wonn n t rt vn nnn D Htr
/A > HE TER E A0 Ewjk A0 Bnnn m ln t A73 DE HUTGRAAF w str G rts ln Ho ntlt-nt Br trppns / lt A73 0 wm rn 3,4 m² VV A73 6 690 97 trppns / lt l / ntr n, m² R IJ ME GE jmn > 88 6 Brmstr Grrtsln 97 trppns / lt l / ntr pkmr, m² n,8 m² 9 8 6 6 97 4 Hotln n 3 9 FBED. Fonkl HUUR HUUR - 8 IG 4 () 6 (8) 0 () KP3 3 6 8 0 9 3 0 4 0 Htr Htr (3) () - 4 RD 7 3 9 3 7 0 Htr IG ommrël rmtn / prkrn prkrn UID Htr - RD HUUR KP IG HERFST-LETE Htr r on 8.00 n n op.00 UID RD.00 nsltpnt t..v. tlvs n ro nsltpnt t..v. tloon HERFST-LETE nsltn (kmrtrmostt) MER rmtrln (kmrtrmostt) nsltpnt t..v. zonwrn oonn mns vntlt r on 8.00 n r rookmlr on n n op.00 n mns vntlt l wnonttoos vlorvrwrmn.00 vntlt ro rqnt nn) nl vooontostl tknn typ BA vrpn (wnr 3) Hnlsk:0lront A sl D Htr ormt 66 "Hvnkrn" ITER projt ITER.00 08.3 opn.00 8.00.00 8.00 8.00.00 08.3 opn 66 "Hvnkrn".00 tknn typ BA vrpn (wnr 3) ormt tm 4-0- stts VERHUUR Apprtmntn D Htr Fonkl 0 t/m t Bnnn rs: onrl: sl: vrpn (wnr 3) sl o n.4 7 r n n op.4.00 n op.4.00 Sttsts tknn typ BA Hnlsk:0lront A.00 on r. n 66 "Hvnkrn" ITER projt 8.00 MER pnt n kmr UID on r. n.00 MER 8.00 n op.4.00 8.00 HERFST-LETE nnspnl vooontostl projt Hnlsk lront n op.00 on r. n.00 P (kmrtrmostt)ntrl rpnt n kmr onttoos rvrwrmn KP 3 9 4 t..v. tloon t..v. zonwrn 4 7 ommrël rmtn / prkrn 6 prkrn mns vntlt ro rqnt Vt..v. RF tlvs n ro (stnsnn) mrtrmostt) 7 ommrël rmtn / prkrn 6 prkrn ELECTRA: L 8 o n.4 7 r n 3 7 Htr tm 4-0- stts VERHUUR rpprtmntn :00 tm: 0-- Stt stts: Dnt
wonn n t rt vn nnn D Htr D Htr n Bnnn wort ow op voorml sportvln vn Bnns Boys. D nw woonwjk krjt n rm opzt mt n ntrl prk ls kloppn rt n lt vlkj t ntrm. Ht wort n lvn wjk mt n mx n n totl koop- n rwonnn. Stnvst onn vrrt n Htr rpprtmntn mt n n rn. D pprtmntn zjn vrl ovr tw own n ln vnwj n lkr op ok vn Brmstr Grrtsln n Hotln. D Ln Vlkj t ntrm Vl op snlw A73 n A0 Voorznnn pprtmntn zjn skt voor ll klnr sons. mt z vlkj t ntrm ln n lvnsloopskt zjn, zjn z voorl skt voor or wonrs. All pprtmntn n n nsltn op vr zonnpnln (v mtrkst). vrwtn t z pnln onvr 900 tot 000 k n lk pprtmnt lvrn. Bj n stroomprjs vn onvr 3 nt pr k, lvrt t n sprn vn rm 00 ro pr jr op! Stnvst onn wrkt smn mt nrn n vtl rtn n wjkn. En vtl rt s voor ons n rt mt n mx n mnsn n wonnn. Ht zort voor n rt wr wonrs r wonn én ljvn wonn. Hnrks Bow n ntwkkln owt n Htr 00 koopwonnn. o wort Htr n rt wr jon n o prtt smn knnn wonn. A pprtmntn skt om ln zlstn t wonn (lvnsloopskt) Cntrm mt ll voorznnn n wnkls op loopstn Prkrn op strt (vrj t rkn) Vr zonnpnln pr pprtmnt D Htr 3
ow- n prkrpltsnmmr 3 REVI ISTALLATIES & ELECTRA: typ BA ( vrpn) mt vrpt l r mt Ksjowrsk 80 o tlwrk vst n loopl ow- n prkrpltsnmmr 3 nn tolt mt tlplt 00+ l Bn ron vntlt nt wstl / mns ontn 8,m 0 o mt vrpt tlwrk r mt n loopl 6,3m nn tolt mt tlplt 00+ l lwrk 08 Htr wstl / ontn ntr. MK TRAPPEHAL lktrs rtor 3 kknnln nr t pln onorm kkntknn n ron 0 6 8 vlorvrwrmn 8,6m 6 rl 4 4 6,7m r mt lsopnn 4 6,7m 6 3 7,0m ITER plon-ltnsltpnt l wnonttoos vlorvrwrmn VV wn-ltnsltpnt 6,7m 4 6,7m 4 6,7m.00 4 () 6 (8) 0 (),m 7,m 3,m 3 ntrappehal ron Vrpn 8 7,m 3 6 8 0 4-0- 4 0 stts VERHUUR 7 6,m 6,9m,0m 0 6,m 0 0,m 0 0 Htr 4 0 0 TRAPPEHAL rs: 3 7 0 0 0 0 Fonkl 0 t/m t Bnnn Htr stts: 8 0 4 0 Dnt (3) () 3 6 Htr Fonkl 0 t/m t Bnnn rs: Htr 4 () 6 (8)0-- 4 0 () tm: Apprtmntn D Htr 3 :00 vrzt - n ron sl: 0 onrl: 6 3 0 4 9 Apprtmntn D Htr 9 Htr 0 n ron 4 0 0 tr 7 3 (3) () 0 Htr 0 6,9m 4 8 6 6,m 0 4 Htr vrpn 3 0 4 () 6 (8) 0 () Htr Htr 0 9 0 0 4 6 8 7 4,9m,0m 0 Htr 3 3 7 9 0 0 9 4,7m,0m 4 0 4,8m 3,3m V 8 Htr 0 7 3 8 8 4,7m 8 (3) (),m 3 60 TRAPPEHAL 3 6 Htr 6 9 4,6m,0m 3 TRAPPEHAL 0 4 4 ntr. MK,0m 3 9 0 4 () 6 (8) 0 () Htr 3,m,m 7 3 7 0 6,m 0 07 9 V,0m 0 4 6,9m 6 4,9m 6,m,m TRAPPEHAL 4,8m,m 7 4,7m 4,7m 3 3 ron,m,3m r 9 4,6m 0 6,m V,0m 9,m 4,7m 7 3 9 4,9m,0m,0m 3,m 3,m 7 3 9 3 7 0 9 3 0 Apprtmntn D Htr Htr vrpn TRAPPEHAL 7 3 9 Htr V vrpn 7 TRAPPEHAL 6 4 tr 8 0 3 9 3 4 3 7 3 Dnt 7 9 9 3 7 0 9 3 0 4 6 Htr 7 9 Fonkl 0 t/m t Bnnn Htr 4 () 6 (8) 0 () onrl: :00 sl: 4 vrpn Apprtmntn D Htr 3 7 9 0 3 Htr 8 tm: Apprtmntn D Htr 4 0 8 3 (3) () Htr Htr rs: 4 0 stts: 8 Htr 3 6 3 0 vrzt - n ron tm: 8 Htr :00 6 4 () 6 (8) 4 0 () 0-- 6 Htr 6 4 Dnt Fonkl 0 t/m t Bnnn 8 4 0 6 3 3 7 9 0 0 9 3 V sl: 4 8 0 TRAPPEHAL TRAPPEHAL 8 stts: onrl: 7 3 Htr (3) () TRAPPEHAL 4 9 3 6 Htr 3 V tm: 4 () 6 (8) 4 0-- 0 () r pn 3 3 7 Vrpn :00 sl: vrzt - n ron rs: V V 3 onrl: mmr 4 3 6 8 0 vrzt - 4 vrpn 0 Htr 0-- (3) () 7 3 Dnt stts: 9 3 3 7 9 0 0 Htr Htr TRAPPEHAL rs: 7 V 9 sl: 3 tm: :00 D Htr 4 3 6 Htr 0-- (3) () 7 3 3 Dnt stts: onrl: 9 3 3 7 9 0 0 sl: 3 4 tm: 4 3 6 0-- 9 3 Htr 7 Htr 4 () 6 (8) 0 () :00 Htr 3 Fonkl 0 t/m t Bnnn 4 8 0 vrzt - 4vrpn rs: 0 vrzt - vrpn 8 0 9 3 0 4 0 stts: 3 r pn 4 () 6 (8) 0 () Htr Apprtmntn D Htr 4 onrl: Fonkl 0 t/m t Bnnn vrpn mmr M tm A 3 4,8m 4,7m,0m,3m 3 0,m 9 4,6m,0m mmr D Htr ntr. MK Htr 07 4 (3) (),0m ormt :0,6m sl vrpn (wnr 3) Htr 0 typ BA snmmr tr. MK tknn.00 08.3 opn 6,7m.00 ormt 66 "Hvnkrn" 8.00 tknn typ BA vrpn (wnr 3) Hnlsk:0lront A,8m.00 08.3 opn 0.00 66 "Hvnkrn" sl 8.00 rookmlr R.00 08.3 opn.00 ntrl rpnt n kmr 08 n op.4.00 8.00 8 s 8.00 ITER projt 6,0m 6,6m MER 0.00 nnspnl vooontostl 6,9m 0 6 7,m ntr. MK 4,6m 0 8 6,6m t t v Hnlsk n op.4.00 on r. n 8.00 " ITER projt on r. n UID.00 MER 8.00 nnspnl vooontostl oonn mns vntlt l wnonttoos VV vlorvrwrmn mns vntlt ro rqnt (stnsnn) 6,8m TRAPPEHAL rl 0 n op.00 n n op.4.00 on r. n.00 ntrl rpnt n kmr rmtrln (kmrtrmostt) 00 r on 8.00 pr H 0 n op.00 n nsltn (kmrtrmostt) 4 RF l wnonttoos mt rnr 4 rookmlr r on 8.00 6,0m 6,6m nsltpnt t..v. tloon HFBED. 8 6,7m nsltpnt t..v. zonwrn R MER 6 6,7m,6m t..v. zonwrn rookmlr nsltpnt R plon-ltnsltpnt 8,m 8,6m 6,3m 6,3m 6,3m 6,6m 6,6m 6,7m 6,3m nkl wnonttoos mt rnr n nkl sklr,8m HFBED. oonn mns vntlt HERFST-LETE oonn mns vntlt l wnonttoos VV vlorvrwrmn.00 mns vntlt ro rqnt RF tlvs n,8m nsltpnt t..v. ro(stnsnn) 7,0m l wnonttoos mt rnr mns vntlt (z) post nt 4 plon-ltnsltpnt 6,9m 6,0m wn-ltnsltpnt 6,6m nkl wnonttoos mt rnr 7,0m 8 CAI nkl wnonttoos mt rnr n nkl sklr TEL trksklr 6,7m 6 nkl wnonttoos mt rnr krssklr 6,7m 6,9m nsltpnt t..v. zonwrn rl trksklr 6,6m 7,m ntr. MK 6,7m l 7,m 6,6m 0 mns vntlt (z) 6,3m 6,6m 6,6m post nt wsslsklr 6,3m 0 vlorvrwrmn sr sklr HFBED. 8 REVI ISTALLATIES & ELECTRA: 6,8m 3 wn-ltnsltpnt opstlplts wsmn r mt lsopnn 6,8m wm 0 6,3m kknnln nr t pln onorm w kkntknn opstlplts wsror o krssklr 08 nstllt st rmtrln (kmrtrmostt) nkl wnonttoos mt rnr mns vntlt ro rqnt nsltpnt CAI t..v. RF tlvs n ro (stnsnn) nkl wnonttoos mt rnr n6,3m nkl sklr TEL 8,6m nsltpnt t..v. tloon 6,6m 6,6m HERFST-LETE nnspnl vooontostl nsltn (kmrtrmostt) l wnonttoos mt rnr n kmr rmtrln (kmrtrmostt)ntrl rpnt 6,3m mns vntlt (z) post ntwsslsklr lktrs rtor nkl sklr TRAPPEHAL p r/ rm 8,m vlorvrwrmn 6,3m sr sklr opstlplts wsmn r mt lsopnn nsltn (kmrtrmostt) REVI ISTALLATIES & ELECTRA: lktrs rtor nkl sklr wm vlortlwrk wtrvor (.w..) nsltpnt t..v. tloon trksklr rro krssklr kknnln nr onorm w t plnopstlplts wsror kkntknn 6,3m loop vst st/ stsvrwrmn opstlplts wsmn nstllt st wonn opstlplts wsror wm mns vntlt nt wstl / ontn rkp r/ rm w TEL nn tolt mt tlplt 00+ wsslsklr RD o n.4 7 r n mlwtrvor (.w..) sr sklr nstllt st n op.00 n nsltpnt t..v. tlvs n ro o n.4 7 r n D Htr mt vrpt Ksjowrsk 80o tlwrk mtrkst/ stsvrwrmn ow- n prkrpltsnmmr 3 r on 8.00.00 CAI o n.4 7 r n typ BA ( vrpn) ntr wonn nkl sklr mns vntlt nt DIG: Htr (3) () Htr 7 3 9 3 7 0 Dnt
V V V V V V V V V V 9 ron 3 : 3 3 0 9 Vrpn 3 4,8m 6 4,9m 9,m 7 3,m,m,m,0m ntr. MK r 6,m 4,6m,3m 4,7m 4,7m,0m 6,m,m 7 6,9m Htr n ron 0 4 6,3m 0,m 0 6 7 4 6 6,m 6,9m rs: 0 0 REVI ISTALLATIES & ELECTRA: 0 6 8 6,3m 4 () 6 (8) 0 4 0 () Htr (3) () Htr 0 Htr Htr 6,3m 6,3m 6,3m 6,6m 6,6m 8,m 8,6m 0 6 8 nsltpnt t..v. tlvs n ro 6,6m 7,mnsltpnt 6,9mt..v. tloon 7,0m 6,6m 8 D Htr 0 3 nsltn (kmrtrmostt) 3 4 6 8 0 3 7 4 0 9 3 3 9 0 0 Apprtmntn D Htr Fonkl 0 t/m t Bnnn 8 onrl: vrzt - n ron 6 () 3 sl: 3 :00 tm: 6 (8) 0-- 4 6 stts: 8 0 4 Dnt Htr 6 7 rs: 0 0 onrl: 0 4 Htr 6 6,0m HERFST-LETE mlwtrvor (.w..) nn tolt wm opstlplts wsmn trksklr mt tlplt 00+ REVI ISTALLATIES & ELECTRA: HFBED. oonn mns vntlt nkl wnonttoos mt rnr 4 4 0 lktrs rtor 0 6,7m 6,0m6,7m mns 6,7m vntlt 6,7m ro rqnt mns vntlt nt nkl sklr CAI nsltpnt,6m 6,6m 7,m 6,9m 7,0m 6,6m t..v. RF tlvs n ro rkp r/ rm (stnsnn) wstl / ontn nkl wnonttoos mt rnr tknn 8 6,8m vlorvrwrmn n nkl sklr TEL nsltpnt t..v. tloon sr sklr typ BA ( vrpn) 3 nstllt st TRAPPEHAL ntr. MK nnspnl HERFST-LETE vooontostl MER ITER nsltn 08,8m (kmrtrmostt) projt typ mns vntlt (z) Ksjowrsk l r mt o mt vrpt 80 tlwrk kknnln nr post nt l wnonttoos mt rnr vrp wsslsklr vst loop vst n loopl 0 svrwrmn w rmtrln (kmrtrmostt) ntrl rpnt n kmr t pln onorm sl opstlplts wsror ow- n prkrpltsnmmr 3 kkntknn rl :0 krssklr rro nsltpnt t..v. zonwrn rookmlr R or (.w..) 0 Htr plon-ltnsltpnt 66 nn tolt wm opstlplts wsmn trksklr mt tlplt 8,m 00+ 6,3m 6,3m 6,3m 6,6mn 6,6m ron 8,6m 4 4 HFBED. oonn mns vntlt REVI ISTALLATIES & ELECTRA: "Hvnkrn" l r mt lsopnn l wnonttoos 6,7m 6,7m 6,7m wn-ltnsltpnt 6,7m,6m VV vlortlwrk Bn ron nkl wnonttoos mt rnr vlorvrwrmn lktrs 0 rtor mns vntlt ro rqnt 6 8 4 6 mns vntlt nt nkl sklr CAI nsltpnt t..v. RFtlvs n ro / rm (stnsnn) wstl / ontn nkl wnonttoos mt rnr tknn vlorvrwrmn n nkl sklr 6,3m 0 TEL nsltpnt t..v. tloon sr sklr nstllt st nnspnl vooontostl MER ITER typ BA mns vntlt (z) nsltn (kmrtrmostt) projt t o mt vrpt 0 kknnln nr post nt l 6,0m wnonttoos mt rnr vrpn (wnr 3) l tlwrk 6,6m 7,m 6,9m 7,0mwsslsklr 6,6m ntrl rpnt n kmr t pln onorm 8 6,8m w rmtrln (kmrtrmostt) Hnlsk sl lront ormt tm kkntknn opstlplts wsror rl 3 :0 A 4-0 TRAPPEHAL Htr ntr. MK krssklr 08,8m n ron nsltpnt t..v. zonwrn rookmlr R plon-ltnsltpnt 66 nn tolt wm opstlplts wsmn trksklr 0 7 3 mt tlplt 00+ HFBED. oonn mns vntlt l r mt lsopnn l wnonttoos wn-ltnsltpnt "Hvnkrn",m,mVV,m,0m vlorvrwrmn nkl wnonttoos mt rnr lktrs rtor mns vntlt ro rqnt RF (stnsnn) wstl / ontn nkl wnonttoos mt rnr tknn vlorvrwrmn n nkl sklr 4 4 07 ntr. MK,m 3 9 6,7m 6,7m 6,7m 6,7m,6m ITER 4 () 3 nnspnl vooontostl typ BA mns vntlt (z) 6 (8) 4 6 8 0 4 TRAPPEHAL 4,6m,3m l wnonttoos mt rnr kknnln nr post nt 3 0 () vrpn (wnr 3) 0,0m 4,8m 3 t pln onorm ntrl rpnt n kmr sl ormt tm stts kkntknn rl Htr :0 A 4-0- VERHUUR 0 rookmlr 4,7m 7 3 R 4,9m 9 plon-ltnsltpnt,0m,m 7 9 3 3,m,m,m,0m (3) 3 7 9 r mt lsopnn l wnonttoos VV 0 0 wn-ltnsltpnt,0m 4,7m vlorvrwrmn,0m () 0 0 0 7 Htr 07 ntr. MK 8,m 4 6 8 0 6,m 6,m 6,9m mmr 3 mmr r pn mmr r pn ntr wonn mtrkst/ stsvrwrmn 3 7 TRAPPEHAL 4 TRAPPEHAL Vrpn 7 Htr TRAPPEHAL typ BA ( vrpn) o mt vrpt Ksjowrsk 80tlwrk ow- n prkrpltsnmmr 3 vrpn 8 Htr vrpn 9 TRAPPEHAL TRAPPEHAL,0m 0,0m,0m 6,m 3 3 4,7m 4,7m 0 7 Htr ow- n prkrpltsnmmr 3 Htr 3 vrpn vrpn 3 6 3 3 w 9 4,6m,3m 4,9m,0m TRAPPEHAL TRAPPEHAL TEL sr sklr nstllt st 6,8m TRAPPEHAL ntr. MK wsslsklr 8,m 08 6,3m 6,3m 6,3m 6,6m 6,6m 8,6m opstlplts wsror krssklr 4 3 4,8m 9 Htr vrpn 9 mns vntlt nt Htr vrpn 8 TRAPPEHAL 7 TRAPPEHAL 7 TRAPPEHAL (3) Htr 0 0 0 Htr,8m 0 0 4 () 3 sl: :00 tm: 6 (8) 0-- 4 6 stts: 8 0 4 Dnt 0 () 0 7 9 onrl: 3 3 4 6 8 0 4 (3) rs: 4 () 3 onrl: 9 3 vrzt 8 0-4 vrpn 3 0 6 (8) 4 6 0 () Htr sl: :00 tm: 0-- stts: Dnt 7 3 9 3 (3) 3 7 9 () 0 0 Htr 3 nkl sklr 3 TRAPPEHAL 9 8 0 () Htr () Htr 8 6 Htr 3 Htr 4 CAI 7 3 7 4 4 () 6 (8) 0 () Htr rs: D Htr Apprtmntn D Htr Fonkl 0 t/m t Bnnn 0 vrzt - n ron 7 3 3 9 7 9 3 3 7 9 3 7 9 0 0 3 onrl: Apprtmntn D Htr Ht 3 4 6 8 0 4 vrzt - vrpn 0 Htr sl: :00 tm: 0-- stts: Dnt 3 7 9 3 3 rmtrln (kmrtrmostt) nsltpnt t..v. zonwrn onrn 8.00 onrn..00 opn.00.00.47 onrn 8.00 8.00 0 9 3 3 9 0 0 3 7 9 rs: opn.4.00.00.00 08.3 opn 9 Apprtmntn D Htr Fonkl 0 t/m t Bnnn onrn 8.00 (3) () Htr 4 onrn. Htr.00 opn.00.00.47 onrn 8.00 8.00 Htr () Htr 3 Htr opn.4.00.00.00 08.3 opn 4 6 8 0 4 7 onrn 8.00.00 MER opn.00 9 3 3 3 onrn. 8.00 8.00 rs:.00 7 9 3 3.47 onrn 4 opn.4.00.00 RD UID Hnlsk.00 08.3 opn 0 0 onrl: sl: :00 tm: Apprtmntn D Htr Fonkl 0 t/m t Bnnn projt Hn "Hv 4 6 0 Ht Ht Ht 4 6 0 Ht Ht Ht Ht
Fonkl, *, 6, 7, 8*, 9*, 3, 3, * /0+ V smr vst von rkkr/00+ v ntrom /0+ /0+ 470 0 TEL/0+ /0+ 90 pp.:,6 m² n 90 P/600+ /800+ /0+ t/00+ ntrom Typ A 470 mv/00+ F=xV z/ vonk/ mv/00+ vrl./ l./ s B V kk/ l./ /0+ woonkmr pp.:, m² 690 /0+ CAI/0+ TEL/0+ 4 () 6 (8) 0 () 3 4 6 8 0 4 0 tv zonwrn slpkmr kmr pp.: 6,0 m² 90 /600+ /800+ /0+ CAI/0+ /0+ tv zonwrn n/00+ t/00+ mv/00+ ntrom j/00+ /00+ /00+ rm 00 60 800 n pp.: 7,9 m² /800+ woonkmr pp.:, m² /op. F=xV tolt pp.:, m² z/ 9 vonk/ /0+ /00+ tnrmt pp.:,3 m² mv/00+ s l./ 00 slpkmr pp.: 6, m² 0 9 pp.:,3 m² rn / 4/ rs: vrl./ B V onrl: 760 t/+ v/+ /0+ /+ kk/ l./ Htr (3) () Htr Htr Htr 7 9 3 3 3 7 9 0 0 Apprtmntn D Htr Fonkl t Bnnn Apprtmnt B0.3 - Typ A sl: :0 tm: 0-- stts: Dnt 0 tto rprjs 67,- pr mn 690 /0+ /0+ CAI/0+ TEL/0+ j/00+ tv zonwrn tv zonwrn /800+ tnrmt pp.:,3 m² 0 * Dz wonnn trn n spl vrs vn ovnstn plttron 6 D Htr
/+ 760 /+ 0 9 00 /00+ 4/ rn pp.:,3 m² tolt pp.:, m² Fonkl 3, 6*, 3*, 4, 9*, 0*, 7*,,, * rm kmr pp.: 6,0 m² TEL/0+ /0+ /+ Typ B /0+ /op. 800 n/00+ /0+ n 9 n pp.: 7,9 m² slpkmr pp.: 6, m² 00 /00+ /0+ tnrmt pp.: 6,8 m² j/800+ 60 /00+ /0+ CAI/0+ slpkmr pp.:,6 m² 90 /0+ 4 () 6 (8) 0 () Htr 3 4 6 8 0 4 0 j/00+ (3) () 7 9 3 3 3 7 9 0 0 /0+ tv zonwrn rkkr/00+ v ntrom vst von smr 6900 tv zonwrn TEL/0+ CAI/0+ /0+ Htr 470 Htr woonkmr pp.:,3 m² l./ /0+ 760 43 v/+ kk/ /+ /+ V t/+ B / l./ 0 9 00 vrl./ 4/ s rn pp.:,3 m² mv/00+ vonk/ z/ /op. F=xV tolt pp.:, m² 800 rm /00+ ntrom t/00+ mv/00+ n/00+ /0+ /800+ /600+ 90 rs: kmr pp.: 6,0 m² /0+ 0 onrl: TEL/0+ /0+ l./ /0+ /+ Htr Apprtmntn D Htr Fonkl t Bnnn Apprtmnt A.6 - Typ B sl: :0 tm: 0-- stts: Dnt tto rprjs 9,- pr mn n 9 n pp.: 7,9 m² slpkmr pp.: 6, m² /00+ slpkmr pp.:,6 m² /0+ 00 /0+ 60 /00+ CAI/0+ 90 /0+ tv zonwrn rkkr/00+ v ntrom vst von smr tv zonwrn * Dz wonnn trn n spl vrs vn ovnstn plttron D Htr 7
/+ kmr pp.: 6,0 m² 00 /00+ 9 4/ 0 /+ /+ Fonkl 4,, rm TEL/0+ /0+ tolt pp.:, m² rn pp.:, m² 760 /+ /0+ Typ C slpkmr pp.:,6 m² n n/00+ 800 /op. slpkmr pp.: 6, m² /0+ /0+ n pp.: 7,9 m² 9 /00+ /0+ 90 /0+ CAI/0+ /00+ 60 /0+ j/800+ 00 tnrmt pp.: 6,7 m² 4 () 6 (8) 0 () Htr 3 4 6 8 0 4 0 j/00+ (3) () 7 9 3 3 3 7 9 0 0 TEL/0+ CAI/0+ /0+ tv zonwrn smr vst von rkkr/00+ v ntrom 690 tv zonwrn /0+ Htr Htr 460 /+ l./ /0+ 0 90 kmr pp.: 6,0 m² /600+ /800+ /0+ ntrom mv/00+ t/00+ woonkmr pp.:, m² /00+ 00 F=xV z/ vonk/ 9 mv/00+ tolt pp.:, m² s l./ vrl./ B / rs: 4/ V t/+ 0 onrl: v/+ 760 kk/ l./ /+ l./ /+ Htr tto rprjs 9,- pr mn Apprtmntn D Htr Fonkl t Bnnn Apprtmnt A.0 - Typ Cs sl: :0 tm: 0-- stts: Dnt TEL/0+ rn pp.:, m² /+ /0+ rm /0+ slpkmr pp.:,6 m² n/00+ 800 /op. /0+ /0+ n slpkmr pp.: 6, m² n pp.: 7,9 m² 9 /00+ /0+ 90 /0+ CAI/0+ /00+ 60 /0+ 00 tv zonwrn smr vst von rkkr/00+ v ntrom tv zonwrn 8 D Htr
/+ /+ 0 9 00 /00+ 4/ kmr pp.: 6,0 m² 760 /+ rn pp.:,3 m² tolt pp.:, m² rm Fonkl *,, *, 4, 3*, /0+ TEL/0+ /0+ /0+ Typ D slpkmr pp.: 6, m² /op. 800 n/00+ slpkmr pp.:,6 m² n 0 n pp.: 7,9 m² 9 00 /00+ /0+ tnrmt pp.: 6,7 m² 60 j/800+ /00+ j/00+ /0+ CAI/0+ 90 /0+ 4 () 6 (8) 0 () Htr 3 4 6 8 0 4 0 tv zonwrn /0+ tv zonwrn rkkr/00+ v ntrom vst von smr 690 V TEL/0+ CAI/0+ /0+ (3) () Htr 7 9 3 3 3 7 9 0 0 470 Htr woonkmr pp.:,3 m² l./ /+ /0+ l./ /0+ 760 43 v/+ kk/ /+ /+ t/+ V / l./ 0 9 00 B 4/ vrl./ rn pp.:,3 m² slpkmr pp.: 6, m² s mv/00+ vonk/ z/ F=xV tolt pp.:, m² /op. 800 rm /00+ ntrom t/00+ mv/00+ n/00+ /0+ /800+ /600+ n 90 rs: kmr pp.: 6,0 m² onrl: slpkmr pp.:,6 m² /0+ 0 sl: :0 tm: 0-- stts: Dnt TEL/0+ /0+ 0 Htr Apprtmntn D Htr Fonkl t Bnnn Apprtmnt A. - Typ D tto rprjs 9,- pr mn n pp.: 7,9 m² 9 00 /00+ /0+ 60 /00+ /0+ CAI/0+ 90 /0+ V tv zonwrn tv zonwrn rkkr/00+ v ntrom vst von smr * Dz wonnn trn n spl vrs vn ovnstn plttron D Htr 9
n pp.: 7, m² Fonkl 0,,, 6,, 4 rm 96 v/+ t/+ 90 00 80 00 0 90 90 0 /0+ 70 / 4/ 480 kmr pp.: 4,9 m² tolt pp.:, m² 0 /800+ /600+ /op. rm /00+ 770 /00+ /00+ /0+ /0+ TEL/0+ s.s. rkkr/00+ v ntrom s.s. /00+ mv/00+ mv/00+ kk/ l./ vrl./ CAI/0+ /0+ /0+ /0+ /0+ 480 l./ V B ntrom mv/00+ t/00+ /0+ ntrom mv/00+ t/00+ j/00+ ln nr j/800+ /0+ Typ E /+ /0+ CAI/0+ /0+ /+ / z/ vonk/ kk/ /00+ rn pp.: 3,0 m² /00+ /800+ /600+ 00 0 /00+ slpkmr pp.: 3, m² 90 n pp.: 7, m² kmr pp.: 4,9 m² TEL/0+ rkkr/00+ v ntrom 480 770 tolt pp.:, m² 0 slpkmr pp.: 7, m² slpkmr pp.: 3, m² rn pp.: 3,0 m² /00+ 90 0 /0+ s F=xV z/ vonk/ j/00+ j/800+ tnrmt pp.: 0,7 m² /0+ woonkmr pp.: 9,3 m² slpkmr pp.: 7, m² 90 00 /00+ 4/ /0+ /00+ /op. 4 () 6 (8) 0 () Htr (3) () Htr Htr Htr 3 4 6 8 0 4 0 7 9 3 3 3 7 9 0 0 tto rprjs 9,- pr mn Apprtmntn D Htr rs: Fonkl t Bnnn onrl: Apprtmnt B0. - Typ E sl: :0 tm: 0-- stts: Dnt TEL/0+ CAI/0+ /0+ 0 D Htr
ntrom Fonkl 9,, 3, 8,, /0+ TEL/0+ /0+ 90 0 90 90 /0+ /00+ /00+ /00+ 770 00 00 rm /op. 0 /600+ 480 /800+ 4/ 0 80 / /00+ /0+ CAI/0+ /0+ ntrom mv/00+ mv/00+ l./ mv/00+ /0+ 0 t/00+ 0 B V l./ /0+ j/00+ /0+ tv zonwrn tv zonwrn j/800+ r ntrom mv/00+ t/00+ /0+ Typ F /0+ CAI/0+ z/ vonk/ kk/ /00+ /800+ /600+ 00 0 /00+ slpkmr rppl pp.: 3, m² ntrom 90 kmr pp.: 4,9 m² rkkr/00+ v ntrom rm 480 770 tolt pp.:, m² 0 rn pp.: 3,0 m² /00+ n pp.: 7, m² slpkmr pp.: 7, m² 90 00 /00+ 4/ n pp.: 7, m² /00+ rn pp.: 3,0 m² v/+ t/+ /+ /+ kk/ vonk/ z/ F=xV s vrl./ TEL/0+ CAI/0+ /0+ tnrmt pp.: 0, m² /0+ /00+ /op. rkkr/00+ v ntrom 800+ /0+ 90 0 /0+ slpkmr pp.: 7, m² slpkmr pp.: 3, m² TEL/0+ /0+ tolt pp.:, m² kmr pp.: 4,9 m² s.s. 4 () 6 (8) 0 () Htr (3) () Htr Htr Htr 3 4 6 8 0 4 0 7 9 3 3 3 7 9 0 0 Apprtmntn D Htr rs: onrl: Fonkl t Bnnn Apprtmnt B0. - Typ E woonkmr pp.: 7, m² sl: :0 tm: 0-- stts: Dnt tto rprjs 9,- pr mn D Htr
Sntrspts Stnr sntr tolt Stn lost vlkspol PK Spnx 0 s S8000 Stnr sntr kmr stl 60m wt Spnx 0 s S8 stl 0m wt Spnx 0 s S80 Lnn rsrvor wt Grt Two Plkrson knststo wt V Vlors knststo wt V Clostzttn mt ksl wt Spnx 0 s S8Hll07000 stlmnkrn room F.Gro-L 700 Clostrolor z. klp room Hk S7 Spl rtok 7*m Swllow SG0 Fontn m wt Spnx 0 s S8000000 Plkrson knststo wt V Vlors knststo wt V Plnt krms 0m wt Spnx 0 s S8800 Plnt krms 60m wt Spnx 0 s S880 Gljstnst 90m room, Gro w Tmpst 79000 Toltkrn l mol room F. Gro Cost-L 00 Domnkrn room Gro Cost-L 6800 pt: Tolt kmr 7,- * * Vr onz vrrmklr nr voorwrn D Htr
Kknspts Imprss kkn wonntyp A Imprss kkn wonntyp E n F Imprss kkn wonntyp B - C - D n G D Htr 3
Imprsss 4 D Htr
Rnvoo Bowkn klkznstn solt vlmtslwrk lt snswn vlortlwrk, 0x0 t.p.v. ook vlortlwrk, 0x0 t.p.v. tolt & kmr ntr wonn Instllts ook, tlwrk op sot opstlplts wsmn (nrtn)* stn tolt, ss opstlplts wsror (nrtn)* stn tolt, optonl opstlplts v-ktl opstlplts mnsvntlt-ox wstl/ ontn REVI REVI ELECTRA ELECTRA KUDIG REVI opstlplts ELECTRA vlorvrwrmn vlortlwrk, vlortlwrk, = nklpol = nklpol sklr sklr CAI CAI = ntrl = ntnn ntrl ntnn stn 0x0 t.p.v. 0x0 ook t.p.v. ook vlortlwrk, ss kknnln = nklpol = sklr CAI CAI = ntrl = ntnn 0x0 t.p.v. t.p.v. ook = wssl sklr = wssl sklr = ntrl = vrwrmn ntrl vrwrmn vlortlwrk, vlortlwrk, m. 800x600mm = wssl = wssl sklr = ntrl = vrwrmn 0x0 t.p.v. 0x0 tolt t.p.v. & kmr tolt vlortlwrk, & kmr nl. 3 ovnkstn KK KK= kolkst = kolkst = sr sklr = sr sklr lwrk tslwrk 0x0 t.p.v. t.p.v. tolt tolt & kmr & KK KK = kolkst = = sr = sr sklr ntr wonn ntr wonn F F= kooktostl = kooktostl = krs sklr = krs sklr nswn ntr ntr wonn wonn F F = kooktostl = opstlplts kooktostl (nrtn)* = krs = krs sklr VE VE = nsltn = nsltn ovn ovn + zkp (nrtn)* = mv sklr = mv sklr VE VE = nsltn = ovn ovn = mv = mv sklr S/L S/L = sprk / = lstr sprk / lstr = nkl wnonttoos = nkl wnonttoos S/L S/L = sprk = sprk / lstr / lstr = nkl = nkl wnonttoos TEL TEL = tloon= tloon LATIES LLATIES = l wnonttoos, = l wnonttoos, orzontl orzontl TEL TEL = tloon = opstlplts kolkst (nrtn)* = l = l wnonttoos, orzontl = trmostt = trmostt kk = l wnonttoos, = l wnonttoos, vrtl * Inrtn vrtl voor rr = trmostt = = l = l wnonttoos, VK vrtl VK = vonk t..v. = vonk kooktostl t..v. kooktostl ot opstlplts opstlplts wsmn wsmn (nrtn)* (nrtn)* = nklpol = nklpol sklr sklr + wnonttoos + wnonttoos VK VK = vonk = vonk t..v. t..v. kooktostl ok, tlwrk op op sot sot opstlplts wsmn (nrtn)* = nklpol = sklr VV + wnonttoos + VV= = vlorvrwrmn vlorvrwrmn = x 0V= x 0V VV VV = = vlorvrwrmn = x = 0V x 0V V V= vtwssr = vtwssr REVI Eltr = x 0V= x 0V V V = vtwssr = REVI opstlplts ELECTRA opstlplts wsror ELECTRA wsror (nrtn)* (nrtn)* REVI ELECTRA = x = 0V x 0V opstlplts wsror (nrtn)* = wsror = wsror tolt, ss ss = nsltpnt = nsltpnt V V = wsror = = nsltpnt = V V = wsmn = wsmn 4 () 4() 3 3 vlortlwrk, opstlplts = nklpol opstlplts v-ktl = nklpol sklr v-ktl sklr CAI= = nklpol CAI = ntrl nsltpnt sklr = ntnn = nsltpnt ntrl 0V ntnn 0V CAI CAI = = ntrl 6 (8) ntnn 64(8) 6 8 6 8 = 4 0wsmn = 4 () 4 () 4 V 0x0 t.p.v. ook AF 0 () = zkp 0 () 0 0 opstlplts v-ktl = nsltpnt = 0V 0V AF = zkp 6 (8) 6 (8) 4 46 68 80 0 = wssl sklr = wssl sklr = = wssl = ntrl nsltpnt sklr = vrwrmn = nsltpnt ntrl loos vrwrmn loos = = Htr ntrl Htr vrwrmn 0 () tolt, AF 0 () optonl AF = zkp = vlortlwrk, = nsltpnt = loos loos = zonwrn = zonwrn Htr Htr r opstlplts opstlplts mnsvntlt-ox 0x0 t.p.v. tolt tolt & & kmr KK KK = kolkst nsltpnt = = nsltpnt kolkst r r KK KK = = kolkst 7 () 9 3 7 9 3 3 = zonwrn = 3 = sr sklr = sr sklr opstlplts mnsvntlt-ox = = sr sklr (3) 3 (3) 7 3 9 7 9 = nsltpnt = r B B= olr = olr 7 7 9 93 3 3 3 () () 0 0 0 (3) (3) 0 3 3 7 79 9 ontn l/ ontn ntr opstlplts wonn F F kooktostl = kooktostl = krs opstlplts sklr = krs vlorvrwrmn = lrkkr sklr vlorvrwrmn = lrkkr F F = = kooktostl B B = olr = olr = = krs krs sklr Htr Htr () () 0 0 0 0 rlr opstlplts vlorvrwrmn = lrkkr = = ntrl = rpnt ntrl rpnt Htr Htr VE VE = nsltn sl = = sl nsltn ovn ovn VE = = nsltn ovn = ntrl = rpnt n = mv sklr = mv sklr = = mv mv sklr = sl = sl RM RM = rookmlr = rookmlr ss ss kknnln S/L S/L = sprk ntrom/ = lstr = ntrom sprk / lstr S/L S/L = = sprk / / lstr RM RM = rookmlr = m. m. 800x600mm = nkl wnonttoos = nkl wnonttoos = = nkl wnonttoos = ntrom = nl. nl. 3 ovnkstn 3 TEL TEL = tloon rookmlr = = rookmlr tloon TEL TEL = = tloon = l wnonttoos, = l wnonttoos, orzontl orzontl = = l wnonttoos, orzontl = rookmlr = Htr Htr tn)* = trmostt wnsmlr = = wnsmlr trmostt = = trmostt Htr Htr lts kooktostl (nrtn)* = l wnonttoos, = l wnonttoos, vrtl vrtl = = l wnonttoos, vrtl = wnsmlr = kp p VK VK = vonk ntrloos t..v. = = ntrloos vonk kooktostl t..v. kooktostl VK = = vonk vonk t..v. kooktostl tn)* (nrtn)* opstlplts = wsmn nklpol = nklpol (nrtn)* sklr sklr + wnonttoos + wnonttoos = = nklpol sklr + + wnonttoos = ntrloos = VV VV vlorvrwrmn = vlorvrwrmn VV VV = = vlorvrwrmn = smr = rmtr smr rmtr = x 0V = x 0V = = x x 0V Htr Htr )* = smr = rmtr V V = vtwssr = vtwssr V V = = vtwssr Htr Htr ts plts kolkst (nrtn)* = x 0V = x 0V = = x x 0V = zpnt = zpnt mns mns vntlt vntlt n)* opstlplts wsror (nrtn)* * = nrtn * = nrtn voor rr voor rr = wsror = wsror = zpnt = mns = = wsror vntlt = nsltpnt = nsltpnt V * = V * nrtn = voor voor rr = = nsltpnt V = wsmn = wsmn = = wsmn 4 () 3 4 () 4 () 3 3 opstlplts = v-ktl nsltpnt = nsltpnt 0V 0V = = nsltpnt 60V (8) 4 6 8 0 4 6 (8) 6 (8) 4 4 6 6 8 8 0 0 4 4 TRA A AF AF = zkp 0 () = zkp 0 AF AF 0 () 0 = () = zkp 0 0 = nsltpnt = nsltpnt loos loos = = nsltpnt Htr loos loos Htr = zonwrn = zonwrn lt-ox opstlplts mnsvntlt-ox = nsltpnt = nsltpnt r r = = nsltpnt r () 7 9 3 3 (3) 3 7 9 B B= olr = olr () 0 0 rmn opstlplts = lrkkr vlorvrwrmn = lrkkr = = lrkkr Htr = ntrl rpnt = ntrl rs: rpnt rs: = = zonwrn 7 7 9 9 3 3 3 3 Apprtmntn Apprtmntn D Htr D D Htr (3) (3) 3 3 7 7 9 9 B B = = olr () () 0 0 0 0 Apprtmntn D D Htr Htr = = ntrl Fonkl rpnt Fonkl 0 t/m 0 t t/m Bnnn t Bnnn 3 3 4 4 0 0
Stnvst onn Posts 9 600 AJ jmn www.stnvstwonn.nl no@stnvstwonn.nl t - 0 00 Tlons rkr mn t/m onr vn 9.00 tot 6.00 r vrj vn 9.00 tot. r Utv jnr 07 Dz olr s zo zorvl moljk smnstl. Motn r onvroopt to otn o onvolln n stn, n knt rn n rtn ontlnn.