16 200/112 ED
1/20
— The VPPL are variable displacement axial-piston pumps
with variable swash plate, suitable for applications with
open circuits and intermediate pressures.
— They are available in seven nominal sizes, with
displacements of 8, 16, 22, 36, 46, 70 and 100 cm
3
/rev.
— The pump flow rate is proportional to the rotation speed
and to the angle of the swash plate, which can be
continuously modulated. The maximum and minimum
angle can be limited mechanically via suitable regulating
screws.
— They are usually supplied with a SAE J744 2-hole flange
and a SAE J744 cylindrical with key shaft.
— They are available with four different types of regulating
control, each according to the application needs.
VPPL
VARIABLE DISPLACEMENT
AXIAL-PISTON PUMPS
FOR INTERMEDIATE PRESSURE
SERIES 20
HYDRAULIC SYMBOL
OPERATING PRINCIPLE
TECHNICAL SPECIFICATIONS
16 200/112 ED
PUMP SIZE 008 016 022 036 046 070 100
Maximum displacement
cm
3
/rev
8 16 22 36 46 70 100
Flow rate at 1500 rpm lt/min 12 24 33 54 69 105 150
Operating pressures bar 210 280
Rotation speed rpm min 500 - max 2000 min 500 - max 1800
Rotation direction clockwise (seen from the shaft side)
Hydraulic connection SAE flange
Type of mounting SAE flange J744 - 2 holes
Oil volume in the pump body
dm
3
0,2 0,3 0,6 1 1,8
Mass kg 8 12 12 23 23 41 60
Ambient temperature range °C -10 / +50
Fluid temperature range °C -10 / +70
Fluid contamination degree see paragraph 2.3
Recommended viscosity cSt 20 ÷ 50
16 200/112 ED
2/20
VPPL
SERIES 20
Shaft end type:
cylindrical with key SAE J744
Series no:
(the overall and mounting
dimensions remain unchanged from
20 to 29)
Hydraulic connection
S = suction / delivery: SAE flange with metric
bolts. Drainage with BSP threaded ports
(not available for VPPL-008)
B = BSP threaded ports (only for VPPL-008)
NBR sealing rings for
mineral oils
1 - IDENTIFICATION CODE
Mounting flange:
0 = SAE-2 type for VPPL-008, 016, 022, 036 and 046
1 = SAE-4 type for VPPL-070 and VPPL 100
(dimensions of VPPL-070 are not standardized)
Variable displacement
axial piston pump for
intermediate pressure
Pump size:
008 = 8 cm
3
/rev
016 = 16 cm
3
/rev
022 = 22 cm
3
/rev
036 = 36 cm
3
/rev
046 = 46 cm
3
/rev
070 = 70 cm
3
/rev
100 = 100 cm
3
/rev
Regulator type:
PC* = pressure regulator
PC5 p max 210 bar for VPPL-008, 016, 022, 036, 046
PC6 p max 280 bar for VPPL-070 and 100
PCR = remote-controlled pressure regulator
PQC = pressure and flow rate regulator (load sensing)
PCX* = regulator with pressure control devices
PC5 p max 210 bar for VPPL-008, 016, 022, 036, 046
PC6 p max 280 bar for VPPL-070 and 100
V P P L - - R 0 / 20 N
Clockwise rotation (seen from the shaft side)
2 - HYDRAULIC FLUID
2.1 - Fluid type
Use mineral oil-based hydraulic fluids HL or HM type, according to ISO 6743-4. With these fluids use NBR seals. Using fluids at temperatures
higher than 70 °C causes a faster degradation of the fluid and of the seals characteristics. The fluid must be preserved in its physical and
chemical characteristics.
The operating fluid viscosity must be within the following range:
minimum viscosity 10 cSt referred to a maximum temperature of 90 °C for the drainage fluid
optimum viscosity 20 / 50 cSt referred to the operating temperature of the fluid in the tank
maximum viscosity 1000 cSt limited only to the cold start-up of the pump, which has to be carried out with the plant at
minimum pressure.
When selecting the fluid type, be sure that the true viscosity is within the range specified above at the operating temperature.
2.2 - Fluid viscosity
2.3 - Degree of fluid contamination
The maximum degree of fluid contamination must be according to ISO 4406:1999 class 20/18/15; therefore the use of a delivery or return filter
with β
20
≥75 is suggested.
A degree of maximum fluid contamination according to ISO 4406:1999 class 20/16/13 is recommended for optimum endurance of the pump.
Hence, the use of a filter with β
10
≥100 is recommended.
For the installation of filters on the suction line, see paragraph 10. The suction filter must be equipped with a by-pass valve and, if possible, with
a clogging indicator and should be oversized to avoid cavitation problems.
16 200/112 ED
3/20
VPPL
SERIES 20
3 - CHARACTERISTIC CURVES
3.1 - VPPL-008 pump characteristic curves
(values obtained with mineral oil with viscosity of 36 cSt at 50°C)
210140
2
0
[l/min]
P [bar]
70
4
6
12
14
1500 rpm
1800 rpm
1500 rpm
1800 rpm
Input Power (KW)
Q
210140
50
0
P [bar]
70
70
90
12
14
Efficiency n nv (%)
Total efficiency nv
Volumetric efficiency nv
13
15
2
4
6
Input Power (KW)
60
80
100
1500 rpm
1800 rpm
1500 rpm
1800 rmp
Q [l/min]
FLOW RATE / PRESSURE CURVES VOLUMETRIC AND TOTAL EFFICIENCY
210140
0
P [bar]
70
1
2
3
Q=6 l/min
Q=8 l/min
Q=10 l/min
Q=12 l/min
Q=14.4 l/min
4
5
6
7
[N(KW)]
210140
0
P [bar]
70
50
60
70
80
Full Cut-off
1500/1800 rpm
1800 rpm
1500 rpm
Max. input
[dB(A)]
ABSORBED POWER NOISE LEVEL
210140
0
P [bar]
70
0.5
1.0
1.5
2.0
1500 rpm
1800 rpm
[N(KW)]
210140
0
P [bar]
70
1
2
3
Full Cut-off
Full Flow
[l/min]
Q
INPUT POWER AT FULL CUT-OFF DRAIN FLOW RATE
16 200/112 ED
4/20
VPPL
SERIES 20
3.2 - VPPL-016 pump characteristic curves (values obtained with mineral oil with viscosity of 36 cSt at 50°C)
210140
0
P [bar]
70
24
28
Total efficiency nv
Volumentric efficiency nv
26
30
4
8
12
1500 rpm
1800 rpm
1500 rpm
1800 rpm
22
2
6
10
50
70
90
Efficiency n nv (%)
60
80
100
Q [l/min]
Input Power (KW)
FLOW RATE / PRESSURE CURVES VOLUMETRIC AND TOTAL EFFICIENCY
210140
0
P [bar]
70
50
60
70
80
Full Cut-off
1800 rpm
1500 rpm
Max. input
[dB(A)]
ABSORBED POWER NOISE LEVEL
210140
0
P [bar]
70
0.5
1.0
1.5
2.0
1500 rpm
1800 rpm
[N(KW)]
210140
0
P [bar]
70
1
2
3
Full Cut-off
Full Flow
[l/min]
Q
INPUT POWER AT FULL CUT-OFF DRAIN FLOW RATE
16 200/112 ED
5/20
VPPL
SERIES 20
3.3 - VPPL-022 pump characteristic curves (values obtained with mineral oil with viscosity of 36 cSt at 50°C)
210140
4
0
[l/min]
P [bar]
70
8
12
30
40
1500 rpm
1800 rpm
1500 rpm
1800 rpm
Input Power (KW)
Q
210140
0
P [bar]
70
25
35
Total efficiency nv
Volumetric efficiency nv
30
40
4
8
12
1500 rpm
1800 rpm
1500 rpm
1800 rpm
2
6
10
16
14
50
70
90
Efficiency n nv (%)
60
80
100
Q [l/min]
Input Power (KW)
FLOW RATE / PRESSURE CURVES VOLUMETRIC AND TOTAL EFFICIENCY
210140
0
P [bar]
70
2
4
6
Q=20 l/min
Q=25 l/min
Q=30 l/min
Q=35 l/min
Q=40 l/min
8
10
12
14
[N(KW)]
16
210140
0
P [bar]
70
50
60
70
80
Full Cut-off
1800 rev
1500 rev
Max. input
[dB(A)]
ABSORBED POWER NOISE LEVEL
210140
0
P [bar]
70
0.5
1.0
1.5
2.0
1500 rev
1800 rev
[N(KW)]
210140
0
P [bar]
70
1
2
3
Full Cut-off
Full Flow
[l/min]
Q
INPUT POWER AT FULL CUT-OFF DRAIN FLOW RATE
16 200/112 ED
6/20
VPPL
SERIES 20
3.4 - VPPL-036 pump characteristic curves (values obtained with mineral oil with viscosity of 36 cSt at 50°C)
210140
10
0
[l/min]
P [bar]
70
20
30
60
70
1500 rpm
1800 rpm
1500 rpm
1800 rpm
Input Power (KW)
Q
50
210140
0
P [bar]
70
50
60
Total efficiency nv
Volumetric efficiency nv
55
65
30
1500 rpm
1800 rpm
1500 rpm
1800 rpm
50
70
90
Efficiency n nv (%)
60
80
100
Q [l/min]
Input Power (KW)
20
10
FLOW RATE / PRESSURE CURVES VOLUMETRIC AND TOTAL EFFICIENCY
210140
0
P [bar]
70
4
8
12
Q=30 l/min
Q=40 l/min
Q=50 l/min
Q=60 l/min
16
20
24
28
[N(KW)]
210140
0
P [bar]
70
50
60
70
80
Full Cut-off
1800 re
v
1500 rev
Max. input
[dB(A)]
ABSORBED POWER NOISE LEVEL
210140
0
P [bar]
70
1
2
3
4
1500 rev
1800 rev
[N(KW)]
210140
0
P [bar]
70
1
2
3
Full Cut-off
Full Flow
[l/min]
Q
INPUT POWER AT FULL CUT-OFF DRAIN FLOW RATE
16 200/112 ED
7/20
VPPL
SERIES 20
3.5 - VPPL-046 pump characteristic curves (values obtained with mineral oil with viscosity of 36 cSt at 50°C)
210140
10
0
[l/min]
P [bar]
70
20
30
70
80
1500 rpm
1800 rpm
1500 rpm
1800 rpm
Input Power (KW)
Q
60
210140
0
P [bar]
70
65
75
Total efficiency nv
Volumetric efficiency nv
70
80
30
1500 rpm
1800 rpm
1500 rpm
1800 rpm
50
70
90
Efficiency n nv (%)
60
80
100
Q [l/min]
Input Power (KW)
20
10
FLOW RATE / PRESSURE CURVES VOLUMETRIC AND TOTAL EFFICIENCY
210140
0
P [bar]
70
4
8
12
Q=40 l/min
Q=50 l/min
Q=60 l/min
Q=70 l/min
16
20
24
28
[N(KW)]
Q=80 l/min
32
210140
0
P [bar]
70
50
60
70
80
Full Cut-off
1800 rpm
1500 rpm
Max. input
[dB(A)]
ABSORBED POWER NOISE LEVEL
210140
0
P [bar]
70
1
2
3
4
1500 rpm
1800 rpm
[N(KW)]
210140
0
P [bar]
70
1
2
3
Full Cut-off
Full Flow
[l/min]
Q
INPUT POWER AT FULL CUT-OFF DRAIN FLOW RATE
16 200/112 ED
8/20
VPPL
SERIES 20
FLOW RATE / PRESSURE CURVES VOLUMETRIC AND TOTAL EFFICIENCY
ABSORBED POWER NOISE LEVEL
INPUT POWER AT FULL CUT-OFF DRAIN FLOW RATE
3.4 - VPPL-070 pump characteristic curves
(values obtained with mineral oil with viscosity of 36 cSt at 50°C)
1500 rpm
0 70 140
1800 rpm
20
60
40
120
140
1500 rpm
1800 rpm
210 280
100
Input Power (KW)
P [bar]
[l/min]
Q
Q [l/min]
Input Power (KW)
700
50
60
140 210
90
70
80
100
20
30
10
50
60
40
110
100
130
120
280
1800rpm
1500 rpm
Volumetric efficiency nv
Total efficiency nv
1800 rpm
1500 rpm
Efficiency n nv (%)
P [bar]
[N(KW)]
Q=60
l/min
Q=126
l/min
l/min
Q=80
Q=100
l/min
0
20
10
70 140 210 280
50
40
30
60
P [bar]
P [bar]
Full Cut-off
Max. Flow
[dB(A)]
0 70 140
60
70
80
210 280
50
1800 rpm
1500 rpm
P [bar]
[N(KW)]
70
0
0 140 210
6
4
2
8
280
1500 rpm
1800 rpm
P [bar]
[l/min]
Q
0 70 140 210 280
5
4
1
3
2
Full Cut-off
Full Flow
16 200/112 ED
9/20
VPPL
SERIES 20
FLOW RATE / PRESSURE CURVES VOLUMETRIC AND TOTAL EFFICIENCY
ABSORBED POWER NOISE LEVEL
3.5 - VPPL-100 pump characteristic curves
(values obtained with mineral oil with viscosity of 36 cSt at 50°C)
0 70 140
140
100
180
210 280
60
20
40
80
1500 rpm
1800 rpm
1500 rpm
1800 rpm
[l/min]
Q
P [bar]
Input Power (KW)
P [bar]
0 70 140
70
60
50
100
80
90
210 280
140
40
20
80
60
160
180
Efficiency n nv (%)
Q [l/min]
Input Power (KW)
P [bar]
1800 rpm
1500 rpm
Total efficiency nv
Volumetric efficiency nv
1800 rpm
1500 rpm
0
20
40
70 140
60
210 280
Q=60
l/min
l/min
Q=100
l/min
Q=180
80
100
l/min
Q=140
[N(KW)]
P [bar]
0
80
50
60
70
70 140 210 280
[dB(A)]
P [bar]
Full Cut-off
1500 rpm
Max. Flow
1800 rpm
P [bar]
[N(KW)]
1500 rpm
1800 rpm
0 70 140 210 280
2
4
8
6
P [bar]
[l/min]
Q
0
2
4
70 140 210 280
3
5
1
Full Cut-off
Full Flow
INPUT POWER AT FULL CUT-OFF DRAIN FLOW RATE
16 200/112 ED
10/20
VPPL
SERIES 20
OUT
D1IN
X
IN D1
OUT
OUT
D1IN
X
The PC* pressure regulator keeps the pressure at a constant set level in
the circuit, thus adjusting automatically the pump flow rate according to the
real need of the system.
The desired pressure can be set by manually adjusting the P regulation
valve. The clockwise rotation of the adjustment bolt makes the pressure
increase.
FEATURES OF THE PC REGULATOR:
- pressure adjustment range:
PC5 = 30 ÷ 210 bar (for VPPL 008, 016, 022, 036 and 046)
pressure increase/adjustment screw round: 69 bar
PC6 = 30 ÷ 280 bar (for VPPL 070 and 100)
pressure increase/adjustment screw round: 78 bar
4 - REGULATORS
4.1 - Pressure regulator: PC*
4.2 - Remote-controlled pressure regulator: PCR
FEATURES OF THE REGULATOR:
- remote-adjustment pressure = 20 ÷ 210 bar
- flow rate available on the X port
for the remote-control = about 1,5 l/min (approx.)
4.3 - Pressure and flow rate regulator: PQC
This regulator, in addition to the pressure adjustment (as for the
PC* model), allows the pump flow rate control, according to the ∆p
pressure drop measured on either side of a throttle valve installed
on the user line.
Note: The connection pipe between the X port and the flow line
downstream the restrictor (or valve) must always be made
(customer charge).
FEATURES OF THE PQC REGULATOR:
- pressure adjustment range:
11 ÷ 190 bar (for VPPL 008, 016, 022, 036 and 046)
13 ÷ 230 bar (for VPPL 070 and 100)
- pressure increase/adjustment screw round: 78 bar
- differential pressure adjustment range = 15
÷ 28 bar
- minimum delivery pressure = 15 bar
4.2.1 - Remote-controlled pressure regulator: PCR
for VPPL 008, 016, 022, 036 e 046
4.2.2 - Remote-controlled pressure regulator: PCR
for VPPL 070 e 100
The PCR regulator allows a remote-control of the device via a remote control connected to the X port (typical application for submerged
pumps).
In case a pressure regulating valve is used for the remote-control, it is suggested to use a direct operated valve with a size suitable to 1,5 l/min
pilot flow rate.
Note: The maximum length of the connection between the valve and X port of the pump must not be longer than 2 m.
FEATURES OF THE REGULATOR:
It also limits the line maximum pressure.
- pressure regulating range 30
÷ 280 bar
- pressure increase/adjustment screw round: 78 bar
- remote-regulated pressure range = 20 ÷ 280 bar
- flow rate available on the X port for the remote-control = about 1,5 l/min
16 200/112 ED
11/20
VPPL
SERIES 20
The PCX* regulator, mated to a suitable two-position solenoid valve,
allows the electrical switching of the pump displacement in null
condition and with minimum delivery pressure.
This function is useful for the pump unloading at the start-up or to
operate at minimum pressure in the system during the machine cycle
pause, with considerable energy saving.
The pressure switching is made by means of a solenoid valve (to be
ordered separately) installed on the pump regulator directly.
PCX* FEATURES (electrical unloading):
- solenoid switching valve (1) = DS3-SA2 type
(to be ordered separately - see cat. 41 150)
- solenoid valve OFF = pump at null displacement and delivery
pressure = 20 bar
- solenoid valve ON = maximum displacement and delivery
pressure set on regulator.
- pressure regulating range:
20 ÷ 210 bar for VPPL-008, 016, 022, 036 and 046
20 ÷ 280 bar for VPPL-070 and 100
- pressure increase/adjustment screw round = 78 bar
- default settings:
210 bar for VPPL-008, 016, 022, 036 and 046
280 bar for VPPL-070 and 100
OUT
D1IN
1
The PCX regulator mated with a proportional pressure relief valve,
allows a continuous control and modulation of the system pressure.
The proportional pressure relief valve (to be ordered separately) is
installed on the pump regulator directly.
PCX* FEATURES (proportional pressure regulation):
- pressure regulating range:
PCX5 = 20 ÷ 210 bar for VPPL-008, 016, 022, 036, 046.
PCX6 = 20 ÷ 280 bar for VPPL-070 and 100
- pressure increase/adjustment screw round = 78 bar
- default setting:
PCX5 = 210 bar for VPPL-008, 016, 022, 036 and 046
PCX6 = 280 bar for VPPL-070 and 100
- proportional pressure relief valve (1) = PRED3 type
(to be ordered with the relative control card separately - see cat.
81 210)
- proportional pressure regulating range :
PRED3-070 20 ÷ 85 bar
PRED3-210 20 ÷ 225 bar
Hysteresis = < 5% of p nom
Repeatability = <
±1,5% of p nom
OUT
D1IN
1
4.4 - Regulator with pressure control devices: PCX*
4.4.1 - Electrical unloading
4.4.2 - Pressure regulation with electric proportional control
16 200/112 ED
12/20
VPPL
SERIES 20
dimensions in mm
20
67
8
1 Suction port IN: 1/2” BSP
2 Delivery port OUT:
1/2” BSP
3 Pressure adjustment screw
4 Drain port: 3/8” BSP
5 Flow adjustment screw
∆ displacement/round = 0,8 cm³
6 Oil supply port
7 Differential pressure
(not adjustable)
8 Remote pressure control port: 1/4"
BSP
9 Load sensing port:
1/4" BSP
10 Solenoid switching valve
DS3-SA2 type (to be ordered
separately - see cat. 41 150)
5 - VPPL-008 PUMPS OVERALL AND MOUNTING DIMENSIONS
VPPL-008PC5 PUMPS
VPPL-008PCR PUMPS
VPPL-008PQC PUMPS
VPPL-008PCX5 PUMPS
16 200/112 ED
13/20
VPPL
SERIES 20
dimensions in mm
4 - M10x16
1 Suction port IN: SAE 3000 1”
flange (see par. 11)
2 Delivery port OUT:
SAE 3000 3/4” flange
(see par. 11)
3 Pressure adjustment screw
4 Drain port: 3/8” BSP
5 Flow adjustment screw
∆ displacement/round:
1,5 cm³ (for VPPL-016)
2,0 cm³ (for VPPL-022)
6 Oil supply port
7 Differential pressure
(not adjustable)
8 Remote pressure control port:
1/4" BSP
9 Load sensing port:
1/4" BSP
6 - VPPL-016 and VPPL-022 PUMPS OVERALL AND MOUNTING DIMENSIONS
VPPL-016PC5 and VPPL-022PC5 PUMPS
VPPL-016PCR and VPPL-022PCR PUMPS
VPPL-016PQC and VPPL-022PQC PUMPS
16 200/112 ED
14/20
VPPL
SERIES 20
n° 4 holes
VPPL-016PCX5 and VPPL-022PCX5 PUMPS
dimensions in mm
1 Pressure adjustment screw
2 Flow adjustment screw
∆ displacement/round:
1,5 cm³ (for VPPL-016)
2,0 cm³ (for VPPL-022)
3 Differential pressure
(not adjustable)
4 Solenoid switching valve
DS3-SA2 type (to be ordered
separately - see cat. 41 150)
7 - VPPL-036 and VPPL-046 PUMPS OVERALL AND MOUNTING DIMENSIONS
VPPL-036PC5 and VPPL-046PC5 PUMPS
1 Suction port IN: SAE 3000 1 ¼” flange
(see par. 11)
2 Delivery port OUT:
SAE 3000 1” flange (see par. 11)
3 Pressure adjustment screw
4 Drain port: 1/2” BSP
5 Flow adjustment screw
∆ displacement/round:
2,6 cm³ (for VPPL-036)
3,2 cm³ (for VPPL-046)
6 Oil supply port
dimensions in mm
16 200/112 ED
15/20
VPPL
SERIES 20
VPPL-036PCR and VPPL-046PCR PUMPS
VPPL-036PQC and VPPL-046PQC PUMPS
VPPL-036PCX5 and VPPL-046PCX5 PUMPS
1 Pressure adjustment
screw
2 Flow adjustment screw
∆ displacement/round:
2,6 cm³ (per VPPL-036)
3,2 cm³ (per VPPL-046)
3 Differential pressure
(not adjustable)
4 Remote pressure control
port: 1/4" BSP
5 Load sensing port:
1/4" BSP
6 Solenoid switching valve
DS3-SA2 type (to be
ordered separately - see
cat. 41 150)
dimensions in mm
16 200/112 ED
16/20
VPPL
SERIES 20
8 - OVERALL AND MOUNTING DIMENSIONS VPPL-070 PUMPS
dimensions in mm
VPPL-070PC6 PUMP
1 Suction port IN: SAE 3000 1 ½” flange
(see paragraph 11)
2 Delivery port OUT:
SAE 3000 1 ¼” flange
(see paragraph 11)
3 Pressure adjustment screw
4 Drain port: 3/4” BSP
5 Flow adjustment screw
∆ displacement/round = 4,1 cm³
6 Oil supply port
7 Differential pressure (not adjustable)
8 Remote pressure control port: 1/4" BSP
VPPL-070PCR PUMP
16 200/112 ED
17/20
VPPL
SERIES 20
VPPL-070PQC PUMP
VPPL-070PCX6 PUMP
dimensions in mm
1 Pressure adjustment screw
2 Flow adjustment screw
∆ displacement/round = 4,1 cm³
3 Differential pressure (not adjustable)
4 Load sensing port: 1/4" BSP
5 Solenoid switching valve
DS3-SA2 type (to be ordered separately
- see cat. 41 150
Shaft side view
Regulator side view
16 200/112 ED
18/20
VPPL
SERIES 20
9 - OVERALL AND MOUNTING DIMENSIONS VPPL-100 PUMPS
VPPL-100PC6 PUMP
1 Suction port IN: SAE 3000 2” flange
(see paragraph 11)
2 Delivery port OUT:
SAE 6000 1 ¼” flange
(see paragraph 11)
3 Pressure adjustment screw
4 Drain port: 3/4” BSP
5 Flow adjustment screw
∆ displacement/round = 5,1 cm³
6 Oil supply port
7 Differential pressure (not adjustable)
8 Remote pressure control port: 1/4" BSP
dimensions in mm
VPPL-100PCR PUMP
16 200/112 ED
19/20
VPPL
SERIES 20
VPPL-100PQC PUMP
VPPL-100PCX6 PUMP
dimensions in mm
1 Pressure adjustment screw
2 Flow adjustment screw
∆ displacement/round = 5,1 cm³
3 Differential pressure (not adjustable)
4 Load sensing port: 1/4" BSP
5 Solenoid switching valve
DS3-SA2 type (to be ordered separately
- see cat. 41 150
Shaft side view
Regulator side view
16 200/112 ED
20/20
DUPLOMATIC OLEODINAMICA S.p.A.
20015 PARABIAGO (MI)  Via M. Re Depaolini 24
Tel. +39 0331.895.111
Fax +39 0331.895.339
www.duplomatic.com  e-mail: sales.exp@duplomatic.com
VPPL
SERIES 20
REPRODUCTION IS FORBIDDEN. THE COMPANY RESERVES THE RIGHT TO APPLY ANY MODIFICATIONS.
DUPLOMATIC OLEODINAMICA S.p.A.
20015 PARABIAGO (MI)  Via M. Re Depaolini 24
Tel. +39 0331.895.111
Fax +39 0331.895.339
www.duplomatic.com  e-mail: sales.exp@duplomatic.com
dimensions in mm
Bolts and O-rings must be ordered separately.
11 - CONNECTION FLANGES
10 - INSTALLATION
- The VPPL pumps can be installed both in a horizontal and vertical position, with the shaft in an upward position.
Note: the drain port has to be oriented so that the oil level inside the pump body is never lower than 3/4 of its volume.
- In the case of installation above the oil level, check that the minimal inlet pressure is not lower than -0.2 bars (relative). If a low noise emission
level is required, the installation inside the tank is suggested.
In case of an installation inside the tank, with an oil level which does not grant complete pump submersion, it is suggested to adjust thee drain
tube so that the pump higher bearing can be always lubricated.
- Before starting, the pump body has to be filled with the fluid.
- Check the pump direction of rotation.
- It is necessary to vent the air from the delivery connection before operating it the first time. If the air venting should be difficult, the use of a
venting valve is recommended.
The pump start up should occur with the plant at minimum pressure, especially with low temperatures.
- The suction tube has to be suitably sized so that the suction pressure is never lower than -0.2 bar (relative). Bends or restrictions or an
excessive tube length could further decrease the value of the suction pressure with a following increase in the noise emissions and a
decrease in the pump lifetime.
- The drainage tube has to be sized so that the pressure inside the pump body is always lower than 0.5 bars (relative), even during the dynamic
change and flow rate phases. The minimum piping size is 3/8” for the pump type 008, 016 and 022, while it should be at least 1/2” for the
pumps type 036 and 046, 3/4” for the 070 and 100 pumps type.
The drain tube has to unload inside the tank far from the suction area.
- No check valves allowed on the suction line. As for details and the installation of filter elements, see paragraph 2.3.
- The motor-pump connection must be carried out directly with a flexible coupling, to reduce at the minimum the axial and radial loads on the
pump shaft. The alignment tolerance between the two shafts must be within 0.05 mm.
Flange
code
Flange
description
p
max
[bar]
ØA ØB C D E F G H L
1
SHC bolts ISO 4762
2
SAE
3000
0610719 SAE - 3/4” 345 3/4” BSP 19 18 36 19 22,2 47,6 50 65
n° 4 - M10x35
OR 4100 (24.99x3.53)
0610713 SAE - 1” 345 1” BSP 25 18 38 22 26,2 52,4 55 70 OR 4131 (32.93x3.53)
0610720 SAE - 1 ¼” 276 1 ¼” BSP 32 21 41 22 30,2 58,7 28 79 OR 4150 (37.69x3.53)
0610714 SAE - 1 ½” 207 1 ½” BSP 38 25 45 24 35,7 69,9 78 93 n° 4 - M12x45 OR 4187 (47.23x3.53)
0610721 SAE - 2” 207 2” BSP 51 25 45 30 42,9 77,8 90 102 n° 4 - M12x45 OR 4225 (56.74x3.53)
SAE
6000
0770106 SAE - 1 ¼” 420 1 ¼” BSP 32 27 45 25 31,7 66,7 78 95 n° 4 - M14x50 OR 4150 (37.69x3.53)