Download phoenix inglese

PHOENIX
AIR-OPERATED DOUBLE DIAPHRAGM PUMPS
www.fluimac.com
ENGLISH
MAIN FEATURES
Fluimac is an original, young and dynamic company built in 2012 for a new concept of product.
It is specialized in providing pump solutions with an innovative and continuously developing design of range.
The huge experience, knowledge and efficiency of its team is the starting point of its own business.
Fluimac stands out for its reliable and prompt technical support and assistance.
The internal research and development department ensures the proficiency of its team, which constantly
grows in order to satisfy all the customers’ needs.
The company keeps up with the constant evolution of the national and international market and its quality
control guarantees innovative and certificated products, which respect current legal standards.
The organization of the warehouse and the assembly/testing department, allows the company to offer short
delivery times, immediate check of availability, speedy shipments and fast service assistance.The policy of
Fluimac relies also on excellent customer service and a network of efficient, reliable distributors who ensure
willingness, quality and technical support. This makes Fluimac a high quality company, grounded in excellence.
FLUIMAC’S CERTIFICATES
CE CONFORMITY
MARKING
`
ATEX
ISO 9001:2015
FDA COMPLIANT
2
EAC CONFORMITY
MARKING
PRODUCTS
PRODUCTS
PRODUCTS
Air operated
operated double
Air
double
diaphragm pumps
long
diaphragm
pumpshave
have
beenbeen
recognized
as the most
long
recognized
as the
flexible
pumpspumps
of the industry
most
flexible
of the
for handling
liquids
at
industry
for difficult
handling
difficult
relativelyatlow
pressures
liquids
relatively
lowand
flows. The range
of
pressures
and flows.
applications
virtually
The
range ofis applications
is
limitless. limitless.
Fluimac AODD
virtually
pumps come
in many
sizes
Fluimac
AODD
pumps
come
and
choices
of materials
of
in
many
sizes
and choices
construction.
Almost
every type
of
materials of
construction.
of liquidevery
from highly
Almost
type corrosive
of liquid
acidshighly
throughcorrosive
high viscosity
from
acids
paints and
adhesives,
to paints
food
through
high
viscosity
and drink
products
be
and
adhesives,
tocan
food
pumped.
and
drink products can be
pumped.
RANGE
RANGE
CERTIFICATES
CERTIFICATES
PHOENIX
Air operated
operateddouble
double
diaphragm
pumps
Air
diaphragm
pumps
Realize in:
Realized
in:
PP,
PVDF, ALUMINIUM,
SS AISI 316, POMc
PP, PVDF,from
ALUMINIUM,
SS AISI
POMc from ¼” to 3”.
Flow-rate
8 lt/min to 1.000
lt/min316,
.Connection
Flow-rate from 7 lt/min to 1.000 lt/min. Connection from ¼” to 3”.
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`
PHOENIX FOOD
PHOENIX FOOD
Air operated double diaphragms pumps
Air operated double diaphragms pumps
Realized in:
Realized in:
SS AISI 316 electro-polished and PP food grade (P7)
SS AISI 316 electro-polished.
Flow-rate from 8lt/min to 1.000 lt/min. Tri-Clamp Connection.
Flow-rate from 20 lt/min to 1.000 lt/min. Tri-Clamp Connection.
`
`
PHOENIX ATEX
PHOENIX
ATEX
Air
operated double
diaphragms pumps, ATEX certified
Air zone
operated
double
for
1. Realized
in: diaphragms pumps, ATEX certified for zone1.
Realized
in:
PP+CF, PVDF+CF, ALUMINIUM,
PP+CF,
PVDF+CF,
ALUMINIUM, SS AISI 316, POMc+CF
SS
AISI 316,
POMc+CF
Flow-rate
from
7
lt/min
to 1.000
lt/min.
Connection
¼” to 3”.
Flow-rate from 8lt/min to 1.000
lt/min.
Connection
from ¼”from
to 3”..
`
`
ACCURATE PHOENIX
PHOENIX
ACCURATE
Double diaphragm pumps with remote control
Double diaphragm pumps with remote control
Realized in:
Realized in:
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
Flow-rate from 7 lt/min to 250 lt/min. Connection from ¼” to 1”¼.
Flow-rate from 8 lt/min to 700 lt/min. Connection from ¼” to 2”.
`
`
DRUM PHOENIX
Air operated
operateddouble
double
diaphragms
pumps
with special
Air
diaphragms
pumps
with special
features to
toempty
emptydrums
drums
and
tanks
Features
and
tanks
Realizedin:in:
Realized
PP, PVDF,
PVDF,ALUMINIUM,
ALUMINIUM,
POMc
PP,
SS SS
AISIAISI
316,316,
POMc
Flow-ratefrom
from8 lt/min
20 lt/min
to lt/min.
170 lt/min.
Connection
Flow-rate
to 160
Connection
from ¼”from
to 1”.3/8” to 1”.
`
`
TWIN PHOENIX
PHOENIX
TWIN
Air operated double diaphragms pumps with special
Air operated double diaphragms pumps with special
features with double inlet/outlet
Features with double inlet/outlet
Realized in:
Realized in:
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
Flow-rate from 7 lt/min to 700 lt/min. Connection from ¼” to 2”.
Flow-rate from 8 lt/min to 700 lt/min. Connection from ¼” to 2”.
`
`
SUBMERSIBLE PHOENIX
PHOENIX
SUBMERSIBLE
Air operated double diaphragm pumps with special features,
Air operated double diaphragms pumps with special features, design
design to be submerged.
submerged.
Applicable to all size of pumps.
Realized in:
Applicable to all size of pumps.
POWDER PHOENIX
`
`
Air operated double diaphragms pump with special design to
POWDER
handle powder PHOENIX
Air
operated
diaphragms pump with special deisgn to handle
Realized
in:double
ALU, SS.
powder
realized
in:
Size available 1”1/2 and 2”.
ALU, SS size available PP400, PP700.
DAMPER
Pneumatic, automatic pulsation dampeners.
DAMPER
Realized in:
Pneumatic, automatic pulsation dampeners.
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
Realized in:
Applicable to all size of pumps.
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
Available also in ATEX and FOOD version.
Applicable to all size of pumps. Available also in ATEX or FOOD version.
`
`
`
`
3
TECHNICAL FEATURES
1
Wide Range of sizes
and materials suited to
variety of conditions and
chemicals fluids
Safely “dead head”
function, against
closed discharge,
without pump damage
3
Dry-run without damaging
the pump or system:
seal-less design
Handled liquids with
solids particles: ideal for
abrasive and viscous
media
2
8
5
4
6
Fully submersible:
can be submerged
completely according
to the fluid
compatibility
Self-priming dry up to 6
meters: works in suction
lift applications
7
Efficient performance:
high flow rates through
optimal casings designs
1
2 3
4
Serviceability: easily
and quickly maintained
without any special tools
5
6
7
8
Long-lasting
Efficient air
All bolted design for
Solid
Acetalic shuttle
Pneumatic
Special pinch
Special exhaust
diaphragm
distribution design:
an effective
polypropylene air
ensures long valve
exchanger is easily
clamping, design to
chamber with
construction
low air consumption.
sealing to extended
chambers and
life,auto-lubricated
externally
minimize
double
ensures a
Un-balanced pilot
leak-proof service.
plastic air valve for
material.
accessible for a
wear and increase life
silencer to expand
consistent
spool, precisely
maximum chemical
quick inspection.
of the diaphragm, and
diffusion
performance
controls positioning
resistance in highly
Special Air system:
provides a uniform seal
passages,
and a longer
of the main power
corrosive
lube-free, non-stall,
to avoid leak.
reduce the icing
spool to eliminate
environments.
non-freeze.
operating life.
stalling and increase
efficiency.
QUALITY 100% wet tested after final assembly: deadheading, priming and sealing
SAFE ATEX certifications in all versions: Conductive plastic pumps available
FLEXIBILITY Multiple porting options available along with interface options
4
and assure low
noise level.
PUMP OPERATION
Fluid
Air
1
Suction
Cycle
Suction Cycle
Discharge
Cycle
Discharge Cycle
Compressed air fills right inner chamber,
Compressed air fills left inner chamber,
causing the opposing diaphragm to create
suction, lifting the lower valve ball, pulling
in fluid at inlet. Simultaneously, the right
2
causing upper valve ball to open and
discharge fluid. Simultaneously, the right
chamber is in “Suction” cycle.
chamber is in “Discharge” cycle.
INSTALLATION
Pump installed
below head
(positive
suction)
when it is necessary
to empty completely
the container
Self priming
pump installed
above head
(negative
suction)
works
pump initially work
with dry column
without problem
Pump installed
above drum
or tank
Pump installed
on hopper for
high viscosity
liquid
with special featuring hopper’s height helps
pump
the pump to treat the
fluid. Air pressure has
to be high, Suction
tube has to be bigger
pump’ssize
size
than pump
Submerged Suspended Pump installed
pump
on
a mobile unit
it is necessary
to check
the chemical
compatibility
special version
with fixing feet
also in the upper
part, for ceiling
fixing
with a trolley or
cart when pump
must be often
moved
5
P
MODEL
MODEL
MODEL
OF
PUMP
OF PUMP
P
PHOENIX
PF
PHOENIX FOOD
AP
ACCURATE
PHOENIX
0160
0120
SIZE
CASING
7- 7 lt/min
18 - 20 lt/min
30 - 20
35 lt/min
18
55 - 55 lt/min
30
60 - 35
65 lt/min
90 - 100 lt/min
55 - 55
120
120lt/min
lt/min
170 - 170 lt/min
60 -- 65
252
250lt/min
lt/min
400 - 380 lt/min
90 --100
700
700lt/min
lt/min
1000 - 1050 lt/min
120 - 120 lt/min
PP
SIZE
170 - 170 lt/min
252 - 250 lt/min
400 - 380 lt/min
700 - 700 lt/min
TP
TWIN PHOENIX
P-
1000 - 1050 lt/min
CASING
POWDER PHOENIX
SP
SUBMERSIBLE
SUBMERGED
PHOENIX
DIAPHRAGM
BALL MATERIAL
BALL
N
D
D
T
T
OC
OC
CONDUCTIVE
H
S
AA
ALUMINIUM
M
PC
PC
CONDUCTIVE
CONDUCTIVE
POLYPROPYLENE
POLYPROPYLENE
Wide chemical
Wide
chemical General
compatibility.
compatibility.
General
purpose.
purpose.
Groundable.
Groundable.
KC
KC
CONDUCTIVE
CONDUCTIVEPVDF
PVDF
Strong
Strongchemical
chemical
resistance
resistancetotoacids.
acids.
High
Hightemperature
temperature
resistance.
resistance.Groundable.
OGroundable.
ACETAL
O
Wide
range of solvent
ACETAL
and
hydrocarbons
Wide
range of solvent
resistance.
Good level
and hydrocarbons
ofresistance.
abrasion resistance.
Good level
CONDUCTIVE
ACETAL
ACETAL
Wide range of solvent
Wide range of solvent
and hydrocarbons.
and hydrocarbons.
Good level of abrasion
Good level of abrasion
resistance. Groundable.
resistance.
Groundable.
ALUMINUM
Wide range of solvent
Wide range of solvent
and hydrocarbons.
and hydrocarbons.
Good level of
Good level of
abrasion resistance.
abrasion resistance.
SS
SS
SSAISI
AISI316
316
High
Highlevel
levelofof
corrosion
corrosionand
and
abrasion
abrasionresistance.
resistance.
SS
SS – AISI 316
SS – AISI 316
Electropolished
Electropolished
High level of
High level of
corrosion and
corrosion and
abrasion resistance.
abrasion resistance.
Phoenix Food.
Phoenix Food.
6
DIAPHRAGMS
T
N
POLYPROPYLENE
POLYPROPYLENE
Wide
Widechemical
chemical
compatibility.
compatibility.General
General
purpose.Reinforced
purpose. With
with
glass-fiber.
reinforced
glass fiber.
of abrasion resistance.
PP
HT
NBR
Good for
petroleum-based
fluids, water, oils,
hydrocarbons and
MILD chemicals
EPDM
OK
with
caustic
Good
with
caustic
solutions, dilute
acids, ketones and
alcohols. Good
abrasion resistance.
resistance
PTFE
Widest
chemical
compatibility,
extreme corrosion
resistance,
non-adhesive, high
heat resistance.
HYTREL
Good low
temperature
properties. Good
abrasion resistance.
SANTOPRENE
solutions and dilute
acids.
NBR
Good for
petroleum-based
fluids, water, oils,
hydrocarbons and
MILD chemicals
EPDM
OK
with
caustic
Good
with
caustic
solutions, dilute
acids, ketones and
alcohols. Good
abrasion resistance
resistance.
PTFE
Widest
chemical
compatibility,
extreme corrosion
resistance,
non-adhesive, high
heat resistance.
SS
High level of
corrosion and
abrasion resistance. Good for
viscous fluids..
BALL SEATS
BALL SEAT
MATERIAL
P
POLYPROPYLENE
Wide chemical
compatibility.
General purpose.
K
PVDF
Strong chemical
resistance to acids.
High temperature
resistance.
V
GASKET
GASKET
MATERIAL
V
VITON
High heat resistance.
Good resistance to
aggressive chemicals
and hydrocarbons.
N
NBR
Good for
petroleum-based
fluids, water, oils,
hydrocarbons and
MILD chemicals.
A
D
S
T
ALUMINIUM
Wide range of solvent
and hydrocarbons.
Good level of abrasion
resistance.
SS
High level of corrosion
and abrasion
resistance.
Z
PE
With high molecular
weight: High level of
abrasion resistance
O
ACETAL
Wide range of solvent
and hydrocarbons
resistance. Good level
of abrasion resistance.
1
CONNECTIONS
CONNECTIONS
ATEX ZONE
--
FLANGED
ATEX ZONE
ZONE 22
ATEX
EX
II
3/3
GD
c
h IIB
II
3/3
G
Ex h
IIB T4
Gc T4
`
3
` II -/3 D Ex h IIIB T135°C Dc X
5
NPT THREATED
6 - DIN 11851/3
PORTS
`
BSP THREATED
TRI-CLAMP
(PHOENIX FOOD)
PORTS
ATEX ZONE
CERTIFICATION
CERTIFICATION
1
2
AB
-
X
X
ATEX ZONE 1
ATEX
ZONE
h IIB T4
EX
II 2/2
GD 1c
` II 2/2 G Ex h IIB T4 Gb
` II -/2 D Ex h IIIB T135°C Db X
H S
N
B
P
D
FF
A
G
E
E
L T
M
C
(PHOENIX FOOD )
EPDM
Good
with
caustic
OK with
caustic
sosolutions,
dilute
acids,
lutions, dilute acids,
ketones and alcohols.
Good abrasion
resistance.
PTFE
Widest chemical
compatibility, extreme
corrosion resistance,
non-adhesive, high
heat resistance.
TABLE CODE
P
7
7
PUMP SELECTION
To select the right FLUIMAC pump for your application, the following factors should be considered to achieve economy of operation, long
pump life, and minimal maintenance costs:
• The nature of the medium to be pumped, its viscosity, and the solids content
• Pumping capacity in relation to the desired output
• Suction and pressure conditions
Considering these parameters, an optimal pump size is selected when the intersection of the intended installation “pressure vs. flow rate” is
near the middle section of the curves.
USING PERFORMANCE CURVES
To determine compressed air requirements and proper size for a FLUIMAC AODD pump, two elements of information are required:
1 Required Flow Rate
2 Total Delivery Head
As an example, consider a P170 pump performance curve, pumping about
135 lt/min at 25m.Point A on the performance curve is where the desired Flow
Rate and Total Delivery Head points intersect. This point determines
compressed air requirements for the particular pump. At performance point
A, the pump will require approximately 7 bar air inlet pressure. To arrive at
this figure, follow the solid blue curve to the left to read the air pressure rating
in BAR.By looking at the nearest green curve, it is determined the pump will
require approximately 900 nl/min (Normal Liter per minute) of air consumption.
SPECIFIED SUCTION LIFT
With a suction lift of 4 m, pump rate decreases by approximately 20%. Valid for pumps 3/4”
During the conveyance of a fluid with a viscosity of 6000cPs, the pump rate decreases
and larger; data varies with pump configuration.
to 60% of its rated value (100% = water). Valid for 3/4” pumps & larger.
PUMP TYPE
AODD
CENTRIFUGAL
LOBE
GEAR
SCREW
PERISTALIC
PISTON
Variable Flow & Head Control
O
O
O
O
!
O
O
Deadhead Safely
O
!
O
!
!
!
!
!
Dry-Running
O
x
x
x
x
O
x
Dry Self-Priming
O
x
x
O
x
O
!
No Mechanical Alignment
O
x
x
x
x
x
x
No Electrical Installation
O
x
x
x
x
x
x
Portability
O
O
!
!
!
O
!
Submersible
O
!
x
x
x
x
!
Sealless
O
!
!
!
!
!
!
Cavitation Tolerance
O
x
!
!
O
O
!
Low Shear & Degradation
O
x
O
O
!
O
!
O = Suitable ! = Limitations
8
VISCOUS LIQUIDS PERFORMANCE DATA
x = Not Recommended
PHOENIX
Realized in:
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
Flow-rate from 7 lt/min to 1.000 lt/min
Connection from 1/4” to 3”.
ATEX certification for zone 2
3/3
GD
c IIB
IIB
EX
IIII 3/3
GD
c
TT135°C
135°C
IIEX
3/3
G3/3
Ex
hGD
IIB
T4
Gc
EX
II
h
IIB
T4
`
`
II -/3 D Ex h IIIB T135°C Dc X
`
P7
PP
PVDF+CF
PERFORMANCE
1/4” BSP
Air connection
4 mm
80
Max. Flow rate
7 lt/min
70
Max air pressure
6 bar
60
Max delivery head
60 m
50
Max Suction Lift Dry
3m
40
Max Suction Lift Wet
9,8 m
30
Max Solid passing
2 mm
Noise level:
62 dB
Max Viscosity:
5.000 cps
Displacement per Stroke:
18 CC ~
`
`
II 3/3 G Ex h IIB T4 Gc
EXDIIEx
3/3
GDT135°C
h IIB T4
II -/3
h IIIB
Dc X
`
`
Head H (m)
Fluid connections
20
0.26
0.79
1.06
1.32
1.59
1.85
20
229.6
40
87 psi
6 bar
196.8
50
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
21.7 psi
1.5 bar
10
32.8
0
1
Air supply
pressure
EX II 3/3 GD
GB C IIB T 135 °C
Flow rate U.S.gpm
0.53
2
3
4
5
Head H (ft)
TECHNICAL DATA
POMc
6
7
Flow rate lt/min
Air consumption
NIt/min
The curves and performance values refer to pumps with submerged suction and free
delivery
outlet,
a free
delivery
outletwith
with
water at
at 20°C.
20°C, These
and vary
according
the construction
material.
water
data
may varytoaccording
to the construction
materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
DIMENSIONS
A
B
C
Weight
Temperature
Net Weight
Temperature
PP
PP
129 mm
mm
129
68
68 mm
mm
112 mm
mm
112
1 0,84
Kg Kg- 4°C- 4°C+ 65°C
+ 65°C
PVDF
PVDF
129 mm
mm
129
68
68 mm
mm
112 mm
mm
112
1,10,96
Kg Kg- 20°C
+ 95°C
- 20°C
+ 95°C
POMc
POMc
129 mm
mm
129
68
68 mm
mm
112 mm
mm
112
1 0,84
Kg Kg- 5°C- 5°C+ 80°C
+ 80°C
C
A
B
COMPOSITION
MODEL
P0007
10
CASING
P = PP
KC = PVDF+CF
O = POMc
DIAPHRAGM
NT = NBR+PTFE
BALLS
T = PTFE
S = SS
SEATS
GASKET
P = PP
K
KC= =PVDF
PVDF
O = POMc
D = EPDM
V = VITON
N = NBR
T = PTFE
CONNECTIONS
PTFE
1 = BSP
5 = NPT
ATEX
- = zone 2
PORTS
AB = STANDARD
10
P 18
PP
PVDF+CF
POMc
PERFORMANCE
Fluid connections
3/8” BSP
Air connection
6 mm
80
Max. Flow rate
20 It/min
70
Max air pressure
7 bar
Max delivery head
70 m
Max Suction Lift Dry
5m
Max Suction Lift Wet
9,8 m
Max Solid passing
2,5 mm
Noise level:
65 dB
Max Viscosity:
10.000 cps
Displacement per Stroke:
30 CC ~
`
`
Flow rate U.S.gpm
101.5 psi
7 bar
20
2.11
2.64
3.70
4.23
229.6
40
60
196.8
110
164
131.2
98.4
29 psi
2 bar
20
65.6
21.7 psi
1.5 bar
32.8
10
0
2
4
6
8
10
12
14
16
Air supply
pressure
The
freedelivery
deliveryoutlet,
outletwith
with
The curves
curves and
and performance
performance values
values refer
refer to
to pumps
pumps with
with submerged
submerged suction
suction and
and afree
water at 20°C, and vary according to the construction material.
water at 20°C. These data may vary according to the construction materials and hydraulic conditions.
Net Weight
Weight
B
Temperature
Temperature
PP
PP
146146
mmmm 96 mm
96 mm167 mm
167 mm
1,31,5
KgKg
- 4°C + +
65°C
- 4°C
65°C
PVDF
PVDF
146146
mmmm 96 mm
96 mm167 mm
167 mm
1,61,8
KgKg
- 20°C + +
95°C
- 20°C
95°C
POMc
POMc
146146
mmmm 96 mm
96 mm167 mm
167 mm
1,51,7
KgKg
SS
SS
148148
mmmm 92 mm
92 mm152 mm
152 mm
2,32,5
KgKg
- 5°C + +
80°C
- 5°C
80°C
- 20°C + +
95°C
- 20°C
95°C
C
C
20
Air consumption
NIt/min
A
C
18
Flow rate lt/min
DIMENSIONS
B B
4.76
43.5 psi
3 bar
30
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
A A
3.17
58 psi
4 bar
40
EX II 3/3 GD
GB C IIB T 135 °C
1.59
72.5 psi
5 bar
50
Head H (m)
1.06
87 psi
6 bar
60
II 3/3 G Ex h IIB T4 Gc
EXDIIEx
3/3
GDT135°C
h IIB T4
II -/3
h IIIB
Dc X
`
`
0.53
Head H (ft)
TECHNICAL DATA
SS
COMPOSITION
MODEL
CASING
DIAPHRAGM
BALLS
P0018
P = PP
KC = PVDF+CF
O = POMc
SS = SS
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
T = PTFE
S = SS
SEATS
= PP
PP
= PP
= PVDF
KK
= PVDF
= POMc
SO
= SS
SS
O S= =POMc
GASKET
D = EPDM
V = VITON
N = NBR
T = PTFE
CONNECTIONS
1 = BSP
5 = NPT
ATEX
PORTS
- = zone 2
AB = STANDARD
11
P 30
PP
PVDF
+CF
PVDF+CF
ALU
PERFORMANCE
Flow rate U.S.gpm
1/2” BSP
Air connection
6 mm
80
Max. Flow rate
35 It/min
70
Max air pressure
7 bar
60
Max delivery head
70 m
50
Max Suction Lift Dry
5m
40
Max Suction Lift Wet
9,8 m
30
Max Solid passing
3 mm
Noise level:
65 dB
Max Viscosity:
15.000 cps
Displacement per Stroke:
`
`
65 CC ~
20
1.32
101.5 psi
7 bar
EX II 3/3 GD
GB C IIB T 135 °C
PVDF
PVDF
ALU
ALU
SS
SS
6.60
7.93
229.6
90
196.8
72.5 psi
5 bar
140
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
21.7 psi
1.5 bar
65.6
10
0
32.8
5
10
15
20
25
30
A
B B
C
C
35
Flow rate lt/min
Air consumption
NIt/min
DIMENSIONS
PP
PP
5.28
The curves
curves and
and performance
performance values
values refer
refer to
to pumps
pumps with
with submerged
submerged suction
suction and
and free
a free
delivery
outletwith
with
The
delivery
outlet,
water at
at 20°C.
20°C, These
and vary
according
the construction
material.
water
data
may varytoaccording
to the construction
materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
A A
3.96
40
87 psi
6 bar
Air supply
pressure
II 3/3 G Ex h IIB T4 Gc
EX II 3/3 GD h IIB T4
II -/3 D Ex h IIIB T135°C Dc X
2.64
NetWeight
Weight
177177
mmmm105105
mmmm
185 mm
185 mm
177177
mmmm105105
mmmm
185 mm
185 mm
1,82Kg
Kg
2,32,5
KgKg
183183
mmmm110110
mmmm189 mm
189 mm
181181
mmmm106106
mmmm
192 mm
192 mm
2,83Kg
Kg
3,84Kg
Kg
B
Temperature
Temperature
- 4°C + +
65°C
- 4°C
65°C
- 20°C + +
95°C
- 20°C
95°C
- 20°C + +
95°C
- 20°C
95°C
C
`
`
Head H (m)
Fluid connections
Head H (ft)
TECHNICAL DATA
SS
- 20°C + +
95°C
- 20°C
95°C
COMPOSITION
MODEL
P0030
12
CASING
P = PP
KC = PVDF+CF
S = SS
A = ALU
DIAPHRAGM
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
BALLS
T = PTFE
S = SS
D = EPDM
N = NBR
SEATS
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
GASKET
D = EPDM
V = VITON
N = NBR
T = PTFE
CONNECTIONS
1 = BSP
2 = FLANGED
5 = NPT
ATEX
PORTS
- = zone 2
AB = STANDARD
P 55
PP
PVDF+CF
ALU
PERFORMANCE
Fluid connections
1/2” BSP
Air connection
1/4” BSP
Max. Flow rate
55 It/min
Max air pressure
8 bar
Max delivery head
80 m
60
Max Suction Lift Dry
5m
50
Max Suction Lift Wet
9,8 m
40
Max Solid passing
3,5 mm
Noise level:
70 dB
Max Viscosity:
15.000 cps
20.000
Displacement per Stroke:
140 CC ~
1.32
90
116 psi
8 bar
80
Head H (m)
Flow rate U.S.gpm
5.28
PVDF
PVDF
ALU
ALU
SS
SS
9.25 10.57 11.89 13.21 14.53
295.2
140
262.4
280
229.6
380
196.8
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
20
65.6
32.8
10
0
5
10
15
Air supply
pressure
20
25
30
35
40
45
50
B
A
C
C
NetWeight
Weight
Temperature
Temperature
238238
mmmm156156
mmmm249 mm
249 mm
238238
mmmm156156
mmmm249 mm
249 mm
3,84Kg
Kg
4,84,5
Kg
5Kg
Kg
- 4°C + +
65°C
- 4°C
65°C
- 20°C + +
95°C
- 20°C
95°C
234234
mmmm156156
mmmm245 mm
245 mm
234234
mmmm156156
mmmm268 mm
268 mm
3,85Kg
Kg
6,87
Kg
6 Kg
- 20°C + +
95°C
- 20°C
95°C
20°C
+
95°C
- 20°C + 95°C
C
B B
55
Flow rate lt/min
Air consumption
NIt/min
DIMENSIONS
PP
PP
7.93
The
freedelivery
deliveryoutlet,
outlet with
with
Thecurves
curvesand
andperformance
performancevalues
valuesrefer
refertotopumps
pumpswith
withsubmerged
submergedsuction
suctionand
andafree
water
varydata
according
to according
the construction
wateratat20°C,
20°C.and
These
may vary
to the material.
construction materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
AA
6.60
87 psi
6 bar
30
h IIB T4 Gc
EXGIIEx
3/3
GD h IIB T4
`IIII 3/3
-/3 D Ex h IIIB T135°C Dc X
GB C IIB T 135 °C
` EX II 3/3 GD
3.96
101.5 psi
7 bar
70
`
`
2.64
Head H (ft)
TECHNICAL DATA
SS
COMPOSITION
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P0055
P = PP
KC = PVDF+CF
S = SS
A = ALU
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
- = zone 2
AB = STANDARD
13
P 60
PP
PVDF+CF
ALU
PERFORMANCE
Fluid connections
1/2” BSP
Air connection
1/4” BSP
Max. Flow rate
65 It/min
80
Max air pressure
8 bar
70
Max delivery head
80 m
60
5m
Max Suction Lift Wet
9,8 m
Max Solid passing
3,5 mm
Noise level:
72 dB
Max Viscosity:
20.000 cps
40
140 CC ~
II 3/3
IIB T4
Gc T4
EX GII Ex
3/3h GD
h IIB
II -/3 D Ex h IIIB T135°C Dc X
EX II 3/3 GD
GB C IIB T 135 °C
Head H (m)
30
20
116 psi
8 bar
5.28
Flow rate U.S.gpm
7.93
PVDF
PVDF
ALU
ALU
SS
SS
15.85
18.49
295.2
140
280
262.4
101.5 psi
7 bar
370
229.6
87 psi
6 bar
196.8
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
0
20
10
30
40
50
60
70
Flow rate lt/min
Air supply
pressure
Air consumption
NIt/min
DIMENSIONS
PP
PP
13.21
The curves
curves and
and performance
performance values
values refer
refer to
to pumps
pumps with
with submerged
submerged suction
suction and
and free
a free
delivery
outletwith
with
The
delivery
outlet,
water at
at 20°C.
20°C, These
and vary
according
the construction
material.
water
data
may varytoaccording
to the construction
materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
A A
10.57
A
B B
C
C
NetWeight
Weight
238238
mmmm165165
mmmm
249 mm
249 mm
238238
mmmm165165
mmmm
249 mm
249 mm
234234
mmmm165165
mmmm
245 mm
245 mm
234234
mmmm165165
mmmm
268 mm
268 mm
4,34Kg
Kg
5,34,5
Kg
5Kg
Kg
4,35Kg
Kg
7,3 7
Kg
6Kg
B
Temperature
Temperature
- 4°C + +
65°C
- 4°C
65°C
- 20°C + +
95°C
- 20°C
95°C
- 20°C + +
95°C
- 20°C
95°C
C
`
`
`
`
90
50
Max Suction Lift Dry
Displacement per Stroke:
2.64
Head H (ft)
TECHNICAL DATA
SS
- 20°C + +
95°C
- 20°C
95°C
COMPOSITION
14
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P0060
P = PP
KC = PVDF+CF
S = SS
A = ALU
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
- = zone 2
AB = STANDARD
P 90
PP
PVDF+CF
ALU (P 100)
PERFORMANCE
Fluid connections
3/4” BSP
Air connection
3/8” BSP
Max. Flow rate
2.64
90
100 It/mm
80
Max air pressure
8 bar
70
Max delivery head
80 m
60
Max Suction Lift Dry
5m
50
Max Suction Lift Wet
9,8 m
Max Solid passing
4 mm
Noise level:
72 dB
Max Viscosity:
25.000 cps
15.000
Displacement per Stroke:
200 CC ~
40
h IIB
EXGIIEx
3/3
GDT4hGc
IIB T4
`IIII 3/3
-/3 D Ex h IIIB T135°C Dc X
GB C IIB T 135 °C
` EX II 3/3 GD
`
`
Head H (m)
30
20
116 psi
8 bar
5.28
Flow rate U.S.gpm
7.93 10.57 13.21 15.85 18.49 21.13 23.78 26.42 29.06
295.2
200
262.4
400
101.5 psi
7 bar
PVDF
PVDF
ALU
ALU
SS
SS
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
0
10
20
30
Air supply
pressure
40
50
60
70
80
90
100
A
C
C
NetWeight
Weight
B
Temperature
Temperature
293293
mmmm176176
mmmm280 mm
280 mm
293293
mmmm176176
mmmm280 mm
280 mm
5,15,5
Kg
5Kg
Kg
6,66
Kg
7Kg
- 4°C + 65°C
+ 65°C
- 4°C
- 20°C + 95°C
+ 95°C
- 20°C
265265
mmmm178177
mmmm
245 mm
178
245 mm
247247
mmmm178177
mm
251
mm
178 mm
251 mm
5,67
Kg
6Kg
7,69
Kg
8 Kg
- 20°C + 95°C
+ 95°C
- 20°C
20°C
+ 95°C
- 20°C + 95°C
C
B B
110
Flow rate lt/min
Air consumption
NIt/min
DIMENSIONS
PP
PP
196.8
700
72.5 psi
5 bar
The
freedelivery
deliveryoutlet,
outlet with
with
Thecurves
curvesand
andperformance
performancevalues
valuesrefer
refertotopumps
pumpswith
withsubmerged
submergedsuction
suctionand
andafree
water
varydata
according
to according
the construction
wateratat20°C,
20°C.and
These
may vary
to the material.
construction materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
AA
229.6
600
87 psi
6 bar
Head H (ft)
TECHNICAL DATA
SS (P 100)
COMPOSITION
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P0090
P0090
P0100
P = PP
KC = PVDF+CF
S = SS
A = ALU
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
- = zone 2
AB = STANDARD
15
P 120
PP
PVDF+CF
SS
PERFORMANCE
Fluid connections
1” BSP
Air connection
3/8” BSP
Max. Flow rate
120 It/mm
Max air pressure
8 bar
70
Max delivery head
80 m
60
Max Suction Lift Dry
5m
50
Max Suction Lift Wet
9,8 m
Max Solid passing
4 mm
Noise level:
72 dB
Max Viscosity:
25.000 cps
Displacement per Stroke:
200 CC ~
80
40
GB C IIB T 135 °C
EX II 3/3 GD
Head H (m)
30
II 3/3 G Ex h IIB T4 Gc
EX II 3/3 GD h IIB T4
II -/3 D Ex h IIIB T135°C Dc X
`
`
90
20
116 psi
8 bar
5.28
Flow rate U.S.gpm
7.93 10.57 13.21 15.85 18.49 21.13 23.78 26.42 29.06
295.2
200
262.4
400
101.5 psi
7 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
0
10
20
30
Air supply
pressure
40
50
60
70
80
Air consumption
NIt/min
DIMENSIONS
90
100
110
B B
Temperature
Temperature
PVDF
PVDF
293293
mmmm178178
mmmm280 mm
176
280 mm
293293
mmmm178178
mmmm280 mm
176
280 mm
5,65
6Kg
Kg
7,66
Kg
8Kg
- 4°C + 65°C
+ 65°C
- 4°C
- 20°C+ 95°C
+ 95°C
- 20°C
SS
SS
258258
mmmm177177
mmmm295 mm
295 mm
9,610Kg
Kg
- 20°C+ 95°C
+ 95°C
- 20°C
C
C
120
Flow rate lt/min
A
NetWeight
Weight
PP
PP
196.8
700
72.5 psi
5 bar
The curves
curves and
and performance
performance values
values refer
refer to
to pumps
pumps with
with submerged
submerged suction
suction and
and free
a free
delivery
outletwith
with
The
delivery
outlet,
water at
at 20°C.
20°C, These
and vary
according
the construction
material.
water
data
may varytoaccording
to the construction
materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
AA
229.6
600
87 psi
6 bar
B
C
`
`
2.64
Head H (ft)
TECHNICAL DATA
COMPOSITION
16
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P0120
P = PP
KC = PVDF+CF
S = SS
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
- = zone 2
AB = STANDARD
P 170
PP
PVDF+CF
PERFORMANCE
Fluid connections
1” BSP - DN25
Air connection
1/2” BSP
Max. Flow rate
170 It/mm
Max air pressure
8 bar
70
Max delivery head
80 m
60
Max Suction Lift Dry
5m
Max Suction Lift Wet
Flow rate U.S.gpm
10.57 13.21 15.85 18.49 21.13 23.78 26.42 29.06 31.70 34.34 36.98 39.62 42.27 44.91
90
80
50
40
9,8 m
7,5 mm
Noise level:
75 dB
Max Viscosity:
35.000 cps
Displacement per Stroke:
Head H (m)
30
Max Solid passing
20
116 psi
8 bar
295.2
250
400
262.4
101.5 psi
700
7 bar
196.8
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
0
40
50
60
70
80
700 CC ~
Air supply
pressure
`
GB C IIB T 135 °C
` EX II 3/3 GD
120 130 140
150
160
A
B B
C
C
170
Air consumption
NIt/min
DIMENSIONS
NetWeight
Weight
ALU
ALU
430430
mmmm222222
mmmm416 mm
416
404 mm 14,2
15Kg
Kg
430430
mmmm222222
mmmm416 mm
416
404 mm 16,2
16
Kg
17Kg
370370
mmmm222222
mmmm
364 mm
234 mm 13,2
15
Kg
14Kg
364
SS
SS
357357
mmmm222222
mmmm
371 mm
371 mm
PVDF
PVDF
100 110
The
freedelivery
deliveryoutlet,
outlet with
with
Thecurves
curvesand
andperformance
performancevalues
valuesrefer
refertotopumps
pumpswith
withsubmerged
submergedsuction
suctionand
andafree
water
varydata
according
to according
the construction
wateratat20°C,
20°C.and
These
may vary
to the material.
construction materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
PP
PP
90
Flow rate lt/min
II 3/3 G Ex h IIB T4 Gc
EX II 3/3 GD h IIB T4
II -/3 D Ex h IIIB T135°C Dc X
AA
229.6
900
87 psi
6 bar
17,2
20
Kg
18Kg
B
Temperature
Temperature
- 4°C + 65°C
+ 65°C
- 4°C
- 20°C + 95°C
+ 95°C
- 20°C
C
`
`
SS SS
Head H (ft)
TECHNICAL DATA
ALU (P 160)
- 20°C + 95°C
+ 95°C
- 20°C
20°C
+ 95°C
- 20°C + 95°C
COMPOSITION
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P0170
P0170
P0160
P = PP
KC = PVDF+CF
S = SS
A = ALU
HT =HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
- = zone 2
AB = STANDARD
17
P 252
PP
PVDF+CF
PERFORMANCE
Fluid connections
1”1/4” BSP
Air connection
1/2” BSP
Flow rate U.S.gpm
6.60
90
Max. Flow rate
250 It/min
80
Max air pressure
8 bar
70
Max delivery head
80 m
60
Max Suction Lift Dry
5m
50
40
Max Suction Lift Wet
9,8 m
Max Solid passing
7,5 mm
Noise level:
75 dB
Max Viscosity:
35.000 cps
Displacement per Stroke:
700 CC ~
II 3/3 G Ex h IIB T4 Gc
EX II 3/3 GD h IIB T4
II -/3 D Ex h IIIB T135°C Dc X
`
`
GB C IIB T 135 °C
EX II 3/3 GD
Head H (m)
30
20
116 psi
13.21
26.42
PVDF
PVDF
ALU
ALU
SS
SS
46.23
52.83
59.44
66.04
262.4
700
229.6
87 psi
6 bar
1000
196.8
72.5 psi
164
5 bar
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
0
25
50
75
100
125
150
175
200
225
250
C
C
275
Flow rate lt/min
Air supply
pressure
Air consumption
NIt/min
A
B B
72.65
500
101.5 psi
7 bar
DIMENSIONS
PP
PP
39.62
The curves
curves and
and performance
performance values
values refer
refer to
to pumps
pumps with
with submerged
submerged suction
suction and
and free
a free
delivery
outletwith
with
The
delivery
outlet,
water at
at 20°C.
20°C, These
and vary
according
the construction
material.
water
data
may varytoaccording
to the construction
materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
A A
33.02
295.2
250
8 bar
19.81
NetWeight
Weight
396396
mmmm222222
mmmm
388 mm
388 mm 14,2
15Kg
Kg
396396
mmmm222222
mmmm
388 mm
388 mm 16,2
16Kg
Kg
370370
mmmm222222
mmmm
364 mm
365
15Kg
Kg
364 mm 13,2
357357
mmmm222222
mmmm
374 mm
17,2
Kg
374 mm
20 Kg
B
Temperature
Temperature
- 4°C + +
65°C
- 4°C
65°C
- 20°C + +
95°C
- 20°C
95°C
- 20°C + +
95°C
- 20°C
95°C
C
`
`
SS
Head H (ft)
TECHNICAL DATA
ALU (P 250)
- 20°C + 95°C
- 20°C + 95°C
COMPOSITION
18
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P0252
P0252
P0250
P = PP
KC = PVDF+CF
S = SS
A = ALU
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
- = zone 2
AB = STANDARD
P 400
PP
PVDF+CF
ALU
TECHNICAL DATA
PERFORMANCE
Fluid connections
1”1/2 BSP - DN 40
Air connection
1/2” BSP
13.21
Flow rate U.S.gpm
26.42
80
8 bar
70
Max Suction Lift Dry
5m
Max Suction Lift Wet
9,8 m
Max Solid passing
8 mm
Noise level:
78 dB
Max Viscosity:
40.000 cps
Displacement per Stroke:
1200 CC ~
60
50
40
ALU
ALU
SS
SS
262.4
900
229.6
1100
6 bar
196.8
1500
164
5 bar
4 bar
131.2
30
3 bar
98.4
29 psi
Head (m)
20
65.6
2 bar
32.8
10
0
50
Air supply
pressure
100
150
200
250
300
350
400
The
freedelivery
deliveryoutlet,
outlet with
with
Thecurves
curvesand
andperformance
performancevalues
valuesrefer
refertotopumps
pumpswith
withsubmerged
submergedsuction
suctionand
andafree
water
varydata
according
to according
the construction
wateratat20°C,
20°C.and
These
may vary
to the material.
construction materials and hydraulic conditions.
A
C
NetWeight
Weight
454454
mmmm260260
mmmm
564 mm
562 mm 18,2
20Kg
Kg
564
454454
mmmm260260
mmmm
564 mm
562
20Kg
24
Kg
564 mm 22,2
445443
mmmm260260
mmmm
563 mm
562
24Kg
Kg
445
563 mm 22,2
361361
mmmm260260
mmmm
502 mm
25,3
Kg
502 mm
27 Kg
B
Temperature
Temperature
- 4°C + +
65°C
- 4°C
65°C
- 20°C + +
95°C
- 20°C
95°C
- 20°C + +
95°C
- 20°C
95°C
C
C
450
Flow rate lt/min
Air consumption
NIt/min
DIMENSIONS
B B
118.88
43.5 psi
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
PVDF
PVDF
105.67
58 psi
`
GB C IIB T 135 °C
` EX II 3/3 GD
PP
PP
92.46
7 bar
72.5 psi
II 3/3 G Ex h IIB T4 Gc
EX II 3/3 GD h IIB T4
II -/3 D Ex h IIIB T135°C Dc X
AA
79.25
600
8 bar
87 psi
80 m
66.04
295.2
116 psi
101.5 psi
Max delivery head
52.83
90
380 It/min
Max air pressure
39.62
Head H (ft)
Max. Flow rate
`
`
SS
- 20°C + 95°C
- 20°C + 95°C
COMPOSITION
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
P0400
P = PP
KC = PVDF+CF
S = SS
A = ALU
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
ATEX
PORTS
- = zone 2 AB
AB == STANDARD
STANDARD
EF = STANDARD SS
19
P 700
PP
PVDF+CF
ALU
TECHNICAL DATA
PERFORMANCE
2” BSP - DN 50
Air connection
3/4” BSP
Max. Flow rate
700 It/min
Max air pressure
Flow rate U.S.gpm
13.21
90
80
8 bar
70
Max delivery head
80 m
Max Suction Lift Dry
5m
Max Suction Lift Wet
9,8 m
30
Max Solid passing
8,5 mm
20
60
50
Head H (m)
40
Noise level:
78 dB
Max Viscosity:
50.000 cps
Displacement per Stroke:
3050 CC ~
1200
116 psi
8 bar
39.62
52.83
66.04
92.46 105.67 118.88
132.09 145.29
158.50
295.2
1800
262.4
2400
101.5 psi
3700
7 bar
229.6
87 psi
6 bar
196.8
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
50
100
150
200
250
300
350
400
450
500
550
600
Air supply
pressure
EX II 3/3 GD
GB C IIB T 135 °C
The curves
curves and
and performance
performance values
values refer
refer to
to pumps
pumps with
with submerged
submerged suction
suction and
and free
a free
delivery
outletwith
with
The
delivery
outlet,
water at
at 20°C.
20°C, These
and vary
according
the construction
material.
water
data
may varytoaccording
to the construction
materials and hydraulic conditions.
A
C
700
Air consumption
NIt/min
DIMENSIONS
C
650
Flow rate lt/min
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
B B
171.71 184.92
10
0
II 3/3 G Ex h IIB T4 Gc
EX II 3/3 GD h IIB T4
II -/3 D Ex h IIIB T135°C Dc X
AA
79.25
NetWeight
Weight
PP
PP
595595
mmmm345345
mmmm
570 mm
565
33Kg
Kg
570 mm 30,6
PVDF
PVDF
595595
mmmm345345
mmmm
570 mm
565
570 mm
41,6
33
Kg
44Kg
Kg
ALU
ALU
595595
mmmm345345
mmmm
567 mm
560
567 mm
37,6
40Kg
Kg
SS
SS
487487
mmmm345345
mmmm
599 mm
599 mm
5153
KgKg
B
Temperature
Temperature
- 4°C + +
65°C
- 4°C
65°C
- 20°C + +
95°C
- 20°C
95°C
- 20°C + +
95°C
- 20°C
95°C
C
`
`
26.42
Head H (ft)
Fluid connections
`
`
SS
- 20°C + +
95°C
- 20°C
95°C
COMPOSITION
20
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P0700
P = PP
KC = PVDF+CF
S = SS
A = ALU
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
K = PVDF
S = SS
Z = PE-UHMWE
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGED
5 = NPT
- = zone 2
AB = STANDARD
AB = STANDARD
EF = STANDARD SS
P 1000
PP
PVDF
ALU
PERFORMANCE
Fluid connections
3” BSP - DN 80
Air connection
3/4” BSP
Max. Flow rate
26.42
90
1050 It/min
80
Max air pressure
8 bar
70
Max delivery head
80 m
60
Max Suction Lift Dry
5m
Max Suction Lift Wet
9,8 m
30
Max Solid passing
12 mm
20
Noise level:
82 dB
Max Viscosity:
55.000 cps
Displacement per Stroke:
Head H (m)
40
105.67
237.75 264.17 290.59
3000
8 bar
262.4
3500
101.5 psi
4500
7 bar
229.6
87 psi
6 bar
196.8
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
0
100
200
300
400
500
600
700
800
900
1000
1100
Flow rate lt/min
9750 CC ~
Air supply
pressure
`
GB C IIB T 135 °C
` EX II 3/3 GD
II 3/3 G Ex h IIB T4 Gc
EX II 3/3 GD h IIB T4
II -/3 D Ex h IIIB T135°C Dc X
Air consumption
NIt/min
The
freedelivery
deliveryoutlet,
outlet with
with
Thecurves
curvesand
andperformance
performancevalues
valuesrefer
refertotopumps
pumpswith
withsubmerged
submergedsuction
suctionand
andafree
water
varydata
according
to according
the construction
wateratat20°C,
20°C.and
These
may vary
to the material.
construction materials and hydraulic conditions.
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
A
DIMENSIONS
AA
132.09 158.50 184.92 211.34
295.2
1900
116 psi
Flow rate U.S.gpm
79.25
B B
C
C
NetWeight
Weight
PP
PP
685685
mmmm417417
mmmm933 mm
933 mm
48,5
50Kg
Kg
PVDF
PVDF
685685
mmmm417417
mmmm933 mm
933 mm
53,5
55Kg
Kg
ALU
ALU
570570
mmmm420420
mmmm
838 mm
838 mm
53,5
55Kg
Kg
SS
SS
570570
mmmm420420
mmmm
838 mm
838 mm 111,5
120Kg
Kg
B
Temperature
Temperature
- 4°C + 65°C
+ 65°C
- 4°C
- 20°C+ 95°C
+ 95°C
- 20°C
C
`
`
50
52.83
Head H (ft)
TECHNICAL DATA
SS
- 20°C+ 95°C
+ 95°C
- 20°C
- 20°C+ 95°C
+ 95°C
- 20°C
COMPOSITION
MODEL
CASING
DIAPHRAGM
BALLS
SEATS
GASKET
CONNECTIONS
ATEX
PORTS
P1000
P = PP
K = PVDF
S = SS
A = ALU
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
T = PTFE
S = SS
D = EPDM
N = NBR
P = PP
P = PP
K = PVDF
K = PVDF
S = SS
S = SS
Z = PE-UHMWE
A = ALU
A = ALU
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
1=
= FLANGED
BSP
2
2=
= NPT
FLANGED
5
- = zone 2
AB = STANDARD
21
PHOENIX
FOOD
Air operated double diaphragms pumps
Realized in:
SS AISI 316 electro-polished
Flow-rate from 20lt/min to 1.000 lt/min
Tri-Clamp Connection.
ATEX certification
EX IIG 3/3
h
T4135°C
Atex
zone
2 II- 3/3
c IIB
Atex
zone
2 `
Ex h GD
IIB T4
GcT
-/3IIIID2/2
Ex h GD
IIIB h
T135°C
X
Atex zone`
1 -IIEX
EX
2/2
GD
c IIB
IIB T4
TDc
135°C
Atex zone 1
` II 2/2 G Ex h IIB T4 Gb
` II -/2 D Ex h IIIB T135°C Db X
`
`
PERFORMANCE
3/4” TRI-CLAMP
Air connection
6 mm
Max. Flow rate
20 lt/min
Max air pressure
7 bar
Max delivery head
70 m
153
Fluid connections
Flow rate U.S.gpm
80
5m
70
9,8 m
60
Max Solid passing
2,5 mm
40
Noise level:
65 dB
20
Max Viscosity:
10.000 cps
Max Suction Lift Wet
50
30
BALLS
HT = HYTREL+PTFE
T = PTFE
S = SS
PHOENIX FOOD 30
PF 30
SEATS
GASKET
S = SS
T = PTFE
Fluid connections
1” TRI-CLAMP
Air connection
6 mm
Max. Flow rate
35 lt/min
Max air pressure
7 bar
Max delivery head
70 m
9,8 m
Max Solid passing
3 mm
60
196.8
164
58 psi
4 bar
131.2
98.4
29 psi
2 bar
65.6
21.7 psi
1.5 bar
32.8
2
4
6
8
10
12
14
16
BALLS
HT = HYTREL+PTFE
T = PTFE
S = SS
18
20
Air supply pressure
Air consumption Nlt/min
Air supply pressure
Air consumption NIt/min
The curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and
free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the
construction materials and hydraulic conditions.
Weight
Net
Weight
Temperature
Temperature
2,3Kg
Kg
2,5
-20°C
+95°C
- 20°C
+95°C
ATEX
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6 = DIN
PORTS
- = zone 2
X = zone 1
AB = STANDARD
PERFORMANCE
1.32
101.5 psi
7 bar
70
106
GASKET
S = SS
T = PTFE
6.60
7.93
40
229.6
90
196.8
140
164
4 bar
131.2
43.5 psi
3 bar
30
SEATS
5.28
58 psi
40
15.000 cps
3.96
72.5 psi
5 bar
50
65 dB
2.64
87 psi
6 bar
60
EX II 3/3 GD h IIB T4 ( STD. zone 2)
` ATEX
ZONE 2 certification as Standard and,
EX II 3/3 ATEX
GD
°C (STD. zone 2)
`
GB C IIB T 135
`onEX
1. 1)
II 2/2 GD h IIBZONE
T4 (zone
` request,
GB C IIB T 135 °C (zone 1)
` EX II 2/2 GD
DIAPHRAGM
4.76
Flow rate U.S.gpm
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
S = SS
POLISHED
4.23
229.6
40
43.5 psi
3 bar
80
Displacement per Stroke: 65 CC ~
PF0030
3.70
Flow rate lt/min
5m
Max Suction Lift Wet
Max Viscosity:
CASING
3.17
184
Noise level:
MODEL
2.64
110
TECHNICAL DATA
Max Suction Lift Dry
AISI 316 ELECTRO-POLISHED
2.11
203
S = SS
POLISHED
DIAPHRAGM
20
87 psi
6 bar
0
Head H (m)
PF0018
CASING
1.59
72.5 psi
5 bar
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
MODEL
1.06
10
Displacement per Stroke: 30 CC ~
EX II 3/3 GD h IIB T4 ( STD. zone 2)
`
2 certification
as °C
Standard
GB
EX IIZONE
3/3 GD
C IIB T 135
(STD.and,
zone 2)
`
` ATEX
on request, ATEX ZONE 1.
EX
II
2/2
GD
h
IIB
T4
(zone
1)
` EX II 2/2 GD
GB C IIB T 135 °C (zone 1)
`
0.53
101.5 psi
7 bar
Head H (ft)
Max Suction Lift Dry
AISI 316 ELECTRO-POLISHED
92
148
Head H (m)
PF 18
TECHNICAL DATA
98.4
29 psi
2 bar
21.7 psi
1.5 bar
20
65.6
10
32.8
0
5
10
Air supply pressure
Air supply pressure
15
20
Air consumption Nlt/min
Air consumption NIt/min
25
30
Head H (ft)
PHOENIX FOOD 18
35
Flow rate lt/min
The curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the construction materials and hydraulic conditions.
Weight
Net
Weight
Temperature
Temperature
43,8
KgKg
-20°C
+95°C
- 20°C
+95°C
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6 = DIN
ATEX
- = zone 2
X= zone 1
PORTS
AB = STANDARD
23
Fluid connections
1” TRI-CLAMP
Air connection
1/4” BSP
Max. Flow rate
65 lt/min
Max air pressure
8 bar
Max delivery head
80 m
Max Suction Lift Dry
5m
Flow rate U.S.gpm
2.64
80
9,8 m
70
60
Max Solid passing
3,5 mm
50
Noise level:
72 dB
30
Max Viscosity:
20.000 cps
EX II 3/3 GD h IIB T4 ( STD. zone 2)
`
2 certification
as Standard
II 3/3 GD
C IIB T 135
°C (STD.and,
zone 2)
EX ZONE
GB
`ATEX
`
on request, ATEX ZONE 1.
EX
II
2/2
GD
h
IIB
T4
(zone
1)
`
GB C IIB T 135 °C (zone 1)
` EX II 2/2 GD
40
20
HT = HYTREL+PTFE
T = PTFE
S = SS
PHOENIX FOOD 120
PF 120
SEATS
GASKET
S = SS
T = PTFE
PF0120
24
24
S = SS
POLISHED
295.2
140
280
262.4
370
229.6
196.8
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
20
30
40
50
Air supply pressure
Air consumption Nlt/min
Air supply pressure
Air consumption NIt/min
60
70
Flow rate lt/min
The curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and
free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the
construction materials and hydraulic conditions.
Weight
Net
Weight
Temperature
Temperature
7,3
7
KgKg
6
-20°C
+95°C
- 20°C
+95°C
ATEX
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6 = DIN
PORTS
- = zone 2
X = zone 1
AB = STANDARD
PERFORMANCE
Fluid connections
1”1/2”TRI-CLAMP
Air connection
3/8” BSP
Max. Flow rate
120 lt/min
Max air pressure
8 bar
Max delivery head
80 m
Max Suction Lift Dry
5m
90
Max Suction Lift Wet
9,8 m
70
80
60
Max Solid passing
4 mm
50
Noise level:
72 dB
30
Max Viscosity:
25.000 cps
40
EX IIZONE
3/3 GD
h IIB T4 ( STD.
zone 2) and,
2 certification
as Standard
`ATEX
`
on EX
request,
GD
IIB T1.135 °C (STD. zone 2)
II 3/3ATEX
GB CZONE
EX II 2/2 GD h IIB T4 (zone 1)
DIAPHRAGM
BALLS
HT = HYTREL+PTFE
T = PTFE
S = SS
177
Flow rate U.S.gpm
2.64
GD
IIBvary
T 135
EX II 2/2
GB Cmay
Displacement
per stroke
based°C
on(zone
suction 1)
condition,
discharge head, air pressure and fluid type.
CASING
18.49
259
`
`
`
MODEL
15.85
87 psi
6 bar
TECHNICAL DATA
Displacement per Stroke: 200 CC ~
AISI 316 ELECTRO-POLISHED
13.21
296
S = SS
POLISHED
BALLS
10.57
101.5 psi
7 bar
0
SEATS
GASKET
S = SS
T = PTFE
Head H (m)
PF0060
DIAPHRAGM
7.93
10
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
CASING
116 psi
8 bar
5.28
Head H (ft)
90
Displacement per Stroke: 140 CC ~
MODEL
165
271
246
Max Suction Lift Wet
AISI 316 ELECTRO-POLISHED
PERFORMANCE
Head H (m)
PF 60
TECHNICAL DATA
20
116 psi
8 bar
5.28
7.93 10.57 13.21 15.85 18.49 21.13 23.78 26.42 29.06
295.2
200
262.4
400
101.5 psi
7 bar
229.6
600
87 psi
6 bar
196.8
700
72.5 psi
5 bar
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
10
0
10
20
30
40
50
60
70
Air supply pressure
Air consumption Nlt/min
Air supply pressure
Air consumption NIt/min
80
90
100
110
Head H (ft)
PHOENIX FOOD 60
120
Flow rate lt/min
The curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and
free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the
construction materials and hydraulic conditions.
Weight
Net
Weight
Temperature
Temperature
9,6Kg
Kg
10
-20°C
+95°C
- 20°C
+95°C
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6= DIN
ATEX
- = zone 2
X = zone 1
PORTS
AB = STANDARD
Fluid connections
1”1/2 TRI-CLAMP
Air connection
1/2” BSP
Max. Flow rate
170 lt/min
Max air pressure
8 bar
Max delivery head
80 m
Max Suction Lift Dry
5m
Flow rate U.S.gpm
10.57 13.21 15.85 18.49 21.13 23.78 26.42 29.06 31.70 34.34 36.98 39.62 42.27 44.91
80
Max Suction Lift Wet
9,8 m
Max Solid passing
7,5 mm
Noise level:
75 dB
Max Viscosity:
35.000 cps
70
60
50
40
30
EX II 3/3 GD h IIB T4 ( STD. zone 2)
`
2 certification
as °C
Standard
EX IIZONE
3/3 GD
C IIB T 135
(STD.and,
zone 2)
GB
`
` ATEX
on request, ATEX ZONE 1.
EX
II
2/2
GD
h
IIB
T4
(zone
1)
`
GB C IIB T 135 °C (zone 1)
` EX II 2/2 GD
20
BALLS
HT =HYTREL+PTFE
T = PTFE
S = SS
GASKET
S = SS
T = PTFE
Fluid connections
2” TRI-CLAMP
Air connection
1/2” BSP
Max. Flow rate
380 lt/min
Max air pressure
8 bar
Max delivery head
80 m
PF0400
S = SS
POLISHED
164
58 psi
4 bar
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
65.6
32.8
0
40
50
60
70
80
90
100 110
120 130 140
Air supply pressure
Air consumption Nlt/min
Air supply pressure
Air consumption NIt/min
17,2
20
18
KgKg
-20°C
+95°C
- 20°C
+95°C
ATEX
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6 = DIN
PORTS
- = zone 2
X = zone 1
AB = STANDARD
PERFORMANCE
Max Suction Lift Wet
9,8 m
70
Max Solid passing
8 mm
Noise level:
78 dB
260
26.42
39.62
79.25
92.46
105.67
118.88
262.4
900
7 bar
229.6
1100
87 psi
6 bar
196.8
1500
72.5 psi
50
66.04
600
8 bar
101.5 psi
60
52.83
295.2
116 psi
80
164
5 bar
58 psi
40
4 bar
131.2
43.5 psi
30
3 bar
98.4
29 psi
40.000 cps
EX II ZONE
3/3 GD2hcertification
IIB T4 ( STD.
2) and,
aszone
Standard
`
` ATEX
request,
1.
EX
IIII 3/3
GD
IIB
EX
3/3ATEX
GB CCZONE
IIB TT 135
135°C
°C(STD.
(STD.zone
zone2)
2)
`onEX
` II 2/2 GD h IIB T4 (zone 1)
EX IIII 2/2
2/2GD
GB CC IIB
IIBTT135
135°C
°C(zone
(zone1)
1)
` EX
T = PTFE
S = SS
Flow rate lt/min
Temperature
Temperature
5m
HT = HYTREL+PTFE
170
Weight
Net
Weight
Max Suction Lift Dry
BALLS
160
The curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and
free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the
construction materials and hydraulic conditions.
90
DIAPHRAGM
150
Flow rate U.S.gpm
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
CASING
196.8
72.5 psi
5 bar
13.21
Displacement per Stroke: 700
1200CC
CC~~
MODEL
229.6
900
87 psi
6 bar
361
Max Viscosity:
AISI 316 ELECTRO-POLISHED
262.4
700
7 bar
TECHNICAL DATA
PHOENIX FOOD 400
PF 400
SEATS
400
501,50
S = SS
POLISHED
DIAPHRAGM
250
8 bar
10
SEATS
GASKET
S = SS
T = PTFE
20
Head (m)
PF0170
CASING
295.2
116 psi
101.5 psi
Head H (ft)
90
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
MODEL
222
371
357
Displacement per Stroke: 700 CC ~
AISI 316 ELECTRO-POLISHED
PERFORMANCE
Head H (m)
PF 170
TECHNICAL DATA
65.6
2 bar
32.8
10
0
50
100
Air supply pressure
Air supply pressure
150
200
250
300
Air consumption Nlt/min
Air consumption NIt/min
350
400
Head H (ft)
PHOENIX FOOD 170
450
Flow rate lt/min
The curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and
free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the
construction materials and hydraulic conditions.
Weight
Net
Weight
Temperature
Temperature
25,3
27
KgKg
-20°C
+95°C
- 20°C
+95°C
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6 = DIN
ATEX
- = zone 2
X = zone 1
PORTS
EF = STANDARD
AB
25
PERFORMANCE
2”1/2 TRI-CLAMP
Air connection
3/4” BSP
Max. Flow rate
700 lt/min
Max air pressure
8 bar
Max delivery head
80 m
Max Suction Lift Dry
5m
598
Fluid connections
Flow rate U.S.gpm
13.21
90
8,5 mm
Noise level:
78 dB
30
Max Viscosity:
50.000 cps
BALLS
HT = HYTREL+PTFE
T = PTFE
S = SS
26
26
GASKET
S = SS
T = PTFE
3” BSP
Air connection
3/4” BSP
Max. Flow rate
1050 lt/min
Max air pressure
8 bar
Max delivery head
80 m
Max Suction Lift Dry
5m
Max Suction Lift Wet
9,8 m
Max Solid passing
PF1000
CASING
S = SS
POLISHED
229.6
196.8
72.5 psi
5 bar
164
58 psi
4 bar
40
131.2
43.5 psi
3 bar
98.4
29 psi
2 bar
20
65.6
10
32.8
0
50
100
150
200
250
300
350
400
450
500
Air consumption Nlt/min
Air supply pressure
Air consumption NIt/min
Temperature
Temperature
51Kg
Kg
53
-20°C
+95°C
- 20°C
+95°C
ATEX
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6 = DIN
PORTS
- = zone 2
X = zone 1
EF
AB == STANDARD
STANDARD
PERFORMANCE
B
0
0
12 mm
GASKET
S = SS
T = PTFE
105.67
132.09 158.50 184.92 211.34
237.75 264.17 290.59
295.2
262.4
3500
101.5 psi
4500
7 bar
229.6
87 psi
6 bar
196.8
72.5 psi
5 bar
50
164
58 psi
4 bar
131.2
43.5 psi
3 bar
30
SEATS
79.25
3000
8 bar
40
EX II 3/3 GD h IIB T4 ( STD. zone 2)
`ATEX
ZONE 2 certification as Standard and,
`
on EX
request,
GB CZONE
II 3/3ATEX
GD
IIB T1.135 °C (STD. zone 2)
`
EX
II
` 2/2 GD h IIB T4 (zone 1)
GB C IIB T 135 °C (zone 1)
` EX II 2/2 GD
52.83
1900
116 psi
60
55.000 cps
T = PTFE
S = SS
700
Weight
Net
Weight
70
Max Viscosity:
HT = HYTREL+PTFE
650
The curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and
free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the
construction materials and hydraulic conditions.
80
82 dB
BALLS
600
Flow rate lt/min
Air supply pressure
90
Noise level:
DIAPHRAGM
550
Flow rate U.S.gpm
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
MODEL
262.4
87 psi
26.42
Displacement per Stroke: 9750 CC ~
AISI 316 ELECTRO-POLISHED
295.2
A
Fluid connections
171.71 184.92
3700
TECHNICAL DATA
PHOENIX FOOD 1000
PF 1000
SEATS
158.50
C
S = SS
POLISHED
DIAPHRAGM
132.09 145.29
6 bar
Head H (m)
PF0700
CASING
92.46 105.67 118.88
2400
Displacement per stroke may vary based on suction condition,
discharge head, air pressure and fluid type.
MODEL
79.25
7 bar
Displacement per Stroke: 3050 CC ~
EX IIZONE
3/3 GD
h IIB T4 ( STD.
zone 2) and,
2 certification
as Standard
`
EX II 3/3 GD
GB
C IIB T 135
°C (STD. zone 2)
`
`ATEX
on request, ATEX ZONE 1.
EX
II
2/2
GD
h
IIB
T4
(zone
1)
`
GB C IIB T 135 °C (zone 1)
` EX II 2/2 GD
66.04
1800
8 bar
60
Max Solid passing
52.83
101.5 psi
70
50
39.62
1200
116 psi
80
9,8 m
26.42
Head H (ft)
Max Suction Lift Wet
AISI 316 ELECTRO-POLISHED
345
487
Head H (m)
PF 700
TECHNICAL DATA
98.4
29 psi
2 bar
20
65.6
32.8
10
0
100
200
300
Air
Air supply
supply pressure
pressure
400
500
600
700
Air consumption
consumption NIt/min
Nlt/min
Air
800
900
1000
Head H (ft)
PHOENIX FOOD 700
1100
Flow rate lt/min
The
curves and performance values refer to pumps with submerged suction
The curves and performance values refer to pumps with submerged suction and a free delivery outlet with water at 20°C, and vary
and
free delivery outlet, with water at 20°C. These data may vary according to
according to the construction material.
the construction materials and hydraulic conditions.
Weight
Net
Weight
Temperature
Temperature
111,5
120
KgKg
-20°C
+95°C
- 20°C
+95°C
CONNECTIONS
3 = TRI-CLAMP
1 = BSP
6 = DIN
ATEX
- = zone 2
X = zone 1
PORTS
AB = STANDARD
STANDARD
SPECIAL PUMPS
Air operated double diaphragms pumps
with special features:
PHOENIX ATEX certification zone 1 ATEX
ACCURATE PHOENIX remote control
DRUM PHOENIX to empty drums and tanks
TWIN PHOENIX with double inlet/outlet
POWDER PHOENIX to handle powder trasferring
SUBMERSIBLE PHOENIX ready to be submerged directly into the fluid
`
PHOENIX ATEX `
PVDF+CF
PP+CF
POMc+CF
SS FOOD
SS
ALU
European ATEX Directive 94/9/CE
European
ATEX
directive 94/9/CE
2014/34/UE
`IIEuropean
2/2 GD c IIBATEX
T 135°CDirective
T4Gb
`
2/2 GGD
Ex h
h IIB
IIB T4
`IIII 2/2
`Safety
symbols: DIN 40012 Annex A
`
` II -/2 D Ex h IIB T135°C Db X
II 2/2 GD c IIB T 135°C
Safety symbols: DIN 40012 Annex A
II Equipment
surface
Safety symbolGroup:
in agreement
with DIN 40012 appendix A
`
II Equipment
Group: surface
for use in2
zones
withof
theprotection
occasional presence
of combustible
gases,
II 2/2Equipment
G surface equipment
2/2
category:
Level
- High
level - Zone
1 fumes or fogs, as well as dust, in the air during the normal
2/2 Equipment
category:
2 inLevel
of and
protection
1127-1 par. 6.3),
the external
internal zone. - High level - Zone 1
II -/2 D operation (EN
GD Type of explosive atmospheres (group II) G = Gas vapours – D = Dust
Ex h equipment
in protection
mode “c”, or “b”, or (group
“k”, in agreement
standard
EN 80079-37
GD Type
of explosive
atmospheres
II) G with
= Gas
vapours
– D = Dust
h
Equipment
protection
mode
“c”,acetylene,
or “b”,
orcarbon
“k”,
agreement with standard EN 80079-37
cIIBEquipment
protection:
safety
(ENin
13463-5).
except for thein
following
gases:constructional
hydrogen,
sulphide
c Equipment protection: constructional safety (EN 13463-5).
IIIB Group
except for
following
dust: conductive
dust of the following products: Hydrogen, acetylene, carbon disulphide.
IIB
ofthe
gas:
IIB Ethylene.
Exclusion
IIB Group
oftemperature
gas: IIBclass
Ethylene.
T4/T135°C
admitted. Exclusion of the following products: Hydrogen, acetylene, carbon
T4
(T4)(T4)
Temperature
class
(group
II): Maximum
surface
temperature
[°C][°C]
135 135
T 135°
Temperature
class
(group
II): Maximum
surface
temperature
disulphide.
T 135° (T4) Temperature class (group II): Maximum surface temperature [°C] 135
PUMPS
ALL RANGE
TECHNICAL DATA
MAIN APPLICATIONS
• Petrol-Chemical Industry • Painting industry
• Flexographic industry
• Automotive industry
• Food industry
Fluimac has filed with the BUREAU VERITAS certification body the documentation certifying ATEX compliance pursuant to
Directive 94/9/CE
for its
of AODD
pumps
andand
pulsation
dampeners,
withwith
special
construction
materials
to have
zone 1
2014/34/UE
forranges
its ranges
of AODD
pumps
pulsation
dampeners,
special
construction
materials
to have
zone 1 certification.
certification.
28
28
ACCURATE PHOENIX
PLC
PLC
PLC+PLC+
PNEUMATIC
PNEUMATIC
VALVE
VALVE
PUMPS
AP7
AP18
AP30
AP60
AP90
AP120
AP170
AP252
MAIN APPLICATIONS
• CHEMICAL INDUSTRY
• WASTE DISPOSAL TECHNOLOGY
• FLEXOGRAPHIC INDUSTRY
• PAINTING INDUSTRY
• PRINTING INDUSTRY
• WATER TREATMENT
TECHNICAL DATA
ACCURATE PHOENIX are Pumps that
external
pump
control
necessary
exacting
applications
such
as
givesgive
youyou
the the
external
pump
control
necessary
for for
exacting
applications
such
as batching.
batching.
a direct interface
electricalthat
interface
that
utilizes impulses
electrical to
impulses
to stroke
pump
of differential
Featuring Featuring
a direct electrical
utilizes
electrical
stroke the
pump the
instead
of instead
differential
pressure, the
pressure,
thePHOENIX
ACCURATE
PHOENIX
provides
a variable
stroke
rateeasily
that you
can easily
control as needed.
ACCURATE
provides
a variable
stroke
rate that
you can
control
as needed.
Note: PLC and computer system not included.
29
30
30
DRUM PHOENIX
SUBMERSIBLE
SUBMERSIBLES
PHOENIX
PUMPS
PUMPS
DP18 - DP30ALL
- DP60
- DP120 - DP170
RANGE
ALL RANGE
MAIN APPLICATIONS
MAIN APPLICATIONS
• CHEMICAL INDUSTRY
• WASTE DISPOSAL TECHNOLOGY
• AUTOMOTIVE INDUSTRY
• FOOD INDUSTRY
TECHNICAL DATA
DRUM PHOENIX are designed for emptying drums and containers,
and provide an economical and wear resistant alternative to other
pumping systems. In order to handle a wide range of fluids, DP pumps
are available in all materials. The pump can be quickly and easily
mounted on the drum with its feet. The drum will be completely
emptied with a suction pipe.
TWIN PHOENIX
PUMPS
ALL TP65
RANGE
TP18 - TP30 - TP50
- TP100 - TP160
TP250 - TP400
• CHEMICAL INDUSTRY
• WASTE DISPOSAL TECHNOLOGY
• FOOD INDUSTRY
• PETROL-CHEMICAL INDUSTRY
TECHNICAL DATA
SUBMERSIBLE
SUBMERSIBLESpumps
pumpsmay
maybe
besubmerged
submergedinto
intothe
theliquid.
liquid.It Itisisimporimtant to make
suresure
thatthat
all components
which
are are
in contact
withwith
the the
portant
to make
all components
which
in contact
liquid are chemically compatible. The air exhaust must be led to the
athmosphereby
bymeans
meansofofaahose.
hose.
atmosphere
POWDER
PHOENIX
POWDERS
PUMPS
PP400 - PP700 IN ALU AND SS
MAIN APPLICATIONS
MAIN APPLICATIONS
MAIN APPLICATIONS
MAIN APPLICATIONS
• PAINTING INDUSTRY
• WASTEWATER TECHNOLOGY
• PAINTING INDUSTRY
• PRINTING INDUSTRY
• WASTEWATER TECHNOLOGY
• PAPER PROCESSING
• PRINTING INDUSTRY
• FLEXOGRAPHIC INDUSTRY
• PAPER PROCESSING
• FLEXOGRAPHIC INDUSTRY
• PAINTING INDUSTRY
• WASTEWATER TECHNOLOGY
• PAINTING INDUSTRY
• PRINTING INDUSTRY
• WASTEWATER TECHNOLOGY
• FOOD INDUSTRY
• PRINTING INDUSTRY
• CHEMICAL INDUSTRY
• FOOD INDUSTRY
• CHEMICAL INDUSTRY
TECHNICAL DATA
TECHNICAL DATA
TWIN PHOENIX are mainly used in the textile and paper processing
industry. These dual action pumps are able to transfer two different
media independently and simultaneously.
This is accomplished by using separate connections on the suction
and discharge ports, keeping two pumped media isolated from each
other, preventing unwanted mixing.
POWDERSpumps
pumpsare
aredesigned
design totomove
POWDER
movebulk
bulkpowders
powdersmore
moreeffectively
throughoutthroughout
your process
vs.process
other unsafe
andunsafe
labor intensive
effectively
your
vs. other
and labormeans.
These heavy
duty pumps will consistently transfer fine-grained,
intensive
means.
low-blulk
density
powders
in a dust-free
operation.
These
heavy
dutydry
pumps
will consistently
transfer
fine-grained,
low-bulk density dry powders in a dust-free operation.
DAMPER
Pneumatic, automatic pulsation dampeners Realized in:
PP, PVDF, ALUMINIUM, SS AISI 316, POMc
Applicable to all size of pumps.
ATEX ZONE
ZONE
1 CERTIFICATION
(Available
also2inAND
ATEX
ZONE
2 AND ZONE 1)
Available
in FOOD
or also
FOOD
version.version.
`
DAMPER
The active pulsation dampener is the most efficient
efficient way
way to
to remove
remove pressure
pressure variations
variations on
on the
the discharge
dischargeof
ofthe
thepump.
pump.
the correct
Fluimac pulsation dampener
dampener works
works actively
actively with
withcompressed
compressedair,
airsetting
and a automatically
diaphragm, setting
automatically the correct
pressure to
minimize
the
pulsations.
Pulsation
dampeners
require
minimum
maintenance
and
are, are,
subject
to theto the
to minimize the pulsations. Pulsation dampeners require minimum maintenance and
subject
requirements of the application, available in the same housing and diaphragm materials as the pump.
HOW IT WORKS
The pulsating flow of the discharge forces the
diaphragm upwards where it is cushioned by the air in
the chamber.The flexing of the diaphragm absorbs the
pulsation giving a smooth flow.
APPLICATION
Significant Pulsation Reduction with an average 70% - 80%
pulsation reduction in high back pressure applications.
Metering/ Injection/Dosing
• METERING/INJECTION/DOSING:
• Equalizes discharge pressure spikes, increasing accuracy
accuracy;
Filter Press/Inline
FiltersFILTERS:
• FILTER
PRESS/INLINE
• Increases filter efficiency and life by providing a smooth flow
flow;
Spraying
• SPRAYING:
• Smooth, consistent spray pattern.
pattern;
Filling
• FILLING:
• Eliminates inconsistent filling and splashing.
splashing;
Transfer
• TRANSFER:
• Eliminates harmful water hammer, preventing pipe and valve
damage.
damage.
INSTALLATION
PORT POSITION
T
32
A
B
DAMPER 20
TECHNICAL DATA
D20
Fluid connections
3/4” BSP
Air connection
6 mm
Max air pressure
8 bar
7
Capacity Volume
80 CC ~
( STD.
GD hCIIB
IIBT4
T 135
°C zone
(STD.2)zone 2)
` EX II 3/3 GD
ZONE 2 certification as Standard and,
` ATEX
ATEX
ZONE
1. °C1)
II 2/2 GD
hCIIB
T4
(zone
GD
IIB
T 135
(zone 1)
`onEXrequest,
DIMENSIONS
PP
PVDF
POMc
AISI
A (mm)
119
119
119
119
B (mm)
143
143
143
143
Net Weight
Weight
Kg Kg
0,6
0,65
0,7
0,65
1,9
2
Max Temperature +65°C
+95°C
+80°C
+95°C
Min Temperature
-20°C
-5°C
-20°C
-4°C
APPLY TO:
7 - 18 - 30
B
PP
A
PVDF+CF
POMc
MODEL
CASING
DIAPHRAGM
P = PP
KC = PVDF+CF
O = POMc
S = SS
D020
AISI
DAMPER 25
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
CONNECTIONS
PORTS
1 = BSP
2 = FLANGE
5 = NPT
T = STANDARD
TECHNICAL DATA
D25
Fluid connections
1” BSP
Air connection
8 mm
Max air pressure
8 bar
Capacity Volume
200 CC ~
( STD.
°C zone
(STD.2)zone 2)
` EX II 3/3 GD hCIIBIIBT4T 135
ATEX ZONE 2 certification as Standard and,
`
hCIIB
T4
(zone
ATEX
ZONE
1. °C1)
II 2/2 GD
IIB
T 135
(zone 1)
`onEXrequest,
DIMENSIONS
PP
PVDF
POMc
AISI
A (mm)
181
181
181
181
B (mm)
195
195
195
182
Net
Weight
Weight
Kg Kg
1,75
1,6
2
1,9
6,7
6,5
Max Temperature +65°C
+95°C
+80°C
+95°C
Min Temperature
-20°C
-5°C
-20°C
APPLY TO:
55 - 60 - 90 - 120
A
B
PP
-4°C
PVDF+CF
MODEL
D025
POMc
CASING
P = PP
KC = PVDF+CF
O = POMc
S = SS
AISI
DIAPHRAGM
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
CONNECTIONS
PORTS
1 = BSP
2 = FLANGE
5 = NPT
T = STANDARD
AB = SS
33
DAMPER 40
TECHNICAL DATA
D40
Fluid connections
1”1/2 BSP
Air connection
10 mm
Max air pressure
8 bar
Capacity Volume
700 CC ~
DIMENSIONS
3/3 GD
GD hCIIB
IIBT4
T 135
°C zone
(STD.2)zone 2)
EX II
II 3/3
( STD.
` EX
ZONE 2 certification as Standard and,
` ATEX
ATEX
1.°C1)
II 2/2 GD
IIBZONE
T 135
(zone 1)
hCIIB
T4
(zone
` onEXrequest,
PP
PVDF
POMc
AISI
A (mm)
231
231
231
231
B (mm)
270
270
270
267
Net
Weight
Weight
Kg Kg
4
0,6
4,6
0,7
4,2
0,65
5,6
1,9
Max Temperature +65°C
+95°C
+80°C
+95°C
Min Temperature
-20°C
-5°C
-20°C
-4°C
APPLY TO:
170 - 252 - 400
B
PP
A
POMc
PVDF+CF
MODEL
CASING
DIAPHRAGM
P = PP
KC = PVDF+CF
O = POMc
S = SS
D040
AISI
CONNECTIONS
PORTS
1 = BSP
2 = FLANGE
5 = NPT
T = STANDARD
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
DAMPER 50
TECHNICAL DATA
D50
Fluid connections
2” BSP
Air connection
12 mm
Max air pressure
8 bar
Capacity Volume
2900 CC ~
DIMENSIONS
3/3 GD
GD hCIIB
IIBT4
T 135
°C zone
(STD.2)zone 2)
EX II
II 3/3
( STD.
` EX
ZONE 2 certification as Standard and,
` ATEX
request,
ATEX
1.°C (zone 1)
2/2 GD
GD
IIBZONE
T 135
EX II
II 2/2
hCIIB
T4
(zone
1)
` onEX
PP
PVDF
ALU
AISI
A (mm)
404
404
400
402
B (mm)
425
425
425
408
Net
Weight
Weight
Kg Kg
14
13,7
17
14,5
14,3
21,6
Max Temperature +65°C
+95°C
+80°C
+95°C
Min Temperature
-20°C
-5°C
-20°C
-4°C
APPLY TO:
700 - 1000
B
PP
A
ALU
PVDF+CF
34
MODEL
CASING
D050
P = PP
KC = PVDF+CF
A = ALU
S = SS
AISI
DIAPHRAGM
HT = HYTREL+PTFE
MT = SANTOPRENE+PTFE
H = HYTREL
M = SANTOPRENE
D = EPDM
N = NBR
ORING
O-RING
CONNECTIONS
PORTS
D = EPDM
V = VITON
N = NBR
T = PTFE
1 = BSP
2 = FLANGE
5 = NPT
AB = STANDARD
ACCESSORIES
ACCESSORIES
AIR REGULATION KIT
INOX TROLLEY
Adjust
Adjust and
and set
set air
air pressure
pressure and
and airflow-rate
air flow-rate
with
a
filter
regulator,
pressure
gauge and
and air
air
with a filter regulator, pressure gauge
valve
unit.
valve unit.
It makes
makes transportable
pumps transportable.
It
pumps.
SWITCH VALVES
ANTI VIBRATION
VIBRATION
ANTI
FEET KIT
KIT
FEET
Remotely
Remotely start
start and
and stop
stop with
with a
a
solenoid or pneumatic valve for the pump’s
solenoid or pneumatic valve for the pump’s
air line.
air line.
STROKE
STROKE COUNTER
COUNTER
Count
Count the
the number
number of
of
strokes, connected to a control. It allows
strokes, connected to a control. It allows
various type of monitoring.
various type of monitoring.
Reduces physical
Reduces physical
vibration from AODD
vibration from AODD
pump operation.
pump operation.
PP, PVDF,
PP,
PVDF,ALU
ALU
SS
NOOZLE
SS
NOOZLE
Dispenser to delivery
Dispenser
delivery
control andtobatching.
control and batching.
DIAPHRAGM
FAILURE
DIAPHRAM FAILURE
DIAPHRAM
DETECTIONFAILURE
FLUID-GUARD
DETECTION
FLUID-GUARD
The
a
The Leak
Leak Detector
Detector provide
provide
a signal
signal and
and the
the
REINFORCED
REINFORCED
PVC HOSE
With metal
reinforcement
PVC
HOSE
PNEUMATIC
PNEUMATIC BATCH
BATCH
CONTROL
CONTROL
FOOT BALL
FOOT
BALLVALVE
VALVE
ELECTRONIC
BATCH
PRESSURE BOOSTER
Where
the line pressure is not enough, this
CONTROL
SOFT STANTER
STARTER
BASKET STRAINER
BASKET STRAINER
FILTERS IN PP
FILTERS
IN PP
Installed on the suction of the pumps,
VALVES
VALVES
FITTINGS AND
FITTINGS AND
CONNECTIONS
CONNECTIONS
IN PP, PVC, INOX
IN PP, PVC, INOX
GEMINI CONTROL
GEMINI
CONTROL
Electronic Control
System for accurate
FLANGE
FLANGE
CONNECTION KIT
CONNECTION
KIT
Adapt a pump from BSP
The Leak
provide
a signal
and the
pump
canDetector
be shut down
when
diaphragms
pump can be shut down when diaphragms
fail.
fail.
fail.
Pneumatic
Pneumatic batcher
batcher can
can control
control any
any FLUIMAC
FLUIMAC
AODD pump allowing you to set the cycles
AODD pump allowing you to set the cycles
amount and count the strokes.
amount and count the strokes.
Electronic
batcher
anytoFLUIMAC
system double
the can
in letcontrol
pressure
supply
AODD
allowing
you totoset
cycles
correct,pump
air supply
pressure
thethe
pump.
amount and count the strokes.
Installed on the suction of the pumps,
protects them from suspended solids and
protects them from suspended solids and
impurity.
impurity.
Electronic
Control
System
for to
accurate
pumps. This
system
allowing
make AODD
pumps.
This
system
allows
you
to use AODD
pump in dosing system.
pump as dosing system.
ELECTRONIC
BATCH
PRESSURE BOOSTER
CONTROL
Where
the line pressure is not enough, this
Electronic
batcher
control
any to
FLUIMAC
system
doubles
thecan
in let
pressure
supply
AODD pump
allowing
you to set the cycles
correctly
the air
to the pump.
amount and count the strokes.
for suction/discharge,
With
metal reinforcement
alsosuction/discharge,
food-grade.
for
also food-grade.
Realized in PP and PVDF.
Realized in PP and PVDF.
Size available 1” - 1”1/4 - 1”1/2 - 2”
Size
1” the
- 1”1/4
- 1”1/2 - 2”
Usedavailable
to prevent
suction
Used
to
prevent
the
suction
hose from emptying.
emptyng.
hose from emptyng.
It is
is always
always reccomend
recommended
to start
It
to start
up up
an
AODD
pump
slowly.
an AODD pump slowly.
This to protect the diaphragms.
This to protect the diaphragms.
Ittype
modifies
a pump
Adapt
a pump
from
BSPBSP
connection
to with
flanges
type
connection
to
flanges
connection
into
a
flanged
pump.
with this kit.
with this kit.
WALL
WALL FIXING
FIXING
BRACKET
BRACKET
Wall fixing bracket for diaphragm
Wall fixing bracket for diaphragm
pumps, for all sizes.
pumps, for all sizes.
35
`
FLUIMAC S.r.l.
Brescia21 / 4
Via Ticino
21049, Castiglione
Tradate (VA)
- Italy
21043,
Olona
(VA) - Italy
Tel.:+39 0331 866688
Fax:+39 0331 864870
www.fluimac.com
[email protected]
AUTHORIZED PARTNER: