RMK-SD HM - Strangschema RLTl.pdf

[Seite 1]

Dach

Schacht S503 Schacht B.E1.S502 3. Obergeschoss

2. Obergeschoss

A3 / Zone 6 / Bettenzimmer IMC West1050 m³/h 200 m³/hA3 / Zone 10.3 / ELT A2 / Zone 3 / Bettenzimmer ITS Ost1400 m³/h A3 / Zone 8.1 + 8.3 / Nebennräume Ost 1 A3 / Zone 6 / Bettenzimmer IMC West1050 m³/h 200 m³/hA3 / Zone 10.3 / ELT A2 / Zone 3 / Bettenzimmer ITS Ost1400 m³/h A3 / Zone 8.1 + 8.3 / Nebennräume Ost 1 A3 / Zone 1 / Bettenzimmer ITS West1050 m³/h 1900 m³/hA3 / Zone 10.1 / Nebenräume West 1 A3 / Zone 4 / Bettenzimmer ITS Ost1400 m³/h A3 / Zone 8.1 + 8.3 / Nebennräume Ost 1

A3 / Zone 1 / Bettenzimmer ITS West1050 m³/h A3 / Zone 4 / Bettenzimmer ITS Ost1400 m³/h A3 / Zone 8.1 + 8.3 / Nebennräume Ost 1 A3 / Zone 2 / Bettenzimmer ITS West1050 m³/h A3 / Zone 8.2 / ELT 250 m³/h A3 / Zone 2 / Bettenzimmer ITS West1050 m³/h A3 / Zone 8.2 / ELT 250 m³/h

50 m³/h 50 m³/h 50 m³/h 50 m³/h

1. Obergeschoss RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 5 m Z 55 0 a³/xi 00 1 h m. 8 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 m 5 Z 55 a 0 ³/xi 00 1 h m. 7 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 m 5 Z 55 a 0 ³/xi 00 1 h m. 5 ] mer [mm³-- in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 5 m Z 55 0 a³/xi 00 1 h m. 4 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [ t. m t 77 5 m Z 00 0 a³/x 00 i1 h m. 3 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 5 m Z 55 0 a³/x 00 i1 h m. 0 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 5 m Z 55 0 a³/x 00 i1 h m. 1 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 5 m Z 55 0 a³/xi 00 1 h m. 2 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBO.EC1 [ T. m11 5 m 00 0 a³/00 x 5 h. 7 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BW.EC1 [ H. m 5 m 77 0 a³55 /x 5 h. 8 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BW.EC1 [ D. mm 5 77 a 0 ³55 x/ 5 h. 9 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BA.rEb1. [ . m U 11 m 5 27 Ra 0 ³/x 55 6 h. 0 ][mm³-- in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LBa.Eg1e [ . m r 22 m 5 M 22 a 0 ³/x 55 6 h a. 1 ] t [mm³-- in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m11 F m 55 5 a³/x 00 1 h. 5 ][mm³-- in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m66 F m 50 5 a³/x 00 0 h. 4 ][mm -- ³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BS.tEüp1 [ .. m44 5 m/ 00 0 a³ R /x 00 6 h.P2 ] // G50e [m 6rmä2 -- ³int / ae h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m z 11 5 me 00 0 a³ l /x 00 l1 h e. 6 ][mm -- ³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.UB.VE-1A [ . m V 11 5 m 00 0 a³/x 00 5 h. 5 ][mm³-- in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BU.VE-1I [ T. m11 5 m-A 00 0 a³/x 00 5V h. 6 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 m 5 Z 55 a 0 ³/xi 00 1 h m. 4 ] mer [mm³-- in/h.] RR AZu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [ t. m77 tm 5 00 Za 0 ³/x 00 i1 h.m3 ] mer [mm³-- in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 5 m Z 55 0 a³/xi 00 1 h m. 0 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 m 5 Z 55 a 0 ³x/ i 00 1 h m. 1 ] mer [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m t 33 m 5 Z 55 a 0 ³/xi 00 1 h m. 2 ] mer [mm³-- in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-1I [ T. m11 5 m- 22 S0 a³/55 x 4V h. 3 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BU.VE-1I [ T. m11 5 m- 22 S0 a³/55 x 4V h. 4 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e. m11 m 5u 55 a 0 ³ s /x 00 e0 h. 5 ] b [mm³-- in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BS.cEh1l [ e. m11 m 5u 55 a 0 ³ s /x 00 e0 h. 6 ] a [mm³-- in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e. m11 m 5u 55 a 0 ³ s /x 00 e0 h. 3 ] a [mm³-- in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BS.tEüt1z [ . m p 33 5 mu 55 0 a³/ nx 00 3 h.k9 ] t [mm³-- in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m66 F m 22 5 a³/x 55 0 h. 3 ][mm -- ³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BA.rEzt1 [ . m11 5 m 77 0 a³/x 55 3 h. 8 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BA.rEb1. [ .U m12 5 mn 72 0 a³/ rx 55 3 h e. 7 ] in [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BA.rEzt1 [ A. m11 5 mn 77 0 a³ a /55 x 3 h.e6 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m22 F m 72 5 a³/x 55 0 h. 2 ][mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BFl.uEr1 [ . m22 F m 00 5 a³/x 00 1 h. 4 ][mm -- ³in/h.]

Erdgeschoss

Untergeschoss

h/³m 5733 h/³m 5733

Schacht B.E1.S504 Schacht B.E1.S501b

A3 / Zone 7 / Bettenzimmer IMC West 2100 m³/h 750 m³/hA3 / Zone 13 / Pat Zimmer PINF A3 / Zone 14.4 + 14.5 / Nebenräume PINF A3 / Zone 5 / Bettenzimmer STU Ost A3 / Zone 7 / Bettenzimmer IMC West 2100 m³/h 750 m³/h 1125 m³/h A3 / Zone 12 / Pat Zimmer PINF 750 m³/h 925 m³/hA3 / Zone 14.1 / Nebenräume PINF A3 / Zone 9 / Nebenräume Ost 2

A3 / Zone 12 / Pat Zimmer PINF 750 m³/h 925 m³/hA3 / Zone 14.1 / Nebenräume PINF A3 / Zone 9 / Nebenräume Ost 2 1675 m³/h A3 / Zone 11.1 / Nebenräume West 2 1175 m³/h A3 / Zone 11.1 / Nebenräume West 2 1175 m³/h

1325 m³/hA3 / Zone 11.2 / Nebenräume West 2

1375 m³/hA3 / Zone 11.2 / Nebenräume West 2

50 m³/h 50 m³/h 100 m³/h 100 m³/h 100 m³/h 100 m³/h 100 m³/h 100 m³/h 100 m³/h 100 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [m t. 77 mt5 00 a³ Z0 /x 00h i1 .m ] 9mer [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [m t. 77 mt5 00 a³ Z0 /x 00h i2 .m ] 0mer [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [ t. m 77 tm 5 00 Za 0 ³/x 00 i2 h.m1 ] mer [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B/.2E-1B [m . 22 me5 55 a³ t0t /x 00 h 2 .Z ] 2imm [ e mmr --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B/.2E-1B [m . 22 me5 55 a³ t0t /x 00 h 2 .Z ] 2imm [ e mmr --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.1B/.2E-1B [ . m 22 em 5 55 ta 0 ³ t /x 00 2 h.Z2 ] imm [ e m rm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.DB.iaEl1. [ m . 11 Am 5 55 a³ u0 /x 00 f h 6 .b ] 3. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABr.Eb.1 [ m U. 21 m 5 05 Ra³ 0 /x 00h 6 .] 4 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABr.Ezt1 [ I m . 11 mm5 77 a³ 0e /x 55h 6 .d ] 5 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABb.Es1c [ . m h 22 m 5i 00 ae0 ³/x 00 d6 h. 6 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.PBu.Etz1 [ r. m .m 5 77 a 0 ³ 55/x 6 h. 7 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m 12 m F 72 a³ 5 /x 55 0 h. 5 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ /. m 22 m FB 00 a³ 5e /x 00 0 h.tt6 ] en [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BBe.Erd1 [m .. 1 m 5I 2- a³ m0 /x 5h 6 .e ] 8d [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m z 1 m 5e 0- a 0 ³ l /x 0 l6 h.e8 ] a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BBe.Erd1 [ .. m1 m 5I 2 m - a 0 ³/x 5 5 h.e0 ] d [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m z 1 m 5e 0- a 0 ³ l /x 0 l5 h.e0 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBt.aEt1. [ . m 22 Sm 5 55 ae0 ³/ 00 xk5 h.r1 ] . / Fl [ u mmr --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m 11 m F 22 a³ 5 / 55 x 0 h. 1 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.TBe.Em1 [ . m 22 Lm 5 55 Ta 0 ³/ 00 xG5 h. 2 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBe.Es1p [ . m 44 rm 5. 00 a 0 ³ / / 00 x 5 h Ü. 3 ] berg [ a mmb --³ine /h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.äEs1 [ c m . 11 m 5h 00 a³ 0w /x 00h 5 .. ] 4 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [m . 11 zm 5e 55 a³ 0 /xl 00h l2 .e ] 2b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e m . 11 m 5u 00 a³ 0s /x 00h e2 .] 2a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [m . 11 zm 5e 55 a³ 0 /xl 00h l2 .e ] 3b [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e. m 11 m 5u 00 a 0 ³ s /x 00 e2 h. 3 ] a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m z 11 m 5e 55 a 0 ³ l /x 00 l2 h.e4 ] b [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e. m 11 m 5u 00 a 0 ³ s /x 00 e2 h. 4 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m z 11 m 5e 55 a 0 ³ l /x 00 l2 h.e5 ] b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e. m 11 m 5u 00 a 0 ³ s / 00 xe2 h. 5 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m 11 zm 5e 55 a 0 ³ l / 00 xl2 h.e6 ] b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e. m 11 m 5u 00 a 0 ³ s / 00 xe2 h. 6 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m 11 zm 5e 55 a 0 ³ l / 00 xl2 h.e7 ] b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e m . 11 m 5u 00 a³ 0s /x 00h e2 .] 7a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABr.Ezt1 [m . 22 m 5 00 a³ 0 /x 00h 3 .] 0 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LBa.Eg1e [m .rm 5 77 a³ 0 55/xh 3 .] 1 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m 22 m F 00 a³ 5 /x 00 0 h. 7 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [m t. 22 mt5 55 a³ Z0 /x 00h i2 .m ] 5mer [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m 22 tm 5 55 Za 0 ³/x 00 i2 h.m6 ] mer [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [ t. m 22 tm 5 55 Za 0 ³/x 00 i2 h.m7 ] mer [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.EBn.Ets1 [ . m11 5 m 22 0 a³/55 x 4 h. 2 ][mm -³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BA.pEo1t [ h. m22 5 me 55 0 a³ k /x 00 4 h e. 1 ][mm -³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.B.E1 [ . m22 5 m 00 0 a³/x 00 4 h. 0 ][mm -³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.GB.eEr1ä [ . m tm 5e 77 a 0 ³ 55/x 4 h. 5 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.KBü.Ec1h [ . m 11 em 5 55 a 0 ³/ 00 x 4 h. 6 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBe.Ers1 [ .. m 55 m 5A 00 a 0 ³ u / 00 x 4 h.fe7 ] nth. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE1 [ D. mm 5 77 a 0 ³ 55/x 4 h. 8 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE1 [ H. mm 5 77 a 0 ³ 55/x 4 h. 8 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.VBo.Err1 [ a m . 33 mu5 00 a³ m0 /x 00h 4 . ] /8 Ang [ e mmh --³in. /h.] RR AZu aa bl uu luu mm fftt BNer.z.BBe.Erd1 [m .. 1 m 5 2- a³ 0 /x 5h 3 .] 4 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs1s [m . 1 zm 5e 0- a³ 0 /xl 0 h l3 .e ] 4a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BBe.Erd1 [ .. m1 m 5 2- a 0 ³/x 5 3 h. 3 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.NB.aEs1s [ . m z 1 m 5e 0- a 0 ³ l /x 0 l3 h.e3 ] a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABu.Efb1 [ .. m 22 m 5 55 a 0 ³/x 00 4 h. 9 ][mm --³in/h.] h/³m 0543 h/³m 0053 RVLL 3650°°CC E3,r5h iktzWer RVLL 3650°°CC E5 rkhWitzer RVLL 3650°°CC E2,r5h iktzWer RVLL 3650°°CC E3 rkhWitzer VRLL 6305°°CC E3 rkhWitzer RVLL 3650°°CC E2,r5h iktzWer VRLL 6305°°CC E2,r5h iktzWer VRLL 6305°°CC E2,r5h iktzWer VRLL 6305°°CC E3,r5h iktzWer A3 / Zone 11.2 / Nebenräume West 2 1325 m³/h 925 m³/hA3 / Zone 14.1 / NR PINF A3 / Zone 2 / Bettenzimmer ITS West1050 m³/h A3 / Zone 11.2 / Nebenräume West 2 1375 m³/h 925 m³/h A3 / Zone 2 / Bettenzimmer ITS West1050 m³/h A3 / Zone 11.1 / Nebenräume West 2 1175 m³/h A2 / Zone 1 / Bettenzimmer ITS West1050 m³/h 1900 m³/hA3 / Zone 10.1 / Nebenräume West 1 A2 / Zone 3 / Bettenzimmer ITS Ost1400 m³/h 250 m³/h A3 / Zone 8.2 / ELT A3 / Zone 11.1 / Nebenräume West 2 1175 m³/h A3 / Zone 1 / Bettenzimmer ITS West1050 m³/h 1900 m³/hA3 / Zone 10.1 / Nebenräume West 1 A2 / Zone 3 / Bettenzimmer ITS Ost1400 m³/h 250 m³/h A3 / Zone 8.2 / ELT A3 / Zone 7 / Bettenzimmer IMC West 2100 m³/h 750 m³/hA3 / Zone 13 / Pat Zimmer PINF A3 / Zone 6 / Bettenzimmer IMC West1050 m³/h 200 m³/hA3 / Zone 10.3 / ELT A3 / Zone 4 / Bettenzimmer ITS Ost1400 m³/h 3375 m³/h A3 / Zone 8.1 + 8.3 / Nebennräume Ost 1 A3 / Zone 7 / Bettenzimmer IMC West 2100 m³/h 750 m³/hA3 / Zone 13 / Pat Zimmer PINF A3 / Zone 6 / Bettenzimmer IMC West1050 m³/h 200 m³/hA3 / Zone 10.3 / ELT A3 / Zone 4 / Bettenzimmer ITS Ost1400 m³/h 3375 m³/h A3 / Zone 8.1 + 8.3 / Nebennräume Ost 1

1175 m³/h 1750 m³/h A3 / Zone 13 / Pat Zimmer PINF A3 / Zone 14.4 + 14.5 / Nebenräume PINF 1750 m³/h A3 / Zone 5 / Bettenzimmer STU Ost A3 / Zone 9 / Nebenräume Ost 2 1625 m³/h 1825 m³/h

1900 m³/hA3 / Zone 10.1 / Nebenräume West 1 1825 m³/h A3 / Zone 9 / Nebenräume Ost 2

50 m³/h 50 m³/h 100 m³/h 50 m³/h 50 m³/h 50 m³/h 100 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m 22 m F 55 a³ 5 /x 00 0 h. 8 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m 22 m F 00 a³ 5 /x 00 1 h. 1 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BU.+EB1 [ . m P 22 5 mh 77 0 a³/xy 55 3 h.s5 ] io [mm -- ³in/h.] Lager / Material RR AZu aa bl uu luu mm fftt BNer.z.FAl.uEr1 [ . m 11 m F 22 a³ 0 /x 55 0 h. 1 ] c [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SAt.üEt1z [ . m 22 pm 0 55 ua 0 ³/ 00 nx 1 h.k7 ] t [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.KAü.Ec1h [ . m 11 em 0 00 a 0 ³/ 00 x 3 h. 6 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABr.Ebe1 [ i. m 22 tm 5s 50 a 0 ³ r / 00 x.2 h .U8 ] R [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBe.Ers1 [ . m . 22 m 5A 55 a³ 0 / ux 00h 2 .f ] e9nth. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-1A [m . 11 mV5 00 a³ 0 /x 00h 6 .] 9a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-1S [m . 11 mV5 00 a³ 0 /x 00h 6 .] 9 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.MB.aEt1e [ . m r 11 m 5ia 77 a 0 ³ l /x 55 3 h. 2 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BBe.Ett1e [ . m 11 nm 5 55 a 0 ³ / /x 00 0 h F. 1 ] lur [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBe.Ers1 [ .. m 55 m 5A 00 a 0 ³ u /x 00 4 h.fe7 ] nth. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m 22 m F 00 a³ 5 / 00 x 0 h. 1 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA.mEk1 [ l. m 23 em 0 50 ia 0 ³ d / 00 x 1e h. 6 ] Herr [ e mmn --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA.mEk1 [ l. m 45 em 0 55 ia 0 ³ d / 00 x 1e h. 4 ] Dam [m emn --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NA.aEs1s [ . m 1 zm 0 5 e 0 a 0 ³0 xl / 0 l1 h.e6 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NA.aEs1s [m . 1 zm 0 5 e 0 a³ 0 0/xl 0 h l1 .e ] 4a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NA.aEs1s [m . 1 zm 0 5 e 0 a³ 0 0/xl 0 h l1 .e ] 4b [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.NB.aEs1s [m . 1 zm 5e 0- a³ 0 /xl 0 h l3 .e ] 3a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr1 [ . m 22 m F 00 a³ 5 /x 00 0 h. 1 ] a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.PAu.Etz1 [ r. m .m 0 55 a 0 ³ 00/x 1 h. 3 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [m t. 77 mt5 00 a³ Z0 /x 00h i0 .m ] 1mer [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.2B-.BEe1 [m t. 77 mt5 00 a³ Z0 /x 00h i0 .m ] 2mer [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.1B-.BEe1 [ t. m 33 tm 5 55 Za 0 ³/x 00 i0 h.m3 ] mer [mm --³in/h.] h/³m 0552 h/³m 0552 h/³m 0051 h/³m 0051 h/³m 5252 h/³m 5272 RVLL 3650°°CC E6 rkhWitzer h/³m 5263 h/³m 5263 RVLL 3650°°CC E6 rkhWitzer VRLL 6305°°CC E6 rkhWitzer VRLL 6305°°CC E3,r5h iktzWer 3450 m³/h A3 / Zone 9 / Nebenräume Ost 2 3500 m³/h A3 / Zone 9 / Nebenräume Ost 2 1750 m³/h A3 / Zone 5 / Bettenzimmer STU Ost 1750 m³/h A3 / Zone 5 / Bettenzimmer STU Ost h/³m 0553 750 m³/hA3 / Zone 12 / Pat Zimmer PINF 750 m³/hA3 / Zone 12 / Pat Zimmer PINF

RR AZu aa bl uu luu mm fftt BNer.z.EBn.Etb2 [ .. m 77 m 5M 00 a 0 ³/ 00 xi0 h t. 7 ] Wan [ n mme --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.EBn.Etb2 [ i. m n 77 m 5d 00 a 0 ³/ ux 00 0 h.n6 ] g [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.EBn.Etb2 [ i. m n 77 m 5d 00 a 0 ³/ ux 00 0 h.n5 ] g [mm --³in/h.] 3 muarsgnudnibtnE / 3 enoZ / 5A 3 muarsgnudnibtnE / 3 enoZ / 5A 2 muarsgnudnibtnE / 2 enoZ / 5A 2 muarsgnudnibtnE / 2 enoZ / 5A 1 muarsgnudnibtnE / 1 enoZ / 5A 1 muarsgnudnibtnE / 1 enoZ / 5A RVLL 3650°°CC E4,r5h iktzWer

RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs2s [m . 11 zm 5e 00 a³ 0 /xl 00h l0 .e ] 7a [mm --³in/h.] gnudnibtnE RN / 2.5 enoZ / 5A gnudnibtnE RN / 2.5 enoZ / 5A 475 m³/h 475 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs2s [m . 11 zm 5e 00 a³ 0 /xl 00h l0 .e ] 6a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.NB.aEs2s [m . 11 zm 5e 00 a³ 0 /xl 00h l0 .e ] 5a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.WB.aEn2 [ n. m 11 m 5e 77 a 0 ³/x 55 0 h. 4 ][mm --³in/h.] h/³m 5752 h/³m 5752

RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-2S [m . mV5 77 a³ 0 55/xh 3 .] 8a [mm --³in/h.] ortkelE / 2.4 enoZ / 5A

RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-2S [m . mV5 77 a³ 0 55/xh 3 .] 8a [mm --³in/h.] ortkelE / 2.4 enoZ / 5A

RR AZu aa bl uu luu mm fftt BNer.z.ABr.Eb.2 [ R. m 21 m 5 05 .a 0 ³ / 00 Ux 3 h.R7 ][mm --³in/h.] gnudnibtnE RN / 1.4 enoZ / 5A gnudnibtnE RN / 1.4 enoZ / 5A

50 m³/h 50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.GB.eEr2ä [m .t 11 m 5e 55 a³ 0 /x 00h 3 .] 6 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBe.Ers2 [ . m . 22 m 5A 00 a³ 0 / ux 00h 3 .f ] e5nth. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr2 [m . 44 m F 27 a³ 5 /x 55h 0 .] 2 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.HB.eEb2a [ . m 22 mm 5 77 a 0 ³ m /x 55 3 h.e4 ] Stü [ t m zmp --³in/ u h.n ] kt RR ZAu aa bl uu luu mm fftt BNer.z.OB.bEe2r [ . m a 22 m 5r 55 a 0 ³ z /x 00 4t h. 6 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABz.Et 2/ [ . m B 22 m 5 55 ea 0 ³/x 00 r3 h.e2 ] ichsl [ e mmit --³iun/h.n ] g RR AZu aa bl uu luu mm fftt BNer.z.LBe.Eis2t [ e. m 66 m 5l 00 la 0 ³ e /x 00 3 h ./1 ] F/Blu.rE [m 2 m . --³i 5 n/h. 0 ] 31 RR AZu aa bl uu luu mm fftt BNer.z.ABr.Eb.2 [ R. m 33 m 5 77 aa 0 ³/ 55 ux 3 h.m3 ] / M [ a mmt -- . ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 2B [ . m 22 m 5 W 55 a 0 ³/ 00 x 0 h e. 3 ] hen [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.MB.uElt2i [ f. m 22 .m 5 55 /a 0 ³ / 00 xW0 h. 2 ] ehen [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 2B [ . m 22 m 5 C 22 a 0 ³/ 55 xT0 h. 1G ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE2 [ P m . m 5 77 aa³ 0 55 t /xh 0 .] 2a [mm --³in/h.] h/³m 5763 h/³m 5763 VRLL 6305°°CC E5,r5h iktzWer h/³m 0012 h/³m 0012 h/³m 574 h/³m 574 h/³m 5253 h/³m 5253

RR AZu aa bl uu luu mm fftt BNer.z.WA.aEr2t [ e. m 22 m 0n 00 a 0 ³ / 00 xA1 h. 4n ] geh [ . mm --³in/h.] gnudnibtnE RN / 1.5 enoZ / 5A gnudnibtnE RN / 1.5 enoZ / 5A RVLL 3650°°CC E3 rkhWitzer

RR AZu aa bl uu luu mm fftt BNer.z.WA.CE2- [ D. mm 0 77 a 0 ³ 55/x 1 h. 4 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WA.CE2- [ H. mm 0 77 a 0 ³ 55 x/ 1 h. 4 ] b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PAu.Etz2 [ r m . 11 ma0 00 ua³ 0 /x 00 m h 1 .] 4c [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WA.äEs2 [ c m . 11 m 0h 00 a³ 0e /x 00h 1w.] 3. Pe [ r m sm. --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WA.äEs2 [ c m . 11 m 0h 00 a³ 0e /x 00h 1 .] 3d [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.WA.CE2- [ P. mm 0 77 ea 0 ³ 55 r /xs1 h. 3 ] b [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.WA.CE2- [ P. mm 0 77 ea 0 ³ 55 r /xs1 h. 3 ] c [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.MA.uElt2i [ f. m 33 ,m 0 55 /a 0 ³ /x 00 U1 h. 1 ] +B G [m ymn --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.MA.uElt2i [ f. m 33 ,m 0 55 /a 0 ³ /x 00 U1 h. 1 ] Sa, U+ [m Bm --³i n/h.] RR AZu aa bl uu luu mm fftt BNer.z.FAl.uEr2 [ /. m 11 m FB 55 a³ 0e / 00 x 0 h.tt1 ] ean [mm --³in/h.] h/³m 5291 h/³m 5291

TAV-Deckenfeld S

100 m³/h100 m³/h T3ΔΔ,App2 V AEx- nn D3fd E,a2enC :mgK:E 1 N 37F 00E LPP Daa RR ZAu aa bl uu luu mm fftt BNer.z.BO.PE3 11 2 [ 00 . mm5 ..35 a0 ³/x 00 2 h. 00 0 ][mm --³in/h.] RSSoo allll u RR maauu amm ntfee fomuc rph dete era r itnuu r% n in g r F°eCn 1490 -- 2660 3 PO enoZ / 4A e5F P07%M1 e8F P09%M1 LTuefmtkpo.n 1d8it°ioCn e- n2:5°C h/³m 0031 9.000 m³/h h/³m 0051 LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .5.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³7/)h L HL B Δ WWΔ u u T ep p aa f f i 0 t t z ss L W v t 2 el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: eintr. . .. . .. 1 6/ . .. . .. 0 0a . .. . .. . u . .. 5 / . .. s . .. 0 3 1t . .. r . .. 0 5 3. .. . mPk°°mk CC W P a³ ³ / /a h h L KLL B Δ WWΔ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: eeiinnttrr.. . .. 1 // . .. . .. 0 6 aa . .. . .. . uu . .. 5 / . .. ss . .. 0 1 1 . .. tt . .. rr 0 3 2 . .. .. . .. mPk°%°mk C C W P a³ ³ r / /a F h h BT01 BT02BT03BT04 BT05 10.500 m³/h LGEMWNNWS B S u x F T ee F e o e i f r t nn P 0 s P t t e k lo v l a nn 4 e vu r o r K nm ls : n n d - e l e p u l l g r i a V t es e a pm s P s i e t h n s r g u s eer n tz nr e n e u ns t a a u i s g : n ssl d h n a s : u g t l r g t u: µ n : oo : n : g rm g:: : ........ ........ 1........S ........ 0........F ........ ......... 5 P ........ ........ 0........ ........ 0 3 ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ LF B ΔΔ ui T pp l tf 0 et AE v 5 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .8.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³9/h)

RR AZu aa bl uu luu mm fftt BNer.z.BO.PE82 [ - 33 . m S m5 47 a e0 ³ 05/x c1 h 00 . t3 ] io [mm --³in/h.] 3 PO enoZ / 4A 10.500 m³/h

TAV-Deckenfeld S

100 m³/h100 m³/h T3ΔΔ,App2 V AEx- nn D3fd E,a2enC :mgK:E 1 N73 F00 E LPP Daa RR AZu aa bl uu luu mm fftt BNer.z.BO.PE4 11 2 [ 00 . mm5 ..35 a0 ³/x 00 1 h. 00 9 ][mm --³in/h.] RSSoo allll u RR maauu amm ntf fee omuc rpd het e era r itn uu r% n ing r F°eCn 1490 -- 2660 4 PO enoZ / 4A e5F P07%M1 e8F P09%M1 LTuefmtkpo.n 1d8it°ioCn e- n2:5°C

D 2 h A5 oeb hcsm lka re ³ a u/ nu hg-m ung h/³m 0031 9.000 m³/h h/³m 0051 LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .5.. 5 .. 0.. 0 .. %.. 0 .. (PP mFaa ³7/)h H L LWW B Δ Δ u u e T p p aa f f i 0 t tz ss L W v t 2 less ue o ee m a - fi l s ut rrs E : ptv t m s e u r o e e h m n e l r ru i ag nt : pm z t: s eu et err rr ae o ntn m su: trr : eonm:: eintr. . .. / . .. 1 6 . .. a . .. 0 0 . .. u . .. . . .. 5 /s . .. . .. 0 3 1t . .. r . .. 0 5 3. . .. mPk°°mk CC W P a³ ³ / /a h h L KLL B Δ WWΔ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: eeiinnttrr.. . .. . .. 1 // . .. . .. 0 6 aa . .. . .. . uu . .. 5 / . .. ss . .. 0 1 1 tt . .. rr . .. 0 3 2 . .. .. mPk°%°mk C C W P a³ ³ r / /a F h h BT01 BT02BT03BT04 BT05 10.500 m³/h L EM NN B G W WSS u x T ee FF o e e i f t r nn 0 PP t tse k lo v lnn 4 ar e v u o r K n ls m : dn - e n l e p u l rli g a V t es e a mpP s s e tih n s r u g s e r n e z n t e n e r n u t s a ua i s g : s n l s h nd a s : tu gl r g t u: o µ on : : n rm : gg:: : ........ ........ 1........S ........ 0........F ........ ......... 5 P ........ ........ 0........ ........ 0 3 ........ mPPUkk %W V WW aa/ ³ s m /h /m in ³ LF B ΔΔ ui T pp l tf 0 et AE v 5 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .8.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³9/h) 4 PO enoZ / 4A 10.500 m³/h

TAV-Deckenfeld S

100 m³/h100 m³/h T3ΔΔ,App2 V AEx- nn D3fd E,a2enC :mgK:E 1 N 37F 00E LPP Daa RR AZu aa bl uu luu mm fftt BNer.z.BO.PE7 11 2 [ 00m .m5 ..35 a³ 0 /x 00h 1. 00] 4 [mm --³in/h.] RSSoo allll u RR maauu amm ntfee fomuc rph dete era r itnuu r% n in g r F°eCn 1490 -- 2660 7 PO enoZ / 4A e5F P07%M1 e8F P09%M1 LTuefmtkpo.n 1d8it°ioCn e- n2:5°C h/³m 0031 9.000 m³/h h/³m 0051 LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .5.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³7/h) L HL B Δ WWΔ u u T ep p aa f f i 0 t t z ss L W v t 2 el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: eintr. . .. . .. 1 6/ . .. . .. 0 0a . .. . .. . u . .. 5 / . .. s . .. 0 3 1t . .. r . .. 0 5 3. .. . mPk°°mk CC W P a³ ³ / /a h h L KLL B Δ WWΔ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: eeiinnttrr.. . .. // . .. 1 . .. 6 aa . .. 0. .. uu . .. . / . .. 5 ss . .. 1 1 . .. 0 tt . .. rr 3 2 . .. 0 .. . .. Pm k°%°mk C C W P a³ ³ r / /a F h h BT01 BT02BT03BT04 BT05 10.500 m³/h LGEM NN S B W W S u x F T ee F e o e i f t r nn P 0 s P t t e k lo v l a nn 4 v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: µ n oo : : n : g rm g:: : ........ ........ 1........S ........ 0........F ........ ......... 5 P ........ ........ 0........ ........ 0 3 ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ LF B ΔΔ ui T pp l tf 0 et AE v 5 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.. 1 .. .. ≥0 .... . .. 85 .... 00 .... %0 .... (m PP Faa ³9/h) 7 PO enoZ / 4A 10.500 m³/h

TAV-Deckenfeld S

100 m³/h100 m³/h 3TΔΔ,App2 V AEx- nn D3fd,Ea2enC :mgK:E 1 N73 F00 E LPP Daa RR AZu aa bl uu luu mm fftt BNer.z.BO.PE5 11 2 [ 00 . mm5 ..35 a0 ³/x 00 1 h. 00 7 ][mm --³in/h.] RSSoo allll u RR maauu amm ntf fee omuc rpd het e era r itn uu r% n ing r F°eCn 1490 -- 2660 5 PO enoZ / 4A e5F P07%M1 e8F P09%M1 LTuefmtkpo.n 1d8it°ioCn e- n2:5°C h/³m 0031 9.000 m³/h h/³m 0051 LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.. 1 .. .. ≥0 .... . .. 55 .... 00 .... %0 .... (m PP Faa ³7/h) L HL B Δ WWΔ u u T ep p aa f f i 0 t t z ss L W v t 2 el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: eintr. . .. / . .. 1 6 . .. a . .. 0 0 . .. u . .. . . .. 5 /s . .. 1. .. 0 3t . .. r3. .. 0 5. . .. mPk°°mk CC W P a³ ³ / /a h h L KLLWW B Δ Δ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 eess uo l ee emu a - fl ut rr i c s K :sp tv m h s e t ü o eu e tm e e h l rn ru a n n : l p g e m t s :e u: rt er r r a e o nt n m su : trr : eonm:: eeiinnttrr.. . .. . .. 1 // . .. . .. 0 6 aa . .. . .. . uu . .. 5 / . .. ss . .. 0 1 1 tt . .. rr . .. 0 3 2 . .. .. mPk°%°mk C C W P a³ ³ r / /a F h h BT01 BT02BT03BT04 BT05 10.500 m³/h LGEM NN B W WSS u x T ee FF e o e i f t r nn 0 s PP t t e k lo v l a nn 4 r e v u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: n o µ o : : ng rm : g:: : ........ 1........S ........ 0........ ........F ......... 5........P ........ 0........ ........ 0 3 ........ ........ PPU m kkV%W WW aa/ ³ m s /h /m in ³ FLB ΔΔ iu T pp l tf e 0 t AE v r 5 ko nn - ll fd a u a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .8.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³9/)h 5 PO enoZ / 4A 10.500 m³/h

TAV-Deckenfeld S

100 m³/h100 m³/h T3ΔΔ,App2V AEx- nn D3fd E,a2enC :mgK:E 1 N 37F 00E LPP Daa RR AZu aa bl uu luu mm fftt BNer.z.BO.PE6 11 2 [m 00 .m5 .. a³ 35 0 /xh 00 1.] 00 6 [mm --³in/h.] RSSoo allll u RR maauu amm ntf fee omuc rpd het e era r itn uu r% n ing r F°eCn 1490 -- 2660 6 PO enoZ / 4A e5F P07%M1 e8F P09%M1 LTuefmtkpo.n 1d8it°ioCn -e n2:5°C h/³m 0031 9.000 m³/h h/³m 0051 LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .5.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³7/h) L HL B Δ WWΔ u u T ep p aa f f i 0 t t z ss L W v t 2 el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: eintr. . .. 1 6/ . .. . .. 0 0a . .. . .. . u . .. 5 / . .. s . .. 0 3 1. .. t . .. r 0 5 3. .. . . .. mPk mk °°CC W P a³ ³ / /a h h L KLL B Δ WWΔ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: eeiinnttrr.. . .. // . .. 1 . .. 6 aa . .. 0. .. uu . .. . / . .. 5 ss . .. 1 1 . .. 0 tt . .. rr 3 2 . .. 0 .. . .. mPk°%°mk C C W P a³ ³ r / /a F h h BT01 BT02BT03BT04 BT05 10.500 m³/h LGEM NN S B W W S u x F T ee F e o e i f t r nn P 0 s P t t e k lo v l a nn 4 v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: µ n oo : : n : g rm g:: : ........ 1........S ........ 0........ ........F ......... 5........P ........ 0........ ........ 0 3 ........ ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ LF B ΔΔ ui T pp l tf 0 et AE v 5 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .8.. 5 .. 0.. 0 .. %.. 0 .. (PP mFaa ³9/)h 6 PO enoZ / 4A 10.500 m³/h

TAV-Deckenfeld S

100 m³/h100 m³/h T3ΔΔ,App2V AEx- nn D3fd E,a2enC :mgK:E 1 N 37F 00E LPP Daa RR AZu aa bl uu luu mm fftt BNer.z.BO.PE1 11 2 [ m 00 .s m5 .. e a³ 25 0 /x p h 00 2. t ] 00 4isch [mm --³in/h.] RSSoo allll u RR maauu amm ntf fee omuc rpd het e era r itn uu r% n ing r F°eCn 1490 -- 2660 1 PO enoZ / 4A e5F P07%M1 e8F P09%M1 LTuefmtkpo.n 1d8it°ioCn -e n2:5°C h/³m 0021 9.000 m³/h h/³m 0051 LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .5.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³7/h) L HL B Δ WWΔ u u T ep p aa f f i 0 t t z ss L W v t 2 el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: eintr. . .. 1 6/ . .. . .. 0 0a . .. . .. . u . .. 5 / . .. s . .. 0 3 1. .. t . .. r 0 5 3. .. . . .. mPk mk °°CC W P a³ ³ / /a h h L KLL B Δ WWΔ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: eeiinnttrr.. . .. // . .. 1 . .. 6 aa . .. 0. .. uu . .. . / . .. 5 ss . .. 1 . .. 0 1tt . .. rr2 . .. 0 3.. . .. mPk°%°mk C C W P a³ ³ r / /a F h h BT01 BT02BT03BT04 BT05 10.500 m³/h LGEM NN S B W W S u x F T ee F e o e i f t r nn P 0 s P t t e k lo v l a nn 4 v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: µ n oo : : n : g rm g:: : ........ 1........S ........ 0........ ........F ......... 5........P ........ 0........ ........ 0 3 ........ ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ LF B ΔΔ ui T pp l tf 0 et AE v 5 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .8.. 5 .. 0.. 0 .. %.. 0 .. (PP mFaa ³9/)h 1 PO enoZ / 4A 10.500 m³/h

TAV-Deckenfeld S

100 m³/h T3ΔΔ,App2 V AEx- nn D3fd E,a2enC :mgK:E 1 N 37F 00E LPP Daa RR AZu aa bl uu luu mm fftt BNer.z.BO.PE2 11 2 [ 00m .m5 ..35 a³ 0 /x 00h 2. 00] 2 [mm --³in/h.] RSSoo allll u RR maauu amm ntfee fomuc rph dete era r itnuu r% n in g r F°eCn 1490 -- 2660 2 PO enoZ / 4A e5F P07%M1 e8F P09%M1 LTuefmtkpo.n 1d8it°ioCn e- n2:5°C h/³m 0031 9.000 m³/h h/³m 005.1 LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... 1 .. ≥.. 0 .. .. .5.. 5 .. 0.. 0 .. %.. 0 .. (m PP Faa ³7/h) L HL B Δ WWΔ u u T ep p aa f f i 0 t t z ss L W v t 2 el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: eintr. . .. . .. 1 6/ . .. . .. 0 0a . .. . .. . u . .. 5 / . .. s . .. 0 3 1t . .. r . .. 0 5 3. .. . mPk°°mk CC W P a³ ³ / /a h h L KLL B Δ WWΔ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: eeiinnttrr.. . .. // . .. 1 . .. 6 aa . .. 0. .. uu . .. . / . .. 5 ss . .. 1 1 . .. 0 tt . .. rr 3 2 . .. 0 .. . .. Pm k°%°mk C C W P a³ ³ r / /a F h h BT01 BT02BT03BT04 BT05 10.500 m³/h LGEM NN S B W W S u x F T ee F e o e i f t r nn P 0 s P t t e k lo v l a nn 4 v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: µ n oo : : n : g rm g:: : ........ ........ 1........S ........ 0........F ........ ......... 5 P ........ ........ 0........ ........ 0 3 ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ LF B ΔΔ ui T pp l tf 0 et AE v 5 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.. 1 .. .. ≥0 .... . .. 85 .... 00 .... %0 .... (m PP Faa ³9/h) 2 PO enoZ / 4A 10.500 m³/h

ISO35H ISO35H ISO35H ISO35H ISO35H ISO35H ISO35H ISO35H 100 m³/h SΔΔ-ppF AEiltnnefdraen:g:122755 PPaa

1490 -- 2660 h/³m 0043 h/³m 0573

350 m³/h 8 PO enoZ / 4A 8 PO enoZ / 4A

RSSoo allll u RR maauu amm ntf fee omuc rpd het e era r itn uu r% n ing r F°eCn 1490 -- 2660 RR ZAu aa bl uu luu mm fftt BNer.z.RB.eEa2 [ . m 22 m 5 00 a 0 ³/x 00 0 h. 8 ][mm --³in/h.] hciereB PO RN / 01 enoZ / 5A hciereB PO RN / 01 enoZ / 5A RVLL 3650°°CC E1,r5h iktzWer

50 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.VBo.Erb2 [ e. m 33 m 5r 77 ae0 ³/x 55 i0 h.tu9 ] ng [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.aEs2 [ c. m 1 m 5h 72 a 0 ³5/x 5 1 h. 0 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk2 [ l. m 11 em 5 00 ia 0 ³ d / 00 x 1e h. 1 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk2 [ l. m 11 em 5 00 ia 0 ³ d / 00 x 1e h. 0 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.Schl [ e mmu 55 a³ s 00/xe h.][mm --³in/h.] h/³m 059 h/³m 009

RR AZu aa bl uu luu mm fftt BNer.z.KBo.En2s [m . 22 .m 5 22 Da³ 0 /x 55h e3 .] p9. / L [ a mmg --³ien/h.r ] hciereB PO RN / 1.9 enoZ / 5A hciereB PO RN / 1.9 enoZ / 5A RVLL 3650°°CC 1E,r5h iktzWer

50 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh2n [ . m e 22 m 5l 25 a 0 ³ ls /x 50 4 h.c0 ] hnitt [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.LBa.Eg2. [ . m A 11 m 5 55 Na 0 ³/x 00 4A h. 1 ] E [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABr.Eb.2 [ U. m 11 m 5R 72 a 0 ³/x 55 4 h. 2 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.VBe.Ers2 [ .. m 11 m 5S 72 a 0 ³ c /x 55 4 h.h3 ] leuse [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr2 [ . m 22 m F 22 a³ 5 / 55 x 0 h. 7 ][mm --³in/h.] h/³m 5711 h/³m 0011

25 m³/h 50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk2 [ l. m 45 em 5 50 ia 0 ³ d / 00 x 4e h. 4 ] Pers [m .m H --³in/ . h.] hciereB PO .redielkmU / 8 enoZ / 5A hciereB PO .redielkmU / 8 enoZ / 5A RVLL 3650°°CC E2,r5h iktzWer

50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk2 [ l. m 11 em 5 22 ia 0 ³ d / 55 x 4e h. 4 ] Pers [m .m H --³in/ . h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE2 [ H m . m 5 77 a³ 0 55/xh 4 .] 4a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.DB.uEs2c [m . 1 hm 5 50 ea³ 0 0/x 0 h 4H.] 4b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk2 [ l m . 34 em 5 50 ia³ 0d /x 00h 4e.] 5 Pers [m .m D --³in/ . h.] RR ZAu aa bl uu luu mm fftt BNer.z.UB.mEk2 [ l. m e 11 m 5i 22 a 0 ³ d /x 55 4e h. 5 ] Pers [m . mD --³in/ . h.] h/³m 0041 h/³m 0041

50 m³/h 50 m³/h 50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.HB.oEld2 [ 11 i. m nm 5 56 ga 0 ³ 55/ x 6 h 00 /. 2 ] S tüp [ m Hm -- o ³in/ l h.d ] . RR ZAu aa bl uu luu mm fftt BNer.z.WB.CE2 [ D. mm 5 77 a 0 ³ 55/x 4 h. 5 ] a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.DB.uEs2c [ . m h 1 m 5 5 e 0 a 0 ³0/ x 0 4 h D. 5 ] b [mm --³in/h.] gnidloH / 6 enoZ / 5A gnidloH / 6 enoZ / 5A VRLL 6305°°CC E3,r5h iktzWer

RR AZu aa bl uu luu mm fftt BNer.z.BBo.Ex2 [m . 11 m 5 55 a³ 0 /x 00h 6 .] 2a [mm --³in/h.] h/³m 0581 h/³m 0591

50 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.ABr.Eb.2 [ R. m 21 m 5 05 a 0 ³ U /x 00 6 h.R3 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBo.Ex2 [m . 11 m 5 55 a³ 0 /x 00h 6 .] 2b [mm --³in/h.] gnidloH RN / 2.7 + 1.7 enoZ / 5A RVLL 3650°°CC E3,r5h iktzWer

RR ZAu aa bl uu luu mm fftt BNer.z.ABu.Efb2 [ .. m 11 m 5R 77 a 0 ³ /x 55 6U h. 4 ] R [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SAt.üEp2 [ .. m 11 m 0 55 a 0 ³/x 00 1 h. 7 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA.mEk2 [ l. m e 22 m 0i 00 a 0 ³ d /x 00 1e h. 7 ] Da [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WA.CE2 [ D. mm 0 77 a 0 ³ 55/x 1 h. 7 ] b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA.mEk2 [ l. m 22 em 0 00 ia 0 ³ d / 00 x 1e h. 7 ] Hc [mm --³in/h.] h/³m 5262 h/³m 0532

50 m³/h 50 m³/h 225 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.WA.CE2 [ H. mm 0 77 a 0 ³ 55/x 1 h. 7 ] d [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.VAo.Erb2 [m .. 11 m 0/ 55 a³ 0S /x 00h 3 .c ] 3hließ [m smc --³inh /h.r. ] RR AZu aa bl uu luu mm fftt BNer.z.WA.aEr2 [ t m e. 11 m Fn 77 a³ 0 /x 55 g h 0 .e ] 1hdf. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr2 [ 1 m . 8 m F 05 a³ 5 7 /x 0h 0 5 .] 8 [mm --³in/h.] gnidloH RN / 2.7 + 1.7 enoZ / 5A

150 m³/h 2475 m³/h

150 m³/h 2200 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.GB.eEr2ä [ . m t 11 m 5e 77 a 0 ³/x 55 1 h. 5 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-2A [ . m Vm 5 77 a 0 ³ 55/x 6 h. 5 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-2S [ . mmV5 77 a 0 ³ 55 x/ 6 h. 5 ][mm --³in/h.] 1 rulF PO / 01 enoZ / 4A

RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr2 [ . m 43 m F 55 a³ 5 /x 00 0 h. 3 ][mm --³in/h.] h/³m 526 1 rulF PO / 01 enoZ / 4A h/³m 525

RR ZAu aa bl uu luu mm fftt BNer.z.GB.eEr2ä [ . m t 22 m 5e 44 a 0 ³/x 00 1 h. 8 ][mm --³in/h.] 2 rulF PO / 01 enoZ / 4A

RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr2 [ . m 65 m F 55 a³ 5 /x 00 0 h. 4 ][mm --³in/h.] h/³m 098 2 rulF PO / 01 enoZ / 4A h/³m 097

RR AZu aa bl uu luu mm fftt BNer.z.DB.eEs2i [ n. m 11 m Ff 00 .a³ 5 / 00 /x 0 h .W5 ] aa [mm --³in/h.] 3 rulF PO / 01 enoZ / 4A

RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr2 [ . m 43 m F 50 a³ 5 / 00 x 0 h. 5 ][mm --³in/h.] h/³m 055 3 rulF PO / 01 enoZ / 4A h/³m 004

RR AZu aa bl uu luu mm fftt BNer.z.LBa.Efe2 [ t. m t 22 m 5e 00 a 0 ³ n / 00 x 5 h. 9 ][mm --³in/h.] 4 rulF PO / 01 enoZ / 4A

RR AZu aa bl uu luu mm fftt BNer.z.GB.eEr2ä [ . m t 22 m 5e 44 a 0 ³/ 00 x 2 h. 3 ][mm --³in/h.] h/³m 0921 4 rulF PO / 01 enoZ / 4A h/³m 0431 RVLL 3650°°CC E6 rkhWitzer

50 m³/h 150 m³/h 100 m³/h 100 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr2 [ . m 89 m F 50 a³ 5 x/ 00 0 h. 6 ][mm --³in/h.] hciereB PO RN / 21 + 11 enoZ / 4A h/³m 5533 h/³m 5503 RVLL 3650°°CC E5 rkhWitzer

RR ZAu aa bl uu luu mm fftt BNer.z.EBi.nEs2 [ c. m 22 mh5 22 al0 ³ . /x 55 2 h.P9 ] at. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABu.Es2s [ . m c 22 m 5h 00 a 0 ³ l /x 00 .3 h. P0 ] at [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBe.Ers2 [ .. m 44 m 5A 22 a 0 ³ u / 55 x 2 h.f.1 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LBa.Ef.2 [ R. m 11 m 5e 77 a 0 ³ i / 55 xn5 h.i8 ] g /La [ g mme --³inr /h.] RR AZu aa bl uu luu mm fftt BNer.z.EBi.nEl2e [ . m i 33 mt5u 00 a 0 ³ n / 00 x 5 h.g7 ] 3 [mm --³in/h.] h/³m 0052

RR AZu aa bl uu luu mm fftt BNer.z.EBi.nEl2e [ . m i 22 mt5u 77 a 0 ³ n / 55 x 5 h.g6 ] 2 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.EBi.nEl2e [m .i 22 mt5u 77 a³ 0 / nx 55h 5 .g ] 5 1 [mm --³in/h.] hciereB PO emuärnebeN / 1.31 + 31 enoZ / 4A h/³m 0552 VRLL 6305°°CC E6 rkhWitzer

RR AZu aa bl uu luu mm fftt BNer.z.MB.aEt2e [m .r 22 m 5ia 22 a³ 0 /xl 55h /5 .G ] 4er. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.EBi.nEl2e [m .i 33 mt5u 00 a³ 0 / nx 00h 5 .g ] 3 4 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.EBi.nEl2e [m .i 33 mt5u 00 a³ 0 / nx 00h 5 .g ] 2 5 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.EBi.nEl2e [ . m i 33 mt5u 00 a 0 ³ n /x 00 5 h.g1 ] 6 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.LBe.Eits2 [ t. m 22 em 5 22 la 0 ³ l / ex 55 4 h./7 ] Dikta [m tm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBO.EC2 [ T. m 11 m 5 00 a 0 ³/x 00 4 h. 9 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBu.Etz2 [ r. m .m 5 77 a 0 ³ 55/x 4 h. 8 ][mm --³in/h.] h/³m 0002 hciereB PO emuärnebeN / 31 enoZ / 4A

A4 / Zone 12 / NR OP Bereich675 m³/h A4 / Zone 11 / NR OP Bereich1875 m³/h

A4 / Zone 12 / NR OP Bereich625 m³/h A4 / Zone 11 / NR OP Bereich1875 m³/h

50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.EBn.Ets2 [ o. m 21 m 5r 27 ga 0 ³/ 55 xu6 h.n6 ] g [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.aEs2 [ c m . 11 m 5h 22 a³ 0z /x 55h .2 . ] S4aept [ . mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABr.Eb.2 [ U. m 11 m 5R 72 a 0 ³/x 55 2 h. 7 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.UB.mEk2 [ l. m . 11 m 5 P 22 a 0 ³/x 55 e2 h.r6 ] s. [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ÜB.bEe2r [ g. m 22 m 5a 55 a 0 ³ b /x 00 2 h.e8 ][mm --³in/h.] hciereB PO RN / 21 + 11 enoZ / 4A

50 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh2u [ . m h 99 m 5r 00 a 0 ³ e /x 00 5 h i.n0 ] igun [ g mm --³in/h.] muarhcawfuA / 41 enoZ / 4A h/³m 0582 h/³m 009 gnuginierhuhcS 6A VRLL 6305°°CC E5 rkhWitzer

RR AZu aa bl uu luu mm fftt BNer.z.ABu.Efw2 [ 22m .am 5 00 ca³ 0 00/ hxh 6 00 .r ] 0./Stü [ p mm. --³ /in / A h.] rb. RR AZu aa bl uu luu mm fftt BNer.z.PBu.Etz2 [ r m . m.5 55 a³ 0 00/xh 6 .] 0a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.WB.CE2 [ P. mm 5a 77 a 0 ³ t 55/x 6 h. 0 ] c [mm --³in/h.] h/³m 0022 muarhcawfuA / 41 enoZ / 4A h/³m 0022 Anl 1 a O 5 g P . e 0 B 0 0 0 e 4 r . m 1 e i ³ c Z / h h uluft Anl 1 a O 3 g P . e 5 B 0 0 0 e 4 r . m e 1 i ³ c Z / h h uluft A A A 3 3 3 g b e e k fe ü u h c lt htet A A A 3 3 3 g b e e k fe ü u h c lt htet A A 3 3 befeuchtet A4 gekühlt A4 gekühlt A5 gekühlt A4 A4 I A n n te la n g s e iv a 0 b 3 t e Z i u lu lu n f g t KreislaufverbundVsyesrrteomhr umnigt WKräerimslae ..ue ..fi . nv..es . p .r.be ..ui . s .n. u .d. n .s. g .y. s. u .t. nedm E snietfheeu cShcthuenmgsak:älte Rückgewinn A5 LF B ΔΔ uT i ppl tf0 et EA 1v r ok nn - ll df au a F e sm n i : s l g tee e : n: rstromI:SO ePM/11 ≥5 .5 2 0050 0%00 0 (m PP F aa7³/)h L L L L BR Δ e Δ a W ea e u u u T iu iu e p p n n ii f f f 0d s s r s t t t: : k L W 2u k v k . : t uuu n o o o a - n d nf n l n ut s a g K g: d d m s n s: i i r t te ze g e i i o o f r i r a ns : n n a l sll e e d atr n n : uo f S W vme o : i r n m b t u e m n r e : d 3r s :5 - y 1 ° s 4 C . . . t . . . 1 ° e . . . C . . . 5( / . . . mZ . . . . 3 . . . 0U / . . . 7 7 . . . 0 9 . . . ) , 5 . . . 0 5 0 . . . % % Pk m k%W P a r r ³ F F / a h RB LK L L Δ Δ WW e uu uT ä p p aa d ff f0 l tt t t u ssW L 3 tf v e ee n ss uo l emu d a ee - fl ut a i c s rr K :sp tv m n h s e t ü e o z u e tm e e h r f l n r a u a n n : l p g el m t l s :u e : rt e r r r e o an n m tsu S : t : rr o eo m nm Wm :: ienrt:e 3r:5 . 2 .. . .. 1 8 - . 1 .. 1° . .. 5 47 C . .. 4 . .. . . / .. 1 0 // ; . .. ° . 1 .. 0 0 91 3C . .. . 3 .. 0 0 83 7 . .. ; ,95 k P m °k ° m % 0 C C P Wa % ³ ³ r % / /a F h h rFrF,1,13gg//kkgg L L H BR t Δ WWΔ E tr r u uT L e L n ep p aa f f0dt i t t f z ss L W 4ue t v el ss u nu o e m a ee -dc fl i uts s h rr aE : ptv t m s tn e u r u e oe zh m n e n r l f ru i a ag g nt : p z m l t s : s l ue e k t e r r r ä r e o an lt n m t e su: - t : r R reo ü nm c : k : e5F g B P07 e T %M w 0 1 i 1 n F .. .. 1 . .. .. n .. i .. .. l 5 .. .. .. t .. .. .. e . .. .. 0 // .. .. r .. .. v 0 .1 .. .. . .. .. o 0 .7 .. .. . .. .. re P ° m k °mk r CC W P w a³ ³ / /a ä h h rmung1 B L N ME N BR . G W SW S B 5 T uT e x ee T FF 0 o e e i 0 f0d t r 0 nn 0 PP t tse k l 2 5u o v 8 lnn ar e v m u n o r K n ls m : dn - e n d l ³ e p u l / rl a i g a V t h es e a mp n P s s e tih n s r z u g s e r n e z n f t e n e r a n u t s a ua i s g : l s n l s l h nd a s : µ t g u l r g t u : : oo : n : n rmgg:: : BT03 .. . .. .. . .. 1 B .. . .. .. . .. 51.. . .. T .. . .. .4.. . .. 4 0 0 9 .. . .. 5.. . .. 0 0 4 , .. . .. 5 0.. . .. 0 0 .. . .. 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V . .. s . . .. 7. 1. .. . y . .. e .. .. // 5. .. s 7 r . .. 3. 0. .. r . , t . .. 0. 5 0. .. oe . . .. hm mP ° k °k mCC P W r a³ ³ u / /a m h h nigt WKräerimslae ..ue ..fi .vn .e. s .rp ..be ..ui . s .n. u .d. n .s. gy.. s. u .t.en H md y E d s ra nie u t l fh ik ee m u o cS d h u c l thu RV en LL m 36 g 50° s ° a CC k:ä N8 lt 5a e ck hW R er ü h c itz k e g r ewinn FLB ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rst SW SW ro o o i i m n n m m t t e e I: m m S r r e: e: O r r : : e 2 2 2 2 P 2 2 3 3 M , , , , 2 2 2 2 / 1 ° ° ° ° 1 C C C C ≥3 ; ; ; ; . 5 2 5 m m m m 0 0 0 5 i i a a % n n 0 0 0 x x . . . . (m PP 2 2 F 5 5 1 1 aa 1 1 7³ , , / 5 5 , , )h 5 5 % % % % r r rF rF F F BB LL B LB ΔΔ Δ uu u T ee a p px ff f 0 ff u tt t eeL L W 2 ft v a ee uuu uo r um a - ccf t fl t u: t c s hh a : :p m h s tt d e .u e tW i e er n a r e5F e5F a B B n n : g b P0 P0 i 7 7 t r s T T : % % u s a M M k t 0 0 m r t . 1 1 r e G e 1 1 o e n m r B na : : e gd f e. e :: ucht A e 2 r 3 n . 9. .. . . .. 1 ,. . .. 2. /. .. 3 l 1 . . .. a O . 1. .. . /. . .. 5 . 1. .. 3 g 1. . .. 0 4 . ,. .. P 8. 3. .. 0 2 . W e . . .. 5 %g kg ° b mP E B 0 C 0 g / /a H a³ k k/ 0 r e / 4 g hg h B B r . T T m e 2 0 0 2 2 i ³ c Z / h h ul L LW LeaLea B Δ Δ u u u ui e iu u T p p n n f i f f f i s s 0 r B B t : s : t t t kW L . : 3v k k T T tu uuo o o 0 0 an - nfl n n 3 3 ut sg K g: d d m ss: i i r t t eg ee i i o o rr ins :a n n sl d e e at : r n n uo f W S vme o : i r n m b t u e m B B n 2r: e 2 T T d r , 0 0 s 2 :1 4 4 y . ° 8. s . . . . C . . . . 1t °° . . . e . . . C 3 C ( / . . . 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U / . . . 7 0 7 S . . . 9 ) . . . , 0 5 . . . o 5 0 . . . m % % kP %k m Wm W P a r r ³ F F e / a in h rt:e 3r:5 - °1C4; °3C7 L EM N B N G W SSW ;, u 59 T x ee FF o e e i 0 f0 t r nn % PP t tse k l 3 o v lnn % ar e v u r o r K n ls F m : dn - e n r l p e F u l , rli g a V 1 t es e a , mp 3 P 1 s s e tih n s r u gg g s e r n e z n t // n e e r n u k t k s a ua i g s : gg s n l s h nd a s : µ tt tu g rr l r g t u : : LL oon : : n rmgg:: : 2 x .. . .. .. . .. 1 2 .. . .. .. . .. 5 1.. . .. x e5F .. . .. . B 3.. . .. 4 0 P07 .. . .. 9 0.. . .. 0 0 T %M .. . .. , 0.. . .. 0 0 5 0 1 .. . .. F 1 mPPUkk W% i V lt WW aa e / ³ s m / r h / v m i o n r ³ erwärmu L LK L B Δ Δ WW n uu uT äp p g aa ff f0 l tt t t ss L W 4 tf v e ee ss uo 3 l B B emu a ee - fl . ut T T 0 i c s rr K :sp tv m 0 0 1 h s e t ü e o 0 2 1 u e tm e e h r l n ru m a n n : l p g e m t s : ³ u e : r / t h e r r r e o an n m tsu : t : rre 3 onm 0 :: .000 . 2 .. 1 7 . .. . 3 .. 1 47 . .. . .. m . . .. 0 // . / .. . .. 0 9 5 1 . 1 .. . .. ³ 0 4 5 3 . 5 .. . .. /h mPk° B % km° C C W P T a³ ³ r 0 / /a F h h 3 LL B L BBL eS Δ u uuu T l e a p p e f fff f u a t ttt 0 k e Lv fft a n 5 t eee u uo r r n uum i - c t fl s :u u t cc h B c :p m n hh th e e u g tt e e ee f r n : e a n nn gL u t s u se ar c t m er r i h b s e o l t aset n m e u ot n : r i n : vlgu g : et : :: e1in7t°rC. / 1 /a 1e 1u1 .l 8 4 0e s 86 / ° 0 0 B B t k Cr 22 7 0 0t T T . ri 0 0 s P g% kk ° V m 4 8 c C gW / a h³ kr / / F hg h B L LH B Δ WWΔ T u u T 0 ep p aa f f 5 0 i t t z ss L W 6v t el ss uo e e8F m a ee - fl B P0 i 9 uts s rr % E M : T ptv t m s e u 1 r 1 e oe h m n e 0 r B lru i ag nt : T p z m t: s u 0 e et e 6 r r r r e o an n m tsu: t : rreo e8F nm B P09 : T %M : 0 1 7 .. .. 1 . .. .. .. .. .. 1 .. .. .. .. .. .. SW . .. .. 0 // .. .. o .. .. 0 .1 .. .. i . mn .. .. 0 .8 .. .. . t .. .. me mP °k m° k S re W : CC P W o a r ³ ³ 1: m / /a i 7 n h h 2, tm 00 e , re 5° :r C 1: ° ; 81 C 8 ,8 ; 0 LF B , ΔΔ , 70 0 u ° T i pp 9 l C % tf ° 0 et C % AE ; 7v r r 5; F oknn r - 5 F 7 , ll fd 1 au a ,4 , F 0 e 1g sm n i % : 2/ s l % k g te g e e g r : r n / F : r tk F r s , gL ,9 t 7 t r , r g5 o L /g m k/g 1 k I: t 7 S gr . tL O 3 rL 2 e 5 P m 9 M 8 ³ / / 0 1 h 1 0 ≥1 m .8 2 0 ³ 072 0 / % h 55 0 (PP mFaa 9³/)h L LB K L Δ WW Δ uu uT äp p aa ff f0 l tt t t ss L W 8 tf v e ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: 2 . .. . .. 1 3 . .. 7 . .. 9 7 . .. 4/ . .. . 2 . .. 0 / . .. / 0 . .. 0 8 4 1 . .. , . .. 0 0 0 3 5 . .. m m P ° k ° k %C C W P a³ ³ r / /a F h h LF B ΔΔ uT i pp l tf0 et AE 9v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/11 ≥9 .8 2 00 2 0 7% 5 0 5 (m PP Faa 9³/)h L HL B Δ W ΔW u u T ep p aa f f 1 i t t z ss L W H 0v t el ss uo e y m a ee - f d l i uts s rr E r : ptv t m a s e u r e o u e h m n e r l l r i u i ag n k t : p z m t m : s ue et o e r r r r e o a d n n u m tsu l : t : rre R o VLL nm 36 : 50 : °°CC1 . .. N . .. 1. 5 . .. . a . .. 7. 3 0 . .. . c . .. . . .. // 0 hk . .. . .. 3. 1 0 eW . .. . . .. 5. 8 0 r . .. . hi Pm k°° km tz CC P Wa e ³ ³ / /a r h h F BL ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rst SW ro oi m mntme I:S re: O r : e 22 P 54 M , 5°C / 1 ° 3 ;C ≥0 m; . 5 2 0 min 0 0 0 5 .a % 0 0 0 2x .6 (m PP 5 F % aa 4 7³/ r )h %FrF BL LLBB B Δ ΔΔ u uu T a ee p px f ff 0 u ff t tt eeL L W 2 v tf a ee uuu uo r mu a - ccf t fl t u: t c s hh a : :p m h s tt d e e5F .u B e tW i P0 e 7 er n a r T % a M n n : g b i 0 t 1 r s :u s a 1 k t m r t . r e G e o e n m r B na : : e gd f e. e :: uchte 21 r . . .. 5. . .. 3 1 . . .. ,. . .. 0 5 . . .. / . . .. . 1 . . .. 0 /. . .. 3 . . .. 0 7 2. . .. , . . .. 0 8 03 W . . .. mP° %k b g g E C g a / / a H B ³ k k/ r / h T g g h 02 B L L L L ea ea B Δ Δ W T u e iu u u ui T p p n n i 0 f i s s f f 0 r s : : t t t k L W 3 . : 3v k k t uuuo o o a - nnfl n n ut sg K g: d d m ss: i i r t t e I e g A e i i o o n r i r n : s n n a n t sl e e d a 3 e t l r n n : u a 0 n o f W S vm g . s e 0 o : e i i r n m v b 0 t u e a m 0 0 n r b : e 3 d r m s t : 2 2 e A y . 4 0. s ³ . i . . . . b . . . 3 / t l ° °° . . . e u h . . . C C 0 C ( l . . . Am . . . . u n . . . 0 . B / // B . . . . . . . 0 7 . f 2 9. g T . . . ) . . . . . t 0 5 .6 0. . . . 0 . . 4 /% %% mP k k% .. W P . a r rr ³ .F FF . / a . h LG ME NN B W SSW uT x ee FF e o e i f0 t r nn s PP t t e k l 4 o v l a nn r e v u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : µ ut gl r g t u : : n oo : : ng rm g: 3 : : 0.000 2 m x ³/ .. . .. h 1 .. . .. 2 .. . .. 5 .. . .. 1.. . .. x . .. . .. 0 2.. . .. 4 7 .. . .. 00.. . .. 0 , .. . .. 0 5 0.. . .. 0 .. . .. U PP m kkV W% WW aa / ³ m s / / h m in ³ 1 B FL ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO eP SW M oi / nm 1 t 1 em ≥8 r e: .5 0 2 r- 00 :1 50 %0 34 00 5 ° (PP m C F °C aa ; 7³ / ;9 )h 307 %,5r F%, L L BL L Δ e Δ a ae W 1r u u e u F T i u iu g p p n n i f f i f ,/ 0 s s r s t t t 1k : : k L W 2v k k : . t g3 uuuo o o tg a - r nnfl n n L/ ut s k g K g: d d m s g s: i i r t t e t e g r e i i o o r L i r n : s n n a sl e e d atr n n : uo f W S vme o : i r n m b t u e m n r: e d e5F 3 B r s P07 :5 - T %M y 1 ° 0 s 1 4 C . . . 1 1t . . . ° e . . . F 8( C . . . / . . . Zm . i . . . 3 l 0. . . U t / . . . e 7 0 7 . . . 9 ) . . . r , 0 5 . . . 5 0 v . . . o % % Pk k m % B r B E e P Wa T r r ³ T r F F / a 0 w n 0 h 2 A ä 7 t r b m n 1 i u l n a n 8 g d g KL L L B WW . Δ Δ 0 u u u u T ä e p p aa 2 f f f 0 l 0 n t t t t ss . 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Pk° m % k °m C C W P a³ ³ r / /a F h h BT05 e8F P09 M N E N W LG WS B S %M uT x ee FF o e 1 e i t f0 r nn P t s P e t k lo 5v l nn ar e vu r o n K ls m : dne n -l e p u l rli g a V t es e a pm P s s ti e h n s r u g s r ee n z n tn e r e u ns t a ua g s i : n ssl h nd a s : µ g ut l g u rt : :: n oo : ng rm g W : S : : oinmtemr:e 1r:8 2 2, 0 .. . .. x 0 .. . .. 2 .. . .. ,° 9 .. . .. 5C 1.. . .. x . .. . .. 03.. . .. 4 °; .. . .. 5 C 00.. . .. 0 8 .. . .. , 00.. . .. 0 5 ;, .. . .. 07 U m k PP k %V W 9% WW aa/ ³ %r m s / F h / r, m i F1 n ,g ³ 1/2kggt/rkLg LB F ΔΔ t uT i r pp l L tf0 et AE 6v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/11 ≥8 .8 2 0072 0%55 0 (m PP Faa 9³/)h L H B L Δ WΔ W u u T e p p aa f f 0 i t t z ss W L 7v t el ss uo e m aee - fl i uts srr E : p vt t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: . .. . .. 1. . .. . 2. .. 7. . .. . .. .. 0. .. // . .. 0. .. 3. 1. .. . 0. .. 5. 2. .. . 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W .s..tä .erm H m y d es r e a ie u in l h ik se m p o Se du ics l hu RV en LL m 36 g 50°° a CC : N90a ckhWerhitzer FLB ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rst SW ro oi m nmte I: m S re: O r : e 22 P 35 M , 0° / C 1 ° 1 ;C ≥8 m; .5 m 2 0 a 050 0 xi % n 0 . 0 0 .6 ( 2 P m P 1 F 0 aa % 7³ , / 5 )h r F%rF L L B LB BB Δ ΔΔ u u u T ee a p px f f f 0 ff u t t t ee L L W 2 t v f a ee uu u uo r mu a - cc f t fl t u: t c s hh a : :p m h s tt d e u. e tW i e er n a r e5F a B n n : g b P07 i t r T s % : M u s a k t 0 E m 1 r t . r e 1 G e o e n n m r B A na : t : e gd b n f e. e 1 i :: l n u a 8 c d g h .0 u t e e 1 0 n r . . .. 2 . . .. 1 2 0 . . .. 0 g . . .. 8 5/ . . .. 5 . . .. . 1 . . .. 0 / m . . .. 3 / . . .. 0 2 7 . . .. , A . . .. 0 1 5 8 H W . . .. ³ b / Pm ° k% b g g E o h C g a / / a l H³ k k l u / r / d h g g h B f i T t n 0 g 2 B L L L L a Δ ea ΔW e u e u u T u iu i p p n n i f i f f 0 s s r s t t t : : k L W 3 k v k : . t uuu o o o a - nnf n l n B ut sg K g: d d T m ss: i i r 0 t t e e g e i i 3 o o r i r ns :n n a sl e e d atr n n : uo f W S vme o : i r n m b t u e m n r: e d r s : 2 2 y . 3 1. s . . . . . t . . . 1 ° °° e . . .. . . C C 8 C ( . . . mA . . . . . . . 0 ./ // B . . . . . . . 0 7 .2 9. . . . ) . . . . . 0 5 .1 0. . . . . . /% %% P k k% m .. W P . a r rr ³ .F F B F . / a . h T04 EM L N B N G W S WS uT x ee FF o e e i f0 t r nn PP t tse k l 4 o v lnn ar e v u o r K n ls m : dn - e n l e p u l rli g a V t es e a mpP s s e tih n s r u g s e r n e z n t e n e r n u t s a ua i s g : s n l s h nd a s : µ t g u l r g t u : : oo : n : n rmgg:: : 2 .. . .. x .. . .. 2 .. . .. 9 .. . .. 1.. . .. x . .. . .. 01.. . .. 4 1 4 .. . .. 05.. . .. 0 8 , .. . .. 5 00.. . .. 0 . .. . .. 00 PU Pm kk W%V 0 WW aa / ³ s m m / / h m i ³ n /h ³

125 m³/h 150 m³/h 150 m³/h 80 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.VBe.Ers2 [ .. m 22 m 5S 55 a 0 ³ t / 00 xe2 h.r5 ] i [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBt.eEr2i [ l. m 53 fm Flu 07 a³ 5r / 05 x 1 h. 4 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBt.eEr2i [ l. m 44 fm Flu 77 a³ 5r / 55 x 1 h .A3 ] chse [m m1 --³in- / 4 h.] RR AZu aa bl uu luu mm fftt BNer.z.SBt.eEr2i [ l. m 53 fm Flu 05 a³ 5r / 00 x 1 h .A3 ] chse [m mA --³in/ - h.C ] RR ZAu aa bl uu luu mm fftt BNer.z.SBt.eEr2i [ l. m f 54 m Flu 50 a³ 5r /x 00 1 h . 2 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.MB.aEt2e [m .r 11 m 5ia 55 a³ 0 /xl 00h 1 ./ ] 2Ger. [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SBt.eEr2i [ l. m f 54 m Flu 55 a³ 5r /x 00 1 h . 1 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE2 [ P m . m 5 77 aa³ 0 55 t /xh 6 .] 0b [mm --³in/h.]

KreislaufverbundVsyesrrtoehmr umnigt WKräerimslae ..ue ..fi .vn .e. s .rp ..be ..ui . s .n. u .d. n .s. gy.. s. u .t.enmd Esnietfheeu cShcthuenmgsak:älte Rückgewinn VeKrrreoihsrlauunfgv eKrrbeuisnlda. s .u. y .f.vs .e. t . er..bm ..u. .nm ..d. i . ts. y. W .s.. ät.ermm eseieinhsep Seicshuenmga: SWoimntmere: r1: 72,00, 5° C°C; 8; ,709 % %rFrF,1,1g2/kgg/ktrgLtrL Hydraulikmodul SWoinmtemre: r : 2245,,05 °°CC;; mmianx. .2 573,5,5 % %rrFF 34.000 m³/h SWoinmtemre: r : 2236, 0°C °;C m; maxin. .5 290 % %rFrF 34.000 m³/h Hydraulikmodul SoWmminteerr:: 2108,,50 °°CC;; 789,0 % %rFrF,1,12gg//kkggttrrLL WSoinmtemr:e 1r:8 1,08 ,°0C °; C5;5 7,04 %%rrFF,,79g,5/kgg/ktrgLtrL RVLL 3650°°CCN17a0c hkeWrhitzer RVLL 3650°°CCN17a5c hkeWrhitzer SoWmminteerr:: 2148,,50 °°CC;; 689,0 % %rFrF,1,13gg//kkggttrrLL FLB ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/13 ≥4 .5 2 0050 0%00 0 (PP mFaa 7³/)h L L L L B Δ WΔ ea ea u e u u T iu iu p p n n i f i f f 0 s s r s t t t : : k L W 2v k k. : t uuuo o o a - nnfl n n ut sg K g: d d m ss: i i r t t e e g e i i o o r i r ns :n n a sl e e d atr n n : uo f W S vme o : i r n m b t u e m n r: e d 3r s :5 - y 1 ° s 4 C . . . t . . . 3 ° e . . . ( C . . . 4 / . . . Zm . . . . 3 . . . 0U / . . . 7 7 . . . 0 9 ) . . . , 5 . . . 0 5 0 . . . % % Pm k%k W P a r r ³ F F / a h LGEM NN S B W W S uT x F ee F e o e i f0 t r nn P s P t t e k l 3 o v l a nn v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s µ : ut gl r g t u : : n oo : : ng rm g:: : 2 x .. . .. .. . .. 1 .. . .. 2 .. . .. 71.. . .. .. . .. . x 4.. . .. 4 0 .. . .. 5.. . .. 0 0 1 .. . .. 0.. . .. 0 0 1 .. . .. mPPUkk %V W WW aa/ ³ m s /h /m in ³ B LL K L WΔ W Δ uu uT ä p p aa ff f0 l tt t t ss W L 4 tf v e ee ss uo l emu aee - fl uti c srr K :sp vt m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: . .. . .. 1 27 . .. 7 . .. 5 34 . .. . .. . / . .. 4 // . .. 8 1 . .. 0 19 . .. 5 3 . .. 0 46 . .. P mk ° °% m k C C P Wa ³ ³ r / / a F h h L L LL B BeS B Δ u u uu l T a e p p e f f ff u f a k t t tt 0 e Lt v ff a nt 5 e ee ur uo r ni m uu - cs t fl u u: t cc hc B :p n m hh ht e e u g tt e e ee f r n : e a n nn Lg u t s e u sar c t e mi r r h b s e o l t t ase n m e u ot n : r n i : vlgu g : et : :: e1i7n°trC. 1 // 5 a1 e 1 . u8 1 4 4l e s/ ° 1 0 0 8 t k Cr75 0 0 5 t . rism °P % kk g V C c gW / a³h rk/ / F hg h L H B L Δ Δ WW u u T ep p aa f f 0 i t t z ss L W 6v t el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: .. .. .. .. 1 . .. .. .. .. .. 5 .. .. .. .. .. .. . .. .. 4 // .. .. .. .. 0 .1 .. .. . .. .. 0 .8 .. .. . mPk k °° mCCW P a³ ³ / /a h h LF B ΔΔ uT i pp l tf0 et AE 7v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/11 ≥5 .8 2 4072 0%55 0 (m PP Faa 9³/)h L K LL B Δ WWΔ u uu T äp p aa f ff 0 l t ttt ss L W 8v fte ee ss uo l e um a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: 27 . .. . .. 1 34 . .. . .. 8 7 . .. // . .. . 27 . .. 6 / . .. 09 . .. 0 4 1 . .. ,, . .. 0 0 3 55 . .. mPk %° ° km C C W P a³ ³ r / /a F h h L HL B Δ WWΔ u u T ep p aa f f 0 i t t z ss L W 9v t el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: . .. 1. . .. . . .. 7. 3. .. . . .. .. .. // 0. .. . .. 3. 1 0. .. . . .. 5. 8 0. .. . . .. Pm k°°mk CC W P a³ ³ / /a h h LF B ΔΔ uT i pp l tf1 et AE 0v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/11 ≥8 .8 2 60 2 0 7% 5 0 5 (m PP Faa 9³/)h LF B ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/13 ≥4 .5 2 0050 0%00 0 (PP mFaa 7³/)h BL LLB B B Δ ΔΔ u uu T a ee p px f ff 0 u ff t tt eeL L W 2 v tf a ee uuu uo r mu a - ccf t fl t :ut c s hh a : :p m h s tt d e .u e tW i e er n a r a n n : g b i t r s :u s a k t m r t . r e G e o e n m r B na : : e gd f e. e :: uch 1 t 0 e 2, r . . .. 85. . .. 3. . .. ,. . .. / 4 5. . .. . . .. 1 . . . .. 0 /. . .. 3 . . .. 0 8 2. . .. , . . .. 1 0 9 0 W . . .. mP % ° k b g g E C g a / / a H³ k k/ r / h g g h L L L L B Δ ΔW ea ea u e u u T iu iu p p n n i f i f f 0 s s r s t t t : : k L W 3v k k. : t uuuo o o a - nnfl n n ut sg K g: d d m ss: i i r t t e e g e i i o o r i r ns :n n a sl e e d atr n n : uo f W S vme o : i r n m b t u e m n r: e d 2 r s : 4 2 y . 0. ° s . . . . C . t . . . 3 °° e . . . . . . C 4 C ( / . . . mA . . . . 2 . . . 0 . // B . . . . 7 . . . 0 7 . 9. . . . ) . . , . . . 0 5 . 0. 5 . . . . . / %% % m k Pk% .. P W . a rr r ³ . FF F. / a . h LGE N S M N B W W S uT x F ee F e o i e f0 t rn P n s P t t e k l 4 o v l a nn v r e u o r K nm sl : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s µ : ut gl r g t u : : n oo : : ng rm g:: : 2 x .. . .. .. . .. 1 .. . .. .. . .. 7 .. . .. 1 2 .. . .. . .. . .. 4 02 .. . .. x .. . .. 0 00 .. . .. 8 .. . .. 0 00.. . .. mPP % kkU V W WW aa/ ³ m s /h /m in ³ LF B ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/13 ≥4 .5 2 00 0 0 5% 0 0 0 (m PP Faa 7³/)h BL L B B L B Δ ΔΔ u uu T a ee p px f ff 0 u ff t tt ee L L W 2 v ft a ee uu u uo r um a - cc f t fl t :ut c s hh a : :p m h s tt d e u. e tW i e er n a r a n n : g b i t r s :u s a k t m r t . r e G e o e n m r B na : : e gd f e. e :: uch 1 t 2 e , r . . .. 3 . . .. 3 2. . .. . . .. / 4 6. . .. . . .. 1 . . . .. 0 /. . .. 4 . . .. 0 2 7 . . .. , . . .. 2 0 1 5 W . . .. mP g k b ° g % E C g / a/ H a³ k k/ r / g hg h L B L L L WΔ Δ ae ae e u u uT ui ui p p n n ii f f f0 s s r s t t t : : kW L 3 k k v . : t uuu o o o a - nnf n n l ut sg K g: d d m ss: i i r t t e e g e i i o o r i r n : s n n a sl e e d atr n n : uo f W S vme o : i r n m b t u e m n r: e d r s : 2 2 y . 3 1. s . . . . . t . . . 3 ° °° e . . . ( . . . C C 4 C . . . Am . . . . . . . 0 . B / // . . . . 7 . . . 0 .2 9. ) . . . . . 5 . . . 0 .0 0. . . . . . / P % %% k k% m .. W P . a r rr ³ .F FF . / a . h B N E N L M S G S W W uT x ee FF o e e i f0 t r nn PP t tse k l 4 o v lnn ar e v u o r K n ls m : dn - e n l e p u l rli g a V t es e a mpP s s e tih n s r u g s e r n e z n tn e e r n u t s a ua i g s : s n l s h nd a s : µ tu gl r g t u : : oon : : n rmgg:: : 2 x .. . .. 1 .. . .. .. . .. 7 .. . .. 1.. . .. 2 . .. . .. 02.. . .. 4 .. . .. x 00.. . .. 0 .. . .. 00 8 .. . .. 0 .. . .. PPU k W k %V m WW aa/ ³ m s / / h m in ³ LF B ΔΔ uT i pp l tf0 et AE 1v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/13 ≥4 .5 2 00 0 0 5% 0 0 0 (m PP Faa 7³/)h L a BL Le a Le Δ WΔ e u u ui u ui T p p n n ii s f fs f 0 r s : : t t t k L W : . 2v k k t uuuo o o a - nnfl n n ut sg K g: d d m ss: i i r t te e g e i i o or i r ns : n n a sl e e d atr n n : uo f S W vme o : i r n m b t u e m n r e : d 3r s :5 - y 1 ° s 4 . . . C . . . 3t ° . . . e . . . 4( C / . . . Zm . . . . 3 . . . 0U / . . . 7 . . . 0 7 9 . . . ) , . . . 0 5 5 0 . . . % % kPm %k W P a r r ³ F F / a h B NN EM L SSW W G uT x ee FF o e i e f0 t r nn PP t tse k l 3 o v lnn ar e v u o r K n ls m : dn - e n l p e u l rli g a V t es e a mpP s s e tih n s r u g s e r n e z n tn e e r n u t s a ua i g s : s n l s h nd a s : µ t g u l r g t u : : oo : n : n rmgg:: : 2 x 2 .. . .. 1 .. . .. .. . .. x 7 .. . .. 1.. . .. . .. . .. 1 03.. . .. 4 .. . .. 0 07.. . .. 0 .. . .. , 05.. . .. 5 0 .. . .. PPU W% kV k m WW aa/ ³ m s / / h m in ³ B K L L L Δ Δ W W u u u T ä p p aa f f f 0 l t t tt ssW L 4 f v te ee ss uo l e um a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: 2 . .. . .. 2 4 . .. 6 . .. 0 7 . .. 9/ . .. . 2 . .. 0 / . .. / 0 . .. 0 7 5 1 . .. , . .. 0 9 0 3 5 . ..k Pk ° m % m ° C C P Wa³ ³ r / /a F h h H LB L Δ WΔ W u u T ep p aa f f 0 i t t z ss L W 7v t el ss uo e m aee - fl i uts srr E : p vt t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: . .. 1. . .. . . .. 7. 3. .. . . .. .. .. // 0. .. . .. 3. 1 0. .. . . .. 5. 8 0. .. . . .. Pk m km°°CCW P a³ ³ / /a h h B FL ΔΔ uT i pp l tf0 et AE 5v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/12 ≥0 .8 2 00 2 0 7% 5 0 5 (PP mFaa 9³/)h B FL ΔΔ uT i pp l tf0 et AE 6v r oknn - ll fd au a F e sm n i : s l g tee e : n: rstromI:SO ePM/11 ≥4 .8 2 00 2 0 7% 5 0 5 (PP mFaa 9³/)h 2.4 m ,h1 u/. a³4mr t f e u0g l0n a0e ln.ß0A u3- A TLR 2.4 ,hm 1/.³u 4ma r e 0t g f0u a0lt ln r.7o A2F -TLR RVLL 3650°°CC E5 rkhWitzer h/³m 5792rulfiretS / 9 enoZ / 4A h/³m 5742rulfiretS / 9 enoZ / 4A A3 gekühlt Filtervorerwärmung1.500 m³/h BT08 SomWmienrt:e 3r:5 - 1°C4 ;° 3C7; ,950 % %rFrF,1,13gg//kkggttrrLL e5F B P07 T %M 0 1 1 BT02 BT02 BT A 03 nl 1 a O 5 g B P . e T 0 0 B 0 4 0 0 e 4 r . m e 2 B i ³ c Z T / h 0 h u 5 luft BT06 e8F P09 B %M T 1 07 BT03 BT03 BT01 LGEM NN S B W W S u x F T ee F e o e i f t r nn P 0 s P t t e k lo v l a nn 1 v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: µ n oo : : n : g rm g:: : ........ ........ ........S ........ ........ 2 F ........ ........ 5 P ........ ........ 0........ ........3 0........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ BT03 BT09 BT04 BT05 BT02 Redundanzfall BT02 BT03 1 1 5 5 0 0 0 0 m m ³ ³ / / h h A A A 3 3 3 / / / Z Z Z o o o n n n e e e 1 1 1 4 4 4 . . . 2 2 1 + + / N 1 1 R 4 4 . . 3 3 P I / / N N N F R R P P I I N N F F 2 2 4 4 2 2 5 5 m m ³ ³ / / h h A A 3 3 / / Z Z o o n n e e 1 1 4 4 . . 1 1 + + 1 1 4 4 . . 2 2 + + 1 1 4 4 . . 3 3 / / N N R R P P I I N N F F L LB HΔ Δ WW u u T ep p aa f f 1 i t t z ss L W 0v t el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag n : t p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: . .. 1. . .. . . .. 7. 3. .. . . .. .. .. // 0. .. . .. 3. 1 0. .. . . .. 5. 8 0. .. . . .. m k P m k°°CC P Wa³ ³ / /a h h BT03 BT02 BT03 BT04 BL HL Δ Δ WW u u T e p p aa f f 0 i t t z ss W L 4v t el ss uo e m aee - fl i uts srr E : p vt t m s e u r e oe h m n e r lru i ag n : t p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: . .. . .. 1. . .. . . .. 7. 2. .. . . .. .. .. // 0. .. . .. 3. 1 0. .. . . .. 5. 2 0. .. . k Pm m k°°CC P Wa³ ³ / /a h h BT06 BT03

A3 / Zone 14.4 + 14.5 / Nebenräume PINF1175 m³/h

A3 / Zone 14.4 + 14.5 / Nebenräume PINF1125 m³/h

1500 m³/hA3 / Zone 14.2 + 14.3 / NR PINF 1500 m³/hA3 / Zone 14.2 + 14.3 / NR PINF

750 m³/hA3 / Zone 14.2 / Schleuse NZ NR PINF 750 m³/hA3 / Zone 14.3 / Schleuse NZ NR PINF

750 m³/hA3 / Zone 14.2 / Schleuse NZ NR PINF 750 m³/hA3 / Zone 14.3 / Schleuse NZ NR PINF

Anlage 02 Zuluft 34.000 m³/h An 3 la 4 g .0 e 0 0 0 2 m A ³ b /h luft An 3 la 4 g .0 e 0 0 0 1 m Z ³ u /h luft Anlage 01 Abluft Filtervorerwärmung3.000 m³/h 34.000 m³/h Filtervorerwärmung3.000 m³/h SWoimntmere: r-:1 345 ° C°C; ;9 307 %,5r F%,1rFg,/1k3ggtr/LkgtrL e5F B P07 T %M 0 1 1 B B T T 1 0 1 2BT02 B B T T 0 0 3 3 B B T T 0 0 4 8 BT0 B 9 T05 e8FB P09%M T 1 10 BT06 e8FB P09T %M 0 1 7 e5F B P07 T %M 0 1 1 BT02 BT03 BT03 B B T T 0 0 4 4 e5F B P07 T %M 0 1 1 BT02 BT03 BT03 B B T T 0 0 4 4 SomWmeinrt:e 3r:5 - °1C4; °3C7;, 59 0% %rFrF,1,31gg//kkggttrrLL e5FB P07% T M 0 1 1 B B T T 1 0 1 2BT02 B B T T 0 0 3 3 B e8FB P09 T %M T 0 7 1 4 BT05 e8FB P09T %M 0 1 6 h/³m 0051 h/³m 0031 900 m³/hA4 / Zone 13.1 / Nebenräume OP Bereich FNIP emuärnebeN / 5.41 - 1.41 enoZ / 3A 900 m³/h A S n c l h a 9 u g 0 h e 0 r 0 e m 6 in ³ i A / g h b u l n u g ft LGEMWNNWS B S u x F T ee F e o e i f r t nn P 0 s P t t e k lo v l a nn 1 e vu r o r K nm ls : n n d - e l e p u l l g r i a V t es e a pm s P s i e t h n s r g u s eer n tz nr e n e u ns t a a u i s g : n ssl d h n a s : u g t l r g t u: µ n : oo : n : g rm g:: : ........ ........ ........S ........ ........F ........ ........ 9 P ........ ........ 0........ ........ 0 3 ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ 5 5 7 7 5 5 m m ³ ³ / / h h A A 5 5 / / Z Z o o n n e e 1 1 1 1 / / Z Z o o n n e e E E l l e e k k t t r r o o - - R R ä ä u u m m e e 3 3 . . O O G G 425 m³/hA3 / Zone 10.2 / Schleusen 625 m³/hA3 / Zone 10.2 / Schleusen RR AZu aa bl uu luu mm fftt BNer.z.IBT.-ES3V [ . m 11 m 5- 77 Oa 0 ³/ 55 x 0 h P. 7 ] -2.O [ G mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LBR.E-23 [ .. m 11 mO5 55 a 0 ³ G / 00 x 0 h. 6 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LBR.E-23 [ .. m 11 mO5 00 a 0 ³ G / 00 x 0 h. 5 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-3A [m . mV5 77 a³ 0 55/xh 0 .] 4 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-3S [m . mV5 77 a³ 0 55/xh 0 .] 3 [mm --³in/h.]

RR ZAu aa bl uu luu mm fftt BNer.z.LBT.EG2 [ /. m A 22 m 5 55 Na 0 ³/x 00 4A h. 7 ] Ea [mm --³in/h.]

625 m³/hA3 / Zone 10.2 / Schleusen 425 m³/hA3 / Zone 10.2 / Schleusen

50 m³/h 50 m³/h 50 m³/h 50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1le [ . m11 5 mu 05 0sa³/00 xe1 h. 4 ] a [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1le [ . m11 5 mu 05 0sa³/00 xe1 h. 5 ] a [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1le [ . m11 m 5u 05 a 0s ³x/00 e1 h. 7 ] a [mm -- ³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh1l [ e. m11 m 5u 05 a 0 ³ s /x 00 e1 h. 8 ] a [mm³-- in/h.]

RR AZu aa bl uu luu mm fftt BNer.z.MB.aEt0e [m .r 11 m 5ia 22 a³ 0 /xl 55h 5 .] 2 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.TBe.Ec0h [ . m nm 5 77 iak0 ³ 55/x 5 h.E3 ] RCP [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.LBR.E /0 [ E. mm 5 77 Da 0 ³ 55/xV5 h. 4 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.UB.VE-0A [ . m Vm 5 77 a 0 ³ 55/x 5 h. 5 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-0S [ . m Vm 5 77 a 0 ³ 55/x 5 h. 5 ][mm --³in/h.] h/³m 524 1 enoZ / 1A / 1PS

RR ZAu aa bl uu luu mm fftt BNer.z.MB.WE0ä [ . m 22 sm Fc 27 a³ 5h /x 55 1 h.e8 ] / /F alu [m rm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 22 m 5 00 a 1 ³/x 00 9 h.][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 22 m F 00 a³ 5 /x 00 2 h. 0 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 11 m F 55 a³ 5 / 00 x 2 h. 1 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.MB.aEt0e [ . m r 22 m 5ia 50 a 0 ³ l /x 00 4 h. 8 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABr.Ebe0 [ i. m 22 tm 5s 55 a 0 ³ r /x 00 .4 h .R9 ] ein [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P. mm 5 77 ea 0 ³ 55 r /xs5 h..0 ] H [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P. mm 5 77 ea 0 ³ 55 r /xs5 h..1 ] D [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.EBR.EC0 [ P. m 88 m 5, 55 a 0 ³ D /x 00 4 h.L7 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.VBo.Erb0 [ e. m 33 m 5r 55 ae0 ³/x 00 i4 h.tu5 ] n/Bg.,E [ K m 0 mo. --³ 5 ion/h 0 .rd ] 4.4 RR ZAu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 77 ia 0 ³ d 55/x 4e h. 5 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ . mm 5 77 a 0 ³ 55/x 4 h. 5 ] b [mm --³in/h.] h/³m 524 1ZT / 1 enoZ / 1A / 1PS h/³m 577 2 enoZ / 1A / 2PS h/³m 528 1ZT / 2 enoZ / 1A / 2PS 50 m³/h h/³m 056 2 enoZ / 1 A / 3 PS h/³m 006 1ZT / 2 enoZ / 1 A / 3 PS 50 m³/h h/³m 058 1 enoZ / 2 A / 4PS h/³m 058 3ZT / 1 enoZ / 2 A / 4PS

RR ZAu aa bl uu luu mm fftt BNer.z.EBn.Ed0o [ . m 77 m 52 55 a 0 ³/x 00 4 h. 6 ][mm --³in/h.] h/³m 057 2 enoZ / 2A / 5PS h/³m 057 3ZT / 2 enoZ / 2A / 5PS h/³m 005 3 enoZ / 1A / 6PS h/³m 005 1ZT / 3 enoZ / 1A / 6PS

RR AZu aa bl uu luu mm fftt BNer.z.ABu.Efb0 [ e m . 77 m 5r 55 a³ e0 /x 00 i h 4 .t. ] 2 Unr [ e m imn --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABu.Efb0 [ e m . 33 m 5r 00 a³ e0 /x 00 i h 4 .t. ] 3 Rein [mm --³in/h.] h/³m 003 3 enoZ / 2A / 7PS h/³m 0501 1ZT / 3 enoZ / 2A / 7PS

RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh0l [ e m . m 5u 55 a³ 0s 00/xh e3 .] 8a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh0l [ e m . m 5u 55 a³ 0s 00/xh e3 .] 8b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.KBa.Eth0 [ e m . 11 m 5t 22 ea³ 0 /x 55 r h 3 .la ] 9ger [mm --³in/h.] h/³m 005 3 enoZ / 1A / 8PS h/³m 054 1ZT / 3 enoZ / 1A / 8PS 50 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.ABr.Ebe0 [ i. m 22 tm 5s 27 a 0 ³ r /x 55 .4 h .U0 ] nr. / [ m Em --³ nin/h t.s ] . RR AZu aa bl uu luu mm fftt BNer.z.EBn.Ed0o [m . 77 m 51 55 a³ 0 /x 00h 4 .] 1 [mm --³in/h.] h/³m 057 2 enoZ / 2A / 9PS h/³m 057 3ZT / 2 enoZ / 2A / 9PS

RR AZu aa bl uu luu mm fftt BNer.z.WB.aEs0 [ c m . m 5h 77 a³ 0e 55/xh 3n.] 0 Ang [ i m om --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBc.Eh0a [m . 11 lm 5te 22 a³ 0 /xn 55h 3 . ] 1Angi [ o mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBe.Efu0 [ n m . m 5 77 da³ 0 55 /xA h 3 .] n2gio [mm --³in/h.] h/³m 057 4 enoZ / 2A / 01PS h/³m 057 2ZT / 4 enoZ / 2A / 01PS

RR ZAu aa bl uu luu mm fftt BNer.z.BBe.Efu0 [ n. mm 5d 77 a 0 ³ 55/xK3 h.a7 ] rdio [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh0a [ . m l 11 m 5te 22 a 0 ³ n /x 55 3 h. 6K ] ard [ i m om --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.WB.aEs0 [ c. mm 5h 77 a 0 ³ e 55/x 3n h. 8 ] Kard [m imo --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.KBa.Eth0 [ e. m 11 m 5t 00 ea 0 ³/ 00 xr2 h.la9 ] ger [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 55 ia 0 ³ d 00/x 3e h. 0 ] Da [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 55 ia 0 ³ d 00/x 3e h. 0 ] Hb [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.TBe.Ec0h [ . m nm 5 77 .a 0 ³ 55 A /x 2 h.n6 ] gio [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.VBo.Erb0 [ e. m 11 m 5r 55 a.0 ³ / 00 xA2 h. 7 ] ngio [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ A. mm 5 77 na 0 ³ 55 g /x 2 h i.o7 ] a/ Ka [m rmd --³iin/ o h.] h/³m 525 4 enoZ / 2A / 11PS h/³m 525 2ZT / 4 enoZ / 2A / 11PS

RR AZu aa bl uu luu mm fftt BNer.z.VBo.Erb0 [ e. m 11 m 5r 55 a.0 ³ x/ 00 K3 h. 3 ] ardio [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.TBe.Ec0h [m .nm 5 77 .a³ 0 55/xK h 3 .a ] 4rdio [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.EBi.nEg0 [ 22 r. m im 5 55 ffa 0 ³ 00 / /x 3 h 00 K. 5 ] ardio [mm --³in/h.] h/³m 0052 5 enoZ / 2A / 21PS h/³m 0052 4ZT / 5 enoZ / 2A / 21PS

RR AZu aa bl uu luu mm fftt BNer.z.ABn.Eg0i [ 22 o. mm 5 55 a 0 ³ 00/x 2 h 00 . 8 ][mm --³in/h.] h/³m 0052 6 enoZ / 2A / 31PS h/³m 0052 5ZT / 6 enoZ / 2A / 31PS

RR AZu aa bl uu luu mm fftt BNer.z.TBe.Ec0h [ . m nm 5 77 .a 0 ³ 55 A /x 2 h.n6 ] gio [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.VBo.Erb0 [ e. m 11 m 5r 55 a.0 ³ / 00 xA2 h. 7 ] ngio [mm --³in/h.] h/³m 051 7 enoZ / 2A / 41PS h/³m 051 2ZT / 7 enoZ / 2A / 41PS

RR AZu aa bl uu luu mm fftt BNer.z.VBo.Erb0 [ e. m 22 m 5r 77 ae0 ³/ 55 xi1 h.tu8 ] ng [ M mmR --³in/ T h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P. mm 5 77 aa 0 ³ 55 t /x 1 h. 8 ] c [mm --³in/h.] h/³m 058 8 enoZ / 2A / 51PS h/³m 058 2ZT / 8 enoZ / 2A / 51PS

RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 55 ia 0 ³ d 00/x 1e h. 9 ] Pbat [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 55 ia 0 ³ d 00/x 1e h. 9 ] Paat [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.TBe.Ec0h [m .n 11 m 5i 00 a³ k0 /x 00 h 2 .M ] 2RT [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ D m . m 5 77 a³ 0 55/xh 2 .] 3 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ H m . m 5 77 a³ 0 55/xh 2 .] 4 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh0a [ . m l 11 m 5te 55 a 0 ³ n /x 00 1 h. 6 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBe.Efu0 [ n m . 22 m 5d 55 a³ 0. /x 00h 2 .] 1a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BBe.Efu0 [ n. m 11 m 5d 55 a 0 ³ . /x 00 2 h. 1 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.BBe.Efu0 [ n. m 11 m 5d 00 a 0 ³ . /x 00 1 h. 7 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 11 m F 55 a³ 5 /x 00 2 h. 4 ][mm --³in/h.] h/³m 056 8 enoZ / 2A / 61PS h/³m 056 2ZT / 8 enoZ / 2A / 61PS

RR ZAu aa bl uu luu mm fftt BNer.z.MB.RET0 [ 22 . mm 5 77 a 0 ³ 55/x 2 h 00 . 0 ][mm --³in/h.] h/³m 0572 9 enoZ / 2A / 71PS h/³m 0572 6ZT / 9 enoZ / 2A / 71PS

RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [m . 22 m F 22 a³ 5 /x 55h 0 .] 4 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 33 m F 22 a³ 5 /x 55 0 h. 3 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 11 m F 00 a³ 5 /x 00 2 h. 2 ][mm --³in/h.] h/³m 056 01 enoZ / 2A / 81PS h/³m 056 2ZT / 01 enoZ / 2A / 81PS

RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0, [ . m L 11 m Fa 77 a³ 5 / gx 55 2 h.e5 ] r+50 [ 1 mm 4 --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh0a [ . m l 22 m 5te 22 a 0 ³ n /x 55 1 h. 2 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0, [ . m S 22 m F 00 ca³ 5 /x 00 h2 h.a6 ] l+te5n0 [ 0 mm 9 --³in/h.] h/³m 006 11 enoZ / 2A / 91PS h/³m 006 2ZT / 11 enoZ / 2A / 91PS

RR ZAu aa bl uu luu mm fftt BNer.z.SBc.Eh0a [ . m l 33 m 5te 77 a 0 ³ n /x 55 1 h.,5 ] V+o5r0b [ 1 m em 5r --³iea n/h.it ] en RR ZAu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 77 ia 0 ³ d 55/x 1e h. 3 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 55 ia 0 ³ d 00/x 1e h. 3 ] b [mm --³in/h.] h/³m 058 11 enoZ / 2A / 02PS h/³m 058 2ZT / 11 enoZ / 2A / 02PS

RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P. mm 5 77 aa 0 ³ 55 t /x 1 h. 3 ] c [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 77 ia 0 ³ d 55/x 1e h. 1 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 77 ia 0 ³ d 55/x 1e h. 1 ] b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 55 ia 0 ³ d 00/x 1e h. 0 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l m .em 5 55 ia³ 0d 00/xh 1e.] 0b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.CB.TE0 [ . m 77 m 5 00 a 0 ³/ 00 x 1 h. 3 ][mm --³in/h.] h/³m 007 21 enoZ / 2A / 12PS h/³m 007 7ZT / 21 enoZ / 2A / 12PS

RR AZu aa bl uu luu mm fftt BNer.z.RB.öEn0t [ g. m 55 m 5e 00 a 0 ³ n / 00 x 1 h. 11 ][mm --³in/h.] h/³m 005 31 enoZ / 2A / 22PS h/³m 005 7ZT / 31 enoZ / 2A / 22PS

RR AZu aa bl uu luu mm fftt BNer.z.RB.öEn0t [ g. m 55 m 5e 00 a 0 ³ n / 00 x 1 h. 21 ][mm --³in/h.] h/³m 005 31 enoZ / 2A / 42PS h/³m 005 7ZT / 31 enoZ / 2A / 42PS

RR AZu aa bl uu luu mm fftt BNer.z.VBo.Err0a [ . mmu5 77 am0 ³ 55/x 7 h. W5 ] C [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P. mm 5 77 aa 0 ³ 55 t /x 7 h. 5 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P. mm 5 77 aa 0 ³ 55 t /x 7 h. 5 ] b [mm --³in/h.] h/³m 006 41 enoZ / 2A / 32PS h/³m 006 2ZT / 41 enoZ / 2A / 32PS

RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m 11 em 5 00 ia 0 ³ d / 00 x 7e h. 5 ] c [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m 11 em 5 00 ia 0 ³ d / 00 x 7e h. 5 ] d [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.DB.ieE 0/ [ m . 11 mA5 77 a³ u0 /x 55h f7 .] 1 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBo.En0o [ . m 22 m 5 22 a 0 ³/ 55 x 0 h. 7 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBo.En0o [m . 22 m 5 22 a³ 0 /x 55h 0 .] 6 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABr.Ezt0 [m . 22 m 5 00 a³ 0 /x 00h 0 .] 1 [mm --³in/h.] h/³m 5251 51 enoZ / 2A / 52PS h/³m 5251 2ZT / 51 enoZ / 2A / 52PS

RR AZu aa bl uu luu mm fftt BNer.z.MB.TER0 [m A. 22 m 5 00 a³ 0 /x 00h 0 .] 2 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.OB.AE0 [ . m 22 m 5 00 a 0 ³/x 00 0 h. 3 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.SBe.Ek0r [ .. m 22 m 5 22 a 0 ³/x 55 0 h. 4 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.CB.AE0 [ . m 22 m 5 55 a 0 ³/x 00 0 h. 5 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 33 m F 77 a³ 5 /x 55 0 h. 1 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 66 m F 00 a³ 5 /x 00 0 h. 2 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.F-lur [m 11 m 55 a³/x 00h.][mm --³in/h.] h/³m 5211 61 enoZ / 2A / 62PS h/³m 5211 2ZT / 61 enoZ / 2A / 62PS

RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/x 55 m7 h. 4 ] er Üb [m em -- r ³inw /h.. ] h/³m 005 71 enoZ / 2A / 72PS h/³m 005 9ZT / 71 enoZ / 2A / 72PS

RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/x 55 m7 h. 4 ] er Üb [m em -- r ³inw /h.. ] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/x 55 m7 h. 4 ] er Üb [m em -- r ³inw /h.. ] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/ 55 xm7 h. 4 ] er Üb [m em -- r ³inw /h.. ] RR AZu aa bl uu luu mm fftt BNer.z.LBe.Eits0 [ t. m 88 em 5 55 la 0 ³ l / ex 00 7 h.,2 ] Ü+b5e0 [ r7 m wm 4 --³i.n/h.] h/³m 058 81 enoZ / 2A / 82PS h/³m 058 9ZT / 81 enoZ / 2A / 82PS

RR ZAu aa bl uu luu mm fftt BNer.z.MB.aEt0. [ . m G 11 m 5 22 ae0 ³/x 55 r7 h.ä3 ] te [mm --³in/h.] h/³m 573 81 enoZ / 2A / a82PS h/³m 573 9ZT / 81 enoZ / 2A / a82PS

RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0- [ P. m 11 m 5a 00 a 0 ³ t /x 00 .7 h. 0 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0- [ P. m 11 m 5a 55 a 0 ³ t / 00 x.7 h. D4 ] ausc [ h mme --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/x 55 m7 h. 0 ] er CP [mmU --³in/h.] h/³m 057 91 enoZ / 2A / 92PS h/³m 057 9ZT / 91 enoZ / 2A / 92PS

RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/x 55 m7 h. 0 ] er CP [mmU --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/ 55 xm7 h. 0 ] er CP [mmU --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/ 55 xm7 h. 0 ] er CP [mmU --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 im 5m 22 a 0 ³/ 55 xm7 h. 0 ] er CP [mmU --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et 0Z [ . m 11 mi5m 22 a 0 ³x/ 55 m7 h. 0 ] er CP [mmU --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D / 55 x 6 h.e7 ] cis. [ U mmn --³iin/ t h.] h/³m 057 02 enoZ / 2A / 03PS h/³m 057 9ZT / 02 enoZ / 2A / 03PS

RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D / 55 x 6 h.e7 ] cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z m . 11 m 5i 22 a³ 0D /x 55h 6 .e ] 7cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z m . 11 m 5i 22 a³ 0D /x 55h 6 .e ] 7cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z m . 11 m 5i 22 a³ 0D /x 55h 6 .e ] 7cis. [ U mmn --³iin/ t h.] RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D /x 55 6 h.e7 ] cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.RB..Ear0 [ b m . 88 m,5 05 a³ D0 /x 00h 6 .e ] 9c+is5io0 [ n6 mm 7U --³in/h n.] it h/³m 0021 12 enoZ / 2A / 13PS h/³m 0021 9ZT / 12 enoZ / 2A / 13PS 50 m³/h 50 m³/h

RR ZAu aa bl uu luu mm fftt BNer.z.TBe.Ee0k [ . m ü 11 m 5c 22 a 0 ³ h /x 55 6 h.e9 ] a [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABr.Eb.0u [ . m 22 nm 5 72 ra 0 ³ e /x 55 6 h.in8 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D /x 55 6 h.e7 ] cis. [ U mmn --³iin/ t h.] h/³m 057 22 enoZ / 2A / 23PS h/³m 057 9ZT / 22 enoZ / 2A / 23PS

RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D /x 55 6 h.e7 ] cis. [ U mmn --³iin/ t h.] RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D /x 55 6 h.e7 ] cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D /x 55 6 h.e7 ] cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D / 55 x 6 h.e7 ] cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ Z. m 11 m 5i 22 a 0 ³ D / 55 x 6 h.e7 ] cis. [ U mmn --³iin/ t h.] RR AZu aa bl uu luu mm fftt BNer.z.VBo.Erb0 [ e. m 11 m 5r 00 a.0 ³ / 00 x/6 h. S1 ] cha [ l m tm. --³iCn/h.T ] h/³m 056 32 enoZ / 2A / 33PS h/³m 056 9ZT / 32 enoZ / 2A / 33PS

RR AZu aa bl uu luu mm fftt BNer.z.PBu.Etz0 [ r. m am 5 55 ua 0 ³ 00/xm6 h. 0 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.mEk0 [ l. m em 5 55 ia 0 ³ d 00/x 6e h. 2 ] CaT [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P. mm 5 77 aa 0 ³ 55 t /x 6 h. 2 ] b [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.SBt.rEe0 [ t m c. 11 m 5h 00 a³ 0e /x 00h 6 .r, ] 6 Roll [ s mmt --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ E m . m 5 77 ia³ g0 55/xh 5 .] 8 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ABu.Efb0 [ . m . 22 m 5R 00 a³ 0 /x/ 00h 5U.] 9R [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [m . 66 m F 00 a³ 5 /x 00h 0 .] 6 [mm --³in/h.] h/³m 006 42 enoZ / 2A / 43PS h/³m 006 9ZT / 42 enoZ / 2A / 43PS 50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 23 m F 72 a³ 5 / 55 x 0 h. 5 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 0B [ . m 88 m 5 I 00 a 0 ³ n / 00 x 6 h f.+3 ] Sch [ o mmc -- k ³in/ r h.. ] 2 h/³m 008 52 enoZ / 2A / 53PS h/³m 008 8ZT / 52 enoZ / 2A / 53PS

RR AZu aa bl uu luu mm fftt BNer.z.WB.aEr0t [ e. m 22 m 5n 55 a 0 ³ / 00 xl6 h i.e4 ] g. [mm --³in/h.] h/³m 052 62 enoZ / 2A / 63PS h/³m 052 9ZT / 62 enoZ / 2A / 63PS

RR AZu aa bl uu luu mm fftt BNer.z.CB.TE0 [ . m 77 m 5 55 a 0 ³/x 00 6 h. 2 ][mm --³in/h.] h/³m 057 72 enoZ / 2A / 73PS h/³m 057 8ZT / 72 enoZ / 2A / 73PS

RR ZAu aa bl uu luu mm fftt BNer.z.CB.TE0 [ . m 77 m 5 55 a 0 ³/x 00 6 h. 2 ][mm --³in/h.] h/³m 057 82 enoZ / 2A / 83PS h/³m 057 8ZT / 82 enoZ / 2A / 83PS

RR ZAu aa bl uu luu mm fftt BNer.z.DB.eEm0 [ o. m 44 m 5 55 a 0 ³/x 00 5 h. 7 ][mm --³in/h.] h/³m 054 32 enoZ / 2A / 93PS h/³m 054 9ZT / 32 enoZ / 2A / 93PS

RR AZu aa bl uu luu mm fftt BNer.z.DB.eEm0 [m o. 44 m 5 55 a³ 0 /x 00h 5 .] 7 [mm --³in/h.] h/³m 054 32 enoZ / 2A / 93PS h/³m 054 9ZT / 32 enoZ / 2A / 93PS

RR AZu aa bl uu luu mm fftt BNer.z.PBe.Ers0 [ . m . 44 m 5A 77 a³ 0 / ux 55h 5 .f ] e6nth. [mm --³in/h.] h/³m 574 32 enoZ / 2A / 04PS h/³m 574 9ZT / 32 enoZ / 2A / 04PS

RR AZu aa bl uu luu mm fftt BNer.z.TBr.iEa0g [ . m 11 em 5 77 a 0 ³/ 55 x 7 h. 8 ][mm --³in/h.] h/³m 0011 4 enoZ / 1A / 14PS h/³m 0011 2ZT / 4 enoZ / 1A / 14PS

RR AZu aa bl uu luu mm fftt BNer.z.WB.aEr0 [ t m e. 66 m Fn 00 a³ 5, /x 00 h 0 .W ] 8aar+tFe [m n5 m 0 --³ Gin/ 8 h.eb ] hf. RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [m . 33 m F 22 a³ 5 /x 55h 0 .] 8 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.äEs0 [ c m . 11 m 5h 00 a³ 0e /x 00h 7 .] 7 [mm --³in/h.] h/³m 578 5 enoZ / 1A / 24PS h/³m 578 2ZT / 5 enoZ / 1A / 24PS

RR AZu aa bl uu luu mm fftt BNer.z.PBO.EC0 [m T. 11 m 5 22 a³ 0 /x 55h 7 .] 6 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LBe.Eits0 [m t. 66 m.5/ 55 a³ B0 /x 00h 7a.] 9ckoff [ i m cme --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.aEr0 [ t m e. 33 m 5n 55 a³ 0 /x 00 K h 8 .] 8V [mm --³in/h.] h/³m 057 6 enoZ / 1A / 34PS h/³m 057 2ZT / 6 enoZ / 1A / 34PS

RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 0 [ B m . 22 m 5 I 00 a³ 0N /x 00h 8 .F ] 9 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABr.Ezt0, [ / m . 22 m 5U 00 a³ 0 /xn 00h 9 .t ] 0ers. [ K mmV --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 0 [ B m . 22 m 5 00 a³ 0 /x 00h 9 .] 2 [mm --³in/h.] h/³m 007 6 enoZ / 1A / 44PS h/³m 056 2ZT / 6 enoZ / 1A / 44PS 50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 0 [ B m . 22 m 5 00 a³ 0 /x 00h 9 .] 1 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.ABr.Ebe0 [ i. m 21 tm 5s 05 a 0 ³ r /x 00 .9 h .U4 ] nrei [ n mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.WB.CE0 [ B. m 11 m 5e 00 a 0 ³ h /x 00 9 h .. 3 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.PBa.Et.0 [ E. mm 5 55 iga 1 ³ 00/x.0 h. 6 ][mm --³in/h.] h/³m 056 7 enoZ / 1A / 54PS h/³m 056 2ZT / 7 enoZ / 1A / 54PS

RR ZAu aa bl uu luu mm fftt BNer.z.hBi.lEflo0 [ s. m 11 m 5e 22 a 1 ³ / Px 55 0 h.a7 ] t. [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.NB.aEs0s [ . m zm 5 77 .a 1 ³ 55/x 0 h. 7 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBE.ER0 [ D. m 11 m 5 22 a 1 ³ N /x 55 0 h.A8 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs0s [ . m zm 5 77 .a 1 ³ 55/x 0 h. 8 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBE.ER0 [ D. m 11 m 5 22 a 1 ³ F / 55 x 0 h a. 9 ] hrer [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.NB.aEs0s [ . m zm 5 77 .a 1 ³ 55/x 0 h. 9 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 34 m 5 50 a 1 ³/ 00 x 2 h.][mm --³in/h.] h/³m 007 8 enoZ / 1A / 64PS h/³m 057 2ZT / 8 enoZ / 1A / 64PS 50 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 22 m 5 00 a 1 ³/ 00 x 1 h.][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 11 m F 55 a³ 5 / 00 x 1 h. 3 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.+EB0 [ . m 22 m 5 00 a 0 ³/ 00 x 9 h. 6 ][mm --³in/h.] h/³m 5741 9 enoZ / 1A / 74PS h/³m 5741 2ZT / 9 enoZ / 1A / 74PS

RR AZu aa bl uu luu mm fftt BNer.z.GB.eEr0ä [ . m tm 5 77 a 0 ³ 55/x 9 h. 7 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P m . m 5 77 ea³ 0 55 r /xs h 9 . ] 7H [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ P m . m 5 77 ea³ 0 55 r /xs h 9 . ] 9D [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PBu.Etz0 [ r m . m.5 55 a³ 1 00/xh 0 .] 0 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.äBr.zEt0l. [ . m 22 mL5 00 ae1 ³/x 00 i0 h.tu1 ] ng [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.UB. E+ 0B [ . m 22 m 5 00 a 1 ³/x 00 0 h. 2 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.UB. E+ 0B [ . m 22 m 5 00 a 1 ³/x 00 0 h. 2 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 0B [ . m 22 m 5 00 a 1 ³/x 00 0 h. 2 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB. E+ 0B [ . m 22 m 5 00 a 1 ³/ 00 x 0 h. 2 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ D. m 11 m 5 55 a 0 ³/x 00 8 h. 6 ][mm --³in/h.] h/³m 003 6 enoZ / 1A / 84PS h/³m 003 2ZT / 6 enoZ / 1A / 84PS

RR AZu aa bl uu luu mm fftt BNer.z.WB.CE0 [ H. m 11 m 5 55 a 0 ³/ 00 x 8 h. 7 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FBl.uEr0 [ . m 44 m F 00 a³ 5 /x 00 0 h. 9 ][mm --³in/h.] h/³m 056 4 enoZ / 1A / 94PS h/³m 056 2ZT / 4 enoZ / 1A / 94PS

RR AZu aa bl uu luu mm fftt BNer.z.WB.aEr0t [ e. m 22 m Fn 55 a³ 5 /x 00 g0 h.e9 ] hafäh [m img --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.EBi.nEg0 [ r. m 77 im 5ff 55 a 0 ³ / sx 00 8 h.e5 ] ptisc [m hm --³in/h.] h/³m 057 01 enoZ / 1A / 05PS h/³m 057 3ZT / 01 enoZ / 1A / 05PS

RR ZAu aa bl uu luu mm fftt BNer.z.EBi.nEg0 [ r. m 66 im 5ff 55 a 0 ³ / ax 00 9 h.s5 ] eptis [m cmh --³in/h.] h/³m 056 31 enoZ / 1A / 15PS h/³m 056 3ZT / 31 enoZ / 1A / 15PS

RR AZu aa bl uu luu mm fftt BNer.z.EBi.nEg0 [ r m . 66 mi5f 55 fa³ 0 /x 00 a h 9 .s ] 5eptis [m cmh --³in/h.] h/³m 001 21 enoZ / 1A / 25PS h/³m 001 3ZT / 21 enoZ / 1A / 25PS

RR AZu aa bl uu luu mm fftt BNer.z.GB.iEps0 [ r m . 66 ma5 55 a³ u0 /x 00 m h 8 .] 4 [mm --³in/h.] h/³m 056 11 enoZ / 1A / 35PS h/³m 056 3ZT / 11 enoZ / 1A / 35PS

RR AZu aa bl uu luu mm fftt BNer.z.PBe.Ers0 [ o m . 33 m 5n 55 a³ 0a /x 00h 8 .l ] 1Aufe [ n mmth --³in/ . h.] h/³m 055 5 enoZ / 1A / 45PS h/³m 055 2ZT / 5 enoZ / 1A / 45PS

RR AZu aa bl uu luu mm fftt BNer.z.DB.oEk0u [m . 22 m 5 00 a³ 0 /x 00h 8 .] 2 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-0A [ . mmV5 77 a 0 ³ 55 x/ 8 h. 3 ][mm --³in/h.] h/³m 051 41 enoZ / 1A / 55PS h/³m 051 2ZT / 41 enoZ / 1A / 55PS

RR AZu aa bl uu luu mm fftt BNer.z.UB.VE-0S [m . mV5 77 a³ 0 55/xh 8 .] 3a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LAe.Eits0 [ t. m 22 .m 0/ 55 Ba 0 ³/ 00 x 1a h. 5c ] koff [ i m cme --³in/h.] h/³m 528 51 enoZ / 1A / 65PS h/³m 008 4ZT / 51 enoZ / 1A / 65PS 25 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.WA.aEr0 [ t m e. 22 m 0n 77 a³ 0 /x 55 l h 1 .ie ] 5ga.+0 [ 0 mm 1 --³i 5 n/h. b ] RR AZu aa bl uu luu mm fftt BNer.z.TAe.Ea0m [m . 22 m 0le 22 a³ 0 /xi 55h t1 .u ] 5nbg [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.PAu.Etz0 [ r m . m.0 75 a³ 0 50/xh 1 .] 5 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LAe.Eits0 [m t. 55 m.0 22 a³ /0 /x 55 B h 1 .] 4acko [ f m fmic --³in/ e h.] h/³m 0581 51 enoZ / 1A / 75PS h/³m 0581 4ZT / 51 enoZ / 1A / 75PS

RR AZu aa bl uu luu mm fftt BNer.z.WA.aEr0 [ t m e. 55 m Fn 22 a³ 0 /x 55 g h 0 .e ] 2haf. [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.FAl.uEr0 [ . m 33 m F 00 a³ 0 /x 00 0 h. 2 ][mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.WA.aEr0t [ e. m 55 m Fn 00 a³ 0 /x 00 g0 h.e2 ] hbf. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.RA.aEd0 [ io m . 33 m 0l 55 oa³ 0 /x 00 g h 3 .. ] 5 Diag [m nmo --³in/ s h.t ] ik h/³m 007 61 enoZ / 1A / 85PS h/³m 007 4ZT / 61 enoZ / 1A / 85PS

RR ZAu aa bl uu luu mm fftt BNer.z.GA.eEr0ä [ . m t 11 m 0e 00 a 0 ³/x 00 3 h. 5 ] b [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.UA.mEk0 [ l. m em 0 77 ia 0 ³ d 55/x 3e h. 5r ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA. E+ 0B [ . m 11 m 0 A 77 a 0 ³/x 55 u3 h.f4 ] kal. [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.DA.iaEg0 [ n. m 33 m 0o 00 a 0 ³ s /x 00 3 h t.i6k ][mm --³in/h.] h/³m 5741 71 enoZ / 1A / 95PS h/³m 5741 4ZT / 71 enoZ / 1A / 95PS

RR ZAu aa bl uu luu mm fftt BNer.z.TAe.Ea0m [ . m 11 m 0le 77 a 0 ³ i /x 55 t3 h.u7 ] ng [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA. E+ 0B [ . m 33 m 0 M 00 a 0 ³/x 00 3 h u. 9 ] ltif. [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA. E+ 0B [ . m 22 m 0 S 55 a 0 ³/ 00 xo4 h.n0 ] o [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA. E+ 0B [ . m 22 m 0 E 22 a 0 ³/ 55 xc4 h.h1 ] o [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA. E+ 0B [ . m 22 m 0 E 22 a 0 ³/ 55 xc4 h.h4 ] o [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FAl.uEr0, [ . m 44 Sm F 55 ua³ 0 / 00 xb0 h.w3 ] +.,3 Wa [ + m am 3r --³itn b / e h.n ] h/³m 054 71 enoZ / 1A / 06PS h/³m 054 4ZT / 71 enoZ / 1A / 06PS

RR AZu aa bl uu luu mm fftt BNer.z.WA.CE0 [ D. m 11 m 0 77 a 0 ³/ 55 x 3 h. 3 ][mm --³in/h.] h/³m 526 61 enoZ / 1A / 16PS h/³m 526 4ZT / 61 enoZ / 1A / 16PS RR AZu aa bl uu luu mm fftt BNer.z.WA.CE0 [ H. m 11 m 0 77 a 0 ³/ 55 x 3 h. 3 ] a [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.UA. E+ 0B [ . m 22 m 0 77 a 0 ³/ 55 x 3 h. 4 ][mm --³in/h.] A1 / Zone 1 425 m³/h A1 / Zone 2 1425 m³/h A1 / Zone 3 1000 m³/h A2 / Zone 4 1275 m³/h A2 / Zone 7 150 m³/h A2 / Zone 8 1500 m³/h A2 / Zone 8 1500 m³/h A2 / Zone 8 1500 m³/h A2 / Zone 15 1525 m³/h A2 / Zone 16 1125 m³/h A2 / Zone 17 500 m³/h A2 / Zone 18 1225 m³/h A2 / Zone 19 750 m³/h A2 / Zone 20 750 m³/h A2 / Zone 21 1200 m³/h A2 / Zone 21 1200 m³/h A2 / Zone 23 650 m³/h A1 / Zone 1 / TZ1 425 m³/h A1 / Zone 2 / TZ1 1425 m³/h A1 / Zone 3 / TZ1 950 m³/h A2 / Zone 4 / TZ2 1275 m³/h A2 / Zone 7 / TZ2 150 m³/h A2 / Zone 8 / TZ2 1500 m³/h A2 / Zone 8 / TZ2 1500 m³/h A2 / Zone 8 / TZ2 1500 m³/h A2 / Zone 15 / TZ2 1525 m³/h A2 / Zone 16 / TZ2 1125 m³/h A2 / Zone 17 / TZ9 500 m³/h A2 / Zone 18 / TZ9 1225 m³/h A2 / Zone 19 / TZ9 750 m³/h A2 / Zone 20 / TZ9 750 m³/h A2 / Zone 21 / TZ9 1200 m³/h A2 / Zone 21 / TZ9 1200 m³/h A2 / Zone 23 / TZ9 650 m³/h A1 A1 A1 A1

A1 gekühlt TZ1 A1 gekühlt + A2 Zone3 TZ1 A1 gekühlt + A2 Zone3 TZ1 A1 gekühlt + A2 Zone3 TZ1 A A 2 2 / / Z Z o o n n e e 1 1 / 8 T 5 Z 0 3 m 8 ³/ 5 h 0 m³/h A A 2 2 / / Z Z o o n n e e 2 2 / 7 T 5 Z 0 3 m 7 ³/ 5 h 0 m³/h A A 2 2 / / Z Z o o n n e e 5 5 / 2 T 5 Z 0 4 0 m 25 ³/ 0 h 0 m³/hRVLL 3650°°CC E5 rkhWitzer RVLL 3650°°CC E5 rkhWitzer A A 2 2 / / Z Z o o n n e e 6 6 / 2 T 5 Z 0 5 0 m 25 ³/ 0 h 0 m³/h A A 2 2 / / Z Z o o n n e e 9 9 / 2 T 7 Z 5 6 0 m 27 ³/ 5 h 0 m³/hRVLL 3650°°CC E5 rkhWitzer A A 2 2 / / Z Z o o n n e e 1 1 2 2 / 7 T 0 Z 0 7 m 7 ³/ 0 h 0 m³/h RL 35°C A2 / Zone 13 1000 m³/h RVLL 3650°°CC E5 rkhWitzerA2 / Zone 1+2 / TZ3 2350 m³/h A A 2 2 befeuchtet A2 / Zone 3 300 m³/h A A 2 2 befeuchtet VL 60°C E3,r5h iktzWerA2 / Zone 12+13 / TZ7 1700 m³/h A A 2 2 befeuchtet A2 / Zone 3 / TZ1 1050 m³/h A2 TZ9 A2 TZ2 A2 TZ2

Reinigungsmachinen h/³m 572 42 enoZ / 2A / a43PS h/³m 523 9ZT / 42 enoZ / 2A / a43PS

A2 / Zone 14 600 m³/h A2 / Zone 24 875 m³/h A2 / Zone 25 800 m³/h A2 / Zone 26 250 m³/h A2 / Zone 27 750 m³/h A2 / Zone 28 750 m³/h A2 / Zone 26 250 m³/h A2 / Zone 23 925 m³/h A1 / Zone 4 1100 m³/h A1 / Zone 6 1400 m³/h A1 / Zone 7 650 m³/h A1 / Zone 8 700 m³/h A1 / Zone 9 1475 m³/h A1 / Zone 6 300 m³/h A1 / Zone 4 650 m³/h A1 / Zone 10 750 m³/h A1 / Zone 13 650 m³/h A1 / Zone 12 100 m³/h A1 / Zone 11 650 m³/h A1 / Zone 14 150 m³/h A1 / Zone 15 825 m³/h A1 / Zone 15 1850 m³/h A1 / Zone 16 700 m³/h A1 / Zone 17 1475 m³/h A1 / Zone 17 450 m³/h A1 / Zone 16 625 m³/h A2 / Zone 14 / TZ2 600 m³/h A2 / Zone 24 / TZ9 925 m³/h A2 / Zone 25 / TZ8 800 m³/h A2 / Zone 26 / TZ9 250 m³/h A2 / Zone 27 / TZ8 750 m³/h A2 / Zone 28 / TZ8 750 m³/h A2 / Zone 26 / TZ9 250 m³/h A2 / Zone 23 / TZ9 925 m³/h A1 / Zone 4 / TZ2 1100 m³/h A1 / Zone 6 / TZ2 1400 m³/h A1 / Zone 7 / TZ2 650 m³/h A1 / Zone 8 / TZ2 750 m³/h A1 / Zone 9 / TZ2 1475 m³/h A1 / Zone 6 / TZ2 300 m³/h A1 / Zone 4 / TZ2 650 m³/h A1 / Zone 10 / TZ3 750 m³/h A1 / Zone 13 / TZ3 650 m³/h A1 / Zone 12 / TZ3 100 m³/h A1 / Zone 11 / TZ3 650 m³/h A1 / Zone 14 / TZ2 150 m³/h A1 / Zone 15 / TZ4 800 m³/h A1 / Zone 15 / TZ4 1850 m³/h A1 / Zone 16 / TZ4 700 m³/h A1 / Zone 17 / TZ4 1475 m³/h A1 / Zone 17 / TZ4 450 m³/h A1 / Zone 16 / TZ4 625 m³/h

A1 / Zone 5 875 m³/h A1 / Zone 5 1425 m³/h A1 / Zone 5 / TZ2 875 m³/h A1 / Zone 5 / TZ2 1425 m³/h A2 / Zone 25 +27+ 28 / TZ8 2300 m³/hVRLL 6305°°CC E5 rkhWitzer )3 enoZ 2hA/³(m+ 30-518 e3n o 1Z Z/ T1 A/ VRLL 6305°°CC E5,r5h iktzWer h/³m 0097 2 ZT / 41+9-4 enoZ / 1A VRLL 6305°°CC 1E1rh kitWzer h/³m 0512 3 ZT / 31-01 enoZ / 1A RVLL 3650°°CC E3 rkhWitzer h/³m 0095 4 ZT / 71-51 enoZ / 1A A1

A1 gekühlt + A2 Zone3 TZ1 A1 gekühlt + A2 Zone3 TZ1

A1 TZ4 A1 TZ3 A1 TZ2 A2 / Zone 3 / TZ1 1050 m³/h A2 / Zone 3 / TZ1 1050 m³/h RVLL 3650°°CC E7,r5h iktzWer 17.250 m³/h 18.750 m³/h 34.000 m³/h 31.400 m³/h 34.000 m³/h 14.100 m³/h 12.575 m³/h

RR AZu aa bl uu luu mm fftt BNer.z.KBä.Blt1e [ 11 . m zm 5 99 ea 0 ³ 00 n /x 2 h 00 .t3r ] ale [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ÜB.bBe1r [ 11 g. mm 5 22 aa 0 ³ 00 bx/ 1 h 00 .e8 ] Heiz [m um -- n ³in/ g h.] RR AZu aa bl uu luu mm fftt BNer.z.ÜB.bBe1 [ r m g. 22 m 5a 55 a³ 0 / bx 00h 1 .e ] 9 San [m itmä --³irn/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBM.BZ1 [m . 11 m 5 00 a³ 0 /x 00h 0 .] 6 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.LBR.B 21 [m -. 11 mE5 00 a³ 0G /x 00h 0 . ] 5 [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.EBL.BT1- [ G. m 11 m 5 22 Ha 0 ³/x 55 0 h V. 4 ] -AV [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.EBL.BT1- [ G. m 22 m 5 00 Ha 0 ³/x 00 0 h V. 3 ] -SV [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBS.BV1 [ . mm 5 xx a 0 ³ xx/x 0 h. 2 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.ZBB.BV1 [ . m L 33 m 5a 00 a 0 ³ g / 00 x 0 h.e1 ] r [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.BBO.BS1 [ . m 11 m 5 00 a 0 ³/ 00 x 0 h. 7 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.RB.PB1 [ . m 11 m 5 22 a 0 ³/ 55 x 0 h. 8 ][mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uBc1h [ . m 88 mtFt 00 au ³ 5 / 00 xn0 h.n1 ] el [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.FBl.uBc1 [ h m . 33 mtFt 22 a³ u5 /x 55h n0 .] n2el [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.DA.rBuc1 [m k. 44 m 0l 22 ua³ 1 /x 55 f h 0t.z ] entr [ a m lme --³i n/ V h.] . 1 RR AZu aa bl uu luu mm fftt BNer.z.VAe.Brt1 [ . m . 33 mM0 00 a³ 0e /x 00h 9 .d ] b. Ga [ s m em --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.TAr.WB1 [ G. m 33 m 0 00 aa 0 ³/x 00 s9 h.ü ] berg [mm --³in/h.] RR ZAu aa bl uu luu mm fftt BNer.z.DA.rBuc1 [ k. m 44 m 0lu 22 a 0 ³/ fx 55 9 h t.za ] entra [m lme --³i n/ V h.. ] 2 RR ZAu aa bl uu luu mm fftt BNer.z.L1a5ge [m r 44 m M 00 a³/x 00h e.] d [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.IBn.sBta1 [ l. m 66 lm 5a 00 a 0 ³ t /x 00 i1 h o. 5 ] nske [ l m lme --³ rin/ h.6 ] RR AZu aa bl uu luu mm fftt BNer.z.MB.eBd1 [ .. m 11 m 5T 00 a 0 ³ e / 00 x 1 h c. 6h ] . 1 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.IBn.sBta1 [ 11 l. m lm 5 11 aa 0 ³ 55 t /xi1 h o 00 . 4 ] nske [ l m lme --³ rin/ h.5 ] RR AZu aa bl uu luu mm fftt BNer.z.IBn.sBta1 [ l. m 55 lm 5a 00 a 0 ³ t / 00 xi1 h o. 7 ] nske [ l m lme --³ rin/ h.7 ] RR AZu aa bl uu luu mm fftt BNer.z.IBn.sBta1 [ l. m 66 ml5a 00 a 0 ³ tx/ 00 i1 h o. 3 ] nske [ l m lme --³ rin/ h.4 ] RR AZu aa bl uu luu mm fftt BNer.z.IBn.sBta1 [ 11m l. ml5 11 aa³ 0 00 t /xi h 1 00 o.] 1nske [ l m lme --³ rin/ h.3 ] RR AZu aa bl uu luu mm fftt BNer.z.MB.eBd1 [ . m . 11 m 5T 00 a³ 0e /x 00h 1c.] 2h. 2 [mm --³in/h.] RR AZu aa bl uu luu mm fftt BNer.z.IBn.sBta1 [m l. 33 ml5a 55 a³ 0t /x 00 i h 1o.] 0nske [ l m lme --³ rin/ h.2 ] RR ZAu aa bl uu luu mm fftt BNer.z.IBn.sBta1 [ l. m 77 lm 5a 00 a 0 ³ t /x 00 i0 h o. 9 ] nske [ l m lem --³ rin/ h 1.] h/³m 5728 2 ZT / 61-41+11+01+8+7+4 enoZ / 2A RVLL 3650°°CC 1E1rh kitWzer h/³m 5297 9 ZT / 62+42-71 enoZ / 2A RVLL 3650°°CC E11rh kitWzer h/³m 0501 1ZT / 3 enoZ / 2A 25.255 m³/h 23.480 m³/h 16.750 m³/h 15.000 m³/h SoWmimnteerr:: 1177,,00 °°CC;; 784,3,5 % %rFrF,1,9g,/0kgg/tkrLgtrL LF B ΔΔ ui T pp l tf 0 et AE v 1 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... .. ≥.. 3 .. .. 57 .... 05 .... %0 .... (m PP Faa ³7/)h L HL B Δ WWΔ u u T ep p aa f f i 0 t t z ss L W v t 2 el ss uo e m a ee - fl i uts s rr E : ptv t m s e u r e oe h m n e r lru i ag nt : p z m t: s ue et e r r r r e o an n m tsu: t : rreonm:: eintr. . .. . .. 6/ . .. . .. 0a . .. 3. .. u . .. / 7. .. s . .. 3 1 5 t . .. r . .. 5 3 0. .. . mPk°°mk CC W P a³ ³ / /a h h L KLL B Δ WWΔ u uu ä T p p aa f ff l 0 t tt t ss L W v tf e 3 ee ss uo l emu a ee - fl uti c s rr K :sp tv m h s e t ü e o u e tm e e h r l n ru a n n : l p g e m t s :u e : rt e r r r e o an n m tsu : t : rreonm:: eeiinnttrr.. . .. // . .. . .. 6 aa . .. 3. .. uu . .. / 7. .. ss . .. 1 1 5. .. tt . .. rr 3 2 0. .. .. . .. mPk°%°mk C C W P a³ ³ r / /a F h h 30.000 m³/h 2100 m³/h 27.325 m³/h 18.000 m³/h 16.500 m³/h 15.000 m³/h 3750 m³/h e5F B P07 T %M 0 1 1 BT02BT03BT04 e8F P09 B %M T 1 05 LTuefmtkpo.n 1d8it°ioCn e- n2:5°C 3750 m³/h auf dem Dach LGEMWNNWS B S u x F T ee F e o e i f r t nn P 0 s P t t e k lo v l a nn 4 e vu r o r K nm ls : n n d - e l e p u l l g r i a V t es e a pm s P s i e t h n s r g u s eer n tz nr e n e u ns t a a u i s g : n ssl d h n a s : u g t l r g t u: µ n : oo : n : g rm g:: : ........ ........ ........S ........ 3........F ........ 7........P ........ 5........ ........ 0........3 ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ LF B ΔΔ ui T pp l tf 0 et AE v 5 r oknn - ll fd au a F e sm n i : s l g tee e : n: rstrom:ISO ePM/1.... .. ≥.. 3 .. .. 87 .... 05 .... %0 .... (m PP Faa ³9/)h

Dh 2A o 5 eb h csm lka rae ³u/ un hg m-ung Dh 2A o 5 eb h csm lka rae ³u/ un hg m-ung 2 Dh A5 oeb hcsm lka r ³ aeu/ u h ng m-ung Dh 2A o 5 eb h csm lka rae ³u/ un hg m-ung Dh 2A o 5 eb h csm lka rae ³u/ un hg m-ung Dh 2A o 5 eb h csm lka rae ³u/ un hg m-ung D 2A h 5 oeb hcsm lka re ³ a u/ nu hg-m ung

100 m³/h

2 2 5 5 0 0 2 2 5 5 0 0 2 2 5 5 0 0

BT01 L90 L90 L90 L90 LGEM NN S B W W S u x F T ee F e o e i f t r nn P 0 s P t t e k lo v l a nn 1 v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: µ n oo : : n : g rm g:: : ........ ........ ........S ........ ........ 2 F ........ ........ 5 P ........ ........ 0........ ........3 0........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ Re A in n i l g a 7 u g 5 n e 0 g 0 s m 6 m ³ A a /h c b h lu in ft en E NN LG MW WS B S u x ee F T F e o e i t f r nn P 0 s P et t k lo v l nn a 1 r e vu o rn K ls m : ne n d -l e p u l li g r a V t es a e pm P s s ti e n hs r u g s r ee n n tze n r e u ns t ua as g i : n ssl nd h a s : u g t g lu rt : µ n : oo : n : g rm g:: : ........ ........ ........S ........ ........F ........ ........ 7 P ........ ........ 5........ ........ 0 3 ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ 30.550 m³/h

Noten A tl n ü l f a 3 tu g 0 n e 0 g 0 0 K 9 m ä A ³ l / t h b e l z u e ft ntraleLGEM NN S B W W S u x F T ee F e o e i f t r nn P 0 s P t t e k lo v l a nn 1 v r e u o r K nm ls : dn - e n l e p u l rli g a V t es e a pm P s s e tih n r su g s eer n z n t e n e r n u s t a ua i s g : ss n l h nd a s : ut gl r g t u: µ n oo : : n : g rm g:: : ........ ........ ........S ........ 3........F ........ 0........P ........ 0........ ........ 0........3 ........ mPPUkk %V W WW aa/ ³ m s /h /m in ³ 12 A// b33 s oü abb uee gnr u F n u g ß : boden An B la a g t x t x e e r m 0 ie 8 ³ r / a h A u b m luft L EM NN B G W WSS u x T ee FF o e e i f t r nn 0 PP t tse k lo v lnn 1 ar e v u o r K n ls m : dn - e n l e p u l rli g a V t es e a mpP s s e tih n s r u g s e r n e z n t e n e r n u t s a ua i s g : s n l s h nd a s : tu gl r g t u: o µ on : : n rm : gg:: : ........ ........S ........ ........ ........F ........ ........P x........ ........ x ........3 ........ x........ PPU m kkV%W WW aa/ ³ m s /h /m in ³ KSB KSB

B.E1.5023 B.E1.5024

KSB KSB

BSK BSK

dito Rest

Büro B.E1.5052a Büro

KSB KSB KSB KSB KSB KSB

BSK BSK

?

KSB KSB

1 1 5 5 0 0 1 1 5 5 0 0 1 1 5 5 0 0 1 1 5 5 0 0 2 2 5 5 0 0 2 2 5 5 0 0 2 2 5 5 0 0 2 2 5 5 0 0

KSB

RVK RVK RVK RVK RVK RVK RVK RVK KSB KSB

2 B - . B E e 1 t . t 5008 B.E1.5009 B.E1.5009 1 B - . B E e 1 t . t 5004 7 7 0 0 0 0 2 2 5 5 0 0 2 2 5 5 0 0 1 1 5 5 0 0 1 1 5 5 0 0 1 1 5 5 0 0 3 3 5 5 0 01 1 5 5 0 0 KSB KSB

RVV RVV

B.E1.5005a

NZ

100 100

KSB KSB KSB KSB KSB KSB KSB KSB KSB KSB KSBKSB

BSK BSK

KSB KSB

2 2 5 5 0 0 2 2 5 5 0 0 1 1 5 5 0 0

KSB KSB KSB KSB

KSB

KSB KSB KSB KSB KSB

Alle anheben damit Zuluft +Abluft Schuhreinigung noch darunter passt RVK BSK

KSB

BSK

KSB

BSK

BSK

KSB KSB KSB KSB

BSK BSK

Darstellung anpassen

1b Deckensystem

B.E2.5044c B.E2.5045c 300 300

Nur noch eine Box doppelte Größe

KSB KSB KSB KSB

entwirren BSK BSK BSK BSK

KSB KSB

BSK BSK BSK BSK

B.E2.5038 A.E2.0013d UV-AV Wäsche Putzraum

KSB KSB

BSK BSK

S Filter in Zuluft ergänzen

Diff Druck Überwachung erforderlich

A.E2.F001b A.E2.0013 Flur/Betten Wäsche Pers Flur Luftm. ergänzen

Anpasssungen auch im Grundriss erforderlich

A.E2.0014e A.E2.0014f A.E2.0014g A.E2.0013a

Entsorgung Toilette Flur Nasszelle

Luftm. ergänzen Luftm. ergänzen Luftm. ergänzen Luftm. ergänzen

BSK BSK BSK BSK BSK BSK

B.E0.5055a Steigepunkt 1

BSK

BSK

BSK BSK BSK BSK

Anpasssungen auch im Grundriss erforderlich

B.E0.5045 Steigepunkt 2 Steigepunkt 3 Steigepunkt 4 Steigepunkt 5 Steigepunkt 6 Steigepunkt 8 7 7 5 5 Steigepunkt 9 Steigepunkt 10 Nur noch 1 Schleuse Anpassungen auch im Grundriss erforderlich +Luftmengentabelle

Achtung 4 x BSK BSK darstellung anpassen 4 x BSK BSK einzeln darstellen

KSB KSB KSB

S Filter in Zuluft ergänzen S Filter in Zuluft ergänzen

Diff Druck Überwachung Diff Druck Überwachung erforderlich erforderlich

Klappe + SD

im UG Klappe + SD

im UG 5W xa nSd-Feiinltebra-uAuslass 5W xa nSd-Feiinltebra-uAuslass

Steigepunkt 12 Steigepunkt 13 Steigepunkt 14

KSB KSB KSB

im Grundriss anpassen Darstellung anpassen in Luftmengentabelle anpassen

BSK BSK BSK BSK BSK BSK

B.E0.5025 B.E0.5025a UV-SV UV-AV Steigepunkt 11 7 7 5 5 Steigepunkt 15 Steigepunkt 15 Steigepunkt 16 Steigepunkt 18 Steigepunkt 19 Steigepunkt 20 BSK BSK

17°C

KSB KSB

Klappe + SD Klappe + SD im UG im UG

Steigepunkt 21 Steigepunkt 22 Steigepunkt 24 Steigepunkt 23

BSK BSK

Steigepunkt 25

BSK BSK

Achtung Grundrissänderung im Im Grundriss Schalldämpfer AU Plan L noch nicht angepasst ergänzen

BSK BSK BSK BSK

Luftmenge ? /5080 Arb. R Mat. /Arb. R Mat. Steigepunkt 26 Steigepunkt 27 Steigepunkt 28 Steigepunkt 28a Steigepunkt 29 Steigepunkt 30 Steigepunkt 31 Steigepunkt 32 Steigepunkt 33 B B S S S te K K igepu B B n S S kt K K 34 Steigepunkt 35 Steigepunkt 36 KVR Steigepunkt 37 Steigepunkt 38 Steigepunkt 39 Steigepunkt 40 Steigepunkt 41 Steigepunkt 42 Luftmenge prüfen Steigepunkt 43 Steigepunkt 44 1750 Steigepunkt 45 Steigepunkt 46 Steigepunkt 48 Ste B ig S e K pu B n S k K t 49 3 3 0 0 0 0 2 2 2 2 5 5 Steigepunkt 55 KVR 1750

BSK BSK

Achtung hängt an Zone 23 Zusammen mit Steigepunkt 49 Zusammen mit Steigepunkt 43 + 44

BSK

BSK

B.E0.5098 B.E0.5103 B.E0.5104 B.E0.5105 Steigepunkt 47 Steigepunkt 50 BSK

BSK KSB

BSK BSK

B.E0.5085a Schleuse Steigepunkt 51 Steigepunkt 52 1 1 0 0 0 0 Steigepunkt 53 Steigepunkt 54 Steigepunkt 56 Steigepunkt 57 BSK BSK KVR KVR

Darstellung auch GR anpassen

KSB KSB KSB KSBKSB KSB

ergänzen A.E0.0034a

TAEufEb-eSwoanhdreunn-g

Grundriss

anpassen

Im Grundriss ergänzen

jeweils 3 x Lagerraum Steigepunkt 58 Steigepunkt 59 Steigepunkt 60 BSK BSK BSK BSK jeweils 3 x zusammen mit Steigepunkt 61 BSK BSK BSK BSK 2025 2025 055 055

550 550

KSB KSB KSB KSB KSB BSK BSK BSK BSK BSK BSK BSK BSK BSK KSB KSB BSK KSB BSK BSK KSB KSB KSB KSB

KSB KSB KSB KSB KSB KSB KSB KSB KSB KSB KSB KSB KSB KSB BSK BSK BSK BSK BSK BSK BSK BSK BSK BSK KSB KSB KSB KSB KSB KSB KSB

KSB BSK BSK BSK BSK BSK

BSK BSK

BSK BSK BSK BSK

Steigepunkt 34

BSK BSK BSK BSK KSB BSK

Steigepunkt 61

BSK

BSK

KSB KSB Steigepunkt 7

3000 m³/h 3000 m³/h

BSK VL/RL aller Erhitzer und der WRG Einspeisung anpassen !

Klinikum Rems-Murr

Hauptmassnahme

Strangschema Lüftung

09.11.2026