Vertical Turbine Pumps 50Hz400 -4$ 4-30 30 300LSC 4-30 320 -4$ 4-30 1400 400LSC 1030 4-30 420 40 600...
25
LS Vertical Turbine Pumps 50Hz
Transcript of Vertical Turbine Pumps 50Hz400 -4$ 4-30 30 300LSC 4-30 320 -4$ 4-30 1400 400LSC 1030 4-30 420 40 600...
LSVertical Turbine Pumps50Hz
2 |
HY
DR
OO
HY
DR
OO
| 3
PR
ESEN
TATIO
NH
ydro
o P
um
p Industr
ies S
L
is a
n e
nte
rpri
se s
pecia
lised
in
the r
esearc
h, develo
pm
ent
and larg
e-s
cale
pro
ducti
on
of
Sta
inle
ss S
teel centr
ifugal
pum
ps. W
e h
ave a
vert
ical
inte
gra
tion o
f th
e p
roducti
on
pro
cesses, sta
ndin
g o
ut
sta
mpin
g, w
eld
ing a
nd m
oto
r w
irin
g in 6
valu
e c
ente
rs a
nd
pro
ducti
on u
nit
s. A
ll o
f th
em
w
ith a
hig
h p
erf
orm
ance
managem
ent
on p
um
p
engin
eeri
ng a
nd p
roducti
on
quality
.
HY
DR
OO
has s
et
up a
wid
e
range o
f pum
pin
g s
olu
tions
for
many a
pplicati
ons a
s
buildin
g s
erv
ices, in
dustr
y,
irri
gati
on a
nd industr
ial
pro
cess. C
usto
mers
enjo
y o
f th
e h
ighest
perf
orm
ance in b
ooste
r sets
and p
ressuri
zati
on, fi
re-
fighti
ng s
ets
, pum
pin
g o
f underg
round w
ate
r, H
VA
C,
dra
inage a
nd s
ew
age,
uti
liti
es, desalinati
on a
nd
O
EM
inte
gra
tions. Vers
ions
in 5
0 H
z a
nd 6
0 H
z a
re
available
, as w
ell a
s a
ny
modifi
cati
on o
n m
ate
rials
, on
re
quest.
Glo
bal w
ate
r challenges
requir
e e
xcellence in
pum
pin
g t
echnolo
gie
s
and c
lose c
oopera
tion
betw
een p
um
p d
esig
ners
, m
anufa
ctu
rers
and p
um
p
engin
eers
. In
ord
er
to
bett
er
meet
the c
usto
mers
’ needs a
nd r
equir
em
ents
our
com
pany is f
acin
g a
n
expansio
n o
f it
s o
pera
tions
worl
dw
ide, pro
vid
ing t
imely
and e
ffecti
ve s
erv
ices in
m
ore
than 3
0 c
ountr
ies.
Wit
h t
ight
rela
tionship
s
in m
any r
egio
ns, w
e’r
e
pro
ud t
o intr
oduce a
new
re
gio
nal valu
e c
ente
r fo
r E
uro
pe. W
e a
re b
ased n
ear
Barc
elo
na a
t th
e G
irona
industr
ial are
a. H
ydro
o
is a
tra
dem
ark
to f
org
e
excellent
and s
uccessfu
l busin
ess r
ela
tionship
s
wit
h o
ur
valu
e c
usto
mers
by m
eans o
f an o
pera
tive
assem
bling u
nit
and a
n
applicati
on e
ngin
eeri
ng
unit
. H
YD
RO
O t
radem
ark
w
ants
to s
ym
bolize t
he
firm
com
mit
ment
for
a h
igh
le
vel serv
ice t
o o
ur
valu
e
part
ners
.
At
Hydro
o w
e b
et
on a
hig
h
level serv
ice t
o o
ur
valu
e
pum
p p
art
ners
.
4 |
HY
DR
OO
HY
DR
OO
| 5
LS
Ve
rtic
al Tu
rbin
e
Pu
mp
s
Mod
els
The 4
diff
ere
nt
mo
del v
ert
ical t
urb
ine
pum
ps
have
one t
hin
g in
co
mm
on t
he
hyd
raulic
desi
gn o
f th
e p
um
p b
ow
l ass
em
bly
. U
sing
a n
ew
techniq
ues
in
turb
ine p
um
p d
esi
gn.
It c
ove
rs a
wid
e
rang
e o
f hyd
raulic
co
nd
itio
ns
to m
eet
virt
ually
eve
ry p
um
pin
g s
erv
ice w
ith
op
timum
effi
cie
ncy.
Hyd
roo
flexi
bility
of d
esi
gn a
llow
s th
e
use
of a w
ide r
ang
e o
f m
ate
rial a
nd
d
esi
gn featu
res
to m
eet
the c
ust
om
re
quire
ments
of use
r. N
o m
att
er
what
the r
eq
uire
ments
, w
heth
er
low
firs
t co
st,
ease
of m
ain
tenance,
op
timum
effi
cie
ncy.
To
ug
h s
erv
ice c
ond
itio
ns,
CN
P
can m
ake
the p
um
p t
o b
est
satis
fy t
he
req
uire
ments
.
- LS
C C
entr
ifug
al o
r m
ixed
-flo
w p
um
p fo
r hig
h p
ress
ure
- LS
M M
ixed
-flo
w p
um
p fo
r hig
h fl
ow
and
mid
dle
pre
ssure
- LS
A A
xial-flo
w p
um
p fo
r hig
h fl
ow
low
p
ress
ure
- LS
G P
um
p fo
r fir
e a
nd
marin
e g
ear
bo
x eng
ine d
riven
Mod
el LS
A
Lo
w H
ead
Vert
ical T
urb
ine P
um
ps.
LS
A s
erie
s is
a s
ing
le s
tag
e p
um
p w
ith
axi
al-flo
w im
pelle
r, d
esi
gned
fo
r hig
h
cap
acity
, lo
w h
ead
serv
ices.
Mod
el LS
G
Rig
ht
Ang
le G
ear
Bo
x D
riven V
ert
ical
Turb
ine P
um
ps.
LS
G s
erie
s is
vert
ical t
urb
ine p
um
p
desi
gned
13
r eng
ine d
riven t
hro
ug
h a
rig
ht
ang
le g
ear
bo
x, fo
r th
e p
lace w
here
ele
ctr
ic p
ow
er
is n
ot
ava
ilab
le s
erv
ices.
Mod
el LS
C
Vert
ical I
nd
ust
rial T
urb
ine P
um
ps.
LS
C s
erie
s is
a s
ing
le o
r m
ulti
stag
e p
um
p
with
centr
ifug
al o
r m
ixed
-flo
w e
nclo
sed
ty
pe im
pelle
r, d
esi
gned
fo
r hig
h p
ress
ure
se
rvic
es.
Mod
el LS
M
Hig
h C
ap
acity
Vert
ical T
urb
ine P
um
ps.
LS
M s
erie
s is
a s
ing
le s
tag
e p
um
p w
ith
mix
ed
-flo
w s
em
i-o
pen o
r enclo
sed
typ
e
imp
elle
r, d
esi
gned
fo
r hig
h c
ap
acity
, m
ed
ium
to
hig
h h
ead
serv
ices.
6 |
HY
DR
OO
HY
DR
OO
| 7
Sta
nd
ard
Desig
n
Featu
res o
f LS
LS
C,
LS
G I
nd
ustr
ial Tu
rbin
e P
um
ps
Secti
on
dra
win
g
1.S
train
ers
31
6S
S B
ask
et
stra
iners
to
pro
vid
e
pro
tectio
n fro
m la
rge s
olid
s.
2.S
ucti
on
bell
Allo
ws
smo
oth
entr
y o
f liq
uid
into
im
pelle
r eye
, m
inim
izes
vort
ex
form
atio
n.
Sco
tchko
te c
ust
om
fusi
on b
ond
ed
ep
oxy
co
atin
g in
sid
e.
3.S
ucti
on
bell b
eari
ng
Pro
vid
ed
fo
r sh
aft s
tab
ility
.
4.S
an
d c
ollar
Pre
vents
so
lids
fro
m e
nte
ring
suctio
n
bearin
g.
5.I
mp
eller
Hyd
raulic
bala
ncin
g t
o r
ed
uce a
xial d
ow
n
thru
st a
nd
achie
ve lo
ng
thru
st b
earin
g
life.
Dyn
am
ic b
ala
ncin
g o
f im
pelle
rs a
re
ava
ilab
le.
6.P
um
p s
haft
Heavy
duty
, 4
16
SS
sta
nd
ard
, o
ther
allo
ys
for
stre
ng
th a
nd
co
rro
sio
n r
esi
stance.
Ho
llow
pum
p s
haft w
ith fl
ush
ing
ho
le
specia
l fo
r b
earin
g fl
ush
ing
on c
orr
osi
ve/
ab
rasi
ve s
erv
ices.
7.D
iffu
ser
bow
l
Ava
ilab
le in
varie
ty o
f cast
mate
rial.
Sco
tchko
te c
ust
om
fusi
on b
ond
ed
ep
oxy
co
atin
g in
sid
e t
o im
pro
ved
the e
fficie
ncy
and
long
er
life.
Reg
iste
red
fits
ass
ure
p
osi
tive a
lignm
ent,
ease
of m
ain
tenance.
8.S
leeve t
yp
e b
eari
ng
Pro
vid
ed
at
each s
tag
e t
o a
ssure
sta
ble
o
pera
tion a
way
fro
m c
ritic
al s
peed
.
9.W
ear
rin
gs
Dual w
ear
ring
s fo
r enclo
sed
imp
elle
rs
and
bo
wls
, p
erm
its r
e—
est
ab
lishin
g
initi
al r
unnin
g c
leara
nces
and
effi
cie
ncy
at
low
er
co
st.
Hard
facin
g o
f w
ear
surf
ace
ava
ilab
le fo
r lo
ng
er
life.
Wear
ring
can b
e
flush
ed
when s
olid
s are
pre
sent
in t
he
pum
pin
g li
quid
.
10.K
eyed
im
peller
Keye
d im
pelle
r fo
r all
the p
um
ps,
su
itab
le fo
r p
um
pin
g li
quid
in h
igh
tem
pera
ture
s. K
eye
d im
pelle
rs p
rovi
de
ease
if m
ain
tenance a
nd
po
sitiv
e lo
ckin
g
und
er
fluctu
atin
g lo
ad
and
tem
pera
ture
co
nd
itio
ns.
Sp
ecifi
cati
on
ran
ge
Serv
ices
Desig
n A
dvan
tages
The b
ow
l ass
em
bly
is t
he h
eart
of th
e
LS
. T
he im
pelle
r and
diff
use
r ty
pe c
asi
ng
are
desi
gned
to
deliv
er
the h
ead
and
cap
acity
that
your
syst
em
req
uire
s in
th
e m
ost
effi
cie
nt
way
po
ssib
le.
The fact
that
the ls
can b
e m
ulti
—st
ag
ed
allo
ws
maxi
mum
flexi
bility
bo
th in
the in
itial
pum
p s
ele
ctio
n a
nd
in t
he e
vent
that
futu
re s
yste
m m
od
ificatio
ns
req
uire
a
chang
e in
the p
um
p r
atin
g.
Sub
merg
ed
im
pelle
rs a
llow
pum
p t
o b
e s
tart
ed
w
itho
ut
prim
ing
.
A v
arie
ty m
ate
rial o
ptio
ns
allo
ws
the
sele
ctio
n o
f a p
um
p b
est
suite
d fo
r eve
n
the m
ost
seve
re s
erv
ices.
The m
any
bo
wl
ass
em
bly
op
tions
ava
ilab
le a
ssure
that
the L
S s
atis
fies
the u
ser’
s n
eed
fo
r sa
fe,
effi
cie
nt,
relia
ble
and
main
tenance—
free
op
era
tion.
11.F
lan
ged
colu
mn
Heavy
duty
seam
less
co
lum
n p
ipe
sectio
ns
are
pro
vid
ed
with
flang
ed
end
s in
co
rpo
ratin
g r
eg
iste
red
fits
fo
r ease
of
alig
nm
ent
durin
g a
ssem
bly.
12
.Lin
esh
aft
an
d c
ou
plin
g
a.O
pen li
nesh
aft
Fla
ng
es
co
lum
n/p
rod
uct
lub
ricate
d
linesh
aft is
reco
mm
end
ed
fo
r ease
of
main
tenance o
r w
heneve
r a s
pecia
l b
earin
g m
ate
rial i
s re
quire
d.
Pre
cis
ion
keye
d li
nesh
aft c
oup
ling
ava
ilab
le in
all
size
s fo
r ease
of m
ain
tenance.
Vario
us
bearin
g m
ate
rial a
vaila
ble
. R
enew
ab
le
shaft s
leeve
or
hard
facin
g o
f sh
aft
ava
ilab
le fo
r lo
ng
er
life.
b.E
nclo
sed
linesh
aft
The li
nesh
aft is
pro
tecte
d b
y w
ate
r flu
shin
g t
ub
e,
flush
ing
wate
r fo
r b
earin
g
and
wear
ring
on c
orr
osi
ve/a
bra
sive
se
rvic
es.
13
.Beari
ng r
eta
iner
an
d
lin
esh
aft
beari
ng
Ductil
e c
ast
iro
n b
earin
g r
eta
iner
for
size
sm
alle
r th
at
24
” .V
ario
us
bearin
g m
ate
rial
ava
ilab
le.
14
.Dis
ch
arg
e h
ead
an
d m
oto
r ri
ser
Dis
charg
e h
ead
and
mo
tor
riser
desi
gned
fo
r all
mo
des
of d
rivers
inclu
din
g h
ollo
w
shaft o
r so
lid s
haft m
oto
rs,
right
ang
le
gears
, ve
rtic
al s
team
turb
ines,
etc
. Fab
ricate
d e
lbo
w d
ischarg
e h
ead
eng
ineere
d t
o m
inim
ize lo
sses.
Larg
e
access
ho
les
pro
vid
e e
asy
access
to
co
up
ling
and
stu
ffing
bo
x. A
bo
ve g
round
and
belo
w g
round
dis
charg
e h
ead
fo
r re
quire
ment.
15
.Th
rust
beari
ng
Oil
lub
ricate
d t
hru
st b
earin
g a
ssem
bly
se
t w
ith w
ate
r co
olin
g s
yste
m m
ake
the
pum
ps
runnin
g s
afe
ly in
long
er
life
16
.Packin
g b
ox
Wheneve
r p
acki
ng
lub
ricatio
n le
akag
e
can b
e t
ole
rate
d a
nd
the d
ischarg
e
pre
ssure
do
es
no
t exc
eed
30
0p
si,
a
packe
d b
ox
may
be u
sed
. O
ptio
nal
head
shaft s
leeve
ava
ilab
le t
o p
rote
ct
shaft.
17.C
ou
plin
g f
or
pu
mp
an
d
moto
r
Fle
xib
le c
oup
ling
fo
r p
um
p a
nd
mo
tor
when p
um
p w
ith t
hru
st b
earin
g.
imp
elle
r ad
just
ment
by
the n
ut
on t
he t
op
shaft.
Co
olin
g W
ate
rS
eaw
ate
r and
Raw
Wate
r In
take
In
dust
rial P
rocess
Pum
ps
Util
ity C
ircula
ting
Wate
rC
ond
ense
r C
ircula
ting
Wate
r P
um
ps
Ash
Slu
ice
Fire
—fig
htin
g
1.
Fab
ricate
d d
ischarg
e h
ead
fo
r 1
0”
or
larg
er
size
s. S
uita
ble
fo
r te
mp
era
ture
r liq
uid
pum
pin
g.
2.
Seam
less
flang
ed
end
s co
lum
n
pip
e a
nd
flang
es
bo
wl c
onst
ructio
n
inco
rpo
ratin
g r
eg
iste
red
fits
fo
r ease
o
f ass
em
bly
durin
g a
ssem
bly.
3.
Allo
y co
nst
ructio
n w
ith e
xtern
al t
ub
e
flush
of crit
ical w
ear
are
as
ava
ilab
le
for
ab
rasi
ve s
erv
ices.
4.
Build
—in
alig
nm
ent
and
sim
ple
pip
ing
fo
r le
ss c
ost
ly in
stalla
tion a
nd
ease
o
f m
ain
tenance r
ed
uced
do
wntim
e.
co
up
ling
ava
ilab
le in
all
size
fo
r ease
o
f m
ain
tenance.
The li
nesh
aft c
an b
e p
rote
cte
d b
y w
ate
r flu
shin
g t
he e
nclo
sing
tub
e
bearin
g o
n c
orr
osi
ve/a
bra
sive
serv
ices.
6.
Vario
us
bearin
g m
ate
rial a
vaila
ble
.
of sh
aft a
vaila
ble
fo
r lo
ng
life
. and
bo
wls
.
H
ard
facin
g w
ear
surf
aces
ava
ilab
le fo
r lo
ng
er
life.
Wear
ring
s can b
e fl
ush
ed
w
hen s
olid
s are
pre
sent
in p
um
pag
e.
8 |
HY
DR
OO
HY
DR
OO
| 9
LS
C S
ele
cti
on
Ch
art
sLC
S,
LS
G P
um
p D
imen
sio
ns (A
bove G
rou
nd
Dis
ch
arg
e)
LS
C P
um
p B
ow
l A
ssem
bly
Dim
en
sio
ns
Mo
de
lD
Ma
xL
1L
2L
3M
ax
nD
1D
2D
3Ø
ds
n -
Ød
11
01
0
13
32
00
13
2h6
16
02
00
22
10
0LS
C3
0-1
31
0
10
0LS
C4
0-6
10
13
0h6
21
02
20
24
01
01
30
h6
20
04
0
24
06
13
0h6
20
04
0
32
31
40
23
04
16
0h6
21
02
40
40
32
31
40
23
04
16
0h6
21
02
40
40
32
01
40
32
30
h6
32
03
0/4
0
42
03
20
30
02
30
h6
32
0
42
03
20
30
04
23
0h6
32
0
34
03
30
33
06
0
34
03
30
33
06
0
43
03
20
33
06
0
60
02
20
34
0h6
12
-M2
0
32
03
40
h6
60
02
20
34
0h6
12
-M2
0
60
03
40
h6
63
04
30
44
01
6-M
20
32
06
00
44
40
60
16
-M2
0
32
04
40
40
03
44
0h6
16
-M2
4
62
04
00
44
40
h6
16
-M2
4
32
06
00
44
40
h6
16
-M2
0
60
0
46
00
36
60
h6
32
02
60
0V
TC
36
00
-32
33
02
16
-M2
4
13
30
44
01
12
0/1
40
Mo
de
lA
lA
2n
-Ø
dH
1H
4B
Sm
Ø A
42
02
03
00
30
03
00
10
0LS
C4
20
20
30
04
00
30
0
20
0LS
C6
40
4-3
04
00
4-3
03
0
30
0LS
C4
-30
32
0
4-3
01
40
0
40
0LS
C1
03
04
-30
42
04
06
00
40
10
00
60
0LS
C1
2-4
06
20
20
00
11
00
12
-40
22
00
14
00
1.
Dis
charg
e F
lang
es
dril
led
to
ISO
.DIN
.BS
or
AN
SI.
2.
40
0 o
utle
t d
iam
ete
r and
belo
w c
an d
irectly
use
the t
ab
le s
ize,
ove
r 4
00
o
utle
t d
iam
ete
r w
ill b
e s
ub
ject
to o
vera
ll d
imensi
on o
f H
ydro
o.
3.
The fi
nal i
nst
alla
tion s
ize w
ill b
e s
ub
ject
the fi
nal o
vera
ll d
imensi
on.
10
| H
YD
RO
OH
YD
RO
O | 1
1
LC
S,
LS
G P
um
p D
imen
sio
ns (B
elo
w G
rou
nd
Dis
ch
arg
e)
1.
Dis
charg
e F
lang
es
dril
led
to
IS
O.D
IN.B
S o
r A
NS
I.2
. T
he fi
nal i
nst
alla
tion s
ize w
ill b
e s
ub
ject
to t
he fi
nal o
vera
ll d
imensi
on.
3.
The L
SC
series
belo
w g
round
dis
charg
e in
prin
cip
le is
no
t re
co
mm
end
ed
Mo
de
lA
lA
2Ø
dh
B5
mØ
A
42
02
00
12
03
00
10
0LS
C4
20
20
01
40
40
0
20
04
20
20
0LS
C6
40
30
20
02
20
30
24
06
00
30
0LS
C3
02
60
33
0
30
30
01
40
0
40
0LS
C1
03
03
03
20
43
0
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
100LSC30-13
80LSC46-7.5
80LSC30-7
80LSC20-14
12
| H
YD
RO
OH
YD
RO
O | 1
3
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
100LSC40-6
100LSC50-7
100LSC90-9
150LSC120-12
150LSC150-14
200LSC200-17
200LSC220-10
200LSC250-22
14
| H
YD
RO
OH
YD
RO
O | 1
5
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
200LSC280-24
100LSC40-6
100LSC50-7
100LSC90-9
150LSC120-12
150LSC150-14
200LSC200-17
200LSC250-22
16
| H
YD
RO
OH
YD
RO
O | 1
7
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
200LSC280-24
250LSC400-28
250LSC480-30
250LSC550-26
300LSC720-40
300LSC820-29
300LSC860-43
300LSC900-25
18
| H
YD
RO
OH
YD
RO
O | 1
9
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
350LSC1000-51
350LSC1200-32
350LSC1250-36
400LSC1650-28
400LSC1750-48
400LSC2100-35
500LSC2200-32
500LSC2400-57
20
| H
YD
RO
OH
YD
RO
O | 2
1
LC
S,
LS
G P
um
p C
urv
es (S
ingle
sta
ge)
600LSC2800-26
600LSC3300-50
700LSC4800-56
600LSC3600-32
LS
M,
LS
G V
ert
ical Tu
rbin
e P
um
ps
Secti
on
dra
win
gS
pecifi
cati
on
ran
ge
Desig
n A
dvan
tages
1.
Fab
ricate
d d
ischarg
e h
ead
fo
r
all
size
s.2
. S
eam
less
flang
ed
end
s co
lum
n
pip
e a
nd
flang
es
bo
wl c
onst
ructio
n
inco
rpo
ratin
g r
eg
iste
red
fits
fo
r ease
o
f ass
em
bly
durin
g a
ssem
bly.
3.
Allo
y co
nst
ructio
n w
ith e
xtern
al t
ub
e
flush
of crit
ical w
ear
are
as
ava
ilab
le fo
r ab
rasi
ve s
erv
ices.
4.
Ava
ilab
le w
ith s
em
i-o
pen o
r enclo
sed
im
pelle
r, w
ith o
r w
itho
ut
wear
ring
s,
op
timum
diff
use
r and
imp
elle
r m
atc
h
for
maxi
mum
effi
cie
ncy.
co
up
ling
ava
ilab
le in
all
size
fo
r ease
o
f m
ain
tenance.
The li
nesh
aft c
an
be p
rote
cte
d b
y w
ate
r flu
shin
g t
he
enclo
sing
tub
e b
earin
g o
n c
orr
osi
ve/
ab
rasi
ve s
erv
ices.
6.
Vario
us
bearin
g m
ate
rial a
vaila
ble
.
resi
stant
mate
rials
.
or
exi
stin
g d
imensi
ons
ab
ove
and
b
elo
w g
round
dis
charg
e.
Serv
ices
Co
olin
g W
ate
rS
eaw
ate
r and
Raw
wate
r in
take
Ind
ust
rial P
rocess
Pum
ps
Util
ity
Circ
ula
ting
Wate
r C
ond
ense
r C
ircula
ting
Wate
r P
um
ps
Irrig
atio
n a
nd
Dra
inag
e S
torm
and
Flo
od
wate
r R
iver
Wate
r In
take
Munic
ipal W
ate
r S
up
ply
22
| H
YD
RO
OH
YD
RO
O | 2
3
LS
M S
ele
cti
on
Ch
art
s
LS
M P
um
p B
ow
l A
ssem
bly
Dim
en
sio
ns
Mo
de
lD
ma
xL
lL
2L
3lid
sD
1D
2D
3n
- Ø
d
32
01
10
40
32
01
20
40
32
03
60
40
0
32
02
40
41
04
04
40
32
02
30
60
0
32
02
30
60
0
* 3
20
62
0
32
04
00
60
60
0
60
0LS
M2
60
0-1
0 *
3
20
60
60
0LS
M3
60
0-3
23
20
62
0
32
03
00
* 3
20
33
06
40
32
0
32
01
10
32
01
20
32
04
10
10
10
32
01
00
01
20
10
10
32
01
00
10
10
32
04
30
10
10
11
60
32
01
11
0
32
01
20
11
10
32
01
00
11
10
32
01
40
11
10
32
01
11
01
30
11
60
12
20
16
10
32
01
60
11
60
12
20
32
01
30
1.0
00
LS
M1
20
00
-33
32
06
00
16
0
32
01
33
01
20
12
00
LS
M1
60
00
-33
32
01
60
32
01
33
01
40
14
00
LS
M2
00
00
-16
32
01
60
32
01
13
0
32
01
34
01
20
25
0 L
SM
30
0 L
SM
30
0 L
SM
30
0 L
SM
50
0 L
SM
50
0 L
SM
60
0 L
SM
60
0 L
SM
60
0 L
SM
60
0 L
SM
70
0 L
SM
70
0 L
SM
70
0 L
SM
80
0 L
SM
80
0 L
SM
80
0 L
SM
80
0 L
SM
90
0 L
SM
90
0 L
SM
90
0 L
SM
90
0 L
SM
10
00
LS
M
10
00
LS
M12
00
LS
M
12
00
LS
M
12
00
LS
M1
20
0 L
SM
12
00
LS
M
14
00
LS
M
14
00
LS
M
14
00
LS
M
40
0 L
SM
40
0 L
SM
* m
ark
s th
e p
um
p u
sing
se
mi-o
pen im
pelle
r
LS
M,
LS
G P
um
p D
imen
sio
ns (A
bove G
rou
nd
Dis
ch
arg
e)
Mo
de
lØ
A1
ØA
2A
lA
2n
- Ø
dH
1H
4B
Sm
ØA
//
30
30
0LS
M/
/3
20
60
0
30
0LS
M/
/1
40
0
40
0LS
M/
/1
03
04
20
40
60
0
14
00
13
00
//
40
60
0LS
M1
40
0/
/6
20
20
00
10
00
16
00
//
22
00
11
00
16
00
//
10
00
24
00
12
00
//
60
24
00
13
00
10
00
LS
M/
/1
00
06
01
10
02
60
01
40
0
12
00
LS
M2
00
0/
/1
20
0
14
00
LS
M2
30
02
20
0/
/1
40
03
00
0
1.
Dis
charg
e F
lang
es
dril
led
to
ISO
.DIN
.BS
or
AN
SI.
2.
The fi
nal i
nst
alla
tion s
ize w
ill b
e s
ub
ject
to t
he fi
nal o
vera
ll d
imensi
on.
be c
ancelle
d t
he s
train
er.
4.
We r
eco
mm
end
belo
w g
round
dis
charg
e w
hen t
he o
utle
t d
iam
ete
r is
mo
re
than 1
20
0.
24
| H
YD
RO
OH
YD
RO
O | 2
5
LS
M,
LS
G P
um
p C
urv
es
LS
M,
LS
G P
um
p D
imen
sio
ns (B
elo
w G
rou
nd
Dis
ch
arg
e)
1.
Dis
charg
e F
lang
es
dril
led
to
IS
O.D
IN.B
S o
r A
NS
I.2
. T
he fi
nal i
nst
alla
tion s
ize w
ill b
e s
ub
ject
to t
he fi
nal o
vera
ll d
imensi
on.
3.
We d
on’t
reco
mm
end
use
the b
elo
w g
round
dis
charg
e w
hen t
he o
utle
t d
iam
ete
r
is e
qual o
r b
elo
w 6
00
.4
. W
hen t
he o
utle
t d
iam
ete
r is
eq
ual o
r b
elo
w 4
00
, th
e d
imensi
on is
the s
am
e
with
LS
C.
dis
charg
e a
nd
, yo
u c
auld
cho
ose
the c
ore
-pulling
ava
ilab
ility
str
uctu
re.
6.
AII
belo
w g
round
dis
charg
e s
tructu
re h
as
a m
inirnt.
,m le
ng
th li
mit,
the s
ho
rtest
le
ng
th s
hal n
ot
be lo
wer
than t
he p
um
p in
use
.
Mo
de
lA
aB
ba
1b
1n
-Ød
HM
Sm
X.Y
14
00
13
00
12
00
11
00
40
04
00
60
0LS
M1
40
01
40
01
30
04
00
10
00
60
02
00
01
10
0X
10
00
16
00
16
00
40
01
20
02
20
01
20
0X
11
00
16
00
40
01
30
02
40
01
30
0X
11
00
20
00
24
00
10
00
LS
M2
10
02
00
01
60
02
60
01
60
0X
14
00
12
00
LS
M2
10
02
00
02
10
02
00
0
14
00
LS
M2
60
02
40
02
30
02
10
01
02
03
00
0
16
00
LS
M2
60
02
30
01
12
03
20
02
30
0X
21
00
31
00
30
00
20
00
LS
M3
40
03
20
01
40
01
40
04
00
0
250LSM600-13
300LSM850-14
300LSM900-25
350LSM1450-13
26
| H
YD
RO
OH
YD
RO
O | 2
7
LS
M,
LS
G P
um
p C
urv
es
LS
M,
LS
G P
um
p C
urv
es
600LSM2800-27
600LSM3600-32
700LSM4500-25
600LSM3800-19
700LSM4600-44
800LSM5000-12
800LSM6000-30
800LSM6000-51
28
| H
YD
RO
OH
YD
RO
O | 2
9
LS
M,
LS
G P
um
p C
urv
es
LS
M,
LS
G P
um
p C
urv
es
800LSM6200-18
900LSM7200-11
900LSM8000-28
900LSM8000-48
900LSM8300-17
1000LSM10500-26
1000LSM10500-45
1000LSM12000-19
30
| H
YD
RO
OH
YD
RO
O | 3
1
LS
M,
LS
G P
um
p C
urv
es
LS
M,
LS
G P
um
p C
urv
es
1000LSM12000-33
1200LSM12800-12
1200LSM16000-33
1200LSM17000-21
1400LSM15600-10
1400LSM20000-16
1400LSM18000-25
32
| H
YD
RO
OH
YD
RO
O | 3
3
LS
A,
LS
G I
nd
ustr
ial Tu
rbin
e P
um
ps
Secti
on
dra
win
gS
pecifi
cati
on
ran
ge
Desig
n A
dvan
tages
1.
Fab
ricate
d d
ischarg
e h
ead
fo
r
all
size
s.2
. S
eam
less
flang
ed
end
s co
lum
n
pip
e a
nd
flang
es
bo
wl c
onst
ructio
n
inco
rpo
ratin
g r
eg
iste
red
fits
fo
r ease
o
f ass
em
bly
durin
g a
ssem
bly.
3.
Allo
y co
nst
ructio
n w
ith e
xtern
al t
ub
e
flush
of crit
ical w
ear
are
as
ava
ilab
le fo
r ab
rasi
ve s
erv
ices.
4.
Hig
h e
fficie
ncy
desi
gn.
Bro
ad
hyd
raulic
co
vera
ge p
rovi
des
best
sele
ctio
n t
o
meet
specifi
c o
pera
ting
co
nd
itio
ns.
co
up
ling
ava
ilab
le in
all
size
fo
r ease
o
f m
ain
tenance.
The li
nesh
aft c
an b
e p
rote
cte
d b
y w
ate
r flu
shin
g t
he e
nclo
sing
tub
e
bearing
on c
orr
osi
ve/a
bra
sive
serv
ices.
6.
Vario
us
bearin
g m
ate
rial a
vaila
ble
.
resi
stant
mate
rials
.
or
exi
stin
g d
imensi
ons
LS
A S
ele
cti
on
Ch
art
s
LS
A P
um
p B
ow
l A
ssem
bly
Dim
en
sio
ns
Mo
de
lIm
pe
ne
r D
iaD
1D
2D
3D
4L
Ø d
sb
n-
Ød
30
04
0
60
06
0
10
00
10
00
10
20
11
0
10
00
LS
A1
12
01
40
01
20
01
20
10
12
00
16
00
13
00
14
01
0
14
00
LS
A1
30
01
42
00
16
00
14
00
16
01
0
16
00
16
00
10
350LS
A
500LS
A
500LS
A
700LS
A
700LS
A
900LS
A
1000LS
A
1000LS
A
1250LS
A
1400LS
A
1700LS
A
1700LS
A
Serv
ices
Po
llutio
n C
ontr
ol
Med
ium
and
Lo
w H
ead
Circ
ula
tion
Effl
uent
Dis
po
sal
Flo
od
Co
ntr
ol
Dew
ate
ring
Riv
er
Wate
r In
take
Co
olin
g W
ate
rIrrig
atio
n a
nd
Dra
inag
eD
ry D
ocks
34
| H
YD
RO
OH
YD
RO
O | 3
5
LS
A,
LS
G P
um
p D
imen
sio
ns (A
bove G
rou
nd
Dis
ch
arg
e)
Mo
de
lØ
A1
ØA
2A
lA
2Ø
dH
1H
2H
4L
5B
Sm
AX
A
//
30
16
00
60
0
//
12
30
11
60
33
40
16
00
14
00
//
36
16
00
12
00
//
36
60
16
00
10
00
16
00
10
00
LS
A/
/4
21
00
06
01
60
01
10
0
//
42
20
00
60
16
00
22
00
14
00
LS
A/
/4
21
40
02
30
06
01
60
01
40
02
60
0
32
20
31
00
//
46
26
00
60
16
00
30
00
Mo
de
lØ
A1
ØA
2A
lA
2Ø
dL
5L
6h
BS
mA
xA
//
30
16
00
63
02
60
60
0
//
12
30
11
60
33
16
00
10
00
x10
00
14
00
//
36
16
00
20
00
12
00
/3
61
60
02
00
01
00
01
60
02
20
0x2
20
0
10
00
LS
A/
/4
21
60
02
00
01
00
01
10
02
40
0x2
40
0
/4
21
60
02
00
02
20
02
60
0x2
60
0
14
00
LS
A/
/4
21
60
02
00
01
40
01
40
02
60
03
00
0x3
00
0
32
00
31
00
/4
61
60
02
00
03
00
0
L a
cco
rdin
g t
o t
he c
ust
om
req
uire
ment
D
ischarg
e F
lang
es
dril
led
to
IS
O.D
IN.B
S o
r A
NS
I
LS
A,
LS
G P
um
p D
imen
sio
ns (B
elo
w G
rou
nd
Dis
ch
arg
e)
L &
H a
cco
rdin
g t
o t
he c
ust
om
req
uire
ment
D
ischarg
e F
lang
es
dril
led
to
ISO
.DIN
.BS
or
AN
SI
36
| H
YD
RO
OH
YD
RO
O | 3
7
LS
A,
LS
G P
um
p C
urv
es
LS
A,
LS
G P
um
p C
urv
es
350LSA-3.6
350LSA-5.9
350LSA-7.3
350LSA-8.6
500LSA-2.1
500LSA-3.4
500LSA-3.8
500LSA-4.2
500LSA-5.0
500LSA-6.1
500LSA-7.5
500LSA-8.9
38
| H
YD
RO
OH
YD
RO
O | 3
9
LS
A,
LS
G P
um
p C
urv
es
LS
A,
LS
G P
um
p C
urv
es
700LSA-2.8
700LSA-4.3
700LSA-4.4
700LSA-5.5
700LSA-6.5
700LSA-7.0
700LSA-8.7
700LSA-10.3
900LSA-3.4
900LSA-4.8
900LSA-5.4
900LSA-6.7
40
| H
YD
RO
OH
YD
RO
O | 4
1
LS
A,
LS
G P
um
p C
urv
es
LS
A,
LS
G P
um
p C
urv
es
900LSA-7.6
900LSA-7.9
900LSA-9.4
900LSA-11.0
1000LSA-2.4
1000LSA-3.9
1000LSA-4.2
1000LSA-4.8
1000LSA-5.6
1000LSA-6.8
1000LSA-8.4
1000LSA-9.9
42
| H
YD
RO
OH
YD
RO
O | 4
3
LS
A,
LS
G P
um
p C
urv
es
LS
A,
LS
G P
um
p C
urv
es
1250LSA-3.9
1250LSA-6.3
1250LSA-7.8
1250LSA-9.2
1400LSA-4.6
1400LSA-7.4
1400LSA-9.2
1400LSA-10.8
1700LSA-3.1
1700LSA-4.5
1700LSA-5.0
1700LSA-6.2
44
| H
YD
RO
OH
YD
RO
O | 4
5
Oil L
ub
ricate
d T
hru
st
Beari
ng A
ssem
blin
g S
ets
LS
A,
LS
G P
um
p C
urv
es
1700LSA-7.3
1700LSA-7.2
1700LSA-10.5
1700LSA-8.9
When t
he L
S d
esi
gned
driv
en b
y V
SS
m
oto
r, t
he p
um
p’
s th
rust
will b
e lo
ad
ed
b
y th
e t
hru
st b
earin
g o
n t
he t
op
of th
e
pum
p o
r lo
ad
ed
by
the t
op
thru
st b
earin
g
of th
e V
SS
mo
tor.
Hyd
roo
can s
up
ply
tw
o k
ind
s o
f d
iffere
nt
thru
st b
earin
g a
ssem
bly
sets
as
follo
win
g,
desi
gn fo
r th
e p
um
ps
with
lo
wer
and
hig
her
thru
st.
Wate
r co
olin
g h
eavy
duty
thru
st b
earin
g a
ssem
bly
set
Sta
nd
ard
thru
rst
bearin
g a
ssem
bly
set
46
| H
YD
RO
OH
YD
RO
O | 4
7
Note
s
201842-CTL-LS-EN
subject to amendments
HYDROO
Pump Industries SL
Carrer La Banyeta Nova, 11
Polígon Industrial La Banyeta
17843 Palol de Revardit
Catalonia. Spain
Tel. +34 972 394 654
E-mail: [email protected]
www.hydroo.com
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