1. No category

GRUNDFOS GUÍA DE PRODUCTO
SP
Bombas Sumergibles,
Motores y Accesorios
60 Hz
SP
Índice
1.
Introducción del producto
Introducción Aplicaciones
Características y beneficios
Identificación
2.
Datos generales de producto
Rendimiento 60 Hz
Rango de la bomba
Rango del motor
Protección del motor y controladores
3.Construcción
4.
Condiciones de operación
9
9
10
10
10
11
18
Condiciones de operación
Condiciones de curvas
18
18
5.
Cómo leer las curvas
19
6.
Curvas y datos técnicos
5S (5 gpm)
7S (7 gpm)
10S (10 gpm)
16S (16 gpm)
25S (25 gpm)
40S (40 gpm)
60S (60 gpm)
75S (75 gpm)
85S (85 gpm)
150S (150 gpm)
230S (230 gpm)
300S (300 gpm)
385S (385 gpm)
475S (475 gpm)
625S (625 gpm)
800S (800 gpm)
1100 (1100 gpm)
Datos eléctricos
7Accesorios
MP 204
Ánodos de zinc
Cajas de control SA-SPM 6
Pt100
8Cables
20
20
22
24
26
28
30
32
34
36
42
48
54
60
65
70
75
80
85
87
91
92
93
94
Tabla de tamaños de cables
9
Tablas de pérdidas por fricción 95
10
Tablas de Conversión
102
11
Otra documentación
103
WebCAPS
WinCAPS
Grundfos Go
Garantía
2
3
3
3
3
8
94
103
104
105
106
SP
1
SP
1
SP_us.book Page 3 Tuesday, February 21, 2012 11:39 PM
1.
Product introduction
Introducción
Aplicaciones
El rango SP de bombas Grundfos es reconocido por
su alta eficiencia y confiabilidad. Hechas completaIntroduction
mente de acero inoxidable resistente a la corrosión,
The Grundfos SP range of submersible pumps is
las bombas SP son ideales para una amplia variedad
renowned for high efficiency and reliability. Made
de aplicaciones.
entirely of corrosion resistant stainless steel, SP
Las bombas
SP de
representan
un diseño
pumps
are ideal
forGrundfos
a wide variety
of applications.
hidráulico de última generación. Construidas para
Grundfos SP pumps represent state-of-the-art
ofrecer una eficiencia óptima durante períodos de alta hydraulic design. Built to deliver optimum efficiency
demanda, las bombas SP ofrecen una operación a
during
periods
highplazao
demand,
SPalta
pumps
provide low
bajo costo
en eloflargo
y una
confiabilidad
long-term
costs
and high operating reliability
sin importar
la aplicación.
regardless of the application.
La gama SP ofrece alta eficiencia, alta resistencia a
The SP range offers high efficiency, high resistance to
la arena y otros abrasivos, protección contra calentasand
and
other
abrasives, motor
protection,
miento
y fácil
mantenimiento.
Paraburnout
optimizar
consand
easy
maintenance.
A
complete
monitoring
and
tantemente el sistema de bombeo, está disponible
un
control system is available for constant optimization of
monitoreo completo y un sistema de control.
the pumping system.
Las bombas sumergibles SP grandes de Grundfos
Applications
son adecuadas para:
Grundfos
Large SPdesubmersible
pumps are
suitable
• Suministro
aguas subterráneas
para
obras
for:
hidráulicas
• Irrigaciónsupply
en horticultura
y agricultura
• Groundwater
to waterworks
• Disminución
de aguas
• Irrigation
in horticulture
andsubterráneas
agriculture (desagüe)
• Aumento de presión
• Groundwater lowering (dewatering)
• Aplicaciones industriales
• Pressure
boosting
• Suministro
de agua doméstica.
• Industrial applications
• Domestic
water
supply.
Líquidos
bombeados
Introducción
delintroduction
producto
Product
1. Introducción del producto
Las bombas SP de Grundfos son adecuadas para
Pumped
liquids
bombear
líquidos limpios, claros y no agresivos sin
partículas
de sólidos
o fibras.for pumping clean,
Grundfos
SP pumps
are suitable
thin, non-aggressive
liquids without
or que
Las SP ofrecen construcción
desolid
aceroparticles
inoxidable
fibers.asegura buena resistencia al desgaste y un reducido
SP offers
stainless
steel donde
construction
riesgo
de corrosión
el aguawhich
tiene ensures
poco contenide resistance
cloruro.
good do
wear
and a reduced risk of corrosion
whereContamos
the watercon
hasuna
minor
chloride
content.
opción
disponible
una construcOptional,
upgraded
stainless
steel
construction
is
ción mejorada en acero inoxidable para bombeo
de
available
for pumping
more aggressive liquids:
líquidos
más agresivos:
A complete
range of una
zinc completa
anodes for
cathodic
Está disponible
gama
de ánodos de
protection
is available;
see
p. 97 forver
applications
zinc para
protección
catódica;
pág. 91 para apli(for example,
applications).
cacionessea
(porwater
ejemplo,
aplicaciones de agua de mar).
For slightly
pollutedligeramente
liquids (forcontaminados
example, containing
Para líquidos
(por ejemoil), Grundfos
offers a complete
range
of stainless
plo, con contenido
de aceite),
Grundfos
ofrece una
steel SP
NE pumps
all rubber
made
FKM.
completa
gamawith
de bombas
SPparts
NE de
aceroofinoxidable con todas las partes de caucho hechas de FKM.
TM05 0051 0611
Features and benefits
Características
y beneficios
Grundfos
SP submersible pumps
offer these features
Fig.
Grundfos
SP pumps
Fig.
1 1 Bombas
SP Grundfos
and benefits:
Las bomas sumergibles Grundfos SP ofrecen estas
característicashydraulics
y beneficios:
• State-of-the-art
provide high efficiency
and• lowHidráulica
operatingde
costs
vanguardia que brinda alta eficien• 100 % stainless
components
inside and
cia y bajossteel
costos
de operación
outside
for long service
life de acero inoxidable por
• Componentes
100%
• Sand resistant
dentro y por fuera para una larga vida de servicio
• Resistant
to aggressive
water
• Resistente
a la arena
• Motor
burnout
protection
CU 301
• Resistente a aguasvia
agresivas
• Dry-running
protection
• Protección contra funcionamiento en seco
• Monitoring,
protection
and communication
• Monitoreo,
protección
y comunicaciónvia
a través
protection
unit
MP204,
and remote
control,
R100.
de la
unidad
de protección
MP204,
y control
remoto R100.
3
150S
150S
150S
20 30
30 50
50 100
100 200
200
20
20
30 50
100 200
20
500 1000
1000 2000
2000
500
500
Q [US
[US1000
GPM]2000
Q
GPM]
Q [US GPM]
10
0
2 3
5
10
20 30 50
100 200
500 1000 2000
Q [US GPM]
Fig. 2 Eficiencias de bomba SP/motor en relación con el
flujo
TM05
0057
0711
TM05
0057
0711
TM05
0057
0711
150S
75S
85S
40S
25S
230S
300S
385S
475S
625S
800S
1100S
40S
40S
40S
75S
75S
75S
85S
85S
85S
25S
25S
25S
16S
16S
16S
10S
10S
10S
10
10
10
16S
5S
5S
5S
5
55
10S
2 3
22 33
TM00
7301
1096
TM00
7301
1096
TM00
7301
1096
Fig. 3Cojinete
Filtro
en la succión
Inlet
strainer
Inlet
strainer
Inlet
strainer
El
filtro
en la succión
evitaparticles
que entren
aa
la
bomba size
The
inlet
strainer
prevents
particles
over
a certain
certain
size
The inlet
inlet strainer
strainer
prevents
over
The
prevents
particles
over
a certain
size
partículas
de cierto
tamaño.
from
enteringmayores
the pump.
pump.
from
entering
the
from entering the pump.
Fig. 4 Filtro en la succión
TM05 0057 0711
30
All bearings are water-lubricated and have a squared
shape enabling sand particles, if any, to leave the
pump together with the pumped liquid.
The inlet strainer prevents particles over a certain size
from entering the pump.
60 HZ
5S
[%]
60
60
100 60
50
50
90 50
40
40
80 40
30
30
70 30
20
20
60 20
10
10
50 10
0
40 00
Bearings with sand channels
Inlet strainer
230S
230S
230S
300S
300S
300S
385S
385S
385S
475S
475S
475S
625S
625S
625S
800S
800S
800S
1100S
1100S
1100S
80
80
80
70
70
70
Grundfos SP
SP submersible
submersible pumps
pumps feature
feature components
components
Grundfos
SP SP
Grundfos
SP submersible
pumps feature
components
that
contribute
to
the
superior
performance
and
that contribute
contribute to
to the
the superior
superior performance
performance and
and
that
durability of
of the
the range.
range.
durability
durability
of the
range.
Lower installation
installation costs
costs
Lower
Lower
installation costs
Pump
design
Stainless
steel
means
low weight
weight for
for ease
ease in
in the
the
Stainless steel
steel means
means low
low
Stainless
weight for
ease in
the
handling
of
pumps,
resulting
in
lower
equipment
costs
Grundfos
SP
submersible
pumps
feature
components
handling of
of pumps,
pumps, resulting
resulting in
in lower
lower equipment
equipment costs
costs
handling
and
reduced to
installation
andperformance
service time.
time.and
that
contribute
the superior
and
reduced
installation
and
service
and reduced installation and service time.
durability
of the
range.
Bearings
with
sand channels
channels
Bearings
with
sand
Cojinetes
con
canales
de arena
Bearings
with
sand
channels
Lower
installation
costs
All
bearings
are
water-lubricated
and
have
aysquared
squared
All
bearings
are
water-lubricated
and
have
a
Todos
los
cojietes
son
lubricados
conhave
aguaa
tienen
All bearings are water-lubricated and
squared
shape
enabling
sand
particles,
if
any,
to
leave
the
Stainless
steel
means
low
weight
for
ease
in
the
shape
enabling
sand particles,
particles,
any, to
to que
leave
the
una forma
octagonal
que haceififposible
si hay
shape
enabling
sand
any,
leave
the
pump
together
with
the
pumped
liquid.
handling
of
pumps,
resulting
in
lower
equipment
costs
pump
together
with
the
pumped
liquid.
partículas
de with
arena,
la bomba junto con el
pump
together
theabandonen
pumped liquid.
and reduced
installation and service time.
líquido bombeado.
TM00 7301 1096
Introducción del producto
60 HZ
HZ
60
100
* If producing
880 gpm at 325 ft of head for 10 years @ 13.8 cents per
100
kWh. U.S.
90 kWh costs range from 6 cents to more than 20 cents,
90
90 on region.
depending
Pump design
TM00
7302
1096
TM00
7302
1096
TM00
7302
1096
11
Grundfos offers
offers energy-efficient
energy-efficient SP
SP submersible
submersible
Grundfos
Grundfos
offers energy-efficient
SP submersible
pumps
with
a
performance
range
of
up to
to
pumps with
with a
a performance
performance range
range of
of up
up
pumps
to
1,400 gpm
gpm and
and 2,100
2,100 ft
ft of
of head.
head.
1,400
1,400 gpm and 2,100 ft of head.
The pump
pump range
range consists
consists of
of many
many pump
pump sizes,
sizes, and
and
The
The
pump range
consists of
many pump
sizes, and
each
pump
sizerange
is available
available with
with an
an optional
optional number
number of
of
each
pump
size
is
A each
widepump
pump
size is available with an optional number of
stages to
to match
match any
any duty
duty point.
point.
stages
stages to
match
any duty point.
Grundfos
offers
energy-efficient
SP submersible
Highwith
pump
efficiency range of up to
pumps
a
performance
High
pump
efficiency
High pump efficiency
1,400
gpm
andefficiency
2,100 ft ofis
Often
pump
efficiency
ishead.
given less
less consideration
consideration than
than
Often
pump
given
Often
pump
efficiency
isbombas
given
less consideration
than
Una
amplia
de
thepump
pricerange
of a
agama
pump;
however,
owners
who
choose
The
consists
of many
pump who
sizes,
and
the
price
of
pump;
however,
owners
choose
the price of a pump; however, owners who choose
efficiency
will bombas
find
substantial
savings
in energy
energy
costs
Grundfos
ofrece
sumergibles
SP eficientes
each
pump
size
is
available
with savings
an optional
number
of
efficiency
will
find
substantial
in
costs
efficiency
will
find
substantial
savings in
energy costs
over
time.
See
fig.
2
for
an
illustration
of
SP
energéticamente
con
una
rango
de
desempeño
de
stages
to
match
any
duty
point.
over
time.
See
fig.
2
for
an
illustration
of
SP
over time. See fig. 2 for an illustration of SP
hasta
1,400 gpm
2,100 ftto
carga.
efficiencies
in yrelation
relation
tode
flow.
efficiencies
in
flow.
High
pump efficiency
efficiencies
in
relation to
flow.
La Example
gama de las bombas está integrada por muchos
Example
Often
pump efficiency is given less consideration than
Example
tamaños
de bomba, y cada tamaño está disponible
For
example,
a pump
pump
and motor
motor
withwho
a 10
10
% higher
higher
the
price
of a pump;
however,
owners
choose
For
example,
a
and
with
a
%
conFor
unexample,
número
opcional
etapas
coincidir
con
a
pumpde
and
motorpara
with
a
10 %
higher
pump,
can
efficiency
than
a
cheaper,
less
efficient
efficiency
will
find
substantial
savings
in
energy
pump,costs
can
efficiency
than
aoperación
cheaper, less
less efficient
efficient pump,
cualquier
punto
dea
can
efficiency
than
cheaper,
save
its
owner
more
than
$80,000.00
over
10
years*.
over
time.
See
fig.
2
for
an
illustration
of
SP
save its
its owner
owner more
more than
than $80,000.00
$80,000.00 over
over 10
10 years*.
years*.
save
producingin880
880
gpm at
at 325
325
of head
head for
for 10
10 years
years @
@ 13.8
13.8 cents
cents per
per
efficiencies
relation
to flow.
** IfIfIf producing
producing
gpm
ftft of
of
*
880
gpm
at
325
ft
head
for
10
years
@
13.8
cents
kWh.
U.S. kWh
kWh costs
costs
range
from 66 cents
cents to
to more
more than
than 20
20 cents,
cents, per
Alta
eficiencia
de la
bomba
kWh.
U.S.
range
from
kWh.
U.S.
kWh
costs
range
from
6
cents
to
more
than
20
cents,
depending on
on region.
region.
Example
depending
depending
on
A menudo,
seregion.
le presta más atención al precio que a
For
example,
andsin
motor
with alos
10propieta% higher
la eficiencia dealapump
bomba;
embargo,
pump,
can
efficiency
than
a
cheaper,
less
efficient
rios [%]
que eligen la eficiencia, con el tiempo encontra[%]its owner more than $80,000.00 over 10 years*.
save
[%]
rán ahorros
sustanciales en los costos de energía.
100
60 HZ
TM00 7302 1096
oduct introduction
roduct
introduction
Product
introduction
A wide pump range
Non-return valve
valve
Non-return
Non-return
Válvula devalve
no retorno
All
pumps
are
equipped with
with a
a reliable
reliable check
check valve
valve in
in
All pumps
pumps are
are equipped
equipped
All
with
a reliable
check
Todas
las
bombas
están
equipadas
una valve
válvulain
the valve
valve casing
casing preventing
preventing
back flow
flowcon
in connection
connection
the
back
in
thecheck
valveconfiable
casing preventing
back
flow in connection
en la caja de
la válvula
para evitar el
with pump
pump stoppage.
stoppage.
with
with
pump
stoppage.
contraflujo relacionado con el paro de la bomba.
Furthermore, the
the short
short closing
closing time
time of
of the
the check
check valve
valve
Furthermore,
Furthermore,
the
short
closing
time of
thelacheck
Además,
el
corto
tiempo
de cerrado
de
válvulavalve
means
that
the
risk
of
destructive
water
hammer
is
means
that
the
risk
of
destructive
water
hammer
is
Non-return
valve
means
the risk
destructive
water hammer
is
checkthat
significa
queofse
reduce al mínimo
el nocivo
reduced
to a
a minimum.
minimum.
reduced
to
to
minimum.
Allreduced
pumps
with a reliable check valve in
riesgoare
delaequipped
golpe
de ariete.
The valve
valve casing
casing is
is designed
designed for
for optimum
optimum hydraulic
hydraulic
The
theThe
valve
casing
preventing
back
inpara
connection
valve
casing
is
designed
forflow
optimum
hydraulic
La caja de
válvula está
diseñada
propiedades
properties
to la
minimize
the pressure
pressure
loss across
across
the
properties
to
minimize
the
loss
the
with
pump
stoppage.
properties
to minimize
pressure
loss
across the
hidráulicas
óptimas
y the
para
minimizar
laefficiency
pérdida
deof
valve
and
thus
to
contribute
to
the
high
valve and
and thus
thus
to contribute
contribute
to
theofhigh
high
efficiency
of
valve
to
to
the
efficiency
of
Furthermore,
the
short
closing
time
the
check
valve
presión
en
la
válvula
y
por
consiguiente
contribuir
the pump.
pump.
the
the
pump.
means
that
of destructive
water hammer is
para
la the
alta risk
eficiencia
de la bomba.
reduced to a minimum.
The valve casing is designed for optimum hydraulic
properties to minimize the pressure loss across the
valve
and thus to contribute to the high efficiency of
the pump.
Diseño de la bomba
4
4
4
4
Fig. 55
Fig.
Fig.
5
Fig. 5
4
Válvula check
check
Válvula
Válvula
check
Válvula check
Tapa de válvula
TM01 2499 1798
Tapa de
de válvula
válvula
Tapa
Tapa
de válvula
Menores costos de instalación
El acero inoxidable representa una menor peso que
facilita el manejo de las bombas, resultando en menores costos del equipo y menor tiempo de instalación y mantenimiento.
TM01
2499
1798
TM01
2499
1798
TM01
2499
1798
Las bombas sumergibles SP de Grundfos presentan
componentes que contribuyen a un mayor desempeño y durabilidad de la gama.
1
SP
SP_us.book Page
Page 55 Tuesday,
Tuesday, February
February 21,
21, 2012
2012 11:39
11:39 PM
PM
SP_us.book
SP_us.book Page 5 Tuesday, February 21, 2012 11:39 PM
TM00
7304
1096
TM00
7304
1096
TM00
7304
1096
Tornillo de cebado
Priming screw
screw
Priming
Todas las
bombas
Grundfos de 4” están equipadas con un
Priming
screw
All
Grundfos
4" pumps
pumps
are fitted
fitted
with
aelpriming
priming
screw.
4"
are
screw.
tornillo All
de Grundfos
cebado. Por
consecuencia,
sewith
evitaa
funcionamienAll Grundfos 4"dry
pumps
are is
fitted
with a priming
screw.
Consequently,
dry
running
is
prevented,
because
the
Consequently,
running
prevented,
because
the
to en seco porque el tornillo de cebado asegurará que siempre
Consequently,
dry
running
is
prevented,
because
the
priming
screw
will
make
sure
that
pump
bearings
are
priming screw
will make
that pump bearings are
estén lubricados
los cojinetes
desure
la bomba.
priming
screw
will
make
sure
that
pump
bearings
are
always
lubricated.
lubricated.semi-axiales de las bombas SP granDebidoalways
a los impulsores
always
lubricated.
Due
to the
the
semi-axial
impellers of
of large
large SP
SP pumps
pumps this
this
Due
to
semi-axial
impellers
des, este
cebado
se
realiza automáticamente.
Due
to
the
semi-axial
impellers
of
large
SP
pumps
this
priming
is
provided
automatically.
priming is provided automatically.
Sin embarbo,
para todos
los tipos de bomba que si el
primingaplica
is itprovided
automatically.
However,
applies
to
all
pump
types
that
if
the
water
However,
it applies
tonivel
all pump
types that
the water
nivel freático
disminuye
a un
por debajo
de laifsucción
de
However,
it applies
all pump
types
that ifinlet
the neither
water
table
is
lowered
toela
ato
level
below
the
pump
inlet
neither
table
level
below
pump
la bomba,
ni is
la lowered
bomba nito
motor
estaránthe
protegidos
contra
el
table isnor
lowered
to
level
below the
pumpdry
inlet
neither
pump
nor
motor
willa be
be
protected
against
dry
running.
pump
motor
protected
against
running.
funcionamiento
en
seco.will
pump nor motor will be protected against dry running.
Stop ring
ring
Stop
Stop
ringring prevents damage to the pump during
The
stop
Anillo The
de tope
stop ring
prevents damage to the pump during
The
damage
the
pump
during
transport
and prevents
indaños
case aof
ofla
up-thrust
in
connection
with y
El anillo
de stop
tope ring
evita
bombato
durante
el transporte
transport
and
in
case
up-thrust
in
connection
with
transport
andaxial
in case
of up-thrust
inarranque.
connection with
start-up.
start-up.
en caso
de empuje
relacionado
con el
start-up.
The
stop
ring,
which
is designed
designed
asuna
a cojinete
thrust bearing,
bearing,
The
which
is
thrust
El anillo
de stop
tope,ring,
que está
diseñado
comoas
de emThe stop
which is designed
as shaft.
a thrust bearing,
limits
axialring,
movements
of the
the pump
pump
shaft.
limits
axial
movements
of
puje, limita los movimientos axiales del eje de la bomba.
limits axial movements of the pump shaft.
Example:
SP 385S
385S
Example:
SP
Ejemplo:
SP 385S
Example:
SP 385S
The
stationary
part of
of the
the stop
stop ring (A)
(A) is secured
secured in
in the
the
The
stationary del
part
La parte
estacionaria
anillo
de topering
(A) estáisasegurada
en
The stationary
part of
the stop ring (A) is secured in the
upper
intermediate
chamber.
upper
intermediate
chamber.
la cámara
superior
intermedia.
upper
intermediate
The
rotating
part (B)
(B)chamber.
is fitted
fitted above
above the
the split
split cone
cone (C).
(C).
The
rotating
part
is
La parte
giratoria
(B)
está
montada
casquillo
cónico
The rotating part (B)
is fittedarriba
abovedel
the
split cone
(C).
(C).
A
A
C
C
TM01
3327
0412
TM01
3327
0412
TM01
3327
0412
B
B
A complete
complete
motor
rangegama de motores sumergiA
motor
range
Grunfos
ofrece una
completa
A en
complete
motor
range
bles
diferentes
voltajes.
Ver ensubmersible
página 85 la motor
informaGrundfos
offers
a
complete
submersible
motor
range
Grundfos offers a complete
range
ción
general
de
los
tipos,
tamaños
y
voltajes
de
motores.
Grundfos
offers
a
complete
submersible
motor
range
in
different
voltages.
For
an
overview
of
motor
types,
in different voltages. For an overview of motor types,
in
voltages.
For
aneloverview
of
motor types,
sizes
and
voltages,
see
page
85.
El sizes
MSdifferent
402
está
diseñado
para
mercado
doméstico
and
voltages,
see
page
85.
sizes
and
page
85.
deMS
aguas
subterráneas
efor
incluye
salidas.
La
serie water
MS
MS
402
is voltages,
designed see
for
the
domestic
ground
water
402
is
designed
the
domestic
ground
MSy402
is
designed
for thepara
domestic
ground
4000
MSand
6 están
diseñadas
en una
vamarket
and
covers
outputs.
Theusarse
MS 4000
4000
andwater
MS6
market
covers
outputs.
The
MS
and
MS6
riedad
deare
aplicaciones
de
de agua.
market
anddesigned
covers outputs.
MS
4000
and MS6
series
are
designed
forsuministro
use The
in a
a variety
variety
of Cuando
series
for
use
in
of
están
equipados
rasgos
como
sobredimenseries
are designed
for
use
inWhen
amotor
variety
of
applications
incon
water
supply.
When
equipped
with
applications
in
water
supply.
equipped
with
sionado,
medición
de
temperatura,
camisa
de
enfriaapplications
in
water
supply.
When
equipped
features
like
oversized
motor,
temperature
features like oversized motor, temperature with
miento
y sellos
SiC/SiC,
estos
motores
son
features
like mecánicos
oversized
motor, and
temperature
measurement,
cooling jacket,
jacket,
and
SiC/SiC
mechanical
measurement,
cooling
SiC/SiC
mechanical
adecuados
para
aplicaciones
industriales
de
servicio
measurement,
cooling
jacket,
and
SiC/SiC
mechanical
shaft seals,
seals, these
these motors
motors are
are suitable
suitable for
for heavy-duty
heavy-duty
shaft
pesado
por
ejemplo,
operaciones
de for
desagüe.
shaft como
seals,
these
motors
are
heavy-duty
industrial
applications
such
assuitable
dewatering
operations.
industrial
applications
such
as
dewatering
operations.
industrial
applications
such
as
dewatering
operations.
Como
estándar,
todas
las
superficies
externas
de
motoAs a
a standard,
standard, all
all external
external surfaces
surfaces of
of the
the Grundfos
Grundfos
As
resMS
MSamotors
de
Grundfos
que
entran
en
contacto
con
el
As
standard,
all
external
surfaces
of
the
Grundfos
MS
motors
in
contact
with
water
are
made
of
AISI 304
304
in contact with water are made ofagua,
AISI
están
hechas
de
acero
inoxidable
AISI
304.
Para
aguas
MS
motors
in
contact
with
water
are
made
of
AISI
304
stainless
steel.
For
aggressive
water,
such
as
stainless steel. For aggressive water, such as
agresivas
como
el agua
dewater,
mar oR-versions
aguas
salobres,
están
stainless
steel.
For aggressive
water,
such
as
seawater
or brackish
brackish
water,
R-versions
made
of
seawater
or
made
of
disponibles
R
hechas
con AISI 904.
seawater
orversiones
brackish
water,
R-versions
made of
AISI
904 las
are
available.
AISI
904
are
available.
AISI de
904motores
are available.
Gama
rebobinables MMS de Grundfos
Grundfos rewindable
rewindable MMS
MMS motor
motor range
range
Grundfos
Los
motores MMS
de Grundfos
son
adecuados
para
Grundfos
rewindable
MMS
motor
range
Grundfos
MMS
motors
are
suitable
for
any
Grundfos
MMS motors
are suitable
for any
cualquier
instalación
sumergible,
incluyendo
aplicaGrundfos MMS
motors are
suitableheavy-duty
for any
submersible
installation,
including
heavy-duty
submersible
installation,
including
ciones
industriales
para servicio
pesado y operaciosubmersible
installation,
including
heavy-duty
industrial
applications
and
dewatering
operations
industrial
applications
and
dewatering
nes de desagüe (cuando están equipados operations
con control
industrial
applications
and dewatering
operations
(when
equipped
with temperature
temperature
control,
oversized
(when
equipped
with
control,
oversized
de temperatura, motor sobredimensionado, camisa
(when
equipped
with
temperature
control,
oversized
motor,
cooling
jacket,
and
SiC/
SiC
mechanical
shaft
coolingy jacket,
and SiC/ SiC
mechanical
shaft
demotor,
enfriamiento
sellos mecánicos
SiC/SiC).
motor, cooling jacket, and SiC/ SiC mechanical shaft
seals).
seals).
Como
estándar, los motores MMS se suministran
seals).
As a
a standard
standard the
the MMS
MMS motors
motors are
are supplied
supplied with
with black
As
con campanas
del extremo
en hierro vaciado
negro. black
As a standard
the MMS
motorsthe
arerange
supplied
with black
cast-iron
end-bells.
Optionally,
the
range
is available
available
in
cast-iron
end-bells.
Optionally,
is
Opcionalmente, la gama está disponible en versiones in
cast-iron end-bells.
Optionally,
the range
is available in
all-stainless
steel AISI
AISI
316 or
or AISI
AISI
904 versions.
versions.
all-stainless
steel
316
904
totalmente de acero inoxidable AISI 316.
all-stainless
steel AISIMMS
316 submersible
or AISI 904 versions.
The
2-pole Grundfos
Grundfos
motors are
are all
all
The
2-pole
MMS
motors
Los
motores
sumergibles
MMSsubmersible
de Grundfos de
2 polos
The
2-pole
Grundfos
MMS
submersible
motors
are all
easy to
to rewind.
rewind. The
The windings
windings of
of the
the stator
stator
are made
made
of
easy
are
of
son todos fáciles de rebobinar. Los devanados del eseasy
to rewind.
The windings
of the
stator are copper
made of
a
special
water-proof
wire of
of pure
pure
electrolytic
copper
a
special
water-proof
wire
electrolytic
tator están hechos de un alambre especial a prueba de
a special water-proof
of pure electrolytic
copper
sheathed
with special
special wire
non-hydroscopic
thermoplastic
sheathed
non-hydroscopic
thermoplastic
agua,
que eswith
de cobre electrolítico
puro, revestido
con
sheathedThe
withfine
special
non-hydroscopic
material.
The
fine
dielectric
properties of
ofthermoplastic
this material
material
material.
dielectric
properties
this
material termoplástico no hidroscópico. Las excelentes
material.
The
fine dielectric
properties
of this
allow
direct
contact
between
the windings
windings
andmaterial
the
allow
direct
contact
between
the
and
propiedades
dieléctricas
de este material
permiten
elthe
allow
direct
contact
between
the
windings
and the
liquid
for
efficient
cooling
of
the
windings.
liquid for
efficient
of the windings.
contacto
directo
entrecooling
los devanados
y el líquido para
liquid for efficient cooling of the windings.
un eficiente enfriamiento de los devanados.
Fig. 7
7 Stop
Stop ring
ring (rotating
(rotating and
and stationary
stationary part)
part) and
and the
the split
split
Fig.
Fig. 7 cone
Stop ring (rotating and stationary part) and the split
cone
Fig. 7Anillo de topecone
(parte giratoria y estacionaria) y casquillo cónico
Fig. 8
Motores
MS de
Fig.
8 Grundfos
MSGrundfos
motors
Fig. 8
Fig. 8
Grundfos MS motors
Grundfos MS motors
TM00
7305
1096
--GrA4011
--GrA4013
TM00
7305
1096
GrA4011
GrA4013
TM00
7305
1096
- GrA4011
- GrA4013
Fig. 6
6 Priming
Priming screw
screw
Fig.
Fig. 6 Tornillo
cebado screw
Fig. 6de Priming
Motores sumergibles Grundfos
Grundfos
submersible
Una
gama completa
de motoresmotors
Grundfos
submersible
motors
Introducción del producto
SP
SP
5
1
SP
SP_us.book Page 6 Tuesday, February 21, 2012 11:39 PM
1
SP
TM01 7873 4799
Introducción del producto
Fig. 9 Grundfos MMS motors
Fig. 9 Motores MMS de Grundfos
Industrial submersible motors and MS6
T60-versions
Motores sumergibles industriales y versiones
MSheavy-duty
6 y T-60 applications Grundfos offers a
For
complete motor range of industrial motors with up to
aplicaciones
de than
servicio
Grundfos
ofre5Para
% higher
efficiency
thatpesado,
of Grundfos'
standard
ce una gama
completamotors
de motores
industriales
con as
motors.
The industrial
are available
in sizes
hasta3 5Hp
%up
mayor
que los motores estándar
from
to 30eficiencia
Hp.
Grundfos. Los motores industriales están disponibles
The cooling of the motor is very efficient due to the
en tamaños desde 3 Hp hasta 30 Hp.
large motor surface. The efficient cooling makes it
possible
to increase
the liquid
temperature
to 140 °F
El enfriamiento
del motor
es muy
eficiente debido
(60
at asuperficie.
minimumElflow
of 0.49 ft/s
(0.15 m/s)
a su°C)
gran
enfriamiento
eficiente
hacepast
the
motor.
posible
incrementar la temperatura del líquido que
pasa
por el motor
a 60are
ºCfor
(140
ºF) a un flujo
The
industrial
motors
customers
whomínimo
value low
de 0.49 ft/s
(0.15
m/s).
operating
costs
and
long life higher than price.
Grundfos industrial motors are developed for difficult
Los motores industriales son para clientes que valooperating conditions. These motors will stand a higher
ran más los costos de operación bajos y la durabilithermal load than standard motors and thus have a
dad más que el precio.
longer life when subjected to high load. This applies
whether
the high
load is caused
byson
baddesarrollapower supply,
Los motores
industriales
Grundfos
hot
bad coolingde
conditions,
pumpEstos
load etc.
doswater,
para condiciones
operaciónhigh
difíciles.
Please
note
that heavy
duty motors
longer
motores
resistirán
una carga
térmicaare
mayor
quethan
los
motors
forestándar
standard
conditions.
motores
y por
consiguiente tienen una vida
más larga cuando están sujetos a cargas altas. Esto
aplica si la carga alta es causada por mal suministro
de energía, agua caliente, condiciones de enfriamiento inadecuadas, alta carga de la bomba, etc.
Considere que los motores para servicio pesado
son más grandes que los motores para condiciones
estándar
6
Overtemperature protection
Protección contra altas temperaturas
Accessories for protection against overtemperature
Los accesorios para protección contra altas tempeare available for both Grundfos MS and MMS
raturas están disponibles para los motores Grundfos
submersible motors. When the temperature becomes
MS y MMS. Cuando se incrementa la tempertatura, el
too high, the protection device will cut out and damage
dispositivo de protección cortará y se evitará el daño
to the pump and motor be avoided.
a la bomba y al motor.
Restart of the motor after cut-out can be achieved in
El reinicio del motor después del corte, se puede
two ways:
lograr de dos maneras:
• manual restart
• reinicio manual
• automatic restart.
• reinicio automático
Automatic restart means that the MP 204 attempts to
El reinicio automático significa que el MP 204 intenta
restart the motor after 15 minutes. If the first attempt is
reiniciar el motor después de 15 minutos. Si el primer
not successful, restarting will be reattempted at
intento no tiene éxito, el reinicio se intentará a interva30-minute intervals.
los de 30 minutos.
MS MS
The Grundfos
MS submersible
motors
(with the(con
Los motores
sumergibles MS
de Grundfos
exception
of MS del
402)
available
with a built-in
excepción
MSare
402),
están disponibles
con un
Tempcon
temperature
transmitter
fordeprotection
transmisor
integrado
Tempcon
temperatura para
against
overtemperature.
Bytemperaturas.
means of the Por
transmitter,
protección
contra altas
medio
it is possible
to read es
outposible
and/or dar
monitor
they/o
motor
del transmisor,
lectura
monitorear
temperature
via an MP
or aa través
PR 5714
la temperatura
del 204
motor
del relay.
MP 204 o un
The Grundfos
submersible motors can be fitted
relevadorMS6
PR 5714.
with aLos
Pt100.
The Pt100
is fitted
in the
motor andse
motores
sumergibles
MS6
de Grundfos
connected
directly
to
the
MP
204
or
monitored
the en
pueden equipar con un Pt100. El Pt100 se by
monta
PR 5714
relay.y se conecta directamente al MP 204 o se
el motor
monitorea por el relevador 5714.
MMS
MMS
For the
protection of the Grundfos MMS submersible
motorsPara
against
overtemperature
Grundfos
offers theMMS
la protección
de los motores
sumergibles
Pt100contra
temperature
sensor as anGrundfos
optional ofrece
extra. el sensor
altas temperaturas,
de temperatura
como
una
opción adicional.
The Pt100
is fitted in Pt100
the motor
and
connected
directly
to the Protección
MP 204 or monitored
by the PR 5714 relay.
contra empuje
En caso
de unaupthrust
presión contraria muy baja, relacioProtection
against
nada con el arranque, existe el riesgo de elevación
In case of a very low counter pressure in connection
de la cámara completa del stack (pila). Esto se llama
with start-up there is a risk that the entire chamber
empuje axial. El empuje puede dañar tanto a la
stack may rise. This is called upthrust. Upthrust may
bomba como al motor. Normalmente ambos, tanto las
damage both pump and motor. Both Grundfos pumps
bombas como los motores Grunfos, están protegidos and motors are protected against upthrust as standard,
contra el empuje, evitando que ocurra durante la fase
preventing upthrust from occurring during the critical
crítica de arranque. La protección consiste en un
start-up phase. The protection consists of either a
anillo de tope integrado o en balanceo hidráulico.
built-in stop ring or hydraulic balancing.
Cámaras de enfriamiento integradas
Built-in cooling chambers
En todos los motores sumergibles MS de Grundfos,
In all Grundfos
MS
submersible
motors,
efficient
se asegura
una
refrigeración
eficiente
enfriando las
cooling
is ensured
byparte
cooling
chambers
at the
and y
cámaras
en las
superior
e inferior
deltop
motor,
at the por
bottom
of
the
motor,
and
by
an
internal
circulacirculación interna del líquido del motor.
tion of motor liquid.
Ver fig. 10. Mientras se mantenga la velocidad de
See fig. 10. As long as the required flow velocity past
flujo que pasa por el motor, será eficiente el enfriathe motor
is maintained,
miento
del motor. cooling of the motor will be
efficient.
SP_us.book Page 7 Tuesday, February 21, 2012 11:39 PM
1
1
Fig. 12 Shaft seal, MS6
Fig.
Fig.12
12 Sello
ShaftMecánico,
seal, MS6MS6
Fig. 12 Shaft seal, MS6
TM00 7306 0412
TM03 9225 3607
Fig. 11 Shaft seal, MS 4000
Fig. 11 Shaft seal, MS 4000
Fig.11
11 Sello
ShaftMecánico,
seal, MS 4000
Fig.
MS4000
TM00
73067306
04120412
TM00
TM00 5698 0996
Protección contra rayos
Lightning
protection
Fig.
10 sumergibles
MS 4000
LosLightning
motores
protection Grundfos más pequeños, como los
The smallest Grundfos submersible motors, such as
MSThe
402,
están todos
aislados para minimizar
el riesgo
que el
smallest
Grundfos
motors,
such as
Lightning
protection
the
MS 402,
are all submersible
insulated in order
to minimize
the
motor
se
queme
a causa
de un rayo.
the
MS
402,
are
all
insulated
in
order
to
minimize
the
Therisk
smallest
Grundfos
motors, such
of motor
burnoutsubmersible
caused by lightning
strike.as
risk
motor
caused by
strike. the
Menor
riesgo
deburnout
corto-circuito
theof
MS
402,
are
all insulated
in lightning
order to minimize
Reduced risk of short-circuit
risk
of
motor
burnout
caused
by
lightning
El devanado
incrustado en el motorstrike.
sumergible MS
Reduced del
riskestator
of short-circuit
The
embedded
stator
winding
in the Grundfos
MS
de The
Grundfos
está
herméticamente
encerrado
en
acero inoxidaReduced
risk
of
short-circuit
embedded stator
in the Grundfos
submersible
motorwinding
is hermetically
enclosedMS
in
ble.submersible
El resultadomotor
es unaisalta
estabilidadenclosed
mecánica
enfriamienhermetically
iny MS
Thestainless
embedded
stator
winding
the mechanical
Grundfos
steel.
The
result isinhigh
stability
to óptimo.
Esto
también
elimina
el
riesgo
de
corto-circuito
stainless
steel.
The
result
is
high
mechanical
stability
submersible
motor
is
hermetically
enclosed
in
and optimum cooling. Also, this eliminates the riskdeof
losand
devanados
provcado
por
la is
condensación
agua.
optimum
cooling.
Also,
this
eliminates
the
risk of
stainless
steel.
The
high
mechanical
stability
short-circuit
of
theresult
windings
caused
bydel
water
short-circuit
of cooling.
the windings
caused
by waterthe risk of
and
optimum
Also,
this
eliminates
condensation.
Sello Mecánico
condensation.
short-circuit of the windings caused by water
MS 402
condensation.
Shaft seal
Shaft
seal es del tipo del sello de labio que se caracteEl sello
mecánico
MS
402
Shaft
seal
rizaMS
por402
la baja
fricción contra el eje del rotor.
The shaft seal is of the lip seal type characterized by
MSlow
402de
El material
goma
ofrece
buena
resistencia
al desgaste,
The
shaft
seal
isagainst
of
the the
lip
seal
type
characterized
by
friction
rotor
shaft.
low
friction
against
the
rotor
shaft.
The
shaft
seal
is
of
the
lip
seal
type
characterized
bygood
buena
elasticidad
y
resistencia
a
las
partículas
y
es
aprobado
The rubber material offers good wear resistance,
low
friction
against
the
rotor
shaft.
para
usarse
en
agua
para
beber.
The
rubber
material
offers
good
wear
resistance,
good
elasticity and resistance to particles, and it is approved
Thefor
rubber
good wear
resistance,
good
and
resistance
to particles,
and
it is approved
use
inmaterial
drinkingoffers
water.
MSelasticity
4000,
MS6
elasticity
and resistance
for
use in drinking
water. to particles, and it is approved
MS 4000,
MS6
El material
for usees
in cerámica/carburo
drinking water. de tungsteno, proporcionando
MS
4000,
MS6
un sellado
una
excelente resistencia
al desgaste
y una
Theóptimo,
material
is ceramic/tungsten
carbide
providing
MSoptimum
4000, MS6
The
material
is
ceramic/tungsten
carbide
providing
sealing,
optimum wear
resistance
and
larga
duración.
Thelong
material
is ceramic/tungsten
carbide providing
optimum
sealing,
optimum wear resistance
and
life.
El sello mecánico con resorte cargado, está diseñado con una
optimum
sealing,
optimum
wear
resistance
and
long
life. spring
The
loaded
shaft
seal
is
designed
withesa un
large
granlong
superficie
y un escudo para arena. El resultado
life.
and a sand
result with
is a minimum
The surface
spring loaded
shaft shield.
seal is The
designed
a large
intercambio
mínimo de shaft
líquidos bombeados
y del motor
y sin
Theexchange
spring
designed
large
of pumped
and
motor
liquids
andano
surface
and aloaded
sand
shield.seal
Theis
result
is a with
minimum
penetración
de
partículas.
surface
and
a sand
shield.
The liquids
result isand
a minimum
penetration
of particles.
exchange
of pumped
and motor
no
exchange
of
pumped
and
motor
liquids
and
no
Lospenetration
motores,
versión
R,
se
suministran
con
sello
mecánico
of
particles.
Motors, version R, are supplied with a SiC/SiC
shaft
penetration
of
particles.
SiC/SiC.
Existen
otras
combinaciones
disponibles
pediseal.
Other
combinations
are
available
request.
Motors, version R, are supplied with a SiC/SiCsobre
shaftSee
Motors,
are
with
a request.
SiC/SiC
shaft
do.seal.
En
las
fig.
11
y fig.
12R,se
pueden
ver
ilustrados
los componenfig.
11version
and
12
forsupplied
an
of
shaft
seal
Other
combinations
areillustration
available
See
Other
combinations
are
available
request.
components
configuration.
tesfig.
yseal.
la11
configuración
delan
sello
mecánico.
and
fig.
12and
for
illustration
of shaft
seal See
fig.
11
and
fig.
12
for
an
illustration
of
shaft
seal
components and configuration.
components and configuration.
TM03
9225
3607
TM03
9225
3607
Fig. 10 MSFig.
4000
10 MS 4000
Fig. 10 MS 4000
TM00TM00
5698 5698
0996 0996
MMS
rewindable
motors
MMS
rewindable
motors
The
standard
shaft
a ceramic/carbon
The standard shaft sealseal
is aisceramic/carbon
MMS
rewindable
motors
mechanical
shaft
seal.
The
shaft
is replaceable.
mechanical shaft seal. The shaft
sealseal
is replaceable.
Motores
rebobinables
The
standard
shaft
seal isgood
aMMS
ceramic/carbon
The
material
features
wear
resistance
The material features good wear resistance andand
Elresistance
sello mecánico
estándar
es deseal
cerámica/carbón.
mechanical
shaft
seal.
The shaft
is replaceable.El
to particles.
resistance
to particles.
sello
mecánico
es
reemplazable.
TheTogether
material with
featuresshaft
good wearhousing,
resistance and
sand
shield
Together
with the the
shaft sealseal
housing, thethe
sand
shield
resistance
to
particles.
Elforms
material
presenta
buena
resistencia
al
desgaste
y
a
labyrinth
seal,
which
during
normal
operating
forms a labyrinth seal, which during normal operating
resistencia
a the
las partículas.
conditions
prevents
penetration
of the
sand
particles
Together
with
shaft
seal
housing,
sand
shield
conditions prevents penetration of sand particles intointo
theashaft
forms
labyrinth
which
during normal
operating
Junto
laseal.
cajaseal,
del sello
mecánico,
el escudo
para
the
shaftcon
seal.
conditions
prevents
penetration
ofde
sand
particles
arena
forma
unmotors
sellado
en be
forma
laberinto,
queinto
duOn request,
can
supplied
with
a SiC/SiC
On request, motors can be supplied with a SiC/SiC
the
shaft
rante
lasseal.
condiciones normales de operación evita la
seal.
seal.
penetración
de partículas
arena al
sello
mecánico.
On
request, motors
can bede
supplied
with
a SiC/SiC
seal.
Los motores se pueden suministrar con un sello SiC/
SiC bajo pedido.
Introducción del producto
SP
Product
introduction
Product
introduction
1
SP
SP SP
SP_us.book Page 7 Tuesday, February 21, 2012 11:39 PM
7
7
7
7
1
SP
Introducción del producto
Identificación
Nomenclatura, bombas SP
Ejemplo
475
Nomenclatura, motores MS 4000
S
500 - 5 - A
B
Ejemplo
Gasto nominal en gpm
MS
4
000
R
6
000
N
Motor sumergible
Gama de tipo
Partes de acero inoxidable de material
S= AISI 304
N= AISI 316
R= AISI 904L
Diámetro mín. de
perforación en pulgadas
Generación
Hp de motor
R
Número de impulsores
= acero inoxidable AISI 304
= acero inoxidable AISI 904L
Primer impulsor de diámetro reducido (A, B o C)
Segundo impulsor de diámetro reducido (A, B o C)
Nomenclatura, motores MMS
Nomenclatura, motores MS 402
Ejemplo
MS
4
Ejemplo
02
MM S
Motor sumergible
Rango de tipo
Diámetro mín. de
perforación en pulgadas
Diámetro mín. de
perforación en pulgadas
Generación
Generación
- = Acero inoxidable AISI 304
Material:
= Hierro fundido EN-JL1040
N = DIN/EN 1.4401 (AISI 316)
Nomenclatura, motores MS6
Ejemplo
MS
Rango de tipo
(Motor Sumergible)
Diámetro de motor en pulgadas
Material
• En blanco= acero inoxidable EN 1.4301 (AISI 304)
• R = acero inoxidable EN 1.4539 (AISI 904L)
Partes de caucho
• En blanco = NBR
• E = FKM
Sello mecánico
• En blanco = cerámica/carbón
• S = SiC/SiC
Cojinetes radiales
• En blanco = carbón/acero inoxidable
• W = SiC/carburo de tungsteno
Líquido del motor
• En blanco = SML-3
• D = agua desmineralizada
Temperatura máxima del líquido
• T30 = 86 °F (30 °C)
• T60 = 140 °F (60 °C)
8
6
R
E
S
W
D
T60
2
SP
SP_us.book Page 9 Tuesday, February 21, 2012 11:39 PM
Información General del producto
2. Datos generales del producto
2. Product overview
Rendimiento 60 Hz
Performance range 60 Hz
H
[m]
H
[ft]
900
800
700
3000
600
2000
500
60 Hz, SF 1.15
1500
400
300
1000
800
200
600
500
400
1100S
800S
625S
475S
385S
300S
230S
150S
75S
85S
10S
5S
30
60S
150
40
40S
50
200
25S
60
300
16S
100
90
80
70
100
80
16
60
50
4
6
1
8 10
2
20
3
4
40
5 6 7 8 10
60
80 100
20
200
30
40 50 60
400
80 100
600
1000
2000
Q [US GPM]
200
Q [m³/h]
TM05 0056 0112
20
9
Product overview
2
SP
2
SP
SP
Información General del producto
Rango de la bomba
Tipo
5S
10S
16S
25S
40S
60 S
75S
85S
15 0S
230S
300S
385S
475S
625S
800S 1100S
1"
1.25"
1.25"
1.5"
2"
2"
2"
(3")
(3")
3"
(4")
3"
4"
5"
5"
6"
6"
6"
5"
5"
6"
6"
6"
Acero inoxidable AISI 304
Acero inoxidable AISI 316
Acero inoxidable AISI 904L
Conexión
NPT
Conexión de brida:
Brida Grundfos
Las cifras entre paréntesis ( ) indican conexión para bombas con camisa de enfriamiento.
Rango del motor
Salida del motor [hp]
0.5
0.75
1.0
1.5
1.5
3.0
5.0
7.5
10.0
15
20
25
30
40
50
60
75
100
125
150
175
200
250
175
200
250
Monofásico
Trifásico
Motor industrial y
versiones MS6 T60
Motor rebobinable
Acero:
AISI 304
Acero: AISI 304
y hierro fundido
Acero:AISI 316
Acero:AISI 904L
Transmisor de temperatura
integrado en motor
Se recomienda arranque directo en línea hasta 100 hp.
Por arriba de 100 hp se recomienda arrancador suave o autotransformador.
Los motores con estrella/delta están disponibles desde 7.5 hp.
Protección de motor y controladores
Salida de motor [hp]
0.5
0.75
1.0
1.5
1.5
3.0
5.0
MP 204
Pt100
Ánodo de zinc
Camisa de enfriamiento
SA-SPM
Protección de motor de motores monofásicos, ver página 85.
10
7.5
10.0
15
20
25
30
40
50
60
75
100
125
150
SP_us.book Page 11 Tuesday, February 21, 2012 11:39 PM
3
SP
SP
3. Construcción
3. Construction
Especificación
de material,SP
bomba
SP,4"4”
Material specification,
pump,
Dibujo seccional,
bomba
SP, 4”, 4"
Sectional
drawing,
SP pump
84
Pos.
Pos.
19
1
1
1b 1b
2 2
71
1b
70
6
2
1
3
7
304 304
304 304
6 6
Cojinete
superior
Top bearing
NBRNBR
7 7
Neck de
ringcierre
Anillo
NBR/PBT
NBR/RPT
8 8
Intermediate
ring
NBRNBR
Anillo
intermedio
Intermediate
Cámara
intermedia Stainless
Ac. Inox
steel
chamber
Parte inf. de cámara
Bottom
Ac. Inox
intermedia
intermediate
Stainless steel
chamber
Impulsor
Ac. Inox
Impeller
Stainless steel
Interconector
de
Ac. Inox
succión
Suction
Stainless steel
interconnector
Flecha con cople
Ac. Inox
Shaft
Stainless steel
Tirante
Ac. Inox
Strap
Stainless steel
Guardacable
Ac. Inox
Cable guard
Stainless steel
Tornillo hexagonal
Ac. Inox
Hexagon screw
Stainless steel
Tuerca
Ac. Inox
Nut
Stainless
steel
17
18
10
13
14
16
17
18
19
19
19a19a
19b19b
10
7
AISIAISI
304
304
304 304
Ac. Inox/NBR
Stainless
steel/NBR
16
8
Ac. Inox.
Stainless steel
Ac. Inox
Stainless
steel
Ac. Inox
Stainless
steel
14
9
Cubierta de válvula
Valve casing
Pieza
de descarga
Discharge
piece
Asiento
de válvula
Valve seat
13
13
Estándar
Standard
Tazón
Valve de
cupválvula
10
76
Materiales
Materials
3 3
9 9
19b
Componente
Component
Tuerca
Nut
304 304
304
304
304
304
304
304
304
304
304
304
304
304
304
304
Ac. Inox
Stainless
steel
316 316
304 304
20 20
Cable
motor
Motor del
cable
16
64 64
Priming
Disco
de disc
cebado
Stainless
steel
Ac. Inox
304 304
64
70 70
Valvede
guide
Guía
válvula
Stainless
steel
Ac. Inox
304 304
17
71 71
76 76
Washer for
pos.
1916 Stainless
steel
Arandela
para
pos.
Ac. Inox
Washer
Stainless
steel
Arandela
Ac. Inox
316 316
304 304
14
78
18
84
Nameplate
Stainless steel
Placa de identificación
Ac. Inox
Hook
Stainless steel
Gancho
Ac. Inox
316
304
316
304
TM00 5606 1907
84
78
Construcción
Construction
3
Fig. 13 SP pump, 4"
Fig. 13 Bomba SP, 4”
11
11
3
SP
Construcción
Dibujo seccional, bomba SP, 6"
Especificación de material, bomba SP, 6"
Pos.
Componente
Materiales
Estándar
Versión N
Versión R
AISI
Cubierta de válvula
1
2
1a
3
1
Cubierta de válvula
Ac. Inox.
304
316
904 L
2
Tazón de válvula
Ac. Inox.
304
316
904 L
3
Asiento de válvula
Ac. Inox.
304
316
904 L
4
Cámara superior
Ac. Inox.
304
316
904 L
7
Anillo de cierre
8
Cojinete
904 L
Cámara del stack
4
6
7
11
8
9
12
8a
16
25
72
13
14
8a
Arandela
espaciadora
9
Cámara
Ac. Inox.
304
316
11
Tuerca p/casquillo
Ac. Inox.
304
316
904 L
12
Casquillo cónico
Ac. Inox.
304
316
904 L
13
Impulsor
Ac. Inox.
304
316
904 L
16
Flecha completa
Ac. Inox.
Ac. Inox.
18
Guardacable
23
Resguardo de caucho NBR
25
Retén de
anillo de cierre
64
72
14
Interconector
de succión
Ac. Inox.
Pieza
intermedia
mpara motor de
6” de más de 40 Hp
Ac. Inox.
Fig. 14 Bomba SP, 6"
431
329
Si 31 803
304
316
904 L
Ac. Inox.
304
316
904 L
Tornillo de cebado
Ac. Inox.
304
316
904 L
Anillo de desgaste
Ac. Inox.
304
316
904 L
304
316
904 L
316
316
316
Interconector de succión
15
TM01 2258 2602
19
NBR
Carbón/
grafito HY22 en
masa PTFE
64
17
NBR/PPS
15
Filtro
Ac. Inox.
304
316
904 L
17
Tirante
Ac. Inox.
304
316
904 L
19
Tuerca para tirante
Ac. Inox.
304
316
904 L
19a
Tuerca
Ac. Inox.
316
316
316
20
Cable del motor
78
Placa de identif.
Ac. Inox.
316
316
316
Bombas en carcasa
12
Brida de fijación
(contra)
Ac. Inox.
304
316
904 L
Brida de fijación
Ac. Inox.
304
316
904 L
Pieza
conectora
Ac. Inox.
304
316
904 L
Carcasa
Ac. Inox.
304
316
904 L
Perno tensor
Ac. Inox.
304
316
904 L
Tornillo hexagonal
de cabeza hueca
Ac. Inox.
304
316
904 L
3
SP
SP_us.book Page 13 Tuesday, February 21, 2012 11:39 PM
Dibujo seccional,
SP,
8”
Sectional
drawing, bomba
SP pump
, 8"
Especificación
de material,SP
bomba
SP,
Material specification,
pump,
8"8”
Pos. Component
Pos.
Materiales
39
2
1
Valve casing Stainless steel
1d Cubierta
O-ring de válvula
NBR Ac. Inox.
304
1
1d
2 Empaque
Valve cup
304
NBR
Stainless
steel
3
4
4 Retén
Top superior
chamberdeStainless steel
asiento de válvula
Upper
Stainless
6
Cámara
superior steel/NBR
Ac. Inox.
bearing
1d
6
7 Cojinete
Neck ring
superior NBR/PPS
Ac. Inox./NBR
3a
7
8 Anillo
Bearing
de cierre
6
8
3b
3b
4
8a
11c
8b
7
8
9
9
11
NBR/PPS
Carbon/ graphite
Washer for
Cojinete
NBR
8a
HY22 in PTFE
stop ring
mass Carbón/grafito
Arandela para anillo
HY22
en masa
8b deStop
Stainless
steel
tope ring
PTFE
9
Chamber
Stainless steel
Anillo de tope
Ac. Inox.
11 Split cone nut Stainless steel
Cámara
Ac. Inox
Nut for stop
11c
Stainless steel
ring para casquillo
Tuerca
Ac. Inox
12 cónico
Split cone
Stainless steel
13 Tuerca
Impeller
para anilloStainless steel
Ac. Inox
de tope
Suction inter14
Stainless steel
connector
12
Casquillo
cónico
Ac. Inox.
13
72
13
7
16
7
14
9
15
16
11
17
12
18
19
18
39
17
15
19
14
TM01 2359 2301
71
316
304
304
304
N
AISI
316
304
904L
904L
316
316
316
316
304
904L
(DIN
1.4517)
316
304
904L
316
304
316
R
316
316
316
(DIN
904L 1.4517)
904L 904L
904L
316
904L
904L
NBR
11c
8
AISI
Tazón de válvula Standard/
Ac. Inox.
3
Valve seat
N- version: NBR
Estándar/ verR-version:
FKM
3
Asiento de válvula
sion N: NBR
Lower valve
versión
3a
Stainless steel R: FKM 316
seat retainer
Retén inferior de
Upper valve
3a
3b asiento de válvulaStainless steel
304
seat retainer
70
8b
Standard
N-version
R-version
Estándar
Versión
Versión
2
1
8a
Componente
Materials
Construction
Construcción
3
SP
15
Strainer
Stainless steel
Impulsor
Ac. Inox
Shaft
16 Interconector de Stainless steel
complete
Ac. Inox
succión
17 Strap
Stainless steel
Filtro
Ac. Inox.
18 Cable guard Stainless steel
Eje completo
Ac. Inox
19 Nut for strap Stainless steel
Tirante
Ac. Inox.
Spring for
39
Stainless steel
valve cup
Guardacable
Ac. Inox
70 Valve guide
Stainless steel
Tuerca para tirante
Ac. Inox.
71 Washer
Stainless steel
Resorte para tazón de
Ac.steel
Inox.
72 válvula
Wear ring
Stainless
316
316
304
316
304
316
304
304
316
304
304
316
316
316
904L
316
316
316
904L
904L
904L
904L
904L
904L
904L
316
904L
316
904L
A744
(DIN
CF8M
304 CD4-MCu316 1.4517)904L
304
431
304
304
304
304
304
316
304
316
304
CF8M
304
431
304
304
304
304
316
316
904L
904L
329 A744 329 (DIN
CD4-MCu
1.4517)
316
904L
316
904L
316
904L
329
329
316
904L
316
904L
316
SAF 2205
316
904L
316
904L
316
904L
316
904L
316
316
904LSAF 2205
70
Guía de válvula
Ac. Inox.
304
316
904L
71
Arandela
Ac. Inox
316
316
904L
72
Anillo de desgaste
Ac. Inox
304
316
904L
Fig. 15 SP pump, 8"
Fig. 15 Bomba SP, 8”
13
3
SP
_us.book Page 14 Tuesday, February 21, 2012 11:39 PM
SP
Construcción
Sectional
drawing, SP
pump
, 10"
Dibujo seccional,
bomba
SP,
10”
Material
specification,
SP pump,
10"
Especificación
de material,
bomba
SP, 10”
Pos.
Description
Pos.
Material
Descripción
N version
Estándar
AISI
Materiales
1
1
Valve cup
Stainless steel
NBR
Stainless
steel
304
304
Ac.steel
Inox.
Stainless
304
39
Lower
valvede
seat
Tazón
válvula
3a 2
retainer
Ac. Inox.
304 316
316
304
304 316
79
Rivet
Stainless steel
304
316
304
301 316
316
304
316
Retén superior de
Ac. Inox.
asiento de válvula Stainless steel
Resorte para tazón de
Stainless
Ac.steel
Inox.
válvula
70
78
Guía de válvula
Chamber stack
Top chamber
Ac. Inox.
Stainless steel
Placa de identificación
Ac. Inox
Carbon/
disc
79 Upthrust
Remache
63
304
316
304
316
304
316
Top bearing
NBR
Cámara del stack
304
NBR Ac. Inox.
Stainless
steel
Carbón/grafito
304
316
11 5 Nut Disco
for splitde
cone
Stainless
steel
empuje axial
HY22
en masa 304
PTFE
Split cone
Stainless
steel
304
316
23
316
6 Impeller
Cojinete superior
Stainless steel
304
Shaft with coupling
Stainless steel
431
Cable guard
Stainless steel
304
Anillo de cierre
9
Cámara
Rubber guard
Ac. Inox./NBR
NBR/PPS
NBR
Stainless steel
NBR
Ac. Inox
316
316
304
316
304 316
316
12 Suction
Casquillo
cónico
interconnector
Stainless steel
304
304
304 316
304 316
316
Ac.steel
Inox
Stainless
Strap
Flecha con acopla- Stainless steel
Ac.steel
Inox
1916 Nut miento
for strap
Stainless
304
316
304
431 316
19a
Nut
316
316
20
Motor cable
Impulsor
1513 Strainer
Ac. Inox.
17
TM01 2363 2701
316
304
14
15
329
304
Suction interconnector
17
304 316
Tuerca para casquillo
Stainless steel
11 Wear ring
Ac. Inox
cónico
72
7
16
316
304
Cojinete
18a,8
Screw for cable guard
18b
18
316
NBR/PPS
Chamber
18
316
Pieza de conexión Stainless
Ac.steel/
Inox.
9
7
316
304
Cámara superior
8 4 Bearing
16
9
316
316
graphite HY22
Ac, Inox.
in PTFE mass
Neck ring
13
11
Fig. 16 Bomba SP, 10”
Fig. 16 SP pump, 10"
304
12
72
19
316
301
7
13
14
316
304
6
8
316
304 316
304
Stainless steel
5
12
316
Valve guide
4
6
316
70
6339 Connecting piece
5
316
304
3 Upper
Asiento
de válvula
Ac. Inox.
valve seat
3b
Stainless steel
retainer
Retén inferior de
Ac. Inox.
393a Spring
for valve
asiento
de cup
válvula Stainless steel
783b Nameplate
3a
72
NBR
Cubierta de válvula
Empaque
3 1d Valve
seat
1d
13
13a
13b
O-ring
2
3
9
1
70
3b
4
Stainless steel
Cubierta
de válvula304
Valve casing
1d
Versión
N
AISI
Valve casing
2
14
Standard
18
Stainless steel
Guardacable
Ac. Inox
2218aBoltsTornillo para guardaStainless
Ac.steel
Inox.
18b
cable
28,
Lock for strainer
Stainless steel
28a23
Resguardo de caucho NBR
72
Anillo de desgaste
304
316
304 316
329
329
Ac. Inox
316
329
316
316
304
316
Ac. Inox.
304
316
Interconector de succión
14
Interconector de
succión
15
Filtro
Ac. Inox.
304
316
17
Tirante
Ac. Inox.
304
316
19
Tuerca para tirante
Ac. Inox.
304
316
19a
Tuerca
Ac. Inox.
316
316
20
Cable del motor
22
Pernos
Ac. Inox.
316
316
28,
28a
Anillo de desgaste
Ac. Inox
329
329
3
SP
SP_us.book Page 15 Tuesday, February 21, 2012 11:39 PM
SP_us.book Page 15 Tuesday, February 21, 2012 11:39 PM
Material specification,
Material specification,
MS 402Especificación
and MS 4000 motors
de material,
MS 402 and MS 4000 motors
Motores MS 402
y MS 4000 MS 4000
MS 402
1
1
1
2
2
3
3
4
4
5
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5
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MS 402
Fig.
1717 Motor
MSmotor
402
Fig. 17 MS 402 motor
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6
6
5
5
Pos.
Parte
Shaft
431
Shaft
431
Shaft seal
NBR
1
Eje
Shaft seal
NBR
Motor sleeve
304
Motor sleeve
304
Motor end
2 shield
Sello mecánico
Motor end shield
Radial bearing
Ceramic
Radial bearing
Ceramic
3
Camisa delCeramic/carbon
motor
Axial bearing
Axial bearing
Ceramic/carbon
Rubber parts Blindaje del extremo
NBR
Rubber4parts
NBR
del motor
3
3
R-version
motor
5 motor
Cojinete radial
R-version
TM00
4736
0412
TM00
4736
0412
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‡
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‡
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‡ ‡ ‡ ‡ ‡‡ ‡ ‡‡‡
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MS 402
Pos. Part
Pos. Part
2
2
Pos.
Pos.
1
1
2
2
3
3
4
4
5
5
6
6
Part
Part
Shaft 6
Cojinete axial
Shaft
Shaft seal
Shaft seal
Motor sleeve Partes de caucho
Motor sleeve
Motor end shield
Motor end shield
Radial bearing
Radial bearing
Thrust bearing
Thrust bearing
Rubber parts
Rubber parts
Motor versión R
Pos.
Parte
1
Eje
2
Sello mecánico
AISIMS
AISI
MS 4000
402
MS 4000
431
AISI
431
Tungsten carbide/
431ceramic
Tungsten
carbide/ 431
ceramic
304
Carburo de
304
NBR 304
tungsteno/
304
Ceramic/ cerámica
Ceramic/
tungsten
carbide
tungsten carbide 304
304
Ceramic/carbon
Ceramic/carbon
NBR
304
NBR
Cerámica/
carburo de
tungsteno
Cerámica
MS 4000
MS 4000
Cerámica/
318 LN
carbón
318 LN
Cerámica/
carbón
NBR/ceramic
NBR/ceramic
NBR
904L
904L
904L
904L
Ceramic/tungsten carbide
Ceramic/tungsten carbide
Ceramic/carbon
Ceramic/carbon
NBR
NBR
NBR
MS 4000
318 LN
NBR/cerámica
1
1
3
Carcasa del motor
904L
2
2
4
Blindaje del extremo
del motor
904L
5
5
5
Cojinete radial
6
Cojinete de empuje
Partes de caucho
Construcción
Sectional drawing - MS motors
Sectional drawing - MS motors
Dibujo seccional - Motores MS1
Construction
Construction
33
SP
SP
Cerámica/carburo de
tungsteno
Cerámica/carbón
NBR
3
3
6
6
4
4
Fig. 18 MS 4000 motor
Fig. 18 MS 4000 motor
TM00
7865
2196
TM00
7865
2196
5
5
15
15
15
3
SP
SP_us.book Page 16 Tuesday, February 21, 2012 11:39 PM
3
SP
Construcción
Sectional
drawing - Motores
MS6 motors
Dibujo seccional
MS6
Material
specification
- MS6 motors
Especificación
de material
- Motores MS6
1
2
Pos.
Part
Pos.
202
Shaft
rotorcon
202withEje
Parte
2
Shaft seal
3
Motor sleeve
4
Motor end cover
rotor
2
Sello mecánico
3
Camisa del motor
Cubierta
Rubber parts
4
motor
del extremo del
MS6
MS6
318LN
318LN
Ceramic/carbon
Cerámica/carbón
304
Partes de caucho
1
Part
Motor
versión R
Shaft
2
Shaft seal
3
Motor sleeve
4
Pos.
Parte
1 endEje
Motor
cover
Rubber
2 parts
Sello
3
TM03 9226 3607
Fig. 19
19 MS6
Motor
MS6
Fig.
motor
16
MS6
318LN
SiC/SiC
904L
MS6
318
(DIN 1.4517)
mecánico
3
Camisa del motor
4
Cubierta del extremo del
motor
Partes de caucho
4
304
NBR/FKM
R-version motor
Pos.
304
304
NBR/FKM
FKM
LN
SiC/SiC
904L
(DIN 1.4517)
FKM
Especificación
de material
Material
specification
Motores MMS versiones sumergible rebobinable
MMS motors, submersible rewindable
Pos.
Componente
Material
AISI
versions
202
Eje
Pos. Component
202a
Extremos del eje
202 Shaft
Acero
(EN 1.0533)
AISI
Acero inoxidable
316/329
Steel
(EN 1.0533)
Acero endurecido/
6”, 0.5-20
Hp steel
202a Shaft ends
Stainless
316/329
EPDM
Hardened steel/
- 20 Hp
Cojinete6",
de0.5
empuje
EPDM
Thrust
203/ bearing
203/
Parte giratoria/esta6”, 25-50 Hp
Stationary/
206
206
6",
25
50 Hp
Ceramic/
rotating partcionaria
Cerámica/carbón
carbon
8" - 10"
8”-10”
204 Bearing bush
6" - 10"
Carbon
220
226
205
202a
212
213
218
204
220
226
205
235
236
235
Bearing housing, upper
204
Casquillo del buje
Diaphragm
Cámara del buje,
205 end shield
Motor
superior
Material
Cast iron
6”-10”
CR
Motor
212 sleeve
Diafragma
Motor cable
Blindaje del extremo
213
del motor
Shaft seal
218
Camisa del motor
Intermediate housing
220
Cable del motor
Bearing housing, lower
226
Sello mecánico
A126 Class B
Carbón
A126
HierroA126
fundido
Class B Clase B
Cast iron
Stainless steel
EPDM
Ceramic/
carbon
Cast iron
Cast iron
CR 304
Ac. Inox.
A126 Class B
EPDM
A126 Class B
Cerámica/carbón
Cámara intermedia
Hierro fundido
236
Cámara del buje,
inferior
Hierro fundido
Version
Pos. Component
N
202
Shaft
Componente
202a Shaft
202ends Eje
236
203/
206
202a
204
Ceramic/
6”, 0.5carbon
20 Hp
318LN
(EN 1.0533)
Ac. inox
TM01 4985 0404
316/329
Acero endurecido/EPDM
Carbon
6”, 25Stainless
steel
50 Hp
213
Motor end shield
218
226
Motor sleeve
204
Casquillo del buje
Motor cable
Cámara del buje,
205seal
Shaft
superior
235
212
Diafragma
Intermediate
housing
Stainless steel
CR
316
904L
236
Bearing housing,
lower
Blindaje
del extremo del
213
motor
Stainless steel
316
Ac, Iox.
904L
316
Cerámica/
carbón
Stainless
steel
316
8”-10”
904L
Stainless steel
316
6”-10”
Carbón
EPDM
904L
CR
Ceramic/
carbon
904L
Ac. Inox.
* Only MMS 6000 and MMS 8000 are available in R-versions
213
Fig. 20 MMS 10000
Fig. 20 MMS 10000
Hardened
steel/EPDM
1.0533)
316/329
Acero
212
220
203
Stainless steel
Versión N
(EN
1.0533) AISI
Bearing bush
Cojinete6"-10"
de empuje
203/206 housing,
Parte giratoria/estaBearing
upper
cionaria
Diaphragm
205
206
6",del
0.5eje
- 20 Hp
202a
Extremos
Thrust bearing
Stationary/
6", 25 - 50 Hp
rotating part
8"-10"
Material
(EN
Steel
A 126
Clase B
R*
AISI
Pos.
304
A 126
Clase B
235
Material
Motores MMS, versión
N
218
212
A 126
Clase B
Hierro fundido
MMS motors, N- and R-versions
202
Construcción
Dibujodrawing
seccional
- Motores
MMS
Sectional
- MMS
motors
Construction
33
SP SP
Ac. Inox.
316
316
218
Camisa del motor
220
Cable del motor
EPDM
316
226
Sello mecánico
Cerámica/
carbón
235
Cámara intermedia
Ac. Inox.
316
236
Cámara del buje, inferior
Ac. Inox.
316
* Sólo MMS 6000 y MMS 8000 están disponibles en versiones R
17
17
4
SP
Condiciones de ooperación
4. Condiciones de operación
Condiciones de operación
Las condiciones de abajo aplican a las curvas mostradas en las páginas 20 - 84:
Gasto, Q:
Máximo 1460 gpm (332 m3/h)
General
Carga, H:
Máximo 2,170 ft (660 m)
•
Tolerancias de curva de acuerdo a ISO 9906,
Anexo A
•
Las curvas muestran el rendimiento de la bomba
a velocidad real, véase rango de motor estándar.
Las velocidades de los motores son aproximadamente éstas:
Temperatura máxima del líquido
Instalación
Velocidad
de flujo que
pasa por el
motor
Vertical
[ºF (ºC)]
Horizontal [ºF
(ºC)]
Grundfos MS de 4” y
versiones T-30 MS6
0.49 ft/s
(0.5 m/s)
86 (30)
86 (30)
Grundfos MS de 4”
versiones industriales
0.49 ft/s
(0.5 m/s)
140 (60)
140 (60)
Grundfos MS6 versiones T60
3.28 ft/s
(1.0) m/s)
140 (60)
140 (60)
Grundfos MMS 6” a
10” rebobinable con
PVC en los devanados
0.49 ft/s
(0.5 m/s)
77 (25)
1.64 ft/s
(0.50 m/s)
Motor
Grundfos MMS 6”
a 10” rebobinable
con PE/PA en los
devanados
motores de 4”
n = 3470 min -1
motores de 6”
n = 3460 min -1
motores de 8” a 10” n = 3525 min -1
•
Las mediciones se hicieron con agua sin aire
a una temperatura de 20º C (68º F). Las curvas aplican para una viscosidad cinemática de
1 mm2/s (1 cSt). Para bombear líquidos con
densidad mayor a la del agua, usar motores con
rendimientos proporcionalmente más altos.
77 (25)
•
Las curvas en negritas indican el rango de rendimiento recomendado.
86 (30)
86 (30)
•
0.49 ft/s
(0.5 m/s)
104 (40)
104 (40)
Las curvas de desempeño incluyen todas las
pérdidas posibles como las pérdidas en las válvulas de no-retorno.
1.64 ft/s
(0.50 m/s)
113 (45)
113 (45)
•
Q/H: las curvas incluyen las pérdidas en la succión y válvula a la velocidad real.
Nota: Para MMS 6000, 0.5 hp; MMS 8000, 150 hp;
la temperatrua máxima del líqudio es 5 ºC (9 ºF)
menos que los valores establecidos en la tabla. Para
MMS 10000, 250 hp, la temperatura es 10º C (18ºF)
menos.
Presión de operación
Motor
Presión máxima de
operación
Grundfos MS 4” y 6”
Grundfos MMS 6” a 10”
rebobinable
18
Condiciones de curvas
870 psi (60 bar)
La operación sin la válvula de no-retorno incrementará la carga real del rendimiento nominal en
0.5 a 1.0 m.
•
NPSH: La curva incluye toda la pérdida de presión en el interconector de succión y muestra la
presión requerida en la succión.
•
Curva de potencia: P2 muestra la entrada de
potencia a la velocidad real de cada tamaño
individual de bomba.
•
Curva de eficiencia: Eta muestra la eficiencia
en la etapa de la bomba. Si se necesita Eta para
el tamaño real de la bomba, favor de consultar
WinCAPS o WebCAPS.
5
SP
SP_us.book Page 19 Tuesday, February 21, 2012 11:39 PM
5
SP
400
Número de pasos.
Primera cifra: número de
Number of stages.
pasos;
First figure: number of stages;
segunda
cifra: número de
second figure: number of
impulsores
de diámetro
reduced-diameter
impellers.
reducido
H
[ft]
5S
1300
Tipo de bomba, número de
Pump y
type,
number of poles
polos
frecuencia.
60 Hz, SF 1.15
-48DS
How to read the curve charts
H
[m]
Cómo leer las curvas
5. Cómo leer las curvas
5. How to read the curve charts
ISO 9906 Annex A
and frequency.
1200
350
1100
Curva
QHforpara
bomba
QH curve
the la
individual
pump. The bold
curves en
individual.
Las curvas
indicate the
recommended
negrita
indican
la rango de
performance range for best
rendimiento
recomendado
efficiency.
para la mejor eficiencia.
-39DS
300
1000
900
250
-31
800
-26
700
200
-22
600
150
-18
500
400
100
-13
300
-9
200
50
100
0
0
0
P2
[kW]
0.06
0.04
P2
[hp]
0.0
0.00
0.2
2
0.4
3
0.6
4
0.8
5
1.0
6
7
Q [US GPM]
1.2
1.4
Q [m³/h]
Eff
0.08
Eff
[%]
40
0.06
30
P2
0.04
0.02
1
20
0.02
10
0.00
0
0
1
2
3
4
5
Q [US GPM]
Las
curvascurves
de potencia
The power
indicate
indican
la potencia
pump input
power perde
stage.
Curves are
for por
entrada
deshown
la bomba
complete
(1/1) and
paso
o etapa.
Lasforcurvas
reduced-diameter (2/3)
se
muestran
pra
impulsoimpellers.
res completos (1/1) y para
impulsores de diámetro
reducido (2/3).
TM05 0229 10112
La curva de eficiencia muesThe efficiency curve shows
trathe
la eficiencia
la pump.
bomba.
efficiency ofde
the
LaThe
curva
de eficiencia
efficiency
curve ises
an
average
of all de
the pump
una
curva curve
promedio
typeslos
shown
chart.
todos
tiposindethebomba
The efficiency of pumps with
mostrados
en la gráfica.
reduced-diameter impellers is
Laapprox.
eficiencia
bombas
con
2 %de
lower
than the
impulsores
de diámetro
re-the
efficiency curve
shown in
chart.es aprox. 2 % menor
ducido
que la curva de eficiencia
mostrada en la gráfica.
19
SP_us.book Page 20 Wednesday, May 30, 2012 1:30 AM
6
6
SP
SP
6.
y datosand
técnicos
6. Curvas
Curve charts
technical data
Curvas y datos técnicos
5S
5S (5
(5gpm)
gpm)
H
[m]
400
H
[ft]
5S
1300
60 Hz, SF 1.15
-48DS (3 hp)
ISO 9906 Annex A
1200
350
1100
-39DS (2 hp)
300
1000
900
250
-31 (1.5 hp)
800
-26 (1.5 hp)
700
200
-22 (1 hp)
600
150
-18 (0.75 hp)
500
400
100
-13 (0.5 hp)
300
-9 (0.5 hp)
200
50
100
0
0
P2
[kW]
0.06
0.04
P2
[hp]
0.0
0.00
20
0.4
3
0.6
4
0.8
5
1.0
6
7
Q [US GPM]
1.2
1.4
Q [m³/h]
Eff
Eff
[%]
40
0.06
30
P2
20
0.02
10
0.00
0
0
20
0.2
2
0.08
0.04
0.02
1
1
2
3
4
5
Q [US GPM]
TM05 0229 2112
0
6
SP
SP_us.book Page 21 Tuesday, February 21, 2012 11:39 PM
6
SP
Volts
[V]
Motor
[Hp]
A
B
C
[pulg (mm)]
[pulg (mm)]
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Peso
neto
(completo)
[Kg]
Curve charts and technical data
Dimensiones
Carga
Modelo
nominal F
de bomba
[ft]
Curvas y datos técnicos
5S (5 gpm)
5S
NPT
171
1
230
0.5
■
24.57 (624)
11.03 (280)
13.55 (344)
3.74 (95)
3.97 (101)
10
115
0.5
■
27.88 (708)
11.03 (280)
16.86 (428)
3.74 (95)
3.97 (101)
12
230
0.5
■
27.88 (708)
11.03 (280)
16.86 (428)
3.74 (95)
3.97 (101)
12
5S05-13
247
1
5S07-18
343
1
230
0.75
■
32.60 (828)
11.62 (295)
20.99 (533)
3.74 (95)
3.97 (101)
13
5S10-22
419
1
230
1
■
36.50 (927)
12.21 (310)
24.30 (617)
3.74 (95)
3.97 (101)
15
5S15-26
495
1
230
1.5
■ 41.30 (1049)
13.71 (348)
27.60 (701)
3.74 (95)
3.97 (101)
19
5S15-31
527
1
230
1.5
■ 47.21 (1199)
13.71 (348)
33.51 (851)
3.74 (95)
3.97 (101)
22
5S05-9
171
1
5S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 5 gpm (1” NPT)
230
0.5
■
24.57 (624)
11.03 (280)
13.55 (344)
3.74 (95)
3.97 (101)
10
115
0.5
■
27.88 (708)
11.03 (280)
16.86 (428)
3.74 (95)
3.97 (101)
12
230
0.5
■
27.88 (708)
11.03 (280)
16.86 (428)
3.74 (95)
3.97 (101)
11
5S05-13
247
1
5S07-18
343
1
230
0.75
■
32.60 (828)
11.62 (295)
20.99 (533)
3.74 (95)
3.97 (101)
13
5S10-22
419
1
230
1
■
36.50 (927)
12.21 (310)
24.30 (617)
3.74 (95)
3.97 (101)
15
1
230
1.5
■ 41.30 (1049)
13.71 (348)
27.60 (701)
3.74 (95)
3.97 (101)
17
5S15-26
495
230
1.5
■ 39.81 (1011)
12.21 (310)
27.60 (701)
3.74 (95)
3.97 (101)
18
460
1.5
■ 39.81 (1011)
12.21 (310)
27.60 (701)
3.74 (95)
3.97 (101)
18
230
1.5
■ 47.21 (1199)
13.71 (348)
33.51 (851)
3.74 (95)
3.97 (101)
22
230
1.5
■ 45.71 (1161)
12.21 (310)
33.51 (851)
3.74 (95)
3.97 (101)
20
460
1.5
■ 45.71 (1161)
12.21 (310)
33.51 (851)
3.74 (95)
3.97 (101)
20
230
2
● 59.61 (1514)
19.49 (495)
40.12 (1019)
3.74 (95)
3.97 (101)
26
230
2
■ 53.82 (1367)
13.71 (348)
40.12 (1019)
3.74 (95)
3.97 (101)
25
460
2
■ 53.82 (1367)
13.71 (348)
40.12 (1019)
3.74 (95)
3.97 (101)
25
230
3
● 70.16 (1782)
22.60 (574)
47.56 (1208)
3.74 (95)
3.97 (101)
35
230
3
● 65.56 (1665)
18.00 (457)
47.56 (1208)
3.74 (95)
3.97 (101)
35
460
3
● 65.56 (1665)
18.00 (457)
47.56 (1208)
3.74 (95)
3.97 (101)
35
3
1
5S15-31
527
3
1
5S20-39DS
663
3
1
5S30-48DS
816
3
TM05 0204 0711
5S, diámetro de motor 4 pulg., motor de 2 hilos, 60 Hz - gasto nominal 5 gpm (1” NPT)
5S05-9
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 1-1/4" NPT, 6" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 2 pies.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
21
6
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SP_us.book Page 22 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
7S (7
(7 gpm)
gpm)
H
[m]
H
[ft]
7S
60 Hz, SF 1.15
900
ISO 9906 Annex A
-32 (2 hp)
250
800
-26 (1.5 hp)
700
200
600
-19 (1 hp)
150
500
-15 (0.75 hp)
400
100
-11 (0.5 hp)
300
-8 (0.5 hp)
200
50
100
0
0
P2
[kW]
0.06
0.04
0.02
0.00
P2
[hp]
0.0
0.2
2
0.4
3
0.6
4
0.8
5
1.0
6
1.2
7
1.4
0.10
1.6
8
1.8
9
10
Q [US GPM]
2.0
Q [m³/h]
Eff
Eff
[%]
50
0.08
40
0.06
30
P2
0.04
20
0.02
10
0.00
0
0
22
1
1
2
3
4
5
6
7
8
Q [US GPM]
TM05 0982 2112
0
6
SP
Dimensiones
Carga
Modelo
nominal F
de bomba
[ft]
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
C
[pulg (mm)]
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Peso
neto
(completo)
[Kg]
Curvas y datos técnicos
7S (7 gpm)
7S
NPT
7S, diámetro de motor 4 pulg., motor de 2 hilos, 60 Hz - gasto nominal 7 gpm (1” NPT)
7S05-8
151
1
230
.5
■
23.75 (603)
11.03 (280)
12.72 (323)
3.74 (95)
3.97 (101)
10
115
.5
■
26.23 (666)
11.03 (280)
15.20 (386)
3.74 (95)
3.97 (101)
13
230
.5
■
26.23 (666)
11.03 (280)
15.20 (386)
3.74 (95)
3.97 (101)
11
7S05-11
208
1
7S07-15
283
1
230
.75
■
30.12 (765)
11.62 (295)
18.51 (470)
3.74 (95)
3.97 (101)
13
7S10-19
358
1
230
1
■
34.02 (864)
12.21 (310)
21.82 (554)
3.74 (95)
3.97 (101)
15
7S15-26
491
1
230
1.5
■
41.3 (1049)
13.71 (348)
27.60 (701)
3.74 (95)
3.97 (101)
19
7S05-8
151
1
230
.5
■
23.75 (603)
11.03 (280)
12.72 (323)
3.74 (95)
3.97 (101)
10
115
.5
■
26.23 (666)
11.03 (280)
15.20 (386)
3.74 (95)
3.97 (101)
10
230
.5
■
26.23 (666)
11.03 (280)
15.20 (386)
3.74 (95)
3.97 (101)
14
7S05-11
208
1
7S07-15
283
1
230
.75
■
30.12 (765)
11.62 (295)
18.51 (470)
3.74 (95)
3.97 (101)
13
7S10-19
358
1
230
1
■
34.02 (864)
12.21 (310)
21.82 (554)
3.74 (95)
3.97 (101)
18
1
230
1.5
■
41.30 (1049)
13.71 (348)
27.60 (701)
3.74 (95)
3.97 (101)
18
18
7S15-26
491
3
1
7S20-32
604
3
230
1.5
■
39.81 (1011)
12.21 (310)
27.60 (701)
3.74 (95)
3.97 (101)
460
1.5
■
39.81 (1011)
12.21 (310)
27.60 (701)
3.74 (95)
3.97 (101)
18
230
2
●
52.05 (1322)
19.49 (495)
32.56 (827)
3.74 (95)
3.97 (101)
22
230
2
■
46.26 (1175)
13.71 (348)
32.56 (827)
3.74 (95)
3.97 (101)
22
460
2
■
46.26 (1175)
13.71 (348)
32.56 (827)
3.74 (95)
3.97 (101)
22
TM05 0204 0711
7S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 7 gpm (1” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 2 pies.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
23
6
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SP_us.book Page 24 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
10S (10
10S
(10gpm)
gpm)
H
[m]
H
[ft]
10S
-58DS (5 hp)
500
60 Hz, SF 1.15
ISO 9906 Annex A
1600
-48DS (5 hp)
1400
400
1200
300
1000
-34 (3 hp)
800
-27 (2 hp)
200
-21 (1.5 hp)
600
-15 (1 hp)
400
-12 (0.75 hp)
100
-9 (0.5 hp)
200
0
0
P2
[kW]
0.06
0.04
0.02
0.00
P2
[hp]
0.0
4
0.5
6
1.0
0.10
8
1.5
10
2.0
12
14
Q [US GPM]
2.5
Q [m³/h]
Eff
[%]
50
Eff
0.08
40
0.06
30
P2
0.04
20
0.02
10
0.00
0
0
24
2
2
4
6
8
10
Q [US GPM]
TM05 0230 1812
0
-6 (0.5 hp)
6
SP
Dimensiones
Carga
Modelo
nominal F
de bomba
[ft]
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Peso
neto
(completo)
[Kg]
Curvas y datos técnicos
10S (10 gpm)
10S
NPT
10S05-6
116
1
10S05-9
174
1
10S07-12
233
1
10S10-15
291
1
10S15-21
407
1
230
.5
■
22.05 (560)
10.99 (279)
11.07 (281)
3.74 (95)
3.97 (101)
9
115
.5
■
24.53 (623)
10.99 (279)
13.55 (344)
3.74 (95)
3.97 (101)
11
230
.5
■
24.53 (623)
10.99 (279)
13.55 (344)
3.74 (95)
3.97 (101)
11
230
.75
■
27.60 (701)
11.58 (294)
16.03 (407)
3.74 (95)
3.97 (101)
11
230
1
■
30.67 (779)
12.17 (309)
18.51 (470)
3.74 (95)
3.97 (101)
13
230
1.5
■
37.17 (944)
13.71 (348)
23.47 (596)
3.74 (95)
3.97 (101)
16
10S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 10 gpm (1.25” NPT)
230
.5
■
24.77 (629)
13.71 (348)
11.07 (281)
3.74 (95)
3.97 (101)
10
115
.5
■
24.53 (623)
10.99 (279)
13.55 (344)
3.74 (95)
3.97 (101)
12
230
.5
■
24.53 (623)
10.99 (279)
13.55 (344)
3.74 (95)
3.97 (101)
11
1
230
.75
■
27.60 (701)
11.58 (294)
16.03 (407)
3.74 (95)
3.97 (101)
13
1
230
1
■
30.67 (779)
12.17 (309)
18.51 (470)
3.74 (95)
3.97 (101)
13
1
230
1.5
■
37.17 (944)
13.71 (348)
23.47 (596)
3.74 (95)
3.97 (101)
16
230
1.5
■
35.63 (905)
12.17 (309)
23.47 (596)
3.74 (95)
3.97 (101)
15
10S05-6
116
1
10S05-9
174
1
10S07-12
233
10S10-15
291
10S15-21
407
3
1
10S20-27
524
3
1
10S30-34
659
3
1
10S50-48DS
931
3
1
10S50-58DS
1124
3
460
1.5
■
35.63 (905)
12.17 (309)
23.47 (596)
3.74 (95)
3.97 (101)
16
230
2
●
47.92 (1217)
19.49 (495)
28.43 (722)
3.74 (95)
3.97 (101)
21
230
2
■
42.13 (1070)
13.71 (348)
28.43 (722)
3.74 (95)
3.97 (101)
20
460
2
■
42.13 (1070)
13.71 (348)
28.43 (722)
3.74 (95)
3.97 (101)
20
230
3
●
58.59 (1488)
22.6 (574)
35.99 (914)
3.74 (95)
3.97 (101)
37
230
3
●
53.98 (1371)
18.00 (457)
35.99 (914)
3.74 (95)
3.97 (101)
34
460
3
●
53.98 (1371)
18.00 (457)
35.99 (914)
3.74 (95)
3.97 (101)
34
230
5
●
74.18 (1884)
26.62 (676)
47.56 (1208)
3.74 (95)
3.97 (101)
47
230
5
●
70.16 (1782)
22.60 (574)
47.56 (1208)
3.74 (95)
3.97 (101)
47
460
5
●
70.16 (1782)
22.60 (574)
47.56 (1208)
3.74 (95)
3.97 (101)
47
230
5
●
89.49 (2272)
26.62 (676)
62.88 (1597)
3.74 (95)
4.25 (108)
60
230
5
●
85.48 (2171)
22.60 (574)
62.88 (1597)
3.74 (95)
4.25 (108)
60
460
5
●
85.48 (2171)
22.60 (574)
62.88 (1597)
3.74 (95)
4.25 (108)
60
TM05 0204 0711
10S, diámetro de motor 4 pulg., motor de 2 hilos, 60 Hz - gasto nominal 10 gpm (1.25” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 1-1/4" NPT, 6" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 2 pies.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
25
6
SP
SP_us.book Page 26 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
16S (16 gpm)
H
[m]
700
H
[ft]
2200
600
16S
-75DS (10 hp)
60 Hz, SF 1.15
ISO 9906 Annex A
2000
1800
500
-56DS (7.5 hp)
1600
1400
400
1200
300
-38 (5 hp)
1000
800
-24 (3 hp)
200
600
-18 (2 hp)
-14 (1.5 hp)
400
100
-10 (1 hp)
-8 (0.75 hp)
200
0
0
P2
[kW]
0.16
0.08
0.00
H
[hp]
0.0
0.5
4
6
1.0
8
1.5
10
2.0
12
2.5
14
3.0
16
3.5
18
4.0
20
22
Q [US GPM]
Q [m³/h]
Eff
[%]
0.24
Eff
60
0.16
P2
40
0.08
20
0.00
0
0
26
2
2
4
6
8
10
12
14
16
18
Q [US GPM]
TM05 0231 0112
0
-5 (0.5 hp)
6
SP
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
16S (16 gpm)
16S
Peso
neto
(completo)
[Kg]
E
Rp
NPT1
102
1
115
.5
■
21.26 (540)
11.03 (280)
10.24 (260)
3.74 (95)
3.97 (101)
10
230
.5
■
21.26 (540)
11.03 (280)
10.24 (260)
3.74 (95)
3.97 (101)
11
162
1
230
.75
■
24.34 (618)
11.62 (295)
12.72 (323)
3.74 (95)
3.97 (101)
11
16S10-10
203
1
230
1
■
26.58 (675)
12.21 (310)
14.38 (365)
3.74 (95)
3.97 (101)
13
16S15-14
284
1
230
1.5
■
31.38 (797)
13.71 (348)
17.68 (449)
3.74 (95)
3.97 (101)
16
A
16S07-8
115
.5
■
21.26 (540)
11.03 (280)
10.24 (260)
3.74 (95)
3.97 (101)
10
230
.5
■
21.26 (540)
11.03 (280)
10.24 (260)
3.74 (95)
3.97 (101)
10
1
230
.75
■
24.34 (618)
11.62 (295)
12.72 (323)
3.74 (95)
3.97 (101)
12
1
230
1
■
26.58 (675)
12.21 (310)
14.38 (365)
3.74 (95)
3.97 (101)
13
1
230
1.5
●
31.38 (797)
13.71 (348)
17.68 (449)
3.74 (95)
3.97 (101)
15
230
1.5
■
29.89 (759)
12.21 (310)
17.68 (449)
3.74 (95)
3.97 (101)
13
■
16S05-5
102
1
16S07-8
162
16S10-10
203
16S15-14
284
3
1
16S20-18
366
3
1
16S30-24
487
3
1
16S50-38
814
3
460
1.5
29.89 (759)
12.21 (310)
17.68 (449)
3.74 (95)
3.97 (101)
13
230
2
● 40.48 (1028)
19.49 (495)
20.99 (533)
3.74 (95)
3.97 (101)
16
230
2
■
34.69 (881)
13.71 (348)
20.99 (533)
3.74 (95)
3.97 (101)
16
460
2
■
34.69 (881)
13.71 (348)
20.99 (533)
3.74 (95)
3.97 (101)
16
230
3
● 48.55 (1233)
22.60 (574)
25.95 (659)
3.74 (95)
3.97 (101)
28
230
3
● 43.94 (1116)
18.00 (457)
25.95 (659)
3.74 (95)
3.97 (101)
26
460
3
● 43.94 (1116)
18.00 (457)
25.95 (659)
3.74 (95)
3.97 (101)
26
230
5
● 65.91 (1674)
26.62 (676)
39.30 (998)
3.74 (95)
3.97 (101)
44
230
5
● 62.01 (1575)
22.72 (577)
39.30 (998)
3.74 (95)
3.97 (101)
41
460
5
● 62.01 (1575)
22.72 (577)
39.30 (998)
3.74 (95)
3.97 (101)
41
B
16S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 16 gpm (1.25” NPT)
D
TM00 8521 3196
16S05-5
C
16S, diámetro de motor 4 pulg., motor de 2 hilos, 60 Hz - gasto nominal 16 gpm (1.25” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
SP 16S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 16 gpm (1.25” NPT)
16S75-56DS
1200
3
16S100-75DS
1607
3
230
7.5
▲ 95.40 (2423)
26.62 (676)
68.78 (1747)
5.63 (143)
5.51 (140)
75
460
7.5
▲ 95.40 (2423)
26.62 (676)
68.78 (1747)
5.63 (143)
5.51 (140)
75
460
10
▲ 115.08 (2923) 30.60 (777) 84.49 (2146)
5.63 (143)
5.51 (140)
86
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 1-1/4" NPT, 6" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 2 pies.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
27
6
SP
SP_us.book Page 28 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
Curve charts and technical data
25S (25 gpm)
H
[m]
500
H
[ft]
1600
450
25S
-52DS (10 hp)
60 Hz, SF 1.15
ISO 9906 Annex A
1500
1400
400
1300
1200
-39DS (7.5 hp)
350
1100
300
1000
900
250
-26 (5 hp)
800
700
200
600
150
500
-15 (3 hp)
400
50
-11 (2 hp)
300
-9 (1.5 hp)
-7 (1 hp)
200
-5 (0.75 hp)
-3 (0.5 hp)
100
0
0
0
P2
[kW]
0.2
P2
[hp]
0
5
1
10
2
15
3
20
4
5
0.0
6
35
40
Q [US GPM]
7
8
Q [m³/h]
Eff
[%]
60
P2
40
0.1
20
0.0
0
0
28
30
Eff
0.3
0.2
0.1
25
5
10
15
20
25
30
Q [US GPM]
TM05 0232 1812
100
6
SP
Modelo
de bomba
Carga
nominal
[ft]
Dimensiones
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
C
[pulg (mm)]
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
25S (25 gpm)
25S
Peso
neto
(completo)
[Kg]
E
Rp
NPT1
25S, diámetro de motor 4 pulg., motor de 2 hilos, 60 Hz - gasto nominal 25 gpm (1.5” NPT)
115
.5
■
19.61 (498)
11.03 (280)
8.59 (218)
3.74 (95)
3.97 (101)
230
.5
■
19.61 (498)
11.03 (280)
8.59 (218)
3.74 (95)
3.97 (101)
10
1
230
.75
■
21.86 (555)
11.62 (295)
10.24 (260)
3.74 (95)
3.97 (101)
11
139
1
230
1
■
24.10 (612)
12.21 (310)
11.89 (302)
3.74 (95)
3.97 (101)
11
179
1
230
1.5
■
27.25 (692)
13.71 (348)
13.55 (344)
3.74 (95)
3.97 (101)
13
1
25S07-5
99
25S10-7
25S15-9
10
A
60
C
25S05-3
60
1
115
.5
■
19.61 (498)
11.03 (280)
8.59 (218)
3.74 (95)
3.97 (101)
10
230
.5
■
19.61 (498)
11.03 (280)
8.59 (218)
3.74 (95)
3.97 (101)
10
25S07-5
99
1
230
.75
■
21.86 (555)
11.62 (295)
10.24 (260)
3.74 (95)
3.97 (101)
11
25S10-7
139
1
230
1
■
24.10 (612)
12.21 (310)
11.89 (302)
3.74 (95)
3.97 (101)
11
1
230
1.5
■
27.25 (692)
13.71 (348)
13.55 (344)
3.74 (95)
3.97 (101)
13
25S15-9
179
230
1.5
■
25.75 (654)
12.21 (310)
13.55 (344)
3.74 (95)
3.97 (101)
12
13
3
1
25S20-11
219
3
1
25S30-15
298
3
1
25S50-26
517
3
460
1.5
■
25.75 (654)
12.21 (310)
13.55 (344)
3.74 (95)
3.97 (101)
230
2
●
34.69 (881)
19.49 (495)
15.20 (386)
3.74 (95)
3.97 (101)
15
230
2
■
28.90 (734)
13.71 (348)
15.20 (386)
3.74 (95)
3.97 (101)
17
28.90 (734)
460
2
■
13.71 (348)
15.20 (386)
3.74 (95)
3.97 (101)
15
230
3
● 41.11 (1044) 22.60 (574)
18.51 (470)
3.74 (95)
3.97 (101)
28
230
3
●
36.50 (927)
18.00 (457)
18.51 (470)
3.74 (95)
3.97 (101)
24
36.50 (927)
460
3
●
18.00 (457)
18.51 (470)
3.74 (95)
3.97 (101)
24
230
5
● 54.22 (1377) 26.62 (676)
27.60 (701)
3.74 (95)
3.97 (101)
33
230
5
● 50.32 (1278) 22.72 (577)
27.60 (701)
3.74 (95)
3.97 (101)
33
460
5
● 50.32 (1278) 22.72 (577)
27.60 (701)
3.74 (95)
3.97 (101)
33
D
TM00 8521 3196
25S05-3
B
25S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 25 gpm (1.5” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
SP 25S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 25 gpm (1.5” NPT)
25S75-39DS
775
3
25S100-52DS
1034
3
230
7.5
▲ 64.81 (1646) 22.25 (565) 42.56 (1081)
5.63 (143)
5.43 (138)
55
460
7.5
▲ 64.81 (1646) 22.25 (565) 42.56 (1081)
5.63 (143)
5.43 (138)
55
460
10
▲ 88.71 (2253) 23.23 (590) 65.48 (1663)
5.63 (143)
5.51 (140)
74
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 1-1/4" NPT, 6" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 2 pies.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
29
6
SP
SP_us.book Page 30 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
40S (40 gpm)
H
[m]
H
[ft]
40S
-66DS (20 hp)
60 Hz, SF 1.15
1800
500
ISO 9906 Annex A
-58DS (20 hp)
1600
-50DS (20 hp)
1400
400
-44DS (15 hp)
1200
-37DS (15 hp)
300
1000
-30 (10 hp)
800
-25 (7.5 hp)
200
-21 (7.5 hp)
600
-15 (5 hp)
400
-12 (5 hp)
100
-9 (3 hp)
-7 (2 hp)
200
-5 (1.5 hp)
-3 (1 hp)
0
0
P2
[kW]
0.4
0.2
0.0
P2
[hp]
0
2
20
4
30
40
6
8
50
10
60
Q [US GPM]
12
Q [m³/h]
Eff
[%]
0.6
Eff
60
0.4
P2
40
0.2
20
0.0
0
0
30
10
10
20
30
40
50
Q [US GPM]
TM05 0233 1812
0
SP
SP
6
40S (40 gpm)
F Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
C
[pulg (mm)]
[pulg (mm)]
40S
Peso
neto
D
E
(completo)
[pulg (mm)] [pulg (mm)]
[Kg]
E
Curvas y datos técnicos
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
NPT
40S, diámetro de motor 4 pulg., motor de 2 hilos, 60 Hz - gasto nominal 40 gpm (2” NPT)
60
1
230
1
■
25.00 (635)
12.21 (310)
12.80 (325)
3.74 (95)
3.97 (101)
12
40S10-5
102
1
230
1.5
■
29.81 (757)
13.71 (348)
16.11 (409)
3.74 (95)
3.97 (101)
14
C
40S10-3
102
230
1
■
25.00 (635)
12.21 (310)
12.8 (325)
3.74 (95)
3.97 (101)
12
1
230
1.5
■
29.81 (757)
13.71 (348)
16.11 (409)
3.74 (95)
3.97 (101)
14
230
1.5
■
28.31 (719)
12.21 (310)
16.11 (409)
3.74 (95)
3.97 (101)
14
460
1.5
■
28.31 (719)
12.21 (310)
16.11 (409)
3.74 (95)
3.97 (101)
14
230
2
●
38.90 (988)
19.49 (495)
19.41 (493)
3.74 (95)
3.97 (101)
17
230
2
■
33.12 (841)
13.71 (348)
19.41 (493)
3.74 (95)
3.97 (101)
17
460
2
■
33.12 (841)
13.71 (348)
19.41 (493)
3.74 (95)
3.97 (101)
17
230
3
●
45.32 (1151)
22.60 (574)
22.72 (577)
3.74 (95)
3.97 (101)
34
3
1
40S20-7
143
3
1
40S30-9
184
3
1
40S50-12
245
3
1
40S50-15
307
3
230
3
●
40.71 (1034)
18.00 (457)
22.72 (577)
3.74 (95)
3.97 (101)
37
460
3
●
40.71 (1034)
18.00 (457)
22.72 (577)
3.74 (95)
3.97 (101)
34
230
5
●
54.30 (1379)
26.62 (676)
27.68 (703)
3.74 (95)
3.97 (101)
37
230
5
●
50.40 (1280)
22.72 (577)
27.68 (703)
3.74 (95)
3.97 (101)
34
460
5
●
50.40 (1280)
22.72 (577)
27.68 (703)
3.74 (95)
3.97 (101)
34
230
5
●
59.26 (1505)
26.62 (676)
32.64 (829)
3.74 (95)
3.97 (101)
36
230
5
●
55.36 (1406)
22.72 (577)
32.64 (829)
3.74 (95)
3.97 (101)
36
460
5
●
55.36 (1406)
22.72 (577)
32.64 (829)
3.74 (95)
3.97 (101)
36
D
TM05 2399 5011
40S15-5
1
B
61
A
40S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 40 gpm (2” NPT)
40S10-3
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
40S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 40 gpm (2” NPT)
40S75-21
429
3
40S75-25
511
3
40S100-30
613
3
40S150-37DS
40S150-44DS
40S200-50DS
40S200-58DS
40S200-66DS
756
899
1022
1186
1349
3
3
3
3
3
230
7.5
●
69.22 (1758)
26.66 (677)
42.56 (1081)
3.74 (95)
3.97 (101)
51
460
7.5
●
69.22 (1758)
26.66 (677)
42.56 (1081)
3.74 (95)
3.97 (101)
51
230
7.5
●
75.83 (1926)
26.66 (677)
49.18 (1249)
3.74 (95)
3.97 (101)
42
460
7.5
●
75.83 (1926)
26.66 (677)
49.18 (1249)
3.74 (95)
3.97 (101)
42
460
10
●
88.04 (2236)
30.60 (777)
57.45 (1459)
3.74 (95)
3.97 (101)
75
230
15
▲
99.34 (2523)
27.88 (708)
71.46 (1815)
5.63 (143)
5.43 (138)
69
460
15
▲
99.34 (2523)
27.88 (708)
71.46 (1815)
5.63 (143)
5.43 (138)
69
230
15
▲ 110.91 (2817) 27.88 (708)
83.04 (2109)
5.63 (143)
5.43 (138)
75
460
15
▲ 110.91 (2817) 27.88 (708)
83.04 (2109)
5.63 (143)
5.43 (138)
69
230
20
▲ 136.23 (3460) 30.83 (783)
105.4 (2677)
5.63 (143)
5.51 (140)
103
460
20
▲ 136.23 (3460) 30.83 (783)
105.4 (2677)
5.63 (143)
5.51 (140)
103
230
20
▲ 149.45 (3796) 30.83 (783) 118.63 (3013)
5.63 (143)
5.51 (140)
114
114
460
20
▲ 149.45 (3796) 30.83 (783) 118.63 (3013)
5.63 (143)
5.51 (140)
230
20
▲ 162.68 (4132) 30.83 (783) 131.86 (3349)
5.63 (143)
5.51 (140)
121
460
20
▲ 162.68 (4132) 30.83 (783) 131.86 (3349)
5.63 (143)
5.51 (140)
121
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 1-1/4" NPT, 6" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 5 pies.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
31
6
SP
SP_us.book Page 32 Wednesday, May 30, 2012 1:30 AM
6
SP
Curve charts and technical data
Curvas y datos técnicos
60S (60 gpm)
H
[m]
180
H
[ft]
60S
600
60 Hz, SF 1.15
-18 (10 hp)
ISO 9906 Annex A
550
160
500
140
450
-13 (7.5 hp)
120
400
350
100
300
80
60
-9 (5 hp)
250
-7 (5 hp)
200
-5 (3 hp)
150
-4 (2 hp)
40
100
20
50
0
0
P2
[kW]
0.8
P2
[hp]
0
10
2
20
4
30
6
40
8
50
10
12
0.0
16
80
90
Q [US GPM]
18
Q [m³/h]
Eff
[%]
60
40
P2
0.4
20
0.0
0
0
32
14
70
Eff
1.2
0.8
0.4
60
10
20
30
40
50
60
70
Q [US GPM]
TM05 1736 2112
0
6
SP
Modelo
de bomba
Carga
nominal
[ft]
Dimensiones
F
Volts
[V]
Motor
[Hp]
A
B
C
[pulg (mm)]
[pulg (mm)]
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
60S (60 gpm)
60S
Peso
neto
(completo)
[Kg]
E
NPT
3
1
60S30-5
117
3
1
60S50-7
164
3
1
60S50-9
210
3
60S75-13
304
3
60S100-18
420
3
●
37.01 (940)
19.49 (495)
17.52 (445)
3.74 (95)
3.97 (101)
16
230
2
■
31.23 (793)
13.71 (348)
17.52 (445)
3.74 (95)
3.97 (101)
16
460
2
■
31.23 (793)
13.71 (348)
17.52 (445)
3.74 (95)
3.97 (101)
16
230
3
● 42.68 (1084)
22.60 (574)
20.08 (510)
3.74 (95)
3.97 (101)
28
230
3
●
38.08 (967)
18.00 (457)
20.08 (510)
3.74 (95)
3.97 (101)
22
460
3
●
38.08 (967)
18.00 (457)
20.08 (510)
3.74 (95)
3.97 (101)
27
230
5
● 51.82 (1316)
26.62 (676)
25.20 (640)
3.74 (95)
3.97 (101)
37
230
5
● 47.92 (1217)
22.72 (577)
25.20 (640)
3.74 (95)
3.97 (101)
22
460
5
● 47.92 (1217)
22.72 (577)
25.20 (640)
3.74 (95)
3.97 (101)
33
230
5
● 56.93 (1446)
26.62 (676)
30.32 (770)
3.74 (95)
3.97 (101)
39
230
5
● 53.04 (1347)
22.72 (577)
30.32 (770)
3.74 (95)
3.97 (101)
35
460
5
● 53.04 (1347)
22.72 (577)
30.32 (770)
3.74 (95)
3.97 (101)
35
230
7.5
● 67.21 (1707)
26.66 (677)
40.56 (1030)
3.74 (95)
3.97 (101)
38
460
7.5
● 67.21 (1707)
26.66 (677)
40.56 (1030)
3.74 (95)
3.97 (101)
62
460
10
● 83.94 (2132)
30.60 (777)
53.35 (1355)
3.74 (95)
3.97 (101)
80
D
TM05 2399 5011
93
2
A
60S20-4
230
B
1
C
60S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 60 gpm (2” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
60S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 60 gpm (2” NPT)
60S75-13
304
3
60S100-18
420
3
230
7.5
▲ 65.24 (1657)
22.25 (565)
43.00 (1092)
5.63 (143)
5.43 (138)
62
460
7.5
▲ 65.24 (1657)
22.25 (565)
43.00 (1092)
5.63 (143)
5.43 (138)
62
230
10
▲ 79.02 (2007)
23.23 (590)
55.79 (1417)
5.63 (143)
5.43 (138)
94
460
10
▲ 79.02 (2007)
23.23 (590)
55.79 (1417)
5.63 (143)
5.43 (138)
94
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 5 pies.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
33
6
SP
SP_us.book Page 34 Wednesday, May 30, 2012 1:30 AM
6
SP
Curve charts and technical data
Curvas y datos técnicos
75S (75 gpm)
H
[m]
H
[ft]
75S
160
60 Hz, SF 1.15
-16 (10 hp)
500
ISO 9906 Annex A
-15 (10 hp)
140
120
450
400
-12 (7.5 hp)
-11 (7.5 hp)
350
100
300
-8 (5 hp)
80
250
60
200
-5 (3 hp)
150
40
-3 (2 hp)
100
20
50
P2
[kW]
0.8
0
P2
[hp]
0
10
0
2
20
4
30
6
40
8
50
10
60
12
14
0.0
18
90
100
Q [US GPM]
20
Q [m³/h]
Eff
[%]
60
40
P2
0.4
20
0.0
0
0
34
16
80
Eff
1.2
0.8
0.4
70
10
20
30
40
50
60
70
80
Q [US GPM]
TM05 0234 1812
0
SP
6
Modelo
de bomba
Carga
nominal
[ft]
Dimensiones
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
75S (75 gpm)
75S
Peso
neto
(completo)
[Kg]
E
NPT
1
75S30-5
114
3
1
75S50-8
182
3
75S75-12
273
3
75S100-16
364
3
2
●
34.45 (875)
19.49 (495)
14.97 (380)
3.74 (95)
3.97 (101)
17
2
■
28.67 (728)
13.71 (348)
14.97 (380)
3.74 (95)
3.97 (101)
16
460
2
■
28.67 (728)
13.71 (348)
14.97 (380)
3.74 (95)
3.97 (101)
16
230
3
● 42.68 (1084)
22.60 (574)
20.08 (510)
3.74 (95)
3.97 (101)
31
230
3
●
38.08 (967)
18.00 (457)
20.08 (510)
3.74 (95)
3.97 (101)
26
460
3
●
38.08 (967)
18.00 (457)
20.08 (510)
3.74 (95)
3.97 (101)
26
230
5
● 54.38 (1381)
26.62 (676)
27.76 (705)
3.74 (95)
3.97 (101)
40
230
5
● 50.48 (1282)
22.72 (577)
27.76 (705)
3.74 (95)
3.97 (101)
34
460
5
● 50.48 (1282)
22.72 (577)
27.76 (705)
3.74 (95)
3.97 (101)
34
230
7.5
● 64.65 (1642)
26.66 (677)
38.00 (965)
3.74 (95)
3.97 (101)
37
460
7.5
● 64.65 (1642)
26.66 (677)
38.00 (965)
3.74 (95)
3.97 (101)
37
460
10
● 78.82 (2002)
30.60 (777)
48.23 (1225)
3.74 (95)
3.97 (101)
63
75S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 75 gpm (2” NPT)
75S75-11
250
3
75S100-15
341
3
230
7.5
▲ 60.12 (1527)
22.25 (565)
37.88 (962)
5.63 (143)
5.43 (138)
59
460
7.5
▲ 60.12 (1527)
22.25 (565)
37.88 (962)
5.63 (143)
5.43 (138)
59
230
10
▲ 70.16 (1782)
23.23 (590)
46.93 (1192)
5.63 (143)
5.43 (138)
80
460
10
▲ 70.16 (1782)
23.23 (590)
46.93 (1192)
5.63 (143)
5.43 (138)
80
D
TM05 2399 5011
3
230
230
A
68
B
1
75S20-3
C
75S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 75 gpm (2” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906. 1999 (E) Anexo A. La sumergencia mínima es de 5 pies.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
35
6
SP
SP_us.book Page 36 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
85S (85 gpm)
H
[m]
H
[ft]
85S
-18 (20 hp)
60 Hz, SF 1.15
-17 (20 hp)
900
ISO 9906 Annex A
-16 (20 hp)
250
-15 (20 hp)
800
-14 (20 hp)
-13 (15 hp)
700
200
-12 (15 hp)
600
-11 (15 hp)
-10 (15 hp)
150
500
-9 (10 hp)
-8 (10 hp)
400
-7 (10 hp)
-6 (7.5 hp)
100
300
-5 (7.5 hp)
-4 (5 hp)
200
-3 (5 hp)
50
-2 (3 hp)
100
-1 (1.5 hp)
0
0
H
[m]
H
[ft]
12
40
8
0
20
40
5
10
0
15
100
120
Q [US GPM]
Q [m³/h]
20
Eff
[%]
80
30
60
NPSH
40
10
20
0
0
0
36
80
Eff
20
4
60
20
40
60
80
100 Q
[US GPM]
TM05 0235 1812
0
SP
6
SP_us.book Page 37 Wednesday, May 30, 2012 1:30 AM
6
SP
H
[ft]
Curve charts and technical data
H
[m]
Curvas y datos técnicos
85S (85 gpm)
85S
700
60 Hz, SF 1.15
2200
ISO 9906 Annex A
-39 (50 hp)
600
2000
-36 (40 hp)
1800
500
-33 (40 hp)
1600
-30 (40 hp)
-29 (40 hp)
-28 (40 hp)
-27 (30 hp)
1400
-26 (30 hp)
-25 (30 hp)
400
-24 (30 hp)
-23 (30 hp)
1200
-22 (25 hp)
-21 (25 hp)
300
-20 (25 hp)
-19 (25 hp)
1000
800
200
600
400
0
H
[ft]
12
40
8
0
40
5
10
0
80
15
100
120
Q [US GPM]
Q [m³/h] Eff
[%]
20
80
Eff
30
60
20
4
60
40
NPSH
10
20
0
0
0
20
40
60
80
100 Q
[US GPM]
TM05 0236 1812
H
[m]
20
37
6
SP
SP_us.book Page 38 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
(85 gpm)
gpm) requerimiento
pump power requirement
(P2)
85S (85
de potencia de
la bomba (P2)
P2
[kW]
P2
[hp]
85S
60 Hz, SF 1.15
26
18
ISO 9906 Annex A
24
-18 (20 hp)
16
-17 (20 hp)
22
-16 (20 hp)
20
-15 (20 hp)
14
-14 (20 hp)
18
12
10
-13 (15 hp)
16
-12 (15 hp)
-11 (15 hp)
14
-10 (15 hp)
12
-9 (10 hp)
8
-8 (10 hp)
10
-7 (10 hp)
6
8
-6 (7.5 hp)
-5 (7.5 hp)
6
-4 (5 hp)
4
-3 (5 hp)
4
-2 (3 hp)
2
2
0
0
0
38
20
5
40
60
10
80
15
100
20
120
Q [US GPM]
Q [m³/h]
TM05 0237 1812
0
-1 (1.5 hp)
SP
6
SP_us.book Page 39 Wednesday, May 30, 2012 1:30 AM
6
SP
P2
[hp]
Curvas y datos técnicos
P2
[kW]
Curve charts and technical data
(85 gpm)
gpm) requerimiento
pump power requirement
(P2)
85S (85
de potencia de
la bomba (P2)
85S
60 Hz, SF 1.15
56
ISO 9906 Annex A
40
52
-39 (50 hp)
36
48
-36 (40 hp)
32
44
-33 (40 hp)
40
-30 (40 hp)
-29 (40 hp)
28
-28 (40 hp)
36
-27 (30 hp)
-26 (30 hp)
24
-25 (30 hp)
32
-24 (30 hp)
-23 (30 hp)
20
-22 (25 hp)
28
-21 (25 hp)
-20 (25 hp)
-19 (25 hp)
24
16
20
12
16
12
10
0
0
20
5
40
60
10
80
15
100
20
120
Q [US GPM]
Q [m³/h]
TM05 0238 1812
8
39
6
SP
85S (85 gpm)
Carga
nominal
[ft]
Dimensiones
Volts
F
[V]
Motor
[Hp]
A
[pulg (mm)]
B
C
D
E
[pulg (mm)]
[pulg (mm)]
[pulg (mm)]
[pulg (mm)]
E
NPT
85S50-4
85S75-5
74
114
154
194
1
230
1.5
■
27.60 (701)
15.24 (387)
12.36 (314)
3.74 (95)
5.16 (131)
13
3
230
1.5
■
26.02 (661)
13.66 (347)
12.36 (314)
3.74 (95)
5.16 (131)
13
3
460
1.5
■
26.02 (661)
13.66 (347)
12.36 (314)
3.74 (95)
5.16 (131)
13
1
230
3
●
32.69 (951)
22.72 (577)
14.72 (374)
3.74 (95)
5.16 (131)
25
3
230
3
●
32.69 (830)
17.96 (456)
14.72 (374)
3.74 (95)
5.16 (131)
22
3
460
3
●
32.69 (830)
17.96 (456)
14.72 (374)
3.74 (95)
5.16 (131)
22
1
230
5
●
43.78 (1112)
26.65 (677)
17.13 (435)
3.74 (95)
5.16 (131)
31
3
230
5
●
39.80 (1011)
22.69 (576)
17.13 (435)
3.74 (95)
5.16 (131)
23
3
460
5
●
39.80 (1011)
22.69 (576)
17.13 (435)
3.74 (95)
5.16 (131)
23
1
230
5
●
43.78 (1112)
26.65 (677)
17.13 (435)
3.74 (95)
5.16 (131)
31
3
230
5
●
39.80 (1011)
22.69 (576)
17.13 (435)
3.74 (95)
5.16 (131)
28
3
460
5
●
39.80 (1011)
22.69 (576)
17.13 (435)
3.74 (95)
5.16 (131)
28
3
230
7.5
●
48.50 (1232)
26.62 (676)
21.89 (556)
3.74 (95)
5.16 (131)
34
3
460
7.5
●
48.50 (1232)
26.62 (676)
21.89 (556)
3.74 (95)
5.16 (131)
34
3
230
7.5
●
50.87 (1292)
26.62 (676)
24.25 (616)
3.74 (95)
5.16 (131)
39
3
460
7.5
●
50.87 (1292)
26.62 (676)
24.25 (616)
3.74 (95)
5.16 (131)
35
85S75-6
234
85S100-7
274
3
460
10
●
57.21 (1453)
30.56 (776)
26.65 (677)
3.74 (95)
5.16 (131)
62
85S100-8
314
3
460
10
●
59.57 (1513)
30.56 (776)
29.02 (737)
3.74 (95)
5.16 (131)
63
85S100-9
353
3
460
10
●
61.98 (1574)
30.56 (776)
31.42 (798)
3.74 (95)
5.16 (131)
64
85S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 85 gpm (3” NPT)
85S75-5
85S75-6
85S100-7
85S100-8
85S100-9
85S150-10
85S150-11
85S150-12
85S150-13
194
234
274
314
353
393
433
473
513
3
230
7.5
▲
44.76 (1137)
22.52 (565)
22.52 (572)
5.63 (143)
5.59 (142)
45
3
460
7.5
▲
44.76 (1137)
22.52 (565)
22.52 (572)
5.63 (143)
5.59 (142)
45
3
230
7.5
▲
47.12 (1197)
22.24 (565)
24.88 (632)
5.63 (143)
5.59 (142)
45
3
460
7.5
▲
47.12 (1197)
22.24 (565)
24.88 (632)
5.63 (143)
5.59 (142)
45
3
230
10
▲
50.51 (1283)
23.23 (590)
27.28 (693)
5.63 (143)
5.59 (142)
47
3
460
10
▲
50.51 (1283)
23.23 (590)
27.28 (693)
5.63 (143)
5.59 (142)
47
3
230
10
▲
52.87 (1343)
23.23 (590)
29.65 (753)
5.63 (143)
5.59 (142)
48
3
460
10
▲
52.87 (1343)
23.23 (590)
29.65 (753)
5.63 (143)
5.59 (142)
48
3
230
10
▲
55.28 (1404)
23.23 (590)
32.05 (814)
5.63 (143)
5.60 (142)
49
3
460
10
▲
55.28 (1404)
23.23 (590)
32.05 (814)
5.63 (143)
5.60 (142)
49
3
230
15
▲
62.29 (1582)
27.88 (708)
34.41 (874)
5.63 (143)
5.60 (142)
56
3
460
15
▲
62.29 (1582)
27.88 (708)
34.41 (874)
5.63 (143)
5.60 (142)
56
3
230
15
▲
64.69 (1643)
27.88 (708)
36.82 (935)
5.63 (143)
5.60 (142)
57
3
460
15
▲
64.69 (1643)
27.88 (708)
36.82 (935)
5.63 (143)
5.60 (142)
57
3
230
15
▲
67.05 (1703)
27.88 (708)
39.18 (995)
5.63 (143)
5.60 (142)
60
3
460
15
▲
67.05 (1703)
27.88 (708)
39.18 (995)
5.63 (143)
5.60 (142)
60
3
230
15
▲
69.45 (1764)
27.88 (708)
41.58 (1056)
5.63 (143)
5.60 (142)
61
3
460
15
▲
69.45 (1764)
27.88 (708)
41.58 (1056)
5.63 (143)
5.60 (142)
61
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 5 pies de sumergencia mínima.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
D
TM05 2400 5011
85S30-2
35
A
85S15-1
C
85S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 85 gpm (3” NPT)
85S50-3
40
85S
Peso
neto
(completo)
[Kg]
B
Curvas y datos técnicos
Modelo
de bomba
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
6
SP
85S (85 gpm)
Carga
nominal
[ft]
Dimensiones
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
D
[pulg (mm)]
[pulg (mm)]
E
[pulg (mm)]
85S
Peso
neto
(completo)
[Kg]
Curvas y datos técnicos
Modelo
de bomba
E
NPT
593
85S200-16
633
85S200-17
672
85S200-18
712
85S250-19
752
85S250-20
792
85S250-21
832
85S250-22
872
85S300-23
912
85S300-24
952
85S300-25
991
85S300-26
1031
230
20
▲
74.77 (1899)
30.83 (783)
43.94 (1116)
5.63 (143)
5.60 (142)
65
460
20
▲
74.77 (1899)
30.83 (783)
43.94 (1116)
5.63 (143)
5.60 (142)
65
3
230
20
▲
77.17 (1960)
30.83 (783)
46.34 (1177)
5.63 (143)
5.60 (142)
67
3
460
20
▲
77.17 (1960)
30.83 (783)
46.34 (1177)
5.63 (143)
5.60 (142)
67
3
230
20
▲
79.53 (2020)
30.83 (783)
48.71 (1237)
5.63 (143)
5.60 (142)
72
3
460
20
▲
79.53 (2020)
30.83 (783)
48.71 (1237)
5.63 (143)
5.60 (142)
72
3
230
20
▲
81.93 (2081)
30.83 (783)
51.11 (1298)
5.63 (143)
5.60 (142)
73
3
460
20
▲
81.93 (2081)
30.83 (783)
51.11 (1298)
5.63 (143)
5.60 (142)
73
3
230
20
▲
84.30 (2141)
30.83 (783)
53.47 (1358)
5.63 (143)
5.60 (142)
73
3
460
20
▲
84.30 (2141)
30.83 (783)
53.47 (1358)
5.63 (143)
5.60 (142)
81
3
230
25
▲
88.86 (2257)
33.00 (838)
55.87 (1419)
5.63 (143)
5.60 (142)
87
3
460
25
▲
88.86 (2257)
33.00 (838)
55.87 (1419)
5.63 (143)
5.60 (142)
87
3
230
25
▲
91.86 (2333)
33.00 (838)
58.86 (1495)
5.63 (143)
5.60 (142)
89
3
460
25
▲
91.86 (2333)
33.00 (838)
58.86 (1495)
5.63 (143)
5.60 (142)
89
3
230
25
▲
94.26 (2394)
33.00 (838)
61.26 (1556)
5.63 (143)
5.60 (142)
90
3
460
25
▲
94.26 (2394)
33.00 (838)
61.26 (1556)
5.63 (143)
5.60 (142)
90
3
230
25
▲
96.62 (2454)
33.00 (838)
63.63 (1616)
5.63 (143)
5.60 (142)
91
3
460
25
▲
96.62 (2454)
33.00 (838)
63.63 (1616)
5.63 (143)
5.60 (142)
91
3
230
30
▲ 101.54 (2579)
35.56 (903)
65.99 (1676)
5.63 (143)
5.60 (142)
91
3
460
30
▲ 101.54 (2579)
35.56 (903)
65.99 (1676)
5.63 (143)
5.60 (142)
91
3
230
30
▲ 103.94 (2640)
35.56 (903)
68.39 (1737)
5.63 (143)
5.60 (142)
98
3
460
30
▲ 103.94 (2640)
35.56 (903)
68.39 (1737)
5.63 (143)
5.60 (142)
98
3
230
30
▲ 106.34 (2701)
35.56 (903)
70.79 (1798)
5.63 (143)
5.60 (142)
100
3
460
30
▲ 106.34 (2701)
35.56 (903)
70.79 (1798)
5.63 (143)
5.60 (142)
100
3
230
30
▲ 108.71 (2761)
35.56 (903)
73.15 (1858)
5.63 (143)
5.60 (142)
101
3
460
30
▲ 108.71 (2761)
35.56 (903)
73.15 (1858)
5.63 (143)
5.60 (142)
101
3
230
30
▲ 111.11 (2822)
35.56 (903)
75.56 (1919)
5.63 (143)
5.60 (142)
107
3
460
30
▲ 111.11 (2822)
35.56 (903)
75.56 (1919)
5.63 (143)
5.60 (142)
107
77.92 (1979)
5.63 (143)
5.60 (142)
112
85S300-27
1071
85S400-28
1111
3
460
40
▲ 118.19 (3002) 40.28 (1023)
85S400-29
1151
3
460
40
▲
40.28 (1023)
80.32 (2040)
5.63 (143)
5.60 (142)
113
85S400-30
1191
3
460
40
▲ 122.96 (3123) 40.28 (1023)
82.68 (2100)
5.63 (143)
5.60 (142)
123
85S400-33DS
1310
3
460
40
▲ 139.22 (3536) 40.28 (1023)
98.94 (2513)
5.63 (143)
6.90 (176)
234
85S400-36DS
1430
3
460
40
▲ 146.34 (3717) 40.28 (1023) 106.07 (2694)
5.63 (143)
6.90 (176)
206
85S500-39DS
1510
3
460
50
▲ 169.26 (4299) 56.03 (1423) 113.23 (2876)
5.63 (143)
6.90 (176)
213
120.6 (3063)
D
TM05 2400 5011
85S200-15
3
3
A
533
B
85S200-14
C
85S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 85 gpm (3” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
85S, diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz - gasto nominal 85 gpm (3” NPT)
85S400-33DS
1310
3
460
40
★ 140.87 (3578) 43.71 (1110)
97.17 (2468)
7.56 (192)
7.56 (192)
296
85S400-36DS
1310
3
460
40
★ 147.96 (3758) 43.71 (1110) 104.26 (2648)
7.56 (192)
7.56 (192)
269
85S400-39DS
1510
3
460
50
★ 155.04 (3938) 43.71 (1110) 111.34 (2828)
7.56 (192)
7.56 (192)
244
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 3" NPT, 8" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906 Anexo A @ 5 pies de sumergencia mínima
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
41
6
SP
SP_us.book Page 42 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
150S (150 gpm)
H
[m]
H
[ft]
950
280
260
240
150S
-17 (30 hp)
900
60 Hz, SF 1.15
ISO 9906 Annex A
-16 (30 hp)
850
-15 (30 hp)
800
-14 (25 hp)
750
220
200
180
-13 (25 hp)
700
-12 (25 hp)
650
-11 (20 hp)
600
-10 (20 hp)
550
160
140
120
100
500
-9 (20 hp)
450
-8 (15 hp)
400
-7 (15 hp)
350
-6 (15 hp)
300
80
60
40
-5 (10 hp)
250
-4 (7.5 hp)
200
-3 (7.5 hp)
150
-2 (5 hp)
100
0
0
H
[m]
H
[ft]
12
40
8
-1 (2 hp)
50
0
20
0
5
40
60
10
80
15
20
0
25
140
30
160
35
180
40
200
220
Q [US GPM]
Q [m³/h] Eff
[%]
80
30
60
40
NPSH
10
20
0
0
0
42
120
Eff
20
4
100
20
40
60
80
100
120
140
160
180
Q [US GPM]
TM05 0239 1812
20
SP
6
SP_us.book Page 43 Wednesday, May 30, 2012 1:30 AM
6
SP
H
[ft]
150S
700
60 Hz, SF 1.15
2200
600
Curve charts and technical data
H
[m]
Curvas y datos técnicos
150S (150 gpm)
ISO 9906 Annex A
-39 (75 hp)
-36 (75 hp)
2000
-33 (60 hp)
1800
-31 (60 hp)
500
-29 (60 hp)
1600
-28 (50 hp)
-27 (50 hp)
-26 (50 hp)
-25 (50 hp)
-24 (50 hp)
1400
400
-23 (40 hp)
-22 (40 hp)
-21 (40 hp)
1200
-20 (40 hp)
-19 (40 hp)
300
-18 (40 hp)
1000
800
200
600
400
100
200
12
8
H
[ft]
20
0
5
40
60
10
80
15
20
0
120
25
140
30
160
35
180
40
200
220
Q [US GPM]
Q [m³/h]
Eff
40
Eff
[%]
80
30
60
20
4
100
40
NPSH
10
20
0
0
0
20
40
60
80
100
120
140
160
180
Q [US GPM]
TM05 0240 1812
H
[m]
0
43
6
SP
SP_us.book Page 44 Wednesday, May 30, 2012 1:30 AM
6
SP
P2
[kW]
P2
[hp]
28
38
150S
60 Hz, SF 1.15
ISO 9906 Annex A
26
36
-17 (30 hp)
34
24
22
-16 (30 hp)
32
-15 (30 hp)
30
-14 (25 hp)
28
20
-13 (25 hp)
26
18
16
-12 (25 hp)
24
-11 (20 hp)
22
-10 (20 hp)
20
14
-9 (20 hp)
18
12
10
-8 (15 hp)
16
-7 (15 hp)
14
-6 (15 hp)
12
8
-5 (10 hp)
10
6
4
-4 (7.5 hp)
8
-3 (7.5 hp)
6
-2 (5 hp)
4
2
0
44
-1 (2 hp)
2
0
0
20
0
5
40
10
60
80
15
100
20
120
25
140
30
160
35
180
40
200
220
Q [US GPM]
Q [m³/h]
TM05 0241 1812
Curvas y datos técnicos
de potencia de
la bomba (P2)
150S (150 gpm)
gpm) requerimiento
pump power requirement
(P2)
SP
6
SP_us.book Page 45 Wednesday, May 30, 2012 1:30 AM
6
SP
P2
[hp]
Curve charts and technical data
P2
[kW]
Curvas y datos técnicos
150S (150
de potencia de
la bomba (P2)
(150 gpm)
gpm)requerimiento
pump power requirement
(P2)
150S
60 Hz, SF 1.15
85
ISO 9906 Annex A
60
-39 (75 hp)
80
55
-36 (75 hp)
75
70
-33 (60 hp)
50
65
45
-31 (60 hp)
-29 (60 hp)
60
-28 (50 hp)
40
-27 (50 hp)
55
-26 (50 hp)
-25 (50 hp)
50
-24 (50 hp)
35
-23 (40 hp)
45
-22 (40 hp)
-21 (40 hp)
30
-20 (40 hp)
40
-19 (40 hp)
-18 (40 hp)
25
35
30
20
25
20
0
20
0
5
40
10
60
80
15
100
20
120
25
140
30
160
35
180
40
200
220
Q [US GPM]
Q [m³/h]
TM05 0242 1812
15
45
6
SP
Carga
nominal
Modelo
de bomba
Dimensiones
F
[ft]
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
E
NPT
71
150S75-3
108
150S75-4
146
150S100-5
184
1
230
2
●
33.30 (846)
19.57 (497)
13.75 (349)
3.75 (95)
5.16 (131)
22
3
230
2
■
28.98 (736)
15.23 (387)
13.75 (349)
3.75 (95)
5.16 (131)
20
3
460
2
■
28.98 (736)
15.23 (387)
13.75 (349)
3.75 (95)
5.16 (131)
20
1
230
5
● 44.17 (1122)
26.65 (677)
17.52 (445)
3.75 (95)
5.16 (131)
31
3
230
5
● 40.20 (1021)
22.69 (576)
17.52 (445)
3.75 (95)
5.16 (131)
19
3
460
5
● 40.20 (1021)
22.69 (576)
17.52 (445)
3.75 (95)
5.16 (131)
19
3
230
7.5
● 47.91 (1217)
26.63 (676)
21.3 (541)
3.75 (95)
5.16 (131)
23
3
460
7.5
● 47.91 (1217)
26.63 (676)
21.3 (541)
3.75 (95)
5.16 (131)
38
3
230
7.5
● 51.71 (1313)
26.63 (676)
25.08 (637)
3.75 (95)
5.16 (131)
39
3
460
7.5
● 51.71 (1313)
26.63 (676)
25.08 (637)
3.75 (95)
5.16 (131)
39
3
460
10
● 59.42 (1509)
30.56 (776)
28.86 (733)
3.75 (95)
5.16 (131)
62
150S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 150 gpm (3” NPT)
150S75-4
150S100-5
150S150-6
150S150-7
150S150-8
150S200-9
150S200-10
150S200-11
150S250-12
150S250-13
150S250-14
146
184
222
260
297
335
373
411
448
486
524
3
230
7.5
▲ 47.96 (1218)
22.25 (565)
25.71 (653)
5.63 (143)
5.60 (142)
3
460
7.5
▲ 47.96 (1218)
22.25 (565)
25.71 (653)
5.63 (143)
5.60 (142)
45
3
230
10
▲ 52.72 (1339)
23.23 (590)
29.49 (749)
5.63 (143)
5.60 (142)
34
■
●
▲
∧
★
♦
☼.
*
†
45
3
460
10
▲ 52.72 (1339)
23.23 (590)
29.49 (749)
5.63 (143)
5.60 (142)
34
3
230
15
▲ 61.15 (1553)
27.88 (708)
33.27 (845)
5.63 (143)
5.60 (142)
54
3
460
15
▲ 61.15 (1553)
27.88 (708)
33.27 (845)
5.63 (143)
5.60 (142)
54
3
230
15
▲ 64.93 (1649)
27.88 (708)
37.05 (941)
5.63 (143)
5.60 (142)
58
3
460
15
▲ 64.93 (1649)
27.88 (708)
37.05 (941)
5.63 (143)
5.60 (142)
58
3
230
15
▲ 68.71 (1745)
27.88 (708)
40.83 (1037)
5.63 (143)
5.60 (142)
63
3
460
15
▲ 68.71 (1745)
27.88 (708)
40.83 (1037)
5.63 (143)
5.60 (142)
63
3
230
20
▲ 75.44 (1916)
30.83 (783)
44.61 (1133)
5.63 (143)
5.60 (142)
64
3
460
20
▲ 75.44 (1916)
30.83 (783)
44.61 (1133)
5.63 (143)
5.60 (142)
64
3
230
20
▲ 79.22 (2012)
30.83 (783)
48.39 (1229)
5.63 (143)
5.60 (142)
69
3
460
20
▲ 79.22 (2012)
30.83 (783)
48.39 (1229)
5.63 (143)
5.60 (142)
69
3
230
20
▲ 83.00 (2108)
30.83 (783)
52.17 (1325)
5.63 (143)
5.60 (142)
76
3
460
20
▲ 83.00 (2108)
30.83 (783)
52.17 (1325)
5.63 (143)
5.60 (142)
76
3
230
25
▲ 88.86 (2257)
32.92 (836)
55.95 (1421)
5.63 (143)
5.60 (142)
85
3
460
25
▲ 88.86 (2257)
32.92 (836)
55.95 (1421)
5.63 (143)
5.60 (142)
85
3
230
25
▲ 92.64 (2353)
32.92 (836)
59.73 (1517)
5.63 (143)
5.60 (142)
92
3
460
25
▲ 92.64 (2353)
32.92 (836)
59.73 (1517)
5.63 (143)
5.60 (142)
92
3
230
25
▲ 96.42 (2449)
32.92 (836)
63.51 (1613)
5.63 (143)
5.60 (142)
94
3
460
25
▲ 96.42 (2449)
32.92 (836)
63.51 (1613)
5.63 (143)
5.60 (142)
94
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 5 pies de sumergencia mínima.
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
D
TM05 1112 2111
33
A
150S20-1
C
150S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 150 gpm (3” NPT)
150S50-2
46
150S
Peso
neto
(completo)
[Kg]
B
Curvas y datos técnicos
150S (150 gpm)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
6
SP
6
SP
Dimensiones
Modelo
de bomba
Carga
nominal
[ft]
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
150S (150 gpm)
150S
Peso
neto
(completo)
[Kg]
E
NPT
600
230
30
▲ 102.84 (2612)
35.56 (903)
67.29 (1709)
5.63 (143)
5.60 (142)
95
460
30
▲ 102.84 (2612)
35.56 (903)
67.29 (1709)
5.63 (143)
5.60 (142)
95
3
230
30
▲ 106.62 (2708)
35.56 (903)
71.07 (1805)
5.63 (143)
5.60 (142)
96
3
460
30
▲ 106.62 (2708)
35.56 (903)
71.07 (1805)
5.63 (143)
5.60 (142)
96
3
230
30
▲ 110.4 (2804)
35.56 (903)
74.85 (1901)
5.63 (143)
5.60 (142)
98
150S300-17
637
3
460
30
▲ 110.4 (2804)
35.56 (903)
74.85 (1901)
5.63 (143)
5.60 (142)
112
150S400-18
675
3
460
40
▲ 118.9 (3020)
40.28 (1023)
78.63 (1997)
5.63 (143)
5.60 (142)
112
150S400-19
713
3
460
40
▲ 122.68 (3116) 40.28 (1023)
82.41 (2093)
5.63 (143)
5.60 (142)
113
150S400-20
751
3
460
40
▲ 126.46 (3212) 40.28 (1023)
86.19 (2189)
5.63 (143)
5.60 (142)
132
150S400-21
789
3
460
40
▲ 130.24 (3308) 40.28 (1023)
89.97 (2285)
5.63 (143)
5.67 (144)
123
150S400-22
826
3
460
40
▲ 134.02 (3404) 40.28 (1023)
93.75 (2381)
5.63 (143)
5.67 (144)
139
126
150S400-23
864
3
460
40
▲ 137.8 (3500)
40.28 (1023)
97.52 (2477)
5.63 (143)
5.67 (144)
150S500-24
902
3
460
50
☼ 157.41 (3998) 56.11 (1425)
101.3 (2573)
5.67 (144)
5.60 (142)
187
150S500-25
940
3
460
50
☼ 161.19 (4094) 56.11 (1425) 105.08 (2669)
5.67 (144)
5.60 (142)
190
150S500-26
977
3
460
50
☼ 164.97 (4190) 56.11 (1425) 108.86 (2765)
5.67 (144)
5.60 (142)
193
150S500-27
1015
3
460
50
☼ 168.75 (4286) 56.11 (1425) 112.64 (2861)
5.67 (144)
5.60 (142)
197
150S500-28
1053
3
460
50
☼ 172.52 (4382) 56.11 (1425) 116.42 (2957)
5.67 (144)
5.60 (142)
200
150S600-29DS
1091
3
460
60
-
—
—
129.05 (3278)
—
7.10 (181)
—
150S600-31DS
1166
3
460
60
-
—
—
136.61 (3470)
—
7.10 (181)
—
150S600-33DS
1242
3
460
60
-
—
—
144.17 (3662)
—
7.10 (181)
—
D
TM05 1112 2111
150S300-16
3
3
A
562
B
150S300-15
C
150S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 150 gpm (3” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
150S, diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz - gasto nominal 150 gpm (3” NPT)
150S500-24
902
3
460
50
* 148.12 (3762) 45.67 (1160) 102.45 (2602)
7.56 (192)
7.56 (192)
220
150S500-25
940
3
460
50
* 151.89 (3858) 45.67 (1160) 106.23 (2698)
7.56 (192)
7.56 (192)
223
150S500-26
977
3
460
50
* 155.67 (3954) 45.67 (1160) 110.00 (2794)
7.56 (192)
7.56 (192)
227
150S500-27
1015
3
460
50
* 159.45 (4050) 45.67 (1160) 113.78 (2890)
7.56 (192)
7.56 (192)
230
150S500-28
1053
3
460
50
* 163.23 (4146) 45.67 (1160) 117.56 (2986)
7.56 (192)
7.56 (192)
233
150S600-29DS
1091
3
460
60
* 177.92 (4519) 50.00 (1270) 127.92 (3249)
7.56 (192)
7.56 (192)
278
150S600-31DS
1166
3
460
60
* 185.48 (4711) 50.00 (1270) 135.48 (3441)
7.56 (192)
7.56 (192)
283
150S600-33DS
1242
3
460
60
* 193.04 (4903) 50.00 (1270) 143.04 (3633)
7.56 (192)
7.56 (192)
290
150S750-36DS
1355
3
460
75
* 207.52 (5271) 53.15 (1350) 154.38 (3921)
7.56 (192)
7.56 (192)
313
150S750-39DS
1469
3
460
75
* 218.86 (5559) 53.15 (1350) 165.71 (4209)
7.56 (192)
7.56 (192)
320
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 3" NPT, 8" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906 Anexo A @ 5 pies de sumergencia mínima.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
47
6
SP
SP_us.book Page 48 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
230S (230 gpm)
H
[m]
H
[ft]
160
230S
-8 (25 hp)
60 Hz, SF 1.15
500
140
ISO 9906 Annex A
-7 (25 hp)
450
-7-C
(20 h
p)
120
400
-6 (20 hp)
350
100
-5 (20 hp)
-5-B (15 hp)
300
80
-4 (15 hp)
250
-4-BC (10 hp)
60
200
-3 (10 hp)
150
-3-BB (7.5 hp)
-2 (7.5 hp)
40
-2-AB (5 hp)
100
-1 (5 hp)
20
-1-A (3 hp)
50
-1-B (2 hp)
0
0
H
[m]
H
[ft]
12
40
8
0
50
10
100
20
150
30
40
0
50
300
350
Q [US GPM]
60
70
Q [m³/h]
Eff
[%]
80
30
60
40
NPSH
10
20
0
0
0
48
250
Eff
20
4
200
50
100
150
200
250
Q [US GPM]
TM05 0243 1812
0
SP
6
SP_us.book Page 49 Wednesday, May 30, 2012 1:30 AM
6
SP
450
H
[ft]
Curve charts and technical data
H
[m]
Curvas y datos técnicos
230S (230 gpm)
230S
1500
60 Hz, SF 1.15
ISO 9906 Annex A
-22 (75 hp)
1400
400
-20 (75 hp)
1300
-19 (
6
-18 (6
1100
-17 (6
0
350
300
1000
0 hp)
-15 (50
hp)
-14 (50
hp)
-13 (40
hp)
800
-12 (40
hp)
-11 (40
hp)
700
-10 (30 h
p)
200
600
150
)
hp)
-16 (5
0 hp)
900
250
0 hp
1200
-9 (30 hp)
500
400
100
300
200
50
100
0
H
[ft]
12
40
8
0
10
100
20
150
30
40
0
250
50
300
350
Q [US GPM]
60
70
Q [m³/h]
Eff
Eff
[%]
80
30
60
20
4
200
40
NPSH
10
20
0
0
0
50
100
150
200
250
Q [US GPM]
TM05 0244 1812
H
[m]
50
49
6
SP
SP_us.book Page 50 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
230S
de potencia de
la bomba (P2)
230S (230
(230 gpm)
gpm)requerimiento
pump power requirement
(P2)
P2
[kW]
22
P2
[hp]
230S
60 Hz, SF 1.15
30
ISO 9906 Annex A
28
20
-8 (25 hp)
26
18
24
-7 (25 hp)
16
22
-7-C (20 hp)
20
-6 (20 hp)
14
18
12
-5 (20 hp)
16
-5-B (15 hp)
10
14
-4 (15 hp)
12
-4-BC (10 hp)
8
10
6
-3 (10 hp)
-3-BB (7.5 hp)
8
-2 (7.5 hp)
4
6
-2-AB (5 hp)
4
-1 (5 hp)
2
-1-A (3 hp)
-1-B (2 hp)
2
0
0
0
50
50
10
100
20
150
30
200
40
250
50
300
350
Q [US GPM]
60
70
Q [m³/h]
TM05 0245 1812
0
SP
6
SP
6
SP_us.book Page 51 Wednesday, May 30, 2012 1:30 AM
P2
[hp]
Curvas y datos técnicos
P2
[kW]
Curve charts and technical data
de potencia de
la bomba (P2)
230S (230 gpm)
gpm) requerimiento
pump power requirement
(P2)
230S
60 Hz, SF 1.15
85
ISO 9906 Annex A
60
80
55
75
-22 (75 hp)
70
50
-20 (75 hp)
65
-19 (60 hp)
45
40
60
-18 (60 hp)
55
-17 (60 hp)
-16 (50 hp)
50
-15 (50 hp)
35
-14 (50 hp)
45
30
25
-13 (40 hp)
40
-12 (40 hp)
-11 (40 hp)
35
-10 (30 hp)
-9 (30 hp)
30
-9-BB (25 hp)
20
25
20
15
0
0
50
10
100
20
150
30
200
40
250
50
300
350
Q [US GPM]
60
70
Q [m³/h]
TM05 0246 1812
15
51
6
SP
6
SP
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
E
NPT
30
230S50-1
37
230S50-2AB
56
230S75-2
80
230S75-3BB
90
1
230
2
●
33.90 (861)
19.57 (497)
14.34 (364)
3.75 (95)
5.75 (146)
22
3
230
2
●
25.67 (751)
15.24 (387)
14.34 (364)
3.75 (95)
5.75 (146)
22
3
460
2
■
25.67 (751)
15.24 (387)
14.34 (364)
3.75 (95)
5.75 (146)
22
1
230
3
●
37.05 (941)
22.72 (577)
14.34 (364)
3.75 (95)
5.75 (146)
22
3
230
3
● 46.65 (1185)
17.96 (456)
14.34 (364)
3.75 (95)
5.75 (146)
22
3
460
3
● 46.65 (1185)
17.96 (456)
14.34 (364)
3.75 (95)
5.75 (146)
22
1
230
5
● 40.98 (1041)
26.65 (677)
14.34 (364)
3.75 (95)
5.75 (146)
22
3
230
5
●
37.01 (940)
22.69 (576)
14.34 (364)
3.75 (95)
5.75 (146)
22
3
460
5
●
37.01 (940)
22.69 (576)
14.34 (364)
3.75 (95)
5.75 (146)
22
1
230
5
● 45.43 (1154)
26.65 (677)
18.78 (477)
3.75 (95)
5.75 (146)
22
3
230
5
● 41.46 (1053)
22.69 (576)
18.78 (477)
3.75 (95)
5.75 (146)
36
3
460
5
● 41.46 (1053)
22.69 (576)
18.78 (477)
3.75 (95)
5.75 (146)
36
3
230
7.5
● 45.39 (1153)
26.63 (676)
23.23 (590)
3.75 (95)
5.75 (146)
36
3
460
7.5
● 45.39 (1153)
26.63 (676)
23.23 (590)
3.75 (95)
5.75 (146)
36
3
230
7.5
● 49.84 (1266)
26.63 (676)
23.23 (590)
3.75 (95)
5.75 (146)
57
3
460
7.5
● 49.84 (1266)
26.63 (676)
23.23 (590)
3.75 (95)
5.75 (146)
57
230S100-3
123
3
460
10
● 53.78 (1366)
30.56 (776)
23.23 (590)
3.75 (95)
5.75 (146)
57
230S100-4BC
131
3
460
10
● 53.78 (1366)
30.56 (776)
23.23 (590)
3.75 (95)
5.75 (146)
66
230S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 230 gpm (3” NPT)
230S75-2
80
230S75-3BB
90
230S100-3
230S100-4BC
230S150-4
230S150-5B
230S200-5
230S200-6
230S200-7C
123
131
166
195
208
251
276
3
230
7.5
▲ 41.65 (1058)
22.25 (565)
19.41 (493)
5.63 (143)
5.99 (152)
51
3
460
7.5
▲ 41.65 (1058)
22.25 (565)
19.41 (493)
5.63 (143)
5.99 (152)
51
3
230
7.5
▲ 46.10 (1171)
22.25 (565)
23.86 (606)
5.63 (143)
5.99 (152)
60
3
460
7.5
▲ 46.10 (1171)
22.25 (565)
23.86 (606)
5.63 (143)
5.99 (152)
60
3
230
10
▲ 47.09 (1196)
23.23 (590)
23.86 (606)
5.63 (143)
5.99 (152)
57
3
460
10
▲ 47.09 (1196)
23.23 (590)
23.86 (606)
5.63 (143)
5.99 (152)
57
3
230
10
▲ 51.54 (1309)
23.23 (590)
28.31 (719)
5.63 (143)
5.99 (152)
66
3
460
10
▲ 51.54 (1309)
23.23 (590)
28.31 (719)
5.63 (143)
5.99 (152)
66
3
230
15
▲ 56.19 (1427)
27.88 (708)
28.31 (719)
5.63 (143)
5.99 (152)
66
3
460
15
▲ 56.19 (1427)
27.88 (708)
28.31 (719)
5.63 (143)
5.99 (152)
66
3
230
15
▲ 60.63 (1540)
27.88 (708)
32.76 (832)
5.63 (143)
5.99 (152)
73
3
460
15
▲ 60.63 (1540)
27.88 (708)
32.76 (832)
5.63 (143)
5.99 (152)
73
3
230
20
▲ 63.59 (1615)
30.83 (783)
32.76 (832)
5.63 (143)
5.99 (152)
73
3
460
20
▲ 63.59 (1615)
30.83 (783)
32.76 (832)
5.63 (143)
5.99 (152)
73
3
230
20
▲ 68.04 (1728)
30.83 (783)
37.21 (945)
5.63 (143)
5.99 (152)
76
3
460
20
▲ 68.04 (1728)
30.83 (783)
37.21 (945)
5.63 (143)
5.99 (152)
76
3
230
20
▲ 72.49 (1841)
30.83 (783)
41.66 (1058)
5.63 (143)
5.99 (152)
83
3
460
20
▲ 72.49 (1841)
30.83 (783)
41.66 (1058)
5.63 (143)
5.99 (152)
83
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 8 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
D
TM05 1112 2111
24
A
230S20-1B
C
230S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 230 gpm (3” NPT)
230S30-1A
52
230S
Peso
neto
(completo)
[Kg]
B
Curvas y datos técnicos
230S (230 gpm)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
6
SP
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
230S (230 gpm)
230S
Peso
neto
(completo)
[Kg]
E
NPT
329
230S250-8
336
230S250-9BB
352
230
25
▲
74.65 (1896)
33.00 (838)
41.66 (1058)
5.63 (143)
5.99 (152)
68
460
25
▲
74.65 (1896)
33.00 (838)
41.66 (1058)
5.63 (143)
5.99 (152)
83
3
230
25
▲
79.10 (2009)
33.00 (838)
46.11 (1171)
5.63 (143)
5.99 (152)
85
3
460
25
▲
79.10 (2009)
33.00 (838)
46.11 (1171)
5.63 (143)
5.99 (152)
85
3
230
25
▲
79.10 (2009)
33.00 (838)
46.11 (1171)
5.63 (143)
5.99 (152)
85
3
460
25
▲
79.10 (2009)
33.00 (838)
46.11 (1171)
5.63 (143)
5.99 (152)
85
3
230
25
▲
83.55 (2122)
33.00 (838)
50.56 (1284)
5.63 (143)
5.99 (152)
93
3
460
25
▲
83.55 (2122)
33.00 (838)
50.56 (1284)
5.63 (143)
5.99 (152)
93
3
230
30
▲
86.11 (2187)
35.56 (903)
50.56 (1284)
5.63 (143)
5.99 (152)
93
3
460
30
▲
86.11 (2187)
35.56 (903)
50.56 (1284)
5.63 (143)
5.99 (152)
93
5.63 (143)
5.99 (152)
110
230S300-9
379
230S400-10
422
3
460
30
▲
95.28 (2420)
40.28 (1023)
55.00 (1397)
230S400-11
465
3
460
40
▲
99.73 (2533)
40.28 (1023)
59.45 (1510)
5.63 (143)
5.99 (152)
112
230S400-12
507
3
460
40
▲ 104.18 (2646) 40.28 (1023)
63.9 (1623)
5.63 (143)
5.99 (152)
114
230S400-13
550
3
460
40
▲ 108.63 (2759) 40.28 (1023) 68.35 (1736)
5.63 (143)
5.99 (152)
116
230S500-14
593
3
460
50
∧ 132.17 (3357) 56.11 (1425) 76.07 (1932)
5.67 (144)
5.99 (152)
162
230S500-15
635
3
460
50
∧ 136.62 (3470) 56.11 (1425) 80.52 (2045)
5.67 (144)
5.99 (152)
164
230S500-16
678
3
460
50
∧ 141.07 (3583) 56.11 (1425) 84.97 (2158)
5.67 (144)
5.99 (152)
166
230S600-17
721
3
460
60
▲
—
—
88.54 (2249)
—
5.99 (152)
—
230S600-18
763
3
460
60
▲
—
—
92.99 (2362)
—
5.99 (152)
—
230S600-19
806
3
460
60
▲
—
—
97.44 (2475)
—
7.56 (192)
—
D
TM05 1112 2111
230S250-8B
3
3
A
294
B
230S250-7
C
230S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 230 gpm (3” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
230S, diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz - gasto nominal 230 gpm (3” NPT)
230S600-17
721
3
460
60
★ 137.41 (3490) 50.00 (1270) 87.41 (2220)
7.56 (192)
7.56 (192)
248
230S600-18
763
3
460
60
★ 141.86 (3690) 50.00 (1270) 91.86 (2333)
7.56 (192)
7.56 (192)
258
230S600-19
806
3
460
60
★
146.3 (3716)
50.00 (1270)
7.56 (192)
7.56 (192)
268
230S750-20DS
849
3
460
75
★
153.9 (3909)
53.15 (1350) 100.75 (2559)
7.56 (192)
7.56 (192)
250
230S750-22DS
934
3
460
75
★ 169.22 (4298) 53.15 (1350) 116.07 (2948)
7.56 (192)
7.56 (192)
282
96.3 (2446)
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
Denominación DS = Construido en carcasa, 4" NPT, 10" diámetro mínimo del pozo.
El rendimiento es conforme a ISO 9906 Anexo A @ 8 pies de sumergencia mínima.
■
●
▲
∧
★
♦
☼.
*
†
Motor MS402.
Motor MS4000.
Motor MS6.
Motor MMS6000.
Motor MMS8000.
Acepta motor MS6; no disponible completo.
Acepta motor MMS6000; no disponible completo.
Acepta motor MMS8000; no disponible completo.
Acepta motor MMS10000; no disponible completo.
53
6
SP
SP_us.book Page 54 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
300S (300 gpm)
H
[m]
H
[ft]
300S
160
60 Hz, SF 1.15
500
ISO 9906 Annex A
-7 (25 hp)
140
450
-6 (25 hp)
120
400
-6-B (20 hp)
350
-5 (20 hp)
100
-5-AA (20 hp)
300
-4 (15 hp)
80
250
-4-AA (15 hp)
60
-3 (15 hp)
200
-3-A (10 hp)
150
-2 (7.5 hp)
40
100
-2-BB (5 hp)
50
-1-B (3 hp)
-1 (5 hp)
20
0
0
H
[m]
H
[ft]
12
40
8
0
50
10
100
20
150
30
200
40
50
0
60
70
350
80
400
450
Q [US GPM]
90
Q [m³/h]
Eff
[%]
80
30
60
40
NPSH
10
20
0
0
0
54
300
Eff
20
4
250
50
100
150
200
250
300
350
Q [US GPM]
TM05 0247 1812
0
SP
6
SP_us.book Page 55 Wednesday, May 30, 2012 1:30 AM
6
SP
400
H
[ft]
Curve charts and technical data
H
[m]
Curvas y datos técnicos
300S (300 gpm)
300S
60 Hz, SF 1.15
1300
ISO 9906 Annex A
-18 (75 hp)
1200
-17 (75 hp)
350
-16 (75 hp)
1100
-15 (60 hp)
300
1000
-14 (60 hp)
-13 (50 hp)
900
250
-12 (50 hp)
800
-11 (50 hp)
700
-10 (40 hp)
200
-9 (40 hp)
600
-9-B (30 hp)
-8 (30 hp)
150
500
400
100
300
200
50
100
0
H
[ft]
12
40
8
0
10
100
20
150
30
200
40
50
0
300
60
70
350
80
400
450
Q [US GPM]
90
Q [m³/h]
Eff
Eff
[%]
80
30
60
20
4
250
40
NPSH
10
20
0
0
0
50
100
150
200
250
300
350
Q [US GPM]
TM05 0248 1812
H
[m]
50
55
6
SP
SP_us.book Page 56 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
300S (300
de potencia de
la bomba (P2)
(300 gpm)
gpm) requerimiento
pump power requirement
(P2)
P2
[kW]
22
P2
[hp]
300S
60 Hz, SF 1.15
30
ISO 9906 Annex A
28
20
-7 (25 hp)
26
18
24
-6 (25 hp)
16
-6-B (20 hp)
22
20
14
-5 (20 hp)
18
12
-5-AA (20 hp)
16
-4 (15 hp)
10
14
-4-AA (15 hp)
12
-3 (15 hp)
8
-3-A (10 hp)
10
6
4
8
-2 (7.5 hp)
6
-2-BB (5 hp)
-1 (5 hp)
4
-1-B (3 hp)
2
2
0
0
0
56
50
10
100
20
150
30
200
40
250
50
300
60
70
350
80
400
450
Q [US GPM]
90
Q [m³/h]
TM05 0249 1812
0
SP
6
SP
6
SP_us.book Page 57 Wednesday, May 30, 2012 1:30 AM
P2
[kW]
P2
[hp]
300S
60
60 Hz, SF 1.15
80
55
y datos
técnicos
CurveCurvas
charts and
technical
data
300S (300 gpm)
gpm) requerimiento
pump power requirement
(P2)
de potencia de
la bomba (P2)
ISO 9906 Annex A
75
70
-18 (75 hp)
65
-17 (75 hp)
50
-16 (75 hp)
45
60
-15 (60 hp)
40
55
-14 (60 hp)
50
-13 (50 hp)
35
-12 (50 hp)
45
30
-11 (50 hp)
40
-10 (40 hp)
25
35
-9 (40 hp)
-9-B (30 hp)
30
-8 (30 hp)
20
25
20
0
0
50
10
100
20
150
30
200
40
250
50
300
60
70
350
80
400
450
Q [US GPM]
90
Q [m³/h]
TM05 0250 1812
15
57
6
SP
6
Dimensiones
Modelo
de bomba
Carga
nominal
[ft]
F
Volts
[V]
Motor
[Hp]
A
B
C
[pulg (mm)]
[pulg (mm)]
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
300S
Peso
neto
(completo)
[Kg]
E
NPT
300S50-2BB
31
42
300S75-2
70
300S100-3A
97
1
230
3
●
37.17 (944)
22.72 (577)
14.45 (367)
3.75 (95)
5.83 (148)
33
3
230
3
●
32.41 (823)
17.96 (456)
14.45 (367)
3.75 (95)
5.83 (148)
33
3
460
3
●
32.41 (823)
17.96 (456)
14.45 (367)
3.75 (95)
5.83 (148)
33
1
230
5
●
41.11 (1044)
26.65 (677)
14.45 (367)
3.75 (95)
5.83 (148)
34
3
230
5
●
37.13 (943)
22.69 (576)
14.45 (367)
3.75 (95)
5.83 (148)
34
3
460
5
●
37.13 (943)
22.69 (576)
14.45 (367)
3.75 (95)
5.83 (148)
34
1
230
5
●
45.56 (1157)
26.65 (677)
18.90 (480)
3.75 (95)
5.83 (148)
61
3
230
5
●
41.58 (1056)
22.69 (576)
18.90 (480)
3.75 (95)
5.83 (148)
61
3
460
5
●
41.58 (1056)
22.69 (576)
18.90 (480)
3.75 (95)
5.83 (148)
61
3
230
7.5
●
45.52 (1156)
26.62 (676)
18.90 (480)
3.75 (95)
5.83 (148)
46
3
460
7.5
●
45.52 (1156)
26.62 (676)
18.90 (480)
3.75 (95)
5.83 (148)
46
3
460
10
●
53.90 (1369)
30.56 (776)
23.35 (593)
3.75 (95)
5.83 (148)
66
D
TM05 1112 2111
300S50-1
19
A
300S30-1B
C
300S, diámetro de motor 4 pulg., motor de 3 hilos, 60 Hz - gasto nominal 300 gpm (3” NPT)
B
Curvas y datos técnicos
300S (300 gpm)
300S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 300 gpm (3” NPT)
300S75-2
70
300S100-3A
97
300S150-3
110
300S150-4AA
123
300S150-4
149
300S200-5AA
300S200-5
300S200-6B
300S250-6
170
188
211
228
3
230
7.5
▲
41.78 (1061)
22.25 (565)
19.53 (496)
5.63 (143)
6.15 (156)
76
3
460
7.5
▲
41.78 (1061)
22.25 (565)
19.53 (496)
5.63 (143)
6.15 (156)
76
3
230
10
▲
47.21 (1199)
23.23 (590)
23.98 (609)
5.63 (143)
6.15 (156)
98
3
460
10
▲
47.21 (1199)
23.23 (590)
23.98 (609)
5.63 (143)
6.15 (156)
98
3
230
15
▲
51.86 (1317)
27.88 (708)
23.98 (609)
5.63 (143)
6.15 (156)
98
98
3
460
15
▲
51.86 (1317)
27.88 (708)
23.98 (609)
5.63 (143)
6.15 (156)
3
230
15
▲
56.30 (1430)
27.88 (708)
28.43 (722)
5.63 (143)
6.15 (156)
101
3
460
15
▲
56.30 (1430)
27.88 (708)
28.43 (722)
5.63 (143)
6.15 (156)
101
3
230
15
▲
56.30 (1430)
27.88 (708)
28.43 (722)
5.63 (143)
6.15 (156)
101
3
460
15
▲
56.30 (1430)
27.88 (708)
28.43 (722)
5.63 (143)
6.15 (156)
101
3
230
20
▲
63.71 (1618)
30.83 (783)
32.88 (835)
5.63 (143)
6.15 (156)
88
3
460
20
▲
63.71 (1618)
30.83 (783)
32.88 (835)
5.63 (143)
6.15 (156)
88
3
230
20
▲
63.71 (1618)
30.83 (783)
32.88 (835)
5.63 (143)
6.15 (156)
88
3
460
20
▲
63.71 (1618)
30.83 (783)
32.88 (835)
5.63 (143)
6.15 (156)
88
3
230
20
▲
68.15 (1731)
30.83 (783)
37.33 (948)
5.63 (143)
6.15 (156)
90
3
460
20
▲
68.15 (1731)
30.83 (783)
37.33 (948)
5.63 (143)
6.15 (156)
90
3
230
25
▲
70.32 (1786)
33.00 (838)
37.33 (948)
5.63 (143)
6.15 (156)
90
3
460
25
▲
70.32 (1786)
33.00 (838)
37.33 (948)
5.63 (143)
6.15 (156)
90
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 8 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
58
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
SP
6
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
300S (300 gpm)
300S
Peso
neto
(completo)
[Kg]
E
NPT
300S300-8
307
230
25
▲
74.77 (1899)
33.00 (838)
41.78 (1061)
5.63 (143)
6.15 (156)
99
460
25
▲
74.77 (1899)
33.00 (838)
41.78 (1061)
5.63 (143)
6.15 (156)
99
3
230
25
▲
77.33 (1964)
35.56 (903)
41.78 (1061)
5.63 (143)
6.15 (156)
99
3
460
25
▲
77.33 (1964)
35.56 (903)
41.78 (1061)
5.63 (143)
6.15 (156)
99
3
230
30
▲
81.78 (2077)
35.56 (903)
46.23 (1174)
5.63 (143)
6.15 (156)
102
3
460
30
▲
81.78 (2077)
35.56 (903)
46.23 (1174)
5.63 (143)
6.15 (156)
102
3
230
30
▲
86.23 (2190)
35.56 (903)
50.67 (1287)
5.63 (143)
6.15 (156)
118
300S300-9B
329
3
460
30
▲
86.23 (2190)
35.56 (903)
50.67 (1287)
5.63 (143)
6.15 (156)
118
300S400-9
346
3
460
40
▲
90.95 (2310) 40.28 (1023)
50.67 (1287)
5.63 (143)
6.15 (156)
134
300S400-10
385
3
460
40
▲
95.40 (2423) 40.28 (1023)
55.12 (1400)
5.63 (143)
6.15 (156)
136
300S500-11
425
3
460
50
☼ 115.67 (2938) 56.11 (1425) 59.57 (1513)
5.67 (144)
6.15 (156)
160
300S500-12
464
3
460
50
☼ 120.12 (3051) 56.11 (1425) 64.02 (1626)
5.67 (144)
6.15 (156)
158
300S500-13
504
3
460
50
☼ 124.57 (3164) 56.11 (1425) 68.47 (1739)
5.67 (144)
6.15 (156)
161
300S600-14
543
3
460
60
☼
—
—
74.06 (1881)
—
6.15 (156)
—
300S600-15
582
3
460
60
☼
—
—
74.06 (1881)
—
6.15 (156)
—
D
TM05 1112 2111
267
3
3
A
300S300-7
249
B
300S250-7AA
C
300S, diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz - gasto nominal 300 gpm (4” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
SP 300S, diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz - gasto nominal 300 gpm (4” NPT)
300S600-14
543
3
460
60
* 124.06 (3151) 50.00 (1270) 74.06 (1881)
7.56 (192)
7.56 (192)
300S600-15
582
3
460
60
* 128.51 (3264) 50.00 (1270) 78.51 (1994)
7.56 (192)
7.56 (192)
236
300S750-16
622
3
460
75
* 136.11 (3457) 53.15 (1350) 82.96 (2107)
7.56 (192)
7.56 (192)
258
300S750-17
661
3
460
75
* 140.56 (3570) 53.15 (1350) 87.41 (2220)
7.56 (192)
7.56 (192)
261
300S750-18
701
3
460
75
* 145.00 (3683) 53.15 (1350) 91.86 (2333)
7.56 (192)
7.56 (192)
264
218
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 8 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
59
6
SP
SP_us.book Page 60 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
385S (385 gpm)
H
[m]
H
[ft]
385S
550
60 Hz, SF 1.15
-6-B (40 hp)
ISO 9906 Annex A
160
500
140
120
-5 (40 hp)
450
-5-BB (30 hp)
400
-4 (30 hp)
350
-4-B (25 hp)
300
-3 (25 hp)
100
80
60
-3-A (20 hp)
250
200
-2 (18 hp)
150
-2-BA (10 hp)
40
-1 (7.5 hp)
100
20
50
0
0
H
[m]
H
[ft]
12
40
8
0
50
10
100
20
150
30
200
40
250
50
60
0
70
400
80
90
450
100
500
550
Q [US GPM]
110
Q [m³/h]
Eff
[%]
80
30
60
40
NPSH
10
20
0
0
0
60
350
Eff
20
4
300
50
100
150
200
250
300
350
400
450
Q [US GPM]
TM05 0251 1812
0
6
SP
SP_us.book Page 61 Wednesday, May 30, 2012 1:30 AM
6
SP
400
H
[ft]
Curve charts and technical data
H
[m]
Curvas y datos técnicos
385S (385 gpm)
385S
60 Hz, SF 1.15
1300
ISO 9906 Annex A
-13 (100 hp)
1200
-12 (100 hp)
350
1100
300
-11 (100 hp)
1000
-10 (75 hp)
900
250
-9 (75 hp)
800
-8 (60 hp)
700
-7 (60 hp)
200
600
150
-6 (50 hp)
500
400
100
300
200
50
100
0
H
[ft]
12
40
8
0
10
100
20
150
30
200
40
250
50
60
0
350
70
400
80
90
450
100
500
550
Q [US GPM]
110
Q [m³/h]
Eta
Eff
[%]
80
30
60
20
4
300
40
NPSH
10
20
0
0
0
50
100
150
200
250
300
350
400
450
Q [US GPM]
TM05 0252 1812
H
[m]
50
61
6
SP
SP_us.book Page 62 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
(385 gpm)
gpm)requerimiento
pump power requirement
(P2)
385S (385
de potencia de
la bomba (P2)
P2
[kW]
P2
[hp]
385S
48
34
32
60 Hz, SF 1.15
46
ISO 9906 Annex A
44
-6-B (40 hp)
42
30
28
26
40
-5 (40 hp)
38
36
34
24
22
20
-5-BB (30 hp)
32
-4 (30 hp)
30
28
-4-B (25 hp)
26
18
16
24
-3 (25 hp)
22
-3-A (20 hp)
20
14
18
12
16
-2 (18 hp)
10
14
12
8
6
4
10
-2-BA (10 hp)
8
-1 (7.5 hp)
6
4
0
2
0
0
0
62
50
10
100
20
150
30
200
40
250
50
60
300
70
350
80
400
90
450
100
500
550
Q [US GPM]
110
Q [m³/h]
TM05 0253 1812
2
6
SP
SP_us.book Page 63 Wednesday, May 30, 2012 1:30 AM
6
SP
P2
[hp]
85
115
Curve charts and technical data
P2
[kW]
Curvas y datos técnicos
(385 gpm)
gpm)requerimiento
pump power requirement
(P2)
385S (385
de potencia de
la bomba (P2)
385S
60 Hz, SF 1.15
ISO 9906 Annex A
80
110
105
75
-13 (100 hp)
100
70
95
-12 (100 hp)
65
90
-11 (100 hp)
85
60
80
-10 (75 hp)
55
75
-9 (75 hp)
70
50
65
45
40
-8 (60 hp)
60
55
-7 (60 hp)
50
35
-6 (50 hp)
45
25
40
35
30
0
0
50
10
100
20
150
30
200
40
250
50
60
300
70
350
80
400
90
450
100
500
550
Q [US GPM]
110
Q [m³/h]
TM05 0254 1812
30
63
6
SP
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
F
Volts
[V]
Motor
[Hp]
A
B
C
[pulg (mm)]
[pulg (mm)]
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Peso
neto
(completo)
[Kg]
E
NPT
4.8”
385S100-2BA
69
117
385S200-3A
155
385S250-3
177
385S250-4B
210
385S300-4
237
385S300-5BB
343
3
230
7.5
▲
46.58 (1183)
22.25 (565)
24.34 (618)
5.63 (143)
7.01 (178)
62
3
460
7.5
▲
46.58 (1183)
22.25 (565)
24.34 (618)
5.63 (143)
7.01 (178)
62
3
230
10
▲
52.6 (1336)
23.23 (590)
29.38 (746)
5.63 (143)
7.01 (178)
77
3
460
10
▲
52.6 (1336)
23.23 (590)
29.38 (746)
5.63 (143)
7.01 (178)
77
3
230
18
▲
57.25 (1454)
27.88 (708)
29.38 (746)
5.63 (143)
7.01 (178)
77
3
460
18
▲
57.25 (1454)
27.88 (708)
29.38 (746)
5.63 (143)
7.01 (178)
77
3
230
20
▲
65.24 (1657)
30.83 (783)
34.41 (874)
5.63 (143)
7.01 (178)
85
3
460
20
▲
65.24 (1657)
30.83 (783)
34.41 (874)
5.63 (143)
7.01 (178)
85
3
230
25
▲
67.41 (1712)
33.00 (838)
34.41 (874)
5.63 (143)
7.01 (178)
85
3
460
25
▲
67.41 (1712)
33.00 (838)
34.41 (874)
5.63 (143)
7.01 (178)
85
3
230
25
▲
72.45 (1840)
33.00 (838)
39.45 (1002)
5.63 (143)
7.01 (178)
109
3
460
25
▲
72.45 (1840)
33.00 (838)
39.45 (1002)
5.63 (143)
7.01 (178)
109
3
230
30
▲
75.00 (1905)
35.56 (903)
39.45 (1002)
5.63 (143)
7.01 (178)
109
3
460
30
▲
75.00 (1905)
35.56 (903)
39.45 (1002)
5.63 (143)
7.01 (178)
109
3
230
30
▲
80.04 (2033)
35.56 (903)
44.49 (1130)
5.63 (143)
7.01 (178)
112
3
460
30
▲
80.04 (2033)
35.56 (903)
44.49 (1130)
5.63 (143)
7.01 (178)
112
385S400-5
297
3
460
40
▲
84.77 (2153)
40.28 (1023)
44.49 (1130)
5.63 (143)
7.01 (178)
112
385S400-6B
330
3
460
40
▲
89.81 (2281)
40.28 (1023)
49.53 (1258)
5.63 (143)
7.01 (178)
114
385S500-6
357
3
460
50
☼ 110.99 (2825) 56.11 (1425) 54.88 (1394)
5.67 (144)
7.88 (200)
—
385S500-7A
400
3
460
50
☼ 110.99 (2825) 56.11 (1425) 54.88 (1394)
5.67 (144)
7.88 (200)
—
385S600-7
416
3
460
60
♦
—
—
55.12 (1400)
—
7.88 (200)
—
385S600-8
476
3
460
60
♦
—
—
55.12 (1400)
—
7.88 (200)
—
385S - Diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz, gasto nominal 385 gpm (4” NPT)
385S400-6B
330
3
460
40
*
93.78 (2382)
43.71 (1110)
50.08 (1272)
7.56 (192)
7.88 (200)
385S500-6
357
3
460
50
*
95.75 (2432)
45.67 (1160)
50.08 (1272)
7.56 (192)
7.88 (200)
205
385S500-7A
400
3
460
50
* 100.79 (2560) 45.67 (1160) 55.12 (1400)
7.56 (192)
7.88 (200)
209
385S600-7
416
3
460
60
* 105.12 (2670) 50.00 (1270) 55.12 (1400)
7.56 (192)
7.88 (200)
230
385S600-8
476
3
460
60
* 110.16 (2798) 50.00 (1270) 60.16 (1528)
7.56 (192)
7.88 (200)
235
194
385S750-9
536
3
460
75
* 118.35 (3006) 53.15 (1350)
65.2 (1656)
7.56 (192)
7.88 (200)
254
385S750-10
596
3
460
75
* 123.39 (3134) 53.15 (1350) 70.24 (1784)
7.56 (192)
7.88 (200)
258
385S1000-11
656
3
460
100
* 137.88 (3502) 62.60 (1590) 75.28 (1912)
7.56 (192)
7.88 (200)
308
385S1000-12
716
3
460
100
* 142.92 (3630) 62.60 (1590) 80.32 (2040)
7.56 (192)
7.88 (200)
312
385S1000-13
776
3
460
100
* 147.96 (3758) 62.60 (1590) 85.36 (2168)
7.56 (192)
7.88 (200)
317
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 8 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
D
TM05 2530 0212
57
A
385S75-1
C
385S - Diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz, gasto nominal 385 gpm (4” NPT)
385S150-2
64
385S
B
Curvas y datos técnicos
385S (385 gpm)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
6
SP
SP_us.book Page 65 Wednesday, May 30, 2012 1:30 AM
6
SP
H
[m]
H
[ft]
Curvas
y datos
técnicos
Curve charts
and
technical
data
475S (475 gpm)
475S
160
60 Hz, SF 1.15
500
ISO 9906 Annex A
-5-B (40 hp)
140
450
-4 (40 hp)
120
400
-4-AB (30 hp)
350
100
-3 (30 hp)
300
80
250
-2 (20 hp)
60
200
-2-B (15 hp)
150
40
-1 (10 hp)
100
-1-A (7.5 hp)
20
50
0
0
H
[m]
H
[ft]
12
40
8
0
100
25
200
300
50
75
0
500
100
600
700
Q [US GPM]
125
Q [m³/h]
Eff
Eff
[%]
80
30
60
20
4
400
40
NPSH
10
20
0
0
0
100
200
300
400
500
Q [US GPM]
TM05 0255 2112
0
65
6
SP
SP_us.book Page 66 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
475S (475 gpm)
H
[m]
400
H
[ft]
475S
-13 (125 hp)
1300
60 Hz, SF 1.15
ISO 9906 Annex A
-12 (125 hp)
1200
350
-11 (100 hp)
1100
300
-10 (100 hp)
1000
-9 (100 hp)
900
250
-8 (75 hp)
800
-7 (60 hp)
700
200
-6 (60 hp)
600
150
-5 (50 hp)
500
400
100
300
200
50
100
0
H
[ft]
12
40
8
0
25
200
300
50
75
0
100
600
700
Q [US GPM]
125
Q [m³/h]
Eff
[%]
80
30
60
40
NPSH
10
20
0
0
0
66
500
Eff
20
4
400
100
200
300
400
500
Q [US GPM]
TM05 0256 2112
H
[m]
100
6
SP
SP_us.book Page 67 Wednesday, May 30, 2012 1:30 AM
6
SP
P2
[hp]
475S
60 Hz, SF 1.15
36
48
32
Curve charts and technical data
P2
[kW]
Curvas y datos técnicos
475S (475
(475 gpm)
gpm)requerimiento
pump power requirement
(P2)
475S
de potencia de
la bomba (P2)
ISO 9906 Annex A
44
-5-B (40 hp)
40
28
-4 (40 hp)
36
24
32
-4-AB (30 hp)
20
-3 (30 hp)
28
24
16
20
-2 (20 hp)
12
16
-2-B (15 hp)
12
8
-1 (10 hp)
8
-1-A (7.5 hp)
4
4
0
0
0
100
25
200
50
300
400
75
500
100
600
700
Q [US GPM]
125
Q [m³/h]
TM05 0257 1812
0
67
6
SP
SP_us.book Page 68 Wednesday, May 30, 2012 1:30 AM
6
SP
Curve charts and technical data
Curvas y datos técnicos
de potencia de
la bomba (P2)
475S (475
(475 gpm)
gpm) requerimiento
pump power requirement
(P2)
P2
[kW]
P2
[hp]
475S
100
60 Hz, SF 1.15
ISO 9906 Annex A
130
90
-13 (125 hp)
120
80
-12 (125 hp)
110
-11 (100 hp)
100
70
-10 (100 hp)
90
-9 (100 hp)
60
80
-8 (75 hp)
70
50
-7 (60 hp)
60
40
-6 (60 hp)
50
-5 (50 hp)
30
40
0
0
68
100
25
200
50
300
400
75
500
100
600
700
Q [US GPM]
125
Q [m³/h]
TM05 0258 1812
30
6
SP
Dimensiones
Modelo
de bomba
Carga
nominal
[ft]
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Peso
neto
(completo)
[Kg]
Curvas y datos técnicos
475S (475 gpm)
475S
E
NPT
6.1”
475S - Diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz, gasto nominal 475 gpm (5” NPT)
475S250-3A
117
166
475S300-3
177
475S300-4AB
168
475S400-4
236
7.5
▲
46.58 (1183)
22.25 (565)
24.34 (618)
5.63 (143)
7.05 (179)
7.5
▲
46.58 (1183)
22.25 (565)
24.34 (618)
5.63 (143)
7.05 (179)
60
3
230
10
▲
47.56 (1208)
23.23 (590)
24.34 (618)
5.63 (143)
7.05 (179)
60
60
3
460
10
▲
47.56 (1208)
23.23 (590)
24.34 (618)
5.63 (143)
7.05 (179)
60
3
230
15
▲
57.25 (1454)
27.88 (708)
29.38 (746)
5.63 (143)
7.05 (179)
77
3
460
15
▲
57.25 (1454)
27.88 (708)
29.38 (746)
5.63 (143)
7.05 (179)
77
3
230
20
▲
60.20 (1529)
30.83 (783)
29.38 (746)
5.63 (143)
7.05 (179)
90
3
460
20
▲
60.20 (1529)
30.83 (783)
29.38 (746)
5.63 (143)
7.05 (179)
90
3
230
25
▲
67.41 (1712)
33.00 (838)
34.41 (874)
5.63 (143)
7.05 (179)
99
3
460
25
▲
67.41 (1712)
33.00 (838)
34.41 (874)
5.63 (143)
7.05 (179)
99
3
230
30
▲
69.97 (1777)
35.56 (903)
34.41 (874)
5.63 (143)
7.05 (179)
106
3
460
30
▲
69.97 (1777)
35.56 (903)
34.41 (874)
5.63 (143)
7.05 (179)
106
3
230
30
▲
75.00 (1905)
35.56 (903)
39.45 (1002)
5.63 (143)
7.05 (179)
109
3
460
30
▲
75.00 (1905)
35.56 (903)
39.45 (1002)
5.63 (143)
7.05 (179)
109
3
460
40
▲
79.73 (2025) 40.28 (1023)
39.45 (1002)
5.63 (143)
7.05 (179)
122
D
TM05 2531 0212
475S200-2
89
230
460
A
475S150-2B
58
3
3
C
475S100-1
42
B
475S75-1A
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
475S - Diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz, gasto nominal 475 gpm (6” NPT)
475S400-5B
268
3
460
40
▲
84.77 (2153) 40.28 (1023)
44.49 (1130)
5.63 (143)
7.05 (179)
162
475S500-5
296
3
460
50
☼
100.6 (2555)
44.49 (1130)
5.67 (144)
7.05 (179)
174
475S500-6A
344
3
460
50
☼ 105.63 (2683) 56.11 (1425) 49.53 (1258)
5.67 (144)
7.05 (179)
175
475S600-6
355
3
460
60
♦
—
—
50.08 (1272)
—
7.05 (179)
—
475S600-7
415
3
460
60
♦
—
—
55.12 (1400)
—
7.05 (179)
—
56.11 (1425)
475S - Diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz, gasto nominal 475 gpm (6” NPT)
475S400-4
236
3
460
40
*
83.71 (2126)
43.71 (1110)
40.00 (1016)
7.56 (192)
8.08 (205)
475S400-5B
268
3
460
40
*
88.75 (2254)
43.71 (1110)
45.04 (1144)
7.56 (192)
8.08 (205)
—
475S500-5
296
3
460
50
*
90.71 (2304)
45.67 (1160)
45.04 (1144)
7.56 (192)
8.08 (205)
191
95.75 (2432)
45.67 (1160)
185
475S500-6A
344
3
460
50
*
50.08 (1272)
7.56 (192)
8.08 (205)
—
475S600-6
355
3
460
60
* 100.08 (2542) 50.00 (1270) 50.08 (1272)
7.56 (192)
8.08 (205)
216
475S600-7
415
3
460
60
* 105.12 (2670) 50.00 (1270) 55.12 (1400)
7.56 (192)
8.08 (205)
219
475S750-8
534
3
460
75
* 113.31 (2878) 53.15 (1350) 60.16 (1528)
7.56 (192)
8.08 (205)
238
475S1000-9
534
3
460
100
*
65.20 (1656)
7.56 (192)
8.08 (205)
286
475S1000-10
593
3
460
100
* 132.84 (3374) 62.60 (1590) 70.24 (1784)
7.56 (192)
8.08 (205)
289
475S1000-11
653
3
460
100
* 137.88 (3502) 62.60 (1590) 75.28 (1912)
7.56 (192)
8.08 (205)
293
475S1250-12
712
3
460
125
* 152.37 (3870) 72.05 (1830) 80.32 (2040)
7.56 (192)
8.08 (205)
342
475S1250-13
772
3
460
125
* 157.41 (3998) 72.05 (1830) 85.36 (2168)
7.56 (192)
8.08 (205)
345
127.8 (3246) 62.60 (1590)
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 8 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
69
6
SP
SP_us.book Page 70 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
625S (625 gpm)
H
[m]
H
[ft]
625S
-4 (100 hp)
60 Hz, SF 1.15
550
ISO 9906 Annex A
-4-A (75 hp)
160
500
-4-AA (75 hp)
140
450
-3 (60 hp)
120
400
-3-A (60 hp)
350
-3-AA (50 hp)
100
300
80
60
-2 (40 hp)
250
-2-A (40 hp)
200
-2-AA (30 hp)
150
-1 (25 hp)
40
-1-A (15 hp)
100
20
50
0
H
[m]
H
[ft]
12
40
8
0
100
0
25
200
300
50
400
75
100
0
125
700
150
800
900
Q [US GPM]
175
Q [m³/h]
Eff
[%]
80
30
60
40
NPSH
10
20
0
0
0
70
600
Eff
20
4
500
100
200
300
400
500
600
700
Q [US GPM]
TM05 0259 1812
0
SP
6
SP_us.book Page 71 Wednesday, May 30, 2012 1:30 AM
6
SP
H
[m]
H
[ft]
Curvas
y datos
técnicos
Curve charts
and
technical
data
625S (625 gpm)
625S
60 Hz, SF 1.15
300
1000
ISO 9906 Annex A
-7 (150 hp)
-7-A (150 hp)
900
-7-AA (125 hp)
-6 (125 hp)
250
800
-6-AA (125 hp)
-5 (100 hp)
700
-5-A (100 hp)
200
-5-AA (100 hp)
600
150
500
400
100
300
200
H
[ft]
12
40
8
100
0
25
200
300
50
400
75
100
0
600
125
700
150
800
900
Q [US GPM]
175
Q [m³/h]
Eff
Eff
[%]
80
30
60
20
4
500
40
NPSH
10
20
0
0
0
100
200
300
400
500
600
700
Q [US GPM]
TM05 0260 1812
H
[m]
0
71
6
SP
SP_us.book Page 72 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
625S (625
(625 gpm)
gpm) requerimiento
pump power requirement
(P2)
de potencia de
la bomba (P2)
P2
[kW]
P2
[hp]
70
95
625S
60 Hz, SF 1.15
ISO 9906 Annex A
65
90
-4 (100 hp)
85
60
55
80
-4-A (75 hp)
75
-4-AA (75 hp)
70
50
65
45
40
-3 (60 hp)
60
-3-A (60 hp)
55
50
-3-AA (50 hp)
35
45
30
25
-2 (40 hp)
40
-2-A (40 hp)
35
30
-2-AA (30 hp)
20
25
15
10
-1 (25 hp)
20
15
-1-A (15 hp)
10
5
72
0
100
0
25
200
50
300
400
75
500
100
600
125
700
150
800
900
Q [US GPM]
175
Q [m³/h]
TM05 0261 1812
5
SP
6
SP
6
SP_us.book Page 73 Wednesday, May 30, 2012 1:30 AM
P2
[kW]
P2
[hp]
625S
60 Hz, SF 1.15
120
ISO 9906 Annex A
160
110
y datos
técnicos
CurveCurvas
charts and
technical
data
625S (625 gpm)
gpm) requerimiento
pump power requirement
(P2)
de potencia de
la bomba (P2)
150
-7 (150 hp)
140
-7-A (150 hp)
100
-7-AA (125 hp)
130
-6 (125 hp)
90
120
-6-AA (125 hp)
80
110
-5 (100 hp)
-5-A (100 hp)
100
70
-5-AA (100 hp)
90
60
50
80
70
60
40
0
100
0
25
200
50
300
400
75
500
100
600
125
700
150
800
900
Q [US GPM]
175
Q [m³/h]
TM05 0262 1812
50
73
6
SP
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
E
NPT
95
3
230
15
▲ 53.51 (1359)
27.88 (708)
25.63 (651)
5.63 (143)
8.31 (211)
88
3
460
15
▲ 53.51 (1359)
27.88 (708)
25.63 (651)
5.63 (143)
8.31 (211)
88
3
230
25
▲ 58.63 (1489)
33.00 (838)
25.63 (651)
5.63 (143)
8.31 (211)
86
3
460
25
▲ 58.63 (1489)
33.00 (838)
25.63 (651)
5.63 (143)
8.31 (211)
90
3
230
30
▲ 67.33 (1710)
35.56 (903)
31.78 (807)
5.63 (143)
8.31 (211)
97
3
460
30
▲ 67.33 (1710)
35.56 (903)
31.78 (807)
5.63 (143)
8.31 (211)
101
625S300-2AA
130
625S400-2A
159
3
460
40
▲ 72.05 (1830)
40.28 (1023)
31.78 (807)
5.63 (143)
8.31 (211)
152
625S400-2
194
3
460
40
▲ 72.05 (1830)
40.28 (1023)
31.78 (807)
5.63 (143)
8.31 (211)
152
625S500-3AA
224
3
460
50
♦
94.02 (2388)
56.11 (1425)
37.94 (963)
5.63 (143)
8.31 (211)
171
625S600-3A
258
3
460
60
♦
—
—
37.92 (963)
—
8.31 (211)
—
625S600-3
292
3
460
60
♦
—
—
37.92 (963)
—
8.31 (211)
—
625S400-2
194
3
460
40
*
76.03 (1931)
43.71 (1110)
32.33 (821)
7.56 (192)
8.39 (213)
186
625S500-3AA
224
3
460
50
*
83.59 (2123)
45.67 (1160)
37.92 (963)
7.56 (192)
8.39 (213)
202
625S600-3A
258
3
460
60
*
87.92 (2233)
50.00 (1270)
37.92 (963)
7.56 (192)
8.39 (213)
223
625S600-3
292
3
460
60
*
87.92 (2233)
50.00 (1270)
37.92 (963)
7.56 (192)
8.39 (213)
223
625S750-4AA
322
3
460
75
*
97.21 (2469)
53.15 (1350)
44.06 (1119)
7.56 (192)
8.39 (213)
243
625S750-4A
357
3
460
75
*
97.21 (2469)
53.15 (1350)
44.06 (1119)
7.56 (192)
8.39 (213)
243
625S1000-4
391
3
460
100
* 106.66 (2709) 62.60 (1590) 44.06 (1119)
7.56 (192)
8.39 (213)
288
6251000-5AA
421
3
460
100
* 112.76 (2864) 62.60 (1590) 50.16 (1274)
7.56 (192)
8.39 (213)
295
625S1000-5A
455
3
460
100
* 112.76 (2864) 62.60 (1590) 50.16 (1274)
7.56 (192)
8.39 (213)
295
625S1000-5
490
3
460
100
* 112.76 (2864) 62.60 (1590) 50.16 (1274)
7.56 (192)
8.39 (213)
295
625S1250-6AA
520
3
460
125
* 128.31 (3259) 72.05 (1830) 56.26 (1429)
7.56 (192)
8.39 (213)
346
625S1250-6
554
3
460
125
* 128.31 (3259) 72.05 (1830) 56.26 (1429)
7.56 (192)
8.39 (213)
346
625S1250-7AA
618
3
460
125
* 134.45 (3415) 72.05 (1830) 62.41 (1585)
7.56 (192)
8.39 (213)
352
625S1500-7A
653
3
460
150
* 143.51 (3645) 81.11 (2060) 62.41 (1585)
7.56 (192)
8.39 (213)
402
625S1500-7
687
3
460
150
* 143.51 (3645) 81.11 (2060) 62.41 (1585)
7.56 (192)
8.39 (213)
402
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 10 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
D
TM05 25310212
625S250-1
65
A
625S150-1A
C
625S - Diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz, gasto nominal 625 gpm (6” NPT)
625S - Diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz, gasto nominal 625 gpm (6” NPT)
74
625S
Peso
neto
(completo)
[Kg]
B
Curvas y datos técnicos
625S (625 gpm)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
6
SP
SP_us.book Page 75 Wednesday, May 30, 2012 1:30 AM
6
SP
H
[m]
H
[ft]
Curvasand
y datos
técnicos
Curve charts
technical
data
800S (800 gpm)
800S
160
60 Hz, SF 1.15
500
ISO 9906 Annex A
-3 (75 hp)
140
450
-3-A (75 hp)
120
400
-3-AA (60 hp)
350
100
-2 (50 hp)
300
-2-A (50 hp)
80
250
-2-AA (35 hp)
60
200
-1 (30 hp)
150
40
-1-A (20 hp)
100
20
50
H
[m]
0
H
[ft]
0
100
0
25
200
50
300
75
400
500
100
600
125
700
150
10
200
1000
1100
1200
Q [US GPM]
225
Q [m³/h]
Eff
[%]
80
60
60
40
40
NPSH
20
0
175
900
Eff
80
20
800
20
0
0
0
100
200
300
400
500
600
700
800
900
Q [US GPM]
TM05 0263 1812
0
75
6
SP
SP_us.book Page 76 Wednesday, May 30, 2012 1:30 AM
6
SP
Curve charts and technical data
Curvas y datos técnicos
800S (800 gpm)
H
[m]
H
[ft]
800S
60 Hz, SF 1.15
250
ISO 9906 Annex A
800
-5 (125 hp)
-5-A (125 hp)
700
-5-AA (125 hp)
200
-4 (100 hp)
600
-4-A (100 hp)
-4-AA (100 hp)
150
500
400
100
300
200
50
100
H
[ft]
100
0
25
200
50
300
75
400
500
100
600
125
700
150
10
1100
1200
Q [US GPM]
225
Q [m³/h]
Eff
[%]
80
60
40
40
NPSH
20
0
0
0
76
200
1000
60
20
0
175
900
Eff
80
20
800
100
200
300
400
500
600
700
800
900
Q [US GPM]
TM05 0264 1812
H
[m]
0
SP
6
SP
6
SP_us.book Page 77 Wednesday, May 30, 2012 1:30 AM
P2
[kW]
P2
[hp]
70
95
y datos
técnicos
Curve Curvas
charts and
technical
data
de potencia de
la bomba (P2)
800S (800 gpm)
gpm) requerimiento
pump power requirement
(P2)
800S
60 Hz, SF 1.15
ISO 9906 Annex A
65
90
85
60
55
-3 (75 hp)
80
75
-3-A (75 hp)
70
50
65
45
40
-3-AA (60 hp)
60
55
-2 (50 hp)
50
35
-2-A (50 hp)
45
30
25
40
-2-AA (35 hp)
35
30
-1 (30 hp)
20
25
15
10
20
-1-A (20 hp)
15
10
5
5
100
0
25
200
50
300
75
400
100
500
600
125
700
150
800
175
900
200
1000
1100
1200
Q [US GPM]
225
Q [m³/h]
TM05 0265 1812
0
77
6
SP
SP_us.book Page 78 Wednesday, May 30, 2012 1:30 AM
6
SP
Curve charts and technical data
Curvas y datos técnicos
800S (800
de potencia de
la bomba (P2)
(800 gpm)
gpm)requerimiento
pump power requirement
(P2)
P2
[kW]
P2
[hp]
800S
60 Hz, SF 1.15
140
ISO 9906 Annex A
100
95
135
-5 (125 hp)
130
125
-5-A (125 hp)
90
120
85
80
-5-AA (125 hp)
115
110
-4 (100 hp)
105
75
100
70
-4-A (100 hp)
95
90
-4-AA (100 hp)
65
85
60
80
55
75
70
50
65
78
60
0
100
0
25
200
50
300
75
400
100
500
600
125
700
150
800
175
900
200
1000
1100
1200
Q [US GPM]
225
Q [m³/h]
TM05 0266 1812
45
SP
6
Dimensiones
Carga
nominal
[ft]
Modelo
de bomba
F
Volts
[V]
Motor
[Hp]
A
B
C
[pulg (mm)]
[pulg (mm)]
[pulg (mm)]
D
E
[pulg (mm)] [pulg (mm)]
Curvas y datos técnicos
800S (800 gpm)
800S
Peso
neto
(completo)
[Kg]
E
NPT
3
230
20
▲
56.50 (1435)
30.83 (783)
25.67 (652)
5.63 (143)
8.31 (211)
82
3
460
20
▲
56.50 (1435)
30.83 (783)
25.67 (652)
5.63 (143)
8.31 (211)
82
3
230
30
▲
61.23 (1555)
35.56 (903)
25.67 (652)
5.63 (143)
8.31 (211)
92
3
460
30
▲
61.23 (1555)
35.56 (903)
25.67 (652)
5.63 (143)
8.31 (211)
92
800S300-1
96
800S400-2AA
131
3
460
35
▲
72.05 (1830) 40.28 (1023)
31.78 (807)
5.63 (143)
8.31 (211)
117
800S500-2A
162
3
460
50
☼ 88.00 (2235) 56.11 (1425)
31.87 (810)
7.56 (192)
8.39 (213)
165
800S500-2
194
3
460
50
☼ 88.00 (2235) 56.11 (1425)
31.87 (810)
7.56 (192)
8.39 (213)
165
800S600-3AA
197
3
460
60
♦
37.92 (963)
—
8.39 (213)
—
—
—
131
3
460
40
*
75.48 (1917)
43.71 (1110)
31.78 (807)
7.56 (192)
8.39 (213)
186
800S500-2A
162
3
460
50
*
77.45 (1967)
45.67 (1160)
31.78 (807)
7.56 (192)
8.39 (213)
196
800S500-2
187
3
460
50
*
77.45 (1967)
45.67 (1160)
31.78 (807)
7.56 (192)
8.39 (213)
199
800S600-3AA
229
3
460
60
*
87.92 (2233) 50.00 (1270)
37.92 (963)
7.56 (192)
8.39 (213)
223
800S750-3A
260
3
460
75
*
91.07 (2313) 53.15 (1350)
37.92 (963)
7.56 (192)
8.39 (213)
238
800S750-3
292
3
460
75
*
91.07 (2313) 53.15 (1350)
37.92 (963)
7.56 (192)
8.39 (213)
238
800S1000-4AA
327
3
460
100
* 106.62 (2708) 62.60 (1590) 44.02 (1118)
7.56 (192)
8.39 (213)
288
800S1000-4A
358
3
460
100
* 106.62 (2708) 62.60 (1590) 44.02 (1118)
7.56 (192)
8.39 (213)
288
800S1000-4
389
3
460
100
* 106.62 (2708) 62.60 (1590) 44.02 (1118)
7.56 (192)
8.39 (213)
288
800S1250-5AA
426
3
460
125
* 122.21 (3104) 72.05 (1830) 50.16 (1274)
7.56 (192)
8.39 (213)
340
800S1250-5A
456
3
460
125
* 122.21 (3104) 72.05 (1830) 50.16 (1274)
7.56 (192)
8.39 (213)
340
800S1250-5
487
3
460
125
* 122.21 (3104) 72.05 (1830) 50.16 (1274)
7.56 (192)
8.39 (213)
339
B
800S - Diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz, gasto nominal 800 gpm (6” NPT)
800S400-2AA
D
TM05 5 2532 0212
64
A
800S200-1A
C
800S - Diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz, gasto nominal 800 gpm (6” NPT)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 10 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
79
6
SP
SP_us.book Page 80 Wednesday, May 30, 2012 1:30 AM
6
SP
Curvas y datos técnicos
H
[m]
H
[ft]
1100S
-3 (125 hp)
60 Hz, SF 1.15
550
ISO 9906 Annex A
160
-3-A (125 hp)
500
140
120
-3-AA (100 hp)
450
400
-2 (100 hp)
350
100
-2-A (75 hp)
300
80
60
-2-AA (60 hp)
250
200
-1 (40 hp)
150
-1-A (30 hp)
40
100
20
50
0
0
0
H
[m]
H
[ft]
0
200
50
400
600
100
800
150
1000
200
250
10
300
Q [m³/h]
Eff
[%]
80
60
40
40
NPSH
20
0
0
0
80
1600
Q [US GPM]
60
20
0
1400
Eff
80
20
1200
200
400
600
800
1000
1200
Q [US GPM]
TM05 0267 1812
Curve charts and technical data
1100S (1100 gpm)
SP
6
SP_us.book Page 81 Wednesday, May 30, 2012 1:30 AM
6
SP
H
[ft]
350
1100S
-6 (250 hp)
1100
Curve charts and technical data
H
[m]
Curvas y datos técnicos
1100S (1100 gpm)
60 Hz, SF 1.15
ISO 9906 Annex A
-6-A (250 hp)
-6-AA (250 hp)
300
1000
-5 (200 hp)
900
250
-5-A (175 hp)
-5-AA (175 hp)
800
-4 (150 hp)
-4-A (150 hp)
700
200
-4-AA (150 hp)
600
150
500
400
100
300
200
50
100
0
H
[ft]
0
50
400
600
100
800
150
1000
200
250
10
1600
Q [US GPM]
300
Q [m³/h]
Eff
[%]
80
60
60
40
40
NPSH
20
0
1400
Eff
80
20
1200
20
0
0
0
200
400
600
800
1000
1200
Q [US GPM]
TM05 0268 1812
H
[m]
200
81
6
SP
SP_us.book Page 82 Wednesday, May 30, 2012 1:30 AM
6
SP
Curve charts and technical data
Curvas y datos técnicos
1100S (1100 gpm)
de potencia de
la bomba (P2)
1100S
gpm) requerimiento
pump power requirement
(P2)
P2
[kW]
P2
[hp]
1100S
60 Hz, SF 1.15
140
ISO 9906 Annex A
100
130
90
80
-3 (125 hp)
120
110
-3-A (125 hp)
100
-3-AA (100 hp)
70
90
60
50
-2 (100 hp)
80
-2-A (75 hp)
70
60
-2-AA (60 hp)
40
50
30
40
-1 (40 hp)
30
20
-1-1 (30 hp)
20
10
0
0
82
200
50
400
100
600
800
150
1000
200
1200
250
1400
1600
Q [US GPM]
300
Q [m³/h]
TM05 0269 1812
10
SP
6
SP_us.book Page 83 Wednesday, May 30, 2012 1:30 AM
6
SP
P2
[hp]
Curvas y datos técnicos
P2
[kW]
Curve charts and technical data
1100S (1100
(1100 gpm)
gpm)requerimiento
pump power requirement
(P2)
de potencia de
la bomba (P2)
1100S
60 Hz, SF 1.15
ISO 9906 Annex A
280
200
260
-6 (250 hp)
180
240
-6-A (250 hp)
-6-AA (250 hp)
160
220
-5 (200 hp)
200
-5-A (175 hp)
140
120
180
-5-AA (175 hp)
160
-4 (150 hp)
-4-A (150 hp)
100
140
-4-AA (150 hp)
120
80
100
80
60
0
0
200
50
400
100
600
800
150
1000
200
1200
250
1400
1600
Q [US GPM]
300
Q [m³/h]
TM05 0270 1812
60
83
6
SP
Carga
nominal
[ft]
F
Volts
[V]
Motor
[Hp]
A
[pulg (mm)]
B
[pulg (mm)]
C
[pulg (mm)]
Peso
neto
D
E
(completo)
[Kg]
[pulg (mm)] [pulg (mm)]
E
NPT
1100S - Diámetro de motor 6 pulg., motor de 3 hilos, 60 Hz, gasto nominal 1100 gpm (6” NPT)
3
230
30
▲
66.66 (1693)
35.56 (903)
31.11 (790)
5.63 (143) 9.30 (236)
3
460
30
▲
66.66 (1693)
35.56 (903)
31.11 (790)
5.63 (143) 9.30 (236)
118
108
3
460
40
▲
71.38 (1813)
40.28 (1023)
31.11 (790)
5.63 (143) 9.30 (236)
132
155
3
460
60
♦
—
—
38.04 (966)
1100S400-1
1100S600-2AA
—
9.30 (236)
118
—
A
1100S400-1
108
3
460
40
*
74.81 (1900)
43.71 (1110)
31.11 (790)
7.56 (192) 9.41 (239)
185
1100S600-2AA
155
3
460
60
*
88.04 (2236)
50.00 (1270)
38.04 (966)
7.56 (192) 9.41 (239)
228
1100S750-2A
197
3
460
75
*
91.19 (2316)
53.15 (1350)
38.04 (966)
7.56 (192) 9.41 (239)
243
1100S1000-2
227
3
460
100
*
100.63 (2556) 62.60 (1590)
38.04 (966)
7.56 (192) 9.41 (239)
288
1100S1000-3AA
286
3
460
100
*
107.56 (2732) 62.60 (1590)
44.97 (1142)
7.56 (192) 9.41 (239)
298
1100S1250-3A
316
3
460
125
*
117.01 (2972) 72.05 (1830)
44.97 (1142)
7.56 (192) 9.41 (239)
344
1100S1250-3
346
3
460
125
*
117.01 (2972) 72.05 (1830)
44.97 (1142)
7.56 (192) 9.41 (239)
344
1100S1500-4AA
405
3
460
150
*
133.00 (3378) 81.11 (2060)
51.89 (1318)
7.56 (192) 9.41 (239)
404
1100S1500-4A
435
3
460
150
*
133.00 (3378) 81.11 (2060)
51.89 (1318)
7.56 (192) 9.41 (239)
404
1100S1500-4
465
3
460
150
*
133.00 (3378) 81.11 (2060)
51.89 (1318)
7.56 (192) 9.41 (239)
404
1100S1750-5AA
524
3
460
175
*
—
—
58.82 (1494)
—
9.41 (239)
—
1100S1750-5A
554
3
460
175
*
—
—
58.82 (1494)
—
9.41 (239)
—
1100S2000-5
584
3
460
200
*
—
—
58.82 (1494)
—
9.41 (239)
—
1100S - Diámetro de motor 10 pulg., motor de 3 hilos, 60 Hz, gasto nominal 1100 gpm (6” NPT)
1100S1750-5AA
524
3
460
175
† 132.45 (3364) 73.63 (1870) 58.82 (1494) 9.34 (237) 9.85 (250)
519
1100S1750-5A -1800
554
3
460
175
† 132.45 (3364) 73.63 (1870) 58.82 (1494) 9.34 (237) 9.85 (250)
516
1100S2000-5
584
3
460
200
† 140.32 (3564) 81.5 (2070)
9.34 (237) 9.85 (250)
583
1100S2500-6AA -2600
703
3
460
250
† 160.24 (4070) 94.49 (2400) 65.75 (1670) 9.34 (237) 9.85 (250)
671
1100S2500-6A-2600
673
3
460
250
† 160.24 (4070) 94.49 (2400) 65.75 (1670) 9.34 (237) 9.85 (250)
673
1100S2500-6-2600
703
3
460
250
† 160.24 (4070) 94.49 (2400) 65.75 (1670) 9.34 (237) 9.85 (250)
673
58.82 (1494)
Notas:
Se requiere caja de control para aplicaciones de 3 hilos, monofásicas. Los datos no incluyen caja de control.
El rendimiento es conforme a ISO 9906 Anexo A @ 10 pies de sumergencia mínima.
■ Motor MS402.
● Motor MS4000.
▲ Motor MS6.
∧ Motor MMS6000.
★ Motor MMS8000.
♦ Acepta motor MS6; no disponible completo.
☼. Acepta motor MMS6000; no disponible completo.
* Acepta motor MMS8000; no disponible completo.
† Acepta motor MMS10000; no disponible completo.
D
TM05 2532 0212
67
C
1100S300-1A
1100S - Diámetro de motor 8 pulg., motor de 3 hilos, 60 Hz, gasto nominal 1100 gpm (6” NPT)
84
1100S
Dimensiones
Modelo
de bomba
B
Curvas y datos técnicos
1100S (1100 gpm)
E = Diámetro máximo de bomba
incluyendo guardacable y motor.
SP
Electrical Data
MS Motors
6
Especificaciones de Motores Grundfos MS
Motores Monofásicos
HP
F
Volt
Amperaje
Máx
Arranque
A plena Carga
Factor de
Ef. (%)
Potencia
Empuje
Máx.
(lbs)
Resistencia
Línea a Línea( Ω)
Negro-Am
Rojo-Amarillo
Motores de 4 pulg., Monofásico, 2 alambres (no se requiere caja de control)
1/2
1
115
12.0
55
62
76
900
1.1-1.3
1/2
1
230
6.0
34.5
62
76
900
5.2-6.3
3/4
1
230
8.4
40.5
62
75
900
3.2-3.8
1
1
230
9.8
48.4
63
82
900
2.5-3.1
1 1/2
1
230
13.1
62
64
85
900
1.9-2.3
Datos eléctricos
Datos Eléctricos
Motores de 4 pulg., Monofásico, 3 alambres
1/2
1
115
12.0
42.5
61
76
900
0.9-1.1
1.9-2.35
1/2
1
230
6.0
21.5
62
76
900
4.7-5.7
15.8-19.6
3/4
1
230
8.4
31.4
62
75
900
3.2-3.9
14-17.2
1
1
230
9.8
37
63
82
900
2.6-3.1
10.3-12.5
1.5
1
230
11.6
45.9
69
89
900
1.9-2.3
7.8-9.6
2
1
230
13.2
57
72
86
1500
1.5-1.8
3.4-4.1
3
1
230
17.0
77
74
93
1500
1.2-1.4
2.45-3
5
1
230
27.5
110
77
92
1500
0.65-0.85
2.1-2.6
Motores Trifásicos
HP
F
Volt
Amperaje
Máx
Arranque
A plena Carga
Factor de
Ef. (%)
Potencia
Empuje
Máx.
(lbs)
Resistencia
Línea a Línea( Ω)
Negro-Am
Rojo-Amarillo
Motores de 4 pulg., Trifásico, 3 alambres
1 1/2
3
2
3
3
3
5
3
7 1/2
3
10
3
230
7.3
40.3
75
72
900
3.9
460
3.7
20.1
75
72
900
15.9
230
8.7
48
76
75
900
3.0
460
4.4
24
76
75
900
12.1
2.2
230
12.2
56
77
75
900
460
6.1
28
77
75
900
9.0
230
19.8
108
80
82
1500
1.2
460
9.9
54
80
82
1500
5.0
230
25.0
130
81
82
1500
0.84
460
12.8
67
81
82
1500
3.24
460
18.0
90
81
80
1500
1.16
Motores de 6 pulg., Trifásico, 3 alambres
7 1/2
3
10
3
15
20
3
3
230
26.4
119
80.5
76
1500
0.6
460
13.2
59
80.5
76
1500
2.4
0.41
230
34.0
156
82.5
79
1500
460
17.0
78
82
79
1500
1.8
230
49.0
230
82.5
82
7000
0.25
460
24.5
115
82.5
82
7000
1.16
230
66.0
343
84
81
7000
0.20
460
33.0
172
84
82
7000
0.80
86.0
41.0
410
217
85
84.5
84
80
7000
7000
0.47
0.62
25
3
230
460
30
3
230
460
96
46.5
475
237
85
85
83
83
7000
7000
0.67
0.55
40
3
460
64.0
320
64.0
82
7000
0.39
85
6
Electrical data
SP
3 x 220 V, 60 Hz
Datos Eléctricos
Datos eléctricos
Especificaciones de Motores Grundfos MMS
3 x 230 V, 60 Hz
Factor de potencia
Corriente a Eficiencia del motor [%]
Potencia Potencia plena carga η
Cos φ 50% Cos φ 75% Cos φ 100%
Tamaño
50% η 75% η 100%
In [A]
[kW]
[hp]
Motor
Tipo
I
st
------I
n
3 x 220 V, 60 Hz
MMS 6000 (N)
6"
5.5
7.5
11
7.5
10
15
27.5
37.0
51.5
74
77
79
77
79
81
75
77
79
0.72
0.73
0.77
0.80
0.81
0.84
0.83
0.84
0.86
3.8
3.5
3.5
15
18.5
22
30
20
25
30
40
69.0
81.0
96.0
130
79
82
82
84
82
84
84
85
81
83
84
84
0.82
0.85
0.84
0.77
0.86
0.88
0.88
0.84
0.86
0.88
0.88
0.87
3.5
4.6
4.9
4.4
3 x 460 V, 60 Hz
Motor
Tipo
Tamaño
Eficiencia del motor [%]
Corriente a
Potencia Potencia plena carga η
η 75%
η 100%
50%
In [A]
[kW]
[hp]
Factor de potencia
Cos φ 50%
Cos φ 75%
Cos φ 100%
I st
------I
n
3 x 460 V, 60 Hz
6"
5.5
7.5
11
15
18.5
22
30
37
7.5
10
15
20
25
30
40
50
13.8
18.0
25.5
33.5
39.0
46.0
62.5
79.0
73
77
78
80
83
85
85
84
76
79
80
82
85
85
86
85
74
78
79
81
85
85
85
84
0.63
0.61
0.65
0.68
0.65
0.67
0.68
0.65
0.74
0.73
0.76
0.78
0.77
0.78
0.79
0.75
0.80
0.79
0.82
0.83
0.83
0.83
0.85
0.83
4.0
3.8
3.8
4.0
5.5
5.6
5.1
4.7
MMS 8000 (N)
8"
45
55
75
92
110
60
75
100
125
150
92.5
112
150
184
220
82
82
84
85
84
85
85
86
87
86
86
86
87
87
86
0.71
0.73
0.72
0.74
0.75
0.80
0.82
0.82
0.83
0.83
0.85
0.86
0.86
0.87
0.87
6.4
5.8
5.7
6.0
5.8
MMS 10000 (N)
10"
132
147
175
200
265
305
83
82
86
86
88
87
0.73
0.66
0.82
0.77
0.85
0.82
5.7
6.2
190
250
405
82
85
87
0.62
0.73
0.79
6.1
MMS 6000 (N)
86