Tecnico volumetriche

Transcription

Progressive Cavity Pumps
Standard design
The progressive cavity pump is a positive displacement pump with one single rotating shaft. A stainless steel rotor and a rubber stator
are the main pumping components. The rotor is a circular section single screw. The rubber stator is vulcanized inside a steel pipe.
Renowned for their versatility, different models are available in a choice of AISI 304, 316 stainless steel or in cast iron. Flow rates up
to 130 m3/h, pressures up to 24 bar and temperatures up to 100 °C. Motorisation: direct motor, geared motor, variable speed motor,
motor and pulley, gear motor with inverter.
MA series - Foodstuffs execution
Pumps for foodstuffs with a large suction chamber. Wetted
parts are polished stainless steel with DIN threaded hygienic
connections.
MAN series
MI series - Industrial execution
Sturdy industrial pumps suitable for heavy duty requirements.
Cast suction chamber and flanged connections.
MIN series
The progressive cavity pumps can handle almost any kind of fluid up to 800.000 cps., including abrasive liquids and suspensions with
solids. The pumping action is delicate, without sudden pulsation and the flow rate is proportional to the rotational speed.
MC series - Features a hopper and a pre-feeding screw
Version with a hopper equipped with pre-feeding auger screw
suitable for viscous products that do not flow easily through
pipes. The top part is equipped with a rectangular flange to
which any type of conveyance system can be connected.
MCN series
MCR series - Features a hopper, a pre-feeding screw and a
vane crusher
Version with hopper, pre-feeding screw and vane crusher, suitable
for dense products in lumps, pieces or that tend to form a bridge
around a normal screw feeder. The vane crusher is driven by an
independent geared motor, to crush the product to be pumped,
breaking down any large lumps and pushing them into the prefeeding screw.
MCRN series
Serie MC2R
MC2R series - Features a hopper, a pre-feeding screw and 2
blade feeders
Version equipped with hopper with pre-feeding screw and 2
blade feeders.The two feeders press the product into the prefeeding screw to prevent the product form forming a bridge
which could slow the flow of a very highly viscous product.
MC2C series - Features a hopper, 2 pre-feeding screws and 1
blade feeder
Serie MC2C
Version with hopper and double synchronised pre-feeding screws,
mounted below a vane crusher. The vane crusher blades chop
the product and push it towards the bottom of the hopper.
The two pre-feeding screws then push the product into to the
pump stator.
MAV series - Vertical execution
MAV Series pumps are intended for product transfer and drum
or container emptying applications, in which the suction port
is plunged directly into the product. As standard, MAV pumps
have a suction to discharge port dimension of 1100 - 1400 mm.
It can be mounted on a drum-holding trolley, with a choice of
either a manual sliding or an alternative pneumatic lift and lower
system.
Serie MAV
Progressive cavity pump with crushing blades
The right solution designed for crushing products containing
soft or fibrous components (fruit and vegetables). The great
advantage of this device is to avoid the need for macerating
equipment after the pump.
MOUNTING ARRANGEMENT
E VERSION
Close coupled with
shaft directly coupled
to the drive.
N VERSION
Double grease lubricated
bearings for drive via a fl
exible coupling..
STATOR MATERIALS
SEALS AVAILABLE
Single internal mechanical seal
GA - PERBUNAN
Single external mechanical seal
(Black nitr. rubber)
Double mechanical seal
GB - EPDM
Double flushed mechanical seal
GV - NEOPRENE rubber
GD - FKM rubber Fluoroelastomer Cooled packed gland seal
GE - HYPALON rubber
GF - PERBUNAN
(White nitr. rubber)
GG - NATURAL rubber
GI - SILICONE rubber
GJ - HYDRO-TREATED NITR. rubber
GL - SBR SCA972
GM - EPDM (white rubber)
GO - BUTYL
200
100
0
50
40
M
15
30
M
20
125
M
115
M
100
10
M
Q = m3/h
80
M
5
4
DIAGRAMS
1/2 lobe series
65
M
3
50
2
M
40
1
M
0,5
0,4
50
200
100
400
300
500
25
1000
1600
rpm
200
100
50
40
30
20
M
DIAGRAMS
2/3 lobe series
Q = m3/h
10
103
83
M
M
63
5
4
3
2
1
0,5
0,4
50
200
100
300
400
500
rpm
200
100
0L
M
16
50
40
M
30
20
Q = m3/h
-L
130 L
110
M
L
90M
L
10
M
70-
DIAGRAMS
long pitch series
L
5
4
M
60-
3
2
1
0,5
0,4
50
100
200
300
400
500
1000
1600
rpm
The diagrams shows the theoretical flow rates at 0 pressure.
1000
1600
PROGRESSIVE CAVITY PUMPS FOR THE WINE INDUSTRY
PRESSING - TRANSFER OF PRESSED GRAPES,
MASH, MUSTS AND WINE
FILLING AND EMPTYING OF BARRELS
MCP series
MC - MCR series
MAE series with electrical
control panel for remote
On/Off control from the
stainless steel suction
probes
RECIRCULATION - DECANTING
BOTTLING - FILTRATION - REFRIGERATION
MAE series
MAE series
with electrical control
panel enclosure
CSF Inox S.p.A. Strada per Bibbiano, 7 - 42027 Montecchio E. (RE) - ITALY EU
Ph +39.0522.869911 r.a. - Fx +39.0522.865454 / 866758 - [email protected] - www.csf.it
Export Department • Commercial Étranger • Comercial Extranjero
Ph +39.0522.869922 - Fx +39.0522.869841 - [email protected] - www.csf.it
cod. DCATLMGB ed. 10/07
Filling and emptying of barrels
The most accurate electronic
control to respect the taste of
masterpieces
One of the most important things in winemaking is to safeguard the
taste and fragrance, without stressing the product delicacy. Thanks to
this kind of pump, the most precious barrelled wines can be handled
carefully and gently without disturbing their natural balance.
CSF Inox have designed a pump, which is specific for filling and emptying
barrels. The volumetric liquid flow is constant and the starting and
stopping of the pump is progressive. This ensures streamline flow and
prevents foaming and air entrapment. Settled particles in the barrell
will not be agitated during the transfer process due to the effective
automated control system.
Operation
The pump can be used by manually adjusting both the speed, by
means of a potentiometer, and the pressure by means of the automatic
pressure relief by-pass valve. Such a system can be used for decanting,
filtering, and bottling machine feeding.
The lack of liquid on the probe fitted in the suction pipe stops the
pump. This avoids dry running.
Features
• Screw pump in stainless steel AISI 304 /
316 series MAE mono-bloc with bi-directional
mechanical seal
• Automatic by-pass with spring adjustment (optional)
• Stainless steel trolley
• Electronic variable speed unit
• Electrical control panel enclosure
• Stainless steel probes for filling and emptying
barrels
PROGRESSIVE CAVITY PUMPS
TECHNICAL DATA
POWER
INSTALLED
kW
PUMP
MODEL
DELIVERY
l/h
PRESSURE
bar
rpm
MAE 50-1
0 ÷ 4000
3 max 6
0 ÷ 700
1,5
MAE 60-L
0 ÷ 7000
3 max 6
0 ÷ 600
1,85
MAE 65-1
0 ÷ 9000
3 max 6
0 ÷ 750
2,2
MAE 70-L
0 ÷ 12000
3 max 6
0 ÷ 500
4
MAE 80-1
0 ÷ 15000
3 max 6
0 ÷ 600
4
MAE 90-L
0 ÷ 22000
3 max 6
0 ÷ 400
5,5
STAINLESS STEEL PROBES
1 Stainless steel probe for emptying
2 Stainless steel probe for filling
1
2
DCAT.ENBARGB ed. 10/07
Applications
Food
Pumps and accessories for the wine industry
the complete line
Beverage
Pharma-Biotech
Industrial
cod. DCATEGGB
ed. 08/08
Pumps and accessories for enology
the complete line
Pressing - Transfer of pressed grapes,
mash, musts and wine
Recirculation - Decanting
Filling and emptying of barrels
Bottling - Filtration - Refrigeration
MCR series
MAE series with electrical control
panel for remote On/Off control from
the stainless steel suction probes
MCPE series
Progressive cavity pumps
MAE series
CR series
MAE series
panel enclosure
Progressive cavity lobe pumps
cod. DCAT.MVGB ed. 10/07
MAV series - Vertical progressive cavity pumps
The MAV series progressive cavity pumps are designed for vertical
operation with the inlet immersed in the product.The range consists
of the following models, MAV 40-1, 50-1, 60L, 65-1, 70L, 80-1, 90L
in single stage version and are manufactured in stainless steel AISI
316.
MAV Series pumps are intended for product transfer and drum or
container emptying applications, in which the suction port is plunged
directly into the product.
As standard, MAV pumps have a suction to discharge port dimension
of 1100 - 1400 mm. On request, this distance can be personalised to
suit a customer’s requirements.
It can be mounted on a drum-holding trolley, with a choice of either
a manual sliding or an alternative pneumatic lift and lower system.
The operating characteristics and construction materials of these
pumps enable the MAV series to be used with many different fluids,
from low to high viscosity, including many abrasive and corrosive
media. An added benefit is the ability to handle fluids containing
fibres or solid materials in suspension.
The main components of the MAV series pumps, such as the
stator, rotor, joints and mechanical seal are the same as used on
the corresponding MAE series of progressive cavity pumps. A wide
range of materials are available for the stator, rotor and the sealing
elements.
CHARACTERISTICS OF MAV PUMPS
- constant, delicate flow without pulses
- absence of suction valves
- self-priming
- low noise level
- wide range of motor drives with fixed or
speed
- differential pressure up to 6 bar
- performances are the same as equivalent
in the progressive cavity pump catalogue.
The drive, consists of a reduction gearbox and
electric motor with built-in inverter, for speed
adjustable forward and reverse rotation. Speed
control enables pump performance to be
adjusted for differing application requirements.
MAV SERIES - VERTICAL PROGRESSIVE CAVITY PUMPS
OVERALL DIMENSIONS
Dimensions not binding
PUMP
MODEL
DN D
E
F
F’
G
H
H’
J
K
L
N
S
Z
MAV 40-1
40
-
-
1103
-
126 70
-
79
1229
-
-
-
265
MAV 50-1
50
92
-
1104
-
198 100
-
86
1302 110 150 17 476
MAV 60-L
50
92
-
1274 1287 198 100 220
86
1472 110 150 17 494
MAV 65-1
65 111
-
1103 1142 226 130 220 113 1329 140 180 19 494
MAV 70-L
65 111
-
1303 1342 226 130 220 113 1529 140 180 19 576
MAV 80-1
80 115
5
1104 1124 221 150 275 119,5 1325 150 190 19 726
MAV 90-L
80 115
5
1243 1251 221 155 275 119,5 1644 150 190 19 726
variable
models
PUMP
MODEL
A
B
H7
C
U
H7
MAV 40-1
20
8
=
19
MAV 50-1
25
10
10
24
MAV 60-L
25
10
10
24
MAV 65-1
25
14
10
32
MAV 70-L
25
14
10
32
MAV 80-1
26
16
10
35
MAV 90-L
26
16
10
35
CONICAL SUCTION
BAG
SUCTION
PORT PROTECTION
EXEC.
EXEC.
cod. DCAT.MTGB ed. 10/07
Progressive cavity pump with crushing blades
PROGRESSIVE CAVITY PUMPS WITH CRUSHING BLADES
MCN & MCRN WITH CRUSHING BLADES
For crushing your products containing soft or fibrous components (fruit and/or vegetables), CSF Inox has designed the
right solution for you.
By using crushing blades mounted on the rotor with a disc having holes of different sizes, the consistency of the mashed
product can vary.
The great advantage of this device is to avoid the need for macerating equipment after the pump.
Available sizes:
MC-MCR 80;
MC-MCR 100;
MC-MCR 125;
MC-MCR 150.
OVERALL DIMENSIONS
Dimensions not bindingtive
When necessary, you can easily equip the pump
with the crushing blade kit, after having fixed a
bush into the rotor head.
MCN 80-2
MCRN 80-2
80
80
80
80
100
100
100
100
100
100
100
100
150
150
150
150
MCN 80-4
MCRN 80-4
MCN 100-2
MCRN 100-2
MCN 100-4
MCRN 100-4
MCN 125-2
MCRN 125-2
MCN 125-4
MCRN 125-4
MCN 150-1S
MCRN 150-1S
MCN 150-2
MCRN 150-2
Crushing blades kit
CRUSHING BLADES KIT
PUMP
MODEL
DIN
DN
127
126
125
124
123
122
121
120
1
Pos.
Nut
Bolt
Spring
O-ring
O-ring
Flange for crusher
Perforated disc
Crushing blades
Discharge port
Denomination
8
8
1
2
1
1
1
1
1
Q.ty
AISI 304
AISI 304
AISI 316
NBR
NBR
AISI 304
M 340
M 340
CF8
Material
B
C
51,5 1215
51,5 1215
51,5 1737
51,5 1737
75 1595,5
75 1595,5
75 2224,5
75 2224,5
81 2059,5
81 2059,5
81 2870,5
81 2870,5
114 1894
114 1894
114 2394
114 2394
D
E
F
G
K
H
J
I
M
N
O
DN
P
Q
R
no.
holes
S
T
U
V
Z
X
Y
Y1
W
222
222
222
222
274
274
274
274
318
318
318
318
298
298
298
298
124
124
124
124
141
141
141
141
167
167
167
167
177
177
177
177
750
750
1272
1272
954,5
954,5
1583,5
1583,5
1243,5
1243,5
2056
2056
1073
1073
1573
1573
416
416
416
416
545
545
545
545
627,5
627,5
627,5
627,5
650
650
650
650
1652
1652
2174
2174
2085,5
2085,5
2714,5
2714,5
2627
2627
3439,5
3439,5
2480,5
2480,5
2980,5
2980,5
140
140
140
140
160
160
160
160
180
180
180
180
200
200
200
200
140
180
140
180
160
200
160
200
180
200
180
200
200
250
200
250
280
320
280
320
320
360
320
360
360
380
360
380
400
450
400
450
115
115
115
115
145
145
145
145
170
170
170
170
200
200
200
200
155
155
155
155
185
185
185
185
215
215
215
215
250
250
250
250
458
458
980
980
606
606
1235
1235
797,5
797,5
1608,5
1608,5
519
519
1019
1019
100
100
100
100
125
125
125
125
150
150
150
150
200
200
200
200
180
180
180
180
210
210
210
210
240
240
240
240
295
295
295
295
220
220
220
220
250
250
250
250
285
285
285
285
340
340
340
340
18
18
18
18
18
18
18
18
22
22
22
22
22
22
22
22
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
8
14
14
14
14
18
18
18
18
18
18
18
18
22
22
22
22
75
75
75
75
90
90
90
90
110
110
110
110
110
110
110
110
35
35
35
35
42
42
42
42
55
55
55
55
55
55
55
55
38
38
38
38
45
45
45
45
59
59
59
59
59
59
59
59
10
10
10
10
12
12
12
12
16
16
16
16
16
16
16
16
39
39
39
39
60
60
60
60
65
65
65
65
90
90
90
90
35
160
35
160
37
185
37
185
37
210
37
210
42
262
42
262
228
228
195
195
222
222
266
266
34
34
34
34
35
35
35
35
40
40
40
40
50
50
50
50
PUMP
MODEL
A
A1
P1
P2
Q1
Q2
Q3
R1
no.
holes
MCN 80-2
MCRN 80-2
486
486
326
580
113
110
146
113
43
43
17
17
17
15
13
13
12
18
MCN 80-4
MCRN 80-4
486
486
326
580
113
110
146
113
43
43
17
17
17
15
13
13
12
18
MCN 100-2
MCRN 100-2
586
586
340
564
110
106
103
110
43
43
15
18
18
16
13
13
16
20
MCN 100-4
MCRN 100-4
586
586
340
564
110
106
103
110
43
43
15
18
18
16
13
13
16
20
MCN 125-2
MCRN 125-2
756
756
420
642
102
120
96
102
53
53
18
21
21
21
18
16
22
24
MCN 125-4
MCRN 125-4
756
756
420
642
102
120
96
102
53
53
18
21
21
21
18
16
22
24
MCN 150-1S
MCRN 150-1S
760
760
510
782
102
92
92
102
53
55
25
23
23
23
18
18
24
30
MCN 150-2
MCRN 150-2
760
760
510
782
102
92
92
102
53
55
25
23
23
23
18
18
24
30
DIN 11851 DISCHARGE PORT EXEC.
Recirculation - Decanting
With progressive cavity
pumps
The potential application of progressive cavity pumps
in winemaking are many. They are also useful for small
production volumes since this pump can encompass all
cellar operations such as decanting, storage, pumping
must over grape husks(cap) and clear wines and musts.
One extremely versatile pump that allows a cheaper
management of wine movement while guaranteeing
optimal product treatment.
Its use, cleaning and inspection are all very simple.
The progressive cavity pump once featured a technical shortfall that it was
unable to “run dry” (without liquid). This problem has been resolved by
applying a particular safety device.
Use of these pumps allows the pumping of grape-peels and pips without
damaging or clogging the pump.
The trolley version allows free movement of the pump, useful in many
different applications.
With centrifugal screw pumps
The particular impeller shape, a perfect integration between casing and cover
and low NPSH values assure a delicate handling without clogging, ideal for
recirculation.
The pumps series CR have been
designed and manufactured in
order to allow extremely low flow
velocities of the liquids and joined
to the particular screw impeller
shape they determine a delicate and
integral handling.
They combine the properties of a
centrifugal pump with the delicacy of
a progressive cavity pump.
This enables one to pump high
consistency material with the
presence of solids.
TECHNICAL DATA
PUMP
MODEL
DELIVERY
l/h
PRESSURE
bar
rpm
POWER
INSTALLED
kW
MAE 40-1
200 ÷ 1500
0÷3
190 ÷ 1000
0,75
MAE 50-1
900 ÷ 4000
0÷3
190 ÷ 750
1,5
MAE 60-L
2000 ÷ 7000
0÷3
190 ÷ 600
1,85
MAE 65-1
2000 ÷ 9000
0÷3
190 ÷ 750
2,2
MAE 70-L
5000 ÷ 12000
0÷3
190 ÷ 500
4
MAE 80-1
4500 ÷ 15000
0÷3
190 ÷ 600
4
MAE 90-L
12000 ÷ 22000
0÷3
190 ÷ 400
5,5
MAE 100-1
7500 ÷ 25000
0÷3
190 ÷ 550
7,5
MAE 110-L
12000 ÷ 44000
0÷3
190 ÷ 400
9,2
CENTRIFUGAL SCREW PUMPS
TECHNICAL DATA
PUMP
MODEL
DELIVERY
l/h
PRESSURE
bar
rpm
POWER
INSTALLED
kW
CR 65
12000 ÷ 15000
0,6 - 0,5
1400
0,75 ÷ 1,1
CR 80
30000 ÷ 42000
0,6 - 0,5
1400
1,5 ÷ 2,2
CR 100
60000 ÷ 100000
0,8 - 0,6
1400
3÷4
CR 125
120000 ÷ 140000
1 - 0,6
1400
5,5 ÷ 7,5
DCAT.ENRIMGB ed. 10/07
Pressing - Transfer of pressed grapes, mash, musts and wine
exec. MCR
The eccentric screw pumps belong to the family of the progressive cavity pumps. Their field of application is wide and varied and used for pumping viscous,
delicate, abrasives and solid materials in suspension that must not be damaged.
With a constant delivery (adjustable by changing the rotating speed of the
motor), they can offer high pressures and move products without turbulance or
aeration.This occurs due to the special operating principle that does not impart
centrifugal force or lamination and therefore has no negative effect on the product. They are also self-priming pumps that work at low rotational speeds and
maintain high efficiencies (7580% in suitable operating conditions) in a varied speed range.
Manufactured to specific requirements for the enological segment, they are reliable during
each phase of the pumping of
grapes and wine, from transfer of
whole grapes up to evacuation of
processing refuses.
TECHNICAL DATA
PUMP
MODEL
DELIVERY
l/h
MAX. OUTLET
PRESSURE
bar
POWER
INSTALLED
kW
1 stage 2 stages 1 stage
Whole
grapes
Drained
mash
2 stages
Pressed
grapes
Refuses of
with or
settlers or
without centrifuges
grape-stalk
MC 50
1000
6
-
1,1
-
X
MC 65
2000
6
-
2,2
-
X
MC 80
3000 ÷ 8000
6
12
4
5,5
X
MC 100
4000 ÷ 15000
6
12
5,5 - 7,5
11
X
MC 115
7000 ÷ 20000
6
12
7,5 - 9,2
15
X
MC 110
9000 ÷ 28000
6
-
-
-
X
MC 125
10000 ÷ 32000
6
12
9,2 - 11
22
X
MC 130
11000 ÷ 40000
6
-
15
-
X
MC 150
12000 ÷ 50000
6
-
18,5
-
X
MC 160
15000 ÷ 100000
6
-
22
-
MCR 80
3000 ÷ 8000
6
12
4
5,5
MCR 100
4000 ÷ 15000
6
12
5,5 - 7,5
11
X
X
MCR 115
7000 ÷ 20000
6
12
7,5 - 9,2
15
X
X
MCR 110
9000 ÷ 28000
6
-
9,2
-
X
X
MCR 125
10000 ÷ 32000
6
12
9,2 - 11
22
X
X
MCR 130
11000 ÷ 40000
6
-
15
-
X
X
MCR 150
12000 ÷ 50000
6
-
18,5
-
X
X
MCR 160
15000 ÷ 100000
6
-
22
-
X
X
X
X
exec. MC 100...160
panel enclosure
DCAT.ENPVMGB
ed. 10/07
MCPE series - Progressive cavity pumps for grape crusher
• New series of eccentric screw pumps with hopper and pre-feeding screw, are for transporting oenological products (pressed
grapes with or without grape-stalks). Made of stainless steel with a protective grid over the hopper, the pump unit includes a
compact angular drive motor, with the complete unit mounted on a mobile trolley fitted with swivel wheels.
• The drive motor can be either fixed speed for a constant delivery, or variable speed using a frequency converter to adjust the
motor speed and pump output, to suit varying production requirements.
You can install a special level detector that transmits a modulating signal to the frequency converter, so that the pump speed is
automatically adjusted according to the incoming flow of liquid, or to stop the pump when there is no product.
For gentle product handling, speed changes occur gradually and in proportion to production conditions.
MCPE SERIES PROGRESSIVE CAVITY PUMPS
TECHNICAL DATA AND
OVERALL DIMENSIONS
Dimensions not binding
PUMP
MODEL
DELIVERY
m3/h
POWER
INSTALLED
kW
MCPE 100-1
4
8
12
2 ÷ 12
4
4
5,5
5,5
DN 100
MCPE 110-L
16
22
26
9 ÷ 26
5,5
5,5
7,5
7,5
MCPE 130-L
18
25
40
10 ÷ 40
MCPE 150-1
MCPE 160-L
Outlet port
A
B
C
D
E
F
G
Ø 100
790
460
890
890
1636
1092
1382
DN 100
Ø 100
790
460
890
890
1986
1092
1682
5,5
7,5
9,2
9,2
DN 100
Ø 120
890
500
1100
990
2420
1000
1800
22
34
50
10 ÷ 50
7,5
11
11
11
DN 150
Ø 150
1040
550
1250
1040
2350
1000
1950
52
80
30 ÷ 100
11
15
18,5
DN 150
Ø 150
1040
550
1350
1040
2900
1000
2450
DIN 11851 Oenological
DCAT.ENPIGGB
ed. 10/08
Lobe pumps
Transferring, filtering, cooling, and charging filling systems are all
operations in which the volumetric pumps offer high performance.
The shear sensitive action of the pump ensures that product quality
is not compromised.
Constant delivery and continuous flow are an optimal feature for this
type of application but in many cases there is the need to adapt the
delivery to the processing needs. Whenever there is the need to feed
a cooling system it is necessary to adapt flow to heat exchange.
When the product is transferred from storage to filling through filters
or heat exchanges it is necessary to face a series of several possible
problems due to stopping of the filling machine.
The feeding system consists of a lobe pump coupled to a variable speed gear
motor, with frequency inverter, microprocessor, signal detector and control panel.
This enables the acceleration or deceleration of the pump speed to be adjusted
according to specific application needs. The system allows the pump to be used
on a variety of different machines:
-PRESSURISED FILLING MACHINES
-GRAVITY TYPE FILLING MACHINES
-COOLERS & FREEZERS
The product is fed delicately without sudden starts and stops, within a preestablished acceleration and deceleration profile, thereby avoiding hammering and
sudden pressure variations. The microprocessor means that the signal sent by the
detectors can be received and modified, according to the parameters set by the
operator.
The frequency inverter controls the speed of the pump according to the modulated
signal sent by the microprocessor.
The pump controls are equipped with an electronic automation system. Therefore
this equipment can operate on virtually any type of fluid product transfer. Manual
adjustment of the pump speed can be achieved using a potentiometer.
LOBE PUMPS
TECHNICAL DATA
PUMP
MODEL
DELIVERY
l/h
PRESSURE
bar
rpm
POWER
INSTALLED
kW
Inlet & Outlet port
BE 115 - 3290
100 ÷ 4000
3 max 5
190 ÷ 700
1,5
DN 40/40
BE 220 - 3290
500 ÷ 9000
3 max 5
190 ÷ 700
2,2
DN 50/50
BE 330 - 3290
1500 ÷ 18000
3 max 5
190 ÷ 600
4,3
DN 80/80
BE 390 - 3290
2000 ÷ 22000
3 max 5
190 ÷ 550
5,5
DN 80/80
BE 440 - 3290
3000 ÷ 29000
4 max 5
190 ÷ 500
7,5
DN 100/100
DCAT.ENIMBLGB ed. 10/07
Progressive cavity pumps
Transferring, filtering, cooling, and charging filling systems are
all operations in which the progressive cavity pumps offer
high performance. The shear sensitive action of the pump
ensures that product quality is not compromised.
Constant delivery and continuous flow are an optimal
feature for this type of application but in many cases there
is the need to adapt the delivery to the processing needs.
Whenever there is the need to feed a cooling system it is
necessary to adapt flow to heat exchange.
When the product is transferred from storage to filling
through filters or heat exchanges it is necessary to face a
series of several possible problems due to stopping of the
filling machine.
Advantages of the system
The electronic delivery control system, widely used in Italian and foreign
cellars makes it possible to adjust rotation while keeping operating
pressure constant, an essential requirement for wines and sparkling wines
and an efficient functioning of the filtering apparatus. The advantages
of having a pump like this in one’s cellar is that it is not restricted to
filling only. The pump may also be used to charge cooling units in which
adjustment of delivery is carried out using the signal from the heat
exchanger’s probe by setting the required fluid’s temperature in advance.
Moreover, the pump is equipped with electronic automation systems
and therefore can operate on any type of product transfer with manual
adjustment of rotation speed by means of a potentiometer.
TECHNICAL DATA
PUMP
MODEL
DELIVERY
l/h
PRESSURE
bar
rpm
POWER
INSTALLED
kW
MAE 50-1
0 ÷ 4000
3 max 6
0 ÷ 750
1,5
MAE 60-L
0 ÷ 7000
3 max 6
0 ÷ 600
1,85
MAE 65-1
0 ÷ 9000
3 max 6
0 ÷ 750
2,2
MAE 70-L
0 ÷ 12000
3 max 6
0 ÷ 500
4
MAE 80-1
0 ÷ 15000
3 max 6
0 ÷ 600
4
MAE 90-L
0 ÷ 22000
3 max 6
0 ÷ 400
5,5
MAE 100-1
0 ÷ 25000
3 max 6
0 ÷ 550
7,5
MAE 110-L
0 ÷ 44000
3 max 6
0 ÷ 400
9,2
DCAT.ENIMBGB ed. 10/07

Tecnico volumetriche

Transcription

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