Thermo Design Totalthermodesigntotal.com/wp-content/uploads/2020/06/wilo1.pdf1#. ("$$) -#/-$ ....

!"#$%'()&*+, -"#.",/, $ #01,()$ +, -"$1#2*+$*

!"#$% & #"'() )"*")

+%$ ,- $"#$-*- .&,"/,- "01-&* ,- $)%1"23,%3

4*).

.*"$13,%3, '1%#-*%5-6%7, "81-29-,3

36

:%&"'"3;3'*%/,% $"#$%- 3'$+$4+$ -#/-$

Wilo-Stratos ECO E/M E/M 40

Wilo-Stratos M/5 5 M/5 40

- 6'*+$ -#/-$ Wilo-Stratos-D 5 5 5 40

3

6;';"2,+$*

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- CD:

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,-

% )3=B1%)->- -$-)-*B)-

/ 4%&*3#%

5- B$)-/13,%3 ,-

$"#$%

.0>% B'-5-,%7 % &(')->3,%7 4

I'-5-,%7 5- %50") 6

.*"$13,%3, '1%#-*%5-6%7, "81-29-,3

4(9()2-,%3 36Wilo-Stratos ECO, Stratos, Stratos-DWilo-Star-E, TOP-E, TOP-EDWilo-SmartWilo-Star-RS, AXL, TOP-RLWilo-SE, TOP-S, TOP-DWilo-RP, PWilo-Star-RSD, SD, SE-TW, DOP

A%)'B1-6%7 ,- CD:

4(9()2-,%3 245Wilo-Stratos ECO-Z, Stratos-Z, Stratos-ZDWilo-Star-Z, TOP-Z, VeroLine-IP-Z

4"1-)," "*"$13,%3

4(9()2-,%3 303Wilo-Stratos ECO-STWilo-Star-ST

43)/%5/?'&3&"-)%4%&*3#%

4(9()2-,%3 43)/%5/?'&3&"-)%: 3255*B+#1#.$A +, /#)#", Wilo TOP, 6B*/$ +, (&;"%&,+*!"*&71G4&,)*1$, 6*"&$%+$ 9"*'$5";0+$ :$)$+.$, H",&+$)*1$5#-1#$%#1,8$#++$ #0&$&7$ Wilo, ClimaForm, =#)#"+$ /#'91$ (=?5)

4(9()2-,%3 4%&*3#% 343Wilo-Safe-WS, DrainLift Con

H",*)"1,- % )3=B1%)->- -$-)-*B)-4%&*3#% 5- B$)-/13,%3 ,- $"#$% Wilo-Control

4(9()2-,%3 H",*)"1,- % )3=B1%)->- -$-)-*B)- 351Wilo-S1.../S2.../S4, SK, SR, SD, AS, VR-HVAC, CRn, CR

4(9()2-,%3 4%&*3#% 5- B$)-/13,%3 ,- $"#$% Wilo-Control 421Wilo-IF /#'91$, Wilo-IR /#+$)#", Wilo-Protect /#'91 CWilo-Control AnaCon/DigiCon/DigiCon-A

4 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?03,%3 J,-@3,%3

1~ 1-:,%+# *1*7)"#%,B",+&,+*

1/min #0#"#), & /$+9), (1/min)

3~ 3-:,%+# *1*7)"#%,B",+&,+*

J&)#-$1#) J&)#/,)$4*+ $7#+#/$4*+ "*2$/

blsf H()#K4$& +, 01#7$",+* /#)#", +A/, +92', #) /#)#"+, %,. =$+.“; H-",&1A&,< &B#' „!"$#"$)*)+# =$+.“

FI O*:*7)+#)#7#&, %,+, /#)#"+, %,3,%3 J,-@3,%3

LON Local operating network (LONWORKS * 9+$&*"-(,1+, -"#/$>1*+, /"*2,, 7#A)# -#%A&, (&;"%&,+* & ($()*/, +, .#1A/ 0"#K ',)4$8$ $ #(;

5

?0-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

L5,"&/-,3/?#")*%5-6%7!#/-$)* $ )*B+$)* 4,()$ (* $%+#(&,)/,/#")$%$",) & -"#8*(, +,

*7(-1#,),8$A (DIN 31051/DIN-EN 13306).

N%+#(&,+*)#/,/#")$%$",+*)# %,&$($ #) ",0#)+$)* -,",/*)"$

()*/-*",)9",, +,1A.,+*, 7,4*()&, +, ',),), 9(1#&$A), %,

/#+),2 $ +,4$+, +, $%-#1%&,+*. 5#&, /#2* ', '#&*'* '#

+,();-&,< -# ",%1$4+# &"*/* #)7,% +, .#"*-#(#4*+$)*

-"#'97)$ "*(-. 7#/-#+*+)$, &71G4$)*1+# *1*7)"$4*(7$ $

*1*7)"#++$.

D;"%# ,/#")$%$",-,3J7)9,1+#)# $%',+$* +, +,>$)* #0

6 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"!"#$% & #"'() )"*") ("0>")

L50") ,- $"#$-: .0>% B'-5-,%7C$"791,8$#++, -#/-, (* $%0$", ),7,, 4* #-"*'*1*+,), ",0#)+, )#47, ', 0;'* &;"B9 $1$ &;%/#2+# +,K-01$%# '# Q/H 7"$&,), +, -#/-,), -"$ /,7($/,1+, (7#"#() $ ', 0;'* & #01,()), +, /,7($/,1*+ @!O.

P$..: Q/H 7"$&, +, -#/-,),

J7# #-"*'*1*+,), ",0#)+, )#47, (* +,/$", /*2'9 H/Q 7"$&$)* +, '&* -#/-$, -"*-#";4&, (* ', (* $%0*"* -#-/,17,), -#/-,:

P$..: N%0#" +, -#/-,

!#+$2*+$*)# +, ()#K+#()$)* +, B$'",&1$4+$)* -,",/*)"$ +A/, ', (* #)",%$ (;

7

H7,%,+$A %, $%0#"!"#$% & #"'() )"*") ("0>")

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

O-59317,3 ,- $"#$3,-*- #">,"&*.0>% B'-5-,%7 5- &9/"3,% $"#$%

-O&* -#/-$ & #0< 7#"-9(, ",%'*1*+$ ( ",%-"*'*1$)*1*+ 71,-,+.

-6-*8$:$7,), +, /#'*1, * (;,&,):

67#"#()), [m/s] +, :19$', & -#/-,), * ','*+, & Q/H

B,",7)*"$()$7$)* +, -#/-$)* Wilo 7,)# :9+78$A +, '*0$),.

:%&'"5,% ;1B%9%F($47$ (;';"2,,&,+* +, ()#K+#()$)* +, &B#'+#)# +,1A.,+* (*

+,1,., -"$ -#-&$(#7, )*/-*",)9", +, ",0#)+$A :19$', -"$

:19$'$ ( +$(7, -1;)+#(), -"$ ($1+# (;-"#)$&1*+$* & -#/-*+$A

(/97,)*1*+ &B#' $ -"$ +$(7# ,)/#(:*"+# +,1A.,+*.

O-0"*,-/)353)/,- $"#$-(&-#"&*"7*31,- )-0"*- ,-

39,-*- $"#$-)

!-)-131,- )-0"*-($-)-131,- )-0"*- ,- 9/3*3

$"#$%)

L,0#)$ $1$ -#/-, 1, $1$ -#/-, 2 L,0#)A) $ '&*)* -#/-$

@#+()"97)$&+# #-"*'*1*+,), -#/-*+, /#

8 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"!"#$% & #"'() )"*") ("0>")

I'-5-,%7 5- #",*-2 % 3'&$1"-*-6%7P"$B&*%#- *3#$3)-*B)- ,- "'"1,-*- &)39- 0 °C '# +40 °C

M",*-2

!#/-$)* ( /#7;" "#)#" ', (* /#+)$",) & (9B# -#/*,K0$.

!"*-#";4$)*1+$ ';12$+$ +, 0#1)#&*)*:

M"*")

=#)#"$ ( /#7;" "#)#" (;( ()*-*+ +, %,,"&**-!#",'$ .#1*/$A 0"#K ",0#)+$ 4,(#&* +, .#'$+, #)#-1$)*1+$)*

-#/-$ (, & ."9-,), +, .#1*/$)* 7#+(9/,)#"$ +, *+*".$A &

(.",'$)*.

I+,4$)*1+# +,/,1*+$* +, -#)"*01*+$*)# +, *1*7)"#*+*".$A -"$

-#/-$)* %, #)#-1*+$* /#2* ', (* -#()$.+* -#("*'()/ ,&)#-

/,)$4+# *1*7)"#++# "*.91$",+* +, /#9/ & )*"/#(),)+$)* &*+)$1$.

DIN 2999(*)(0,- )350-, $-&/->- ,- )350-*- ,- *)(0"$)"/"9-)

DIN EN ISO 228/1(@31," B$1(*,3,- *)(0,-

)350-)

F;)"*>+, "*%0, +, )";0#-"#', Rp 1 1/2

F;)"*>+, "*%0, +, )";0#-"#', G 1 1/2

F;+>+, "*%0, +, )";0#-"#', R 1 1/2

F;+>+, "*%0, +, )";0#-"#', G 1 1/2

O350- J-*7=-,3 M%,. 9(12%,- ,- 0"1*-

DN 32/DN 40 DN 50/DN 65

Q1-,36 PN 6

M12 40 Nm 55 // 60 //

Q1-,36 PN 10

M16 95 Nm 60 // 65 //

9

H7,%,+$A %, $%0#"!"#$% & #"'() )"*") ("0>")

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

F-)390- 5- %'","#%7 ,- 3,3)=%7 EnEvI,7#+#',)*1())# %, #.",+$4,&,+* +, */$($$)* +, &;.1*"#'*+

'&9#7$( & ,)/#(:*",), $%$(7&, /#+)$",+$)* (1*'

1 :*&"9,"$ 2002 .. 8$"791,8$#++$ -#/-$ & #)#-1$)*1+$

($()*/$ ( /# 10 m) /*2'9 4*()#)+$A

"*.91,)#" $ /#)#", (* -#194,&, -#&$>*+$* +, +$)# +, du/dt $

û ("*%#+,+(). 6;&, #) -"#$%'$)*1A +, 4*()#)+$A

"*.91,)#" $1$ #) '#(),&4$7, +, :$1);",.

!"$ %,.90$ & /#)#",, -#"#'*+$ #) 4*()#)+$A "*.91,)#", (*

'#-9(7, +,)#&,"&,+* +, /#)#", '# 95 % #) +#/$+,1+$)*

#0#"#)$.

J7# -#/-$)* ( /#7;" "#)#" #) (*"$$)* Top-S/-SD, Top-D, Top-Z

",0#)A) ( *'$+ 4*()#)*+ "*.91,)#", ', +* (* +,"9>,&,) (1*'+$)*

.",+$4+$ ()#K+#()$ +, (&;"%&,

10 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"!"#$% & #"'() )"*") ("0>")

F%/" ,- GB#-@#+()"978$A), +, -#/-$)* ( /#7;" "#)#" -",&$ ",0#),), $/

0*%>9/+,. E*+*"$",+*)# +, >9/ %,&$($ #) /# *3&* 3.1B6;';"2,+$*: H'#()#&*"*+$*, 4* '#(),&*+$A) -"#'97) *

$'*+)$4*+ ( -#";4,+$A, ( ',++$ #) $%-$),)*1*+ )*(), +,-",&*+

%, 7#+7"*)+$A -"#'97).

N%-$),+$A),, &71G4*+$ & (*")$:$7,),, -#'"#0+# (* 9)#4+A&,)

-"*'&,"$)*1+#.

60

50

40

20

30

10

0

10 20 50 100 200 500 1000 2000 5000Watt

3000

[dB]

Мощност на мотора P2

Lp (A) [dB], 2-пол. Стандартни помпи (max. 2900 1/min.) серия Stratos

Lp (A) [dB], 4-пол. Стандартни помпи (max. 1450 1/min.) серия TOP-E

11

H7,%,+$A %, $%0#"!"#$% & #"'() )"*") ("0>")

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

1) I, /#+),2+$)* -#1#2*+$A +, Wilo-Stratos/-Stratos-Z/-Stratos-D/-Stratos-ZD &2. „H7,%,+$A %, $%0#" – F$(#7#*:*7)$&+$ -#/-$“

4$36%-1,% %5$(1,3,%7!#/-$ %, +,-"*2*+$A, ",%1$4+$ #) (),+',")+$)*, $1$ %, 4*()#),

60 Hz (* -"*'1,.,) -# %,-$)&,+* (( -#-&$(#7, 8*+,).

O"9.$ +*(),+',")+$ /,)*"$,1$ $ /#'$:$7,8$$ (RG, PN 16)

%,';12$)*1+# (, #)0*1A%,+$ & ),01$8$)* ( -#/-$)*.

!"#$- & #"'() )"*")!"$ ),%$ 7#+()"978$A &($47$ 4,()$ +, "#)#", (* +,/$",) &;&

:19$',. MA/, .# %,';12$)*1+#)# %, #0$7+#&*+$)* -#/-$

(,1+$7# $1$ /*B,+$4+# 9-1;)+*+$* +, &,1,. Q,()$)* +, &,1,

$ *1*7)"#/#)#", (* #0/$&,) $ (/,%&,) #) :19$',.

31. 4,() +, /#)#",/(),)#"+$)* +,/#)7$/* #)'*1*+, #) 4,()$)*,

&1$%,-,1)#&, )";0,,

9-1;)+*+, ( ?- -";()*+.

M",*-2,% $"1"23,%7 ,- $"#$%*3 & #"'() )"*")1)

F39"$B&*%#% $"1"23,%7 ,- #",*-2

P"$B&*%#" 035 "=)-,%@3,%7:&%@'% 3,3)="&$3&*7/->% $"#$%,

0*%()*-*++# "*.91$",+*

P"$B&*%#" 035 "=)-,%@3,%7:&%@'% &*-,9-)*,% $"#$% % $"#$% 5- CD:,

1-, 3- $ 4-()*-*++$

O-51%@," $"5%6%",%)-,3 ,- '13#,-*- 'B*%7 $)% 39%,%@,% % &9/"3,% $"#$%

M"931% ,- $"#$%

12 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"- &%=,-1%5-6%7 5- $"/)39-

– = M*&;%/#2+# *1. (&;"%&,+*, 1) 6,/# & 7#/0$+,8$A ( 7#+*7)#", "*(-. Wilo-SK 602/622; SK602/622 (;

13

H7,%,+$A %, $%0#"

-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

483#- ,- &/()5/-,3 D3~400 V/N/50 Hz

483#- ,- &/()5/-,3 E1~230 V/N/50 Hz

483#- ,- &/()5/-,3 F1~230 V/N/50 Hz

1) 2) 3) Wilo-TOP-S/-Z/-SD 1) Wilo-TOP-E/-EDWilo-Stratos/-Z/-D/-ZD

1) Wilo-TOP-S/-Z/-SD/-RLWilo-SE/SE-TW

483#- ,- &/()5/-,3 G3~400 V/N/50 Hz

483#- ,- &/()5/-,3 H3~400 V/N/50 Hz

483#- ,- &/()5/-,3 I3~400 V/N/50 Hz

1) 3) Wilo-TOP-S/-Z/-SD 1) Wilo-TOP-S/-Z/-SD 1) 2) 3) Wilo-TOP-S/-Z/-SD

483#- ,- &/()5/-,3 J3~400 V/N/50 Hz bzw. 1~230 V/N/50 Hz

483#- ,- &/()5/-,3 K3~400 V/N/50 Hz

483#- ,- &/()5/-,3 L3~400 V/N/50 Hz

1) 2) 3) Wilo-TOP-E/-EDWilo-Stratos/-Z/-D/-ZD

1) Wilo-TOP-S/-Z/-SD 1) 2) Wilo-TOP-S/-Z/-SD

1) J&)#/,)$4*+ "*(),") (1*' (-$",+* +, *1. %,B",+&,+*)#.2) L*(*) +, %,

14 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"3 ,-#3)%*3 / „43)/%5/?'&3&"-)%“ %1% / 9-,,%*3 5- $"#$-*-.

PE

PE

L1

U

L2

V

L3

W

N

PE L N

N 15

L N

10 11 WSK

S2R 3D

1

2

PE

PE

L1

U

L2

V

L3

W

N

PE L N

N 15

L N WSK

10 11WSK

S2R 3D

1

2

PE

PE

L1

U

L2

V

L3

W

PE L1 L2 L3

N 15

L2 L3L1

10 11WSK

S2R 3D

1

2

N

N

PE

PE

L1

U

L2

V

L3

W

PE L1 L2 L3

N 15

L2 L3L1 SSM

10 11WSK

S2R 3D

1

2

N

N

PE

PE

L1

U

L2

V

L3

W

PE L1 L2 L3

N 15

NL1 SSM

10 11WSK

S2R 3D

1

2

N

N

PE

PE

L1

U

L2

V

L3

W

PE L1

N 15

NL1 SSM

10 11WSK

S2R 3D

1

2

N

N

PE

PE

L1

U

L2

V

L3

W

PE L

N 15 10 WSK

AS 08N

N

N L WSK/SSM

PE

PE

L1

U

L2

V

L3

W

PE L1 L2 L3

N 15

L3L1 L3 SSM

10WSK

AS 08/1,5AR/DR/CR N

N

SK 601

TOP-D

NL1 PE

PE PEL1 N N 2

U1 V1 W1

W2 U2 V2

15

H7,%,+$A %, $%0#"

-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

1) J&)#/,)$4*+ "*(),") (1*' (-$",+* +, *1. %,B",+&,+*)#.2) L*(*) +, %,

16 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"E3=3,9- ,- "5,-@3,%7*-

.5,-@3,%7 ,- 5-/"9&'-*- *-031- ,- Wilo-Stratos

43)%K," $)"%5/"9&*/"6;7",)*+$ #%+,4*+$A +, (*"$A),Wilo-Stratos

+%$ $"#$-:Wilo-...

L5$(1,3,%3

StratosStratos-DStratos-ZStratos-ZD

F$(#7#*:*7)$&+$ -#/-$0*%()*-*++$:3'$+$4+, -#/-,6'*+, -#/-,3'$+$4+, -#/-, %, DEF6'*+, -#/-, %, DEF

.5,-@3,%7 ,- 5-/"9&'-*- *-031- ,- Wilo-TOP

43)%K," $)"%5/"9&*/"6;7",)*+$ #%+,4*+$A +, (*"$A),Wilo-TOP

+%$ $"#$-:Wilo-...

L5$(1,3,%3

TOP-ETOP-ED

3+*".#(-*()A&,

17

H7,%,+$A %, $%0#"E3=3,9- ,- "5,-@3,%7*-

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

4$36%-1,% %5$(1,3,%7!# 2*1,+$* +, 71$*+), (* -"#$%&*2',) (1*'+$)* -#/-$ - (-*8$,1+# $%-;1+*+$* ( -#-&$(#7, *'$+$4+, 8*+,

(7,)# #(#0*+#()$)* +, (-*8$,1+#)# $%-;1+*+$* (, #)0*1A%,+$ +, %,'(7,), ),0*1, +, -#/-,),):

- PN 10 =,7(. '#-9()$/# ",0#)+# +,1A.,+* +, -#/-,),- RG =*'+, (-1,&

!)%#3):Star-RS 25/4 RG = Star-RS 25/4 ( 7#"-9( #) /*'+, (-1,&

.5,-@3,%7 ,- 5-/"9&'-*- *-031- ,- Wilo-Star, Wilo-Stratos ECO

43)%K," $)"%5/"9&*/"6;7",)*+$ #%+,4*+$A +, (*"$$)* Wilo-Star $ Wilo-Stratos ECO.

+%$ $"#$-Wilo-...

L5$(1,3,%3

Star-E

3+*".#(-*()A&,

18 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"E3=3,9- ,- "5,-@3,%7*-

H1N@ ,- "0"5,-@3,%3*"::%&"'"3;3'*%/,% $"#$%!"$/*": Wilo-Stratos 30/1-12

,&,,&,

19

H7,%,+$A %, $%0#"

-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

*+ 0"#K ",0#)+$ 4,(#&*.

F#'*

20 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"H1-&%;%'-6%% $" %,93'&- EEI

H1-&%;%'-6%7 $" EEI – %, *()="/&'% "03'*%)

F"#.9%-#.Wilo-Stratos... @1,(

EEIWilo-TOP-E... @1,(

EEIWilo-TOP-S... @1,(

EEIWilo-RP/P... @1,(

EEI

DN 25 (Rp 1)

25/1-6 A 25/1-7 C 25/5 EM/DM D/D RP 25/80 r EM/DM G/G

25/1-8 A – – 25/7 EM/DM D/D RP 25/100 r EM/DM F/E

– – – – 25/10 EM/DM D/D – –

DN 30 (Rp 1 U)

30/1-6 A 30/1-7 C 30/4 EM/DM D/D RP 30/80 r EM/DM G/F

30/1-8 A 30/1-10 C 30/5 EM/DM D/D RP 30/100 r EM/DM F/F

30/1-12 A – – 30/7 EM/DM D/D – –

– – – 30/10 EM/DM D/D – –

DN 32 32/1-12 A – – – – – –

DN 40

40/1-4 A 40/1-4 C 40/4 EM/DM D/D P 40/100 r EM/DM F/D

40/1-8 A 40/1-10 B 40/7 EM/DM D/C P 40/160 r E

40/1-12 A – – 40/10 EM/DM D/C – –

– – – – 40/15 EM/DM D/D – –

DN 50

50/1-8 A 50/1-6 C 50/4 EM/DM D/D P 50/125 r D

50/1-9 A 50/1-7 B 50/7 EM/DM E/D P 50/160 r E

50/1-12 A 50/1-10 B 50/10 EM/DM D/C P 50/250 r E

– – – – 50/15 C – –

DN 65

65/1-9 A 65/1-10 B 65/7 EM/DM F/D P 65/125 r D

65/1-12 A – – 65/10 EM/DM F/D P 65/160 r D

– – – – 65/13 C P 65/250 r E

– – – – 65/15 C – –

DN 80

80/1-12 A 80/1-10 B 80/7 EM/DM F/D P 80/125 r D

– – – – 80/10 D P 80/160 r C

– – – – – – P 80/250 r E

DN 100100/1-12 A 100/1-10 B 100/10 D P 100/160 r E

– – – – – – P 100/200 r E

21

H7,%,+$A %, $%0#"H1-&%;%'-6%% $" %,93'&- EEI

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

H1-&%;%'-6%7 $" EEI –

22 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%

Wilo-Stratos/Stratos-Z/Stratos-D/Stratos-ZD

I'-5-,%7 5- %50"):Wilo-Stratos/Stratos-Z/Stratos-D/Stratos-ZDWilo-Stratos * -;"&,), & (&*), &$(#7#*:*7)$&+, -#/-, ( /#7;"

"#)#", 7#A)# $/, (1*'+$)* -"*'$/()&,:

-'# 80 % $7#+#/$A +, *1*7)"#*+*".$A & (",&+*+$* (;(

(),+',")+$)* -#/-$;

- %, &($47$ #)#-1$)*1+$, 71$/,)$4+$ $ B1,'$1+$ ($()*/$ &

)*/-*",)9"+$A '$,-,%#+ #) -10 °C '# +110 °C;

- ,&)#/,)$4+# ,',-)$",+* +, -#/-*+,), /#9/ & ($()*/,),;

- ($.9"+#() $ 9'#0() -"$ /#+),2 $ #0(192&,+*.

.01-&* ,- $)%1"23,%3F$(#7#*:*7)$&+$)* -#/-$ #) (*"$A), Wilo-Stratos (, -"*'+,%-

+,4*+$ %, 8$"791,8$#++$ ($()*/$ %, #)#-1*+$* $ 71$/,)$%,8$A

+,:

- .#1*/$ 2$1$9/ &

$+(),1,8$A), $ %+,4$)*1+# +,/,1A&,+* +, *+*".$K+$)* ",%B#'$.

: D3)#-,%7 (&(=1. EnEV) "* 01.01.2002 =. %5$"15/-,3*" ,- $"#$% & ,3$)3'(&,-* '",*)"1 ,- &'")"&**- 3 5-9(12%*31," 5- $"@*% /&%@'% "*"$1%*31,% &%&*3#% & #">,"&* ,-9 25 kW.!#",'$ 9()#K4$&$A +, 7#"#%$A 7#"-9( #) /*'+, (-1,& -#/-$)*

Wilo-Stratos-Z (, #(#0*+# -#'B#'A%*- "* '")"5%7!#&$>*+, %,

23

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%


@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

!)%1"23,%3 5- 6%)'B1-6%7 ,- CD:(Wilo-Stratos-Z/Stratos-ZD)!"$ 8$"791,8$A +, DEF 7;/ -#/-$)* $/, (-*8$:$4+$

$%$(7&,+$A, +, 7#$)# #).#&,"A) -#/-$)* #) (*"$A), Wilo-

Stratos-Z/Stratos-ZD:

- L,0#), ( :19$'$ 7,)# ', %, #)#-1*+$* $ ', %, -"*'-"$A)$A

+, B",+$)*1+#-&79(#&,), -"#/$>1*+#() (& E*"/,+$A

#).#&,"A

24 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%


?/*"#-*%@," )3=B1%)-,3 ,- #">,"&**-N%$(7&,+$A) '*0$) +, 8$"791,8$#++,), -#/-, %,&$($ #)

+,)#&,"&,+*)# +, #)#-1$)*1+,),/#B1,'$)*1+,), ($()*/,.

M,)#&,"&,+*)# (* -"#/*+A & %,&$($/#() #):

- 71$/,)$4+$)* -"#/*+$

- -#&*'*+$*)# +, -#)"*0$)*1$)*

- &;+>+# )#-1##)',&,+*

- &1$A+$*)# +, B$'",&1$4+$)* "*.91,)#"$ $ ).+.

C$"791,8$#++$)* -#/-$ (* #",%/*"A&,) %, /,7($/,1+#

+,)#&,"&,+* +, ($()*/,),. =#,&,+* $

(;7",)*+# &"*/* +, ",0#), +, (9B# -"$ -9(7,

/$+$/,1+$ #0*%&;%'9>$)*1+$ >9/#&*.

!"*'$/():I,%*-F.",'*+, %,9+)$",, $"*+$* +, 7#/9+$7,8$#++$)*

&;%/#2+#()$ ( 0*%2$4*+ (IR) /#+$)#" Wilo.

P$..: F($47$ ($/$ (* 4*),), +*%,&$($/# ',1$ -#/-,), * /#+)$",+, B#"$%#+),1+# $1$ &*")$7,1+#

Уплътнение на смукателя

Гладка вътрешна повърхност

3 D – работно колело

Двойно уплътнение

3D- спирала

Лагерно легло

Работно колело

Уплътняваща шайба

А- лагер

25

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%


@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

O32%#% ,- )3=B1%)-,3

O32%# !p-c!"$ "*2$/, !p-c *1*7)"#+$7,), -#'';"2, '$:*"*+8$,1+#)#

+,1A.,+* +, %,','*+,), ()#K+#() Hs & ",0#)+$A $+)*"&,1 +,

'*0$), +, -#/-,),.

P$..: L*2$/ !p-c

O32%# !p-v!"$ "*2$/, !p-v *1*7)"#+$7,), -"#/*+A '$:*"*+8$,1+#)#

+,1A.,+* +, -#/-,), #) %,','*+#)# Hs '# 1#2 Hs. I,','*+,),

()#K+#() H (* -#()$., -"$ /,7($/,1+$A %, -#/-,), '*0$) Q.

P$..: L*2$/ +, "*.91$",+* !p-v

O32%# !p-T!"$ "*2$/, !p-T (7#K)# (* +,()"#K&, (,/# ( 0*%2$4*+ (IR)

/#+$)#") *1*7)"#+$7,), -#'';"2, %,','*+,), ()#K+#() +,

'$:*"*+8$,1+#)# +,1A.,+* & %,&$($/#() #) $%/*"*+,),

)*/-*",)9", +, :19$',. 5#%$ "*2$/ (* $%-#1%&, %, 7#+)"#1 +,

0#K1*"$ -"$ /#+),2 +, -#/-,), +, )";0#-"#', +, #0",)+$A

-#)#7.

P$..: L*2$/ +, "*.91$",+* !p-T

O32%#% ,- )-0"*-

O32%# ?/*" (%'","#%@3, )32%#)

P$..: 5*()# $%/*"&,+* -"$ $7#+#/$4*+ "*2$/

!,)*+)#&,+$A) $7#+#/$4*+ "*2$/ 4"*% Fuzzy "*.91$",+* -"$

+$(7# +,)#&,"&,+* ',&, &;%/#2+#() %, '#-;1+$)*1+# #-)$-

/$%$",+* ",0#),), +, -#/-,),. F -*"$#'$)* +, /$+$/,1+#

+,)#&,"&,+* +, ($()*/,),, 7#.,)# $%$(7&,+,), /#+$)*

0*%()*-*++$ 8$"791,8$#++$ -#/-$ %, #)#-1*+$*.

O32%# )3=B1-*") L*2$/;) "*.91,)#" '*,7)$&$", "*.91$",+*)# & *1*7)"#++$A

/#'91. 67#"#()), +, -#/-,), /#2* ', (* +,()"#K&, ";4+# +,

-#()#A++, ()#K+#() ('$,-,%#+ +, +,()"#K&,+* &2. O,++$ %,

/#)#", +, -#/-,),).

H max

H

H min

Hs

Q

H max

H

H min

Hs

Q

Hs1/2

H s min

H s

Hs var.

QQ min Q max

H s

T medT min T max

H s max

0

20

40

60

80

100

120

130

12:00 18:00 0:00 6:00 12:00 18:00 0:00 6:00 12:00 18:00

Час

0

10

20

30

40

50

60

65

Мощност Р1

Температура [°C]

Тем

пе

рат

ура

[°C

]

Мо

щн

ост

Р1

[%

]

26 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%


O32%# DDC!"$ )#%$ "*2$/ +*#0B#'$/#)# %, "*.91$",+*)# (",&+*+$* +,

%,','*+,), ( '*K()&$)*1+,), ()#K+#() (* $%&;">&, #) &;+>*+

7#+)"#1*". I, +,()"#K7,), -#/-,), Wilo-Stratos -#194,&, #)

&;+>+$A "*.91,)#" ,+,1#.#& ($.+,1 (0 - 10 V). J7)9,1+,), (7#-

"#() +, -#/-,), (* $%#0",%A&, +, '$(-1*A +, -#/-,),, , 9-",-

&1*+$*)# '$"*7)+# #) -#/-,), * 01#7$",+#.

M*#0B#'$/$ ,7(*(#,"$: IF /#'91 Stratos (&2. (;

27

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%


@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

I$)-/13,%3 ,- &9/"3,% $"#$%F;%/#2+# * 9-",&1*+$* +, ('*+$ -#/-$ 0*% +*#0B#'$/#() #)

'#-;1+$)*1+, ,-,",)9",. M*#0B#'$/$ ,7(*(#,"$: 2 0"#A IF

/#'91 Stratos (&;%/#2+$ /#'91+$ 7#/0$+,8$$ &2. „6$()*/$ %,

9-",&1*+$* +, -#/-$ Wilo-Control“).

F;%/#2+$ "*2$/$ +, ",0#),:

- O32%# )-0"*,-/)353)/,- $"#$-M*#0B#'$/,), +, ($()*/,), /#*+#

+,)#&,"&,+* (* &71G4&, $ &;"B#&,), -#/-,, 7,)# 9-",&1*+$*)#

+, ('*+$)* -#/-$ -#()$., /,7($/,1+,), $/ *:*7)$&+#().

L,%/A+, +, -#/-$)* +, 24 4,(,.

!"$ (/A+,), +, &(*7$ 24 4,(, -#/-$)* (* "*'9&,) %, $%-;1+*+$*

+, #(+#&+,), :9+78$A. 6 )#%$ +,4$+ +, ",0#), (* -#()$.,

'#-;1+$)*1+, $7#+#/$A +, *1*7)"#*+*".$A & (",&+*+$* (

7#+&*+8$#+,1+$A "*2$/ +, &71G4&,+*/$%71G4&,+* +, &)#",),

-#/-, & %,&$($/#() #) +,)#&,"&,+*)# +, ($()*/,),.

L,;)-@3)/3, #",%*")%,=N+:",4*"&*+ $+)*":*K( %, 0*%2$4*+ '$(),+8$#+*+ 7#+)"#1,

+,()"#K7, $ '$,.+#()$7,.

F($47$ #(+#&+$ :9+78$$ +, -#/-$)* Stratos (, '#();-+$ %,

7#+)"#1 $ +,()"#K7, '$"*7)+# #) -,+*1, %, ";4+# 9-",&1*+$*,

7#K)# (* +,/$", &;"B9 -#/-,), ()*B+#1#.$A %, 7#+)"#1 ( 1

09)#+).

IR /#+$)#";) %, 7#+)"#1 $ '$,.+#()$7, ',&, &;%/#2+#() %,

'#();- '# '#-;1+$)*1+$ :9+78$$ $ '#-;1+$)*1+,

$+:#"/,8$A. ?(+#&+,), :9+78$A +, IR /#+$)#", * (;

28 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%


M",*-2 % 313'*)%@3&'" &/()5/-,3=#+),2;) +, Wilo-Stratos (* $%&;">&, 1*(+#, );K 7,)# :1,+8$)*

(, (#'+# '#();-+$ -"$ )#&, ",%-#1#2*+$* +, "*.91$",%*- (FI)?0*%#-,(A&,+* +, Wilo-Stratos ( '*:*7)+#)#7#&, %,

29

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%

Wilo-Stratos ECO/ECO-BMS/ECO-Z/ECO-Z-BMS/ECO-ST

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

Wilo-Stratos ECO, Stratos ECO-BMS, Stratos ECO-Z, Stratos ECO-Z-BMS, Stratos ECO-ST6*"$A), Wilo-Stratos ECO ( &,"$,+)$)* Stratos ECO-BMS, ECO-Z,

ECO-Z-BMS $ ECO-ST '#-;1&, -#-.#"* #-$(,+,), (*"$A Wilo-

Stratos (;( (1*'+$)* -"*'$/()&,:

-'# 80 % $7#+#/$A +, *1*7)"#*+*".$A & (",&+*+$* (;(

(),+',")+$)* -#/-$;

-/#'*1$ Stratos ECO, ECO-BMS, ECO-Z $ ECO-Z-BMS %, &($47$

#)#-1$)*1+$ ($()*/$ & )*/-*",)9"+$A '$,-,%#+ +15 °C '#

+110 °C;

-/#'*1 Stratos ECO-ST %, ($()*/$ %, (#1,"+# #)#-1*+$* &

)*/-*",)9"+$A '$,-,%#+ +15 °C '# +110 °C;

- ,&)#/,)$4+# ,',-)$",+* +, -#/-*+,), /#9/ & ($()*/,),;

- ($.9"+#() $ 9'#0() -"$ /#+),2 $ #0(192&,+*.

.01-&* ,- $)%1"23,%3@,)# &$(#7#*:*7)$&+$ -#/-$ Wilo-Stratos ECO, ECO-BMS, ECO-Z,

ECO-Z-BMS $ ECO-ST (, -#'B#'A1*+#() (& E*"/,+$A

#).#&,"A$)*1+$ >9/#&*.

!"*'$/(): I,%*-F.",'*+, %,9+)$",,

30 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#":%&"'"3;3'*%/,% $"#$%

Wilo-Stratos ECO/ECO-BMS/ECO-Z/ECO-Z-BMS/ECO-ST

O32%# ?/*" (%'","#%@3, )32%#)

P$..: 5*()# $%/*"&,+* +, *1*7)"#++, -#/-, & $7#+#/$4*+ "*2$/

!,)*+)#&,+$A) $7#+#/$4*+ "*2$/, "*,1$%$",+ 4"*%

$+)*1$.*+)+# "*.91$",+* („Fuzzy“), '#-;1+$)*1+# #-)$/$%$",

7#+(9/$",+,), #) -#/-,), /#+$ ,&)#/,)$%$",+$ ($()*/$ (+,-". GA $1$ DDC)

(*"$$)* Wilo-Stratos ECO-BMS, ECO-Z-BMS $ ECO-ST ",%-#1,.,)

( #0 /8"9 0 - 10 V!"$ )#%$ "*2$/ "*.91$",+*)# +, ",0#)+,), )#47, (* $%&;">&, (

9-",&1A&,< ($.+,1 #) &;+>*+ 7#+)"#1*". I, +,()"#K7,),

-#/-$)* Wilo-Stratos ECO-BMS/ECO-Z-BMS $ ECO-ST -#194,&,)

#) &;+>+$A "*.91,)#" ,+,1#.#& ($.+,1 (0 - 10 V). J1)*"+,)$&,),

* ', (* +,()"#$ -#()#A++, (7#"#() #) 4*"&*+#)# 7#-4* &;"B9

-#/-,),.

I$)-/17/-> /8"9 „:(,G. %5'1.“FB#' %, 0*%-#)*+8$,1*+ MI 7#+),7).

!"$ %,)"*+ 7#+),7) -#/-,), ",0#)$ & "*2$/ +, "*.91$",+*.

!"$ #)"*+ 7#+),7) -#/-,), (-$",.

0

20

40

60

80

100

120

130

12:00 18:00 0:00 6:00 12:00 18:00 0:00 6:00 12:00 18:00

Час

0

10

20

30

40

50

60

65

Мощност Р1

Температура [°C]

Тем

пер

атур

а [°

C]

Мо

щн

ост

Р1

[%

]

Изкл.

31

H7,%,+$A %, $%0#"*() 2$1$+$)* 0*%()*-*++$ -#/-$.

4*-,9-)*%

3+*".#(-*()A&,%*-

,- 313'*)",%'-*-

?/*"#-*%@,"

9301"'%)-,3

+"$1%,,- %5"1-6%7

+38,"1"=%7

„@3)/3,

0B*",

“

L,9%'-6%7 5-

$"/)39-

E 15 (25/30)/1-3 •J&)#--$1#)

•„Safety-Control“

• – • –

E 15 (25/30)/1-5 • – • –

• = ',, – = +*

32 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"+$ "*.91,)#"$ $

-"*&71G4&,)*1$. 5#%$ +,4$+ +, "*.91$",+* -"*'#(),&A +,

-#)"*0$)*1A (1*'+$)* -"*'$/()&,:

-'# 50 % $7#+#/$A +, *+*".$A, -#-+$(7$ -"#$%'()&*+$

",%B#'$, %,+$2*+, */$($A +, CO2;

- -"*/,B&,+* +, >9/, & )*"/#(),)+$)* &*+)$1$.

!#/-$)* #) (*"$A), Wilo-TOP-E (* -"#$%&*2',) ( -"$(;*'$-

+$)*1+$ ",%/*"$ #) Rp 1 '# DN 100 $ /#.,) ', ",0#)A) -"$

)*/-*",)9", +, :19$', '# Tmax = 110 °C.

!-,31 5- )(@," B$)-/13,%3!,+*1;) %, ";4+# 9-",&1*+$* (* (;()#$ #) 09)#+ %, 9-",&1*+$*

$ '$(-1*K. 6 09)#+, (* $%0$",) $ +,()"#K&,) #(+#&+$)*

-,",/*)"$ $ :9+78$$ +, -#/-$)* Wilo-TOP-E/-ED:

- F71./$%71.;

- L*2$/ +, "*.91$",+* (!p-c, !p-v, ";4*+ "*.91,)#");

-O$:*"*+8$,1+# +,1A.,+*-%,','*+, ()#K+#();

-J&)#/,)$4+# -"*&71G4&,+* +, /$+$/,1+$ #0#"#)$;

-P9+78$A +, ('*+$)* -#/-$ (#(+#&+,/"*%*"&+, $1$ -,",1*1+,

",0#),).

F($47$ ",0#)+$ (;()#A+$A $ #0>$"+$ (;#0

33

H7,%,+$A %, $%0#"+,

)*/-*",)9", $ +,/,1*+#/-"*7",)*+# )#-1#-#',&,+* 7;/

#)#-1$)*1+,), ($()*/,). !"$ ,7)$&*+ $7#+#/$4*+ "*2$/

-#/-,), ",0#)$ ( /$+$/,1+, -#()#A++, (7#"#(). !"$

&;%(),+#&A&,+* +, +#"/,1+#)# )#-1#-#',&,+* 7;/ ($()*/,), (*

"*,7)$&$", +,()"#*+$A "*2$/ +, 9-",&1*+$* $ (* -#'';"2,

%,','*+#)# '$:*"*+8$,1+# +,1A.,+*.

F;%/#2+#() %, '#-;1+$)*1+, $7#+#/$A +, *+*".$A '# 25 % &

(",&+*+$* ( '#(*.,>+$)* 0*%()*-*++$ 8$"791,8$#++$ -#/-$ %,

#)#-1*+$*.

O32%# )3=B1-*")

L*2$/;) "*.91,)#" '*,7)$&$", "*.91$",+*)# & *1*7)"#++$A

/#'91. 67#"#()), +, -#/-,), /#2* ', (* +,()"#K&, ";4+# +,

-#()#A++, ()#K+#() & '$,-,%#+, /*2'9 800 $ 2.800 1/min.

4/()5/-,3 & -/*"#-*%5%)-,-*- &%&*3#- ,- &=)-9-*- GAI, (&;"%&,+* 7;/ ,&)#/,)$%$",+, ($()*/, +, (.",',), $

'$(),+8$#+*+ 7#+)"#1 (* $%-#1%&,) #-8$#+,1+$ $+)*":*K(+$

/#'91$.

.0> &%=,-1 5- $"/)39- SSMF($47$ -#/-$ #) (*"$A), Wilo-TOP-E/-ED $/,) 0*%-#)*+8$,1*+

7#+),7) (MI 7#+),7) -# VDI 3814) %, #07,/-#&"*',, );K 7,)# -#/-,), ,&)#/,)$4+# -#'+#&A&,

",0#), (1*' &;%(),+#&A&,+* +, *1*7)"#%,B",+&,+*)#.

I$)-/17/-> /8"9 „!)%")%*3*," L5'1.“!#/-$)* Wilo-TOP-E/-ED ( /#+$ 7#+)"#1*"$ $ $/, -"$#"$)*)

-"*' &($47$ 9-",&1A&,

34 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

H7,%,+$A %, $%0#"*+ ,+,1#.#& ($.+,1 (0 - 10 V) #) &;+>*+ "*.91,)#". !"$ )#%$

"*2$/ "*.91,)#";) +, -#/-,), * '*,7)$&$",+.

43)%3, %,*3);3K& „IF #"9B1“M, ",%-#1#2*+$* (, #-8$#+,1+$ $+)*":*K(+$ Wilo-IF-/#'91$,

7#$)# (* /#+)$",) & *1*7)"#++$)* /#'91$ +, -#/-$)* Wilo-

TOP-E/-ED. 5*%$ /#'91$ ',&,) &;%/#2+#() %, -"*',&,+* +,

',++$ 7;/ ,&)#/,)$%$",+,), ($()*/, +, (.",',), -#("*'()/

(*"$*+ '$.$),1*+ $+)*":*K( PLR $ Wilo-PLR /#'91, -"*%

'&9-"#'+, &";%7, ( $+)*":*K(*+ 7#+&*")#" $1$ '"9.

-#'B#'A< ,-,",).

=#'91;) IF-Modul LON (* $%-#1%&, %, )",+(:*" +, ',++$ -#

'&9-"#'+, &";%7, -"*% #)"*+, LONWORKS /"*2, 7;/

,&)#/,)$%$",+,), ($()*/, +, (.",',),.

I$)-/13,%3 ,- &9/"3,% $"#$%M#&$)* -#/-$ ( *1*7)"#++# 9-",&1*+$* $/,) "*2$/ +,

9-",&1*+$* +, ('*+$ -#/-$, 0*% +*#0B#'$/#() #)

'#-;1+$)*1+, ,-,",)9",.

M*#0B#'$/$ ,7(*(#,"$: 2 0"#A IF /#'91$.

F;%/#2+$ (, (1*'+$)* "*2$/$ +, 9-",&1*+$* +, *'+, -#/-,

Wilo-TOP-ED $1$ +, '&* #)'*1+$ -#/-$ Wilo-TOP-E:

O32%# )-0"*,-/)353)/,-M*#0B#'$/,), +, ($()*/,), /#*+#

+,)#&,"&,+* (* &71G4&, $ &;"B#&,), -#/-,, 7,)# 9-",&1*+$*)#

+, ('*+$)* -#/-$ -#()$., /,7($/,1+,), $/ *:*7)$&+#().

?-)$/$%$",+#)# -"*&71G4&,+* (* $%&;">&,, 7#.,)# (9/,), #)

&B#'A%*- (FI)?0*%#-,(A&,+* +, Wilo-TOP-E/-ED ( '*:*7)+#)#7#&, %,

35

H7,%,+$A %, $%0#"

36 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*4(9()2-,%3

.*"$13,%3, '1%#-*%5-6%7, "81-29-,3

:%&"'"3;3'*%/,% $"#$% Wilo-Stratos ECO, Stratos, Stratos-D 40

!)"%5/"9&*/3,- =-#- 40

Wilo-Stratos-ECO 44

?7#/-1*7)#&7,/P9+78$$ 42

5*B+$4*(7$ ',++$ 44

Q / H B,",7)*"$()$7$ 46

6B*/$ +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 47

L,%/*"$, )*.1# 48

Wilo-Stratos 50

?7#/-1*7)#&7,/P9+78$$ 42

5*B+$4*(7$ ',++$ 50

Q / H B,",7)*"$()$7$ 54

6B*/$ +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 61

L,%/*"$, )*.1# 62

Wilo-Stratos-D 64

?7#/-1*7)#&7,/P9+78$$ 64

5*B+$4*(7$ ',++$ 66

Q / H B,",7)*"$()$7$ 68

6B*/$ +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 73

L,%/*"$, )*.1# 74

37

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*4(9()2-,%3

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

Automatik-Pumpen Wilo-Smart 108

!)"%5/"9&*/3,- =-#- 108

Wilo-Smart 110

?7#/-1*7)#&7,/P9+78$$ 110

5*B+$4*(7$ ',++$ 112

Q / H B,",7)*"$()$7$ 114

6B*/$ +, (&;"%&,+*, ',++$ %, /#)#",, ",%/*"$, )*.1# 115

4*-,9-)*,% $"#$% Wilo-Star-RS, Wilo-AXL, Wilo-TOP-RL 116

!)"%5/"9&*/3,- =-#- 116

Wilo-SE, Wilo-TOP-S, Wilo-TOP-D 118

!)"%5/"9&*/3,- =-#- 118

Wilo-RP, Wilo-P 120

!)"%5/"9&*/3,- =-#- 120

Wilo-Star-RSD, Wilo-SD, Wilo-SE-TW 122

!)"%5/"9&*/3,- =-#- 122

Wilo-DOP 124

!)"%5/"9&*/3,- =-#- 124

Wilo-Star-RS 132

?7#/-1*7)#&7,/P9+78$$ 126

5*B+$4*(7$ ',++$ 132

Q / H B,",7)*"$()$7$ 134

6B*/$ +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 135

L,%/*"$, )*.1# 136

Wilo-AXL 138

?7#/-1*7)#&7,/P9+78$$ 126

5*B+$4*(7$ ',++$ 138

Q / H B,",7)*"$()$7$, (B*/$ +, (&;"%&,+*, ',++$ %, /#)#", 140

L,%/*"$, )*.1# 141

Wilo-TOP-RL 142

?7#/-1*7)#&7,/P9+78$$ 126

5*B+$4*(7$ ',++$ 142

Q / H B,",7)*"$()$7$ 144

6B*/, +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 145

L,%/*"$, )*.1# 146

Wilo-SE 148

?7#/-1*7)#&7,/P9+78$$ 126

5*B+$4*(7$ ',++$ 148

Q / H B,",7)*"$()$7$ 150

6B*/, +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 151

L,%/*"$, )*.1# 152

.*"$13,%3, '1%#-*%5-6%7, "81-29-,3

38 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*4(9()2-,%3

4*-,9-)*,% $"#$% ($)"9(123,%3) Wilo-TOP-S 154

?7#/-1*7)#&7,/P9+78$$ 129

5*B+$4*(7$ ',++$ 154

Q / H B,",7)*"$()$7$ 158

6B*/$ +, (&;"%&,+* 167

O,++$ %, /#)#", 168

L,%/*"$, )*.1# 171

Wilo-TOP-D 174

?7#/-1*7)#&7,/P9+78$$ 129

5*B+$4*(7$ ',++$ 174

Q / H B,",7)*"$()$7$ 176

6B*/$ +, (&;"%&,+* 178

O,++$ %, /#)#", 179

L,%/*"$, )*.1# 180

Wilo-RP 182

?7#/-1*7)#&7,/P9+78$$ 129

5*B+$4*(7$ ',++$ 182

Q / H B,",7)*"$()$7$ 184

6B*/$ +, (&;"%&,+* 185

O,++$ %, /#)#", 186

L,%/*"$, )*.1# 187

Wilo-P 188

?7#/-1*7)#&7,/P9+78$$ 129

5*B+$4*(7$ ',++$ 188

Q / H B,",7)*"$()$7$ 190

6B*/$ +, (&;"%&,+* 194

O,++$ %, /#)#", 194

L,%/*"$, )*.1# 196

Wilo-Star-RSD 202

?7#/-1*7)#&7,/P9+78$$ 198

5*B+$4*(7$ ',++$ 202

Q / H B,",7)*"$()$7$ 204

6B*/$ +, (&;"%&,+*, ',++$ %, /#)#",, ",%/*"$, )*.1# 205

Wilo-TOP-SD 206

?7#/-1*7)#&7,/P9+78$$ 198

5*B+$4*(7$ ',++$ 206

Q / H B,",7)*"$()$7$ 210

6B*/$ +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 222

L,%/*"$, )*.1# 225

.*"$13,%3, '1%#-*%5-6%7, "81-29-,3

39

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*4(9()2-,%3

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

Wilo-SE-TW 228

?7#/-1*7)#&7,/P9+78$$ 198

5*B+$4*(7$ ',++$ 228

Q / H B,",7)*"$()$7$ 230

6B*/$ +, *1. (&;"%&,+*, ',++$ %, '&$.,)*1A 232

L,%/*"$, )*.1# 233

Wilo-DOP 234

?7#/-1*7)#&7,/P9+78$$ 198

5*B+$4*(7$ ',++$ 234

Q / H B,",7)*"$()$7$ 236

6B*/$ +, (&;"%&,+* 241

O,++$ %, /#)#", 242

L,%/*"$, )*.1# 243

.*"$13,%3, '1%#-*%5-6%7, "81-29-,3

40 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%/&9/"3,%)

!)"%5/"9&*/3,- =-#- Wilo-Stratos ECO, Stratos, Stratos-D

43)%7: Wilo-Stratos ECO

>!)39,-5,-@3,%3: • C$"791,8$#++$ ($()*/$ %, DEF, #)#-1*+$*, #B1,2',+*. !"#/$>1*+$

8$"791,8$#++$ ($()*/$.

43)%7: Wilo-Stratos-D

>49/"3,% $"#$%:• Q*()#)+# "*.91$",+$ 8$"791,8$#++$ -#/-$ ( :1,+8# -"$(;*'$+A&,+*.

>!)39,-5,-@3,%3:• C$"791,8$#++$ ($()*/$ %, DEF, #)#-1*+$*, #B1,2',+*. !"#/$>1*+$

8$"791,8$#++$ ($()*/$.

!"#$%&'(

")* )" +*&

%',":

Stratos EC

O 25/1-5

( %#-./)*

)%' BMS

% L

H [m

]

5

4

3

2

1

0 Q[m³/h]1,5 1 2,5 2 0 0,5

25(30)1-3

25(30)1-5

Wilo-Stratos ECO BMS

41

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%/&9/"3,%)

!)"%5/"9&*/3,- =-#- Wilo-Stratos ECO, Stratos, Stratos-D

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

43)%7: Wilo-Stratos ECO

>!)39%#&*/- $)% %5$"15/-,3:• O# 80 % $7#+#/$A +, *+*".$A & (",&+*+$* (;( (),+',")+$)* -#/-$;• ?-)$/,1+, (*"&$%+, -#''";27, -#",'$ :"#+),1+#)# #0(192&,+*, ",%1$4+$ /#+),2+$ -#1#2*+$A;

• 5#-1#$%#1,8$A (;#0",%+# (*"$A), %, -"$1#2*+$* & ($()*/$ %, #)#-1*+$* $ %, DEF;• J&)#/,)$4*+ $7#+#/$4*+ "*2$/ (J&)#-$1#));• =$+. &B#'A!)39%#&*/- $)% %5$"15/-,3:• O# 80 % $7#+#/$A +, *+*".$A & (",&+*+$* (;( (),+',")+$)* -#/-$;• ?-)$/,1+, (*"&$%+, -#''";27, -#",'$ :"#+),1+#)# #0(192&,+* $ :"#+),1+$A '#();- '# 71*/$)*, ",%1$4+$ /#+),2+$ -#1#2*+$A, ,',-)$&*+ '$(-1*K, 7#/0$+$",+$

:1,+8$;

• 5#-1#$%#1,8$A (;#0",%+# (*"$A), %, -"$1#2*+$* & #)#-1*+$*)#;• =#.,) ', (* $%-#1%&,) & B1,'$1+$/71$/,)$4+$ $+(),1,8$$ 0*% #.",+$4*+$* +, #7#1+,), )*/-*",)9",;

• L,%+##0",%*+ $+)*":*K( -#",'$ &;%/#2+#() %, '#-;1&,+* ( IF /#'91$.

>P)B=- %,;")#-6%7: &*).• H7,%,+$A %, $%0#" . . . . . . . . . . . . . . . 6/22

• ?7#/-1*7)#&7,/P9+78$$ . . . . . . . . 42

• 5*B+$4*(7$ ',++$ . . . . . . . . . . . . . . . 50

• S,",7)*"$()$7$ . . . . . . . . . . . . . . . . . 54

• 6B*/$ +, (&;"%&,+*,

',++$ +, /#)#", . . . . . . . . . . . . . . . . 61

• L,%/*"$, )*.1# . . . . . . . . . . . . . . . . . . 62

• 6*"&$%/J7(*(#,"$ . . . . . . . . . . . . . . . 325

• @#+)"#1+, $ "*.91$",

42 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

.'"#$13'*"/'-/QB,'6%% ,- &3)%%*3 Wilo-Stratos ECO, Wilo-Stratos

Wilo-Stratos ECO Wilo-Stratos

O32%#% ,- )-0"*-

6)*-*++# -"*&71G4&,+* +, (7#"#()$)* – –

L*2$/ "*.91,)#" (n = const.) •((,/# Stratos ECO...-BMS)

•

L*2$/ ! p-c %, -#()#A++# '$:*"*+8$,1+# +,1A.,+*

•((,/# Stratos ECO...-BMS)

•

L*2$/ ! p-v %, -"#/*+1$ '$:*"*+8$,1+# +,1A.,+*

• •

L*2$/ !p-T %, (;#0",%*+# ( )*/-*",)9",), '$:*"*+8$,1+# +,1A.,+*

– •

O(@,% ;B,'6%%

M,()"#K&,+* +, "*2$/, +, ",0#), •((,/# Stratos ECO...-BMS)

•

M,()"#K&,+* +, %,','*+,), ()#K+#() +, '$:*"*+8$,1+#)# +,1A.,+*

• •

M,()"#K7, „J&)#-$1#)“ (J&)#/,)$4*+ $7#+#/$4*+ "*2$/)

• •

M,()"#K7, +, -#/-,), F@W/NI@W •((,/# Stratos ECO...-BMS)

•

L;4+, +,()"#K7, +, (7#"#()), •((,/# Stratos ECO...-BMS)

•

N%0#" +, (7#"#() – –

?/*"#-*%@,% ;B,'6%%

D*%()*-*++# "*.91$",+* +, /#

43

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

.'"#$13'*"/'-/QB,'6%% ,- &3)%%*3 Wilo-Stratos ECO, Wilo-Stratos

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

QB,'6%%, &%=,-1%5-6%7 % %,9%'-6%7 (!)"9(123,%3)

I,7$)* – •

.0#3, ,- 9-,,%

N+:",4*"&*+ $+)*":*K( %, 0*%2$4*+ #0/*+ +, ',++$ ( IR /#+$)#" (&2. :9+78$$)* +, IR /#+$)#",)

– •

6*"$*+ '$.$),1*+ $+)*":*K( PLR %, &";%7, ( ,&)#/,)$%$",+, ($()*/, GA ( $+)*":*K(*+ 7#+&*")#" Wilo $1$ '"9. -#'B#'A< ,-,",)

– •F;%/#2+# ( IF /#'91$ Stratos (,7(*(#,"$)

6*"$*+ 8$:"#& $+)*":*K( LON %, &";%7, 7;/ LONWORKS /"*2,

– •F;%/#2+# ( IF /#'91$ Stratos (,7(*(#,"$)

I$)-/13,%3 ,- &9/"3,% $"#$% (&9/"3,- $"#$- %1% 2 x 39%,%@,- $"#$-)

L*2$/ ",0#)+,/"*%*"&+, ( ,&)#/,)$4+# -"*&71G4&,+* -# &"*/* $ -"$ -#&"*',

– •F;%/#2+$ (, ",%1$4+$ 7#/0$+,8$$ (

IF /#'91$ Stratos (,7(*(#,"$)

L,0#)*+ "*2$/ #(+#&+,/&;"B#&, ( #-)$/$%$",+# -"*&71G4&,+* +, &;"B#&,), -#/-,

– •F;%/#2+$ (, ",%1$4+$ 7#/0$+,8$$ (

IF /#'91$ Stratos (,7(*(#,"$)

.'"#$13'*"/'-/H"#$13'* ,- 9"&*-/'-*-

I,B&,) %, 71G4 &;"B9 7#"-9(, +, -#/-,),•

•(!#/-$ ( "*%0# -"$(;*'$+A&,+* (

P2 < 100 W)

F.",'*+ 71,-,+ %, -"*+,(#4&,+* +, -#)#7, – –

F;%/#2*+ 7,0*1*+ &B#' #) '&*)* ()",+$ • –

D;"%# (&;"%&,+* ( -"92$++$ 71*/$ • –

F.",'*+ $%B#' %, 0;"%#'*K()&,< ,&)#/,)$4*+ #0*%&;%'9>$)*1 Rp 3/8

•((,/# Stratos ECO-L) –

=A()# %, &71G4&,+* +, '#-;1+$)*1+$ IF /#'91$ Wilo – •

H()#K4$& +, 01#7$",+* /#)#" • –

F71. 9-1;)+*+$A -"$ "*%0# -"$(;*'$+A&,+* • •

F71. $+()"978$A %, /#+),2 $ *7(-1#,),8$A • •

F71. )#-1$++, $%#1,8$A • •

F71. -#'1#2+$ >,K0$ %, :1,+8#&$)* 0#1)#&* (-"$ +#/$+,1*+ '$,/*);" +, (&;"%&,+* DN 32 - DN 65)

– •

F71. 1,8 m (&;"%&,< 7,0*1 (

44 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

+38,%@3&'% 9-,,% Wilo-Stratos ECO

Wilo-Stratos ECO...

25/1-3 25/1-525/1-5 BMS-L 25/1-5

25/1-5-130 25/1-5 RG 30/1-3 30/1-5

P"$B&*%#% )-0"*,% ;1B%9% (9)B=% ;1B%9% $)% 5-$%*/-,3)

F#', %, #)#-1*+$* ((;.1.VDI 2035) • • • • • •

6/*( ',/.1$7#1 (/,7(. 1:1; -"$ 20 % $1$ -#&*4* -"$/*($ ', (* -"#&*"A) ",0#)+$)* ',++$) • • • • • •

!$)*K+, ', $ ', %, B",+$)*1+,), -"#/$>1*+#() ((;.1. TrinkwV 2001) – – – – – –

M">,"&*

=,7(. +,1A.,+* [m] 3 5 5 5 3 5

=,7($/,1*+ '*0$) [m3/h] 2,5 2,5 2,5 2,5 2,5 2,5

P"$B&*%#- "01-&* ,- $)%1"23,%3

5*/-*",)9", +, :19$', & #)#-1$)*1+$ $ 71$/,)$4+$ ($()*/$

-"$ /,7(. #7#1+, )*/-*",)9", +25 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]

+ 15 '# + 110 + 15 '# + 95

5*/-*",)9", +, ',), & ($()*/$ %, DEF -"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C -"$7",)7#&"*/*++, ",0#), 2 h [°C]

–

–

–

–

–

–

–

–

–

–

–

–

=,7(. '#-9()$/, #0

45

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

+38,%@3&'% 9-,,% Wilo-Stratos ECO

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

M"*")/

46 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

R-)-'*3)%&*%'% Wilo-Stratos ECO

Wilo-Stratos ECO 25/1-3 - 30/1-3 Wilo-Stratos ECO 25/1-5 - 30/1-5, ECO-L 25/1-5

!p-v ($)"#3,1%/") !p-v ($)"#3,1%/")

Wilo-Stratos ECO 25/1-5 BMS

!p-c ($"&*"7,,") !p-v ($)"#3,1%/")

S,",7)*

"$()$7$

max.

H [

m]

0

2

2,5

3

1

0,5

1,5

0 0,50 0,2 0,4 0,6

0 2 4 6 8

1 1,5 2 2,5

[m³/h]1,51 2,520 0,5

[m³/h][l/s]

[lgpm]

0

20

15

10

5

25

30

35

P1

[W

]

Q

2 m 1,5 m

1 m

min.

p-v

max.

min.

2,5 m

Wilo-Stratos ECO 25/1-3Wilo-Stratos ECO 30/1-31 ~ 230 V - Rp 1/ Rp 1¼

[m/s]0 0,80,2 0,4

0,20 0,4 0,6 0,8 1,0 1,2 1,4

0,6 Rp 1¼

Rp 1

max.

H [

m]

0

4

5

6

2

1

3

[m/s]0 0,80,2 0,4

0,20 0,4 0,6 0,8 1,0 1,2 1,4

0,6

0 0,50 0,2 0,4 0,6

0 2 4 6 8

1 1,5 2 2,5

[m³/h]1,51 2,520 0,5

[m³/h][l/s]

[lgpm]

0

40

30

20

10

50

60

70

P1

[W

]

Q

4 m 3 m

2 m

1 m

p-v

max.

min.

min.

5 m

Wilo-Stratos ECO 25/1-5Wilo-Stratos ECO 30/1-51 ~ 230 V - Rp 1/ Rp 1¼

Rp 1¼

Rp 1

max.

H [

m]

0

4

5

6

2

1

3

[m/s] 0 0,8 0,2 0,4

0,2 0 0,4 0,6 0,8 1,0 1,2 1,4

0,6

0 0,5 0 0,2 0,4 0,6

0 2 4 6 8

1 1,5 2 2,5

[m³/h] 1,5 1 2,5 2 0 0,5

[m³/h] [l/s]

[lgpm]

0

40

30

20

10

50

60

70

P1

[W

]

Q

4 m

3 m

2 m

1 m

p-c

max.

min.

min.

5 m

Rp 1¼

Rp 1

Wilo-Stratos ECO 25/1-5 BMS1 ~ 230 V - Rp 1/ Rp 1¼

max.

H [

m]

0

4

5

6

2

1

3

[m/s] 0 0,8 0,2 0,4

0,2 0 0,4 0,6 0,8 1,0 1,2 1,4

0,6

0 0,5 0 0,2 0,4 0,6

0 2 4 6 8

1 1,5 2 2,5

[m³/h] 1,5 1 2,5 2 0 0,5

[m³/h] [l/s]

[lgpm]

0

40

30

20

10

50

60

70

P1

[W

]

Q

4 m

3 m

2 m

1 m

p-v

max.

min.

min.

5 m

Rp 1¼

Rp 1

Wilo-Stratos ECO 25/1-5 BMS1 ~ 230 V - Rp 1/ Rp 1¼

47

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

483#% ,- &/()5/-,3, 9-,,% ,- #"*")- Wilo-Stratos ECO

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

483#- ,- &/()5/-,3 A 483#- ,- &/()5/-,3 B

=#+#:,%*+ /#)#" (EM), 2--#1G(*+, 1~230 V, 50 Hz

P-,,% ,- #"*")-

Wilo-Stratos ECO... .0")"*% :8"97>- #">,"&*

+"' #-'&. J->%*- ,- #"*")- H-0313,,-')-K,%'

483#- ,- &/()5/-,3

- P1 I - Pg -

[1/min] [W] [A] [-] [-] -

25/1-3 1400 - 2700 5,8 - 32 0,3M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X11 A

25/1-5 1400 - 3500 5,8 - 59 0,46M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X11 A

25/1-5-130 1400 - 3500 5,8 - 59 0,46M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X11 A

25/1-5 RG 1400 - 3500 5,8 - 59 0,46M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X11 A

25/1-5 BMS 1400 - 3500 5,8 - 59 0,46M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X71x 91X11

B

-L 25/1-5 1400 - 3500 5,8 - 59 0,46M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X11 A

30/1-3 1400 - 2700 5,8 - 32 0,3M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X11 A

30/1-5 1400 - 3500 5,8 - 59 0,46M* * +*#0B#'$/,

(9()#K4$& +, 01#7$",+*)

1X11 A

0~10V

Standard

L N PE SSM InExt. off

1~ 230 V, 50 Hz

48 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

O-5#3)%, *3=1" Wilo-Stratos ECO

V3)*32 & )-5#3)% ? V3)*32 & )-5#3)% B

V3)*32 & )-5#3)% C V3)*32 & )-5#3)% D

O-5#3)%, *3=1"

Wilo-Stratos ECO... !)%&(39%-,%*313, )-5#3)

O350- O-5#3)% +3=1" V3)*32

Rp G l0 l1 l3 l4 l5 a a2 b1 b2 b3 b4 b5 - -

[-] [-] [mm] [kg] [-]

25/1-3 1 11/2 180 96 90 78 50 60 32,5 133 93,5 61 73 69 2,6 A

25/1-5 1 11/2 180 96 90 78 50 60 32,5 133 93,5 61 73 69 2,6 A

25/1-5-130 1 11/2 130 96 65 78 50 60 32,5 133 93,5 61 73 69 2,5 B

25/1-5 RG 1 11/2 180 96 90 78 50 60 32,5 133 93,5 61 73 69 2,6 A

25/1-5 BMS 1 11/2 180 96 90 78 50 60 32,5 185 93,5 78 73 94 2,9 d

-L 25/1-5 1 11/2 180 100 90 78 50 62 28,0 129 93,5 61 73 69 3,2 C

30/1-3 11/4 2 180 96 90 78 50 60 32,5 133 93,5 61 73 69 2,7 A

30/1-5 11/4 2 180 96 90 78 50 60 32,5 133 93,5 61 73 69 2,7 A

G

a

b1b3

b2 a2

b5

I4 I5

I1

I 0

l 3

b4

b1

b3

b5

b2

b4I4 I5

I1

I 0l 3

a

a2

G

b1

b2

48 57

71

43 47,75

G

a2a

b3 b5

I4

I5

I1

I 0l 3

b4

b1b3

b2

b5 G

a

a2

I4 I5

I1

I 0

l 3

b4

49

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

50 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

+38,%@3&'% 9-,,% Wilo-Stratos

Wilo-Stratos ...

25/1-6 25/1-8 30/1-6 30/1-8 30/1-12 32/1-12 40/1-4 40/1-8 40/1-12

P"$B&*%#% )-0"*,% ;1B%9% (9)B=% ;1B%9% $)% 5-$%*/-,3)

F#', %, #)#-1*+$* ((;.1.VDI 2035) • • • • • • • • •

6/*( ',/.1$7#1 (/,7(. 1:1; -"$ 20 % $1$ -#-&*4* -"$/*($ ', (* -"#&*"A) ",0#)+$)* ',++$)

• • • • • • • • •

!$)*K+, ', $ ', %, B",+$)*1+,), -"#/$>1*+#() ((;.1. TrinkwV 2001)

– – – – – – – – –

M">,"&*

=,7(. +,1A.,+* [m] 6 7 6 7 11 9 5 8 12

=,7($/,1*+ '*0$) [m3/h] 7 8 7 8 10 13 11 13 21

P"$B&*%#- "01-&* ,- $)%1"23,%3

5*/-*",)9", +, :19$', & #)#-1$)*1+$ $ 71$/,)$4+$ ($()*/$

-"$ /,7(. #7#1+, )*/-*",)9", +25 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]

–- 10 '# + 110

5*/-*",)9", +, ',), & ($()*/$ %, DEF

-"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C -"$ 7",)7#&"*/*++, ",0#), 2 h [°C]

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

=,7(. '#-9()$/, #0

51

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

+38,%@3&'% 9-,,% Wilo-Stratos

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

M"*")/

52 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

+38,%@3&'% 9-,,% Wilo-Stratos

Wilo-Stratos ...

50/1-8 50/1-9 50/1-12 65/1-9 65/1-12 80/1-12 100/1-12

P"$B&*%#% )-0"*,% ;1B%9% (9)B=% ;1B%9% $)% 5-$%*/-,3)

F#', %, #)#-1*+$* ((;.1.VDI 2035) • • • • • • •

6/*( ',/.1$7#1 (/,7(. 1:1; -"$ 20 % $1$ -#&*4* -"$/*($ ', (* -"#&*"A) ",0#)+$)* ',++$)

• • • • • • •

!$)*K+, ', $ ', %, B",+$)*1+,), -"#/$>1*+#() ((;.1. TrinkwV 2001)

– – – – – – –

M">,"&*

=,7(. +,1A.,+* [m] 8 9 11 10 11 13 13

=,7($/,1*+ '*0$) [m3/h] 13 24 29 29 41 61 61

P"$B&*%#- "01-&* ,- $)%1"23,%3

5*/-*",)9", +, :19$', & #)#-1$)*1+$ $ 71$/,)$4+$ ($()*/$

-"$ /,7(. #7#1+, )*/-*",)9", +25 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]

–- 10 '# + 110

5*/-*",)9", +, ',), & ($()*/$ %, DEF

-"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C -"$ 7",)7#&"*/*++, ",0#), 2 h [°C]

–

–

–

–

–

–

–

–

–

–

–

–

–

–

=,7(. '#-9()$/, #0

53

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

+38,%@3&'% 9-,,% Wilo-Stratos

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

M"*")/

54 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

R-)-'*3)%&*%'% Wilo-Stratos

Wilo-Stratos 25/1-6, 30/1-6

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

Wilo-Stratos 25/1-8, 30/1-8

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

Q

min.

max.

H [

m]

0

4

5

7

6

2

1

3

Wilo-Stratos 25/1-6 Wilo-Stratos 30/1-6

1 ~ 230 V - Rp1 / Rp1¼

[m/s]

v210 2,5 31,5 3,50,5

0 0,5 1 21,5

[m³/h]640 2 5 731

[m³/h]640 2 5 731

[l/s]

[lgpm]

2

10 20

1,510,5

0

0

0

80

60

40

20

100

P1

[W

]

1 m

2 m

3 m4 m5 m6 mma

x.

min.

max.

p-c

Rp 1¼

Rp 1

Q

min.

max.

H [

m]

0

4

5

7

6

2

1

3

Wilo-Stratos 25/1-6 Wilo-Stratos 30/1-6

1 ~ 230 V - Rp1 / Rp1¼

[m³/h]640 2 5 731

[m³/h]640 2 5 731

[l/s]

[lgpm]

2

10 20

1,510,5

0

0

0

80

60

40

20

100

P1

[W

] 6 m 5

m 4 m3 m

2 m

p-v

min.

max.

[m/s]

v210 2,5 31,5 3,50,5

0 0,5 1 21,5 Rp 1¼

Rp 1

0

4

5

7

6

8

2

1

3

H [

m]

Q

[m³/h][l/s]

[lgpm]

P1

[W

]

0

80

60

40

20

100

120

140

Wilo-Stratos 25/1-8 Wilo-Stratos 30/1-8 1 ~ 230 V - Rp 1 / Rp 1 ¼

6 8 4 0 2 5 7 3 1

[m³/h]6 8 4 0 2 5 7 3 1

2

10 20

1,5 1 0,5

0

0

[m/s] 2 1 0 2,5 1,5 0,5

v 2 1 0 2,5 3 4 1,5 Rp 1

Rp 1 ¼

3,5 0,5

max.

max.

1 m 2 m

3 m

4 m

5 m

6 m 7

m

min.

p-c

max.

min.

0

4

5

7

6

8

2

1

3

H [

m]

Q

[l/s]

[lgpm]

P1

[W

]

0

80

60

40

20

100

120

140

2

10 20

1,5 1 0,5

0

0

[m/s] 2 1 0 2,5 1,5 0,5

v 2 1 0 2,5 3 4 1,5 Rp 1

Rp 1 ¼

3,5 0,5

Wilo-Stratos 25/1-8 Wilo-Stratos 30/1-8 1 ~ 230 V - Rp 1 / Rp 1 ¼

[m³/h] 6 8 4 0 2 5 7 3 1

[m³/h] 6 8 4 0 2 5 7 3 1

max.

min. 2 m

3 m 4

m 5 m

6 m 7

m

min.

max.

p-v

55

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)


@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

Wilo-Stratos 30/1-12

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

v0 1 2 31,50,5 2,5 3,5 [m/s]

0

8

10

12

14

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

250

200

100

150

50

300

350

Wilo-Stratos 30/1-121 ~ 230 V - Rp 1 ¼

80 4 1062

[m³/h]80 4 1062

1 1,5 2 32,5

10 20 30

0,5

0

0

Q

max.

max.

10 m 8 m 6 m 4 m

2 m

1 mmin.

min.

p-c

max.

v0 1 2 31,50,5 2,5 3,5 [m/s]

0

8

10

12

14

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

250

200

100

150

50

300

350

Wilo-Stratos 30/1-121 ~ 230 V - Rp 1 ¼

80 4 1062

[m³/h]80 4 1062

1 1,5 2 32,5

10 20 30

0,5

0

0

Q

max.

10 m 8 m 6 m 4 m

min.

min.

p-v

max.

v0 1 2 3 41,50,5 2,5 3,5 [m/s]

0

8

10

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

250

200

100

150

50

300

350

Wilo-Stratos 32/1-121 ~ 230 V - DN 32

80 4 10 1262

[m³/h]80 4 10 1262

1 1,5 2 32,5 3,5

10 20 30 40

0,5

0

0

Q

max.

max.

8 m 6 m 4 m

2 m

9 m

1 mmin.

min.

p-c

max.

v0 1 2 3 41,50,5 2,5 3,5 [m/s]

0

8

10

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

250

200

100

150

50

300

350

Wilo-Stratos 32/1-121 ~ 230 V - DN 32

80 4 10 1262

[m³/h]80 4 10 1262

1 1,5 2 32,5 3,5

10 20 30 40

0,5

0

0

Q

max.

min.

8 m 7 m 6 m 5 m 4 m

min.

p-v

max.

56 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)


Wilo-Stratos 40/1-4

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

Wilo-Stratos 40/1-8

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

0 0.5 1.0 1.5 2.0 [m/s]

0

1

2

3

4

5

6

0 2 4 6 8 10 [m³/h]

H [

m]

0 0.5 1.0 1.5 2.0 2.5 [l/s]

0 5 10 15 20 25 30 35 [Igpm]

0

20

40

60

80

100

120

140

0 2 4 6 8 10 [m³/h]

P1

[W

]

v

Q

Wilo-Stratos 40/1-41~230 V - DN 40

max.

min.

min.

5 m 4 m 3 m 2 m

1 m

max.

∆p-c

0 0.5 1.0 1.5 2.0 [m/s]

0

1

2

3

4

5

6

0 2 4 6 8 10 [m³/h]

H [

m]

0 0.5 1.0 1.5 2.0 2.5 [l/s]

0 5 10 15 20 25 30 35 [Igpm]

0

20

40

60

80

100

120

140

0 2 4 6 8 10 [m³/h]

P1

[W

]

v

Q

Wilo-Stratos 40/1-41~230 V - DN 40

max.

min.

min.

5 m 4.5

m4 m 3 m 2 m3.

5 m 2.5 m

∆p-v

0

8

9

4

2

6

7

3

1

5

H [

m]

[m³/h][l/s]

[lgpm]

Wilo-Stratos 40/1-81 ~ 230 V - DN 40

1280 4 10 1462

[m³/h]1280 4 10 1462

1,51 2,52 43,53

10 20 30 40 50

0,5

0

0

Q

P1

[W

]

0

250

200

100

150

50

300

350

v0 1 2 31,50,5 2,5 [m/s]

max.

max.

7 m 6 m 5 m 4 m 3 m

2 m

1 m min.

p-c

min.

max.

0

8

9

4

2

6

7

3

1

5

H [

m]

[m³/h][l/s]

[lgpm]

Wilo-Stratos 40/1-81 ~ 230 V - DN 40

1280 4 10 1462

[m³/h]1280 4 10 1462

1,51 2,52 43,53

10 20 30 40 50

0,5

0

0

Q

P1

[W

]

0

250

200

100

150

50

300

350

v0 1 2 31,50,5 2,5 [m/s]

min.

max.

7 m 6 m 5 m 4 m 3 m

min.

p-v

max.

57

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)


@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

Wilo-Stratos 50/1-8

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

v0 1 2 3 [m/s]

0

8

10

12

14

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

300

200

100

400

500

Wilo-Stratos 40/1-121 ~ 230 V - DN 40

12 16 1880 4 10 1462

12 16 1880 4 10 1462 [m³/h]

2 3 4 5

10 20 30 40 50 60 70

1

0

0

Qmax.

8 m10 m

6 m

4 m

2 m

1 m

max.

min.

12 m

p-c

min.

max.

v0 1 2 3 [m/s]

0

8

10

12

14

4

2

6

H [

m]

[l/s]

[lgpm]

P1

[W

]

0

300

200

100

400

500

Wilo-Stratos 40/1-121 ~ 230 V - DN 40

2 3 4 5

10 20 30 40 50 60 70

1

0

0

Q

[m³/h]12 16 1880 4 10 1462

12 16 1880 4 10 1462 [m³/h]

max.

9 m8 m10

m12 m

11 m

7 m6 m

5 m4 m

min.

p-v

max.

min.

v0 1 21,50,5 [m/s]

0

8

9

4

2

6

7

3

1

5

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

250

200

100

150

50

300

350

Wilo-Stratos 50/1-81 ~ 230 V - DN 50

80 4 10 12 1462

[m³/h]80 4 10 12 1462

1 1,5 2 3 42,5 3,5

10 20 30 40 50

0,5

0

0

Q

min.

max.

7 m 6 m 5 m 4 m 3 m

2 m

1 m

max.

min.

p-c

max.

v0 1 21,50,5 [m/s]

0

8

9

4

2

6

7

3

1

5

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

250

200

100

150

50

300

350

Wilo-Stratos 50/1-81 ~ 230 V - DN 50

80 4 10 12 1462

[m³/h]80 4 10 12 1462

1 1,5 2 3 42,5 3,5

10 20 30 40 50

0,5

0

0

Q

min.

7 m 6 m 5 m 4 m 3 m

max.

min.

p-v

max.

58 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)


Wilo-Stratos 50/1-9

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

v0 1 2 3 [m/s]

0

8

10

12

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

350

10050

400

450

200

150

250

300

12 16 18 20 2280 4 10 1462

12 16 18 20 2280 4 10 1462

2 3 4 5 6

10 20 30 40 50 60 70 80

1

0

0

Q

[m³/h]

Wilo-Stratos 50/1-91 ~ 230 V - DN 50

max.

8 m7 m

min.

6 m5 m

4 m3 m

2 m

1m

min.

p-c

max.

v0 1 2 3 [m/s]

0

8

10

12

4

2

6

H [

m]

[l/s]

[lgpm]

P1

[W

]

0

350

10050

400

450

200

150

250

300

2 3 4 5 6

10 20 30 40 50 60 70 80

1

0

0

Q

Wilo-Stratos 50/1-91 ~ 230 V - DN 50

[m³/h]12 16 18 20 2280 4 10 1462

12 16 18 20 2280 4 10 1462 [m³/h]

min.

max.9

m

8 m

7 m6 m

5 m4 m

3 m

min.

p-v

max.

v0 1 32 [m/s]

0

12

14

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

500

400

200

300

100

600

700

100 15 20 255

[m³/h]100 15 20 255

2 3 4 65 7

20 40 60 80

1

0

0

Q

Wilo-Stratos 50/1-121 ~ 230 V - DN 50

9 m

7 m

max.

min.

6 m5 m

4 m3 m

2 m

1m

max.

11 m10 m

8 m

min.

p-c

max.

v0 1 32 [m/s]

0

12

14

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

500

400

200

300

100

600

700

100 15 20 255

[m³/h]100 15 20 255

2 3 4 65 7

20 40 60 80

1

0

0

Q

Wilo-Stratos 50/1-121 ~ 230 V - DN 50

min.

max.

11 m

10 m

9 m8 m

7 m6 m5 m

4 m

min.

p-v

max.

59

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)


@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

Wilo-Stratos 65/1-9

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

v0 10,5 1,5 2 [m/s]

0

12

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

500

400

200

300

100

600

700

100 15 20 255

[m³/h]100 15 20 255

2 3 4 65 7

20 40 60 80

1

0

0

Q

Wilo-Stratos 65/1-91 ~ 230 V - DN 65

8 m9 m

7 m

max.

min.

6 m5 m4 m3 m2 m

1 m

max.

min.

p-c

max.

v0 10,5 1,5 2 [m/s]

0

12

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

500

400

200

300

100

600

700

100 15 20 255

[m³/h]100 15 20 255

2 3 4 65 7

20 40 60 80

1

0

0

Q

Wilo-Stratos 65/1-91 ~ 230 V - DN 65

9 m10

m

8 m

min.

7 m

5 m4 m

max.

6 m

min.

p-v

max.

v0 10,5 1,5 2,52 [m/s]

0

12

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

500400

200300

100

600

900

700800

100 15 20 25 30 35 405

[m³/h]100 15 20 25 30 35 405

2 3 4 65 7 8 109 11

25 50 75 100 125

1

0

0

Q

Wilo-Stratos 65/1-121 ~ 230 V - DN 65

max.

max.

2 m

1 m

3 m4 m

5 m6 m

7 m8 m

min.

9 m10 m

min.

p-c

max.

v0 10,5 1,5 2,52 [m/s]

0

12

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

500400

200300

100

600

900

700800

100 15 20 25 30 35 405

[m³/h]100 15 20 25 30 35 405

2 3 4 65 7 8 109 11

25 50 75 100 125

1

0

0

Q

Wilo-Stratos 65/1-121 ~ 230 V - DN 65

min.

max.

4 m5 m

6 m7 m

8 m9 m

10 m

min.

p-v

max.

60 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)



!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

v0 1 1,50,5 32 2,5 [m/s]

0

12

14

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

14001200

8001000

600400200

16001800

200 30 40 50 6010

[m³/h]200 30 40 50 6010

3 6 9 1512 18

50 100 150 2000

0

Q

Wilo-Stratos 80/1-121 ~ 230 V - DN 80

max.

max.

1 m min.

2 m4 m

6 m8 m

10 m12 m

min.

p-c

max.

v0 1 1,50,5 32 2,5 [m/s]

0

12

14

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

14001200

8001000

600400200

16001800

200 30 40 50 6010

[m³/h]200 30 40 50 6010

3 6 9 1512 18

50 100 150 2000

0

Q

Wilo-Stratos 80/1-121 ~ 230 V - DN 80

min.

4 m6 m7

m8 m9

m10 m11

m12 m

5 m

max.

min.

p-v

max.

v0 1 1,50,5 2[m/s]

0

12

14

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

14001200

8001000

600400200

16001800

200 30 40 50 6010

[m³/h]200 30 40 50 6010

3 6 9 1512 18

50 100 150 2000

0

Q

Wilo-Stratos 100/1-121 ~ 230 V - DN 100

max.

max.

1 m min.

2 m4 m

6 m8 m

10 m12 m

min.

p-c

max.

0

12

14

4

2

8

10

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

14001200

8001000

600400200

16001800

200 30 40 50 6010

[m³/h]200 30 40 50 6010

3 6 9 1512 18

50 100 150 2000

0

Q

Wilo-Stratos 100/1-121 ~ 230 V - DN 100

min.

4 m6 m7

m8 m9

m10 m11

m12 m

5 m

max.

min.

p-v

max.

v0 1 1,50,5 2[m/s]

61

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

483#% ,- &/()5/-,3, 9-,,% ,- #"*")- Wilo-Stratos

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

483#- ,- &/()5/-,3

*) O"9.$ IF /#'91$ Stratos, &2. (;

62 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

O-5#3)%, *3=1" Wilo-Stratos

V3)*32 & )-5#3)% ?

O#-9()$/$ -#1#2*+$A -"$ /#+),2: &2 „H7,%,+$A %, $%0#"”

:,%#-,%3: !"$ &*")$7,1+# -#(),&A+* +, /#'91, ",%/*" b5 -"*&$>,&, )#%$ +, -#/-*+,), &";%7,!

V3)*32 & )-5#3)% B

O#-9()$/$ -#1#2*+$A -"$ /#+),2: &2. „H7,%,+$A %, $%0#"”

:,%#-,%3: !"$ &*")$7,1+# -#(),&A+* +, /#'91, ",%/*" b5 -"*&$>,&, )#%$ +, -#/-*+,), &";%7,!

V3)*32 & )-5#3)% C V3)*32 & )-5#3)% D

l 0

l 2

a2 a1

Pg 7

b3b3

G

b5b4

Pg 9

Pg 13,5

a3

Rpl 1

l 0 l 2

a2 a1

Pg 7

b3b3b5b4

Pg 9

Pg 13,5

a3

l 1

Ø D

n x Ø d

Ø k

DN

L2Ø k Ø d

L 1

1

n x Ø d 2n x Ø d

Ø D

Ø k

DN

Ø d

L

63

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (39%,%@,%)

O-5#3)%, *3=1" Wilo-Stratos

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

O-5#3)%, *3=1"

Wilo-Stratos ... F"#.9%-#.

!)%&(39.)-5#3)

O350- O-5#3)% +3=1" V3)*32

DN Rp g l0 l1 l2 a1 a2 a3 b3 b4 b5 PN 6/10 -

- - - [mm] [kg] -

25/1-6 – 1 11/2 180 90 48 181 43 58 75 90 125 4,1 A

25/1-8 – 1 11/2 180 90 48 181 43 58 75 90 125 4,1 A

30/1-6 – 11/4 2 180 90 48 181 43 58 75 90 125 4,2 A

30/1-8 – 11/4 2 180 90 48 181 43 58 75 90 125 4,2 A

30/1-12 – 11/4 2 180 90 55 200 50 56 78 106 127 5,5 A

32/1-12 32 – – 220 110 55 203 48 65 78 106 127 9,0 B

40/1-4 40 – – 220 110 48 176 58 72 75 90 125 8,3 B

40/1-8 40 – – 220 110 55 202 53 63 78 106 127 9,2 B

40/1-12 40 – – 250 125 65 252 62 84 92 119 142 14,0 B

50/1-8 50 – – 240 120 55 207 50 65 78 106 127 10,6 B

50/1-9 50 – – 280 140 65 256 61 83 92 119 142 15,5 B

50/1-12 50 – – 280 140 65 256 61 83 92 119 142 15,5 B

65/1-9 65 – – 280 140 65 256 61 83 92 119 142 17,5 B

65/1-12 65 – – 340 170 78 325 87 112 120 155 170 29,0 B

80/1-12 80 – – 360 180 78 328 90 120 125 155 170 31,0 B

100/1-12 100 – – 360 180 78 338 80 120 125 155 170 34,0 B

O-5#3)% ,- ;1-,6%*3

Wilo-Stratos ... Q1-,36 F"#.9%-#.

O-5#3)% ,- ;1-,6%*3 ,- $"#$-*- V3)*32

- DN Ø D Ø d Ø KL1/KL2 Ø k n xØ dL1/dL2

n x Ø dL -

- - [mm] [0)"7 x mm] -

32/1-12@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

32 140 76 90/100 – 4 x 14 / 19 – C

40/1-4@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

40 150 84 100/110 – 4 x 14 / 19 – C

40/1-8@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

40 150 84 100/110 – 4 x 14 / 19 – C

40/1-12@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

40 150 84 100/110 – 4 x 14 / 19 – C

50/1-8@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

50 165 99 110/125 – 4 x 14 / 19 – C

50/1-9@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

50 165 99 110/125 – 4 x 14 / 19 – C

50/1-12@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

50 165 99 110/125 – 4 x 14 / 19 – C

65/1-9@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

65 185 118 130/145 – 4 x 14 / 19 – C

65/1-12@#/0$+$",+ :1,+*8 PN6/10 (:1,+*8 PN 16 (;.1. EN 1092-2)

65 185 118 130/145 – 4 x 14 / 19 – C

80/1-12P1,+*8 PN 6 ($%4$(1*+ %, PN 16, (;.1. EN 1092-2)

80 200 132 – 150 – 4x 19 D

80/1-12 P1,+*8 PN16 ((;.1. EN 1092-2) 80 200 132 – 160 – 8x 19 D

100/1-12P1,+*8 PN 6 ($%4$(1*+ %, PN 16, (;.1. EN 1092-2)

100 220 156 – 170 – 4x 19 D

100/1-12 P1,+*8 PN16 ((;.1. EN 1092-2) 100 220 156 – 180 – 8x 19 D

64 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (&9/"3,%)

.'"#$13'*"/'-/QB,'6%% Wilo-Stratos-D

Wilo-Stratos-D

O32%#% ,- )-0"*-

6)*-*++# -"*&71G4&,+* +, (7#"#()$)* –

L*2$/ "*.91,)#" (n = const.) •

L*2$/ !p-c %, -#()#A++# '$:*"*+8$,1+# +,1A.,+* •

L*2$/ !p-v %, -"#/*+1$ '$:*"*+8$,1+# +,1A.,+* •

L*2$/ !p-T %, (;#0",%*+# ( )*/-*",)9",), '$:*"*+8$,1+# +,1A.,+* •

O(@,% ;B,'6%%

M,()"#K&,+* +, "*2$/, +, ",0#), •

M,()"#K&,+* +, '$:*"*+8$,1+#)# +,1A.,+* •

M,()"#K7, „J&)#-$1#)“ (J&)#/,)$4*+ $7#+#/$4*+ "*2$/) •

M,()"#K7, +, -#/-,), F@W/NI@W •

L;4+, +,()"#K7, +, (7#"#()), •

N%0#" +, (7#"#() –

?/*"#-*%@,% ;B,'6%%

D*%()*-*++# "*.91$",+* +, /#

65

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (&9/"3,%)

.'"#$13'*"/'-/QB,'6%% Wilo-Stratos-D

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

QB,'6%%, &%=,-1%5-6%7 % %,9%'-6%7 (!)"9(123,%3)

6&*)1$++, $+'$7,8$A %, -#(#7,), +, &;")*+* +, /#)#",

–

LC '$(-1*K %, $%#0",%A&,+* +, ',++$)* +, -#/-,), $ 7#'#&*)* +, ."*>7$)*

•

.0#3, ,- 9-,,%

N+:",4*"&*+ $+)*":*K( %, 0*%2$4*+ #0/*+ +, ',++$ ( IR /#+$)#" (&2. :9+78$$)* +, IR /#+$)#",)

•

6*"$*+ '$.$),1*+ $+)*":*K( PLR %, &";%7, ( ,&)#/,)$%$",+, ($()*/, GA ( $+)*":*K(*+ 7#+&*")#" Wilo $1$ '"9. -#'B#'A< ,-,",)

•F;%/#2+# ( IF /#'91$ Stratos (,7(*(#,"$)

6*"$*+ '$.$),1*+ $+)*":*K( LON %, (&;"%&,+* ( /"*2, LONWORKS

•F;%/#2+# ( IF /#'91$ Stratos (,7(*(#,"$)

I$)-/13,%3 ,- &9/"3,% $"#$% (&9/"3,- $"#$- %1% 2 x 39%,%@,- $"#$-)

L*2$/ ",0#)+,/"*%*"&+, ( ,&)#/,)$4+# -"*&71G4&,+* -# &"*/* $ -"$ -#&"*',

•F;%/#2+$ (, ",%1$4+$ 7#/0$+,8$$ ( IF /#'91$ Stratos (,7(*(#,"$)

L,0#)*+ "*2$/ #(+#&+,/&;"B#&, ( #-)$/$%$",+# -"*&71G4&,+* +, &;"B#&,), -#/-,

•F;%/#2+$ (, ",%1$4+$ 7#/0$+,8$$ ( IF /#'91$ Stratos (,7(*(#,"$)

.'"#$13'*"/'-/H"#$13'* ,- 9"&*-/'-*-

I,B&,) %, 71G4 &;"B9 7#"-9(, +, -#/-,), –

F.",'*+ 71,-,+ %, -"*+,(#4&,+* +, -#)#7, •

FB#' %, 7,0*1 $ #) '&*)* ()",+$ –

D;"%# (&;"%&,+* ( -"92$++$ 71*/$ –

F.",'*+ $%B#' %, 0;"%#'*K()&,< ,&)#/,)$4*+ #0*%&;%'9>$)*1 Rp 3/8

–

=A()# %, &71G4&,+* +, IF /#'91 •

H()#K4$& +, 01#7$",+* /#)#" –

F71. B#1*+'"#&$ 9-1;)+*+$A -"$ "*%0# -"$(;*'$+A&,+*

–

F71. $+()"978$A %, /#+),2 $ *7(-1#,),8$A •

F71. )#-1$++, $%#1,8$A –

F71. -#'1#2+$ >,K0$ %, :1,+8#&$)* 0#1)#&* (-"$ +#/$+,1*+ '$,/*);" +, (&;"%&,+* DN 32 - DN 65)

•

F71. 1,8 m (&;"%&,< 7,0*1 (

66 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (&9/"3,%)

+38,%@3&'% 9-,,% Wilo-Stratos-DS

Wilo-Stratos-D ...

32/1-8 32/1-12 40/1-8 40/1-12 50/1-8 50/1-9 50/1-12 65/1-12 80/1-12

P"$B&*%#% )-0"*,% ;1B%9% (9)B=% ;1B%9% $)% 5-$%*/-,3)

F#', %, #)#-1*+$* ((;.1.VDI 2035) • • • • • • • • •

6/*( ',/.1$7#1 (/,7(. 1:1; -"$ 20 % $1$ -#&*4* -"$/*($ ', (* -"#&*"A) ",0#)+$)* ',++$)

• • • • • • • • •

!$)*K+, ', $ ', %, B",+$)*1+,), -"#/$>1*+#() ((;.1. TrinkwV 2001)

– – – – – – – – –

M">,"&*

=,7(. +,1A.,+* [m] 7 9 8 12 8 9 11 11 13

=,7($/,1*+ '*0$) [m3/h] 13 19 21 32 21 38 43 72 107

P"$B&*%#- "01-&* ,- $)%1"23,%3

5*/-*",)9", +, :19$', & #)#-1$)*1+$ $ 71$/,)$4+$ ($()*/$-"$ /,7(. #7#1+, )*/-*",)9", +25 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]

–- 10 '# + 110

5*/-*",)9", +, ',), & ($()*/$ %, DEF

-"$ /,7(. #7#1+, )*/-*",)9", +40 °C [°C]-"$ /,7(. #7#1+, )*/-*",)9", +40 °C -"$ 7",)7#&"*/*++, ",0#), 2 h [°C]

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

=,7(. '#-9()$/, #0

67

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (&9/"3,%)

+38,%@3&'% 9-,,% Wilo-Stratos-D

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%

M"*")/

68 I,-,%*+# -", +, $%/*+*+$A 09/2006 WILO AG

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (&9/"3,%)

R-)-'*3)%&*%'% Wilo-Stratos-D

Wilo-Stratos-D 32/1-8

!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

Q

max.

max.

min.

min.

v0 0,5 1 1,5 2 2,5 3 3,5 4 [m/s]

0

2

1

3

4

6

5

7

8

H [

m]

[m³/h]

[l/s]

[lgpm]

1280 4 10621 1,5 2 2,5 3,530,50

10 20 30 400

Wilo-Stratos-D 32/1-81 ~ 230 V - DN 32

+

P1 Wilo-Stratos 32/1-8

6 m 5 m 4

m

3 m

2 m

1 m

7 m

max.

p-c

P1

[W

]

0

150

100

50

200

250

300

1280 4 1062 [m³/h]

0

4

5

7

6

8

2

1

3

H [

m]

Q

P1 [

W]

[m3/h][l/s]

[lgpm]

12106 840 2

[m3/h]12106 840 2

2

10

32,5 3,5

3020

1,510,5

0

0

40

0

150

100

50

200

250

300

[m/s]v

210 2,51,50,5 43 3,5

max.

3 m4 m

5 m6 m

7 m

min.

min.

max.

p-v



+

v0 1 2 3 4 5 6 [m/s]

0

8

10

12

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

300

200

100

400

500

600

700

12 16 1880 4 10 1462

12 16 1880 4 10 1462 [m³/h]

2 3 4 5

10 20 30 40 50 60

1

0

0



+

max.

1 m

9 m 8 m 7 m 6 m 5 m 4 m

2 m

3 m

min.

max.

p-c

max.

min.

Q

v0 1 2 3 4 5 6 [m/s]

0

8

10

12

4

2

6

H [

m]

[m³/h][l/s]

[lgpm]

P1

[W

]

0

300

200

100

400

500

600

700

12 16 1880 4 10 1462

12 16 1880 4 10 1462 [m³/h]

2 3 4 5

10 20 30 40 50 60

1

0

0


+

Q


max.

min.

8 m 7 m 6 m 5 m 4 m

p-v

max.

min.

69

?)#-1*+$*, 71$/,)$%,8$A, #B1,2',+*:%&"'"3;3'*%/,% $"#$% (&9/"3,%)

R-)-'*3)%&*%'% Wilo-Stratos-D

@,),1#. Wilo A1 – C$"791,8$#++$ -#/-$ ( /#7;" "#)#"

.*"$13,%3

, '1%#-*%5-6%7

, "81-29-,3

A%)'B1-6%7

,- $%*3K,- /"9-

4"1-),"

"*"$13,%3

43)/%5/?'&3&"-)%

, &%&*3#%

H",*)"1,- %

)3=B1%)->-

-$-)-*B)-

/ 4%&*3#%

5-

B$)-/13,%3

,- $"#$%


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")


!p-c ($"&*"7,,")

!p-v ($)"#3,1%/")

v0 1 2

Date post:	28-Jan-2021
Category:	Documents
Upload:	others
View:	0 times
Download:	0 times

Thermo Design Totalthermodesigntotal.com/wp-content/uploads/2020/06/wilo1.pdf1#. (*"$$)* -#/-$ ....

Documents

Thermo Design Totalthermodesigntotal.com/wp-content/uploads/2020/06/wilo1.pdf1#. ("$$) -#/-$ ....