNJdsÜ cJtLbZtZbq aKFZwtd, ghtlecvjnhtzzst ghjbpdjlbntktv

fhn. ˇ lbfvtnh DN Nm15712 32 vv 25 15

15714 40 vv 32 20

15716 50 vv 40 30

15718 63 vv 50 35

15720 75 vv 65 40

15722 90 vv 80 40

15724 110 vv ohne 50

15726 125 vv 100 50

15730 160 vv 125 60

15734 200 vv 150 75

15738 250 vv 200 95

15742 315 vv 250 100

15744 355 vv 300 100

15746 400 vv 350 100

15748 450 vv 400 100

15750 500 vv 450 100

15752 560 vv 500 100

15754 630 vv 500 100

Pfnyubdfqnt <jknjdst cjtlbztzby akfzwtd gj cütvt, ghbdtl¢zzjq d nf<kbwt. Pfnyörf <jknjd ghjdjlbncy rhtcn zf rhtcn.

aKFZwtdst cJtLbZtZbY

GJcKtLJdFNtKmZJcNm pFNYUbdFZbY >JKNJd

rjk.-dj jndtcn.

ghjwtcc pfnyubdfzby

4 1 - 3 - 2 - 4

8 1 - 5 - 3 - 7 >> 2 - 6 - 4 - 8

12 1 - 7 - 4 - 10 >> 2 - 8 - 5 - 11 >> 3 - 9 - 6 - 12

16 1 - 9 - 5 - 13 >> 3 - 11 - 7 - 15 >> 2 - 10 - 6 - 14 >> 4 - 12 - 8 - 16

20 1 - 11 - 6 - 16 >> 3 - 13 - 8 - 18 >> 5 - 10 - 15 - 20 >> 2 - 12 - 7 - 17 >> 4 - 14 - 9 - 19

8 <jknjd

1

7

4

6 2

8

3

5

4 <jknf

1

4

2

3

12 <jknjd

111

8 3

74

10 1226

95

20 <jknjd

1

2

3

4

5

6

7

8 9

10

11

12 13

14

15

16

17

18 19

20

16 <jknjd

1 95

138

12 3

114

14 7

16610 2

15

59

NtÜZJKJUbY cdFHRb

XFcNm G: HtVJZN ÄKtRNHJcdFHJXZJq

VEaNJq

Htvjzn nhe< c gjvjom+ äktrnhjcdfhjxzsü vean aquatherm green pipe.

Dshtpfnm gjdhtöl¢zzsq exfcnjr nhe<s hfpvthjv zt vtztt 3 - 4 lkbz veans (gjdhtöl¢zzsq exfcnjr ljkötz zfüjlbncy gjcthtlbzt). D dshtpfzzjt vtcnj gjlj<hfnm zjdsq ahfuvtzn nhe<s. Rhfy nhe< gjlujnjdbnm r cdfhrt (pfxbcnbnm zf ztj<üjlbvjt hfccnjyzbt cgtwbfkmzsv pf-xbcnzsv bzcnhevtznjv).

Zjdsq jnhtpjr pfxbcnbnm c j<tbü cnjhjz zf lkbze xenm <jkmit wtkjq veans.

Ldt zjdsü veans bpßynm bp pfobnzjq egfrjdrb b gjk-zjcnm+ zfcflbnm zf j<f rjzwf jnhtprf nhe<s.

Dcnfdbnm tuj d dshtp b zfldbzenm veans zf cnfhst nhe<s zf ztj<üjlbvjt lky cdfhrb hfccnjyzbt.

Jcj<jt dzbvfzbt j<hfnbnm zf cjjczjcnm cdfhbdftvsü nhe< b zf nj, xnj<s nhe<s zt zfüjlbkbcm gjl zfuheprjq, ghtölt xtv ghjdtcnb cdfhre.

XFcNm G: LJGJKZbNtKmZst dJpVJö-

ZJcNb HtVJZNF

Htvjzn gjdhtöl¢zzsü exfcnrjd nhe<jghjdjlf vjötn jceotcndkynmcy hfztt jgbcfzzsvb cgjcj<fvb, rfr:

cdfhrf vtnjljv cgkfdktzby (cv. xfcnm B) bkb

cdfhrjq äktrnhjcdfhjxzjq veanjq (cv. xfcnm F).

Ljgjkzbntkmzj r änjve ghjuhfvvf aquatherm ghtlkfuftn djpvjözjcnm

htvjznf injgobrjv jndthcnbq.

Ztj<üjlbvst lky änjuj bzcnhevtzns (fhn. ˇ 50307 / 11) b injgobr jndthcnbq (fhn. ˇ 60600) bpj<hfötzs zf cnh. 156, b vjuen <snm pfrfpfzs rfr b lheubt fhnbreks.

Bzajhvfwby gj vjznföe ghbkfuftncy r bzchnevtzne.

Zfuhtnm

Dcnfdbnm injgobr d jndthcnbt Jnhtpfnm jcnfnjr

60

XFcNm H: cdFHRF dcNsR LKY NHE>

LbFVtNHJV 160 - 630 MM

Cktle+obt nbgs nhe< ghtlkfuf+ncy änbü lbfvtnhjd

nhe<f aquatherm green pipe SDR 11 S lky üjkjlzjujdjljczf<ötzby

rjv<bz. nhe<f aquatherm green pipe SDR 9 MF Faser

rjv<bz. nhe<f aquatherm blue pipe SDR 11 MF Faser

rjv<bz. nhe<f aquatherm blue pipe SDR 11 MF OT Faser

rjv<bz. nhe<f aquatherm blue pipe SDR 17,6 MF Faser

Nhe<s b abnbzub cdfhbdf+ncy cdfhrjq dcnsr cktlw+obv j<hfpjv:

1. Pfobnbnm hf<jxtt vtcnj jn dkbyzby vtntjeckjdbq.

2. Ghjdthbnm ujnjdzjcnm ghb<jhf r hf<jnt b zfuhtnm tuj lj zeözjq ntvgthfnehs.

3. Jnhtpfnm nhe<e zf pflfzze+ lkbze.

4. C gjvjom+ zfnyözsü äktvtznjd zfnyzenm b pfabrcbhjdfnm nhe<s.

5. Ahjznjde+ xfcnm nhe<s cjcnhjufnm c gjvjom+ he- <fzrf-pfujnjdbntky.

6. Elfkbnm cnheörb.

7. Ghjdthbnm cldbu nhe< (vfrc. 0,1 ü njkobze cntzrb nhe<s).

8. Ghjdthbnm ibhbze pfpjhf cjtlbzytvsü xfcntq (vfrc. 0,5 vv).

9. Ghjrjznhjkbhjdfnm ntvgthfnehe zfuhtdf (210 ± 10 °C)

10. Gthtl rfölsv ghjwtccjv cdfhrb cktletn ghjdthynm xbcnjne zfuhtdfntkmzjuj äktvtznf.

dFöZJ:

Gthtl cdfhrjq nhe< aquatherm blue pipe OT zeözj pfxbc-nbnm rhfy nhe< c njhwtdjq cnjhjzs. Xnj<s ljcnbxm jgnbvfkmzjuj cjtlbztzby ghb cdfhrt zeözj gthtl rfölsv zjdsv ghjwtccjv cdfhrb jxbcnbnm gjdthü-zjcnm cdfhjxzjuj pthrfkf rfr jn dblbvsü pfuhypzt-zbq bkb xfcnbw vfnthbfkf, nfr b jn ztdblbvsü.

Gthtl cdfhrjq jnhtpfnm nhe<e zf ztj<üjlbve+ lkbze

Ghjdthbnm aezrwb cdfhjxzjuj fggfhfnf b zfuhtnm tuj

Cdfhbdftvst xfcnb dcnfdbnm, dshjdzbnm b pfabrcbhjdfnm

NtÜZJKJUbY cdFHRb

61

NtÜZJKJUbY cdFHRb

11. Gjckt ecnfzjdrb zfuhtdfntkmzjuj äktvtznf ghböfnm nhe<s r zfuhtdfntkmzjve äktvtzne, jrfpsdfy ghb änjv zf zbü hfdzjt lfdktzbt.

12. Gjckt njuj rfr j<hfpetncy cjjndtncnde+obq zfgksd, zeözj evtzmibnm lfdktzbt. C änjuj vjvtznf cktletn jncxbnsdfnm dhtvy zfuhtdf. Änj dhtvy ztj<üjlbvj lky njuj, xnj<s zfuhtnm rjzws nhe< lj zeözjq ntvgthfnehs.

Ztj<üjlbvsq zfgksd d vv:

13. Gj bcntxtzbb chjrf zfuhtdf hfpdtcnb cfkfprb cdfhjx-zjuj fggfhfnf, <scnhj dszenm zfuhtdfntkmzsq äktvtzn b czjdf cdtcnb cfkfprb, xnj<s cldbzenm rjzws nhe< lheu c lheujv.

14. Cldbzenm rjzws nhe< lheu c lheujv, jrfpsdfy ghb änjv zf zbü nht<etvjt lfdktzbt, b lfnm bv jcnsnm, zt czböfy lfdktzby.

15. Gj bcntxtzbb dhtvtzb jükföltzby cdfhjxzsq fggfhfn vjözj hfp<bhfnm - ghjwtcc cdfhrb pfdthitz.

Ghb hf<jnt cj cdfhjxzsv fggfhfnjv ztj<üjlbvj cj<-k+lfnm ghtlgbcfzby Ztvtwrjuj Cj+pf cdfhrb DVS 2207 xfcnm 11.

Dfözst erfpfzby:

1. Cdfhjxzsq fggfhfn ghtlzfpzfxtz lky cdfhrb nhe< c cjjnzjitzbtv zfheözjuj lbfvtnhf nhe<s r zjvbzfkm-zjq njkobzt tt cntzrb SDR 7,4.

Htrjvtzletvst aquatherm vfhrb cdfhjxzsü fggfhfnjd:

Firma RitmoFirma RothenbergerFirma WIDOS

2. Lky gjkextzby afrnbxtcrjuj lfdktzby d ublhfdkbxtc-rbü vf ibzfü ztj<üjlbvj ghb<fdbnm b ecnfzjdbnm zf vjzjvtnht ublhfdkbxtcrbt gjhiztdst gjdthüzjcnb.

Änb lfzzst vjözj zfqnb d bzcnherwbyü gj ghbvtztzb+.

XFcNm H: cdFHRF dcNsR LKY NHE>

LbFVtNHJV 160 - 630 MM

Dcnfdrf cdfhjxzjuj äktvtznf

Nhe<s hfpdtcnb, elfkbnm zfuhtdfntkmzsq äktvtzn

Nhe<s cdtcnb, gjl lfdktzbtv lfnm cjtlbztzb+ jcnsnm

Jcdj<jlbnm bp rhtgktzbq b dfhbnm lfkmit

SDR 11 SDR 9 SDR 17,6

160 vv 1,0 1,0 1

200 vv 1,0 1,5 1

250 vv 1,5 2,0 1

315 vv 2,0 2,0 1

355 vv 2,0 2,5 1,5

400 vv 2,0 - 1,5

450 vv 2,5 - 1,5

500 vv - - 2,0

560 vv - - 2,0

630 vv - - 2,0

Jib<rb, ljgecrftvst ghb cdfhrt dcnsr

Nhtobzs Dstvrb d zfgksdt

Dstvrb b uke<jrbt wfhfgbzs zf gjdthüzjcnb

Bpub< äktvtznjd d vtcnt cjtlbztzby

Cvtotzbt äktvtznjd d vtcnt cjtlbztzby

Zthfdzjvthzsq cdfhjxzsq zfgksd

Jib<rf d vtcnt cjtlbztzby Gjhs, gjkjcnb b ghbcencndbt bzjhjlzsü xfcnbw d cdfhjxzjv zfgksdt

Cvtotzbt zt ljközj ghtdsifnm 10 % jn njkobzs cntzrb nhe<s bkb ljközj cjcnfdkynm zt <jktt 2 vv.

Ibhbzf pfpjhf zf nhe<fü c zfheözsv lbfvtnhjv lj 355 vv = 0,5 vvIbhbzf pfpjhf zf nhe<fü c zfheözsv lbfvtnhjv jn 400 vv lj 630 vv = 1 vv

Jwtzrf rfxtcndf cdfhjxzsü idjd - cvtotzbt b ibhbzf pfpjhf

Rfr ghfdbkj, ghb cdfhrt dcnsr zf rhf+ nhe<s gj rheue j<hfpetncy hfdzjvthzsq zfgksd. Änjn hfdzjvthzsq zfgksd ydkytncy gthdsv gjrfpfntktv ghfdbkmzj dsgjkztzzjuj cjtlbztzby, gjänjve ztj<üjlbvj j<hfofnm dzbvfztbt zf nj, xnj<s zt djpzbrfkj cktle+obü jib<jr:

NtÜZJKJUbY cdFHRb

63

Ghfdbkmzj dsgjkztzzsq cdfhjxzsq ijd ghb cdfhrt dcnsr

Lky cjplfzby <tpeghtxzsü cdfhjxzsü cjtlbztzbq jxtzm dföze+ hjkm buhftn xbcnjnf b j<tpöbhtzzjcnm rfr vtcn cjtlbztzbq, nfr b bzcnhevtznjd b zfuhtdfntkmzsü äktvtznjd.

Eckjdby lky ghjdtltzby cdfhrb

99

9

9

99

99

99

9

9

9 Ztgjchtlcndtzzjt vtcnj lky dsgjkztzby cdfhjxzsü hf<jn ljközj <snm pfobotzj jn zt<kfujghbynzsü gj-ujlzsü eckjdbq (zfgh., dtnhf, dkfub bkb vjhjpf).

D ckexft zthfdzjvthzjuj hfpjuhtdf nhe< ghb cjkzwtg¢rt ztj<üjlbvj pf<kfujdhtvtzzj gjpf<jnbnmcy j gfkfn-rt d j<kfcnb dsgjkztzby cdfhjxzsü hf<jn, xnj<s j<tcgtxbnm hfdzjvthze+ ntvgthfnehe. Ztj<üjlbvj bp<tufnm jükföltzby dj dhtvy cdfhjxzjuj ghjwtccf crdjpzyrjv.

NtÜZJKJUbY cdFHRb

Xbcnjnf

Jwtzrf rfxtcndf cdfhjxzsü idjd lf¢n njkmrj gthdjzfxfkmzjt pfrk+xtzbt j rfxtcndt cdfhrb (cdfhjxzjuj cjtlbztzby), zj jzf zb d rjtv ckexft zt pfvtzytn bcgsnfzby gjl lfdktzbtv gj jrjzxfzb+ vjznföf.

64

GFHFVtNHs LKY cdFHRb AqUATHeRM NtVGtHFNEHF cdFHRb: 210° C +/- 10° C

Hfcx¢nzjt lfdktzbt gthtvtotzby crkflsdftncy c rjvgtzcfwbjzzsv lfdktzbtv b lfdktzbtv cdfhrb (cv. jgbcfzbt).

dZbVFZbt: ghb bcgjkmpjdfzbb cdfhjxzsü vf ibz cnjhjzzbü ghjbpdjlbntktq ztj<üjlbvj flfgnbhjdfnm dtktxbzs lfdktzby P1, P2, b P3.

NtÜZJKJUbY cdFHRb

dhtvy d ctr.

Lfdktzbt d <fhfü

dsgbcrf bp DVS 2207 xfcnm 11

H

P1Rjvgtzcfwbjzzjt lfdktzbt (<fh)

P2Lfdktzbt ghb zfuhtdt (<fh)


Rothenbergerfhn. ˇ 50163,50167 + 50178

Ritmofhn. ˇ 50165

Ritmofhn. ˇ 50166

Ritmofhn. ˇ 50177

Ritmofhn. ˇ 50169


Ritmofhn. ˇ 50165

Ritmofhn. ˇ 50166

Ritmofhn. ˇ 50177

Ritmofhn. ˇ 50169


Ritmofhn. ˇ 50165

Ritmofhn. ˇ 50166

Ritmofhn. ˇ 50177

Ritmofhn. ˇ 50169

Lbfvtnh(vv) Cthby nhe< SDRDscjnf

zfgksdf (vv) Dhtvy zfuhtdfDVS 2207 (ctr.)

Vfrc. dhtvy lky bpvtztzby lfdktzby (ctr.)

Dhtvy lky gjdsitzby

lfdktzby (ctr.)

Dhtvy jükfö-ltzby (vbz.)

H t1 t2 t3 t4

160x 9,1 17,6 7 7 6 3 1 1 1 1 0 204 6 9 7 7 6 3 15

160x14,6 11 11 11 10 5 1 1 1 1 0 277 8 13 11 11 10 5 24

160x17,9 9 13 13 12 6 1 1 1 1 1 315 9 16 13 13 12 6 28

200x11,4 17,6 11 11 10 5 1 1 1 1 0 237 7 11 11 11 10 5 19

200x18,2 11 17 18 16 7 1 2 2 2 1 320 9 16 17 18 16 7 29

200x22,4 9 20 21 19 9 1,5 2 2 2 1 364 10 19 20 21 19 9 35

250x14,2 17,6 17 18 16 7 1 2 2 2 1 272 8 13 17 18 16 7 23

250x22,7 11 26 28 24 11 1,5 3 3 2 1 367 10 20 26 28 24 11 35

250x27,9 9 31 33 29 14 2 3 3 3 1 415 12 24 31 33 29 14 43

315x17,9 17,6 27 25 12 8 1 3 3 1 1 317 9 16 27 25 12 8 28

315x28,6 11 41 38 18 13 2 4 4 2 1 412 12 24 41 38 18 13 44

315x35,2 9 49 46 22 15 2 5 5 2 2 471 14 30 49 46 22 15 53

355x20,1 17,6 34 15 10 1,5 3 1 1 341 9 18 34 15 10 32

355x32,2 11 52 23 16 2 5 2 2 448 13 28 52 23 16 48

355x39,5 9 63 28 19 2,5 6 3 2 501 15 34 63 28 19 58

400x22,7 17,6 13 1,5 1 367 10 20 13 35

400x36,3 11 20 2 2 480 14 31 20 54

400x44,5 9 24 2,5 2 528 16 39 24 63

450x25,5 17,6 17 1,5 2 395 11 22 17 39

450x40,9 11 26 2,5 3 508 15 35 26 59

500x28,4 17,6 21 2 2 419 12 24 21 43

500x45,5 11 32 2,5 3 534 16 39 32 65

560x31,7 17,6 26 2 3 444 12 27 26 48

630x35,7 17,6 33 2 3 475 14 31 33 53

P1P2

t1

65


P2Lfdktzbt ghb zfuhtdt (<fh)



Ritmofhn. ˇ 50165

Ritmofhn. ˇ 50166

Ritmofhn. ˇ 50177

Ritmofhn. ˇ 50169


Ritmofhn. ˇ 50165

Ritmofhn. ˇ 50166

Ritmofhn. ˇ 50177

Ritmofhn. ˇ 50169


Ritmofhn. ˇ 50165

Ritmofhn. ˇ 50166

Ritmofhn. ˇ 50177

Ritmofhn. ˇ 50169

Lbfvtnh(vv) Cthby nhe< SDRDscjnf

zfgksdf (vv) Dhtvy zfuhtdfDVS 2207 (ctr.)

Vfrc. dhtvy lky bpvtztzby lfdktzby (ctr.)

Dhtvy lky gjdsitzby

lfdktzby (ctr.)

Dhtvy jükfö-ltzby (vbz.)

H t1 t2 t3 t4

160x 9,1 17,6 7 7 6 3 1 1 1 1 0 204 6 9 7 7 6 3 15

160x14,6 11 11 11 10 5 1 1 1 1 0 277 8 13 11 11 10 5 24

160x17,9 9 13 13 12 6 1 1 1 1 1 315 9 16 13 13 12 6 28

200x11,4 17,6 11 11 10 5 1 1 1 1 0 237 7 11 11 11 10 5 19

200x18,2 11 17 18 16 7 1 2 2 2 1 320 9 16 17 18 16 7 29

200x22,4 9 20 21 19 9 1,5 2 2 2 1 364 10 19 20 21 19 9 35

250x14,2 17,6 17 18 16 7 1 2 2 2 1 272 8 13 17 18 16 7 23

250x22,7 11 26 28 24 11 1,5 3 3 2 1 367 10 20 26 28 24 11 35

250x27,9 9 31 33 29 14 2 3 3 3 1 415 12 24 31 33 29 14 43

315x17,9 17,6 27 25 12 8 1 3 3 1 1 317 9 16 27 25 12 8 28

315x28,6 11 41 38 18 13 2 4 4 2 1 412 12 24 41 38 18 13 44

315x35,2 9 49 46 22 15 2 5 5 2 2 471 14 30 49 46 22 15 53

355x20,1 17,6 34 15 10 1,5 3 1 1 341 9 18 34 15 10 32

355x32,2 11 52 23 16 2 5 2 2 448 13 28 52 23 16 48

355x39,5 9 63 28 19 2,5 6 3 2 501 15 34 63 28 19 58

400x22,7 17,6 13 1,5 1 367 10 20 13 35

400x36,3 11 20 2 2 480 14 31 20 54

400x44,5 9 24 2,5 2 528 16 39 24 63

450x25,5 17,6 17 1,5 2 395 11 22 17 39

450x40,9 11 26 2,5 3 508 15 35 26 59

500x28,4 17,6 21 2 2 419 12 24 21 43

500x45,5 11 32 2,5 3 534 16 39 32 65

560x31,7 17,6 26 2 3 444 12 27 26 48

630x35,7 17,6 33 2 3 475 14 31 33 53

P3

t2t3

t4

NtÜZJKJUbY cdFHRb

Erfpfzbt: ghb cktle+obü eckjdbyü ljgecrftncy cjrhfotzbt dhtvtzb jükföltzby lj 50 %, n.t. jceotcndkytncy c<hjc lfdktzby b bpdktrf+ncy cdfhtzzst äktvtzns bp cdfhjxzjnj fggfhfnf hfzmit, tckb

• cdfhjxzsq ghjwtcc jceotcndkytncy d eckjdbyü vfcnthcrjq• d htpekmnfnt bpdktxtzby ltnfktq bp cdfhjxzjuj fggfhfnf b ghjvtöenjxzjuj

crkflbhjdfzby, cdfhjxzjt cjtlbztzbt zt gjldthuftncy vbzbvfkmzjq zfuheprt• njkobzf cntzrb cjtlbzytvsü ltnfktq S ≥ 15 vv.

Lfkmztqify hf<jnf c gjkzjq vtüfzbxtcrjq zfuheprjq vtcnf cjtlbztzby ljgecrftncy njkmrj gj bcntxtzb+ dhtvtzb jükföltzby d cjjndtncndbb c nf<kbwtq.

D

S

66

Ntüzjkjuby rhtgktzby Üjvens lky nhe<jghjdjljd aquatherm ljközs <snm ds<hfzs cjjndtncndtzzj zfheözjve lbfvtnhe gkfcnvfccjdsü nhe<.

Rhjvt njuj, ztj<üjlbvj ghjcktlbnm, xnj<s bcrk+xfkjcm vtüfzbxtcrjt gjdhtöltzbt rhtgtöfvb gjdthüzjcnb nhe< (rhtgtözst üjvens aquatherm fhn. ˇ 60516 - 60660).

Bltfkmzsvb rhtgtözsvb äktvtznfvb lky nhe<jghjdjljd aquatherm ydky+ncy üjvens c htpbzjdsvb ghjrkflrfvb, rjnj-hst ghtlzfpzfxtzs cgtwbfkmzj lky gkfcnvfccjdsü nhe<.

Rfr ghfdbkj, ghb vjznföt nhe<jghjdjljd hfpkbxf+n, bcgjkmpetncy kb rhtgtözsq vfnthbfk d rfxtcndt:

njxrb ö¢cnrjuj rhtgktzby njxrb gjldbözjuj rhtgktzby, n. t. zfghfdky+otq bkb crjkmpyotq jgjhs.

ö¢cnrbt njxrb rhtgktzby

C gjvjom+ njxtr ö¢cnrjuj rhtgktzby nhe<jghjdjls gjlhfpltky+ncy zf jnltkmzst exfcnrb. Nfrbv j<hfpjv, ghtljndhfoftncy ztrjznhjkbhetvjt gthtvtotzbt nhe<j-ghjdjljd b ufhfznbhetncy bü zfl¢özfy ghjrkflrf.

Njxrb ö¢cnrjuj rhtgktzby ghbzwbgbfkmzj hfccxbns-df+ncy b dsgjkzy+ncy c ex¢njv djcghbynby cbk, djpzbrf+obü ghb hfcibhtzbb nhe<jghjdjljd aquatherm, drk+xfy djpvjöze+ ljgjkzbntkmze+ zfuhepre.

Ghb bcgjkmpjdfzbb htpm<jdsü infzu bkb dbznjdsü pföb-vjd ztj<üjlbvj j<hfnbnm dzbvfzbt zf zt<jkmijt hfc-cnjyzbt lj gjnjkrf. Rfxf+obtcy üjvens ztghbujlzs d rfxtcndt njxtr ö¢cnrjuj rhtgktzby.

Dthnbrfkmzst nhe<s-hfcghtltkbntkb vjözj ecnfzfd-kbdfnm c ö¢cnrbv rhtgktzbtv. Ghb vjznföt cnjyrjd ntvgthfnehzj-rjvgtzcfwbjzzst rjktzf zt zeözs, tckb zt-gjchtlcndtzzj gthtl jndtndktzbtv bkb gjckt ztuj hfcgj-kjötzf njxrf ö¢cnrjuj rhtgktzby.

Xnj<s dslthöbdfnm cbks, djpzbrf+obt ghb bpvtztzbb lkbzs nhe<jghjdjlf, üjvens b rhtgtöb ljközs <snm üjhjij pfabrcbhjdfzs.

Rhtgtözst üjvens aquatherm jndtxf+n dctv dsitjgbcfz-zsv nht<jdfzbyv b jgnbvfkmzj hfccxbnfzs lky vjznföf ö¢cnrbü njxtr rhtgktzby c extnjv zbötcktle+obü erf-pfzbq gj vjznföe.

crjkmpyobt njxrb rhtgktzby

Crjkmpyobt rhtgktzby ljközs ljgecrfnm gthtvtotzbt nhe<jghjdjlf d jctdjv zfghfdktzbb <tp gjdhtöltzby nhe<s.

Ghb jghtltktzbb njxrb crjkmpyotuj rhtgktzby ztj<üj-lbvj cktlbnm pf ntv, xnj<s gthtvtotzb+ nhe<jghjdjlf zt vtifkb ecnfzjdktzzst ztgjchtlcndtzzj zf z¢v afcjz-zst ltnfkb b ghjxfy fhvfnehf. Rhjvt njuj, ztj<üjlbvj ghjcktlbnm pf ntv, xnj<s ghb ghjrkflrt zt djpzbrfkj gthtrjcjd.

Rhtgtözst üjvens aquatherm jnkbxf+ncy jcj<j ukflrjq b crjkmpyotq gjdthüzjcnm+ pderjpfobnzsü ghjrkfljr.

Erfpfzby gj vjznföe

Rhtgtözst üjvens aquatherm bltfkmzj gjlüjlyn lky vjz-nföf c ö¢cnrbvb b crjkmpyobvb jgjhfvb.

Hfcgjhzst rjkmwf ghbvtzy+ncy d pfdbcbvjcnb jn ds<hfz-zjuj nbgf nhe<s.

Kbztqzjt hfcibhtzbt

Hfcibhtzbt nhe<jghjdjljd pfdbcbn jn hfpzbws vtöle hf<jxtq ntvgthfnehjq b ntvgthfnehjq vjznföf: DT = T

B - T

M

Gjänjve nhe<jghjdjls üjkjlzjq djls ghfrnbxtcrb zt gjl-dthuf+ncy hfcibhtzb+. Bü hfcibhtzbtv vjözj ghtzt<htxm.

Ghb ghjrkflrt nhe<jghjdjljd ujhyxtq djls b jnjgktzby ztj<-üjlbvj exbnsdfnm bpvtztzbt lkbzs dcktlcndbt ntgkjdjuj hfc-ibhtzby vfnthbfkf.

Ghb änjv cktletn hfpkbxfnm hfpzst dbls ghjrkflrb nhe<:

ghjrkflrf gjl inerfnehrjq ghjrkflrf d ifünfü jnrhsnfy ghjrkflrf.

Ghjrkflrf gjl inerfnehrjq

Ghb ghjrkflrt gjl inerfnehrjq hfcibhtzbt nhe< aqua-therm , rfr ghfdbkj, zt ghbzbvftncy dj dzbvfzbt.

Bpjkywby, dsgjkztzzfy cjukfczj cnfzlfhne DIN 1988 bkb d cjjndtncndbb c Ghtlgbcfzbtv gj cjjheötzb+ jnjgbntkmzsü ecnfzjdjr, j<tcgtxbdftn nhe<t ljcnfnjxzjt ghjcnhfzcndj lky hfcibhtzby. Tckb öt djpzbrftn <jkmitt hfcibhtzbt, xtv änj j<tcgtxbdftncy bpjkywbtq, nj djpzbrf+obt zfghyötzby jn jcnfnjxzjuj hfcibhtzby djcghbzbvf+ncy vfnthbfkjv.

Nj öt cfvjt jnzjcbncy r nhe<jghjdjlfv, rjnjhst cjukfczj ltqcnde+obv ghtlgbcfzbyv zt ljközs bpjkbhjdfnmcy. Kbztq-zjt ntvgthfnehzjt hfcibhtzbt ghtljndhfoftncy gjchtlcn-djv erkflrb nhe<s d cgkjizjv gjke, <tnjzt bkb inerfnehrt.

Djpzbrf+obt ghb änjv zfghyötzby cöfnby b hfcnyötzby djcghbzbvf+ncy vfnthbfkjv b ydky+ncy ztceotcndtzzsvb.

NtÜZJKJUbY RHtGKtZbY /

ö£cNRbt NJXRb RHtGKtZbY /

cRJKmpYobt NJXRb RHtGKtbY

ERFpFZbY GJ VJZNFöE / KbZtqZJt

HFcibHtZbt / GHJRKFLRF GJL iNERFNEHRE

Rhtgktzbt

Nhe<s MF(rjv<. nhe<s Faser)

& Nhe<s S

(jlzjckjqz. nhe<s)

Nhe<s MS(rjv<. nhe<s Stabi)

Crjkmpyott 1 hfcgjhzjt rjkmwj 2 hfcgjhzsü rjkmwf

Ö¢cnrjt<tp hfcgjhzjuj

rjkmwf1 hfcgjhzjt rjkmwj

GHbZwbGs GHJRKFLRb NHE>

67


Ghjrkflrf d ifünfü

Dcktlcndbt hfpkbxzsü dtkbxbz ntvgthfnehzjuj hfcib-htzby e nhe< aquatherm cnf<bkbpbhjdfzzsü b zt cnf<bkb-pbhjdfzzsü vjznfö nhe<jghjdjlzsü jndtndktzbq ghb ghjrkflrt d ifünfü b rfzfkfü dsgjkzytncy cjukfczj ds<-hfzzjve nbge nhe<s.

aquatherm green pipe MS & MF (rjv<bzbhjdfzzst nhe<s Stabi / Faser)aquatherm blue pipe MF (rjv<bzbhjdfzzst nhe<s Faser).

Ghb dthnbrfkmzjq ghjrkflrt d ifünfü b rfzfkfü, vjözj ghtzt<htxm kbztqzsv hfcibhtzbtv rjv<bzbhjdfzzsü nhe< aquatherm Stabi b Faser.

Ljcnfnjxzj hfcgjkjöbnm üjven ö¢cnrjuj rhtgktzby zt-gjchtlcndtzzj gthtl rfölsv jndtndktzbtv nhe<s. Dct rhtgtözst üjvens zf cnjyrfü ljközs <snm dsgjkztzs rfr ö¢cnrbt rhtgktzby (cv. hbc. 1).

Rfr ghfdbkj, cnjyrb vjözj ghjrkflsdfnm c ö¢cnrbv rhtg-ktzbtv, n. t. <tp ntvgthfnehzj-rjvgtzcfwbjzzsü rjktz.

Ghb änjv hfcibhtzbt ghbüjlbncy zf exfcnjr nhe<s vtöle njxrfvb ö¢cnrjuj rhtgktzby, ult jzj zt jrfpsdftn zbrf-rjuj djpltqcndby.

Rhjvt njuj, ghb ghjrkflrt d ifünfü b rfzfkfü ztj<üj-lbvj cktlbnm pf ntv, xnj<s hfccnjyzbt vtöle njxrfvb ö¢cnrjuj rhtgktzby zt ghtdsifkj 3 vtnhjd.

aquatherm green pipeaquatherm blue pipeaquatherm lilac pipe

Ghb ghjrkflrt cnjyrjd bp nhe< aquatherm PP-R <tp cnf<b-kbpbhe+otuj ckjy ztj<üjlbvj cktlbnm pf ntv, xnj<s jndtndktzby nhe< bvtkb ljcnfnjxzj ghjcnhfzcndf lky eg-heujuj bpub<f d cjjndtncndbb c kbztqzsv hfcibhtzbtv cnjyrf.

Änjuj vjözj ljcnbxm pf cx¢n jgnbvfkmzjuj hfcgjkjötzby cnjyrf d ifünt (cv. hbc. 2).

Ljcnfnjxzjt ghjcnhfzcndj lky egheujuj bpub<f jndtndkt-zby j<tcgtxbdftncy nfröt pf cxtn cjjndtncnde+otuj edt-kbxtzby lbfvtnhf ghjüjlzjuj jndthcnby (cv. hbc. 3).

Rhjvt njuj, cjjndtncnde+obq egheubq bpub< vjözj j<tc-gtxbnm c gjvjom+ gheöbzyotuj rjktzf (cv. hbc. 4).

GHJRKFLRF d iFÜNFÜ

Jgnbvfkmzjt hfcgjkjötzbt

2

Hfcgjkjötzbt üjvenf ö¢cnrjuj rhtgktzby

1

Edtkbxtzbt lbfvtnhf ghjüjlzjuj jndthcnby

3

Bcgjkmpjdfzbt gheöbzyotuj rjktzf

4

68

JNRHsNFY GHJRKFLRF

HFcX£N KbZtqZJUJ HFcibHtZbY

Jnrhsnfy ghjrkflrf

Ghb jnrhsnjq ghjrkflrt (zfghbvth, d gjldfkmzsü gjvtot-zbyü) <jkmijt pzfxtzbt ghblftncy dztiztve dble b cnf- <bkmzjcnb ajhvs. Gjänjve jnrhsnj ghjkjötzzst nhe<jghjdjls aquatherm, ult ztj<üjlbvj exbnsdfnm bü kbztqzjt hfcibhtzbt, ljközs <snm pfgkfzbhjdfzs b dsgjkztzs rjv<bzbhjdfzzsvb nhe<fvb Stabi / Faser. Rjäaabwbtzn kbztqzjuj hfcibht-zby rjv<bzbhjdfzzsü nhe< aquatherm cjcnfdkytn:

agreen pipe MS = 0,030 vv/vR agreen pipe MF = 0,035 vv/vR

Ntv cfvsv, jz ghbvthzj hfdtz rjäaabwbtzne kbztqzjuj hfcibhtzby vtnfkkbxtcrbü nhe<.

Rjäaabwbtzn kbztqzjuj hfcibhtzby nhe< aquatherm PP-R <tp cnf<bkbpbhe+otuj ckjy cjcnfdkytn:

agreen pipe = 0,150 vv/vR

Lky rjv<bzbhjdfzzsü nhe< aquatherm PP-R- Stabi / Faser ztj<-üjlbvj exbnsdfnm bü hfcibhtzbt (cv. “Rjvgtzcfwby kbztqzjuj hfcibhtzby“, cnh. 68 b 69).

Zf lkbzzsü exfcnrfü rjv<bzbhjdfzzsü nhe< Stabi / Fa-ser (cdsit 40 v) ztj<üjlbvj ghtlecvjnhtnm rjvgtzcf-wb+ hfcibhtzby. Lky nhe< aquatherm PP-R <tp cnf<bkbpb-he+otuj ckjy eöt cdsit 10 vtnhjd. Cnjyrb bp nfrbü rjv<bzbhjdfzzsü nhe< vjözj ghjrkflsdfnm ötcnrj, <tp ntvgthfnehzjq rjvgtzcfwbb. Lky ghfrnbxtcrjuj jg-htltktzby kbztqzjuj hfcibhtzby ckeöfn ghbdjlbvst zböt ghbvths hfcxtnf, ajhveks, nf<kbws b lbfuhfvvs. Jczjdjgjkfuf+otq dtkbxbzjq lky hfcx¢nf kbztqzjuj hfc-ibhtzby ydkytncy hfpzjcnm vtöle hf<jxtq ntvgthfnehjq b vfrcbvfkmzjq bkb vbzbvfkmzjq ntvgthfnehjq ghb vjznföt.

Hfcx¢n kbztqzjuj hfcibhtzby

Ghbvth hfcx¢nf kbztqzjuj hfcibhtzby.

Lfzzst b bcrjvst dtkbxbzs:

Kbztqzjt hfcibhtzbt ∆L hfcxbnsdftncy gj cktle+otq ajhvekt:

∆L = a x L x ∆T

Ghbvth:rjv<. nhe<f aquatherm MF- Faser (a = 0,035 vv/vR)

∆L = 0,035 vv/vR x 25,0 v x 40 K

∆L = 35,0 vv

J<jpz. pzfxtzbt dtkbx. tl. bvth.

∆L kbztqzjt hfcibhtzbt ? [vv]

a 1rjäaabwbtzn kbztqzjuj hfcibhtzby

rjv<. nhe< green pipe -Stabi0,03 vv/vR


rjv<. nhe< aquatherm- Faser0,035 vv/vR


nhe< aquatherm PP-R0,15 vv/vR

L lkbzf nhe<s 25,0 [v]

TB hf<jxfy ntvgthfnehf 60 °C

TM ntvgthfnehf ghb vjznföt 20 °C

∆THfpzbwf vtöle hf<jxtq ntvgthf-

nehjq b ntvgthfnehjq ghb vjznföt(∆T = TB – TM)

40 K

Kbztqzjt hfcibhtzbt:

rjv<bzbhjdfzzfy nhe<f Faser b j<sxzfy nhe<f bp gjkbghjgbktzf PP


4 kbztqzjt hfcibhtzbt ∆ L d vv/v

4 h

fpzb

wf n

tvgt

hfne

h ∆

T (K)

rjv<bzbhjdfzzfy nhe<f Faser j<sxzfy gjkbghjgbktzjdfy nhe<f

69

aquatherm green pipe & aquatherm blue pipe (<tp cntrkjdjkjrzf Faser)

Lkbzf nhe<s

Hfpzbwf ntvgthfneh ∆T = Thf<jxfy - Tvjznföf

10 K 20 K 30 K 40 K 50 K 60 K 70 K 80 K

Kbztqzjt hfcibhtzbt ∆l (vv)

5 v 8 15 23 30 38 45 53 60

10 v 15 30 45 60 75 90 105 120

15 v 23 45 68 90 113 135 158 180

20 v 30 60 90 120 150 180 210 240

25 v 38 75 113 150 188 225 263 300

30 v 45 90 135 180 225 270 315 360

35 v 53 105 158 210 263 315 368 420

40 v 60 120 180 240 300 360 420 480

45 v 68 135 203 270 338 405 473 540

50 v 75 150 225 300 375 450 525 600

Dtkbxbze kbztqzjuj hfcibhtzby Ds zfqltnt d zbötcktle+obü nf<kbwfü b lbfuhfvvfü.

Kbztqzjt hfcibhtzbt ∆L d vv: nhe<s green- b blue pipe - a = 0,150 vv/vR

&


kbzt

qzjt

hfc

ibh

tzbt

∆ L

(vv)

hfpzbwf ntvgthfneh ∆ T (K)

lkbz

f nh

e<s

L (v

)

70

aquatherm green pipe MF (rjv<bzbhjdfzzfy nhe<f Faser)

aquatherm blue pipe MF (rjv<bzbhjdfzzfy nhe<f Faser)

Lkbzf nhe<s


10 K 20 K 30 K 40 K 50 K 60 K 70 K 80 K

Kbztqzjt hfcibhtzbt ∆L (vv)

10 v 4 7 11 14 18 21 25 28

20 v 7 14 21 28 35 42 49 56

30 v 11 21 32 42 53 63 74 84

40 v 14 28 42 56 70 84 98 112

50 v 18 35 53 70 88 105 123 140

60 v 21 42 63 84 105 126 147 168

70 v 25 49 74 98 123 147 172 196

80 v 28 56 84 112 140 168 196 224

90 v 32 63 95 126 158 189 221 252

100 v 35 70 105 140 175 210 245 280

Pf cxtn ujvjutzzjuj cjtlbztzby äktvtznjd cbcntvs ghb cdfhrt b zfkbxby cnf<bkbpbhe+otuj ckjy cntrkjdjkjrzf nhe<s aquatherm- Faser j<htnf+n <jktt dscjre+ cnf<bkmzjcnm b ghjxzjcnm.

Kbztqzjt hfcibhtzbt evtzmiftncy ghbvthzj zf 1/5 gj chfdztzb+ c j<sxzjq gjkbghjgbktzjdjq nhe<jq PP.

Kbztqzjt hfcibhtzbt ∆L d [vv]: rjv<bzbhjdfzzst nhe<s aquatherm green pipe- Faser b aquatherm blue pipe- Faser - a = 0,035 vv/vR.


kbzt

qzjt

hfc

ibh

tzbt

∆ L

(vv)


lkbz

f nh

e<s

L (v

)

71

aquatherm green pipe MS (rjv<bzbhjdfzzfy nhe<f Stabi)

Lkbzf nhe<s


10 K 20 K 30 K 40 K 50 K 60 K 70 K 80 K

Kbztqzjt hfcibhtzbt ∆L (vv)

10 v 3 6 9 12 15 18 21 24

20 v 6 12 18 24 30 36 42 48

30 v 9 18 27 36 45 54 63 72

40 v 12 24 36 48 60 72 84 96

50 v 15 30 45 60 75 90 105 120

60 v 18 36 54 72 90 108 126 144

70 v 21 42 63 84 105 126 147 168

80 v 24 48 72 96 120 144 168 192

90 v 27 54 81 108 135 162 189 216

100 v 30 60 90 120 150 180 210 240

Pf cxtn ujvjutzzjuj cjtlbztzby äktvtznjd cbcntvs ghb cdfhrt b zfkbxby cnf<bkbpbhe+otuj ckjy cntrkjdjkjrzf nhe<s aquatherm green pipe- Stabi j<htnf+n <jktt dscjre+ cnf<bkmzjcnm b ghjxzjcnm.

Kbztqzjt hfcibhtzbt evtzmiftncy ghbvthzj zf 1/5 gj chfdztzb+ c j<sxzjq gjkbghjgbktzjdjq nhe<jq PP.

Kbztqzjt hfcibhtzbt ∆L d [vv]: rjv<bzbhjdfzzst nhe<s aquatherm green pipe- Stabi - a = 0,030 vv/vR.


kbzt

qzjt

hfc

ibh

tzbt

∆ L

(vv)


lkbz

f nh

e<s

L (v

)

72


RHtGtöZst ÜJVENs ghtlzfpzfxtzs lky ö¢cnrjuj vjznföf

fhn. ˇ hfpvthvbz. j<jhjns ghb

pfnyört pfvrf üjvenf

vbz. j<jhjns ghb pfnyört <jknf htue-kbhjdfzby dscjns

lbfgfpjz htuekbhjdfzby

dscjns

ghbdyprf r jczjdzjve äktvtzne

lfzzjt „a“

dtc zf<jhf

[-] [vv] [Zv] [Zv] [vv] [-] [vv] [ru]

0060768 160 25 75 192,5 - 283,5 M 12 354,1 8,55

0060770 200 25 75 192,5 - 283,5 M 12 394,5 9,45

0060774 250 50 75 192,5 - 283,5 M 12 444,8 19,37

0060778 315 50 75 192,5 - 283,5 M 12 510 22,75

0060780 355 50 75 192,5 - 283,5 M 12 550,1 24,84

[-] [mm] [Nm] [Nm] [mm] [-] [mm] [kg]0060768 160 25 75 192,5 - 283,5 M12 354,1 8,55

0060770 200 25 75 192,5 - 283,5 M12 394,5 9,45

0060774 250 50 75 192,5 - 283,5 M12 444,8 19,37

0060778 315 50 75 192,5 - 283,5 M12 510 22,75

0060780 355 50 75 192,5 - 283,5 M12 550,1 24,84

Gewicht pro Set

Höhenver-stellbarkeit

Baukörper-anbindung Maß "a"Art.Nr. Abmessung min. Anzugsmoment

Schellenverschlussmin. Anzugsmoment

Höhenverstellschraubemeasure

"a"weight per

setPart No. Diameter min. torque clamp locking

min. torqueheight adjustment

height adjustment

fixing on building

Befestigungsschellen / pipe clamps geeignet zur Festpunktmontage / suitable as fixing point

2500

“a“

Jnzszt rjvgfzby aquatherm ghtlkfuftn rhtgtözst üjvens lky ö¢cnrjuj rhtgktzby nhe< jn 160 vv lj 630 vv (fhn. ˇ 60768 - 60790). Tlbzbwf gjcnfdrb - 1 inerf.

Ghtbveotcndf:

• zfl¢özfy b ljkujdtxzfy pfobnf jn höfdxbzs b jn gjdhtöltzbq ghb cnfnbxtcrjq zfuheprt • 1000 xfcjd bcgsnfzbq jghscrbdfzbtv cjkm+ <tp j<hfpjdfzby höfdxbzs• gjlüjlbn lky vjznföf d vtcnfü, gjldthötzzsü rjhhjpbb rfr dzenhb, nfr b czfheöb• <jktt dscjrfy fznbrjhhjpbqzfy pfobnf, xtv ghb äktrnhjkbnbxtcrjv bkb ujhyxtv wbzrjdbb ghjlernjd (ntcn

jghscrbdfzby cjkm+ d cjjndtncdbb c DIN EN ISO 9227).

[-] [mm] [Nm] [Nm] [mm] [-] [mm] [kg]0060782 400 50 120 404,5 - 497,5 M16 823,2 43,64

0060784 450 50 120 404,5 - 497,5 M16 873,3 46,25

0060786 500 50 120 404,5 - 497,5 M16 923,4 48,87

0060788 560 50 120 404,5 - 497,5 M16 983,4 52,00

0060790 630 50 120 404,5 - 497,5 M16 1053,5 55,66

Höhenver-stellbarkeit

Baukörper-anbindung Maß "a" Gewicht

pro SetArt.Nr. Abmessung min. AnzugsmomentSchellenverschluss

min. Anzugsmoment Höhenverstellschraube

Part No. Diameter min. torque clamp locking

min. torque height adjustment

weight per set

heigth adjustment

fixing on building

measure "a"

Befestigungsschellen / pipe clamps geeignet zur Festpunktmontage / suitable as fixing point

“a“

2500

fhn. ˇ hfpvthvbz. j<jhjns ghb

pfnyört pfvrf üjvenf

vbz. j<jhjns ghb pfnyört <jknf htue-kbhjdfzby dscjns

lbfgfpjz htuekbhjdfzby

dscjns

ghbdyprf r jczjdzjve äktvtzne

lfzzjt „a“

dtc zf<jhf

[-] [vv] [Zv] [Zv] [vv] [-] [vv] [ru]

0060782 400 50 120 404,5 - 497,5 M16 823,2 43,64

0060784 450 50 120 404,5 - 497,5 M16 873,3 46,25

0060786 500 50 120 404,5 - 497,5 M16 923,4 48,87

0060788 560 50 120 404,5 - 497,5 M16 983,4 52,00

0060790 630 50 120 404,5 - 497,5 M16 1053,5 55,66

ghbvth

73

Ub>Rbt RJVGtZcFNJHs / RJVGtZcFwbJZZst RJKtZF

Kbztqzjt hfcibhtzbt nhe<jghjdjljd, dspdfzzjt hfpzjcnm+ ntvgthfneh vtöle vjznfözjq b hf<jxtq ntvgthfnehjq, vjötn <snm rjvgtzcbhjdfzj hfpkbxzsvb cgjcj<fvb.

Ub<rbt rjvgtzcfnjhs

D <jkmibzcndt ckexftd bpvtztzby zfghfdktzby nhe<s bc-gjkmpency lky djcghbynby kbztqzjuj hfcibhtzby.

Lkbze ub<rjuj rjvgtzcfnjhf vjözj hfccxbnfnm kb<j jght-ltkbnm gj nf<kbwfv b lbfuhfvvfv zf cktle+obü cnhfzbwfü.

Hfcxtn lkbzs ub<rjuj rjvgtzcfnjhf ghjbpdjlbncy gj cktle+otq ajhvekt:

LBS = K x √ d x ∆L

Rjvgtzcfwbjzzst rjktzf

Tckb ztdjpvjözf rjvgtzcfwby kbztqzjuj hfcibhtzby gjchtlcndjv bpvtztzby zfghfdktzby nhe<jghjdjlf, nj ztj<üjlbvf ecnfzjdrf rjvgtzcfwbjzzjuj rjktzf.

Ghb dsgjkztzbb rjvgtzcfwbjzzjuj rjktzf ztj<üjlbvj, rhjvt lkbzs ub<rjuj rjvgtzcfnjhf L

BS exbnsdfnm ibhbze rjvgtzcfwbjzzjuj rjktzf Avbz.

Ibhbzf rjvgtzcfwbjzzjuj rjktzf Avbz. hfccxbnsdftncy gj cktle+otq ajhvekt:

Avbz = 2 x ∆L + SA

Ibhbzf rjvgtzcfwbjzzjuj rjktzf Avbz. ljközf cjcnfd-kynm zt vtztt 210 vv.

J<jpz. pzfxtzbt

LBS lkbzf ub<rjuj rjktzf [vv]

K cgtwbabxtcrfy gjcnjyzzfy dtkbxbzf vfnthbfkf

15,0

d zfheözsq lbfvtnh [vv]

∆L kbztqzjt hfcibhtzbt [vv]

L lkbzf nhe<s [v]

FP njxrf ö¢cnrjuj rhtgktzby

GL njxrf crjkmpyotuj rhtgktzby

J<jpz. pzfxtzbt

Amin ibhbzf rjvgtzcfwbjzzjuj rjktzf [vv]

SA zfl¢özjt hfccnjyzbt 150 mm


74

RJVGtZcFwbJZZst RJKtZF c GHtLdFHbNtKmZsV ZFGHYötZbtV /

RJVGtZcFNJHs

Ub<rbt rjvgtzcfnjhs c ghtldfhbntkmzsv zfghyötztv

>kfujlfhy ghtldfhbntkmzjve zfghyötzb+ ub<rjuj rjv-gtzcfnjhf d eckjdbyü ztüdfnrb vtcnf vjözj evtzmibnm ibhbze rjvgtzcfwbjzzjuj rjktzf Fvbz. b lkbze ub<rjuj rjvgtzcfnjhf L

BSV.

Ghb njxzjv ghjtrnbhjdfzbb b dsgjkztzbb vjznfö c ghtldfhbntkmzsv zfghyötzbtv j<tcgtxbdftn <tpeghtxzsq dztizbq dbl nhe<jghjdjlf, nfr rfr hfcibhtzbt tldf pfvtnzj.

Lkbzf ub<rjuj rjvgtzcfnjhf c ghtldfhbntkmzsv zfghyöt-zbtv hfccxbnsdftncy gj cktle+otq ajhvekt:

LBSV = K x √ d x ∆L 2

Rjvgtzcfnjhs

Rjvgtzcfnjhs bp ujahbhjdfzzjq nhe<s, ghtlzfpzfxtz-zst lky vtnfkkbxtcrbü vfnthbfkjd, zt gjlüjlyn lky nhe<ghjdjljd aquatherm.

Ghb bcgjkmpjdfzbb rjktzxfnj-hsxfözjuj bkb jctdjuj rjvgtzcfnjhf ztj<üjlbvj j<hfnbnm dzbvfzbt zf lfzzst bpujnjdbntky.

J<jpz. pzfxtzbt

LBSVlkbzf ub<rjuj rjvgtzcfnjhf c

ghtldfhbntkmzsv zfghyötzbtv [vv]


75


LKbZF Ub>RJUJ RJVGtZcFNJHF

Lbfvtnh

Kbztqzjt hfcibhtzbt (vv)

10 20 30 40 50 60 70 80 90 100 110 120

Lkbzf ub<rjuj rjvgtzcfnjhf (v)

20 vv 0,21 0,30 0,37 0,42 0,47 0,52 0,56 0,60 0,64 0,67 0,70 0,73

25 vv 0,24 0,34 0,41 0,47 0,53 0,58 0,63 0,67 0,71 0,75 0,79 0,82

32 vv 0,27 0,38 0,46 0,54 0,60 0,66 0,71 0,76 0,80 0,85 0,89 0,93

40 vv 0,30 0,42 0,52 0,60 0,67 0,73 0,79 0,85 0,90 0,95 0,99 1,04

50 vv 0,34 0,47 0,58 0,67 0,75 0,82 0,89 0,95 1,01 1,06 1,11 1,16

63 vv 0,38 0,53 0,65 0,75 0,84 0,92 1,00 1,06 1,13 1,19 1,25 1,30

75 vv 0,41 0,58 0,71 0,82 0,92 1,01 1,09 1,16 1,23 1,30 1,36 1,42

90 vv 0,45 0,64 0,78 0,90 1,01 1,10 1,19 1,27 1,35 1,42 1,49 1,56

110 vv 0,50 0,70 0,86 0,99 1,11 1,22 1,32 1,41 1,49 1,57 1,65 1,72

125 vv 0,53 0,75 0,92 1,06 1,19 1,30 1,40 1,50 1,59 1,68 1,76 1,84

160 vv 0,60 0,85 1,04 1,20 1,34 1,47 1,59 1,70 1,80 1,90 1,99 2,08

200 vv 0,67 0,95 1,16 1,34 1,50 1,64 1,77 1,90 2,01 2,12 2,22 2,32

250 vv 0,75 1,06 1,30 1,50 1,68 1,84 1,98 2,12 2,25 2,37 2,49 2,60

315 vv 0,84 1,19 1,46 1,68 1,88 2,06 2,23 2,38 2,53 2,66 2,79 2,92

355 vv 0,89 1,26 1,55 1,79 2,00 2,19 2,36 2,53 2,68 2,83 2,96 3,10

400 vv 0,95 1,34 1,64 1,90 2,12 2,32 2,51 2,68 2,85 3,00 3,15 3,29

450 vv 1,01 1,42 1,74 2,01 2,25 2,46 2,66 2,85 3,02 3,18 3,34 3,49

500 vv 1,06 1,50 1,84 2,12 2,37 2,60 2,81 3,00 3,18 3,35 3,52 3,67

560 vv 1,12 1,59 1,94 2,24 2,51 2,75 2,97 3,17 3,37 3,55 3,72 3,89

630 vv 1,19 1,68 2,06 2,38 2,66 2,92 3,15 3,37 3,57 3,76 3,95 4,12

lky nhe<jghjdjljd aquatherm PP-R

0

0,5

1

1,5

2

2,5

3

3,5

4

4,5

630

560

500

450

355

315

250

200

160

125110

907563

5040322520

400

100 20 30 40 50 60 70 80 90 100 110 120

Lkb

zf u

b<rj

uj r

jvgt

zcfn

jhf

(v)

Kbztqzjt hfcibhtzbt ∆l (v)

Hfcx¢n lkbzs ub<rjuj rjvgtzcfnjhf (v)

76

0

0,5

1

1,5

2

2,5

3

3,5

630

560

500

450

355

315

250

200

160

1251109075635040322520

400

LKbZF Ub>RJUJ RJVGtZcFNJHF c GHtLdFHbNtKmZsV ZFGHYötZbtV

Lbfvtnh

Kbztqzjt hfcibhtzbt (vv)

10 20 30 40 50 60 70 80 90 100 110 120

Lkbzf ub<rjuj rjvgtzcfnjhf (v)

20 vv 0,15 0,21 0,26 0,30 0,34 0,37 0,40 0,42 0,45 0,47 0,50 0,52

25 vv 0,17 0,24 0,29 0,34 0,38 0,41 0,44 0,47 0,50 0,53 0,56 0,58

32 vv 0,19 0,27 0,33 0,38 0,42 0,46 0,50 0,54 0,57 0,60 0,63 0,66

40 vv 0,21 0,30 0,37 0,42 0,47 0,52 0,56 0,60 0,64 0,67 0,70 0,73

50 vv 0,24 0,34 0,41 0,47 0,53 0,58 0,63 0,67 0,71 0,75 0,79 0,82

63 vv 0,27 038 0,46 0,53 0,60 0,65 0,70 0,75 0,80 0,84 0,88 0,92

75 vv 0,29 0,41 0,50 0,58 0,65 0,71 0,77 0,82 0,87 0,92 0,96 1,01

90 vv 0,32 0,45 0,55 0,64 0,71 0,78 0,84 0,90 0,95 1,01 1,06 1,10

110 vv 0,35 0,50 0,61 0,70 0,79 0,86 0,93 0,99 1,06 1,11 1,17 1,22

125 vv 0,38 0,53 0,65 0,75 0,84 0,92 0,99 1,06 1,13 1,19 1,24 1,30

160 vv 0,42 0,60 0,73 0,85 0,95 1,04 1,12 1,20 1,27 1,34 1,41 1,47

200 vv 0,47 0,67 0,82 0,95 1,06 1,16 1,25 1,34 1,42 1,50 1,57 1,64

250 vv 0,53 0,75 0,92 1,06 1,19 1,30 1,40 1,50 1,59 1,68 1,76 1,84

315 vv 0,60 0,84 1,03 1,19 1,33 1,46 1,58 1,68 1,79 1,88 1,97 2,06

355 vv 0,63 0,89 1,09 1,26 1,41 1,55 1,67 1,79 1,90 2,00 2,10 2,19

400 vv 0,67 0,95 1,16 1,34 1,50 1,64 1,77 1,90 2,01 2,12 2,22 2,32

450 vv 0,71 1,01 1,23 1,42 1,59 1,74 1,88 2,01 2,13 2,25 2,36 2,46

500 vv 0,75 1,06 1,30 1,50 1,68 1,84 1,98 2,12 2,25 2,37 2,49 2,60

560 vv 0,79 1,12 1,37 1,59 1,77 1,94 2,10 2,24 2,38 2,51 2,63 2,75

630 vv 0,84 1,19 1,46 1,68 1,88 2,06 2,23 2,38 2,53 2,66 2,79 2,92

lky nhe<jghjdjljd aquatherm PP-R

Kbztqzjt hfcibhtzbt ∆l (v)

Lkb

zf u

b<rj

uj r

jvgt

zcfn

jhf

(v)

Hfcx¢n lkbzs ub<rjuj rjvgtzcfnjhf (v)

100 20 30 40 50 60 70 80 90 100 110 120


77

HFccNJYZbt VtöLE JGJHFVb

Hfpzbwf ntvgthfneh

DT [K]

Lbfvtnh nhe<s d (vv)

16 20 25 32 40 50 63 75 90 110

Hfccnjyzbt vtöle rhtgktzbyvb (cv)

0 70 85 105 125 140 165 190 205 220 250

20 50 60 75 90 100 120 140 150 160 180

30 50 60 75 90 100 120 140 150 160 180

40 50 60 70 80 90 110 130 140 150 170

50 50 60 70 80 90 110 130 140 150 170

60 50 55 65 75 85 100 115 125 140 160

70 50 50 60 75 80 95 105 115 125 140

aquatherm green pipe SDR 6 S & aquatherm lilac pipeSDR 7,4 SNf<kbwf lky jghtltktzby hfccnjyzby vtöle jgjhfvb d pfdbcbvjcnb jn hfpzbws ntvgthfnehs b zfheözjuj lbfvtnhf.

aquatherm green pipe, blue pipe & lilac pipe SDR 11 SNf<kbwf lky jghtltktzby hfccnjyzby vtöle jgjhfvb lky üjkjlzjuj djljczf<ötzby (ntvgthfnehf ghjntrf+otq chtls 20 °C)d pfdbcbvjcnb jn zfheözjuj lbfvtnhf.

Hfpzbwf ntvgthfneh

DT [K]]


16 20 25 32 40 50 63 75 90 110


0 130 155 170 195 220 245 270 285 300 325

20 100 120 130 150 170 190 210 220 230 250

30 100 120 130 150 170 190 210 220 230 240

40 100 110 120 140 160 180 200 210 220 230

50 100 110 120 140 160 180 200 210 215 225

60 80 100 110 130 150 170 190 200 205 215

70 70 90 100 120 140 160 180 190 200 205

aquatherm green pipe SDR 7,4 MS (rjv<bzbhjdfzzfy nhe<f Stabi) Nf<kbwf lky jghtltktzby hfccnjyzby vtöle jgjhfvb d pfdbcbvjcnb jn hfpzbws ntvgthfnehs b zfheözjuj lbfvtnhf.


20 25 32 40 50 63 75 90 110 125 160 200 250 315 355


60 75 90 100 120 140 150 160 180 200 260 265 275 280 285

aquatherm blue pipe SDR 17,6 MFNf<kbwf lky jghtltktzby hfccnjyzby vtöle jgjhfvb d pfdbcbvjcnb jn hfpzbws ntvgthfnehs b zfheözjuj lbfvtnhf.

Hfpzbwf ntvgthfneh

DT [K]


125 160 200 250 315 355 400 450 500 560 630


0 255 260 265 275 280 285 295 305 315 325 330

20 185 190 200 205 210 215 230 240 255 270 280

30 175 180 190 195 200 205 220 230 245 260 275

40 170 175 180 190 190 195 210 225 235 250 265

50 160 165 175 180 185 190 200 215 230 240 255

60 150 155 165 170 175 180 185 200 215 230 240

70 140 145 155 160 170 175 180 190 205 220 230


78

HFccNJYZbt VtöLE JGJHFVb

aquatherm green pipe SDR 7,4 MF & blue pipe SDR 7,4 MF (rjv<bzbhjdfzzfy nhe<f Faser)Nf<kbwf lky jghtltktzby hfccnjyzby vtöle jgjhfvb d pfdbcbvjcnb jn hfpzbws ntvgthfnehs b zfheözjuj lbfvtnhf.

Hfccnjyzbt vtöle rhtgtözsvb üjvenfvb zf dthnbrfkmzj cvjznbhjdfzzsü nhe<jghjdjlfü vjözj edtkbxbnm zf 20 % gj chfdztzb+ c lfzzsvb bp nf<kbws, n.t. evzjöbnm bü zf rjäaabwbtzn 1,2

Hfpzbwf ntvgthfneh

DT [K]


20 25 32


0 120 140 160

20 90 105 120

30 90 105 120

40 85 95 110

50 85 95 110

60 80 90 105

70 70 80 95

aquatherm blue pipe SDR 11 MF (rjv<bzbhjdfzzfy nhe<f Faser)Nf<kbwf lky jghtltktzby hfccnjyzby vtöle jgjhfvb d pfdbcbvjcnb jn hfpzbws ntvgthfnehs b zfheözjuj lbfvtnhf.


Hfpzbwf ntvgthfneh

DT [K]


20 25 32 40 50 63 75 90 110 125 160 200 250 315 355 400 450


0 110 130 150 170 195 220 235 250 275 280 285 290 300 310 315 325 325

20 80 95 110 125 145 165 175 185 200 205 210 220 225 230 235 250 265

30 80 95 110 125 145 165 175 185 190 195 200 210 215 220 225 240 255

40 75 85 100 115 135 155 165 175 180 185 190 200 210 210 215 230 245

50 75 85 100 115 135 155 160 170 170 175 180 190 200 205 205 220 235

60 70 80 95 110 125 145 150 160 160 165 170 180 185 190 195 205 220

70 60 70 85 100 120 135 140 145 150 155 160 170 175 185 190 195 210

aquatherm green pip SDR 9 MF (rjv<bzbhjdfzzfy nhe<f Faser)Nf<kbwf lky jghtltktzby hfccnjyzby vtöle jgjhfvb d pfdbcbvjcnb jn hfpzbws ntvgthfnehs b zfheözjuj lbfvtnhf.


Hfpzbwf ntvgthfneh

DT [K]


32 40 50 63 75 90 110 125 160 200 250 315 355


0 155 175 200 225 240 255 285 300 310 315 325 335 340

20 115 130 150 170 180 190 210 225 225 240 245 250 255

30 115 130 150 170 180 190 200 210 215 225 230 240 245

40 105 120 140 160 170 180 190 200 205 215 225 225 230

50 105 120 140 160 170 180 180 185 195 205 215 220 220

60 100 115 130 150 160 170 170 175 185 195 200 205 210

70 90 105 125 140 155 155 160 165 175 185 190 200 205


79

NtGKJbpJKYwbY NHE>JGHJdJLJd UJHYXtq dJLs

Ghtlgbcfzbt, cjlthöfott nht<jdfzby gj ärjzjvbb äzth-ubb d jnjgbntkmzsü ecnfzjdrfü b ecnfzjdrfü lky ujhyxtuj djljczf<ötzby Ghtlgbcfzbt gj ärjzjvbb äzthubb (EnEV) htuekbhetn djghjcs ntgkjbpjkywbb nhe<jghjdjljd b fh-vfnehs zf nthhbnjhbb Uthvfzbb.

Tckb nhe<jghjdjls wtznhfkmzjuj jnjgktzby cjukfczj cnhj-rfv 1 - 4 ghjkjötzs d cnhjbntkmzsü rjzcnherwbyü vtöle jnfgkbdftvsvb gjvtotzbyvb, ärcgkefnbhetvsvb jlzbv gjkmpjdfntktv, b bü ntgkjjnlfxf vjötn htuekbhjdfnmcy cgtwbfkmzsvb pfgjhzsvb ecnhjqcndfvb, nj r vbzbvfkmzjq njkobzt ckjy bpjkywbb zbrfrbü nht<jdfzbq zt ghtlßydkytncy.

Änj rfcftncy b rdfhnbhzsü nhe<jghjdjljd ujhyxtuj djljczf<ötzby c dzenhtzzbv lbfvtnhjv lj 22 vv, rjnj-hst zt cjj<of+ncy zb c wbhrekbhe+obv rjznehjv, zb c

cjgencnde+obv äktrnhbxtcrbv jnjgktzbtv.

Lky vfnthbfkjd c ntgkjghjdjlzjcnm+, jnkbxzjq jn rjäa-abwbtznf hfdzjve 0,035 Dn/(vR), vbzbvfkmzfy njkobzf ckjy bpjkywbb cjjndtncnde+obv j<hfpjv gththfcxbnsdftncy.

Lky gththfcx¢nf ntgkjghjdjlzjcnb bpjkywbjzzjuj vfnt-hbfkf cktletn ghbvtzynm ghbzynst hfcx¢nzj-ntüzbxtcrbt vtnjlbrb b dtkbxbzs.

Lky nhe<jghjdjljd ntgkjhfcghtltktzby b ujhyxtuj djljczf<-ötzby hfphtiftncy bcgjkmpjdfnm bpjkywb+ c vtzmitq vbzbvfkm-zjq njkobzjq ckjy cjukfczj lfzzsv, ghbdtl¢zzsv d nf<kbwt, xnj<s j<tcgtxbnm hfdzjwtzzjt juhfzbxtzbt ntgkjjlfxb, nfröt nd¢hlj ecnfzjdktzzjt b lheubvb ghtlgbcfzbyvb lky bpjkywbb nhe<, exbnsdfy bpjkbhe+obt cdjqcndf cntzjr nhe<jghjdjlf.

cnhjrf dbl nhe<jghjdjlf / fhvfnehsVbzbvfkmzfy njkobzf bpjkywbjzzjuj gjrhsnby lky j<tcgtxtzby rjäaabwbtznf ntgkjghjdjl-

zjcnb 0,035 dn/(vR)

1 dzenhtzzbq lbfvtnh lj 22 vv 20 vv

2 dzenhtzzbq lbfvtng cdsit 22 vv lj 35 vv 30 vv

3 dzenhtzzbq lbfvtnh cdsit 35 vv lj 100 vv hfdzf dzenhtzztve lbfvtnhe

4 dzenhtzzbq lbfvtnh cdsit 100 vv 100 vv

5

nhe<jghjdjls b fhvfnehf cjukfczj cnhjrfv 1 - 4, ghjkjötzzst d cntzrfü b gjnjkrfü, d vtcnfü gtht-

ctxtzby nhe<jghjdjljd b bü cjxktztzby, d wtznhfkm-zsü hfcghtltkbntkmzsü uht<¢zrfü

1/2 nht<etvsü gfhfvtnhjd cnhjr 1 - 4

6

nhe<jghjdjls wtznhfkmzjuj jnjgktzby cjukfczj cnhjrfv 1 - 4, rjnjhst gjckt dcnegktzby d cbke änjuj ghtlgbcfzby pfrkflsdf+ncy d cnhjbntkzsü rjzcnher-wbyü vtöle jnfgkbdftvsvb gjvtotzbyvb, ärcgkef-

nbhetvsvb hfpzsvb gjkmpjdfntkyvb

1/2 nht<etvsü gfhfvtnhjd cnhjr 1 - 4

7 nhe<jghjdjls d cnhjtzbb gjkf cjukfczj cnhjrt 6 6 vv

8nhe<jghjdjls lky hfcghtltktzby üjkjlzjq djls b üjkjlzjuj djljczf<ötzby, f nfröt rjkktrnjhs lky

cbcntv dtznbkywbb b rkbvfnbpfwbb6 vv

dsgbcrf bp eneV 2009, §14, ghbkjötzbt 5, nf<kbwf 1 (ghtlgbcfzby gj äzthujc<thtötzb+)


80

NJKobZF cKJY bpJKYwbb cJUKFcZJ GHtLGbcFZbYV GJ

ÄZtHUJc>tHtötZb*

Cjukfczj ghtlgbcfzb+ gj äzthujc<thtötzb+ nhe<jghjdj-ls b afcjzzst ltnfkb aquatherm njöt ljközs <snm jczf-otzs ntgkjbpjkywbtq. Njkwbzf bpjkywbb pfdbcbn jn rjz-rhtnhsü eckjdbq vjznföf.

Rjäaabwbtzn ntgkjghjdjlzjcnb fusiolen® cjcnfdkytn 0,15 Dn/(vR). Nfrbv j<hfpjv, c njxrb phtzby ntgkjgthtlfxb nhe<s b afcjzzst xfcnb aquatherm j<kflf+n ceotcndtzzj <jktt dscjrjq cntgtzm+ cfvjbpjkywbb gj chfdztzb+ c vt-nfkkbxtcrbvb nhe<fvb.

>kfujlfhy dscjrjq cfvjbpjkywbb vfnthbfkf fusiolen® gj chfdztzb+ c vtnfkkbxtcrbvb nhe<jghjdjlfvb njkobzf bpjkywbjzzjuj vfnthbfkf vjötn <snm evtzmitzf lj vbzbvfkmzsü zböterfpfzzsü pzfxtzbq.

Gjvbvj änjuj ghbdtl¢zzst d ghtlgbcfzbyü gj äzthujc<tht-ötzb+ EnEV 2009 ghtlgbcfzby vjuen hfcüjlbnmcy cj cnfzlfh-nfvb Df itq cnhfzs, rjnjhst ztj<üjlbvj exbnsdfnm.

Njkobzf ckjy bpjkywbb lky nhe<jghjdjljd ujh<xtuj djljczf<ötzby d cjjndtncndbb c ghtlgbcfzbyvb gj äzthujc<thtötzb+ eneV 2009vbzbvfkmzfy njkobzf ckjy bpjkywbb bcüjlyofyy bp ntgkjghjdjlzjcnb d 0,035 Dn/(vR)

Lbfvtnh nhe<s 50% 100%

16 vv 10 vv 20 vv

20 vv 10 vv 20 vv

25 vv 10 vv 20 vv

32 vv 15 vv 30 vv

40 vv 15 vv 30 vv

50 vv 18 vv 35 vv

63 vv 23 vv 45 vv

75 vv 28 vv 55 vv

90 vv 33 vv 65 vv

110 vv 40 vv 80 vv

125 vv 45 vv 90 vv

160 vv 50 vv 100 vv

200 vv 50 vv 100 vv

250 vv 50 vv 100 vv

315 vv 50 vv 100 vv

355 vv 50 vv 100 vv

400 vv 50 vv 100 vv

450 vv 50 vv 100 vv

500 vv 50 vv 100 vv

560 vv 50 vv 100 vv

630 vv 50 vv 100 vv

* Njkobzf ckjy bpjkywbb hfccxbnsdftncy ghb gjvjob ntgkjghjdjlzjcnb lky gjkbghjgbktzjdsü nhe< d cjjndtncdbb c frnjv bpgsnfzby

ˇ G.2 - 136/97 zfexzj-bccktljdfntkmcrjuj bzcnbnenf d V+zützt (FIW).


81

Dct nhe<jghjdjls lky cghbzrkthzsü cbcntv ztj<üjlbvj gjldthufnm bcgsnfzb+ djljq, ghbx¢v rjznhjkmzjt lfdkt-zbt ljközj cjcnfdkynm 10 <fh.

Cdjqcndf vfnthbfkf nhe<jghjdjlzsü cbcntv abhvs aqua-therm nfrjdj, xnj ghb bcgsnfzbb djpzbrftn hfcibhtzbt nhe<s. Änj dkbytn zf htpekmnfn bcgsnfzbq. Rjäaabwbtzn ntgkjdjuj kbztqzjuj elkbztzby nhe<jghjdjlzsü cbcntv abhvs aquatherm j<eckfdkbdftn ljgjkzbntkmzjt dkbyzbt zf htpekmnfn bcgsnfzbq. Hfpzbwf ntvgthfneh nhe<s b bcgsnfntkmzjq chtls dtl¢n r bpvtztzb+ lfktzby. Ghb änjv, bpvtztzbt ntvgthfnehs zf 10 K cjjndtncnetn jnrkj-ztzb+ lfdktzby zf 0,5 - 1 <fh.

Gjänjve ghb bcgsnfzbb lfdktzbtv nhe<jghjdjlzsü cbc-ntv abhvs aquatherm cktletn gj djpvjözjcnb j<tcgtxbnm gjcnjyzze+ ntvgthfnehe bcgsnfntkmzjq chtls. Ghjwtcc bcgsnfzby cjcnjbn bp ghtldfhbntkmzjq, jczjdzjq b pfrk+xbntkmzjq afp.

Lky ghtldfhbntkmzjuj bcgsnfzby gjlf¢ncy lfdktzbt d 18 <fh 3 hfpf gj 5 vbzen lky hf<jns cbcntvs - hfcibhtzbt b c<hjc lfdktzby. Vtöle wbrkfvb lfdktzbt d nhe<jghjdjlt c<hfcsdftncy gjkzjcnm+.

Ztgjchtlcndtzzj gjckt ghtldfhbntkmzjuj bcgsnfzby ghj-djlbncy jczjdzjt. Jzj ghjljköftncy 15 vbzen. Ghb änjv bcgsnfntkmzjt lfdktzbt (10 <fh) zt ljközj egfcnm <jkm-it, xtv zf 0,5 <fh.

Gj jrjzxfzb+ ghtldfhbntkmzjuj b jczjdzjuj bcgsnfzbq ghjdjlbncy pfrk+xbntkmzjt.

Dhtvy änjuj bcgsnfzby cjcnfdkytn 60 vbzen. Ghb änjv bcsnfntkmzjt lfdktzbt, jcnfdittcy gjckt gfltzby dj dht-vy jczjdzjuj bcgsnfzby, zt ljközj egfcnm <jkmit, xtv zf 0,5 <fh.

bpvthtzbt lfdktzby

Lky bpvthtzby lfdktzby cktletn bcgjkmpjdfnm vfzjvtnh, gjpdjky+obq njxzj jghtltkbnm bpvtztzbt lfdktzby d 0 ,1 <fh. Bpvthbntkmzsq ghb<jh cktletn ecnfzfdkbdfnm gj djpvjözjcnb d cfvjq zböztq njxrt nhe<jghjdjlf.

Ghjnjrjk bcgsnfzbq

Htpekmnfns bcgsnfzby pfzjcyncy d ghjnjrjk (cnh. 81), rjnj-hsq ljkötz <snm gjlgbcfz pfrfpxbrjv b bcgjkzbntktv c erfpfzbtv vtcnf b lfns.

bcGsNFZbY ZF UtHVtNbXZJcNm


82

LbFUHFVVF GHJdtLtZbY bcGsNFZbY ZF UtHVtNbXZJcNm

JcZJdZJt b pFRK*XbNtKmZJt bcGsNFZbY

Jczjdzjt bcgsnfzbt pfrk+xbntkmzjt bcgsnfzbt

15 vbz.

∆pmax = 0,5 <fh

∆pmax = 0,5 <fh

Hf<jxttlfdktzbt10 <fh

75 vbz.

GHtLdFHbNtKmZJt bcGsNFZbt

Hf<jxtt lfdktzbt18 <fh

0 <fh

5 vbz. 5 vbz. 5 vbz.


83

GHJNJRJK bcGsNFZbq ZF UtHVtNbXZJcNm

Flhtc:

J<ßtrn:

Gthtl bcgsnfzbtv ztj<üjlbvj j<hfnbnm dzbvfzbt zf: gjlfxe lfdktzby d 18 <fh 3 hfpf gj 5 vbzen lky hfcibhtzby/ceötzby nhe<!

Ghtldfhbntkmzjt bcgsnfzbtVtöle wbrkfvb d nhe<jghjdjlt lfdktzbt ztj<üjlbvj gjkzjcnm+ c<hfcsdfnm.

18 <fh 5 vbz. ghjdtltzj: lf ztn 18 <fh 5 vbz. ghjdtltzj: lf ztn 18 <fh 5 vbz. ghjdtltzj: lf ztn

Jczjdzjt bcgsnfzbt

Bcgsnfntkmzjt lfdktzbt: 10 <fh

Gfltzbt lfdktzby gjckt 15 vbz.: <fh vfrc. 0,5 <fh

pfrk+xbntkmzjt bcgsnfzbt(ztgjchtlcndtzzj gjckt jczjdzjuj bcgsnfzby, zt vtzyy lfdktzbt) Htpekmnfn jczjdzjuj bcgsnfzby : <fh Gfltzbt lfdktzby gjckt 60 vbz.: <fh vfrc. 0,5 <fh

Ghbvtxfzby:

Flhtc: Lfnf:

Gtxfnm / Gjlgbcm


84

Jgbcfzbt ecnfzjdrb

Flhtc:

J<ßtrn:

Lkbzf nhe<: Ø 16 vv v Ø 20 vv v Ø 25 vv v Ø 32 vv v Ø 40 vv v Ø 50 vv v Ø 63 vv v Ø 75 vv v Ø 90 vv v Ø 125 vv v Zfxfkj bcgsnfzbq:

Rjztw bcgsnfzbq:

Ghjljköbntkmzjcnm bcgsnfzbq:

Bcgsnsdftvfy chtlf: djlf djlf/ukbrjkm Pfrfpxbr:

Bcgjkzbntkm:

Flhtc: Lfnf:

Gtxfnm / Gjlgbcm

Ø 160 vv v Ø 200 vv v Ø 250 vv v Ø 315 vv v Ø 355 vv v Ø 400 vv v Ø 450 vv v Ø 500 vv v Ø 560 vv v Ø 630 vv v


85

Ø 160 vv v Ø 200 vv v Ø 250 vv v Ø 315 vv v Ø 355 vv v Ø 400 vv v Ø 450 vv v Ø 500 vv v Ø 560 vv v Ø 630 vv v

GHJVsdRF NHE>JGHJdJLJd / pFptVKtZbt /

NHFZcGJHNbHJdFRF b cRKFLbHJdFZbt

Ghjvsdrf nhe<jghjdjljd

Ntüzbxtcrbt ghfdbkf lky ecnfzjdjr gbnmtdjq djls TRWI

DIN 1988, xfcnm 2

cjlthöfn hfpltk j ghjvsdrt nhe<jghjdjljd. Ghjwtcc ghj-vsdrb ljkötz dsgjkzynmcy c gjvjom+ djpleizjdjlyzjq cvtcb, gjlfdftvjq gthbjlbxtcrb gjl lfdktzbtv. Rfr ghf-dbkj, dct cbcntvs gbnmtdjq djls, ztpfdbcbvj jn bcgjkmpet-vjuj vfnthbfkf, ztj<üjlbvj nofntkmzj ghjvsdfnm gjckt bü ecnfzjdrb. Lky j<tcgtxtzby gjkzjq ujnjdzjcnb cbcntvs r ärcgkefnfwbb ljközs <snm dsgjkztzs cktle+obt nht<jdfzby:

• nht<jdfzbt gj rfxtcnde gbnmtdjq djls• jncencndbt rjhhjpbb• jncencndbt aezrwbjzfkmzsü ztbcghfdzjcntq fhvfnehs b j<jheljdfzby• ghjvsdrf dzenhtzzbü gjdthüzjcntq nhe<jghjdjlf.

Änb nht<jdfzby dsgjkzy+ncy ghb gjvjob ldeü cgjcj<jd ghjvsdrb:

• ghjvsdrf djljq• ghjvsdrf djpleizj-djlyzjq cvtcm+.

Ghb ds<jht cgjcj<f ghjvsdrb ztj<üjlbvj extcnm jgsn vjznfözbrjd, nht<jdfzby pfrfpxbrf b lfzzst bpujnjdb-ntky cbcntvs.

Lky ecnfzjdjr gbnmtdjq djls gj zjhvt DIN 1988, rjnjhst bpujnjdktzs wtkbrjv bp nhe<jghjdjlzjq cbcntvs aquatherm green pipe ljcnfnjxzf ghjvsdrf djljq.

Ghb ecnfzjdrt nhe<jghjdjlzjq cbcntvs aquatherm zt nht-<etncy zbrfrbü ljgjkzbntkmzsü vfnthbfkjd, zfgh., rkty, ak+ce+obü ghbcfljr b n. g.; cjtlbztzbt ghjbpdjlbncy bcrk+xbntkmzj vtnjljv cgkfdktzby. Ghb nfrjv nbgt cjt-lbztzbq vfnthbfk cbcntvs jcnftncy xbcnsv.

pfptvktzbt

D zjhvt DIN VDE 0100, xfcnm 701 ghbdtltzs vths ghtljcnj-hjözjcnb lky gjvtotzbq c dfzzjq b leitv, d njv xbckt pf-ptvktzbt lky änbü gjvtotzbq. Rfr cktletn bp zjhvs, dct äktrnhjghjdjlzst xfcnb, nfrbt rfr vtnfkkbxtcrbt dfzzs b leib, vtnfkkbxtcrbt ckbdzst dtznbkb, vtnfkkbxtcrbt cbajzs b vtnfkkbxtcrbt nhe<jghjdjlzst cbcntvs (zfg-hbvth, nhe<jghjdjls lky gbnmtdjq djls b jnjgktzby) ljközs <snm cjtlbztzs lheu c lheujv. Cjtlbztzbt c pfobnzsv ghjdjlzbrjv ljközj <snm dsgjkztzj d wtzn-hfkmzjq njxrt, zfghbvth, d rdfhnbhzjv hfcghtltkbntkm-zjv äktrnhjirfae, bkb d ibzt pfptvktzby, bkb xthtp vt-nfkkbxtcrbq nhe<jghjdjl, rjnjhsq bvttn pfptvktzbt.

Erfpfzbt lky htrjzcnherwbb nhe<jghjdjlzsü cbcntv gbnmtdjq djls c ghbvtztzbtv nhe< aquatherm green pipe:

tckb vtnfkkbxtcrbt kbzbb vtzy+n zf nhe<jghjdjls aqua-therm green pipe nj pfptvktzbt eöt zt vjötn <snm dsgjk-ztzj xthtp nhe<jghjdjlze+ kbzb+.

J<hfnbnt dzbvfzbt: pfptvktzbt ljközj <snm ghjdthtzj äktrnhbrjv.

Nhfzcgjhnbhjdfrf b crkflbhjdfzbt

Nhe<s aquatherm vjözj crkflbhjdfnm ghb k+<jq zfheö-zjq ntvgthfneht. Vtcnj lky ühfztzby dctulf cktletn ds<bhfnm nfr, xnj<s nhe<s gjvtofkbcm gj dctq lkbzt. Cktletn bp<tufnm bpub<f nhe< ghb crkflbhjdfzbb b ghb nhfzcgjhnbhjdrt.

Ghb vbzecjdsü ntvgthfnehfü ceotcndetn jgfczjcnm gjd-htöltzby nhe< dcktlcndbt cbkmzsü elfhjd. Gjänjve ghb zbprbü ntvgthfnehfü c vfnthbfkjv cktletn j<hfofnmcy jcnjhjözj.

Üjny nhe<s aquatherm j<kflf+n xhtpdsxfqzjq ghjxzjcnm+, vs htrjvtzletv j<hfofnmcy c zbvb <thtözj.

Dct dscjrjgjkbvthzst gkfcnvfccs xedcndbntkmzs r djp-ltqcndb+ ekmnhfabjktnjdsü kextq. Gjänjve zt cktletn lkbntkmzjt dhtvy bü ühfzbnm zf jnrhsnjv ghjcnhfzcndt.

Vfrcbvfkmzjt dhtvy crkflbhjdfzby (zf jnrhsnjv ghjcn-hfzcndt) cjcnfdkytn 6 vtcywtd.


2623

SDR 6 • 16 x 2,7 mm Art.-No. 0610006 100 m • Made in Germanypacking unit: 30

mm

30 m

m30

mm

90 m

m

90 mm 113 mm 330 mm 161510 16

2623


mm

30 m

m30

mm

90 m

m

90 mm 113 mm 330 mm 161510 16

2623


mm

30 m

m30

mm

90 m

m

90 mm 113 mm 330 mm 161510 16

2623


mm

30 m

m30

mm

90 m

m

90 mm 113 mm 330 mm 161510 16

2623


mm

30 m

m30

mm

90 m

m

90 mm 113 mm 330 mm 161510 16

86

GJLRK*XtZbt FHVFNEHs

Zfcntzzfy ifq<f aquatherm green pipe lky gjkjq cntzs ecnf-zfdkbdftncy d rfzfkt cntzs.

Gthtüjlzjq eujkmzbr aquatherm green pipe (dzenhtzzyy htpm-<f/ zfheözfy htpm<f) lky gjksü cntz c htpm<jq lkbzjq 30 vv.

Zfcntzzfy ifq<f aquatherm green pipe d pderjbpjkywbjzzjv aenkyht (fhn. ˇ 20120) ecnfzfdkbdftncy, zfghbvth, d rfzf-kt cntzs bkb gjl inerfnehre.

Ldjqzfy vjznfözfy ltnfkm (inbüvfc 80 -100 -150 vv), c 2 gthtüjlzsvb eujkmzbrfvb aquatherm green pipe (dzenh./ zf-heöz.) c rjznhufqrjq, egkjnztzbtv b ghböbvzjq ifq<jq.

Ltnfkm aquatherm green pipe lky gjlrk+xtzby r gjkjq cntzt c gthtüjlzsv eujkmzbrjv aquatherm green pipe.

Zfcntzzfy ifq<f aquatherm green pipe lky ldjqzjuj gjlrk+-xtzby fhvfnehs c jwbzrjdfzzjq vjznfözjq gkfcnbzjq (fhn. ˇ 79080 ) d rfxtcndt rhtgtöf (inbüvfc 220-153-80 vv).

Gthtüjlzjq eujkmzbr aquatherm green pipe (dzenh. htpm<f / zfheözfy htpm<f) bltfkmzj gjlüjlbn lky gjlrk+xtzby ckbdzsü <fxrjd. Lfzzsq eujkmzbr vjötn gjcnfdkynmcy c jlbzfhzjq vjznfözjq ltnfkm+.


87

HFcGHtLtKbNtKmZsq >KJR LKY cbcNtV dJLJcZF>ötZbY / JNJGKtZbY

Hfcghtltkbntkmzsq <kjr lky cbcntv djljczf<ötzby

/ jnjgktzby

Ghbvths ghbvtztzby

Zfztc¢zzst wbahs 1 b 2 gjrfpsdf+n ghbzflktözjcnm vtcn gjlrk+xtzby hfcghtltkbntkmzsü <kjrjd. Jzb ghtl-zfpzfxtzs lky j<ktuxtzby vjznföf.

Ghb gjlrk+xtzbb cbcntvs jnjgktzby (hbc. F) r rfzfke 1 gjlcjtlbzytncy jndjlyobq nhe<jghjdjl, f r rfzf-ke 2 - gjlf+obq nhe<jghjdjl. Gjlf+obq b jndjlyobq nhe<jghjdjls vjözj gjlrk+xbnm zfj<jhjn.

Ghb gjlrk+xtzbb cbcntvs djljczf<ötzby (hbc. D) rfzfk 1 ghtlzfpzfxftncy lky nhe<jghjdjlf üjkjlzjq djls, f rf-zfk 2 - lky nhe<jghjdjlf ujhyxtq djls. Zbözbt jndjls ghb gjcnfdrt pfregjhtzs.

Cjtlbztzbt c rfzfkjv 2 jceotcndkytncy gen¢v ghjcnjuj ghjcdthkbdfzby (cdthkj 18 vv). Nfrbv j<hfpjv vjuen <snm gjlcjtlbztzs ljgjkzbntkmzst nhe<jghjdjls, zfg-hbvth, wbhrekywbjzzsq nhe<jghjdjl.

Tckb gjdthzenm hfcghtltkbntkmzsq <kjr, djpvjötz pth-rfkmzj gthtd¢hzensq dfhbfzn tuj gjlrk+xtzby. Pthrfkm-zst dfhbfzns gjrfpfzs zf hbc. C b D.

Hfcghtltkbntkmzsq <kjr aquatherm green pipe lky cbcnt-vs jnjgktzby cjtlbzytncy c gjlf+obv b jndjlyobv nhe<jghjdjlfvb Ø 20 vv. Lky gjldjlf r hflbfnjhfv jnjg-ktzby d jndjlyobt veans hfcghtltkbntkmzjuj <kjrf ddfhbdf+ncy nhe<s Ø 16 vv.

Hfcghtltkbntkmzsq <kjr aquatherm green pipe lky cbcntvs djljczf<ötzby jczfoftncy cjtlbzbntkmzsv nhe<jghjdj-ljv Ø 25 vv. Lky cjplfzby jndjlyotuj nhe<jghjdjlf lj vtcnf jn<jhf djls nhe<s Ø 20 vv ddfhbdf+ncy d jndjly-obt veans hfcghtltkbntkmzjuj <kjrf.

A

jnjgktzbt

b

djljczf<ötzbt

C

jnjgktzbt

D

jndjlyobq nhe<jghjdjl

ujhyxfy djlf üjkjlzfy djlf

ujhyxfy djlf

üjkjlzfy djlf üjkjlzfy djlf

wbhrekywby

üjkjlzfy djlf ujhyxfy djlf

ujhyxfy djlf ujhyxfy djlf

üjkjlzfy djlf üjkjlzfy djlf

wbhrekywby






gjlf+obq nhe<jghjdjl






djljczf<ötzbt

ujhyxfy djlf


88

Cjtlbzbntkmzst nhe<jghjdjls zf änföfü bkb d cnjyrfü lky üjkjlzjuj b ujhyxtuj djljczf<ötzby gjlrk+xf+ncy c gj-vjom+ nhe< aquatherm PP-R bkb rjv<bzbhjdfzzsü nhe< aquatherm PP-R c zfheözsv lbfvtnhjv 25 vv. Fzfkjubxzsv j<hfpjv cjplf+n wbhrekywbjzzst nhe<jghjdjls, rjnjhst vjuen <snm jndtltzs jn k+<juj hfcghtltkbntkmzjuj <kjrf aquatherm green pipe.

üjkjlzfy djlf

ujhyxfy djlf

wbhrekywby

Gthtüjlzbrb lky ghjljkötzby nhe<jghjdjlf vjuen ddfhbdfnmcy ztgjchtlcndtzzj zf hfcghtltkbntkmzjv <kjrt.

üjkjlzfy djlf

ujhyxfy djlf

wbhrekywby

Gjcnfdkytvfy c <kjrjv pfukeirf ckeöbn rfr 25 vv rjztxzfy pfukeirf lky crdjpzjuj pfgbhfzby bkb rfr 16 vv pfukeirf. Tckb rjztw pfukeirb chtpfnm, nj t¢ vjözj bcgjkmpjdfnm rfr gthtüjlzbr c 25 zf 16 vv bkb rfr veane 16 vv.

üjkjlzfy djlf

ujhyxfy djlf

wbhrekywby

üjkjlz. djlf

ujhyxfy djlfwbhrekywby

Tckb hfcghtltkbntkmzsq <kjr aquatherm green pipe gjdth-zenm b ghjcdthkbnm jndjls, pfregjhtzzst c hf<jxtq cnj-hjzs, cnfzjdbncy djpvjözsv dsgjkztzbt rjvgfrnzsü cjtlbztzbq lföt zf juhfzbxtzzsü ghjcnhfzcndfü.

D htpekmnfnt änjuj vjözj bp<töfnm pfnhfn dhtvtzb zf ljk<ktzbt cntz, vjznfö nhe<, b gthtrhtobdfzby nhe<jghjdjljd.

HFcGHtLtKbNtKmZsq >KJR - AqUATHeRM:


89

bpJKYwbJZZsq aENKYH LKY HFcGHtLtKbNtKmZJUJ >KJRF /

HFcGHtLtKbNtKmZsq >KJR - AqUATHeRM

bpjkywbjzzsq aenkyh lky hfcghtltkbntkmzjuj <kjrf

Ti¢ <jktt hfwbjzfkmzfy ecnfzjdrf rjvgfrnzjuj hfc-ghtltkbntkmzjuj <kjrf ljcnbuftncy ghb bcgjkmpjdfzbb cgtwbfkmzj gjlj<hfzzjuj bpjkywbjzzjuj aenkyhf. D ht-pekmnfnt jngflftn ztj<üjlbvjcnm gthtrhtobdfzby nhe<j-ghjdjljd, b ljhjujcnjyobt hf<jns gj bpjkywbb ldjqzj-uj N-j<hfpzjuj jndtndktzby <jkmit zt ghtlcnfdky+n cj<jq zbrfrbü nhelzjcntq. Bpjkywbjzzsq aenkyh lky hfcghtltkbntkmzjuj <kjrf aquatherm green pipe cjcnjbn bp dscjrjrfxtcndtzzjuj b gjlüjlyotuj lky bcgjkmpjdfzby zf cnhjbntkmzsü gkjoflrfü vfnthbfkf - nd¢hljdcgtztzzjuj PPO / PS Ntv cfvsv cnfzjdbncy djpvjözsv jceotcndktzbt <scnhjuj b zfl¢özjuj bpjkbhjdfzby d cjjndtncndbb c ltqcnde+obv Ghtlgbcfzbtv gj jnjgbntkmzsv ecnfzjdrfv.

Ntgkjghjdjlzjcnm: WLG 040Lkbzf: 184 vvIbhbzf: 119 vvDscjnf: 70 vv

D hfcghtltkbntkmzjv <kjrt auatherm green pipe c bpjkywbjz-zsv aenkyhjv (fhn. ˇ 30130) rjvgktrne+obt ltnfkb (1 pfukeirf, 2 rhtgtözsü l+<tky) dvjznbhjdfzs d bpjky-wb+ (cv. hbc. ddthüe cghfdf).

Hfcghtltkbntkmzsq <kjr

Tckb vtcnj gjlrk+xtzby hflbfnjhf zfüjlbncy zt d zt-gjchtlcndtzzjq <kbpjcnb jn gfnhe<rjd hfcghtltkbntkm-zjuj <kjrf, nj gjlrk+xtzbt vjözj jceotcndbnm gen¢v cdfhbdfzby ldeü gthtüjlzbrjd 20/16 vv (fhn. ˇ 11109) c nhe<jq Ø 16 vv.

wbhrekywby

ujhyxfy djlf

üjkjlz. djlf

jndjlyobq nhe<jghjd.

Bpjkywbjzzsq aenkyh lky hfcghtltkbntkmzjuj <kjrf

Hfcghtltkbntkmzsq <kjr

gjlf+obq nhe<jghjd.


90

Gjlcjtlbztzbt gjlf+obü b jndjlyobü ntgkjghjdjljd r hfcghtltkbntkmzjve <kjre aquatherm ghjbpdjlbncy ghb gjvjob nhe< aquatherm green pipe bkb aquatherm blue pipe c zfheözsv lbfvtnhjv 20 vv. Jndjlyobt 16 vv gfnhe<rb d cjxtnfzbb c cjt-lbzbntkmzsv rjktzjv aquatherm (fhn. ˇ 85120) b rhfzjdsv <kjrjv (fhn. ˇ 85102 bkb 85106) ltkf+n djpvjözsv bltfkmzjt gjlrk+xtzbt hflbfnjhf jnjgktzby.

Ghb bcgjkmpjdfzbb hfcghtltkbntkmzjuj <kjrf aquatherm zt bvttn pzfxtzby, c rfrjq cnjhjzs gjlrk+xftncy r hflbfnjhe gjlf-+ofy bkb jndjlyofy kbzby. Ztj<üjlbvjt gjkjötzbt vjözj ljcnbxm c gjvjom+ hfpdjhjnf hfcghtltkbntkmzjuj <kjrf.


HFcGHtLtKbNtKmZsq >KJR - AqUATHeRM:

GHbVtHs GHbVtZtZbY d cbcNtVFÜ JNJGKtZbY





91

GHJtRNbHJdFZbt b HFcX£N


92

DIN 1988 T3

Cnfzlfhn DIN 1988 (Ntüzbxtcrbt ghfdbkf lky j<jheljdfzby gbnmtdjq djls), xfcnm 3, jghtltkytn bcüjlzst lfzzst lky hfcx¢nf lbfvtnhf nhe<s.

Lbfvtnh nhe<s hfcxbnsdftncy zf jczjdt gjnthm lfdkt-zby, djpzbrf+obü d nhe<jghjdjlt. Gjnthb lfdktzby pfdbcyn, gjvbvj lbfvtnhf, nfröt jn lkbzs nhe<jghjdjlf, jn vfnthbfkf b jn hfcüjlf, nj tcnm jn xbckf b hfpvthf gjlrk+xtzzsü njxtr jn<jhf djls. Nht<etvsq hfcx¢nzsq hfcüjl zf rföljq jnltkmzjq njxrt jn<jhf ydkytncy bcüjlzjq dtkbxbzjq lky jghtltktzby gbrjdjuj hfcüjlf.

Gbrjdsq hfcüjl zf exfcnrt nhe<jghjdjlf, djpzbrf+obq ghb jlzjdhtvtzzjv bcgjkmpjdfzbb dctü njxtr jn<jhf, jghtltkytncy zf jczjdfzbb hfcx¢nzsü dtkbxbz cnfzlfhnf DIN 1988 T 3.

Maximale Fließgeschwindigkeit

Lheubv rhbnthbtv lky ds<jhf lbfvtnhf nhe<s ydkytn-cy vfrcbvfkmzj ljgecnbvfy crjhjcnm ghjntrfzby. Gj cjj<hfötzbyv ievjpfobns b lky juhfzbxtzby crfxrjd lfdktzby hfcx¢nzfy crjhjcnm ghjntrfzby zt ljközf ght-dsifnm dtkbxbzs, ghbdtl¢zzst d cktle+otq nf<kbwt.

* zfghbvth, bujkmxfnsq pfndjh cjukfczj DIN 3500, ifhjdsq rhfz, dtznbkb c zfrkjzzsv igbzltktv cjukfczj DIN3502 (zfxbzfy c eckjdzjuj ghjüjlf DN 20)

** zfghbvth, dtznbkb c ghyvsv igbzltktv cjukfczj DIN 3512

bcüjlzst lfzzst lky hfcx¢nf

Zjdfy htlfrwby cnfzlfhnf DIN 1988 ghtlecvfnhbdftn eg-hjotzzsq, f nfröt lbaathtzwbhjdfzzsq cgjcj<s hfcx¢nf. Eghjotzzsq cgjcj< ghbujltz lky j<jphbvsü nhe<jghjdjljd, zfghbvth, d öbksü plfzbyü.

Ghb lbaathtzwbhjdfzzjv cgjcj<t ghjbpdjlbncy ex¢n dctü <tp bcrk+xtzby afrnjhjd cjghjnbdktzby nhe<jghjdjlf b tuj xfcntq. Änjn cgjcj< j<tcgtxbdftn <jktt njxzsq hfcx¢n b <jktt njxzjt ghb<kbötzbt r ltqcn-dbntkmzsv hf<jxbv eckjdbyv.

Lky jghtltktzby lbfvtnhf nhe<s ztj<üjlbvs cktle+obt lfzzst:

• vbzbvfkmzjt zfxfkmzjt bp<snjxzjt lfdktzbt, bkb lfdktzbt zf dsüjlt gjckt htlerwbjzzjuj rkfgfzf, bkb gjckt gjdsitzby lfdktzby

• utjltpbxtcrbq gthtgfl dscjns

• gjnthy lfdktzby zf fggfhfneht, zfgh., djlyzsü cx¢nxbrfü, abkmnhfü, ecnfzjdrfü cvyuxtzby djls b n. g.

• vbzbvfkmzjt lfdktzbt ghjntrfzby bcgjkmpetvjq djljpf<jhzjq fhvfnehs

•• gthtgfl lfdktzby dcktlcndbt dzenhtzztuj nhtzby

d nhe<t bp bcgjkmpetvjuj vfnthbfkf•• gjrfpfntkb gjnthm zf bcgjkmpetvsü afcjzzsü

b cjtlbzbntkmzsü ltnfkyü.

Gjvjom ghb hfcx¢nt / Ghjuhfvvzjt j<tcgtxtzbt

Hfcx¢n nhe<jghjdjlzsü ctntq gbnmtdjq djls cjukfczj DIN 1988 rfr ghfdbkj, ghjbpdjlbncy c gjvjom+ rjvgm+nthzsü ghjuhfvv.

Lky gthcjzfkmzsü rjvgm+nthjd, cjdvtcnbvsü c IBM b c jgthfwbjzzjq cbcntvjq Windows abhvf aquatherm ghtlkfuf-tn cgtwbfkmze+ ghjuhfvve „liNear“, rjnjhe+ Ds vjötnt ghtj<htcnb, ghjqly j<extzbt ztgjchtlcndtzzj zf abhvt aquatherm.

Lky zf ibü gjregfntktq Dendrit rjvgfzby aquatherm ghtljc-nfdkytn gjllthöre d bcgjkmpjdfzbb rjvm+nthzjq ghju-hfvvs Dendrit!

Gjöfkeqcnf j<hfofqntcm d j<jbü ckexfyü d bzajhvfwb-jzzj-cthdbczsq jnltk rjvgfzbb aquatherm gj ntktajze:0 27 22 9 50 -200

Vs dctulf hfls dfv gjvjxm!

DIN 1988 T3 / VFRcbVFKmZFY cRJHJcNm GHJNtRFZbY / bcÜJLZst LFZZst LKY

HFcX£NF / GJVJom GHb HFcX£Nt / GHJUHFVVZJt J>tcGtXtZbt

Exfcnjr nhe<jghjdjlf

Vfrcbvfkmzfy hfcx¢nzfy crjhjcnm ghjntrfzby ghb

ghjljköbntkmzjcnb

m 15 vbz. L 15 vbz.

Cjtlbz. nhe<jghjdjls 2 2

Gjnht<bn. nhe<jghjd.: exfcnrb c ghjüjlzjq fhvfnehjq, bvt+otq

zbprbt gjnthb lfdktzby (l 2,5) *

5 2

Exfcnrb c ghjüjlzjq fhvfnehjq, bvt+otq

dscjrbt gjnthb lfdktzby **

2,5 2

Software-Serviceaquatherm


93


Vbzbvfkmzsq ublhfdkbxtcrbq zfgjh

pmin Fl

dbl njxrb jn<jhfgbnmtdjq djls

Hfcx¢nzsq hfcüjl ghb jn<jht:

cvtifzzjq djls 1)

njkmrj üjkjlzjq bkb ujhyxtq djls

VRüjkjlz.

VRujhyxfy

VR

<fh zfbvtzjdfzbt k/ctr. k/ctr. k/ctr.

djljhfp<jhzsq rhfz:0,5 <tp fähfnjhf 2) DN 15 - - 0,300,5 <tp fähfnjhf 2) DN 20 - - 0,500,5 <tp fähfnjhf 2) DN 25 - - 1,001,0 c fähfnjhjv DN 10 - - 0,151,0 c fähfnjhjv DN 15 - - 0,15

1,0 leitdst ctnrb DN 15 0,10 0,10 0,20

1,2ckbdzjt ecnhjqcndj gj DIN 3265 xfcnm 1

DN 15 DN 20DN 25

- - 0,701,2 - - 1,000,4 - - 1,001,0 ckbdzjt ecnh.-dj lky gbccefhf DN 15 - - 0,301,0 <snjdfy gjceljvjtxzfy vf ibzf DN 15 - - 0,151,0 <snjdfy cnbhfkmzfy vf ibzf DN 15 - - 0,25

cvtcbntkmzfy fhvfnehf lky:1,0 leitdjq rf<bzs DN 15 0,15 0,15 -1,0 dfzzs DN 15 0,15 0,15 -1,0 reüjzzjq hfrjdbzs DN 15 0,07 0,07 -1,0 evsdfkmzbrjd DN 15 0,07 0,07 -1,0 <blt DN 15 0,07 0,07 -1,0 cvtcbntkmzfy fhvfnehf DN 20 0,30 0,30 -0,5 ckbdzjq <fxjr gj DIN 19542 DN 15 - - 0,131,0 äktrnhjrbgynbkmzbr lky djls DN 15 - - 0,10 3)

VbZbVFKmZsq UbLHFdKbXtcRbq ZFGJH

Hfcx¢nzsq hfcüjl djls ghb j<syzjv jn<jht d cbcntvt gbnmtdjuj djljczf<ötzby

Ghbvtxfzby:

djljhfp<jhzst njxrb b ghb<jhs cüjlzjuj nbgf, zt exn¢zzst d lfzzjq nf<kbwt, c <́jkmibvb dtkbxbzfvb hfcüjlf bkb vbzbvfkmzjuj ublhfdkbxtcrjuj zfgjhf - ghb jghtltktzbb lbfvtnhf nhe<s cktletn extcnm cjukfczj lfzzsv bpujnjdbntky.

1) Lky hfcx¢nf hfcüjlf ghb jn<jht cvtifzzjq djls pf jczjde <thency üjkjlzfy gbnmtdfy djlf c ntvgthfnehjq 15 °C b zfuhtnfy gbnmtdfy

djlf c ntvgthfnehjq 60 °C.2) Lky djljhfp<jhzsü rhfzjd <tp fähfnjhf b c htpm<jdsv ikfzujdsv cjtlbztzbtv gjnthb lfdktzby d ikfzut (lkbzjq lj 10 v) b d gjl-

rk+xtzzjv ghb<jht (zfgh., jghscrbdfntkt ufpjzjd) exbnsdf+ncy gjkzjcnm+ cdthü dtkbxbzs vbzbvfkmzjuj ublhfdkbxtcrjuj zfgj-

hf. D änjv ckexft vbzbvfkmzsq cdj<jlzsq zfgjh gjdsiftncy zf 1,0 <fhf b cjcnfdkytn 1,5 <fhf.3) Ghb gjkzjcnm+ jnrhsnjv lhjcctkmzjv dbznt.

94


∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS

0,03 0,00 1,02 0,55 2,02 0,80 3,02 0,98 4,02 1,14 5,10 1,28 10,10 1,79 15,10 2,17

0,04 0,02 1,04 0,55 2,04 0,80 3,04 0,98 4,04 1,14 5,20 1,29 10,20 1,80 15,20 2,18

0,06 0,05 1,06 0,56 2,06 0,80 3,06 0,99 4,06 1,14 5,30 1,30 10,30 1,81 15,30 2,19

0,07 0,07 1,08 0,57 2,08 0,81 3,08 0,99 4,08 1,14 5,40 1,32 10,40 1,82 15,40 2,19

0,08 0,08 1,10 0,57 2,10 0,81 3,10 0,99 4,10 1,15 5,50 1,33 10,50 1,82 15,50 2,20

0,09 0,09 1,12 0,58 2,12 0,82 3,12 1,00 4,12 1,15 5,60 1,34 10,60 1,83 15,60 2,21

0,10 0,10 1,14 0,58 2,14 0,82 3,14 1,00 4,14 1,15 5,70 1,35 10,70 1,84 15,70 2,21

0,13 0,13 1,16 0,59 2,16 0,82 3,16 1,00 4,16 1,16 5,80 1,36 10,80 1,85 15,80 2,22

0,15 0,15 1,18 0,59 2,18 0,83 3,18 1,01 4,18 1,16 5,90 1,38 10,90 1,86 15,90 2,23

0,20 0,19 1,20 0,60 2,20 0,83 3,20 1,01 4,20 1,16 6,00 1,39 11,00 1,87 16,00 2,23

0,22 0,21 1,22 0,61 2,22 0,84 3,22 1,01 4,22 1,16 6,10 1,40 11,10 1,87 16,10 2,24

0,24 0,22 1,24 0,61 2,24 0,84 3,24 1,02 4,24 1,17 6,20 1,41 11,20 1,88 16,20 2,25

0,26 0,23 1,26 0,62 2,26 0,84 3,26 1,02 4,26 1,17 6,30 1,42 11,30 1,89 16,30 2,25

0,28 0,24 1,28 0,62 2,28 0,85 3,28 1,02 4,28 1,17 6,40 1,43 11,40 1,90 16,40 2,26

0,30 0,26 1,30 0,63 2,30 0,85 3,30 1,03 4,30 1,17 6,50 1,44 11,50 1,91 16,50 2,27

0,32 0,27 1,32 0,63 2,32 0,86 3,32 1,03 4,32 1,18 6,60 1,45 11,60 1,91 16,60 2,27

0,34 0,28 1,34 0,64 2,34 0,86 3,34 1,03 4,34 1,18 6,70 1,47 11,70 1,92 16,70 2,28

0,36 0,29 1,36 0,64 2,36 0,86 3,36 1,04 4,36 1,18 6,80 1,48 11,80 1,93 16,80 2,29

0,38 0,30 1,38 0,65 2,38 0,87 3,38 1,04 4,38 1,19 6,90 1,49 11,90 1,94 16,90 2,29

0,40 0,31 1,40 0,65 2,40 0,87 3,40 1,04 4,40 1,19 7,00 1,50 12,00 1,95 17,00 2,30

0,42 0,32 1,42 0,66 2,42 0,88 3,42 1,05 4,42 1,19 7,10 1,51 12,10 1,95 17,10 2,31

0,44 0,33 1,44 0,66 2,44 0,88 3,44 1,05 4,44 1,19 7,20 1,52 12,20 1,96 17,20 2,31

0,46 0,34 1,46 0,67 2,46 0,88 3,46 1,05 4,46 1,20 7,30 1,53 12,30 1,97 17,30 2,32

0,48 0,35 1,48 0,67 2,48 0,89 3,48 1,06 4,48 1,20 7,40 1,54 12,40 1,98 17,40 2,33

0,50 0,36 1,50 0,68 2,50 0,89 3,50 1,06 4,50 1,20 7,50 1,55 12,50 1,99 17,50 2,33

0,52 0,37 1,52 0,68 2,52 0,89 3,52 1,06 4,52 1,20 7,60 1,56 12,60 1,99 17,60 2,34

0,54 0,38 1,54 0,69 2,54 0,90 3,54 1,06 4,54 1,21 7,70 1,57 12,70 2,00 17,70 2,35

0,56 0,39 1,56 0,69 2,56 0,90 3,56 1,07 4,56 1,21 7,80 1,58 12,80 2,01 17,80 2,35

0,58 0,39 1,58 0,70 2,58 0,90 3,58 1,07 4,58 1,21 7,90 1,59 12,90 2,02 17,90 2,36

0,60 0,40 1,60 0,70 2,60 0,91 3,60 1,07 4,60 1,22 8,00 1,60 13,00 2,02 18,00 2,36

0,62 0,41 1,62 0,71 2,62 0,91 3,62 1,08 4,62 1,22 8,10 1,61 13,10 2,03 18,10 2,37

0,64 0,42 1,64 0,71 2,64 0,92 3,64 1,08 4,64 1,22 8,20 1,62 13,20 2,04 18,20 2,38

0,66 0,43 1,66 0,72 2,66 0,92 3,66 1,08 4,66 1,22 8,30 1,63 13,30 2,05 18,30 2,38

0,68 0,43 1,68 0,72 2,68 0,92 3,68 1,09 4,68 1,23 8,40 1,64 13,40 2,05 18,40 2,39

0,70 0,44 1,70 0,73 2,70 0,93 3,70 1,09 4,70 1,23 8,50 1,65 13,50 2,06 18,50 2,40

0,72 0,45 1,72 0,73 2,72 0,93 3,72 1,09 4,72 1,23 8,60 1,66 13,60 2,07 18,60 2,40

0,74 0,46 1,74 0,74 2,74 0,93 3,74 1,09 4,74 1,23 8,70 1,67 13,70 2,07 18,70 2,41

0,76 0,46 1,76 0,74 2,76 0,94 3,76 1,10 4,76 1,24 8,80 1,67 13,80 2,08 18,80 2,41

0,78 0,47 1,78 0,74 2,78 0,94 3,78 1,10 4,78 1,24 8,90 1,68 13,90 2,09 18,90 2,42

0,80 0,48 1,80 0,75 2,80 0,94 3,80 1,10 4,80 1,24 9,00 1,69 14,00 2,10 19,00 2,43

0,82 0,48 1,82 0,75 2,82 0,95 3,82 1,11 4,82 1,24 9,10 1,70 14,10 2,10 19,10 2,43

0,84 0,49 1,84 0,76 2,84 0,95 3,84 1,11 4,84 1,25 9,20 1,71 14,20 2,11 19,20 2,44

0,86 0,50 1,86 0,76 2,86 0,95 3,86 1,11 4,86 1,25 9,30 1,72 14,30 2,21 19,30 2,44

0,88 0,50 1,88 0,77 2,88 0,96 3,88 1,12 4,88 1,25 9,40 1,73 14,40 2,12 19,40 2,45

0,90 0,51 1,90 0,77 2,90 0,96 3,90 1,12 4,90 1,25 9,50 1,74 14,50 2,13 19,50 2,46

0,92 0,52 1,92 0,77 2,92 0,96 3,92 1,12 4,92 1,26 9,60 1,75 14,60 2,14 19,60 2,46

0,94 0,52 1,94 0,78 2,94 0,97 3,94 1,12 4,94 1,26 9,70 1,76 14,70 2,15 19,70 2,47

0,96 0,53 1,96 0,78 2,96 0,97 3,96 1,13 4,96 1,26 9,80 1,76 14,80 2,15 19,80 2,47

0,98 0,54 1,98 0,79 2,98 0,97 3,98 1,13 4,98 1,26 9,90 1,77 14,90 2,16 19,90 2,48

1,00 0,54 2,00 0,79 3,00 0,98 4,00 1,13 5,00 1,27 10,00 1,78 15,00 2,17 20,00 2,49

Jghtltktzbt gbrjdjuj hfcüjlf djls VS gj cevvfhzjve hfcüjle djls ∑VR lky öbksü plfzbq gj DIN 1988 xfcnm 3 VS = 0,682 · (∑VR)0,45 – 0,14 [k/ctr.]

Änf nf<kbwf ltqcndbntkmzf lky hfcx¢nzjuj hfcüjlf djls VR zböt 0,5 k/ctr. d jnltkmzsü njxrfü jn<jhf.


95


∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS ∑VR VS1,00 1,00 5,10 1,69 10,10 2,06 15,10 2,31 22,40 2,57 142,20 4,12 262,40 4,78 382,40 5,23

1,05 1,02 5,20 1,70 10,20 2,07 15,20 2,31 24,80 2,64 144,80 4,13 264,80 4,79 384,80 5,23

1,10 1,03 5,30 1,71 10,30 2,07 15,30 2,31 27,20 2,70 147,20 4,15 267,20 4,81 387,20 5,24

1,15 1,05 5,40 1,72 10,40 2,08 15,40 2,32 29,60 2,76 149,60 4,17 269,60 4,81 389,60 5,25

1,20 1,07 5,50 1,73 10,50 2,09 15,50 2,32 32,00 2,82 152,00 4,18 272,00 4,82 392,00 5,26

1,25 1,08 5,60 1,74 10,60 2,09 15,60 2,33 34,40 2,87 154,40 4,20 274,40 4,83 394,40 5,26

1,30 1,10 5,70 1,75 10,70 2,10 15,70 2,33 36,80 2,92 156,80 4,21 276,80 4,84 396,80 5,27

1,35 1,11 5,80 1,76 10,80 2,10 15,80 2,34 39,20 2,97 159,20 4,23 279,20 4,85 399,20 5,28

1,40 1,12 5,90 1,77 10,90 2,11 15,90 2,34 41,60 3,02 161,60 4,25 281,60 4,86 401,60 5,29

1,45 1,14 6,00 1,78 11,0 2,11 16,00 2,34 44,00 3,06 164,00 4,26 284,00 4,87 404,00 5,29

1,50 1,15 6,10 1,79 11,10 2,12 16,10 2,35 46,40 3,11 166,40 4,28 286,40 4,88 406,40 5,30

1,55 1,16 6,20 1,79 11,20 2,12 16,20 2,35 48,80 3,15 168,80 4,29 288,80 4,89 408,80 5,31

1,60 1,18 6,30 1,80 11,30 2,13 16,30 2,35 51,20 3,19 171,20 4,31 291,20 4,90 411,20 5,32

1,65 1,19 6,40 1,81 11,40 2,13 16,40 2,36 53,60 3,22 173,60 4,32 293,60 4,91 413,60 5,32

1,70 1,20 6,50 1,82 11,50 2,14 16,50 2,36 56,00 3,26 176,00 4,34 296,00 4,92 416,00 5,33

1,75 1,21 6,60 1,83 11,60 2,14 16,60 2,37 58,40 3,29 178,40 4,35 298,40 4,93 418,40 5,34

1,80 1,22 6,70 1,83 11,70 2,15 16,70 2,37 60,80 3,33 180,80 4,36 300,80 4,93 420,80 5,35

1,85 1,23 6,80 1,84 11,80 2,15 16,80 2,37 63,20 3,36 183,20 4,38 303,20 4,94 423,20 5,35

1,90 1,25 6,90 1,85 11,90 2,16 16,90 2,38 65,60 3,39 185,60 4,36 305,60 4,95 425,60 5,36

2,00 1,27 7,00 1,86 12,00 2,16 17,00 2,38 68,00 3,42 188,00 4,41 308,00 4,96 428,00 537

2,10 1,29 7,10 1,87 12,10 2,17 17,10 2,39 70,40 3,45 190,40 4,42 310,40 4,97 430,40 5,38

2,20 1,31 7,20 1,87 12,20 2,17 17,20 2,39 72,80 3,48 192,80 4,43 312,80 4,98 432,80 5,38

2,30 1,32 7,30 1,88 12,30 2,18 17,30 2,39 75,20 3,51 195,20 4,45 315,20 4,99 435,20 5,39

2,40 1,34 7,40 1,89 12,40 2,18 17,40 2,40 77,60 3,54 197,60 4,46 317,60 5,00 437,60 5,40

2,50 1,36 7,50 1,90 12,50 2,19 17,50 2,40 80,00 3,57 200,00 4,47 320,00 5,01 440,00 5,40

2,60 1,38 7,60 1,90 12,60 2,19 17,60 2,40 82,40 3,59 202,40 4,49 322,40 5,02 442,40 5,41

2,70 1,39 7,70 1,91 12,70 2,20 17,70 2,41 84,80 3,62 204,80 4,50 324,80 5,03 444,80 5,42

2,80 1,41 7,80 1,92 12,80 2,20 17,80 2,41 87,20 3,64 207,20 4,51 327,20 5,04 447,20 5,42

2,90 1,43 7,90 1,92 12,90 2,21 17,90 2,42 89,60 3,67 209,60 4,52 329,60 5,04 452,00 5,43

3,00 1,44 8,00 1,93 13,00 2,21 18,00 2,42 92,00 3,69 212,00 4,54 332,00 5,05 454,40 5,44

3,10 1,46 8,10 1,94 13,10 2,22 18,10 2,42 94,40 3,72 214,40 4,55 334,40 5,06 456,80 5,44

3,20 1,47 8,20 1,94 13,20 2,22 18,20 2,43 96,80 3,74 216,80 4,56 336,80 5,07 459,20 5,45

3,30 1,48 8,30 1,95 13,30 2,23 18,30 2,43 99,20 3,76 219,20 4,57 339,20 5,08 461,60 5,46

3,40 1,50 8,40 1,96 13,40 2,23 18,40 2,43 101,60 3,79 221,60 4,58 341,60 5,09 464,00 5,47

3,50 1,51 8,50 1,96 13,50 2,24 18,50 2,44 104,00 3,81 224,00 4,60 344,00 5,10 466,40 5,47

3,60 1,52 8,60 1,97 13,60 2,24 18,60 2,44 106,40 3,83 226,40 4,61 346,40 5,10 468,80 5,48

3,70 1,54 8,70 1,98 13,70 2,25 18,70 2,44 108,80 3,85 228,80 4,62 348,80 5,11 471,20 5,49

3,80 1,55 8,80 1,98 13,80 2,25 18,80 2,45 111,20 3,87 231,20 4,63 351,20 5,12 473,60 5,49

3,90 1,56 8,90 1,99 13,90 2,25 18,90 2,45 113,60 3,89 233,60 4,64 353,60 5,13 476,00 5,50

4,00 1,57 9,00 2,00 14,00 2,26 19,00 2,45 11,6,00 3,91 236,00 4,66 356,00 5,14 478,40 5,51

4,10 1,59 9,10 2,00 14,10 2,26 19,10 2,46 118,40 3,93 238,40 4,67 358,40 5,15 480,80 5,51

4,20 1,60 9,20 2,01 14,20 2,27 19,20 2,46 120,80 3,95 240,80 4,68 360,80 5,15 483,20 5,52

4,30 1,61 9,30 2,02 14,30 2,27 19,30 2,47 123,20 3,97 243,20 4,69 363,20 5,16 485,60 5,52

4,40 1,62 9,40 2,02 14,40 2,28 19,40 2,47 125,60 3,99 245,60 4,70 365,00 5,17 488,00 5,53

4,50 1,63 9,50 2,03 14,50 2,28 19,50 2,47 128,00 4,01 248,00 4,71 368,00 5,18 490,40 5,54

4,60 1,64 9,60 2,03 14,60 2,29 19,60 2,48 130,40 4,03 250,40 4,72 370,40 5,19 492,40 5,54

4,70 1,65 9,70 2,04 14,70 2,29 19,70 2,48 132,80 4,05 252,80 4,763 372,80 5,19 492,80 5,55

4,80 1,66 9,80 2,05 14,80 2,29 19,80 2,48 135,20 4,06 255,20 4,74 375,20 5,20 495,20 5,56

4,90 1,67 9,90 2,05 14,90 2,30 19,90 2,49 137,60 4,08 257,60 4,75 377,60 5,21 497,60 5,56

5,00 1,68 10,00 2,06 15,00 2,30 20,00 2,49 140,00 4,10 260,00 4,77 380,00 5,22 500,00 5,57

Jghtltktzbt gbrjdjuj hfcüjlf djls VS gj cevvfhzjve hfcüjle djls ∑VR lky öbksü plfzbq gj DIN 1988 xfcnm 3 VS = 1,7 · (∑VR)0,21 – 0,7 [k/ctr.]

Änf nf<kbwf ltqcndbntkmzf lky hfcx¢nzjuj hfcüjlf djls VR zböt 0,5 k/ctr. d jnltkmzsü njxrfü jn<jhf.


96

afcjzzfy ltnfkm bpj<hfötzbt J<jpzfxtzbt Ghbvtxfzbt Rjäa. z

Veanf 0,25

Gthtüjlzbr

evtzmitzbt……zf 1 hfpvth 0,40…zf 2 hfpvthf 0,50…zf 3 hfpvthf 0,60…zf 4 hfpvthf 0,70

…zf 5 hfpvthjd 0,80…zf 6 hfpvthjd 0,90

Eujkmzbr 90° 1,20

Eujkmzbr 90° bp ctuvtznjd (ø 200 - 630 vv)

0,80

Eujkmzbr 90° dzenh./zfheöz.

1,20

Eujkmzbr 45° 0,50

Eujkmzbr 45° dzenh./zfheöz.

0,50

Hfpltktzbt gjnjrf 1,20

Cjtlbztzbt gjnjrjd 0,80

Hfpzjzfghfdktzzst gjnjrb ghb hfplt-

ktzbb gjnjrf1,80

Dcnhtxzst gjnjrb ghb cjtlbztzbb

gjnjrjd3,00

N-j<hfp. gthtüjlzbr Rjäa. z gjkexftncy gen¢v ckjötzby rjäa.-jd lky N-j<hfpzjq ltnfkb b gthtüjlzbrf

Rhtcnjdblzfyltnfkm

Hfpltktzbt gjnjrf 2,10

Cjtlbztzbt gjnjrjd 3,70

11010

11134

12106

12308

12506

12708

13108

13708

Rjäaabwbtzn gjnthm z lky afcjzzsü ltnfktq aquatherm green pipe

��

( = zfghfdktzbt ntxtzby)


97

afcjzzfy ltnfkm bpj<hfötzbt J<jpzfxtzbt Ghbvtxfzbt Rjäa. z

Ddfhzjt ctlkj Dfpltktzbt gjnjrf 0,5

N-j<hfpz. gthtüjlzbr Rjäa. z gjkexftncy gen¢v ckjötzby rjäa.-jd lky N-j<hfpzjq ltnfkb b gthtüjlzbrf

Gthtüjlzfy ltnfkm c dzenhtzztq htpm<jq

0,50

Gthtüjlzfy ltnfkm c zfheözjq htpm<jq

0,70

Eujkmzbr c dzenhtzztq htpm<jq

1,40

Eujkmzbr c zfheözjq htpm<jq

1,60

N-j<hfpzfygthtüjlzfy ltnfkm c dzenhtzztq htpm<jq

Hfpltktzbt gjnjrf- 16 x 1/2" x 16- 20 x 3/4 " x 20 1,40

- 20 x 1/2" x 20- 25 x 3/4 " x 25- 32 x 1" x 32

1,60

- 25 x 1/2 " x 25- 32 x 3/4 " x 32 1,80

N-j<hfpzfy gtht-üjlzfy ltnfkm c zf-

heözjq htpm<jq

Hfpltktzbt gjnjrf- 20 x 1/2" x 20 1,80


21108

21308

23008

23508

25006

25506



98


afcjzzfy ltnfkm bpj<hfötzbt J<jpzfxtzbt Ghbvtxfzbt KV

Dtznbkm c ghyvsv igbzltktv / dtznbkm

gjl inerfnehre

- 20 vv 10- 25 vv 8,5- 32 vv 7- 40 vv 6

Dtznbkm c zfrkjzzsv igbzltktv

- 20 vv 3,5- 25 vv 2,5- 32 vv 2- 40 vv 2

Rjv<bzbhjdfzzsq cdj<jlzjgjnjxzsq /j<hfnzsq dtznbkm

- 20 vv 7,7- 25 vv 6- 32 vv 5- 40 vv 5

Ifhjdsq rhfz

- 20 vv 1- 25 vv 0,5- 32 vv 0,5- 40 vv 0,3- 50 vv 0,3- 63 vv 0,3

Ckbdzjq gfnhe<jr

40808

41108

41208

41408

Bcnjxzbr: dsgbcrf bp DIN 1988 xfcnm 3

Z = z v2 d 2

Z = gjnthy lfdktzby d [Gf]

z = rjäaabwbtzn gjnthm lky abnbzuf

v = crjhjcnm gjnjrf [v/ctr.]

d = gkjnzjcnm ghjntrf+otq chtls [ru/v3]

KV = j<ß¢v gjnjrf [v3 / xfc] djls [5 °C - 30 °C] ghb hfpzbwt lfdktzby 1 <fh

ERFpFZbt:

Lky jghtltktzby gjnthb lfdktzby d [v<fh] ztj<üjlbvj htpekmnfn gjltkbnm zf afrnjh 100 (100 Gf = 1 v<fh)



99


Rjäaabwbtzn gjnthm z lky hfcghtltkbntkmzjuj <kjrf aquatherm green pipe

bpj<hfötzbt Ghbvtxfzbt bpj<hfötzbt Ghbvtxfzbt Rjäaabwbtzn z

Cjrhfo¢zzsq 25 vv ghjüjl ghb hfpltky+-

otvcy gjnjrt

Cjrhfo¢zzsq 20 vv ghjüjl ghb hfpltky+-

otvcy gjnjrt1,00

25 vv ghjüjl ghb hfpltky+otvcy

gjnjrt

20 vv ghjüjl ghb hfpltky+otvcy

gjnjrt0,25

20 vv jndjl ghb hfpltky+otvcy

gjnjrt


gjnjrt0,80

20 vv jndjl ghb cjtlbzy+otvcy

gjnjrt


gjnjrt1,60

Cjrhfo¢zzsq 20 vv jndjl ghb hfpltky+-

otvcy gjnjrt

Cjrhfo¢zzsq16 vv jndjl ghb hfpltky+-

otvcy gjnjrt2,20


gjnjrt1,20


gjnjrt0,80

ÜD

UD

Cbcntvf djljczf<.

ÜD

UD

Cbcntvf djljczf<.

JN

GN

Cbcntvf jnjgktzby

Cbcntvf jnjgktzby

ÜD

UD

Cbcntvf djljczf<ötzby

wbhrekywby

UD

ÜD

JN

GN

100

J>pJH cbcNtVs

– Nhe<s aquatherm green pipe

– Nhe<s aquatherm blue pipe

– Nhe<s aquatherm lilac pipe

– Rhtg¢özsq vfnthbfk

– Abnbzub

– Ddfhzst c¢lkf

– Gjlrk+xtzby r pfgjhzjq fhvfneht b rjvgktrne+obt

– Gthtüjlzbrb

– Gthtüjlzbrb b htpm<jdst cjtlbztzby – Hfcghtltkbntkmzst ltnfkb

– Pfgjhzfy fhvfnehf b rjvgktrne+obt

– Htöeobt bzcnhevtzns b hexzst cdfhjxzst fggfhfns

– Cdfhjxzst vf ibzs b äktrnhjzzjt dcgjvjufntkmzjt ecnhjqcndj

– Cdfhjxzst vf ibzs lky cdfhrb dcnsr b äktrnhjveanjdjq cdfhrb

– Pfxbcnzst bzcnhevtzns

– Bzcnhevtzns lky ddfhzsü c¢ltk

– Cd¢hkf / Ahtpf lky ddfhzsü c¢ltk

cJLtHöFZbt

101

aquatherm green

Zjdfy cnhernehf zfpdfzby vfhrb

Fhn. ˇ Cnfhjt zfpdfzbt vfhrbZjdjt zfpdfzbt vfhrb Standard

Dimension Ratio

Cnhjt-zbt

neh<s

Jcj-<tz-

zjcnb

Vfnt-hbfkAbhvf Cbcntvf

10208 . . . 10248 fusiotherm SDR11 aquatherm green SDR 11 S PP-R

10806 . . . 10908 fusiotherm SDR7,4 aquatherm green SDR 7,4 S PP-R

10006 . . . 10110 fusiotherm SDR6 aquatherm green SDR 6 S PP-R

70806 . . . 70856 rjv<. nhe<f fusiotherm Stabi aquatherm green SDR 7,4 MS PP-R/AL

70708 . . . 70710 rjv<. nhe<f fusiotherm Faser aquatherm green SDR 7,4 MF PP-R

70758 . . . 70760 rjv<. nhe<f fusiotherm Faser UV aquatherm green SDR 7,4 MF UV PP-R

1370711 . . . 1370738 rjv<. nhe<f fusiotherm Faser ISO aquatherm green SDR 9 MF TI PP-R

370712 . . . 370744 aquatherm green pipe aquatherm green SDR 9 MF RP PP-RP

370762 . . . 370794 aquatherm green pipe aquatherm green SDR 9 MF RP UV PP-RP

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzflky cbcntv djljczf<ötzby

Fusiotherm®- änj bzzjdfwbjzzsq vzjujcnjhjzzbq ghjlern, rjnjhsq htdjk+wbjzbhjdfk gkfcnvfccjdsq nhe<jghjdjlzsq ctrnjh b xbrfzbk tuj d ntxtzbt ltcynbktnbq ntgthm zfpsdftncy - aquatherm green . Eöt d 2009 änj zjdjt zfpdfzbt <skj ddtltzj zf hfpkbxzsü bznthzfwbjzfkmzsü hszrfü vbhf. Pf änjn rjhjnrbq chjr änj zjdjt zfpdfzbt, rjnjhjt ydkytncy vfhrjq dscjrjuj rfxtcndf b ghtdjcüjlzsü ärjkjubxtcrbq cdjqcnd, j<htkj juhjvze+ gjgekyhzjcnm. Ztgjchtlcdtzzj änb rfxtcdf, f nfröt dctvbhzj bpdtcnzsq b jxtzm xfcnj gjlhföftvsq wdtn nhe<jghjdjlzjq cbcntvs lf+n tq zjdjt zfpdfzbt.

102

SDR Fhn. ˇLbfvtnh

d [vv]

Njkobzf cntzrbs [vv]

Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls

[k./v]Dtc [ru.] DN LE

[v] PG Wtzf €v/in.

9

Veanjdfy cdfhrf

20-25 Lbfvtnhs 20 vv b 25 vv cv. aquatherm green pipe SDR 7,4 MF (ddthüe)

370712 32 3,6 24,8 0,483 0,328 25 40 1

370714 40 4,5 31,0 0,754 0,511 32 40 1

370716 50 5,6 38,8 1,182 0,791 40 20 1

370718 63 7,1 48,8 1,869 1,261 50 20 1

370720 75 8,4 58,2 2,659 1,771 - 20 1

370722 90 10,1 69,8 3,825 2,553 65 12 1

370724 110 12,3 85,4 5,725 3,789 80 8 1

370726 125 14,0 97,0 7,386 4,886 100 4 1

Cdfhrf dcnsr

370730 160 17,9 124,2 12,109 7,987 125 5,8 1

370734 200 22,4 155,2 18,908 12,488 150 5,8 1

370738 250 27,9 194,2 29,605 19,422 200 5,8 1

370742 315 35,2 244,6 46,966 30,876 250 5,8 1

370744 355 39,7 275,6 59,625 39,202 - 5,8 1

s

di d

aquatherm green pipe - SDR 9 MF RP

Cnhjtzbt nhe<s: MF = rjv<. nhe<f Faser (vzjujckjqzfy, cnf<bkbpbhjdfzzf djkjrzjv)

Jcj<tzzjcnb:Vfnthbfk:

RP (ecnjqxbdjcnm r gjdsitzzjve lfdktzb+)fusiolen PP-RP

Cthby nhe<: SDR 9/S 4

Cnfzlfhns: SKZ HR 3.28, ASTM F 2389, ISO 21003SKZ A632

Wdtn: ptk¢zsq c 4 n¢vzj-ptk¢zsvb gjkjcfvb

Tl. bpvthtzby: ø 32-125 vv infzub gj 4 vø 160-355 vv infzub gj 5,8 v

Tl. egfrjdrb: LE d vtnhfü

J<kfcnb ghbvtztzby:

Vtüfzbxtcrb cnf<bkbpbhjdfzf pf cx¢n djkjrzbcnjuj cjcnfdf Faser, bzntuhbhjdfzzjuj d chtlztv ckjt vfnthbfkf fusiolen® PP-R.

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



7,4

Veanjdfy cdfhrf

70708 20 2,8 14,4 0,163 0,157 15 100 1

70710 25 3,5 18,0 0,254 0,244 20 100 1

32 - 355 Zfxbzfy c lbfvtnhf 32 vv cv. aquatherm green pipe SDR 9 MF RP (zböt)

s

di d

aquatherm green pipe - SDR 7,4 MF

Cnhjtzbt nhe<s:

MF = rjv<. nhe<f Faser (vzjujckjqzfy, cnf<bkbpbhjdfzzf djkjrzjv)

Vfnthbfk: fusiolen PP-RCthby nhe<: SDR 7,4 / S 3,2

Cnfzlfhns: SKZ HR 3.28, ASTM F 2389, CSA B 137.11, ISO 21003SKZ A314/616

Wdtn: ptk¢zsq c 4 n¢vzj-ptk¢zsvb gjkjcfvb

Tl. bpvthtzby: infzub gj 4 vTl. egfrjdrb: LE d vtnhfü

J<kfcnb ghbvtztzby:

Vtüfzbxtcrb cnf<bkbpbhjdfzf pf cx¢n djkjrzbcnjuj cjcnfdf Faser, bzntuhbhjdfzzjuj d chtlztv ckjt vfnthbfkf fusiolen® PP-R.

103

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



7,4

Veanjdfy cdfhrf70758 20 2,8 14,4 0,163 0,210 15 100 170760 25 3,5 18,0 0,254 0,314 20 100 1

32-355 Zfxbzfy c lbfvtnhf 32 vv cv. aquatherm green pipe SDR 9 MF RP UV (zböt)

aquatherm green pipe - SDR 7,4 MF UV

Cnhjtzbt nhe<s: MF = rjv<. nhe<f Faser (vzjujckjqzfy, cnf<bk. djkjrzjv)

Jcj<tzzjcnm: ecnjqxbdf r djpltqcndb+ ekmnhfabjktnf UVVfnthbfk: fusiolen PP-RCthby nhe<: SDR 7,4 / S 3,2

Cnfzlfhns: SKZ HR 3.28, ASTM F 2389, CSA B 137.11, ISO 21003SKZ A314/616

Wdtn: dzenhb: ptk¢zfy c 4 n¢vzj-ptk¢zsvb gjkjcfvbczfheöb: x¢hzfy



J<kfcnb ghbvtztzby:

Ecnjqxbdf r djpltqcnbü ekmnhfabjktnjdsü kextq UV. Vtüfzbxtcrb cnf<bkbpbhjdfzf pf cx¢n djkjrzbcnjuj cjcnfdf Faser, bzntuhbhjdfz-

zjuj d chtlztv ckjt vfnthbfkf fusiolen® PP-R.

s

di d

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



9

Veanjdfy cdfhrf

20-25 Lbfvtnhs 20 vv b 25 vv cv. aquatherm green pipe SDR 7,4 MF UV (ddthüe)

370762 32 3,6 24,8 0,483 0,422 25 40 1

370764 40 4,5 31,0 0,754 0,630 32 40 1

370766 50 5,6 38,8 1,182 0,944 40 20 1

370768 63 7,1 48,8 1,869 1,457 50 20 1

370770 75 8,4 58,2 2,659 1,998 - 20 1

370772 90 10,1 69,8 3,825 2,894 65 12 1

370774 110 12,3 85,4 5,725 4,397 80 8 1

370776 125 14,0 97,0 7,386 5,530 100 4 1

Cdfhrf dcnsr

370780 160 17,9 124,2 12,109 8,287 125 5,8 1

370784 200 22,4 155,2 18,908 12,818 150 5,8 1

370788 250 27,9 194,2 29,605 19,741 200 5,8 1

370792 315 35,2 244,6 46,966 31,135 250 5,8 1

370794 355 39,7 275,6 59,625 39,415 - 5,8 1

aquatherm green pipe - SDR 9 MF RP UV

Cnhjtzbt nhe<s: MF = rjv<. nhe<f Faser (vzjujckjqzfy, cnf<bkbpbh. djkjrzjv)

Jcj<tzzjcnm: RP ((ecnjqxbdjcnm r gjdsitzzjve lfdktzb+), ecnjqxbdf r UVVfnthbfk: fusiolen PP-RPCthby nhe<: SDR 9 /S 4

Cnfzlfhns: SKZ HR 3.28, ASTM F 2389, ISO 21003, SKZ A632

Wdtn: dzenhb: ptk¢zfy c 4 n¢vzjptk¢zsvb gjkjcfvbczfheöb: x¢hzfy



J<kfcnb ghbvtztzby:

104

s

di d

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



6

10006 16 2,7 10,6 0,088 0,111 10 100 110008 20 3,4 13,2 0,137 0,174 12 100 110010 25 4,2 16,6 0,216 0,268 15 100 110012 32 5,4 21,2 0,353 0,437 20 40 110014 40 6,7 26,6 0,555 0,675 25 40 110016 50 8,3 33,4 0,876 1,047 32 20 110018 63 10,5 42,0 1,385 1,662 40 20 110020 75 12,5 50,0 1,963 2,351 50 20 110022 90 15,0 60,0 2,826 3,379 60 12 110024 110 18,3 73,4 4,229 5,040 65 8 110106* 16 2,7 10,6 0,088 0,111 10 100 110108* 20 3,4 13,2 0,137 0,174 12 100 110110* 25 4,2 16,6 0,216 0,268 15 100 1

7,4

10806 16 2,2 11,6 0,106 0,096 12 100 110808 20 2,8 14,4 0,163 0,149 15 100 110810 25 3,5 18,0 0,254 0,232 20 100 110812 32 4,4 23,2 0,423 0,372 25 40 110814 40 5,5 29,0 0,660 0,578 32 40 110816 50 6,9 36,2 1,029 0,901 40 20 110818 63 8,6 45,8 1,647 1,416 50 20 110906* 16 2,2 11,6 0,106 0,096 12 100 110908* 20 2,8 14,4 0,163 0,149 15 100 1

aquatherm green pipe - SDR 6 / 7,4 S

Cnhjtzbt nhe<s: S (single = jlzjckjqzfy)Vfnthbfk: fusiolen PP-RCthby nhe<: SDR 6 / S 2,5 & SDR 7,4 / S 3,2

Cnfzlfhns: DIN 8077. DIN 8078, DIN EN ISO 15874, ASTM F 2389, CSA B 137.11

Wdtn: ptk¢zfy

Tl. bpvthtzby: infzub gj 4 v, bkb *d <eünfü Tl. egfrjdrb: LE d vtnhfü

J<kfcnb ghbvtztzby:

105

aquatherm green pipe - SDR 11 S

Cnhjtzbt nhe<s: S (single = jlzjckjqzfy)

Vfnthbfk: fusiolen PP-R

Cthby nhe<: SDR 11/ S5

Cnfzlfhns: DIN 8077 / 78, DIN EN ISO 15874, ASTM F 2389, CSA B 137.11

Wdtn: ptk¢zfy c 4 cbzbvb gjkjcfvb

Tl. bpvthtzby: ø 20-125 vv infzub gj 4 v, bkb *d <eünfü ø 160-450 vv infzub gj 5,8 v


J<kfcnb ghbvtztzby:

s

di d

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



11

Veanjdfy cdfhrf

10208 20 1,9 16,2 0,206 0,108 15 100 110210 25 2,3 20,4 0,327 0,165 20 100 110212 32 2,9 26,2 0,539 0,261 25 40 110214 40 3,7 32,6 0,834 0,414 32 40 110216 50 4,6 40,8 1,307 0,641 40 20 110218 63 5,8 51,4 2,074 1,012 50 20 110220 75 6,8 61,4 2,959 1,411 65 20 110222 90 8,2 73,6 4,252 2,043 80 12 110224 110 10,0 90,0 6,359 3,026 - 8 110226 125 11,4 102,2 8,199 3,924 100 4 1

10308* 20 1,9 16,2 0,206 0,108 15 100 110310* 25 2,3 20,4 0,327 0,165 20 100 110312* 32 2,9 26,2 0,539 0,261 25 50 1

Cdfhrf dcnsr

10230 160 14,6 130,8 13,430 6,415 125 5,8 110234 200 18,2 163,6 21,010 9,992 150 5,8 110238 250 22,7 204,6 32,861 15,548 200 5,8 110242 315 28,6 257,8 52,172 24,664 250 5,8 110244 355 32,2 290,6 66,325 31,300 300 5,8 110246 400 36,3 327,6 84,290 39,734 300 5,8 110248 450 40,9 368,2 106,477 50,292 400 5,8 1

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



7,4

70806 16 2,2 11,6 0,106 0,144 12 100 170808 20 2,8 14,4 0,163 0,216 15 100 170810 25 3,5 18,0 0,254 0,296 20 100 170812 32 4,5 23,0 0,415 0,471 25 40 170814 40 5,6 28,8 0,651 0,670 32 40 170816 50 6,9 36,2 1,029 1,025 40 20 170818 63 8,7 45,6 1,632 1,530 50 20 170820 75 10,4 54,4 2,306 2,197 - 20 170822 90 12,5 65,4 3,317 3,226 65 12 170824 110 15,2 79,8 4,974 4,735 80 8 1

70856* 16 2,2 11,6 0,106 0,150 12 100 1

aquatherm green pipe - SDR 7,4 MS

Cnhjtzbt nhe<s: MS= rjv<. nhe<f Stabi (vzjujckjqzfy, cnf<bkbpbh. fk+vbzbtv)

Vfnthbfk: fusiolen PP-RCthby nhe<: SDR 7,4 / S 3,2

Cnfzlfhns: DIN 8077 / 78, DIN EN ISO 15874, ASTM F 2389, CSA B 137.11

Wdtn: ptk¢zsq

Tl. bpvthtzby: infzub gj 4 v, bkb *d <eünfü Tl. egfrjdrb: LE d vtnhfü

J<kfcnb ghbvtztzby:

Vtüfzbxtcrb cnf<bkbpbhjdfzf pf cx¢n bzntuhbhjdfzzjuj fk+vbzby

di d dg

ssg

106

Nhe<jghjdjlzfy cbcntvf climatherm - änj zf i cgtwbfkbcn lky nhfzcgjhnbhjdrb üjkjlbkmzsü b jnjgbntkmzsü chtl d pfrhsnsü cbcntvfü, f nfröt lky lheubü bzötzthzsü cbcntv ntgthm zfpsdftncy aquatherm blue . Änf cbcntvf <skf hfphf<jnfzf 10 ktn zfpfl, xnj<s bp<töfnm rjhhjpbb nhe<jghjdjlzsü ctntq lky rkbvfnbpfwbb. T¢ j<kfcnm ghbvtztzby hfcibhbkfcm jxtzm <scnhj lky vzjujxbcktzzsü lheubü j<kfcntq bcgjkmpjdfzby nhe<jghjdjlzsü cbcntv. Zf ctujlzyizbq ltzm äne cbcntve Ds vjötnt zfqlnb d ujcnbzbwfü, cgjhnbdzsü cjjheötzbyü b ghjvsiktzzsü vfcinf<zsü ghjtrnfü dj dc¢v vbht.


Fhn. ˇ Cnfhjt zfpdfzbt vfhrb

Zjdjt zfpdfzbt vfhrb Standard

Dimension Ratio

Cnhjt-zbt

nhe<s

Jcj-<tz-

zjcnb

Vfnt-hbfk

Abhvf Cbcntvf

2010208 . . . 2010212 Climatherm SDR11 aquatherm blue SDR 11 S PP-R

2070112 . . . 2070712 rjv<. nhe<f Climatherm Faser SDR7,4/SDR11 aquatherm blue SDR 7,4/SDR 11 MF PP-R

2070162 . . . 2070762 rjv<. nhe<f Climatherm Faser SDR7,4/SDR11/SDR 17,6 UV aquatherm blue SDR 7,4/SDR 11/SDR 17,6 MF UV PP-R

2170114 . . . 2170712 rjv<. nhe<f Climatherm Faser SDR7,4/SDR11 OT aquatherm blue SDR 7,4/SDR 11 MF OT PP-R

2570130 . . . 2570154 rjv<. nhe<f Climatherm Faser SDR17,6 aquatherm blue SDR 17,6 MF PP-R

2270111 . . . 2270142 rjv<. nhe<f Climatherm Faser SDR7,4/SDR11 ISO aquatherm blue SDR 7,4/SDR 11 MF TI PP-R

2470711 . . . 2470126 rjv<. nhe<f Climatherm Faser SDR7,4/SDR11 OT ISO aquatherm blue SDR 7,4/SDR 11 MF OT-TI PP-R

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzf lky cbcntv rkbvfnbpfwbb, jnjgktzby b ntüzjkjubxtcrbü ecnhjqcnd

aquatherm blue

107

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



7,4

Veanjdfy cdfhrf

2070708 20 2,8 14,4 0,163 0,157 15 100 112070710 25 3,5 18,0 0,254 0,244 20 100 112070712 32 4,4 23,2 0,423 0,391 25 40 11

11

2070112 32 2,9 26,2 0,539 0,275 25 40 112070114 40 3,7 32,6 0,834 0,435 32 40 112070116 50 4,6 40,8 1,307 0,674 40 20 112070118 63 5,8 51,4 2,074 1,065 50 20 112070120 75 6,8 61,4 2,959 1,485 65 20 112070122 90 8,2 73,6 4,252 2,150 80 12 112070124 110 10,0 90,0 6,359 3,185 - 8 112070126 125 11,4 102,2 8,199 4,130 100 4 11

Cdfhrf dcnsr

2070130 160 14,6 130,8 13,430 6,751 125 5,8 112070134 200 18,2 163,6 21,010 10,515 150 5,8 112070138 250 22,7 204,6 32,861 16,363 200 5,8 112070142 315 28,6 257,8 52,172 25,958 250 5,8 112070144 355 32,2 290,6 66,29 32,941 300 5,8 112070146 400 36,3 327,6 84,290 41,818 300 5,8 112070148 450 40,9 368,2 106,477 52,930 400 5,8 11

17,6

Veanjdfy cdfhrf

2570126 125 7,1 110,8 9,637 2,698 100 4 11Cdfhrf dcnsr

2570130 160 9,1 141,8 15,792 4,574 150 5,8 112570134 200 11,4 177,2 24,661 7,081 200 5,8 112570138 250 14,2 221,6 38,568 10,949 250 5,8 112570142 315 17,9 279,2 61,223 17,245 300 5,8 112570144 355 20,1 314,8 77,832 21,806 350 5,8 112570146 400 22,7 354,6 98,756 27,638 350 5,8 112570148 450 25,5 399,0 125,036 34,858 400 5,8 112570150 500 28,4 443,2 154,272 43,048 450 5,8 112570152 560 31,7 496,6 193,688 53,706 500 5,8 112570154 630 35,7 558,6 245,070 67,917 500 5,8 11

s

di d

aquatherm blue pipe - SDR 7,4 / 11 / 17,6 MF


Vfnthbfk: fusiolen PP-R

Cthby nhe<: SDR 7,4 / S 3,2 & SDR11 / S 5 & SDR 17,6 / S 8,3

Cnfzlfhns: SKZ HR 3.28, ASTM F 2389, CSA B 137.11, ISO 21003

Wdtn: cbzyy c 4 ibhjrbvb ptk¢zsvb gjkjcfvb



J<kfcnb ghbvtztzby:

Vtüfzbxtcrb cnf<bkbpbhjdfzf pf cx¢n djkjrzbcnjuj cjcnfdf Faser, bzntu-hbhjdfzzjuj d chtlztv ckjt vfnthbfkf fusiolen® PP-R.

+C°

108

aquatherm blue pipe - SDR 7,4/11/17,6 MF UV


Jcj<tzzjcnm: ecnjqxbdfy r kexfv UVVfnthbfk: fusiolen PP-RCthby nhe<: SDR 7,4 / S 3,2 & SDR 11 & SDR 17,6/ S 8,3

Cnfzlfhns: SKZ HR 3.28, ASTM F 2389, CSA B 137.11, ISO 21003

Wdtn: czfheöb x¢hzfy, dzenhb cbzyy


Tl. gjcnfdrb: LE d vtnhfü

J<kfcnb gh-bvtztzby:

Ecnjqxbdfy ghjnbd kextq UV. Vtüfzbxtcrb cnf<bkbpbhjdfzfy pf cx¢n djkjrzbcnjuj cjcnfdf Faser, bzntuhbhjdfzzjuj d chtlztv ckjt vfnt-

hbfkf fusiolen® PP-R.

s

di d

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



7,4

Veanjdfy cdfhrf

2070758 20 2,8 14,4 0,163 0,210 15 100 112070760 25 3,5 18,0 0,254 0,314 20 100 112070762 32 4,4 23,2 0,423 0,484 20 40 11

11

2070162 32 2,9 26,2 0,539 0,368 25 40 112070164 40 3,7 32,6 0,834 0,555 32 40 112070166 50 4,6 40,8 1,307 0,827 40 20 112070168 63 5,8 51,4 2,074 1,260 50 20 112070170 75 6,8 61,4 2,959 1,712 65 20 112070172 90 8,2 73,6 4,252 2,491 80 12 112070174 110 10,0 90,0 6,359 3,693 - 8 112070176 125 11,4 102,2 8,199 4,774 100 4 11

Cdfhrf dcnsr

2070180 160 14,6 130,8 13,430 7,051 125 5,8 112070184 200 18,2 163,6 21,010 10,845 150 5,8 112070188 250 22,7 204,6 32,861 16,681 200 5,8 112070192 315 28,6 257,8 52,172 26,217 250 5,8 112070194 355 32,2 290,6 66,292 33,153 300 5,8 112070196 400 36,3 327,4 84,145 41,937 300 5,8 112070198 450 40,9 368,2 106,423 52,997 400 5,8 11

17,6

2570180 160 9,1 141,8 15,784 4,707 150 5,8 112570184 200 11,4 177,2 24,649 7,201 200 5,8 112570188 250 14,2 221,6 38,549 11,006 250 5,8 112570192 315 17,9 279,2 61,193 17,174 300 5,8 112570194 355 20,1 314,8 77,793 21,647 350 5,8 112570196 400 22,7 354,6 98,707 27,339 350 5,8 112570198 450 25,5 399 124,973 34,454 400 5,8 112570200 500 28,4 443,2 154,195 42,525 450 5,8 112570202 560 31,7 496,6 193,590 52,994 500 5,8 112570204 630 35,7 558,6 244,947 66,976 500 5,8 11

+C°

109

aquatherm blue pipe - SDR 7,4 / 11 MF OT


Jcj<tzzjcnm: OT = rbckjhjljpfobnzsq ckjq

Vfnthbfk: fusiolen PP-RCthby nhe<: SDR 7,4 / S 3,2 & SDR11 / S 5

Cnfzlfhns: DIN 8077 / 78, DIN EN ISO 15874, ASTM F 2389, CSA B 137.11, ISO 21003

Wdtn: cbzbq


Tl. gjcnfdrb: LE d vtnhfü


Rbckjhjljztghjzbwftvfy <kfujlfhy fznblbaaepbjzzjve ckj+. Vtüfzbxtcrb cnf<bkbpbhjdfzfy pf cx¢n djkjrzbcnjuj cjcnfdf Faser, bzntuhbhjdfzzjuj d chtlztv ckjt vfnthbfkf fusiolen® PP-R.

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



7,4

Veanjdfy cdfhrf

2170708 20 2,8 14,4 0,163 0,211 15 100 112170710 25 3,5 18,0 0,254 0,316 20 100 112170712 32 4,4 23,2 0,423 0,488 20 40 11

11

2170114 40 3,7 32,6 0,834 0,562 32 40 112170116 50 4,6 40,8 1,307 0,809 40 20 112170118 63 5,8 51,4 2,074 1,279 50 20 112170120 75 6,8 61,4 2,959 1,739 65 20 112170122 90 8,2 73,6 4,252 2,983 80 12 112170124 110 10 90,0 6,359 3,752 - 8 112170126 125 11,4 102,2 8,199 4,857 100 4 11

Cdfhrf dcnsr

2170130 160 14,6 130,8 13,430 6,888 125 5,8 112170134 200 18,2 163,6 21,010 10,687 150 5,8 112170138 250 22,7 204,6 32,861 16,578 200 5,8 11

B (2:1)

B

S

di d

PP-ROxygen-BaRPP-R

PP-RPP-R-gF

+C°

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



11

2010208 20 1,9 16,2 0,206 0,108 15 100 112010210 25 2,3 20,4 0,327 0,165 20 100 112010212 32 2,9 26,2 0,539 0,261 25 40 11

2010308* 20 1,9 16,2 0,206 0,108 15 100 112010310* 25 2,3 20,4 0,327 0,165 20 100 112010312* 32 2,9 26,2 0,539 0,261 25 50 11

aquatherm blue pipe - SDR 11 S

Cnhjtzbt nhe<s: S (single = jlzjckjqzfy)Vfnthbfk: fusiolen PP-RCthby nhe<: SDR 11/ S 5

Cnfzlfhns: DIN 8077 / 78, DIN EN ISO 15874, ASTM F 2389, CSA B 137.11, NSF 14, ISO 21003

Wdtn: cbzbq

Tl. bpvthtzby: infzub gj 4 v, bkb *d <eünfü Tl. gjcnfdrb: LE d vtnhfü


s

di d

+C°

110

SDR Fhn. ˇLbfvtnh

d [vv]


Dzenh. lbfvtnh

di [vv]

Rjkbxtcn-dj djls



7,49010808 20 2,8 14,4 0,163 0,149 15 100 129010810 25 3,5 18,0 0,254 0,232 20 100 12

11

9010212 32 2,9 26,2 0,539 0,261 25 40 129010214 40 3,7 32,6 0,834 0,414 32 40 129010216 50 4,6 40,8 1,307 0,641 40 20 129010218 63 5,8 51,4 2,074 1,012 50 20 129010220 75 6,8 61,4 2,959 1,411 65 20 129010222 90 8,2 73,6 4,252 2,042 80 12 129010224 110 10,0 90,0 6,359 3,026 - 8 129010226 125 11,4 102,2 8,199 3,924 100 4 12

aquatherm lilac pipe - SDR 7,4/11 SCnhjtzbt nhe<s: S (single = jlzjckjqzfy)Vfnthbfk: fusiolen PP-RCthby nhe<: SDR 7,4/S3,5 & SDR 11/ S 5

Cnfzlfhns: DIN 8077 / 78, DIN EN ISO 15874, ASTM F 2389, CSA B 137.11, NSF 14

Wdtn: cthtztdsq

Tl. bpvthtzby: infzub gj 4 v, bkb *d <eüfü Tl. egfrjdrb: LE d vtnhfü

J<kfcnb ghbvtztzby: s

di d

Nhe<jghjdjlzfy cbcntv lilac hfphf<jnfzf bcrk+xbntkmzj lky cbcntv ntüzbxtcrjuj djljczf<ötzby. Ntgthm änf cbcntvf zfpsdftncy aquatherm lilac . D cnhfzfü jxtzm fzuföbhjdfzzsü d ärjkjubxtcrjq gjkbnbrt, nfrbü rfr zfghbvth, Fdcnfkby bkb Rfkbajhzby, eöt ctujlzy ydkytncy cnfzlfhnzsv ghbvtzynm cbcntvs dnjhbxzjuj bcgjkmpjdfzby djls lky czbötzby hfcüjlf htcehcjd gbnmtdjq djls. Cbhtztdsq wdtn (lila) zf ctujlzy b dj vzjubü lheubü cnhfzfü ghbpzf¢ncy rfr cnfzlfhznsq wdtn lky nhe<jghjdjlzsü kbzbq c ntüzbxtcrjq djljq, nfrbv j<hfpjv ghjbpjikj b zfpdfzbt änjq cbcntvs.


Fhn. ˇ Cnfhjt zfpdfzbt vfhrbZjdjt zfpdfzbt vfhrb Standard

Dimension Ratio

Cnhjt-zbt

nhe<s

Vfnt-hbfkAbhvf Cbcntvf

9010808 . . . 9010226 aquatherm lilac aquatherm lilacSDR 7,4/SDR 11 S PP-R

Nhe<jghjdjlzfy cbcntvf bp gjkbghjgbktzflky ntüzbxtcrjuj djljczf<ötzby

aquatherm lilac

111

Kbgrfy KtzNf lKy pfobNs abNbzujd jN cjKztxzsü Kextq UVlky nhe< MF UV

Fhn. ˇHfpvths

(ibhbzf x lkbzf) LE PG Wtzf €v/in.

10871 50mm x 10m 1v/d egfrjdrt 1

Fhn. ˇ Lky lbfvtnhjd LE PG Wtzf €v/in.

60516 16 mm 50 160520 20 mm 50 160525 25 mm 50 160532 32 mm 50 160540 40 mm 50 160550 50 mm 50 160563 63 mm 25 160575 75 mm 25 160590 90 mm 25 160594 110 mm 25 160595 125 mm 25 160597 160 mm 25 160650 200 mm 1 160654 250 mm 1 160658 315 mm 1 160660 355 mm 1 1

60520

rhtgtözst üjveNsgjlüjlyn lky ö¢cnrjuj b crjkmpyotuj rhtgktzby

Htpm<jdjq pföbv: M8 b M10 lky 16 - 125 vv | M10 lky 160 vv | M16 lky 200 - 355 vv


60768 160 mm 1 160770 200 mm 1 160774 250 mm 1 160778 315 mm 1 160780 355 mm 1 160782 400 mm 1 160784 450 mm 1 160786 500 mm 1 160788 560 mm 1 160790 630 mm 1 1

rhtgtözst üjveNsgjlüjlyn lky ö¢cnrjuj rhtgktzby


60604 1-fach - Länge = 45 mm 50 160606 1-fach - Länge = 75 mm 50 160608 2-fach - Länge = 45 mm 50 1

60610 2-fach - länge = 75 mm 50 1

rhtgtözst crj>sghtlzfpzfxtzs lky nhe<jghjdjljd ø 16 - 32 vv

112

SDR Fhn. ˇLbfvtnh

d [vv] l z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

11006 16 15,00 2,00 24,50 0,008 • 10 111008 20 16,00 1,50 29,50 0,011 • • • 10 111010 25 17,50 1,50 34,00 0,013 • • • 10 111012 32 20,25 2,25 43,00 0,026 • • • 5 111014 40 23,75 3,25 52,00 0,044 • • • 5 111016 50 26,50 3,00 68,00 0,084 • • • 5 111018 63 30,25 2,75 84,00 0,139 • • • 1 111020 75 33,25 3,25 100,00 0,226 • • • 1 111022 90 36,25 3,25 120,00 0,343 • • • 1 111024 110 41,00 4,00 147,00 0,581 • • • 1 111026 125 45,00 5,00 167,00 0,845 • • • 1 1

veaNs

Cbcntvs: aquatherm green pipe, aquatherm blue pipe, aquatherm lilac pipe

Vfnthbfk: fusiolen® PP-R

Cnfzlfhns: DIN 16962, DIN EN ISO 15874

Wdtn: ptk¢zsq

SDR Fhn. ˇLbfvtnh

d [vv]Lbfvtnh

d1 [vv] L l z D D1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in

67,49

11

ldeücnjhjzzyy veanjdfy cdfhrf<<<11222 40 32 44,00 24,00 3,50 52,00 43,00 0,035 • • • 1 111228 50 32 47,00 26,50 3,00 68,00 43,00 0,066 • • • 1 111230 50 40 50,50 26,50 3,00 68,00 52,00 0,069 • • • 1 111236 63 40 54,00 30,50 3,00 84,00 52,00 0,115 • • • 1 111238 63 50 56,00 30,00 2,50 84,00 68,00 0,120 • • • 1 111240 75 50 60,00 33,50 3,50 100,00 68,00 0,178 • • • 1 111242 75 63 62,50 32,50 2,50 100,00 84,00 0,185 • • • 1 111252 90 63 66,50 36,50 3,50 120,00 84,00 0,276 • • • 1 111253 90 75 69,00 36,00 3,00 120,00 100,00 0,297 • • • 1 111257 110 75 74,50 41,00 4,00 147,00 100,00 0,516 • • • 1 111259 110 90 77,50 41,00 4,00 147,00 120,00 0,520 • • • 1 111263 125 90 83,00 46,00 6,00 167,00 120,00 0,749 • • • 1 111265 125 110 87,00 46,00 6,00 167,00 147,00 0,726 • • • 1 1

gthtüjlzfy veaNf dzeNh./dzeNh.




Wdtn: ptk¢zsq

11010

11238

jgjhzfy ubKmpf lKy Nhe>

Fhn. ˇ Hfpvth LE PG Wtzf €v/in.

85110 für Rohre ø 16 x 2,2 mm - ø 11,4 mm 10 1

10186 für Rohre ø 16 x 2,7 mm - ø 10,4 mm 10 1

gKfcNvfccjdst rhtgtözst üjveNsghtlzfpzfxtzs lky nhe<jghjdjljd ø 16 - 40 vv


60616 16 mm 50 160620 20 mm 50 160625 25 mm 30 160632 32 mm 30 160640 40 mm 30 1

60616

a

10186

113

SDR Fhn. ˇLbfvtnh

d [vv]Lbfvtnh

d1 [vv] l z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

ldeücnjhjzzyy veanjdfy cdfhrf

11109 20 16 39,00 26,00 24,50 0,009 • 10 1

11110 25 16 38,00 25,00 26,00 0,012 • 10 111112 25 20 38,50 24,00 29,50 0,012 • • • 10 111114 32 20 37,50 23,00 29,50 0,015 • • • 5 111116 32 25 38,00 22,00 34,00 0,016 • • • 5 111118 40 20 45,00 30,50 29,50 0,025 • • • 5 111120 40 25 50,00 34,00 34,00 0,028 • • • 5 111122 40 32 50,00 32,00 43,00 0,032 • • • 5 111124 50 20 55,00 40,50 29,50 0,045 • • • 5 111126 50 25 55,00 39,00 34,00 0,044 • • • 5 111128 50 32 54,00 36,00 43,00 0,048 • • • 5 111130 50 40 52,50 32,00 52,00 0,053 • • • 5 111131 63 20 65,00 50,50 29,50 0,073 • • • 1 111132 63 25 65,00 49,00 34,00 0,071 • • • 1 111134 63 32 62,00 44,00 43,00 0,080 • • • 1 111136 63 40 65,00 44,50 52,00 0,089 • • • 1 111138 63 50 63,50 40,00 68,00 0,107 • • • 1 111139 75 40 69,50 49,00 52,00 0,131 • • • 1 111140 75 50 63,00 39,50 68,00 0,141 • • • 1 111142 75 63 71,00 43,50 84,00 0,170 • • • 1 111143 75 20 65,50 51,00 34,50 0,113 • • • 1 111144 75 25 65,50 49,50 34,50 0,111 • • • 1 111145 75 32 69,50 51,50 52,00 0,140 • • • 1 111151 90 50 75,00 51,50 68,00 0,193 • • • 1 111152 90 63 78,00 50,50 84,00 0,224 • • • 1 111153 90 75 81,50 51,50 100,00 0,273 • • • 1 111155 110 63 86,00 58,50 84,00 0,356 • • • 1 111157 110 75 89,00 59,00 100,00 0,383 • • • 1 111159 110 90 99,00 66,00 120,00 0,500 • • • 1 111161 125 75 101,00 71,00 100,00 0,518 • • • 1 111163 125 90 99,00 66,00 120,00 0,588 • • • 1 111165 125 110 112,00 75,00 147,00 0,832 • • • 1 1

gthtüjlzbr lKy veaNjdjq cdfhrb




Wdtn: ptk¢zsq11

22

33

44

55

66

AA

BB

CC

DD

Status

Änderungen

Datum

Nam

e

Datum

Nam

eG

ezeichnet

Kontrolliert

Norm

Position

Menge

Maßstab

Material :

Allgemeintol.

DIN

ISO

2768-cO

berflächea

qu

ath

erm

extru

sion

s &

spritzg

ieß

tech

nik

Freigabe :

02.07.201302.07.2013

Red.-S

tück

1:1P

P 1 Blatt:

Art.-N

r:

Stk.

M

enzebachD

.Tusche

02.07.´130011109-0011165W

d1

D

zl

d

114

SDR Fhn. ˇLbfvtnh

d [vv]Lbfvtnh

d1 [vv] l z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in

c jlzjq cnjhjzs veanjdfy cdfhrf, c lheujq cdfhrf dcnsr

9

311174 160 110 87,00 50,00 147,00 0,730 • 1 1

311176 160 125 90,00 50,00 167,00 0,868 • 1 1

311182 200 125 135,00 95,00 167,00 1,599 • 1 1

1111175 160 110 90,00 53,00 147,00 0,655 • • 1 111177 160 125 90,00 50,00 167,00 0,636 • • 1 111183 200 125 135,00 95,00 167,00 1,341 • • 1 1

17,6

2511174 160 110 90,00 53,00 147,00 0,618 • 1 11

2511176 160 125 90,00 50,00 167,00 0,628 • 1 11

2511182 200 125 135,00 95,00 167,00 1,055 • 1 11

gthtüjlzbr lKy veaNjdjq cdfhrb b cdfhrb dcNsr

Cbcntvs: aquatherm green pipe, aquatherm blue pipeVfnthbfk: fusiolen® PP-R & PP-RP


Wdtn: ptk¢zsq

SDR Fhn. ˇLbfvtnh

d [vv]Lbfvtnh

d1 [vv] z Dtc [ru] Cbcntvs LE PG Wtzf €v/in

ldeücnjhjzzyy cdfhrf dcnsr

9

311184 200 160 135,00 1,588 • 1 1

311188 250 160 172,50 2,900 • 1 1

311190 250 200 172,50 3,206 • 1 1

311192 315 200 225,00 6,350 • 1 1

311194 315 250 225,00 7,050 • 1 1

311196 355 250 170,00 5,640 • 1 1

311198 355 315 160,00 4,940 • 1 1

11

11185 200 160 135,00 1,206 • • 1 111189 250 160 172,50 2,313 • • 1 111191 250 200 172,50 2,389 • • 1 111193 315 200 225,00 4,389 • • 1 111195 315 250 233,00 4,786 • • 1 111197 355 250 245,00 4,431 • • 1 111199 355 315 160,00 4,532 • • 1 111201 400 250 260,00 7,475 • • 1 111203 400 315 260,00 6,095 • • 1 111204 400 355 260,00 5,520 • • 1 111206 450 315 230,00 9,200 • • 1 111207 450 355 230,00 7,590 • • 1 111208 450 400 230,00 7,590 • • 1 1

gthtüjlzbr lKy cdfhrb dcNsr



Wdtn: ptk¢zsq

StatusÄ

nderungenD

atumN

ame

Datum

Nam

eG

ezeichnet

Kontrolliert

Norm

Position M

engeM

aßstab

Material :

Allgem

eintol.D

IN ISO

2768-cO

berflächeaquathermextrusions &

spritzgießtechnik

Freigabe :

23.02.2011

23.02.2011

Red.-Stück

1:2PP

1 Blatt:A

rt.-Nr:

Stk.

zum Stum

pfschweißen

Vollmer

Tusche

23.02.20110011184-2511219W

d1

d

z

11

22

33

44

55

66

AA

BB

CC

DD

Status

Änderungen

Datum

Nam

e

Datum

Nam

eG

ezeichnet

Kontrolliert

Norm

Position

Menge

Maßstab

Material :

Allgemeintol.

DIN

ISO

2768-cO

berflächea

qu

ath

erm

extru

sion

s &

spritzg

ieß

tech

nik

Freigabe :

02.07.201302.07.2013

Red.-S

tück

1:1,5PP

1 Blatt:A

rt.-Nr:

Stk.

M

enzebachD

.Tusche

02.007.´130011174-2511182W

Dd1

d

zl

115

SDR Fhn. ˇLbfvtnh

d [vv]Lbfvtnh

d1 [vv] z Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

ldeücnjhjzzyy cdfhrf dcnsr

17,6

2511184 200 160 135,00 1,012 • 1 11

2511188 250 160 172,50 1,500 • 1 11

2511190 250 200 172,50 1,338 • 1 11

2511193 315 200 225,00 4,141 • 1 11

2511195 315 250 225,00 3,420 • 1 11

2511197 355 250 245,00 3,099 • 1 11

2511199 355 315 160,00 3,108 • 1 11

2511201 400 250 260,00 4,482 • 1 11

2511203 400 315 260,00 3,366 • 1 11

2511204 400 355 260,00 3,049 • 1 11

2511206 450 315 230,00 4,891 • 1 11

2511207 450 355 230,00 4,688 • 1 11

2511208 450 400 230,00 4,287 • 1 11

2511209 500 315 230,00 8,100 • 1 11

2511210 500 355 230,00 6,500 • 1 11

2511211 500 400 230,00 6,700 • 1 11

2511212 500 450 230,00 5,500 • 1 11

2511213 560 400 230,00 9,000 • 1 11

2511214 560 450 200,00 8,600 • 1 11

2511215 560 500 200,00 7,600 • 1 11

2511216 630 400 230,00 15,100 • 1 11

2511217 630 450 200,00 13,700 • 1 11

2511218 630 500 200,00 11,000 • 1 11

2511219 630 560 200,00 9,000 • 1 11

gthtüjlzbr lKy cdfhrb dcNsr

Cbcntvs: aquatherm blue pipeVfnthbfk: fusiolen® PP-R


Wdtn: ptk¢zsq

SDR Fhn. ˇLbfvtnh

d [vv] z l D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

veanjdfy cdfhrf

12106 16 9,00 22,00 24,50 0,010 • 10 112108 20 11,00 25,50 29,50 0,018 • • • 10 112110 25 13,50 29,50 34,00 0,023 • • • 10 112112 32 17,00 35,00 43,00 0,043 • • • 5 112114 40 21,00 41,50 52,00 0,077 • • • 5 112116 50 26,00 49,50 68,00 0,162 • • • 5 112118 63 32,50 60,00 84,00 0,293 • • • 1 112120 75 38,50 68,50 100,00 0,445 • • • 1 112122 90 46,00 79,00 120,00 0,729 • • • 1 112124 110 56,00 93,00 147,00 1,292 • • • 1 112126 125 76,50 116,50 167,00 2,004 • • • 1 1

eujKmzbr 90° lKy veaNjdfq cdfhrb

Cbcntvs: aquatherm green pipe, aquatherm blue pipe, aquatherm lilac pipeVfnthbfk: fusiolen® PP-R


Wdtn: ptk¢zsq

StatusÄ

nderungenD

atumN

ame

Datum

Nam

eG

ezeichnet

Kontrolliert

Norm

Position M

engeM

aßstab

Material :

Allgem

eintol.D

IN ISO

2768-cO

berflächeaquathermextrusions &

spritzgießtechnik

Freigabe :

23.02.2011

23.02.2011

Red.-Stück

1:2PP

1 Blatt:A

rt.-Nr:

Stk.

zum Stum

pfschweißen

Vollmer

Tusche

23.02.20110011184-2511219W

d1

d

z

12106

116

SDR fhn. ˇ lbfvtnhd [vv] z dtc [ru] cbcntvf

cdfhtzzst bp ctuvtz-

njd

kbnjq abnbzu*

(ptk¢zsq)LE PG Wtzf €

v/in.

cdfhrf dcnsr

9

312130 160 145,00 2,371 • • 1 1

312134 200 175,00 4,339 • • 1 1

312138 250 220,00 8,250 • • 1 1

312142 315 773,00 42,300 • • 1 1

312144 355 833,00 57,628 • • 1 1

11

12131 160 145,00 2,145 • • • 1 112135 200 175,00 4,056 • • • 1 112139 250 220,00 7,331 • • • 1 112143 315 773,00 37,850 • • 1 1

12145 355 833,00 37,400 • • 1 1

12147 1) 400 900,00 62,800 • • 1 1

12149 1) 450 975,00 89,500 • • 1 11)vtüfzbxtcrb cnf<bkbpbhjdfzzs pf cx¢n djkjrzbcnjuj cjcnfdf Faser, rjnjhfy zfüjlbncy d chtlztv ckjt vfnthbfkf fusiolen® PP-R

11

2012143 315 773,00 37,300 • • 1 112012145 355 833,00 57,074 • • 1 112012147 400 900,00 74,500 • • 1 112012149 450 975,00 89,080 • • 1 11

17,6

2512130 160 145,00 1,642 • • 1 112512134 200 175,00 3,118 • • 1 112512138 250 220,00 5,623 • • 1 112512142 315 773,00 24,000 • • 1 112512144 355 833,00 32,000 • • 1 112512146 400 900,00 42,549 • • 1 112512148 450 975,00 62,200 • • 1 112512150 500 1100,00 91,000 • • 1 112512152 560 1190,00 108,779 • • 1 112512154 630 1295,00 164,600 • • 1 11

rjKtzj 90° lKy cdfhrb dcNsr

cbcntvs: aquatherm green pipe, aquatherm blue pipe

vfnthbfk: fusiolen® PP-R b PP-RP

cnfzlfhn: DIN 16962, DIN EN ISO 15874

erfpfzbt: Gjcntgtzzj vs gthtcnfzfdkbdftv abnbzub XXL, cdfhtzzst bp ctuvtznjd zf abnbzub ghjbpdtl¢zzst vtnjljv kbnmy. D nf<kbwt Ds zfql¢nt gthtxtzm fhnbrekjd, rjnjhst zf vjvtzn bplfzby änjuj rfnfkjuf eöt bvt+ncy d zjdjv bcgjkztzbb. D bplfzbb aqua therm technews vs ghjbzajhvbhetv Dfc j ljgjkzbntkmzsü fhnbrekfü. Zf lfzzsq vjvtzn vs ghjlf¢v rjktzf cdfhtzzst bp ctuvtznjd.

Dct abnbzub, rjnjhst ghjbpdjlyncy vtnjljv kbnmy gj pfghj-ce vjuen <snm dsgjkztzs bp ctuvtznjd. Lky cgtw. fhnbrekjd hfpkbxzsü dbljd zt pfrhtgktzs zjvthf fhnbrekjd.

gjöfkeqcnf j<hfnbnt dzbvfzbt! Äktrnhjveans zt vjuen <snm cjtlbztzs ztgjchtlcndtzzj c kbnsvb abnbzufvb. Ghb bcgjkmpjdfzbb äktrnhjvean ztj<üjlbvj bpcgjkmpjdfnm kb<j cgtw. abnbzub cdfhtzzst bp ctuvtznjd, kb<j ghbdfhtzzst r kbnsv abnbzufv jnhtprb nhe<.

abnbzu cdfhtzzsq bp ctuvtznjd

kbnsq abnbzuwdtn: ptk¢zsq

zjdbzrf

* frnefkmzst fhn. zf vjvtzn gtxfnb rfnfkjuf, ljgjkzbntkmzst ltnfkb gjcktle+n gjpöt

Index Änderungen

Freigabe:

Maßstab:Allgemeintol. nach DIN ISO 2768-c

Blatt-Nr.:

Art.-Nr:

Stück (Menge):

Kontrolliert:

Gezeichnet: Benennung:

aquatherm GmbHBiggen 5

57439 Attendorn

Revision:

Datum Name

Weitergabe sowie Vervielfältigung dieses Dokuments,Verwertung und Mitteilung seines Inhalts sind verboten, soweit nicht ausdrücklich gestattet.Zuwiederhand-lungen verpflichten zu Schadenersatz. Alle Rechte für den Fall der Patent-, Ge-brauchsmuster oder Geschmacksmuster vorbehalten.

Position :

Bemerkung:

Datum: Name:

a

b

c

d

e

f

gh

Gewicht:

Material:(Werkstoff)

15.09.2014 Menzebach

15.09.2014 Tusche

15.09.2014

1:3 - - -

--PP

Winkel 90°ø250 SDR 17,6

2512138W

d

z

1:6

117

SDR Fhn. ˇLbfvtnh

d [vv] z l D l1 z1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

veanjdfy cdfhrf

12306 16 9,00 22,00 24,50 21,75 12,00 0,010 • 10 112308 20 11,00 25,50 29,50 25,50 15,00 0,017 • • • 10 112310 25 13,50 29,50 34,00 29,50 17,00 0,023 • • • 10 112312 32 17,00 35,00 43,00 39,00 21,50 0,048 • • • 5 112314 40 21,00 41,50 52,00 45,50 26,00 0,080 • • • 5 1

eujKmzbr 90° dzeNh. / zfheöz.




Wdtn: ptk¢zsq

12308

SDR Fhn. ˇLbfvtnh

d [vv] z l D l1 z1 Dtc [ru] Cbcntvf LE PG Preis €m/St

67,49

11

veanjdfy cdfhrf

12708 20 5,00 19,50 29,50 19,50 9,00 0,013 • • • 10 112710 25 6,00 22,00 34,00 22,00 8,50 0,017 • • • 10 112712 32 7,50 25,50 43,00 28,50 11,50 0,036 • • • 5 112714 40 9,50 30,00 52,00 30,50 13,50 0,057 • • • 5 1

eujKmzbr 45° dzeNh. / zfheöz.




Wdtn: ptk¢zsq

12708

SDR Fhn. ˇLbfvtnh


67,49

11

veanjdfy cdfhrf

12506 16 4,50 17,50 24,50 0,009 • 10 112508 20 5,00 19,50 29,50 0,014 • • • 10 112510 25 6,00 22,00 34,00 0,018 • • • 10 112512 32 7,50 25,50 43,00 0,035 • • • 5 112514 40 9,50 30,00 52,00 0,053 • • • 5 112516 50 11,50 35,00 68,00 0,112 • • • 5 112518 63 14,00 41,50 84,00 0,227 • • • 1 112520 75 16,50 46,50 100,00 0,350 • • • 1 112522 90 19,50 52,50 120,00 0,568 • • • 1 112524 110 23,50 60,50 147,00 1,025 • • • 1 112526 125 27,00 67,00 167,00 1,329 • • • 1 1

eujKmzbr 45° veaNjdfy cdfhrf




Wdtn: ptk¢zsq

12506

118

SDR Fhn. ˇLbfvtnh


67,49

11

veanjdfy cdfhrf

13106 16 9,00 22,00 24,50 0,015 • 10 113108 20 11,00 25,50 29,50 0,022 • • • 10 113110 25 15,00 31,00 34,00 0,033 • • • 10 113112 32 17,00 35,00 43,00 0,054 • • • 5 113114 40 20,00 40,50 52,00 0,099 • • • 5 113116 50 26,00 49,50 68,00 0,177 • • • 5 113118 63 32,50 60,00 84,00 0,368 • • • 1 113120 75 38,50 68,50 100,00 0,541 • • • 1 113122 90 46,00 79,00 120,00 0,920 • • • 1 113124 110 56,00 93,00 147,00 1,598 • • • 1 113126 125 76,50 116,50 167,00 2,673 • • • 1 1

Nhjqzbrb, veaNjdfy cdfhrfCbcntvs: aquatherm green pipe, aquatherm blue pipe, aquatherm lilac pipeVfnthbfk: fusiolen® PP-RCnfzlfhns: DIN 16962, DIN EN ISO 15874Wdtn: ptk¢zsq

13108


cdfhtzzst bp ctuvtz-

njd

kbnjq abnbzu*


v/in.

cdfhrf dcnsr

9

312530 160 250,00 3,994 • • 1 1312534 200 274,00 6,745 • • 1 1312538 250 412,00 15,928 • • 1 1312542 315 517,00 30,567 • • 1 1312544 355 520,00 40,771 • • 1 1

11

12531 160 95,00 1,393 • • • 1 112535 200 274,00 5,735 • • 1 112539 250 412,00 13,000 • • 1 112543 315 517,00 27,300 • • 1 112545 355 520,00 26,650 • • 1 1

12547 1) 400 548,00 44,900 • • 1 1 12549 1) 450 580,00 60,500 • • 1 1

1)vtüfzbxtcrb cnf<bkbpbhjdfzzs pf cx¢n djkjrzbcnjq cvtcb Faser, rjnjhfy zfüjlbncy d chtlztv ckjt vfnthbfkf fusiolen® PP-R

11

2012535 200 274,00 6,285 • •2012539 250 412,00 14,181 • •2012543 315 517,00 27,100 • • 1 112012545 355 520,00 38,158 • • 1 112012547 400 548,00 44,712 • • 1 112012549 450 580,00 60,260 • • 1 11

17,6

2512530 160 249,00 1,730 • • 1 112512534 200 274,00 3,672 • • 1 112512538 250 412,00 9,400 • • 1 112512542 315 498,00 18,000 • • 1 112512544 355 520,00 22,058 • • 1 112512546 400 548,00 30,800 • • 1 112512548 450 580,00 39,123 • • 1 112512550 500 665,00 55,112 • • 1 112512552 560 698,00 72,519 • • 1 112512554 630 741,00 97,148 • • 1 11

eujKmzbr 45° cdfhrf dcNsr

Cbcntvs: aquatherm green pipe, aquatherm blue pipeVfnthbfk: fusiolen® PP-R & PP-RPCnfzlfhns: DIN 16962, DIN EN ISO 15874erfpfzbt: Gjcntgtzzj vs gthtcnfzfdkbdftv abnbzub XXL, cdfhtzzst bp ctuvtznjd zf abnbzub ghjbpdtl¢zzst vtnjljv kbnmy. D nf<kbwt

Ds zfql¢nt gthtxtzm fhnbrekjd, rjnjhst zf vjvtzn bplfzby änjuj rfnfkjuf eöt bvt+ncy d zjdjv bcgjkztzbb. D bplfzbb aqua therm technews vs ghjbzajhvbhetv Dfc j ljgjkzbntkmzsü fhnbrekfü. Zf lfzzsq vjvtzn vs ghjlf¢v rjktzf cdfhtzzst bp ctuvtznjd. Dct abnbzub, rjnjhst ghjbpdjlyncy vtnjljv kbnmy gj pfghjce vjuen <snm dsgjkztzs bp ctuvtznjd. Lky cgtw. fhnbrekjd hfpkbxzsü dbljd zt pfrhtgktzs zjvthf fhnbrekjd. gjöfkeqcnf j<hfnbnt dzbvfzbt! Äktrnhjveans zt vjuen <snm cjtlbztzs ztgjchtlcndtzzj c kbnsvb abnbzufvb. Ghb bcgjkmpjdfzbb äktrnhjvean ztj<üjlbvj bpcgjkmpjdfnm kb<j cgtw. abnbzub cdfhtzzst bp ctuvtznjd, kb<j ghbdfhtzzst r kbnsv abnbzufv jnhtprb nhe<.



zjdbzrf

* fr

nefk

mzs

t fh

n. z

f v

jvtz

n gt

xfnb

rfn

fkju

f, l

jgjk

zbnt

kmzs

t lt

nfkb

gjc

ktle

+n

gjpö

t

Index Änderungen

Freigabe:


Blatt-Nr.:

Art.-Nr:

Stück (Menge):

Kontrolliert:

Gezeichnet: Benennung:

aquatherm GmbHBiggen 5

57439 Attendorn

Revision:

Datum Name

Weitergabe sowie Vervielfältigung dieses Dokuments,Verwertung und Mitteilung seines Inhalts sind verboten, soweit nicht ausdrücklich gestattet.Zuwiederhand-lungen verpflichten zu Schadenersatz. Alle Rechte für den Fall der Patent-, Ge-brauchsmuster oder Geschmacksmuster vorbehalten.

Position :

Bemerkung:

Datum: Name:

a

b

c

d

e

f

gh

Gewicht:

Material:(Werkstoff)

15.09.2014 Menzebach

15.09.2014 Tusche

15.09.2014

1:3 - - -

--PP

Winkel 90°ø250 SDR 17,6

2512138W

d

z

1:6

119

Nhjqzbrb, cdfhrf dcNsr




Dct abnbzub, rjnjhst ghjbpdjlyncy vtnjljv kbnmy gj pfghjce vjuen <snm dsgjkztzs bp ctuvtznjd. Lky cgtw. fhnbrekjd hfpkbxzsü dbljd zt pfrhtgktzs zjvthf fhnbrekjd.

gjöfkeqcnf j<hfnbnt dzbvfzbt!Äktrnhjveans zt vjuen <snm cjtlbztzs ztgjchtlcndtzzj c kbnsvb abnbzufvb. Ghb bcgjkmpjdfzbb äktrnhjvean ztj<üjlbvj bpcgjkmpjdfnm kb<j cgtw. abnbzub cdfhtzzst bp ctuvtznjd, kb<j ghbdfhtzzst r kbnsv abnbzufv jnhtprb nhe<.



cdfhtzzst bp ctuvtznjd

kbnjq abnbzu* (ptk¢zsq)

LE PG Wtzf €v/in.

cdfhrf dcnsr

9

313130 160 145,00 • • 1 1

313134 200 250,00 9,367 • • 1 1

313138 250 375,00 21,949 • • 1 1

313142 315 460,00 42,609 • • 1 1

313144 355 480,00 56,452 • • 1 1

11

13131 160 145,00 3,005 • • • 1 113135 200 250,00 6,865 • • 1 1

13139 250 375,00 16,000 • • 1 1

13143 315 460,00 20,450 • • 1 1

13145 355 480,00 45,072 • • 1 1

131471) 400 500,00 63,100 • • 1 1

131491) 450 525,00 83,300 • • 1 11)vtüfzbxtcrb cnf<bkbpbhjdfzzs pf cx¢n djkjrzbcnjq cvtcb Faser, rjnjhfy zfüjlbncy d chtlztv ckjt vfnthbfkf fusiolen® PP-R

11

2013135 200 250,00 8,171 • • 1 112013139 250 375,00 18,827 • • 1 112013143 315 460,00 36,674 • • 1 112013145 355 480,00 40,000 • • 1 112013147 400 500,00 62,100 • • 1 112013149 450 525,00 82,792 • • 1 11

17,6

2513130 160 145,00 2,348 • • 1 112513134 200 250,00 4,660 • • 1 112513138 250 375,00 11,500 • • 1 112513142 315 460,00 19,800 • • 1 112513144 355 480,00 27,500 • • 1 112513146 400 500,00 40,395 • • 1 112513148 450 525,00 45,400 • • 1 112513150 500 600,00 75,726 • • 1 112513152 560 630,00 99,320 • • 1 112513154 630 665,00 122,500 • • 1 11



aq

uath

erm

Gm

bH

- B

igg

en 5

- 5

7439

Att

end

orn

Index Änderungen

Freigabe:

Maßstab:Allgemeintol. nach DIN ISO 2768-m

Blatt-Nr.:

Werkzeug- oderAuftragsnummer

Stück (Menge):

Kontrolliert:

Gezeichnet:

Benennung:

Revision:

Datum Name

Weitergabe sowie Vervielfältigung dieses Dokuments,Verwertung und Mitteilung seines Inhalts sind verboten, soweit nicht ausdrücklich gestattet. Zuwiederhand-lungen verpflichten zu Schadenersatz. Alle Rechte für den Fall der Patent-, Ge-brauchsmuster oder Geschmacksmuster vorbehalten.

Position :

Datum: Name:

a

b

c

d

e

f

gh

Gewicht:

Material (Werkstoff):

21.01.2014

Mueller

1:1

PP

T-StückSprizteil

0013131-2513130W:

d

z

zjdbzrf

120

SDR Fhn. ˇ d d1 d2 l l1 l2 z z1 z2 D D1 Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

11

veanjdfy cdfhrf

13506 20 16 16 25,50 25,50 25,50 11,00 12,00 12,50 29,50 29,50 0,025 • 10 1

13508 20 16 20 25,50 25,50 25,50 11,00 12,00 11,00 29,50 29,50 0,024 • 10 1

13510 20 20 16 25,50 25,50 25,50 11,00 11,00 12,50 29,50 29,50 0,023 • 10 113511 20 25 20 31,00 30,50 31,00 16,50 14,50 16,50 34,00 34,00 0,040 • • • 10 113512 25 16 16 31,00 30,50 31,00 15,00 17,50 18,00 34,00 34,00 0,043 • 10 1

13514 25 16 20 31,00 30,50 31,00 15,00 17,50 16,50 34,00 34,00 0,041 • 10 1

13516 25 16 25 31,00 30,50 31,00 15,00 17,50 15,00 34,00 34,00 0,038 • 10 113520 25 20 20 31,00 30,50 31,00 15,00 16,00 16,50 34,00 34,00 0,039 • • • 10 113522 25 20 25 31,00 30,50 31,00 15,00 16,00 15,00 34,00 34,00 0,036 • • • 10 113528 32 16 32 35,00 31,00 35,00 17,00 18,00 17,00 43,00 29,50 0,053 • • • 5 113532 32 20 20 36,50 37,00 36,50 18,75 22,50 22,25 43,00 43,00 0,076 • • • 5 113534 32 20 32 35,00 31,00 35,00 17,00 16,50 17,00 43,00 29,50 0,053 • • • 5 113538 32 25 25 35,00 34,50 35,00 17,00 18,50 15,00 43,00 43,00 0,069 • • • 5 113540 32 25 32 35,00 34,50 35,00 17,00 18,50 17,00 43,00 43,00 0,050 • • • 5 113542 40 20 40 41,50 36,00 41,50 21,00 21,50 21,00 52,00 34,00 0,091 • • • 5 113544 40 25 40 41,50 36,00 41,50 21,00 20,00 21,00 52,00 34,00 0,089 • • • 5 113546 40 32 40 42,00 40,50 42,00 21,50 22,50 21,50 52,00 52,00 0,092 • • • 5 113547 50 20 50 49,50 40,50 49,50 26,00 26,00 26,00 68,00 29,50 0,162 • • • 5 113548 50 25 50 49,50 44,50 49,50 26,00 28,50 26,00 68,00 43,00 0,157 • • • 5 113550 50 32 50 49,50 44,50 49,50 26,00 26,50 26,00 68,00 43,00 0,160 • • • 5 113551 50 40 50 49,50 49,50 49,50 26,00 29,00 26,00 68,00 68,00 0,161 • • • 5 113552 63 20 63 60,00 48,50 60,00 32,50 34,00 32,50 84,00 34,00 0,335 • • • 1 113554 63 25 63 60,00 48,50 60,00 32,50 32,50 32,50 84,00 34,00 0,331 • • • 1 113556 63 32 63 60,00 53,50 60,00 32,50 35,50 32,50 84,00 52,00 0,340 • • • 1 113558 63 40 63 60,00 53,50 60,00 32,50 33,00 32,50 84,00 52,00 0,332 • • • 1 113560 63 50 63 60,00 60,00 60,00 32,50 36,50 32,50 84,00 84,00 0,398 • • • 1 113561 75 20 75 68,50 54,50 68,50 38,50 40,00 38,50 100,00 34,00 0,501 • • • 1 113562 75 25 75 68,50 54,50 68,50 38,50 38,50 38,50 100,00 34,00 0,497 • • • 1 113564 75 32 75 68,50 59,00 68,50 38,50 41,00 38,50 100,00 52,00 0,505 • • • 1 113566 75 40 75 68,50 59,00 68,50 38,50 38,50 38,50 100,00 52,00 0,497 • • • 1 113568 75 50 75 68,50 66,00 68,50 38,50 42,50 38,50 100,00 84,00 0,550 • • • 1 113570 75 63 75 68,50 66,00 68,50 38,50 38,50 38,50 100,00 84,00 0,515 • • • 1 1

13576 1) 90 32 90 79,00 65,00 79,00 46,00 47,00 46,00 120,00 52,00 0,880 • • • 1 1 13578 1) 90 40 90 79,00 65,00 79,00 46,00 44,50 46,00 120,00 52,00 0,862 • • • 1 1 13580 1) 90 50 90 79,00 75,00 79,00 46,00 51,50 46,00 120,00 84,00 0,905 • • • 1 1 13582 1) 90 63 90 79,00 75,00 79,00 46,00 47,50 46,00 120,00 84,00 0,876 • • • 1 1 13584 1) 90 75 90 79,00 81,00 79,00 46,00 51,00 46,00 120,00 120,00 0,991 • • • 1 1 13586 1) 110 63 110 93,00 87,50 93,00 56,00 60,00 56,00 147,00 100,00 1,562 • • • 1 1 13588 1) 110 75 110 93,00 87,50 93,00 56,00 57,50 56,00 147,00 100,00 1,511 • • • 1 1 13590 1) 110 90 110 93,00 89,00 93,00 56,00 56,00 56,00 147,00 120,00 1,548 • • • 1 1 13592 1) 125 75 125 116,50 106,50 116,50 76,50 76,50 76,50 167,00 100,00 2,427 • • • 1 1 13594 1) 125 90 125 116,50 109,50 116,50 76,50 76,50 76,50 167,00 120,00 2,509 • • • 1 1 13596 1) 125 110 125 116,50 113,50 116,50 76,50 76,50 76,50 167,00 147,00 2,563 • • • 1 1

1)vtüfzbxtcrb cnf<bkbpbhjdfzzs pf cx¢n djkjrzbcnjq cvtcb Faser, rjnjhfy zfüjlbncy d chtlztv ckjt vfnthbfkf fusiolen® PP-R

htlerwbjzzst Nhjqzbrb, veaNjdfy cdfhrf




Wdtn: ptk¢zsq

13550

121

SDR Fhn. ˇ d d1 l l1 z D Dtc [ru] cbcntvfcdfhtzzst bp ctuvtz-

njd

kbnjq abnbzu*


v/in.

Abgang: Muffenschweißverfahren

9

313600 160 75 230,00 122,00 92,00 100,00 3,903 • • 1 1

313602 160 90 230,00 125,00 92,00 120,00 4,039 • • 1 1

313608 200 75 250,00 142,00 112,00 100,00 6,476 • • 1 1

313610 200 90 250,00 145,00 112,00 120,00 6,581 • • 1 1

313612 200 110 250,00 149,00 112,00 147,00 6,863 • • 1 1

313614 200 125 250,00 155,00 115,00 167,00 7,114 • • 1 1

313624 250 75 375,00 167,00 137,00 100,00 14,802 • • 1 1

313626 250 90 375,00 170,00 137,00 120,00 14,932 • • 1 1

313628 250 110 375,00 174,00 137,00 147,00 15,178 • 1 1

313630 250 125 375,00 180,00 140,00 167,00 15,398 • • 1 1

313904 315 125 460,00 212,50 167,00 167,00 29,196 • • 1 1

313916 355 125 480,00 232,50 192,50 167,00 38,466 • • 1 1

11

13601 160 75 230,00 122,00 92,00 100,00 3,140 • • • 1 1

13603 160 90 230,00 125,00 92,00 120,00 3,176 • • • 1 1

13609 200 75 250,00 142,00 112,00 100,00 5,284 • • 1 1

13611 200 90 250,00 145,00 112,00 120,00 5,168 • • 1 1

13613 200 110 250,00 149,00 112,00 147,00 5,648 • • 1 1

13615 200 125 250,00 155,00 115,00 167,00 5,786 • • 1 1

13625 250 75 375,00 167,00 137,00 100,00 12,000 • • 1 1

13627 250 90 375,00 170,00 137,00 120,00 12,000 • • 1 1

13629 250 110 375,00 174,00 137,00 147,00 13,000 • • 1 1

13631 250 125 375,00 180,00 140,00 167,00 12,000 • • 1 1

13651 315 125 460,00 213,00 173,00 167,00 25,150 • • 1 1

13663 355 125 480,00 233,00 193,00 167,00 30,851 • • 1 1

13676 400 125 500,00 255,00 215,00 167,00 42,169 • • 1 1

13690 450 125 525,00 280,00 240,00 167,00 55,794 • • 1 1

htlerwbjzzst Nhjqzbrb, veaNjdfy cdfhrf b cdfhrf dcNsrCbcntvs: aquatherm green pipe,

aquatherm blue pipeCnfzlfhns: DIN 16962, DIN EN ISO 15874

Jndjl: veanjdfy cdfhrf


Dct abnbzub, rjnjhst ghjbpdjlyncy vtnjljv kbnmy gj pfghjce vjuen <snm dsgjkztzs bp ctuvtznjd. Lky cgtw. fhnbrekjd hfpkbxzsü dbljd zt pfrhtgktzs zjvthf fhnbrekjd.

gjöfkeqcnf j<hfnbnt dzbvfzbt! Äktrnhjveans zt vjuen <snm cjtlbztzs ztgjchtlcndtzzj c kbnsvb abnbzufvb. Ghb bcgjkmpjdfzbb äktrnhjvean ztj<üjlbvj bpcgjkmpjdfnm kb<j cgtw. abnbzub cdfhtzzst bp ctuvtznjd, kb<j ghbdfhtzzst r kbnsv abnbzufv jnhtprb nhe<.




zjdbzrf

122

SDR Fhn. ˇ d d1 l z Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

jndjl: cdfhrf dcnsr

9

313618 200 160 300,00 300,00 9,332 • 1 1313634 250 160 375,00 682,00 21,547 • 1 1313640 250 200 375,00 548,00 21,853 • 1 1313906 315 160 460,00 238,00 29,237 • 1 1313908 315 200 460,00 460,00 42,166 • 1 1313910 315 250 460,00 460,00 42,557 • 1 1313918 355 160 480,00 258,00 38,479 • 1 1313920 355 200 480,00 268,00 39,237 • 1 1313922 355 250 480,00 480,00 52,683 • 1 1313924 355 315 480,00 480,00 55,511 • 1 1

11

13619 200 160 300,00 300,00 7,445 • 1 113635 250 160 375,00 375,00 19,500 • 1 113641 250 200 375,00 375,00 18,500 • 1 113653 315 160 460,00 238,00 24,850 • 1 113655 315 200 460,00 460,00 29,400 • 1 113657 315 250 460,00 460,00 30,250 • 1 113665 355 160 480,00 258,00 30,893 • 1 113667 355 200 480,00 268,00 31,651 • 1 113669 355 250 480,00 480,00 41,635 • 1 113671 355 315 480,00 480,00 44,721 • 1 113678 400 160 500,00 354,00 44,111 • 1 113680 400 200 500,00 318,00 44,111 • 1 113682 400 250 500,00 280,00 44,111 • 1 113684 400 315 500,00 500,00 46,162 • 1 113685 400 355 500,00 500,00 54,361 • 1 113692 450 160 525,00 379,00 57,962 • 1 113694 450 200 525,00 343,00 57,962 • 1 113696 450 250 525,00 305,00 57,962 • 1 113698 450 315 525,00 315,00 58,818 • 1 113699 450 355 525,00 525,00 78,330 • 1 113700 450 400 525,00 525,00 78,330 • 1 1

htlerwbjzzst Nhjqzbrb, cdfhrf dcNsrCbcntvs: aquatherm green pipe, aquatherm blue pipeCnfzlfhns: DIN 16962, DIN EN ISO 15874

Jndjl: cdfhrf dcnsr

Status Änderungen Datum Name

Datum NameGezeichnet

Kontrolliert

Norm

Position MengeMaßstab

Material :Allgemeintol.

DIN ISO 2768-cOberflächeaquatherm

extrusions & spritzgießtechnik

Freigabe :

02.02.´1102.02.´11

Red. - T - Stück

1:5PP

Blatt:

Art.-Nr:

Stk.

zum StumpfschweißenMenzebachTusche

02.02.´11 0013618-2513852W

l

z

d

d1

123

SDR Fhn. ˇ d d1 l l1 z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

11

jndjl: veanjdfy cdfhrf

2013609 200 75 250,00 142,00 112,00 100,00 5,460 • 1 112013611 200 90 250,00 145,00 112,00 120,00 5,580 • 1 112013613 200 110 250,00 149,00 112,00 147,00 5,810 • 1 112013615 200 125 250,00 155,00 115,00 167,00 6,100 • 1 112013625 250 75 375,00 167,00 137,00 100,00 12,440 • 1 112013627 250 90 375,00 170,00 137,00 120,00 12,420 • 1 112013629 250 110 375,00 174,00 137,00 147,00 12,760 • 1 112013631 250 125 375,00 180,00 140,00 167,00 13,030 • 1 112013651 315 125 460,00 213,00 173,00 167,00 25,000 • 1 112013663 355 125 480,00 233,00 193,00 167,00 32,500 • 1 112013676 400 125 500,00 255,00 215,00 167,00 42,100 • 1 112013690 450 125 525,00 280,00 240,00 167,00 55,700 • 1 11

htlerwbjzzst Nhjqzbrb aquatherm blue pipe lKy veaNjdjq cdfhrb b cdfhrb dcNsr

Cbcntvs: aquatherm blue pipeVfnthbfk: fusiolen® PP-R


Wdtn: cbzbq



11

jndjl: cdfhrf cdnsr

2013619 200 160 300,00 300,00 7,650 • 1 112013635 250 160 375,00 375,00 19,030 • 1 112013641 250 200 375,00 548,00 21,100 • 1 112013653 315 160 460,00 238,00 25,000 • 1 112013655 315 200 460,00 460,00 33,200 • 1 112013657 315 250 460,00 460,00 34,200 • 1 112013665 355 160 480,00 258,00 32,500 • 1 112013667 355 200 480,00 268,00 30,200 • 1 112013669 355 250 480,00 480,00 40,000 • 1 112013671 355 315 480,00 480,00 40,000 • 1 112013678 400 160 500,00 354,00 44,100 • 1 112013680 400 200 500,00 318,00 44,100 • 1 112013682 400 250 500,00 280,00 46,000 • 1 112013684 400 315 500,00 500,00 56,000 • 1 112013685 400 355 500,00 500,00 54,300 • 1 112013692 450 160 525,00 379,00 57,900 • 1 112013694 450 200 525,00 343,00 57,900 • 1 112013696 450 250 525,00 305,00 57,900 • 1 112013698 450 315 525,00 315,00 58,400 • 1 112013699 450 355 525,00 525,00 75,000 • 1 112013700 450 400 525,00 525,00 76,000 • 1 11

htlerwbjzzst Nhjqzbrb aquatherm blue pipe lKy cdfhrb dcNsrCbcntvs: aquatherm blue pipeVfnthbfk: fusiolen® PP-R

Cnfzlfhns: DIN 16962, DIN EN ISO 15874Wdtn: cbzbq

Jndjl: cdfhrf dcnsr



Kontrolliert

Norm





Freigabe :

02.02.´1102.02.´11

Red. - T - Stück

1:5PP

Blatt:

Art.-Nr:

Stk.


02.02.´11 0013618-2513852W

l

z

d

d1

124

SDR Fhn. ˇ d d1 l l1 z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

17,6

jndjl: veanjdfy cdfhrf

2513600 160 75 230,00 122,00 92,00 100,00 2,227 • 1 112513602 160 90 230,00 125,00 92,00 120,00 2,364 • 1 112513608 200 75 250,00 142,00 112,00 100,00 3,620 • 1 112513610 200 90 250,00 145,00 112,00 120,00 3,742 • 1 112513612 200 110 250,00 149,00 112,00 147,00 3,976 • 1 112513614 200 125 250,00 155,00 115,00 167,00 4,269 • 1 112513624 250 75 375,00 167,00 137,00 100,00 8,149 • 1 112513626 250 90 375,00 170,00 137,00 120,00 8,274 • 1 112513628 250 110 375,00 174,00 137,00 147,00 8,504 • 1 112513630 250 125 375,00 180,00 140,00 167,00 9,000 • 1 112513651 315 125 460,00 213,00 173,00 167,00 17,570 • 1 112513663 355 125 480,00 233,00 193,00 167,00 21,500 • 1 112513676 400 125 500,00 255,00 215,00 167,00 27,690 • 1 112513690 450 125 525,00 280,00 240,00 167,00 36,470 • 1 112513804 500 125 600,00 305,00 265,00 167,00 51,250 • 1 112513821 560 125 630,00 335,00 295,00 167,00 66,900 • 1 112513839 630 125 665,00 370,00 330,00 167,00 89,170 • 1 11

htlerwbjzzst Nhjqzbrb aquatherm blue pipe lKy veaNjdjq cdfhrb b cdfhrb dcNsrCbcntvs: aquatherm blue pipeVfnthbfk: fusiolen® PP-R


Wdtn: cbzbq


125


17,6

cdfhrf dcnsr

2513618 200 160 300,00 300,00 5,000 • 1 112513634 250 160 375,00 375,00 11,600 • 1 112513640 250 200 375,00 375,00 11,500 • 1 112513653 315 160 460,00 238,00 16,500 • 1 112513655 315 200 460,00 460,00 23,600 • 1 112513657 315 250 460,00 460,00 22,600 • 1 112513665 355 160 480,00 258,00 21,500 • 1 112513667 355 200 480,00 268,00 21,900 • 1 112513669 355 250 480,00 480,00 28,300 • 1 112513671 355 315 480,00 480,00 30,500 • 1 112513678 400 160 500,00 354,00 29,700 • 1 112513680 400 200 500,00 318,00 29,700 • 1 112513682 400 250 500,00 280,00 29,000 • 1 112513684 400 315 500,00 500,00 35,800 • 1 112513685 400 355 500,00 500,00 39,700 • 1 112513692 450 160 525,00 379,00 37,000 • 1 112513694 450 200 525,00 343,00 37,000 • 1 112513696 450 250 525,00 305,00 37,000 • 1 112513698 450 315 525,00 315,00 37,000 • 1 112513699 450 355 525,00 525,00 50,500 • 1 112513700 450 400 525,00 525,00 50,100 • 1 112513806 500 160 600,00 404,00 53,400 • 1 112513808 500 200 600,00 368,00 53,500 • 1 112513810 500 250 600,00 330,00 53,500 • 1 112513812 500 315 600,00 340,00 54,000 • 1 112513813 500 355 600,00 600,00 72,500 • 1 112513814 500 400 600,00 600,00 72,700 • 1 112513815 500 450 600,00 600,00 71,500 • 1 112513823 560 160 630,00 434,00 69,000 • 1 112513825 560 200 630,00 398,00 69,000 • 1 112513827 560 250 630,00 360,00 69,000 • 1 112513829 560 315 630,00 370,00 66,700 • 1 112513830 560 355 • 1 112513831 560 400 630,00 630,00 96,200 • 1 112513832 560 450 630,00 630,00 97,400 • 1 112513833 560 500 630,00 630,00 96,400 • 1 112513841 630 160 665,00 474,00 91,530 • 1 112513843 630 200 665,00 438,00 91,500 • 1 112513845 630 250 665,00 400,00 91,500 • 1 112513847 630 315 665,00 405,00 92,350 • 1 112513848 630 355 • 1 112513849 630 400 665,00 665,00 133,800 • 1 112513850 630 450 665,00 665,00 133,400 • 1 112513851 630 500 665,00 665,00 130,700 • 1 112513852 630 560 665,00 665,00 128,700 • 1 11

htlerwbjzzst Nhjqzbrb aquatherm blue pipe lKy cdfhrb dcNsrCbcntvs: aquatherm blue pipeCnfzlfhns: DIN 16962, DIN EN ISO 15874

Wdtn: cbzbq

Jndjl: cdfhrf dcnsr



Kontrolliert

Norm





Freigabe :

02.02.´1102.02.´11

Red. - T - Stück

1:5PP

Blatt:

Art.-Nr:

Stk.


02.02.´11 0013618-2513852W

l

z

d

d1

126

SDR Fhn. ˇLbfvtnh


67,49

11

veanjdfy cdfhrf

13708 20 26,00 11,50 29,50 0,025 • • • 10 113710 25 29,50 13,50 34,00 0,035 • • • 10 113712 32 35,00 17,00 43,00 0,062 • • • 5 113714 40 41,50 21,00 52,00 0,099 • • • 5 1

rhtcNjdfy ltNfKm




Wdtn: ptk¢zsq

13708

SDR Fhn. ˇLbfvtnh

d [vv] h l Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

veanjdfy cdfhrf

16106 16 17,00 352,00 0,038 • • • 10 116108 20 22,00 352,00 0,060 • • • 10 116110 25 25,00 352,00 0,091 • • • 10 116112 32 32,00 352,00 0,154 • • • 5 1

j>djlzjt rjKtzj

Cbcntvs: aquatherm green pipe, aquatherm blue pipe, aquatherm lilac pipeVfnthbfk: fusiolen® PP-R


Wdtn: ptk¢zsq

16108

127

SDR Fhn. ˇLbfvtnh

d [vv] l z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

veanjdfy cdfhrf

14106 16 26,50 13,50 26 0,008 • 10 114108 20 24,00 9,50 29,5 0,009 • • • 10 114110 25 24,00 8,00 34 0,011 • • • 10 114112 32 31,50 13,50 43 0,023 • • • 5 114114 40 38,00 17,50 52 0,042 • • • 5 114116 50 44,50 21,00 68 0,082 • • • 5 114118 63 52,00 24,50 84 0,146 • • • 1 114120 75 58,50 28,50 100 0,243 • • • 1 114122 90 57,50 34,50 120 0,365 • • • 1 114124 110 65,00 28,00 147 0,635 • • • 1 114126 125 70,00 30,00 167 0,872 • • • 1 1

cdfhrf dcsr

9

314130 124,20 70,00 21,90 160 0,847 • 1 1

314134 155,20 80,00 27,40 200 1,373 • 1 1

314138 194,20 90,00 34,20 250 2,856 • 1 1

314142 244,60 70,00 52,50 315 5,080 • 1 1

314144 275,60 80,00 66,50 355 7,050 • 1 1

11

14131 130,80 70,00 14,60 160 0,759 • • 1 114135 163,60 80,00 18,20 200 1,070 • • 1 114139 204,60 90,00 22,70 250 1,989 • • 1 114143 257,80 270,00 28,70 315 6,200 • • 1 114145 290,60 80,00 67,50 355 9,500 • • 1 114147 327,40 80,00 70,00 400 8,500 • • 1 114149 368,20 80,00 70,00 450 12,200 • • 1 1

17,6

2514130 141,80 70,00 14,60 160 0,679 • 1 11

2514134 177,20 80,00 18,20 200 0,925 • 1 11

2514138 221,60 90,00 34,20 250 2,109 • 1 11

2514142 279,20 50,00 40,00 315 2,961 • 1 11

2514144 314,80 52,00 42,00 355 3,930 • 1 11

2514146 354,60 60,00 50,00 400 5,821 • 1 11

2514148 399,00 70,00 56,00 450 8,520 • 1 11

2514150 443,20 75,00 62,00 500 12,500 • 1 11

2514152 496,60 80,00 69,50 560 16,000 • 1 11

2514154 558,60 90,00 78,00 630 23,500 • 1 11

pfuKeirf


Vfnthbfk: fusiolen® PP-R & PP-RP


Wdtn: ptk¢zsq

14108

Status

Änderungen

Datum

Nam

e

Datum

Nam

eG

ezeichnet

Kontrolliert

Norm

Position

Menge

Maßstab

Material :

Allgemeintol.

DIN

ISO

2768-cO

berflächea

qu

ath

erm

extru

sio

ns &

sp

ritzgie

ßte

chn

ik

Freigabe :

20.12.´1020.12.´10

Endkappe

1:3 (1:10)PP

1 Blatt:

Art.-N

r:

Stk.

ø355M

enzebachTusche

SDR

11

27.09.20110014145

AA

d

l

1:10

128

SDR Fhn. ˇ d d1 d2 l z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1117,6

veanjdfy cdfhrf

15156* 40 20 25 27,00 32,50 29,50 0,016 • • • 5 115158* 40 25 25 28,50 32,50 34,00 0,017 • • • 5 115160 50 20 25 27,50 38,00 29,50 0,018 • • • 5 115162 50 25 25 28,50 37,50 34,00 0,019 • • • 5 115164 63 20 25 27,50 44,50 29,50 0,017 • • • 5 115166 63 25 25 28,50 44,00 34,00 0,019 • • • 5 115168 63 32 32 30,00 43,50 43,00 0,028 • • • 5 115170 75 20 25 27,50 50,50 29,50 0,018 • • • 5 115172 75 25 25 28,50 50,00 34,00 0,019 • • • 5 115174 75 32 32 30,00 49,50 43,00 0,028 • • • 5 115175 75 40 40 34,00 51,00 52,00 0,049 • • • 5 115176 90 20 25 27,50 58,00 29,50 0,018 • • • 5 115178 90 25 25 28,50 57,50 34,00 0,019 • • • 5 115180 90 32 32 30,00 57,00 43,00 0,029 • • • 5 115181 90 40 40 34,00 58,50 52,00 0,048 • • • 5 115182 110 20 25 27,50 68,00 29,50 0,019 • • • 5 115184 110 25 25 28,50 67,50 34,00 0,020 • • • 5 115186 110 32 32 30,00 67,00 43,00 0,030 • • • 5 115188 110 40 40 34,00 68,50 52,00 0,050 • • • 5 115189 110 50 50 34,00 65,50 68,00 0,091 • • • 5 115190 125 20 25 27,50 75,50 29,50 0,019 • • • 5 115192 125 25 25 28,50 75,00 34,00 0,020 • • • 5 115194 125 32 32 30,00 74,50 43,00 0,029 • • • 5 115196 125 40 40 34,00 76,00 52,00 0,050 • • • 5 115197 125 50 50 34,00 73,00 68,00 0,090 • • • 5 115198 125 63 63 38,00 73,00 84,00 0,149 • • • 5 115206 160 20 25 27,50 62,00 29,50 0,021 • • 5 115208 160 25 25 28,50 92,50 34,00 0,023 • • 5 115210 160 32 32 30,00 92,00 43,00 0,034 • • 5 115212 160 40 40 34,00 93,50 52,00 0,054 • • 5 115214 160 50 50 34,00 90,50 68,00 0,094 • • 5 115216 160 63 63 38,00 90,50 84,00 0,157 • • 5 115218 160 75 75 42,00 92,00 100,00 0,238 • • 5 115220 160 90 90 45,00 92,00 120,00 0,360 • • 5 115228 200-250 20 25 27,50 113,00 29,50 0,020 • • 5 115229 200-250 25 25 28,50 112,50 34,00 0,021 • • 5 115230 200-250 32 32 30,00 112,00 43,00 0,031 • • 5 115231 200 40 40 34,00 113,50 52,00 0,049 • • 5 115232 200 50 50 34,00 110,50 68,00 0,087 • • 5 115233 200 63 63 37,50 110,00 84,00 0,146 • • 5 115234 200 75 75 42,00 112,00 100,00 0,225 • • 5 115235 200 90 90 45,00 112,00 120,00 0,356 • • 5 115236 200 110 110 49,00 112,00 147,00 0,638 • • 5 115237 200 125 125 55,00 115,00 167,00 0,862 • • 5 115251 250 40 40 34,00 138,50 52,00 0,053 • • 5 115252 250 50 50 34,00 135,50 68,00 0,090 • • 5 115253 250 63 63 37,50 135,00 84,00 0,152 • • 5 115254 250 75 75 42,00 137,00 100,00 0,222 • • 5 115255 250 90 90 45,00 137,00 120,00 0,348 • • 5 115256 250 110 110 49,00 137,00 147,00 0,602 • • 5 115257 250 125 125 55,00 140,00 167,00 0,820 • • 1 1

ddfhzst c£lKf

Cbcntvs: aquatherm green pipe, aquatherm blue pipe,aquatherm lilac pipe

Vfnthbfk: fusiolen® PP-RCnfzlfhns: DIN 16962, DIN EN ISO 15874Wdtn: ptk¢zsq

Erfpfzbt: *zt ghtlzfpzfxtzs lky nhe< aquatherm blue pipe OT

129

SDR Fhn. ˇ d d1 d2 l z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1117,6

veanjdfy cdfhrf

15260 315-355 63 63 37,50 167,50 84,00 0,153 • • 1 115261 315-355 75 75 42,00 169,50 100,00 0,230 • • 1 115262 315 90 90 45,00 169,50 120,00 0,363 • • 1 115263 315 110 110 49,00 169,50 147,00 0,592 • • 1 115264 315 125 125 55,00 172,50 167,00 0,830 • • 1 115268 355 90 90 45,00 189,50 120,00 0,355 • • 1 115269 355 110 110 49,00 189,50 147,00 0,586 • • 1 115270 355 125 125 55,00 192,50 167,00 0,813 • • 1 115275 400-500 75 75 42,00 212,00 100,00 0,216 • • 1 115277 400-450 110 110 49,00 212,00 147,00 0,535 • • 1 115278 400 125 125 55,00 215,00 167,00 0,693 • • 1 115288 400-500 90 90 45,00 237,00 120,00 0,330 • • 1 115290 450-500 125 125 55,00 240,00 167,00 0,671 • • 1 115300 400-630 63 63 37,50 260,00 84,00 0,498 • • 1 115303 500-560 110 110 49,00 262,00 147,00 0,533 • • 1 115315 560-630 75 75 42,00 292,00 100,00 0,260 • • 1 115316 560-630 90 90 45,00 292,00 120,00 0,350 • • 1 115318 560-630 125 125 55,00 295,00 167,00 0,689 • • 1 115331 630 110 110 49,00 327,00 147,00 0,567 • • 1 1

C gjdthüzjcnm+ lky ghbdfhbdfzby b ljgjkzbntkmzsv ddfhzsv inewthjv lky cdfhrb cj cntzrjq nhe<s.Ztj<üjlbvst bzcnhevtzns lky hf<jns c ddfhzsvb c¢lkfvb Ds zfql¢nt zf cnhfzbwt 158 b lfktt.

SDR Fhn. ˇ d d1 d2 l z Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

9cdfhrf dcnsr

315265 315 160 160 80,00 237,50 0,831 • • 1 1315271 355 160 160 80,00 257,50 0,845 • • 1 1

1115265 315 160 160 80,00 237,50 0,868 • • 1 115271 355 160 160 80,00 257,50 0,867 • • 1 1

C gjdthüzjcnm+ lky ghbdfhbdfzby b ljgjkzbntkmzsv ddfhzsv inewthjv lky cdfhrb cj cntzrjq nhe<s.Ztj<üjlbvst bzcnhevtzns lky hf<jns c ddfhzsvb c¢lkfvb Ds zfql¢nt zf cnhfzbwt 158 b lfktt.

Ddfhzst c¢lkf SDR17,6 d ghjwtcct hfphf<jnrb.

ddfhzst c£lKf

Cbcntvs: aquatherm green pipe, aquatherm blue pipe



Wdtn: ptk¢zsq

ddfhzst c£lKf lKy cdfhrb dcNsr



Wdtn: ptk¢zsq

1

1

2

2

3

3

4

4

5

5

6

6

A A

B B

C C

D D



Kontrolliert

Norm





Freigabe :

05.03.201205.03.2012

Einschweißsattel

1:1,5PP

Blatt:

Art.-Nr:

Stk.

stumpfschweißenVollmerTusche

05.03.2012 0015265-3115271W

d1

d2

d

z

l

130

SDR Fhn. ˇ d d1 l z D R SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1117,6

veanjdfy cdfhrf

28214* 40 25 39,00 43,00 38,50 1/2“ 24,00 0,088 • • • 5 128216 50 25 39,00 48,00 38,50 1/2“ 24,00 0,090 • • • 5 128218 63 25 39,00 54,50 38,50 1/2“ 24,00 0,089 • • • 5 128220 75 25 39,00 53,50 38,50 1/2“ 24,00 0,083 • • • 5 128222 90 25 39,00 68,00 38,50 1/2“ 24,00 0,090 • • • 5 128224 110 25 39,00 78,00 38,50 1/2“ 24,00 0,089 • • • 5 128226 125 25 39,00 85,50 38,50 1/2“ 24,00 0,092 • • • 5 128230 160 25 39,00 103,00 38,50 1/2“ 24,00 0,092 • • 5 128232 200-250 25 39,00 38,00 38,50 1/2“ 24,00 0,092 • • 5 128234 40 25 39,00 43,00 43,50 3/4“ 31,00 0,107 • • • 5 128236 50 25 39,00 49,50 43,50 3/4“ 31,00 0,110 • • • 5 128238 63 25 39,00 55,50 43,50 3/4“ 31,00 0,109 • • • 5 128240 75 25 39,00 63,00 43,50 3/4“ 31,00 0,109 • • • 5 128242 90 25 39,00 73,00 43,50 3/4“ 31,00 0,110 • • • 5 128244 110 25 39,00 80,50 43,50 3/4“ 31,00 0,110 • • • 5 128246 125 25 39,00 96,00 43,50 3/4“ 31,00 0,112 • • • 5 128250 160 25 39,00 58,50 43,50 3/4“ 31,00 0,112 • • 5 128254 200-250 25 39,00 66,00 43,50 3/4“ 31,00 0,112 • • 5 128260 75 32 43,00 76,00 60,00 1“ 39,00 0,223 • • • 5 128262 90 32 43,00 83,50 60,00 1“ 39,00 0,223 • • • 5 128264 110 32 43,00 101,00 60,00 1“ 39,00 0,223 • • • 5 128266 125 32 43,00 123,00 60,00 1“ 39,00 0,224 • • • 5 128270 160 32 43,00 118,00 60,00 1“ 39,00 0,226 • • 5 128274 200-250 32 43,00 121,00 60,00 1“ 39,00 0,244 • • 5 1

ddfhzst c£lKf c dzeNhtzztq htpm>jqCbcntvs: aquatherm green pipe, aquatherm blue pipe,

aquatherm lilac pipeVfnthbfk: fusiolen® PP-R


Wdtn: ptk¢zsq




Kontrolliert

Norm





Freigabe :

15.05.2014

Einschweißsättel mit Innengewinde

1:1PP

1Blatt:

Art.-Nr:

Stk.

Mueller

0028214-0028247W

d

d1

Z

R

D

L

SW

SDR Fhn. ˇ d d2 l z D R SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1117,6

veanjdfy cdfhrf

28314* 40 25 55,00 75,00 38,50 R1/2 21,00 0,088 • • • 5 128316 50 25 55,00 80,00 38,50 R1/2 21,00 0,090 • • • 5 128318 63 25 55,00 86,50 38,50 R1/2 21,00 0,089 • • • 5 128320 75 25 55,00 92,50 38,50 R1/2 21,00 0,097 • • • 5 128322 90 25 55,00 100,00 38,50 R1/2 21,00 0,090 • • • 5 128324 110 25 55,00 110,00 38,50 R1/2 21,00 0,089 • • • 5 128326 125 25 55,00 117,50 38,50 R1/2 21,00 0,092 • • • 5 128330 160 25 55,00 135,00 38,50 R1/2 21,00 0,092 • • • 5 128334 40 25 56,00 76,00 43,50 R3/4 24,00 0,107 • • • 5 128336 50 25 56,00 81,00 43,50 R3/4 24,00 0,110 • • • 5 128338 63 25 56,00 87,50 43,50 R3/4 24,00 0,109 • • • 5 128340 75 25 56,00 93,50 43,50 R3/4 24,00 0,109 • • • 5 128342 90 25 56,00 101,00 43,50 R3/4 24,00 0,110 • • • 5 128344 110 25 56,00 111,00 43,50 R3/4 24,00 0,110 • • • 5 128346 125 25 56,00 118,50 43,50 R3/4 24,00 0,112 • • • 5 128350 160 25 56,00 136,00 43,50 R3/4 24,00 0,112 • • 5 1

C gjdthüzjcnmü lky ghbdfhbdfzby b ljgjkzbntkmzsv ddfhzsv inenwthjv lky cdfhrb cj cntzrjq nhe<s. Ztj<üjlbvst bzcnhevtzns lky hf<jns Ds zfql¢nt zf cnhfzbwt 158.

ddfhzst c£lKf c zfheöztq htpm>jqCbcntvs: aquatherm green pipe, aquatherm blue pipe, aquatherm lilac pipeVfnthbfk: fusiolen® PP-R


Wdtn: ptk¢zsq


131

SDR Fhn. ˇLbfvtnh

d [vv] l z D d1 l1 z1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

cdfhrf dcnsr

9

315530 160 25,00 93,00 175,00 212 17,90 53,00 1,150 • 1 1

315534 200 32,00 130,00 232,00 268 22,40 72,00 2,292 • 1 1

315538 250 35,00 130,00 285,00 320 27,90 75,00 3,313 • 1 1

315542 315 35,00 170,00 335,00 370 35,20 81,00 5,640 • 1 1

315544 355 42,00 185,00 372,00 432 39,70 95,00 7,900 • 1 1

11

15531 160 25,00 93,00 175,00 212 14,60 53,00 0,955 • • 1 115535 200 32,00 130,00 232,00 268 18,20 72,00 1,957 • • 1 115539 250 35,00 130,00 285,00 320 22,70 75,00 2,717 • • 1 115543 315 35,00 170,00 335,00 370 28,60 81,00 5,650 • • 1 115545 355 42,00 185,00 372,00 432 32,20 95,00 9,000 • • 1 115547 400 50,00 195,00 425,00 484 36,30 98,00 12,000 • • 1 115549 450 75,00 220,00 512,00 586 40,90 140,00 16,500 • • 1 1

17,6

2515530 160 25,00 93,00 175,00 212 9,10 53,00 0,821 • 1 11

2515534 200 32,00 130,00 232,00 268 11,40 72,00 1,849 • 1 11

2515538 250 35,00 130,00 285,00 320 14,20 75,00 2,736 • 1 11

2515542 315 35,00 170,00 335,00 370 17,90 81,00 4,500 • 1 11

2515544 355 42,00 185,00 372,00 432 20,10 95,00 6,500 • 1 11

2515546 400 33,00 199,00 425,00 484 22,70 89,00 8,500 • 1 11

2515548 450 46,00 140,00 512,00 586 25,70 76,00 12,000 • 1 11

2515550 500 47,00 141,00 525,00 585 28,40 74,00 9,800 • 1 11

2515552 560 50,00 141,00 612,00 685 31,70 81,00 13,800 • 1 11

2515554 630 50,00 142,00 640,00 688 35,70 82,00 12,600 • 1 11

SDR Fhn. ˇLbfvtnh

d [vv] l z D D1 l1 z1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

veanjdfy cdfhrf

15512 32 11,00 35,00 41,00 68,00 17,00 0,053 • • • 1 115514 40 12,00 36,50 50,00 78,00 16,00 0,071 • • • 1 115516 50 13,00 40,50 61,00 88,00 17,00 0,071 • • • 1 115518 63 15,00 44,50 76,00 102,00 17,00 0,112 • • • 1 115520 75 17,00 47,00 90,00 122,00 17,00 0,169 • • • 1 115522 90 17,00 50,00 108,00 138,00 17,00 0,261 • • • 1 115524 110 18,50 55,50 131,00 158,00 18,50 0,329 • • • 1 1

15526* 125 18,50 202,00 131,00 158,00 18,50 1,180 • • • 1 115527 125 20,00 63,00 165,00 188,00 23,00 0,724 • • • 1 1

*bcgjkmpetncy njkmrj d cjtlbztzbb c dnekrjq c <ehnbrjv 110 vv

dNeKrf c >ehNbrjv lKy cdfhrb dcNsrc egkjnztzbtv



Wdtn: ptk¢zsq

dNeKrf c >ehNbrjv lKy veaNjdjq cdfhrbc egkjnztzbtv




Wdtn: ptk¢zsq



Kontrolliert

Norm





Freigabe :

14.10.1114.10.11

Bundbuchse mit Dichtung

1:3 (1:10)PP / EPDM

-

-Blatt:Art.-Nr:

Stk.

stumpfschweißenVollmerTusche

14.10.11

1:10

d1

l1

d

D

0015530-49W2515530-54W

z

l

z1

132

SDR Fhn. ˇLbf-vtnhd [vv]

gjlüjlyn lky fhn. ˇ

d1 D K d2 b z Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1117,6

veanjdfy cdfhrf

15712 32 15512 42 116,00 85,00 14 15,50 4,00 0,469 • • • 1 115714 40 15514 51 141,00 100,00 18 17,50 4,00 0,722 • • • 1 115716 50 15516 62 151,00 110,00 18 17,50 4,00 0,770 • • • 1 115718 63 15518 78 166,00 125,00 18 19,00 4,00 0,911 • • • 1 115720 75 15520 92 186,00 145,00 18 19,00 4,00 1,132 • • • 1 115722 90 15522 110 201,00 160,00 18 21,00 8,00 1,356 • • • 1 115724 110 15524/26 133 221,00 180,00 18 22,00 8,00 1,475 • • • 1 115726 125 15527 167 251,00 210,00 18 26,00 8,00 2,082 • • • 1 1

15730 1601553015531

2515530178 286,00 240,00 22 27,00 8,00 3,671 • • 1 1

15734 2001553415535

2515534235 341,00 295,00 22 28,00 8,00 4,709 • • 1 1

15738 2501553815539

2515538288 406,00 350,00 22 31,00 12,00 7,094 • • 1 1

15742 315 155432515542 340 460,00 400,00 22 34,50 12,00 9,500 • • 1 1

15744 355 155452515544 380 520,00 460,00 22 39,00 16,00 15,300 • • 1 1

15746 400 2515546 430 565,00 515,00 26 34,00 16,00 19,680 • • 1 115748 450 2515548 517 670,00 620,00 26 42,00 20,00 22,880 • • 1 115750 500 2515550 533 670,00 620,00 26 38,00 20,00 19,000 • • 1 115752 560 2515552 618 785,00 725,00 30 50,00 20,00 37,200 • • 1 115754 630 2515554 645 785,00 725,00 30 40,00 20,00 25,800 • • 1 1

aKfzws

Cbcntvs: aquatherm green pipe, aquatherm blue pipe, aquatherm lilac pipeVfnthbfk: gjkbghjgbktz / cnfkm

Wdtn: ptk¢zsq

SDR Fhn. ˇLbfvtnh

d [vv] l z D SW1 SW2 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

veanjdfy cdfhrf

15812 32 36,50 18,50 41,00 64,00 50,00 0,479 • • • 1 115814 40 38,00 17,50 50,00 80,00 60,00 0,841 • • • 1 115816 50 41,00 17,50 61,00 86,00 70,00 0,821 • • • 1 115818 63 45,00 17,50 76,00 108,00 90,00 1,498 • • • 1 115820 75 47,50 17,50 90,00 128,00 104,00 1,998 • • • 1 1

veaNjdjt htpm>jdjt cjtlbztzbt


Vfnthbfk: fusiolen® PP-R, kfnezm


Wdtn: ptk¢zsq, kfnezzsq

133

fhn. ˇ hfpvth D d1 d2 Z z1 z2 t1 T c LE PG Wtzf €v/in.

20198 20 vv x 1/2" IG x 20 vv 37,00 7,00 29,50 42,30 14,14 14,50 5,50 51,00 28,11 1 1

fhn. ˇ hfpvth d1 Z z1 z2 z3 t1 T Rp LE PG Wtzf €v/in.

20197 20 vv x 1/2" IG x 20 vv 7,00 49,50 23,50 20,00 14,50 5,50 51,00 1/2" 1 1

aquatherm green pipe ghjüjlzfy zfcNtzzfy ifq>f 90°

aquatherm green pipe gfhfKKtKmzfy ghjüjlzfy zfcNtzzfy ifq>f

ghbzwbg ghjüjlzjq zfcNtzzjq ifq>szjdbzrf

A-A

aq

uath

erm

Gm

bH

- B

igg

en 5

- 5

7439

Att

end

orn

Index Änderungen

Freigabe:


Blatt-Nr.:

Artikelnummer :

Stück (Menge):

Kontrolliert:

Gezeichnet:

Benennung:

Revision:

Datum Name


Position :

Datum: Name:

a

b

c

d

e

f

gh

Gewicht:


06.02.2015

06.02.2015

06.02.2015

Mueller

Buhs

1:1

PP

Durchflusswandscheibe Grundkörper

0020197W

A

A

Zz2

z1

Rp

d1t1

T

z3

aq

uath

erm

Gm

bH

- B

igg

en 5

- 5

7439

Att

end

orn

Index Änderungen

Freigabe:


Blatt-Nr.:

Artikelnummer :

Stück (Menge):

Kontrolliert:

Gezeichnet:

Benennung:

Revision:

Datum Name


Position :

Datum: Name:

a

b

c

d

e

f

gh

Gewicht:


06.02.2015

06.02.2015

06.02.2015

Mueller

Buhs

1:1

PP

Durchflusswandscheibe

0020198W

c

d1

Rpz1

Z

z2

d2

B

D

t1

T

zjdbzrf

zjdbzrf

134

SDR Fhn. ˇLbfvtnh

d [vv] l z l1 z1 D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

veanjdfy cdfhrf

15838 20 26,00 12,00 20,00 5,50 46,00 0,036 • • • 10 115840 25 28,00 12,00 21,00 5,00 56,00 0,058 • • • 10 115842 32 32,00 12,00 23,00 5,00 66,00 0,089 • • • 5 115844 40 38,00 14,00 25,50 5,00 79,00 0,136 • • • 5 115846 50 45,00 16,00 28,50 5,00 87,00 0,170 • • • 5 115848 63 55,50 20,00 32,50 5,00 107,00 0,240 • • • 1 115850 75 50,00 20,00 36,00 6,00 50,00 0,546 • • • 1 1

veaNjdjt htpm>jdjt cjtlbztzbt




Wdtn: ptk¢zsq

SDR Fhn. ˇLbfvtnh

d [vv] l l1 D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1117,6

äktrnhjveanjdfy cdfhrf

17208 20 35,00 36,00 31,50 0,049 • • • 1 117210 25 39,00 38,50 36,50 0,057 • • • 1 117212 32 40,00 42,50 45,00 0,077 • • • 1 117214 40 46,00 47,00 54,00 0,103 • • • 1 117216 50 51,50 52,00 65,00 0,142 • • • 1 117218 63 59,00 58,00 81,50 0,239 • • • 1 117220 75 65,00 64,50 96,00 0,347 • • • 1 117222 90 72,50 72,00 113,50 0,501 • • • 1 117224 110 80,00 82,50 139,00 0,821 • • • 1 117226 125 86,00 90,00 156,00 1,097 • • • 1 1

17230* 160 93,00 109,50 197,00 1,754 • • 1 1 17234* 200 105,00 134,00 243,00 3,625 • • 1 1 17238* 250 125,00 170,00 315,00 7,142 • • 1 1

äKtrNhjcdfhjxzst veaNs




Wdtn: ptk¢zsq

Erfpfzbt: äktrnhjcdfhjxzst veans zt bcgjkmpe+ncy c abnbzufvb 160 vv - 250 vv* zt ghbvtzy+ncy lky neh< aquatherm blue pipe OT

SDR Fhn. ˇ d R l z D l1 z1 D1 L c Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,411

veanjdfy cdfhrf

20106 16 1/2“ 31,00 18,00 29,50 31,50 15,50 37,00 51,00 20,00 0,080 • 10 120108 20 1/2“ 31,00 16,50 29,50 31,50 15,50 37,00 51,00 20,00 0,079 • • • 10 120110 20 3/4“ 37,00 22,50 34,00 37,00 24,00 44,00 54,00 25,00 0,106 • • • 10 120112 25 3/4“ 37,00 21,00 34,00 37,00 24,00 44,00 54,00 25,00 0,105 • • • 10 120113 25 1/2“ 33,50 17,50 34,00 31,00 15,00 37,00 53,00 20,00 0,080 • • • 10 1

zfcNtzzfy ifq>f gjl iNerfNehre




Wdtn: ptk¢zsq

135

Fhn. ˇ d l l1 l2 c c1 h h1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

60010 40 100,00 50,00 20,00 255,00 40,00 265,00 50,00 0,221 • • • 1 1D rjv<bzfwbb c pderjbpjkywbjzzjq hfcghtltkbntkmzjq gkbnjq fhn. ˇ 79080 ghbvtztzbt zt djpvjözj. Lky änbü wtktq vs htrjvtzletv bcgjkmpjdfnm vjznföze+ ibze fhn. ˇ 79090.

vjzNfözfy ibzfjwbzrjdfzzfy; lky pfrhtgktzby zfcntzzsü ifq< ghb ldjqzjvgjlrk+xtzbb


Vfnthbfk: ötktpj, jwbzrjdfzzjt

Wdtn: wbzrjdsq

60010

Fhn. ˇ d d1 l l1 h h1 h2 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

79090 40 50 25,00 28,00 560,00 50,00 70,00 0,546 • • • 1 4

hfcghtltKbNtKmzfy vjzNfözfy ibzfjwbzrjdfzzfy; lky pfrhtgktzby zfcntzzsü ifq<, drk+xfy 2 abrcbhe+obt gkbns b 4 iehegf.


Vfnthbfk: ötktpj, jwbzrjdfzzjt

Wdtn: wbzrjdsq

Fhn. ˇ a1 a2 b1 b2 b3 c d1 d2 f1 f2 h1 h2 Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

79080 28,00 40,00 20,00 30,00 40,00 62,00 80 62 64,00 54,00 18,00 2,00 0,058 • • • 2 1

pderjbpjKywbjzzfy gKbNfLky zfcntzzjq ifq<s gjl inerfnehre aquatherm green pipe b aquatherm grey pipe


Vfnthbfk: PP

Wdtn: <tksq50408

Fhn. ˇ Hfpvth LE PG Wtzf €v/in.

20120 njkobzf vfnthbfkf jrjkj 5 vv 1 1

pderjbpjKywbjzzsq aeNKyhlky zfcntzzjq ifq<s gjl inerfnehre aquatherm green pipe 1/2“

fhnbrek elfk¢z bp fccjhnbdtznf

136

Fhn. ˇ R R1 l l1 L SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

20114 1/2“ 3/4“ 10,50 26,00 62,00 30,00 0,213 • • • 10 1

ltNfKm lKy gjlcjtlbztzby r gjKjq cNtzt


Vfnthbfk: kfnezm

20114

SDR Fhn. ˇ d R l z D l1 z1 D1 L c Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,411

veanjdfy cdfhrf

20156 16 1/2“ 30,00 17,00 29,50 37,00 24,00 37,00 25,00 59,00 0,081 • • • 10 120158 20 1/2“ 30,00 15,50 29,50 37,00 24,00 37,00 25,00 59,00 0,079 • • • 10 1

zfcNtzzfy ifq>f lKy gjlrK*xtzby gjl iNerfNehre




Wdtn: ptk¢zsq

20158

SDR Fhn. ˇ d R l z D l1 L SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,411

veanjdfy cdfhrf

20204 20 1/2“ 40,00 25,50 43,50 13,50 65,00 29,00 0,204 • • • 10 1

zfghbvth, lky gjlrk+xtzby cvsdzsü <jxrjd bkb ghbvtztzby d rjvgktrnt c vjznfözjq ltnfkm+ (fhn. ˇ 60110-60115)

cjtlbzbNtKmzfy ltNfKmc rjznhufqrjq, egkjnztzbtv b ghböbvzjq ifq<jq




Wdtn: ptk¢zsq

20202

vjzNfözfy ibzf (ldjqzfy b jlbzfhzfy)


Vfnthbfk: ötktpj / jwbzrjdfzzjt

Wdtn: wbzrjdsq

l5l15

l16

l1

l2l4

l3

l3 l3l8

l3 l3

l14

l3

l13 l13

d2

d1l9

l12

l12l11 l11

l11 l11l10

l2l1 l1

l15

l16

l4 l5

l6l7 l8

l12 l13

d2d2

d1

l9l12l10

l14l14

l11

l3

l3

l3

l3

l12 l13

l3 l3

l3

l10

Fhn. ˇ

ø d1

ø d2 l1 l2 l3 l4 l5 l6 l7 l8 l9 l10 l11 l12 l13 l14 l15 l16 Dtc [ru] Cb-

cntvfLE PG

Wtzf €

v/in.

79095 40 5,1 100,00 50,00 20,00 132,00 144,00 172,50 186,00 198,00 50,00 25,00 4,00 4,00 8,00 5,50 3,00 33,00 0,412 • • • 2 4

79096 40 5,1 212,50 104,50 20,00 24,50 152,50 - - 40,00 50,00 25,00 4,00 12,50 8,00 28,00 3,00 33,00 0,235 • • • 2 4

137

SDR Fhn. ˇ d R l z D l1 L D1 SW Dtc [ru] Cbc-ntvf

LE PG Wtzf €v/in.

67,411

veanjdfy cdfhrf

20206 16 1/2“ 37,00 24,00 29,50 3,50 35,00 44,00 29,00 0,201 • 10 120208 20 1/2“ 37,00 22,50 29,50 3,50 35,00 44,00 29,00 0,154 • • • 10 120209 25 1/2“ 37,00 21,00 34,00 3,50 37,00 44,00 29,00 0,206 • • • 10 1

zfghbvth, lky gjlrk+xtzby cvsdzsü <jxrjd bkb ghbvtztzby d rjvgktrnt c vjznfözjq ltnfkm+ (fhn. ˇ 60110-60115)

cjtlbzbNtKmzsq gthtüjlzjq eujKmzbrc rjznhufqrjq, egkjnztzbtv b pföbvzjq ifq<jq




Wdtn: ptk¢zsq

20208

Fhn. ˇ d R l Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

50708 28 1/2“ 55,50 0,022 • • • 10 150710 34 3/4“ 55,50 0,027 • • • 10 1

cNhjbNtKmzsq iNjgjhc egkjnztzbtv



Wdtn: ptk¢zsq

50708

vjzNfözfy ltNfKmldjqzfy

Cbcntvs aquatherm green pipe, aquatherm blue pipe, aquatherm lilac pipe


Wdtn: wbzrjdsq

60110

80100

150

Fhn. ˇ b l l1 l2 h h1 l3 l4 l5 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

60110 27,50 75,00 25,00 5,00 92,50 122,50 239,00 339,00 55,00 0,630 • • • 1 1

Fhn. ˇ a b h1 l1 l2 d l R Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

50700 280,00 36,00 8,00 80,00 250,00 28 55,50 1/2“ 0,252 • • • 1 3

vjzNfözsq if>Kjzrfr ehjdtzm c ldevy cnhbntkmzsvb injgjhfvb 1/2“



Wdtn: ptk¢zsq50700

8 0 1 0 0 1 5 0 2 0 0 2 5 0

aquatherm

2 5 0 2 0 0 1 5 0 1 0 0 8 0

138

vjzNfözfy ltNfKmjlzjqzfy



Wdtn: wbzrjdsq

Fhn. ˇ b l l1 l2 h h1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

60115 27,50 118,00 22,50 55,00 92,50 122,50 0,278 • • • 1 1

vjzNfözfy ltNfKmc ldevy cjtlbzbntkmzsvb eujkmzbrfvb aquatherm green pipe (fhn. ˇ 20208), rjznhufqrfvb, egkjnztzbyvb b pföbvzsvb ifq<fvb


Vfnthbfk: fusiolen® PP-R, kfnezm ötktpj / jwbzrjdfzzjt

Wdtn: ptk¢zsqwbzrjdsq

60150

80100

150

Fhn. ˇ b l l1 l2 h h1 l3 l4 l5 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

60150 27,50 75,00 25,00 5,00 92,50 122,50 239,00 339,00 55,00 0,942 • • • 1 1

vjzNfözfy ltNfKmc jlzbv cjtlbzbntkmzsv eujkmzbrjv aquatherm green pipe (fhn. ˇ 20208), rjznhufqrfvb, egkjnztzbyvb b pföbvzsvb ifq<fvb


Vfnthbfk: fusiolen® PP-R, kfnezm ötktpj / jwbzrjdfzzjt

Wdtn: ptk¢zsqwbzrjdsq

Fhn. ˇ b l l1 l2 h h1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

60155 27,50 22,50 118,00 55,00 92,50 122,50 0,278 • • • 1 1

60155

gthtüjlzjq eujKmzbrlky gjlrk+xtzby r gjkjq cntzt



Wdtn: ptk¢zsq

SDR Fhn. ˇ d R l z D L l1 D1 SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,411 20210 20 1/2“ 37,00 22,50 29,50 35,00 18,50 44,00 29,00 0,223 • • • 10 1

C htpm<jq lkbzjq 30 vv, rjznhufqrjq, egkjnztzbtv b pföbvzjq ifq<jq

20210

139

SDR Fhn. ˇ d R l z D L Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

21006 16 1/2“ 28,00 15,00 38,50 41,00 0,066 • 10 121008 20 1/2“ 27,50 13,00 37,50 40,50 0,064 • • • 10 121010 20 3/4“ 27,50 13,00 43,50 40,50 0,089 • • • 10 121011 25 1/2“ 29,00 13,00 37,50 42,00 0,065 • • • 10 121012 25 3/4“ 27,50 11,50 43,50 40,50 0,087 • • • 10 121013 32 3/4“ 30,50 12,50 43,50 43,50 0,092 • • • 5 1

21008

gthtüjlzbr c dzeNhtzztq htpm>jqrheuksq




Wdtn: ptk¢zsq

SDR Fhn. ˇ d R l z D L SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

21106 16 1/2“ 34,50 21,50 38,50 50,50 24,00 0,089 • 10 121108 20 1/2“ 34,50 20,00 37,50 50,50 24,00 0,078 • • • 10 121110 20 3/4“ 29,00 14,50 43,50 50,00 31,00 0,112 • • • 10 121111 25 1/2“ 36,00 20,00 37,50 52,00 24,00 0,089 • • • 10 121112 25 3/4“ 29,00 13,00 43,50 50,00 31,00 0,109 • • • 10 121113 32 3/4“ 32,00 14,00 43,50 53,00 31,00 0,114 • • • 5 121114 32 1“ 37,50 19,50 60,00 59,50 39,00 0,239 • • • 5 121115 40 1“ 40,00 19,50 60,00 62,00 39,00 0,227 • • • 5 121116 40 1 1/4“ 40,00 19,50 74,00 63,00 50,00 0,385 • • • 5 121117 50 1 1/4“ 43,00 19,50 74,00 66,00 50,00 0,404 • • • 5 121118 50 1 1/2“ 45,00 21,50 85,50 67,00 55,00 0,418 • • • 5 121119 63 1 1/2“ 51,50 24,00 84,00 73,50 55,00 0,442 • • • 1 121120 63 2“ 51,00 23,50 101,00 77,00 67,00 0,600 • • • 1 121122 75 2“ 51,00 21,00 100,00 77,00 67,00 0,608 • • • 1 1

gthtüjlzbr c dzeNhtzztq htpm>jqc 6-nb uhfzzjq gjdthüzjcnm+ lky rk+xf




Wdtn: ptk¢zsq

21108

SDR Fhn. ˇ d R l z D Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,411

21258 20 1/2“ 52,50 38,00 38,50 0,090 • • • 10 121261 25 1/2“ 54,00 38,00 38,50 0,078 • • • 10 121262 25 3/4“ 53,50 37,50 38,50 0,085 • • • 10 1

gthtüjlzbr c zfheözjq htpm>jqrheuksq, cfvjegkjnzy+obqcy




Wdtn: ptk¢zsq

140


67,49

11

21206 16 1/2“ 56,50 43,50 38,50 0,097 • 10 121208 20 1/2“ 56,50 42,00 38,50 0,084 • • • 10 121210 20 3/4“ 57,50 43,00 38,50 0,109 • • • 10 121211 25 1/2“ 58,00 42,00 38,50 0,098 • • • 10 121212 25 3/4“ 57,50 41,50 38,50 0,090 • • • 10 121213 32 3/4“ 59,50 41,50 43,00 0,115 • • • 5 1

gthtüjlzbr c zfheözjq htpm>jqrheuksq




Wdtn: ptk¢zsq


67,49

11

21306 16 1/2“ 66,50 53,50 38,50 0,119 • 10 121308 20 1/2“ 66,50 52,00 38,50 0,104 • • • 10 121310 20 3/4“ 67,50 53,00 38,50 0,129 • • • 10 121312 25 3/4“ 67,50 51,50 38,50 0,103 • • • 10 121314 32 1“ 78,50 60,50 53,00 0,216 • • • 5 121316 32 1 1/4“ 81,00 63,00 68,00 0,318 • • • 5 121317 40 1“ 81,00 60,50 52,00 0,222 • • • 5 121318 40 1 1/4“ 84,50 64,00 68,00 0,324 • • • 5 121319 50 1 1/4“ 85,50 62,00 68,00 0,351 • • • 5 121320 50 1 1/2“ 88,50 65,00 74,00 0,425 • • • 5 121321 63 1 1/2“ 94,50 67,00 72,50 0,467 • • • 1 121322 63 2“ 102,50 75,00 84,00 0,685 • • • 1 121323 75 2“ 102,00 72,00 84,00 0,733 • • • 1 121324 75 2 1/2“ 105,00 75,00 100,00 0,970 • • • 1 1

21325 * 90 3“ 121,00 88,00 120,00 1,326 • • • 1 121327 * 110 4“ 148,00 111,00 147,00 2,730 • • • 1 1

gthtüjlzbr c zfheözjq htpm>jqgjl itcnbuhfzzbr bkb *djcmvbuhfzzbr




Wdtn: ptk¢zsq

21308

erfpfzbt: rjv<bzbhjdfzzst vtnfkkbxtcrbt abnbzub aquatherm green pipe bpujnfdkbdf+ncy bp vfnthbfkf fusiolen® PP-R b kfnezb. Gj ötkfzb+ Ds vjötnt gjkexbnm ltnfkb <tp gjdthüzjcnb lky 6-nb uhfzzjuj rk+xf, c dzenhtzztq htpm<jq 1/2 “ b 3/4 “ bp zthöfdt+otq cnfkb. Wtzs gj pfhgjce!

141


67,411 21355 20 1/2“ 59,00 48,00 38,50 0,107 • • • 10 1

gthtüjlzbr c zfheözjq htpm>jqcfvjegkjnzy+obqcy, c 6-nb uhfzzjq gjdthüzjcnm+ lky rk+xf, zfheöz./zfheöz.




Wdtn: ptk¢zsq


67,411

21356 16 1/2“ 63,50 50,50 38,50 0,112 • 10 121358 20 1/2“ 63,50 49,00 38,50 0,111 • • • 10 1

gthtüjlzbr c zfheözjq htpm>jqcfvjegkjnzy+obqcy, c 6-nb uhfzzjq gjdthüzjcnm+ lky rk+xf, zfheöz./zfheöz.




Wdtn: ptk¢zsq

SDR Fhn. ˇ d R l z D l1 z1 D1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

23006 16 1/2“ 31,50 18,50 29,50 37,00 24,00 37,00 0,072 • 10 123008 20 3/4“ 37,00 22,50 34,00 37,00 24,00 44,00 0,102 • • • 10 123010 20 1/2“ 31,50 17,00 29,50 31,50 18,50 37,00 0,076 • • • 10 123012 25 3/4“ 37,00 21,00 34,00 37,00 24,00 44,00 0,100 • • • 10 123014 25 1/2“ 34,00 18,00 34,00 37,00 24,00 37,00 0,075 • • • 10 123016 32 3/4“ 27,50 9,50 43,00 51,00 38,00 44,00 0,104 • • • 5 123018 32 1“ 34,00 16,00 43,00 66,50 44,50 60,50 0,249 • • • 5 1

gthtüjlzjq eujKmzbr c dzeNhtzztq htpm>jq




Wdtn: ptk¢zsq

23008


142


67,411 23208 20 1/2“ 33,50 18,50 29,50 37,00 24,00 37,00 0,076 • • • 10 1

gthtüjlzjq eujKmzbr c dzeNhtzztq htpm>jq




Wdtn: ptk¢zsq

SDR Fhn. ˇ d R l z D z1 D1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

23504 16 1/2“ 31,50 18,50 29,50 53,00 37,00 0,109 • 10 123506 20 1/2“ 31,50 17,00 29,50 53,00 37,00 0,108 • • • 10 123508 20 3/4“ 37,00 22,50 34,00 54,00 38,00 0,128 • • • 10 123510 25 3/4“ 37,00 21,00 34,00 54,00 38,00 0,104 • • • 10 123512 32 3/4“ 27,50 9,50 43,00 68,00 38,00 0,112 • • • 5 123514 32 1“ 31,00 13,00 43,00 85,50 52,00 0,231 • • • 5 1

gthtüjlzjq eujKmzbr c zfheözjq htpm>jq




Wdtn: ptk¢zsq

23508


67,49

11

25004 16 1/2“ 31,50 18,50 29,50 37,00 24,00 37,00 0,089 • 10 125006 20 1/2“ 31,50 17,00 29,50 37,00 24,00 37,00 0,086 • • • 10 125008 20 3/4“ 37,00 22,50 34,00 37,00 24,00 44,00 0,121 • • • 10 125010 25 1/2“ 34,00 18,00 34,00 38,00 25,00 37,00 0,090 • • • 10 125012 25 3/4“ 37,00 21,00 34,00 37,00 24,00 44,00 0,109 • • • 10 125013 32 1/2“ 35,00 17,00 43,00 37,00 24,00 37,00 0,103 • • • 5 125014 32 3/4“ 27,50 9,50 43,00 51,00 38,00 44,00 0,111 • • • 5 125016 32 1“ 31,50 13,50 43,00 65,00 43,00 60,00 0,255 • • • 5 125018 40 1/2“ 41,50 21,00 52,00 40,00 27,00 37,00 0,142 • • • 5 125020 40 1“ 41,50 21,00 52,00 56,00 34,00 60,00 0,276 • • • 5 125022 50 1“ 49,50 26,00 68,00 63,50 43,50 68,00 0,385 • • • 5 125030 50 1/2“ 49,50 26,00 68,00 44,50 31,50 43,00 0,237 • • • 5 125031 50 3/4“ 49,50 26,00 68,00 44,50 31,50 43,00 0,243 • • • 5 1

N-j>hfpzsq gthtüjlzbr c dzeNhezztqhtpm>jq




Wdtn: ptk¢zsq

25006


A-A ( 1 : 1 )



Kontrolliert

Norm





Freigabe :

22.08.0622.08.06

Übergangswinkel

1:1PP

1Blatt:

Art.-Nr:

Stk.

Ø20 x Rp1/2HunoldD.Tusche

05.06.´13 0023208W

R D1

dD

lz

z1l1

a ISO-Ansicht hinzu 05.06.`13 Menzeb.

143

SDR Fhn. ˇ d R l z D z1 D1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,411 25506 20 1/2“ 31,50 17,00 29,50 53,00 37,00 0,102 • • • 10 1

N-j>hfpzsq gthtüjlzbr c zfheözjq htpm>jq




Wdtn: ptk¢zsq

25506

SDR Fhn. ˇ d R l z D SW1 SW2 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

26608 20 1/2“ 54,50 40,00 27,50 36,00 36,00 0,145 • • • 1 126610 25 3/4“ 59,50 43,50 36,00 46,00 46,00 0,243 • • • 1 126612 32 1“ 64,50 46,50 41,50 52,00 50,00 0,336 • • • 1 126614 40 1 1/4“ 70,00 49,50 53,00 64,00 65,00 0,632 • • • 1 126616 50 1 1/2“ 86,50 63,00 59,00 72,00 57,00 0,624 • • • 1 126618 63 2“ 95,50 68,00 74,00 89,00 66,00 1,045 • • • 1 1

gthtüjlzjt htpm>jdjt cjtlbztzbt c zfheözjq htpm>jqLtnfkm c zfrblzjq ufqrjq b cdfhjxzjq veanjq




Wdtn: ptk¢zsq

SDR Fhn. ˇ d R l z D L SW1 SW2 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

26638 20 1/2“ 30,00 15,50 27,50 45,00 36,00 25,00 0,083 • • • 1 126640 25 3/4“ 32,00 16,00 36,00 49,00 45,00 32,00 0,193 • • • 1 126642 32 1“ 37,00 19,00 41,50 54,00 52,00 40,00 0,291 • • • 1 126644 40 1 1/4“ 36,50 16,00 53,00 58,50 64,00 47,00 0,423 • • • 1 126646 50 1 1/2“ 45,50 22,00 59,00 64,50 72,00 57,00 0,610 • • • 1 126648 63 2“ 50,50 23,00 74,00 74,50 89,00 68,00 0,924 • • • 1 1

gthtüjlzjt htpm>jdjt cjtlbztzbt c dzeNhtzztq htpm>jqLtnfkm c zfrblzjq ufqrjq b cdfhjxzjq veanjq




Wdtn: ptk¢zsq


144

SDR Fhn. ˇ d Ufqrf htpm<f R l k SW Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

11

26708 20 1“ 100,00 65,00 36,00 0,079 • • • 1 126710 25 1 1/4“ 100,00 62,00 46,00 0,104 • • • 1 126712 32 1 1/2“ 100,00 58,00 52,00 0,175 • • • 1 126714 40 2“ 100,00 53,00 64,00 0,258 • • • 1 126716 50 2 1/4“ 100,00 49,00 72,00 0,344 • • • 1 126718 63 2 3/4“ 100,00 43,00 89,00 0,583 • • • 1 126720 75 3 1/2“ 100,00 34,00 110,00 0,918 • • • 1 126722 90 4“ 100,00 26,00 120,00 1,238 • • • 1 1

htpm>jdjt cjtlbztzbtlkbzf: 100 vv, c egkjnztzbtv




Wdtn: ptk¢zsq

SDR Fhn. ˇ d Ufqrf htpm<f R l z D SW Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

11

26808 20 3/4“ 59,50 45,00 38,50 30,00 0,136 • • • 1 126810 25 3/4“ 61,00 45,00 38,50 30,00 0,155 • • • 1 126812 32 3/4“ 62,00 44,00 43,50 30,00 0,162 • • • 1 1

htpm>jdjt cjtlbztzbt lKy gjlrK*xtzby djlyzjuj cx£Nxbrfc egkjnztzbtv




Wdtn: ptk¢zsq

26810

SDR Fhn. ˇ d Ufqrf htpm<f R L z D SW Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

11

27010 20 1“ 58,50 36,00 38,50 36,00 0,182 • • • 10 127011 25 1“ 60,00 44,00 38,50 36,00 0,186 • • • 10 127012 25 1 1/4“ 60,00 44,00 43,50 46,00 0,274 • • • 10 127013 32 1 1/4“ 63,00 45,00 43,50 46,00 0,279 • • • 5 127014 32 1 1/2“ 69,50 51,50 60,00 52,00 0,446 • • • 5 127015 40 1 1/2“ 72,00 51,50 60,00 52,00 0,421 • • • 5 127016 40 2“ 72,00 51,50 74,00 64,00 0,719 • • • 5 127017 50 2“ 77,00 53,50 74,00 64,00 0,736 • • • 5 127018 50 2 1/4“ 77,00 54,50 84,00 72,00 0,831 • • • 5 127019 63 2 1/4“ 83,50 56,00 84,00 72,00 0,889 • • • 1 127020 63 2 3/4“ 84,00 56,50 101,00 89,00 1,306 • • • 1 127021 75 2 3/4“ 85,00 55,00 100,00 89,00 1,275 • • • 1 127022 75 3 1/2“ 91,00 61,00 100,00 110,00 1,818 • • • 1 1

htpm>jdjq gthtüjlzbrgj cnfzlfhne ISO




Wdtn: ptk¢zsq

27010

vfrc. lkbzf erjhfxbdfzby

145

SDR Fhn. ˇ d Htpm<f R l z D SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

27310 20 1“ 61,50 47,00 38,50 24,00 0,151 • • • 10 127311 25 1“ 63,00 47,00 38,50 24,00 0,153 • • • 10 127312 25 1 1/4“ 63,00 47,00 43,50 31,00 0,221 • • • 10 127313 32 1 1/4“ 66,00 48,00 43,50 31,00 0,226 • • • 5 127314 32 1 1/2“ 76,50 58,50 60,00 39,00 0,408 • • • 5 127315 40 1 1/2“ 79,00 58,50 60,00 39,00 0,414 • • • 5 127316 40 2“ 81,00 60,50 74,00 50,00 0,650 • • • 5 127317 50 2“ 84,00 60,50 74,00 50,00 0,634 • • • 5 127318 50 2 1/4“ 83,00 59,50 84,00 55,00 0,750 • • • 5 127319 63 2 1/4“ 89,50 62,00 84,00 55,00 0,728 • • • 1 127320 63 2 3/4“ 94,00 66,50 101,00 67,00 1,093 • • • 1 127321 75 2 3/4“ 95,00 65,00 100,00 67,00 1,117 • • • 1 127322 75 3 1/2“ 100,00 70,00 100,00 67,00 1,436 • • • 1 1

rjzNhltNfKmcj cdfhjxzjq veanjq b zfheözjq htpm<jq lky htpm<jdjuj gthtüjlzbrf gj cnfzlfhne ISO




Wdtn: ptk¢zsq

27310

SDR Fhn. ˇZfheözfy htpm<f R1

Dzenhtzzyyhtpm<f R2 l l1 SW Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

11

27510 1“ 1/2“ 25,00 15,00 25,00 0,063 • • • 10 127512 1 1/4“ 3/4“ 28,00 18,00 32,00 0,119 • • • 10 127514 1 1/2“ 1“ 31,00 17,00 40,00 0,175 • • • 5 127516 2“ 1 1/4“ 33,00 22,00 47,00 0,263 • • • 5 127518 2 1/4“ 1 1/2“ 36,00 19,00 57,00 0,333 • • • 5 127520 2 3/4“ 2“ 42,00 24,00 68,00 0,517 • • • 1 127522 3 1/2“ 2 1/2“ 46,00 27,00 84,00 0,801 • • • 1 127524 4“ 3“ 46,00 27,00 97,00 0,943 • • • 1 1

KfNezzfy rjzNhltNfKmc zfheözjq htpm<jq lky htpm<jdjuj gthtüjlzbrf gj cnfzlfhne ISO/ htpm<jdjuj gthtüjlzbrf



Wdtn: ptk¢zsq

27510


146

SDR Fhn. ˇ Htpm<f R1 Htpm<f R2 l l1 SW Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

27710 1“ 1/2“ 34,50 18,50 36,00 0,109 • • • 10 127712 1 1/4“ 3/4“ 38,50 21,00 46,00 0,188 • • • 10 127714 1 1/2“ 1“ 41,50 22,50 50,00 0,211 • • • 5 127716 2“ 1 1/4“ 44,50 22,50 65,00 0,363 • • • 5 127718 2 1/4“ 1 1/2“ 58,00 36,00 57,00 0,472 • • • 5 127720 2 3/4“ 2“ 63,00 38,00 66,00 0,803 • • • 1 127722 3 1/2“ 2 1/2“ 70,00 42,00 82,00 1,189 • • • 1 127724 4“ 3“ 74,00 42,00 97,00 1,398 • • • 1 1

KfNezzfy rjzNhltNfKmc zfheözjq htpm<jq lky htpm<jdjuj gthtüjlzbrf gj cnfzlfhne ISO/ htpm<jdjuj gthtüjlzbrf


Vfnthbfk: kfnezm

Wdtn: ptk¢zsq

27712

SDR Fhn. ˇ d l z D d1 l1 z1 D1 l2 z2 c c1 cl l3 h Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,411 30115 25 60,00 44,00 40,00 20 77,50 63,00 29,50 79,00 63,00 32,00 80,00 100,00 36,00 51,00 0,273 • • • 1 1

hfcghtltKbNtKmzsq >Kjr lKy djljczf>ötzbydrk+xfy 1 injgjh b 2 rhtgtözsü l+<tky



Wdtn: ptk¢zsq

T-Stück

147

SDR Fhn. ˇ d d1 l z D l1 z1 D1 l2 l3 L Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

11

30602 32 16 40,00 22,00 43,00 29,00 16,00 29,50 57,00 36,00 245,00 0,148 • • • 1 1

30604 32 20 40,00 22,00 43,00 29,00 14,50 29,50 57,00 36,00 245,00 0,134 • • • 1 1

Ghb ztj<üjlbvjcnb nhe<f vjötn <snm erjhjxtzf bkb elkbztzf pf cx¢n cdfhrb c ljgjkzbntkmzsvb nhe<fvb. Lheubt hfcghtltkbntkb gj pfghjce!

hfcghtltKbNtKmzfy Nhe>fLkbzf: 246 vv, c 4 jndjlfvb



Wdtn: ptk¢zsq

30602

SDR Fhn. ˇ d R l z D L Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1130804 32 1/2“ 30,00 12,00 43,00 43,00 0,073 • • • 1 1

*gthtüjlzbr rfr pfukeirf hfcghtltkbntkmzjq nhe<s c dzenhtzztq htpm<jq.

pfuKeirf lKy hfcghtltKbNtKmzjq Nhe>s*




Wdtn: ptk¢zsq

30804


SDR Fhn. ˇ d l z D z1 h l1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

1178000 32 63,00 45,00 47,50 46,50 78,00 108,00 0,575 • • • 2 4

ifhjdsq rhfz lKy hfcghtltKbNtKmzjq Nhe>sdzenhtzzbq/zfheözsq



Wdtn: ptk¢zsq

148

Fhn. ˇ d l l1 l2 h h1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

60210 32 210,00 80,00 57,00 66,00 46,00 0,226 • • • 2 1

rhtgtözfy crj>f lKy hfcghtltKbNtKmzjq Nhe>sjwbzrjdfzzfy, ldjqzfy


60210

SDR Fhn. ˇ d l z D h Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

40808 20 35,00 20,50 29,50 70,00 0,165 • • • 1 140810 25 38,00 22,00 34,00 70,00 0,172 • • • 1 140812 32 49,00 31,00 43,00 86,50 0,314 • • • 1 140814 40 60,00 39,50 52,00 100,50 0,585 • • • 1 1

dtzNbKm c ghyvsv igbzltKtvlky vjznföf zf inerfnehrt



Wdtn: ptk¢zsq

40808

SDR Fhn. ˇ d l z D h h1 h2 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

40858 20 35,00 20,50 29,50 116,00 28,00 59,00 0,319 • • • 1 140860 25 38,00 22,00 34,00 116,00 28,00 59,00 0,330 • • • 1 140862 32 49,00 31,00 43,00 121,00 34,00 59,00 0,416 • • • 1 1

dtzNbKm gjl iNerfNehreühjvbhjdfzzsq



Wdtn: ptk¢zsq

40858

149

SDR Fhn. ˇ d l z D h h1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

40868 20 35,00 20,50 29,50 71,50 28,00 0,258 • • • 1 140870 25 38,00 22,00 34,00 71,50 28,00 0,288 • • • 1 140872 32 49,00 31,00 43,00 82,50 34,00 0,376 • • • 1 1

dtzNbKm gjl iNerfNehre<tp vfüjdbxrf / ühjvbhjdfzzsq / rjhjnrfy ajhvf



Wdtn: ptk¢zsq, ühjvbhjdfzzsq

SDR Fhn. ˇ d l z D h h1 h2 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

40878 20 35,00 20,50 29,50 213,00 59,00 147,00 0,357 • • • 1 140880 25 38,00 22,00 34,00 213,00 59,00 147,00 0,369 • • • 1 140882 32 49,00 31,00 43,00 219,00 65,00 153,00 0,455 • • • 1 1

dtzNbKm gjl iNerfNehreühjvbhjdfzzsq, dfhbf<bkmzj ghbvtzbvsq lky uke<bzs jn 55 vv lj 100 vv




40878

SDR Fhn. ˇ d l z D h h1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

40888 20 35,00 20,50 29,50 109,00 28,00 0,342 • • • 1 140890 25 38,00 22,00 34,00 109,00 28,00 0,350 • • • 1 140892 32 49,00 31,00 43,00 115,00 34,00 0,432 • • • 1 1

dtzNbKm gjl iNerfNehre<tp vfüjdbxrf / ühjvbhjdfzzsq




150

Fhn. ˇ h Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

40900 92,00 0,148 • • • 1 140902 132,00 0,209 • • • 1 1

elKtzbNtKm lKy dtzNbKy gjl iNerfNehreühjvbhjdfzzsq lky fhn. ˇ 40858-40862


Vfnthbfk: kfnezm

Wdtn: ühjvbhjdfzzsq

40900

SDR Fhn. ˇ d R l z D h D1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

40908 20 3/4“ 35,00 20,00 29,50 28,00 44,00 0,093 • • • 1 140910 25 3/4“ 38,00 22,00 34,00 28,00 44,00 0,101 • • • 1 140912 32 1“ 49,00 31,00 43,00 34,00 52,00 0,146 • • • 1 140914 40 1 1/4“ 60,00 39,50 52,00 41,00 0,313 • • • 1 1

zbözyy xfcNm pfgjhzjuj dtzNbKy



Wdtn: ptk¢zsq

40908


67,49

11

41108 20 45,00 30,50 34,00 95,50 0,294 • • • 1 141110 25 45,00 29,00 34,00 95,50 0,283 • • • 1 141112 32 56,00 38,00 43,00 111,50 0,421 • • • 1 141114 40 65,00 44,50 52,00 135,00 0,834 • • • 1 1

dtzNbKm c zfrKjzzsv igbzltKtv<tp ckbdf



Wdtn: ptk¢zsq

41108


67,49

11

41208 20 45,00 30,50 34,00 95,50 0,297 • • • 1 141210 25 45,00 29,00 34,00 95,50 0,292 • • • 1 141212 32 56,00 38,00 43,00 111,50 0,432 • • • 1 141214 40 65,00 44,50 52,00 135,00 0,840 • • • 1 1

dtzNbKm rjv>bzbhjdfzzsq, cdj>jlzj-gjNjxzsq, c j>hfzNsv rKfgfzjv<tp ckbdf



Wdtn: ptk¢zsq

41208

151

SDR Fhn. ˇ d l z D h l1 Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

67,49

11

41308 20 55,00 40,50 32,00 66,00 85,00 0,280 • • • 1 141310 25 55,00 39,00 41,00 73,00 85,00 0,375 • • • 1 141312 32 63,50 45,50 47,00 82,00 108,00 0,592 • • • 1 141314 40 72,50 52,00 58,00 93,00 108,00 1,015 • • • 1 141316 50 83,50 60,00 70,50 114,00 140,00 1,689 • • • 1 141318 63 102,50 75,00 87,00 132,00 140,00 2,874 • • • 1 1

ifhjdsq rhfz gjKbghjgbKtz /KfNezm



Wdtn: ptk¢zsq

Fhn. ˇ l Lky fhn. ˇ Dtc [ru] Cbcntvf LE PG Wtzf €v/in.

41378 35,00 41308 / 41310 0,120 • • • 1 141382 35,00 41312 / 41314 0,120 • • • 1 141386 46,00 41316 / 41318 0,273 • • • 1 1

elKbztzbt lKy ifhjdjuj rhfzfühjvbhjdfzzsq lky fhn. ˇ 41308-41318


Vfnthbfk: kfnezm

Wdtn: ptk¢zsq

41376

SDR Fhn. ˇ d dk D1 E h H L2 L3 DN Gewicht [kg] System LE PG Wtzf €

v/in.

67,49

11

41488 20 13,5 50,30 66 27,00 48 56,50 68,00 15 0,118 • • • 1 141490 25 18,5 59,00 81 30,00 56,5 65,50 78,50 20 0,188 • • • 1 141492 32 23,9 70,30 81,5 40,00 64,5 72,00 84,50 25 0,277 • • • 1 141494 40 31,0 85,90 91,5 46,00 83,3 85,00 100,00 32 0,434 • • • 1 141496 50 38,5 99,50 91,5 55,00 89,4 89,00 107,00 40 0,549 • • • 1 141498 63 50,0 125,50 141,5 70,00 115 101,00 118,00 50 0,922 • • • 1 1

gjKbghjgbKtzjdsq ifhjdsqrhfzLtnfkm c zfrblzjq ufqrjq b cdfhjxzjq veanjq



Wdtn: ptk¢zsq

D1

d dk

L2L3

E

v

hH

M

152

SDR Fhn. ˇ d l z D h l1 Zoll R DN Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

1141400 75 138,00 108,00 129,00 137,00 186,00 65 2,441 • • • 1 1

gjKbghjgbKtzjdsq ifhjdsq rhfzLtnfkm c zfrblzjq ufqrjq b cdfhjxzjq veanjq



Wdtn: ptk¢zsq

SDR Fhn. ˇ lky ø d l z D h1 h2 DN Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

1117,6

41601 75 - • • • 1 141602 90 77 210,00 124,00 160,00 150,00 93,00 80 4,196 • • • 1 1

41604 110 94 260,00 145,00 180,00 165,00 103,00 100 5,612 • • • 1 1

41607 160 135 310,00 205,00 240,00 210,00 136,50 150 13,420 • • • 1 1Lky lbfvtnhf 125 vv bcgjkmpeqnt gjkbghjgbktzjdsq ifhjdsq rhfz fhn. ˇ 41604 c dnekrjq c <ehnbrjv fhn. ˇ 15526 b akfzwtv fhn. ˇ 15724.Lky cjtlbztzby c aquatherm green pipe dnekrjq c <ehnbrjv (fhn. ˇ 15522 - 15531), f nfröt c gkfcnvfccjdsv akfzwtv aquatherm green pipe (fhn. ˇ 15722-15730).6-nb uhfzzsq ieheg M16x60 vv lky fhn. ˇ 41602/416046-nb uhfzzsq ieheg M16x80 vv lky fhn. ˇ 41607 cjjndtncnde+ofy ifq<f M16 DZBVFZBT: änb ltnfkb zt düjlyn d rjvgktrn gjcnfdrb!

gjKbghjgbKtzjdsq ifhjdsqrhfzLtnfkm c ldeücnjhjzzbv akfzwtdsv cjtlbztzbtv



Wdtn: ptk¢zsq

1

1

2

2

3

3

4

4

5

5

6

6

A A

B B

C C

D D



Kontrolliert

Norm



DIN ISO 2768-mOberflächeaquatherm


Freigabe :

03.05.1103.05.11

Kugelhahn

1:2

Blatt:

Art.-Nr:

Stk.

VollmerTusche

03.05.11 0041602-0041607W

l

h1h2

z

D

d

1

1

2

2

3

3

4

4

5

5

6

6

A A

B B

C C

D D



Kontrolliert

Norm



DIN ISO 2768-mOberflächeaquatherm


Freigabe :

03.05.1103.05.11

Kugelhahn

1:2

Blatt:

Art.-Nr:

Stk.

VollmerTusche

03.05.11 0041602-0041607W

l

h1h2

z

D

d

SDR Fhn. ˇ d z l D z1 h Dtc [ru] Cbcntvf LE PG Wtzf €

v/in.

67,49

11

41408 20 11,50 26,00 34,00 16,50 67,00 0,098 • • • 1 141410 25 10,00 26,00 34,00 16,50 67,00 0,096 • • • 1 141412 32 14,00 32,00 43,00 17,00 70,50 0,118 • • • 1 141414 40 12,00 32,50 52,00 16,50 76,50 0,140 • • • 1 141416 50 15,50 39,00 68,00 17,00 83,75 0,202 • • • 1 141418 63 16,50 44,00 84,00 16,50 93,00 0,288 • • • 1 1

cKbdzjq gfNhe>jrlky ddfhbdfzby d dtznbkb aquatherm green pipe



Wdtn: ptk¢zsq

41408

153

Nhe>jhtp aquatherm

Fhn. ˇ Hfpvths LE PG Wtzf €v/in.

50102 für Rohre ø 16 - 40 mm 1 3

50105 für Rohre ø 50 - 125 mm 1 3

50106 für Rohre ø 110 - 160 mm 1 3

zjözbws aquatherm


50104 für Rohre ø 16 - 40 mm 1 3

aquatherm hexzjq cdfhjxzsq ghb>jh (500 dn)


fusiotherm

aquatherm

50336 für Rohre ø 16 - 32 mm 1 3

Nfröt bvttncy rfr bcgjkztzbt lky 110 djkmn (fhn. 450336)


Fhn. ˇ Hfpvths LE PG Wtzf €v/in. fusiotherm

aquatherm50337 für Rohre ø 16 - 63 mm 1 3




fusiotherm

aquatherm

50341 für Rohre ø 50 - 125 mm 1 3


dfözj: zt jnhtpfnm nhe<s aquatherm j<sxzsvb gbkfvb gj vtnfkke. Nhe<s aquatherm vjuen <snm jnhtpfzs cf<tkmzjq gbkjq bkb ktznjxzjq gbkjq, rjnjhst bvt+n ktpdby lky htprb gkfcnvfccjdsü bpltkbq.

wbhreKywbjzzfy gbKf aquatherm


50108 für Rohre ø 160 - 355 mm 1 3

Wbhrekywbjzze+ gbke Ds vjötnt ghbj<htcnb ztgjchtlcdtzzj e abhvs Rothenberger (www.rothenberger.de) gjl fhn. ˇ 5.562. Wbhrekywbjzzfy gbkf dscjrjq vjomzjcnb lky <scnhjq, njxzjq, hjdzjq htprb gkfcnbrjdsü nhe< ø 160 - 355 vv gjl ghyvsv eukjv zf cnhjqgkjoflrt b d wtüfü.

jNhtpzjq lbcr aquatherm lKy gKfcNvfccf

Fhn. ˇ Hfpvths Jndthcnbt LE PG Wtzf €v/in.

50107 ø 125 mm 22,2 vv 1 3

50109 ø 230 mm 22,2 vv 1 3

J<kfcnm ghbvtztzby: gjlüjlbn lky k+<juj ikbajdfkmzjuj ghb<jhf bkb gbks. Dsgjkztzbt: ufkmdfzbpbhjdfzzsq ctuvtznbhjdfzzsq fkvfpzsq lbcr.

154

aquatherm cdfhjxzfy vfibzf lKy cdfhrb dcsr ROThenbeRgeR


50163 * für Rohre ø 160 - 250 mm 1 3

50178 für Rohre ø 160 - 355 mm 1 3

Drk+xfy lthtdyzzsq nhfzcgjhnbhjdjxzsq yobr.Cdfhjxzst vf ibzs vjuen <snm pfrfpfzs zthjchtlcndtzzj zf abhvt Rothenberger (www.rothenberger.com).

* Nfröt bvttncy rfr bcgjkztzbt lky 110 djkmn (fhn. 450163)

aquatherm cdfhjxzfy vfibzf (1400 dn)


50148 lky nhe< ø 50-125 vv - 230 V 1 3

Cj cdfhjxzsvb bzcnhevtznfvb 50-125 vv, gjlcnfdrjq b nhfzcgjhnbhjdjxzsv lthtdyzzsv yobrjv.


aquatherm cdfhjxzfy vfibzf LighT (1400 dn)


50145 für Rohre ø 63 - 125 mm 1 3

Drk+xfy hexzjq cdfhjxzsq ghb<jh aquatherm green pipe (1400 Dn) b nhfzcgjhnbhjdjxzsq lthtdyz-

zsq yobr. Nfröt bvttncy rfr bcgjkztzbt lky 110 djkmn (fhn. 450145)

aquatherm äKtrNhjcdfhjxzjt ghbcgjcj>Ktzbt


aquatherm

aquatherm

50159 für Rohre ø 63 - 125 mm 1 3

Drk+xfy pfgfcze+ <fnfht+, pfhylzjt ecnhqcndj b vtnfkkbxtcrbq xtvjlfz.

aquatherm zbözfyy gjlcNfdrf lKy fhN. ˇ 50159


50151 1 3

aquatherm hexzjq cdfhjxzsq fggfhfN (1500 Dn) lKy ctltKmzsü cdfhjxzsü bzcNhevtzNjd ø 50-160 vv


50330 für Rohre Ø 50 - 160 mm 1 3

aquatherm cdfhjxzfy vfibzf lKy cdfhrb dcNsr RiTMO


50165 * für Rohre ø 160 - 250 mm 1 3

50166 * für Rohre ø 160 - 315 mm 1 3

50177 für Rohre ø 160 - 355 mm 1 3

50169 für Rohre ø 400 - 630 mm 1 3

Drk+xfy lthtdyzzsq nhfzcgjhnbhjdjxzsq yobr.Cdfhjxzst vf ibzs vjuen <snm pfrfpfzs zthjchtlcndtzzj zf abhvt Ritmo (www.ritmo.it).Nfröt bvttncy rfr bcgjkztzbt lky 110 djkmn (fhn. ˇ 450165 lky nhe< Ø 160-250 vv / fhn. ˇ 450166 lky nhe< Ø 160-315 vv)

155

aquatherm äKtrNhjcdfhjxzsq ghb>jh


��

��

��

��

50175 für Rohre ø 20 - 250 mm 1 3

Lky äktrnhjcdfhjxzsü vean aquatherm green pipe fhn. ˇ 17208-17238.

aquatherm iNbaNjdsq bzlbrfNjh NtvgthfNehs c bpvtztzbtv jrhfcrb


50190

50190 1 3

Lky ghjdthrb ghfdbkmzjcnb ntvgthfnehs zfuhtdf cdfhjxzsü fggfhfnjd.

aquatherm NtvgthfNehjpfobNzfy gthxfNrfLky pfvtzs bzcnhevtznf.


50195 2 3

aquatherm lfNxbr lKy bpvthtzby NtvgthfNehs


50188 1 3

Lky ghjdthrb ghfdbkmzjcnb ntvgthfnehs cdfhrb.

aquatherm cdfhjxzst bzcNhevtzNs


50208

50206 16 mm 1 3

50208 20 mm 1 3

50210 25 mm 1 3

50212 32 mm 1 3

50214 40 mm 1 3

50216 50 mm 1 3

50218 63 mm 1 3

50220 75 mm 1 3

50222 90 mm 1 3

50224 110 mm 1 3

50226 125 mm 1 3

aquatherm cfKatNrb lKy jxbcNrb


50193 Dose/100 Tücher 1 3

Lky äktrnhjcdfhjxzsü vean.

156

21108

aquatherm zf>jh lKy htvjzNf


50307 7 mm 1 3

50311 11 mm 1 3

Lky pfdfhbdfzby jndthcnbq d nhe<t lj 10 vv (injgobr jndthcnbq fhn. ˇ 60600).

aquatherm iNjgobr jNdthcNbq

Lky htvjznf


60600 7/11 mm 10 1

aquatherm ezbdthcfKmzst pfxbcNzst bzcNhevtzNslky nhe< aquatherm green pipe MF UV, aquatherm green pipe MF RP UV, aquatherm blue pipe MF UV, aquatherm green pipe MS b aquatherm blue pipe MF OT

Ztj<üjlbvs lky veanjdjq cdfhrb (rjv<bzbhe+ncy c abnbzufvb lky veanjdjq cdfhrb cj cnh. 112 zfgh., veanfvb, eujkmzbrfvb, nhjqzbrf-vb, gthtüjlzbrfvb c htpm<jq)

Nfröt gjlüjlyn lky pfxbcnrb dhexze+ (<jkns ghbkfuf+ncy)


50479 20 mm 1 3

50480 25 mm 1 3

50481 32 mm 1 3

50482 40 mm 1 3

50483 50 mm 1 3

50484 63 mm 1 3

50485 75 mm 1 3

50486 90 mm 1 3

50487 110 mm 1 3

50488 125 mm 1 3

zt ghtlzfpzfxtzs lky nhe< aquatherm green pipe S, aquatherm blue pipe S, aquatherm green pipe MF, aquatherm blue pipe MF, aquatherm green pipe MF RP, aquatherm green pipe TI, aquatherm blue pipe TI

S = jlzjckjqzfy, MF = vzjujckjqzfy cnf<bkbpbh. cntrkjdjkjrzjv faser, MS = vzjujckjqzfy cnf<bkbpbh. fk+vbzbtv Stabi, OT = rbckjhjljztghjzbwftvfy, UV = ecnjqxbdfy r UV, Ti = nthvbxtcrb bpjkbhjdfzzfy, RP = ecnjqxbdfy r dscjrbv lfdktzbyv

zjdbzrf

aquatherm zfcflrf lKy elKbztzby ezbdthcfKmzsü pf xbcNzsü bzchevtzNjd

Ztj<üjlbvf lky äktrnhjveanjdjq cdfhrb (aquatherm äktrnhjcdfhjxzst veans chn. 134)

Ghb bcgjkmpjdfzbb äktrnhjvean ztj<üjlbvf <jktt lkbzzfy uke<bzf cdfhrb. Jzf ljcnbuftncy rjv<bzfwbtq zfcflrb b ezbdthcfkmzjuj pfxbcnzjuj bzchnevtznf (fhn. ˇ 50479+50489)


50489 lky pfxbcnzjuj bzcnh. 20 vv fhn. ̌ 50479 1 3






50495 lky pfxbcnzjuj bzcnh.75 vv fhn. ̌ 50485 1 3



50498 lky pfxbcnzjuj bzcnh.125 vv fhn. ̌ 50488 1 3

11010

1210613108

zjdbzrf

157

lbcr gthtüjlzbr lKy ezbdthc. pfxbcNzjuj bzchevtzNfd rjv<bzfwbb c bkb <tp zfcflrb lky elkbztzby ezbdthcfkmzsü pfxbcnzsü bzchnevtznjd lky lhtkb


50499 lky pfxbcnzsü bzcnh. 50479 – 50484 1 3

50500 lky pfxbcnzsü bzcnh. 50485 – 50488 1 3

gjcnfdkytncy <tp lhtkb!

aquatherm ezbdthcfKmzst pfxbcNzst bzcNhevtzNs lKy äKtrNhj-veaN (fhN. ˇ 17208-17238)lky nhe< aquatherm green pipe S, aquatherm green pipe MF, aquatherm green pipe MF RP, aquatherm green pipe MF TI, aquatherm blue pipe S, aquatherm blue pipe MF b aquatherm blue pipe MF TI

Ztj<üjlbvj lky elfktzby jrcblzjuj ckjy(aquatherm äktrnhjcdfhjxzfy veanf chn. 134)


d rjv<bzfwbb c lhtkm+

50558 20 mm 1 3

50560 25 mm 1 3

50562 32 mm 1 3

50564 40 mm 1 3

50566 50 mm 1 3

50568 63 mm 1 3

50570 75 mm 1 3

50572 90 mm 1 3 193,83

lky pfxbcnrb dhexze+

50574 110 mm 1 3 261,97

50576 125 mm 1 3 292,00

50580 160 mm 1 3 410,99

lky pfxbcnrb dhexze+

50592 200 + 250 mm 1 3 1027,35

Zt ghtlzfpzfxtzf lky nhe< aquatherm green pipe UV, aquatherm green pipe MF RP UV, aquatherm blue pipe UV, aquatherm blue pipe OT b aquatherm green pipe MS

S = jlzjckjqzfy, MF = vzjujckjqzfy cnf<bkbpbh. cntrkjdjkjrzjv faser, MS = vzjujckjqzfy cnf<bkbpbh. fk+vbzbtv Stabi, OT = rbckjhjljztghjzbwftvfy, UV = ecnjqxbdfy r UV, Ti = nthvbxtcrb bpjkbhjdfzzfy, RP = ecnjqxbdfy r dscjrbv lfdktzbyv

Fhn. ˇ 50558-50572

D rjv<bzfwbb c lhtkm+ (lhtkm d gjcnfdrt zt cjlthöbncy!)

Fhn. ˇ 50574-50580

Fhn. ˇ 50592

pfghjc zf pfgfczst xfcnb, nfrbt rfr zfgh., pfgfczjq zjö, ds vjötnt zfghfdbnm gj flhtce [email protected] !

zjdbzrf

158

aquatherm ctltKmzsq cdfhjxzsq bzcNhevtzNLky ddfhbdfzby ddfhzsü c¢ltk


50619

50614 40 x 20/25 mm 1 3

50616 50 x 20/25 mm 1 3

50619 63 x 20/25 mm 1 3

50620 63 x 32 mm 1 3

50623 75 x 20/25 mm 1 3

50624 75 x 32 mm 1 3

50625 75 x 40 mm 1 3

50627 90 x 20/25 mm 1 3

50628 90 x 32 mm 1 3

50629 90 x 40 mm 1 3

50631 110 x 20/25 mm 1 3

50632 110 x 32 mm 1 3

50634 110 x 40 mm 1 3

50635 110 x 50 mm 1 3

50636 125 x 20/25 mm 1 3

50638 125 x 32 mm 1 3

50640 125 x 40 mm 1 3

50642 125 x 50 mm 1 3

50644 125 x 63 mm 1 3

50648 160 x 20/25 mm 1 3

50650 160 x 32 mm 1 3

50652 160 x 40 mm 1 3

50654 160 x 50 mm 1 3

50656 160 x 63 mm 1 3

50657 160 x 75 mm 1 3

50658 160 x 90 mm 1 3

50660 200 x 20/25 mm 1 3

50662 200 x 32 mm 1 3

50664 200 x 40 mm 1 3

50666 200 x 50 mm 1 3

50667 200 x 75 mm 1 3

50668 200 x 63 mm 1 3

50669 200 x 90 mm 1 3

50670 200 x 110 mm 1 3

50671 200 x 125 mm 1 3

50672 250 x 20/25 mm 1 350674 250 x 32 mm 1 350676 250 x 40 mm 1 350678 250 x 50 mm 1 350680 250 x 63 mm 1 350682 250 x 75 mm 1 3

159

aquatherm ctltKmzsq cdfhjxzsq bzcNhevtzNLky ddfhbdfzby ddfhzsü c¢ltk


50619

50684 250 x 90 mm 1 3

50686 250 x 110 mm 1 3

50688 250 x 125 mm 1 3

50690 315 x 63 mm 1 3

50692 315 x 75 mm 1 3

50694 315 x 90 mm 1 3

50696 315 x 110 mm 1 3

50698 315 x 125 mm 1 3

50699 315 x 160 mm 1 3

50712 355 x 63 mm 1 3

50714 355 x 75 mm 1 3

50716 355 x 90 mm 1 3

50718 355 x 110 mm 1 3

50720 355 x 125 mm 1 3

50722 355 x 160 mm 1 3

50726 400-630 x 63 mm 1 3

50728 400-500 x 75 mm 1 3

50730 560-630 x 75 mm 1 3

50732 400-500 x 90 mm 1 3

50734 560-630 x 90 mm 1 3

50736 400-450 x 110 mm 1 3

50738 500-560 x 110 mm 1 3

50740 630 x 110 mm 1 3

50742 400 x 125 mm 1 3

50744 450-500 x 125 mm 1 3

50746 560-630 x 125 mm 1 3

160

aquatherm cdthKj lky vjznföf ddfhzsü c¢ltk


* Htrjvtzletncy bcgjkmpjdfnm njkmrj lky cnfwbjzfhzsü lhtktq.

** Gjcfljxzsq bzchevtzn MK4

50940 20 & 25 mm (für Rohre 40 - 160 mm) 1 350941 20 & 25 mm (für Rohre 63 - 250 mm) 1 350942 32 mm 1 350944 40 mm 1 3

50946* 50 mm 1 350948* 63 mm 1 3

50950*/** 75 mm 1 350952*/** 90 mm 1 350954*/** 110 mm 1 350956*/** 125 mm 1 350958*/** 160 mm 1 3

aquatherm ahtpf lKy j>hf>jNrb ctltKmzjuj jNdthcNby Nhe>aquatherm blue pipe ot ø 50-125 vv


50921 lky ddhzsü c¢ltk ø 20 & 25 vv 1 350922 lky ddfhzjuj ctlkf ø 32 vv 1 350924 lky ddfhzjuj ctlkf ø 40 vv 1 350926 lky ddfhzjuj ctlkf ø 50 vv 1 350928 lky ddfhzjuj ctlkf ø 63 vv 1 3

aquatherm ahtpf lKy j>hf>jNrb ctltKmzjuj jNdthcNby Nhe> aquatherm blue pipe ot ø 160-250 vv


50421 lky ddfhzsü c¢ltk ø 20 & 25 vv 1 350422 lky ddfhzjuj ctlkf ø 32 vv 1 350424 lky ddfhzjuj ctlkf ø 40 vv 1 350426 lky ddfhzjuj ctlkf ø 50 vv 1 350428 lky ddfhzjuj ctlkf ø 63 vv 1 3

aquatherm bzcNhevtzN lKy czyNby afcrb


Njkmrj lky rjv<bzbhjdfzzsü nhe< Stabi!

50910 20 & 25 mm 1 350912 32 mm 1 350914 40 mm 1 3

Lky czynby afcrb zf jndthcnbyü njkmrj rjv<bzbhjdfzzsü nhe< Stabi d rfxtcndt gjlujnjdrb r ddfhb-dfzb+ ddfhzsü c¢ltk.

161pfvtnrb

162 pfvtnrb

165

aquatherm GmbHBiggen 5 | D-57439 Attendorn | ntk.: +49 (0) 2722 950-0 | Fax: +49 (0) 2722 950-100Wilhelm-Rönsch-Str. 4 | D-01454 Radeberg | ntk.: +49 (0) 3528 4362-0 | Fax: +49 (0) 3528 [email protected] www.aquatherm.de

ManagementSystemISO 9001:2008ISO 14001:2004ISO 50001:2011

www.tuv.comID 0091005348

Pfr

fpzj

q ˇ

: RU

1010

1

Bpl

fzbt

: 7.2

015

Documents

aquatherm green aquatherm blueaquatherm.ru/media/aquatherm-pdf/RU10101_aquatherm_green_pipe… · -Cthnbabrfns cjjndtncdby / aquatherm b ärjkjuby 29-Ecnjqxbdjcnm r ekmnfabjktne UV