5710 Vertical Dry Pit Angleflow Pumps Data

Transcription

Section 006 Page 087
5710 Vertical Dry Pit
Angleflow Pumps
Data
Table of Contents
Construction Features
5711 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 089
5712 and 5713 . . . . . . . . . . . . . . . . . . . . . . . 090
Fairbanks Morse “Turbo Free Elbow” . . . . . . . . 091
Typical Specifications
5711 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 093
5712 and 5713 . . . . . . . . . . . . . . . . . . . . . . . 095
Technical Data, Basic Pump . . . . . . . . . . . . . . . 097
Material Specifications and Parts List
10"thru 16"-B5711 T40 & T60 Frame
and 14", 16" & 18"-E5711 T80 Frame . . . 099
8", 42" & 54"-5711 and all 5712 & 5713 . . . . 101
Assembly Drawings . . . . . . . . . . . . . . . . . . . . . . 103
Basic Pump Dimension Drawings . . . . . . . . . . . 117
Setting Plans, One Section
Intermediate Shafting . . . . . . . . . . . . . . . . . . . . . . 125
Setting Plans, Two Section
Setting Plans, Three Section
Soleplate Dimensions . . . . . . . . . . . . . . . . . . . . . . 149
06/11 © 2011 Pentair Pump Group, Inc.
Fairbanks Morse Pump
5710 Vertical Dry Pit Angleflow Pumps
Data
Notes:
© 2011 Pentair Pump Group, Inc. 06/11
Data
Data
Data
Data
Notes:
Data
Data
Vertical Dry
Dry Pit
Pit Angleflow
Angleflow Pumps
Pumps
Vertical
Specifications
Typical
471
1/1/92 ©©2011
2011Pentair
PentairPump
PumpGroup,
Group,Inc.
Inc.
06/11
Fairbanks Morse
Morse Pump
Pump
Fairbanks
Section
006 Page 096
472
Vertical Dry Pit Angleflow Pumps
The
technical
basic technical
the basic
described the
pages described
following pages
the following
on the
tables on
The tables
data
notes
following notes
The following
pumps. The
angleflow pumps.
pit angleflow
dry pit
vertical dry
for vertical
data for
apply
tables.
those tables.
to those
apply to
Maximum
5-1/4",
L24A1BD == 5-1/4",
9", L24A1BD
L24A1L == 9",
size: L24A1L
sphere size:
Maximum sphere
L24A1AM
3-3/8"
L24A1AM == 3-3/8"
Impeller
492.00,
L24A1BD == 492.00,
609.00, L24A1BD
L24A1L == 609.00,
weight: L24A1L
Impeller weight:
L24A1AM
614.00
L24A1AM == 614.00
(1)
(9)Impeller
576.5,
L30A1AT == 576.5,
523.9, L30A1AT
L30A1D == 523.9,
area: L30A1D
inlet area:
(9) Impeller inlet
inches.
in inches.
are in
dimensions are
All dimensions
(1) All
(2)
Sleeve
is
located
on
impeller
hub
instead
of
on
shaft.
L30A1V
=
576.5
576.5
=
L30A1V
shaft.
on
of
(2) Sleeve is located on impeller hub instead
(3)
Maximum
L30A1AT ==
11-1/2", L30A1AT
L30A1D == 11-1/2",
size: L30A1D
sphere size:
Maximum sphere
pressure
operating pressure
above operating
PSI above
10 PSI
or 10
pressure or
Shutoff pressure
(3) Shutoff
whichever
6-1/4",
4-1/4"
L30A1V == 4-1/4"
6-1/4", L30A1V
greater.
is greater.
whichever is
(4)
Impeller
1125.00,
L30A1AT == 1125.00,
1220.00, L30A1AT
L30A1D == 1220.00,
weight: L30A1D
Impeller weight:
114.8
L14A1D == 114.8
114.2, L14A1D
L14A1A== 114.2,
area: L14A1A
inlet area:
Impeller inlet
(4) Impeller
Maximum
L30A1V
1220.00
L30A1V == 1220.00
3-1/4"
L14A1D == 3-1/4"
5-1/4", L14A1D
L14A1A== 5-1/4",
size: L14A1A
sphere size:
Maximum sphere
Impeller
(10)
mpeller inlet
908.0
L36B1A== 908.0
777.5, L36B1A
L42A1F == 777.5,
area: L42A1F
inlet area:
(10) IImpeller
180.30
L14A1D == 180.30
150.00, L14A1D
L14A1A== 150.00,
weight: L14A1A
Impeller weight:
(5)
Maximum
5-1/2"
L36B1A== 5-1/2"
13-3/4", L36B1A
L42A1F == 13-3/4",
size: L42A1F
sphere size:
Maximum sphere
150.00
L16A1AM == 150.00
146.7, L16A1AM
L16A1G == 146.7,
area: L16A1G
inlet area:
Impeller inlet
(5) Impeller
Maximum
sphere
size:
L16A1G
=
6",
L16A1AM
=
3"
Impeller
weight:
L42A1F
=
2200.00,
L36B1A
=
2678.00
2678.00
=
L36B1A
2200.00,
=
L42A1F
weight:
Impeller
3"
=
L16A1AM
6",
=
L16A1G
size:
sphere
Maximum
2
Impeller
(11)Impeller
32.2
L14A1D == 32.2
31.0, L14A1D
L14A1A== 31.0,
WR2:: L14A1A
(11) Impeller WR
270.00
L16A1AM == 270.00
245.00, L16A1AM
L16A1G == 245.00,
weight: L16A1G
Impeller weight:
2
(6)
Impeller
inlet
area:
L18A1M
=
190.3,
L18A1H
=
190.3
(
12)
Impeller
WR
63.0
L16A1AM == 63.0
63.0, L16A1AM
L16A1G == 63.0,
(12) Impeller WR2:: L16A1G
(6) Impeller inlet area: L18A1M = 190.3, L18A1H = 190.3
2
Maximum
((13)
13) Impeller
119.0
L18A1H == 119.0
135.0, L18A1H
L18A1M == 135.0,
WR2:: L18A1M
Impeller WR
4-1/4
L18A1H == 4-1/4
6-3/4, L18A1H
L18A1M == 6-3/4,
size: L18A1M
sphere size:
Maximum sphere
2
Impeller
(14)Impeller
144,
L20A1AU == 144,
184, L20A1AU
L20A1S == 184,
WR2:: L20A1S
(14) Impeller WR
356.00
L18A1H == 356.00
300.00, L18A1H
L18A1M == 300.00,
weight: L18A1M
Impeller weight:
(7)
Impeller
inlet
area:
L20A1S
=
281.71,
L20A1AU
=
267.1,
L20A1BG
=
141,
178
L20A1AR == 178
L20A1BG = 141, L20A1AR
(7) Impeller inlet area: L20A1S = 281.71, L20A1AU = 267.1,
2
L20A1BG
(15)Impeller
296.0,
L24A1BD == 296.0,
320.0, L24A1BD
L24A1L== 320.0,
WR2:: L24A1L
(15) Impeller WR
266.0
L20A1AR == 266.0
266.0, L20A1AR
L20A1BG == 266.0,
Maximum
283.0
L24A1AM == 283.0
4-3/8", L24A1AM
L20A1AU == 4-3/8",
7-1/2", L20A1AU
L20A1S == 7-1/2",
size: L20A1S
sphere size:
Maximum sphere
2
L20A1BG
(16)Impeller
1083,
L30A1AT== 1083,
1083, L30A1AT
L30A1D == 1083,
WR2:: L30A1D
(16) Impeller WR
2-1/4
L20A1AR == 2-1/4
4-3/4", L20A1AR
L20A1BG == 4-3/4",
Impeller
weight:
L20A1S
=
435.00,
L20A1AU
=
340.00,
L30A1V
=
1144
L30A1V = 1144
Impeller weight: L20A1S = 435.00, L20A1AU = 340.00,
2
L20A1BG
(17)Impeller
3460
L36B1A== 3460
3117, L36B1A
L42A1F == 3117,
WR2:: L42A1F
(17) Impeller WR
420.00
L20A1AR == 420.00
333.30, L20A1AR
L20A1BG == 333.30,
(8)
(18)
hese are
construcstandardconstruconstandard
basedon
valuesbased
maximumvalues
aremaximum
(18) TThese
376.35,
L24A1BD==376.35,
340.2,L24A1BD
L24A1L==340.2,
area:L24A1L
inletarea:
Impellerinlet
(8) Impeller
L24A1AM
tion.
factory.
thefactory.
contactthe
repaired,contact
arerepaired,
valuesare
highervalues
tion.IfIfhigher
385.0
L24A1AM==385.0
Fairbanks
Pump
MorsePump
FairbanksMorse
©©
2011
Pentair
Pump
Group,
Inc.
3/11
Inc.06/11
Group,
Pump
Pentair
2011
Basic Pump Technical Data
473
See notes on page 096.
472.
06/11
1/1/92 ©©2011
2011Pentair
PentairPump
PumpGroup,
Group,Inc.
Inc.
474
Vertical Dry
Dry Pit
PitAngleflow
Angleflow Pumps
Pumps
Vertical
Basic
Pump
Technical
Data
Basic Pump Technical Data
Seenotes
noteson
onpage
page472.
096.
See
FairbanksMorse
MorsePump
Pump
Fairbanks
2011Pentair
PentairPump
PumpGroup,
Group,Inc.
Inc. 1/1/92
06/11
©©2011
1/1/92
2011Pentair
PentairPump
PumpGroup,
Group,Inc.
Inc.
06/11 ©©2011
475
Section
006 Page 100
476
Fairbanks
Fairbanks Morse
Morse Pump
Pump
Vertical
Vertical Dry
Dry Pit
Pit Angleflow
Angleflow Pumps
Pumps
© 2011
2011 Pentair
Pentair Pump
Pump Group,
Group, Inc.
Inc. 1/1/92
06/11
©
Vertical
Vertical Dry
Dry Pit
Pit Angleflow
Angleflow Pumps
Pumps
Material
Material Specifications
Specifications and
and Parts
Parts List
List
1/1/92
© 2011
2011 Pentair
Pentair Pump
Pump Group,
Group, Inc.
Inc.
06/11 ©
101
Fairbanks
Fairbanks Morse
Morse Pump
Pump
478
2011Pentair
PentairPump
PumpGroup,
Group,Inc.
Inc. 1/1/92
06/11
©©2011
Vertical
DryDry
PitPit
Angleflow
Vertical
AngleflowPumps
Pumps
Assembly
Assembly
1/1/92 © 2011 Pentair Pump Group, Inc.
Section 006 Page
103
479
480
Assembly
©©2011
2011Pentair
PentairPump
PumpGroup,
Group,Inc.
Inc. 1/1/92
06/11
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5710 Vertical Dry Pit Angleflow Pumps Data

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