Axial Piston Pump
PPV100M
EN 2.918.2/09.22
2
EN 2.918.2/09.22
EXCLUSION OF LIABILITY
This document was compiled to the best of our knowledge.
Nevertheless and despite the greatest care, it is possible that
it may contain errors. Therefore please understand that in
the absence of any provisions to the contrary hereinafter our
warranty and liability – for any legal reasons whatsoever – are
excluded in respect of the information in this document. In
particular, we shall not be liable for lost prot or other nancial
loss.
This exclusion of liability does not apply in cases of intent or
gross negligence. Moreover, it does not apply to defects which
have been deceitfully concealed or whose absence has been
guaranteed, nor in cases of culpable harm to life, physical
injury and damage to health. If we negligently breach any
material contractual obligation, our liability shall be limited to
foreseeable damage. Claims due to the product liability shall
remain unaected.
3
EN 2.918.2/09.22
DESCRIPTION
The axial piston pumps in the PVV100M series work
according to the swash plate principle. The PPV100M
series is designed for open loop hydraulic circuits in
modern mobile machines.
The comprehensive and modular range of controllers
enables continuous and energy-saving adjustment of the
displacement in the PPV100M series.
A wide selection of through drives are available for the
build-up of multiple pump combinations.
The PPV100M series can also be equipped with an
extensive range of sensors.
4
EN 2.918.2/09.22
FEATURES
z Displacement from 18 cm³/rev to 100 cm³/rev in
6 closely stepped pump sizes
z High max. nominal pressure of 315 bar and maximum
pressure of 350 bar for safety reserves and a compact
actuator system
z High maximum rotational speeds, adjusted to the
requirements of modern mobile machines
z Mechanical adjustment of maximum displacement
(Vg
max
)
z Can be mounted in any mounting position
z Long service life due to robust shaft bearing
z Possible external forces can be absorbed by the pump
drive shaft
z Compact design
z Modular range of controllers
z Direct connection of sensors as option
z Also available with through drive
z Low net weight to save energy and for greater payload
of the mobile machine
z High permitted drive and through-drive torque for more
pressure / ow rate in multi-pump combinations
5
EN 2.918.2/09.22
FIELDS OF APPLICATION
z Structural and civil engineering
z Agriculture and forestry
z Special-purpose vehicles
z Lorry superstructures
z Industrial trucks / hoisting equipment
z Municipal machines
z Maritime applications
z Machine and system engineering
z Mining
z Oshore applications
z Oil and gas
6
EN 2.918.2/09.22
AXIAL PISTON PUMP FOR
OPEN LOOP CIRCUITS
PPV100M
Ordering code 1.1 PPV100M 7 - 8
Technical information 2.1 Specications 9 - 12
2.2 Max. permissible drive and through drive torques
2.3 Pump combinations PPV100M and through drives
2.4 Seals
2.5 Filtration
2.6 Operating uids
2.7 Temperature and viscosity range
2.8 Adjustment notes
2.9 Installation notes
Control options 3.1 Pressure control P 13 - 16
3.2 Pressure remote control PR
3.3 Load-sensing control LS / LS0
3.4 Electrical displacement control ED
3.5 Electrical displacement control and pressure control EDP
3.6 Electrical displacement control and pressure remote control EDPR
3.7 Electrical displacement control and load-sensing control EDLS / EDLS0
3.8 Specic characteristics of the ED / EDP / EDPR / EDLS / EDLS0 control
Performance data 4.1 PPV100M18 17 - 22
4.2 PPV100M28
4.3 PPV100M45
4.4 PPV100M63
4.5 PPV100M85
4.6 PPV100M100
Dimensions 5.1 PPV100M18 23 - 54
5.2 PPV100M28
5.3 PPV100M45
5.4 PPV100M63
5.5 PPV100M85 / PPV100M100
5.6 Connectors for sensors
7
EN 2.918.2/09.22
PPV100M45 R – LS – B2 S – N V – 0 0 0 XX – YYYY
Axial piston pump
Medium heavy duty series
Open circuit
Size
18 18 cm³/rev
28 28 cm³/rev
45 45 cm³/rev
63 63 cm³/rev
85 85 cm³/rev
100 100 cm³/rev
Direction of rotation
R clockwise rotation
L anti-clockwise rotation
Control
P pressure control
PR remote pressure control
LS load-sensing control (without internal LS drain)
LS0 load-sensing control (with internal LS drain)
ED electrical displacement control
EDP electrical displacement control and pressure control
EDPR electrical displacement control and pressure remote control
EDLS electrical displacement control and load-sensing control
(without internal LS drain)
EDLS0 electrical displacement control and load-sensing control
(with internal LS drain)
Voltage
12 12 volts
24 24 volts
Mounting ange
A2 SAE A, 2-hole (only 18 cm³/rev)
B2 SAE B, 2-hole (only 28, 45 and 63 cm³/rev)
C4 SAE C, 4-hole (only 63 cm³/rev)
C5 SAE C, 2/4-hole combination ange (only 85 and 100 cm³/rev)
Drive shaft
S SAE splined shaft (standard)
18 cm³/rev: 11T-16/32DP
28 cm³/rev: 13T-16/32DP
45 cm³/rev: 15T-16/32DP
63 cm³/rev with mounting ange B2: 15T-16/32DP
63 cm³/rev with mounting ange C4: 14T-12/24DP
85 and 100 cm³/rev: 17T-12/24DP
S1 SAE splined shaft
45 cm³/rev: 13T-16/32DP
85 and 100 cm³/rev: 14T-12/24DP
T SAE splined shaft (for increased drive torque)
18 cm³/rev: 11T-16/32DP
28 cm³/rev: 13T-16/32DP
45 cm³/rev: 15T-16/32DP
63 cm³/rev with mounting ange B2: 15T-16/32DP
63 cm³/rev with mounting ange C4: 14T-12/24DP
T1 SAE splined shaft
45 cm³/rev: 13T-16/32DP
85 and 100 cm³/rev: 14T-12/24DP
ORDERING CODE
1.1 PPV100M
8
EN 2.918.2/09.22
PPV100M45 R – LS – B2 S – N V – 0 0 0 XX – YYYY
Through drive options
N single pump prepared for through drive, side ports
A through drive SAE A 9T, 16/32 DP
AB through drive SAE A 11T, 16/32 DP
AI through drive SAE A 11T, 16/32 DP
(only 45 and 63 cm³/rev – for secondary pump with 45° diagonal ange)
B through drive SAE B 13T, 16/32 DP
BB through drive SAE B 15T, 16/32 DP
(only 45 to 100 cm³/rev)
C through drive SAE C 14T, 12/24 DP
(only 45 to 100 cm³/rev)
CC through drive SAE C 17T, 12/24 DP
(only 85 and 100 cm³/rev)
Seals
V FKM seals
Swash angle sensor
0 no swash angle sensor
S1A swash angle sensor 4-20 mA with 10-30 VDC
S1B swash angle sensor 0.5-4.5 V with 10-30 VDC
Pressure sensor
0 no pressure sensor
6A pressure sensor 4 to 20 mA male connector M12x1
KA pressure sensor 4 to 20 mA male connector Deutsch
6B pressure sensor 0 to 10 V male connector M12x1
KB pressure sensor 0 to 10 V male connector Deutsch
Male connector for solenoids
0 no connector
N DEUTSCH connector *
)
Design number
XX standard
Modication number
YYYY dened by the manufacturer
ORDERING CODE
*
)
Alternative male connectors on request
Notice:
As standard, the PPV100M is delivered with maximum displacement and without dened pressure
setting (p < 50 bar). Otherwise please specify in the order accordingly.
9
EN 2.918.2/09.22
TECHNICAL INFORMATION
2.1 Specications
Pump size 18 28 45 63 85 100
Geometric displacement
Vg
max
[cm³/
rev]
18.6 28.7 45.7 63.5 85.6 100.7
Vg
min
(min. setting)
- 17.8 27.5 44.0 61.3 70.5
Pressure
Nominal pressure
[bar]
315
Max. pressure 350
Perm. suction
pressure
0.8 ~ 5 bar abs.
Min. pressure [bar] 10
Maximum pressure change speed [bar/s] 16000
Duration of action, max.
pressure
Total [h] 300
Single [ms] 5
Drive speed
Min.
[rpm]
600
Max. at Vg
min
3600 3600 3300 2700 2700 2600
Max. at Vg
max
3400 3200 2700 2600 2500 2300
Power (at 1500 rpm, 315 bar) *
)
[kW] 14.6 22.6 36 50 67.4 79.3
Pre-ll oil volume [cm³] 450 470 790 900 1300
Approx. weight (with pressure control P) [kg] 12.7 14.7 21 25 37.7
Moment of inertia [kgm²] 0.00093 0.0015 0.0034 0.0053 0.011
Max. permitted axial shaft load
[N]
700 1000 1500 2000 3000
Max. permitted radial shaft load 350 1200 1500 1700 2000
*
)
without eciency
2.2 Max. permissible drive and through drive torques
Pump size 18 28 45 63
Mounting ange
SAE A,
2-hole
SAE B,
2-hole
SAE B,
2-hole
SAE B,
2-hole
SAE C,
4-hole
Max. perm.
drive torque
S-shaft
(standard)
11T-16/32DP 13T-16/32DP 15T-16/32DP 14T-12/24DP
[Nm] 157 261 402 720
S1-shaft
- 13T-16/32DP -
[Nm] - 261 *
)
-
T-shaft
11T-16/32DP 13T-16/32DP 15T-16/32DP 14T-12/24DP
[Nm] 172 298 474 893
T1-shaft
- 13T-16/32DP -
[Nm] - 298 -
Max. perm. through
drive torque
SAE A 160
SAE AB 172
SAE B 172 298
SAE BB - - 404 472
SAE C - - 472
SAE CC - - - - -
Pump size 85 100
Mounting ange
SAE C,
2-hole
SAE C,
4-hole
SAE C,
2-hole
SAE C,
4-hole
Max. perm.
drive torque
S-shaft
(standard)
17T-12/24DP
[Nm] 1354
S1-shaft
14T-12/24DP
[Nm] 720
T-shaft
-
[Nm] -
T1-shaft
14T-12/24DP
[Nm] 893
Max. perm. through
drive torque
SAE A 160
SAE AB 172
SAE B 298
SAE BB 474
SAE C 848
SAE CC 848
*
)
Max. permissible pressure p = 315 bar or alternatively reduction of displacement to 0.9 x Vg
max
10
EN 2.918.2/09.22
2.3 Pump combinations PPV100M and through drives
Secondary stage 18 28 45 63 85 100
Primary stage
18 ●
28 ● ●
45 ● ● ●
63 ● ● ● ●
85 ● ● ● ● ●
100 ● ● ● ● ● ●
Through drive 18 28 45 63 85 100
SAE A ● ● ● ● ● ●
SAE AB ● ● ● ● ● ●
SAE AI ● ●
SAE B ● ● ● ● ● ●
SAE BB ● ● ● ●
SAE C ● ● ● ●
SAE CC ● ●
2.4 Seals
The pump series is equipped with uorocarbon (FKM) seals as standard.
If special uids are used, it may be necessary to use seals made from a dierent
material.
2.5 Filtration
For a maximum service life of the pump and system components, the system must
be protected from contamination by eective ltration.
The cleanliness class to NAS 1638 Class 9 (20/18/14 ISO 4406:1999) or cleaner.
2.6 Operating uids
The pump series is designed for use with
HLP hydraulic oils to DIN 51524 Part 2
Before using alternative uids, please contact HYDAC Drive Center:
HEES environmentally friendly pressure uid based on synthetic ester
HFD-U re-resistant pressure uid based on polyolester
HFD-R re-resistant pressure uid based on phosphate ester
HEPR environmentally friendly hydraulic uid based on poly-alpha-olens
2.7 Temperature and viscosity range
Viscosity
[cSt (mm²/s)]
Temperature
[°C]
Comment
Cold start ≤ 1600 ≥ -40
t ≤ 1 min, p ≤ 30 bar,
n ≤ 1000 rpm, measured at
suction port
Continuous
operation
15 - 400
≥ -25 Measured at suction port
≤ +115 Measured at drain port
Optimal 20 - 60
Short-time duty ≥ 7 t ≤ 1 min, p ≤ 80 bar
For low temperature applications, please contact HYDAC Drive Center.
11
EN 2.918.2/09.22
2.8 Adjustment notes
As standard, the PPV00M is delivered with maximum displacement and without
dened pressure setting (p < 50 bar). Pressure and displacement can be adjusted
using adjustment screws to meet your system requirements.
Pump size
Displacement Pressure
Displacement
adjustment screw
rate
[cm³/rev]
Min.
displacement
setting
[cm³/rev]
Pressure
adjustment screw
rate
[bar/rev]
PPV100M18 - -
40
PPV100M28 3.7 17.8
PPV100M45 5.6 27.5
PPV100M63 7.3 44.0
PPV100M85 9.9 61.3
PPV100M100 9.9 70.5
Please note:
The pump pressure control is not a substitute for the hydraulic system’s pressure
safety. A separate pressure limiting valve must be provided to secure the hydraulic
system against overpressure.
2.9 Installation notes
The pump shall be installed with the case drain line initially rising vertically above
the level of the pump before continuing to the tank as shown in the Figure on the
next page. Do not connect the drain line to the suction line.
The top drain port must always be used. The internal diameter of the drain line
must be equal to or greater than the drain port to keep the pressure in the pump
case as low as possible. The pressure in the pump case must not exceed 1 bar as
shown in the Figure below. Peak pressure must never exceed 4 bar.
P
0.1
1 bar
4 bar
Sec.
(peak)
(normal)
12
EN 2.918.2/09.22
Precautions:
Before commissioning, ll the pump with
oil and vent the pipes.
The suction and drain lines must be
immersed at least 200 mm below
the lowest oil level under operating
conditions.
The height between the suction line
and the oil level is determined by the
total pressure loss, but must not exceed
800 mm.
The minimum intake pressure at port S
must not drop below 0.8 bar (absolute)
during operation, with ambient pressure
= 1 bar (absolute).
If the pump is installed in a dierent way,
please contact HYDAC Drive Center.
Installing the pump above the tank
Installing the pump inside the tank
Installing the pump beneath the tank
Bae plate
Bae plate
Oil
Oil
Min. 50 Min. 200
Min. 200
Min. 200
Min. 200
Min. 50
Max. 800
Min. 50
Oil
13
EN 2.918.2/09.22
Description Performance characteristics Hydraulic diagram
When the system pressure reaches the
set pressure value, the displacement
of the pump decreases and keeps it
constant (pressure cut-o).
Min. pressure setting: 25 bar
Pressure control: no dened setting
(p < 50 bar)
p
Vg
max
max
Pressure p
Displacement Vg/Vg
max
D
S
Dr
3.2 Pressure remote control PR
Description Performance characteristics Hydraulic diagram
When the system pressure reaches the
set pressure value, the displacement
of the pump decreases and keeps it
constant (pressure cut-o).
The pressure cut-o can occur directly
via the PR control. Alternatively, this
function is also possible by means of an
external pressure limiting valve at port X
(pressure remote control).
Standard setting of the pressure control:
Dierential pressure compensator: 15 bar
Main control pressure stage: no dened
setting (p < 50 bar)
Min. pressure setting: 25 bar
a
p
m x
Vg
max
Pressure p
Displacement Vg/Vg
max
D
S
X
Dr
Not included in scope of delivery
CONTROL OPTIONS
3.1 Pressure control P
14
EN 2.918.2/09.22
3.3 Load-sensing control LS / LS0
Description Performance characteristics Hydraulic diagram
The LS pressure compensator is used
to control the displacement of the pump
in such a way that the pressure drop at
the throttle in the pressure line remains
constant irrespective of the load. When
the system pressure reaches the set
pressure value, the displacement of the
pump decreases and keeps it constant.
In the LS version, there is no internal
connection from port X to drain. The LS
pressure release must take place outside
the pump in the hydraulic system.
Standard setting of the load-sensing
control:
LS pressure compensator: 15 bar
Main control pressure stage: no dened
setting (p < 50 bar)
Min. pressure setting: 25 bar
Potential setting range of the LS
pressure compensator: 10 - 30 bar
p
max
Vg
max
Pressure p
Displacement Vg/Vg
max
X
D
S
Dr
1
Not included in scope of delivery
1
LS0: with orice; LS: with plug
3.4 Electrical displacement control ED
Description Performance characteristics
The displacement of the pump is set by
an electrical signal at the solenoid coil of
the ED control.
Specic characteristics of the ED control,
please see sec. 3.8
Vg
max
Solenoid current strength I
Displacement Vg/Vg
max
Vg
max
Pressure p
Displacement Vg/Vg
max
Hydraulic diagram
D
S
Dr
15
EN 2.918.2/09.22
3.5 Electrical displacement control and pressure control EDP
Description Performance characteristics
The displacement of the pump is set by
an electrical signal at the solenoid coil
of the EDP control. When the system
pressure reaches the set pressure value,
the displacement of the pump decreases
and keeps it constant.
Specic characteristics of the EDP
control, please see sec. 3.8
Min. pressure setting: 25 bar
Pressure control: no dened setting
(p < 50 bar)
Vg
max
Solenoid current strength I
Displacement Vg/Vg
max
p
max
Vg
max
Pressure p
Displacement Vg/Vg
max
Hydraulic diagram
D
S
Dr
3.6 Electrical displacement control and pressure remote control EDPR
Description Performance characteristics
The displacement of the pump is set by
an electrical signal at the solenoid coil
of the EDPR control. When the system
pressure reaches the set value, the
displacement of the pump decreases and
remains constant (pressure cut-o).
The pressure setting can occur directly
via the EDPR control. Alternatively, this
function is also possible by means of an
external pressure limiting valve at port X
(pressure remote control).
Specic characteristics of the EDPR
control, please see sec. 3.8
Standard setting of the EDPR control:
Dierential pressure compensator: 15 bar
Main control pressure stage: no dened
setting (p < 50 bar)
Min. pressure setting: 25 bar
Vg
max
Solenoid current strength I
Displacement Vg/Vg
max
p
max
Vg
max
Pressure p
Displacement Vg/Vg
max
Hydraulic diagram
D
S
Dr
x
Not included in scope of delivery
16
EN 2.918.2/09.22
3.7 Electrical displacement control and load-sensing control EDLS / EDLS0
Description Performance characteristics
The displacement of the pump is set by an
electrical signal at the solenoid coil of the
ED control.
The LS pressure compensator of the EDLS/
EDLS0 control keeps the pressure loss at
the throttle constant regardless of the load.
The load-sensing control superimposes the
pump displacement set at the solenoid of
the EDLS/EDLS0 controller.
When the system pressure reaches the
set value, the displacement of the pump
decreases and remains constant (pressure
cut-o).
In the EDLS version, there is no internal
connection from port X to drain. The LS
pressure release must take place outside
the pump in the hydraulic system.
Specic characterstics of the EDLS/EDLS0
control, please see sec. 3.8
Standard setting of the EDLS/EDLS0
control:
LS pressure compensator: 15 bar
Main control pressure stage: no dened
setting ( p < 50 bar)
Min. pressure setting: 25 bar
Potential setting range of the LS pressure
compensator: 10 - 30 bar
Vg
max
Solenoid current strength I
Displacement Vg/Vg
max
p
max
Vg
max
Pressure p
Displacement Vg/Vg
max
Hydraulic diagram
D
S
Dr
x
1
1
LS0: with orice; LS: with plug
3.8 Specic characteristics of the ED / EDP / EDPR / EDLS / EDLS0 control
Description Performance characteristics
Operation voltage: Either 12V or 24V
Vg
max
Solenoid current strength I
Displacement Vg/Vg
max
Max. perm. current:
12 V coil: 1.75 A
24 V coil: 0.85 A
Resistance at 20 °C:
12 V coil: 4.1 ohms
24 V coil: 17.6 ohms
Thermal class
(to VDE 0580):
H
Control range:
500 to 1300 mA for 12V version
250 to 650 mA for 24V version
Duty cycle: 100 % for the specied control range
Dither frequency on
control current:
150 Hz
(recommended, may dier for specic application)
Minimum pressure for
secure control function:
20 bar
IP protection type (to
EN60529):
Deutsch connector IP69 DIN connector IP65
Other connector types on request
Permitted ambient
temperature:
-20 °C to + 85 °C
(observe max. permissible operating temperature of
the pump)
17
EN 2.918.2/09.22
PERFORMANCE DATA
4.1 PPV100M18
0
1
2
3
4
5
6
0 50 100 150 200 250 300
600 U/min
1500 U/m
in
2500 U/m
in
3400 U/m
in
2800
2900
3000
3100
3200
3300
3400
3500
3600
15 16 17 18 19 20 21 22 23 24 25
Drive power at Vg
max
Drive power at pressure cut-o
Flow rate Q
max
Self-priming capability
Pressure (bar) Pressure (bar)
Pressure (bar) Displacement (cm³/rev)
Drive power (kW)
Flow rate (l/min)
Drive power (kW)
Rotational speed (rpm)
2500 rpm
2500 rpm
2500 rpm
3400 rpm
3400 rpm
3400 rpm
1500 rpm
1500 rpm
1500 rpm
600 rpm
600 rpm
2 bar
1 bar
0.8 bar
600 rpm
40 70
35
60
30
50
25
40
20
15
30
10
20
5
10
0
0
0 50 100 150 200 250 300
0 050 50100 100150 150200 200250 250300 300
15 16 17 18 19 20 21 22 23 24 25
1
2
3
4
5
6
0
3600
3500
3400
3300
3200
3100
3000
2900
2800
18
EN 2.918.2/09.22
4.2 PPV100M28
600 U/min
1500 U/m
in
2500 U/m
in
3200 U/m
in
0
1
2
3
4
5
6
7
0 50 100 150 200 250 300
2800
2900
3000
3100
3200
3300
3400
3500
3600
3700
3800
15 17 19 21 23 25 27 29 31
Drive power at Vg
max
Drive power at pressure cut-o
Flow rate Q
max
Self-priming capability
Pressure (bar) Pressure (bar)
Pressure (bar) Displacement (cm³/rev)
Drive power (kW)
Flow rate (l/min)
Drive power (kW)
Rotational speed (rpm)
2500 rpm
2500 rpm
2500 rpm
3200 rpm
3200 rpm
3200 rpm
1500 rpm
1500 rpm
1500 rpm
600 rpm
600 rpm
600 rpm
2 bar
1 bar
0.8 bar
0
0 50 100 150 200 250 300 15 17 19 21 23 25 2927 31
1
2
3
4
5
7
6
3800
3600
3700
3400
3500
3200
3300
3100
3000
2900
2800
60
100
50
60
70
80
90
40
50
30
40
20
30
10
20
10
0
0 050 50100 100150 150200 200250 250300 300
0
19
EN 2.918.2/09.22
4.3 PPV100M45
600 U/min
1500 U/m
in
2700 U/m
in
0
1
2
3
4
5
6
7
8
0 50 100 150 200 250 300
2300
2500
2700
2900
3100
3300
3500
25 30 35 40 45 50
Drive power at Vg
max
Drive power at pressure cut-o
Flow rate Q
max
Self-priming capability
Pressure (bar) Pressure (bar)
Pressure (bar) Displacement (cm³/rev)
Drive power (kW)
Flow rate (l/min)
Drive power (kW)
Rotational speed (rpm)
2700 rpm
2700 rpm
2700 rpm
1500 rpm
1500 rpm
1500 rpm
600 rpm
600 rpm
600 rpm
2 bar
1 bar
0.8 bar
0
0 50 100 150 200 250 300 25 30 35 40 45 50
1
2
3
4
5
8
7
6
3500
3300
3100
2900
2700
2500
2300
80 140
70
120
60
100
50
80
40
30
60
20
40
10
20
0
0 050 50100 100150 150200 200250 250300 300
0
20
EN 2.918.2/09.22
4.4 PPV100M63
600 U/min
1500 U/m
in
2600 U/m
in
0
1
2
3
4
5
6
7
0 50 100 150 200 250 300
2300
2400
2500
2600
2700
2800
2900
40 45 50 55 60 65
Drive power at Vg
max
Drive power at pressure cut-o
Flow rate Q
max
Self-priming capability
Pressure (bar) Pressure (bar)
Pressure (bar) Displacement (cm³/rev)
Drive power (kW)
Displacement (l/min)
Drive power (kW)
Rotational speed (rpm)
2600 rpm
2600 rpm
2600 rpm
1500 rpm
1500 rpm
1500 rpm
600 rpm
600 rpm
600 rpm
2 bar
1 bar
0.8 bar
0
0 50 100 150 200 250 300 40 45 50 55 60 65
1
2
3
4
5
7
6
2900
2800
2700
2500
2600
2400
2300
120
180
100
100
120
140
160
80
80
60
60
40
40
20
20
0
0 050 50100 100150 150200 200250 250300 300
0
21
EN 2.918.2/09.22
4.5 PPV100M85
600 U/min
1500 U/m
in
2500 U/m
in
0
2
4
6
8
10
12
14
0 50 100 150 200 250 300
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
60 65 70 75 80 85 90
Drive power at Vg
max
Drive power at pressure cut-o
Flow rate Q
max
Self-priming capability
Pressure (bar) Pressure (bar)
Pressure (bar) Displacement (cm³/rev)
Drive power (kW)
Flow rate (l/min)
Drive power (kW)
Rotational speed (rpm)
2500 rpm
2500 rpm
2500 rpm
1500 rpm
1500 rpm
1500 rpm
600 rpm
600 rpm
600 rpm
2 bar
1 bar
0.8 bar
0
0 50 100 150 200 250 300 60 65 70 75 80 85 90
2
4
6
8
14
12
10
2900
2800
2600
2700
2500
2400
2300
2200
2100
2000
140
250
120
200
100
150
80
100
60
40
50
20
0
0 050 50100 100150 150200 200250 250300 300
0
22
EN 2.918.2/09.22
4.6 PPV100M100
600 U/min
1500 U/m
2300 U/m
0
2
4
6
8
10
12
14
0 50 100 150 200 250 300
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
70 75 80 85 90 95 100 105
Drive power at Vg
max
Drive power at pressure cut-o
Flow rate Q
max
Self-priming capability
Pressure (bar) Pressure (bar)
Pressure (bar) Displacement (cm³/rev)
Drive power (kW)
Flow rate (l/min)
Drive power (kW)
Rotational speed (rpm)
2300 rpm
2300 rpm
2300 rpm
1500 rpm
1500 rpm
1500 rpm
600 rpm
600 rpm
600 rpm
2 bar
1 bar
0.8 bar
0
0 50 100 150 200 250 300 70 75 80 85 90 95 100 105
2
4
6
8
10
14
12
2800
2600
2700
2500
2400
2200
2100
2300
2000
1900
160
250
140
100
150
200
120
50
100
80
40
20
60
0
0 050 50100 100150 150200 200250 250300 300
0
23
EN 2.918.2/09.22
23
40,5
38 82
146
176
30,2
32
4x M10
58,7
176,8
DIMENSIONS
5.1 PPV100M18
PPV100M18 clockwise rotation with pressure control P
(Notice: for anti-clockwise rotation, suction port and pressure port are reversed)
Max.
Drain port
G3/8"
Suction
port
82
36
143
23,8
50,8
20
4x M10
13,5
82
98
60
59 59
167,6
139,5
116
Drain port
G3/8"
Pressure
adj.
screw
Drain port
G3/8"
Pressure
port
Vent screw
G1/4"
View A
View A
24
EN 2.918.2/09.22
Mounting ange and shaft options
"T" SAE AB splined shaft
11
95
78
121
151,3
94,8
98,5
177
154
"S" SAE AB splined shaft
"A2" SAE A, 2-hole ange
*30° pressure angle, at root, side t *30° pressure angle, at root, side t
PPV100M18 with load-sensing control LS / LS0 / pressure remote control PR
Pressure adj.
screw
Di. pressure adj.
screw
PR: remote
control port
G1/4"
LS: load-sensing
port
Shaft spline
Shaft spline
Max.
Max.
T
T
25
EN 2.918.2/09.22
PPV100M18 with electrical displacement control ED PPV100M18 with electrical displacement control and
pressure control EDP
70,3 71,5
97,5
206,4
117,6
View AView A
View AView A
49
98
117,6
206,4
26
EN 2.918.2/09.22
70,3 78
120,8
206,4
117,6
PPV100M18 with electrical displacement control and
load-sensing control EDLS / EDLS0 / pressure remote
control EDPR
View A
View A
27
EN 2.918.2/09.22
82,55
H7
+
0,035
0
SAE "A"2-
SAE J744-82-2
8
209
33
SAE "A" 30°
SAE J744-16-4-9T
16/32 DP
45°
4x M10
106,4
39
209
8
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
SAE "AB" 30°
SAE J744-19-4-11T
16/32 DP
4x M10
45°
106,4
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
10,5
42
211
SAE "B" 30°
SAE J744-22-4-13T
16/32 DP
146
2x M12
PPV100M18 through drive options
Through drive SAE A
Through drive SAE AB
Through drive SAE B
Splined shaft
Hole
Dimensions PPV100M18 with swash angle sensor on request
Splined shaft
Hole
Splined shaft
Hole
28
EN 2.918.2/09.22
5.2 PPV100M28
PPV100M28 clockwise rotation with pressure control P
(Notice: for anti-clockwise rotation, suction port and pressure port are reversed)
Max.
Displacement
limitation
Drain port
G3/8"
Drain port
G3/8"
Pressure
adj.
screw
Drain port
G3/8"
Pressure
port
Vent screw
G1/4"
Suction
port
View A
View A
29
EN 2.918.2/09.22
174
14
"T" SAE B splined shaft
Shaft spline
Mounting ange and shaft options
*30° pressure angle, at root, side t *30° pressure angle, at root, side t
Shaft spline
"B2" SAE B – 2-hole ange
"S" SAE B splined shaft
Pressure adj.
screw
Di. pressure adj.
screw
Max.
Max.
PR: remote
control port
G1/4"
LS: load-sensing
port
PPV100M28 with load-sensing control LS / LS0 / pressure remote control PR
T
T
30
EN 2.918.2/09.22
PPV100M28 with electrical displacement control ED PPV100M28 with electrical displacement control and
pressure control EDP
98
49
117,6
217,4
70,3 71,5
97,5
117,6
217,4
View A View A
View A View A
31
EN 2.918.2/09.22
PPV100M28 with electrical displacement control and
load-sensing control EDLS / EDLS0 / pressure remote
control EDPR
View A
View A
70,3 78
121
117,6
217,4
32
EN 2.918.2/09.22
Dimensions PPV100M28 with swash angle sensor on request
PPV100M28 through drive options
Through drive SAE A
8
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
33
220
SAE "A" 30°
SAE J744-16-4-9T
16/32 DP
106,4
4x M10
45°
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
8
39
220
SAE "AB" 30°
SAE J744-19-4-11T
16/32 DP
45°
4x M10
106,4
10,5
42
222
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
SAE "B" 30°
SAE J744-22-4-13T
16/32 DP
146
2x M12
Through drive SAE AB
Through drive SAE B
Splined shaft
Splined shaft
Splined shaft
Hole
Hole
Hole
33
EN 2.918.2/09.22
33
208
4x M12
69,9
38
35,7
182,5
98,5
217,5
46
49,5
49,5
4x M12
57,2
25
27,8
177,5
98,5
56,7
22,5
67
97
67
183,2
58,9
58,9
136
145,5
5.3 PPV100M45
PPV100M45 clockwise rotation with pressure control P
(Notice: for anti-clockwise rotation, suction port and pressure port are reversed)
Suction
port
Max.
Drain port
G3/4"
Pressure
adj.
screw
Drain port
G3/4"
Pressure
port
Vent screw
G1/4"
Drain port
G3/4"
Displacement
limitation
View A
View A
34
EN 2.918.2/09.22
31,3
8
10,6
60°
-
0°
0,5°
4,6
22
16
22
1/4-20 UNC
- 2B
ANSI B92.1
13Z-16/32 DP SAE J744*
10,6
8
22
22
31,3
4,6
60°
-
0°
0,5°
16
1/4-20 UNC
- 2B
ANSI B92.1
13Z-16/32 DP SAE J744*
14
146
174
"T1" SAE B splined shaft
"S1" SAE B splined shaft
Shaft spline
Shaft spline
Mounting ange and shaft options
*30° pressure angle, at root, side t
*30° pressure angle, at root, side t
*30° pressure angle, at root, side t
*30° pressure angle, at root, side t
Shaft spline
Shaft spline
"B2" SAE B – 2-hole ange
"S" SAE BB splined shaft
"T" SAE BB splined shaft
T
T
T
T
35
EN 2.918.2/09.22
78
133
83,3
188
208
126,3
110,5
Pressure adj.
screw
Di. pressure adj.
screw
PR: remote
control port
G1/4"
LS: load-sensing
port
Max.
Max.
PPV100M45 with load-sensing control LS / LS0 / pressure remote control PR
36
EN 2.918.2/09.22
PPV100M45 with electrical displacement control ED PPV100M45 with electrical displacement control and
pressure control EDP
49
110
129,8
237,3
70,3 71,5
109,5
237,3
129,8
View A View A
View A View A
37
EN 2.918.2/09.22
133
78 70,3
129,8
237,3
PPV100M45 with electrical displacement control and
load-sensing control EDLS / EDLS0 / pressure remote
control EDPR
View A
View A
38
EN 2.918.2/09.22
8,5
33
236,5
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
SAE "A" 30°
SAE J744-16-4-9T
16/32 DP
4x M12
106,4
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
8,5
39
236,5
SAE "AB" 30°
SAE J744-19-4-11T
16/32 DP
106,4
4x M12
8,5
39
253,5
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
SAE "AB" 30°
SAE J744-19-4-11T
16/32 DP
45°
106,4
2X M12
Dimensions PPV100M45 with swash angle sensor on request
PPV100M45 through drive options
Through drive SAE A
Through drive SAE AB
Through drive SAE AI
Splined shaft
Splined shaft
Splined shaft
Hole
Hole
Hole
39
EN 2.918.2/09.22
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
12
42
255
SAE "B" 30°
SAE J744-22-4-13T
16/32 DP
146
4x M12
12
47
255
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
SAE "BB" 30°
SAE J744-25-4-15T
16/32 DP
146
4x M12
127
H7
+
0,040
0
SAE "C" 4-
SAE J744-127-4
16
258,5
56
SAE "C" 30°
SAE J744-32-4-14T
12/24 DP
114,5
114,5
4x M12
PPV100M45 through drive options
Through drive SAE B
Through drive SAE BB
Through drive SAE C
Splined shaft
Splined shaft
Splined shaft
Hole
Hole
Hole
40
EN 2.918.2/09.22
5.4 PPV100M63
PPV100M63 clockwise rotation with pressure control P
(Notice: for anti-clockwise rotation, suction port and pressure port are reversed)
Max.
52
115
205
243
56
37
225
42,9
77,8
50
4x M12
115
52
194
27,8
57,2
4x M12
25
24,5 70
70
102
188
140
149
Drain port
G3/4"
Pressure
adj.
screw
Drain port
G3/4"
Pressure
port
Vent screw
G1/4"
Drain port
G3/4"
Displacement
limitation
Suction
port
View A
View A
41
EN 2.918.2/09.22
12.7
127
14
172.2
162
146
12.2
6
12.2
6
"C4" SAE C, 4-hole ange
"S" SAE C splined shaft
"T" SAE C splined shaft
Shaft spline
Shaft spline
Mounting ange and shaft options
14
146
146
172.2
4.6
22
16
16
4.6
22
*30° pressure angle, at root, side t *30° pressure angle, at root, side t
*30° pressure angle, at root, side t *30° pressure angle, at root, side t
Shaft spline
Shaft spline
"B2" SAE B – 2-hole ange
"S" SAE BB splined shaft
"T" SAE BB splined shaft
T
T
T
T
42
EN 2.918.2/09.22
78
83,3
135
142,8
205
225
112,5
Pressure adj.
screw
Di. pressure adj.
screw
PR: remote
control port
G1/4"
LS: load-sensing
port
Max.
Max.
PPV100M63 with load-sensing control LS / LS0 / pressure remote control PR
43
EN 2.918.2/09.22
PPV100M63 with electrical displacement control and
pressure control EDP
70,3 71,5
111,5
126,9
255,3
PPV100M63 with electrical displacement control ED
49
112
126,9
255,3
View A View A
View A View A
44
EN 2.918.2/09.22
70,3 78
135
126,9
255,3
PPV100M63 with electrical displacement control and
load-sensing control EDLS / EDLS0 / pressure remote
control EDPR
View A
View A
45
EN 2.918.2/09.22
Dimensions PPV100M63 with swash angle sensor on request
PPV100M63 through drive options
Through drive SAE A
8,5
33
262
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
SAE "A" 30°
SAE J744-16-4-9T
16/32 DP
106,4
4x M12
39
8,5
262
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
SAE "AB" 30°
SAE J744-19-4-11T
16/32 DP
106,4
4x M12
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
39
8,5
279
SAE "AB" 30°
SAE J744-19-4-11T
16/32 DP
45°
106,4
2x M12
Through drive SAE AB
Through drive SAE AI
Splined shaft
Hole
Splined shaft
Hole
Splined shaft
Hole
46
EN 2.918.2/09.22
PPV100M63 through drive options
Through drive SAE B
12
42
280,5
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
SAE "B" 30°
SAE J744-22-4-13T
16/32 DP
4x M12
146
280,5
12
47
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
SAE "BB" 30°
SAE J744-25-4-15T
16/32 DP
146
4x M12
16
57
284
127
H7
+
0,040
0
SAE "C" 4-
SAE J744-127-4
SAE "C" 30°
SAE J744-32-4-14T
12/24 DP
114,5
114,5
4x M12
Through drive SAE BB
Through drive SAE C
Splined shaft
Hole
Splined shaft
Hole
Splined shaft
Hole
47
EN 2.918.2/09.22
241
54
62 116,5
228
273,5
50,8
88,9
63,5
4x M12
41
32
4x M14
66,7
31,8
213,5
116,5
50
87 28
117
87
218
178
5.5 PPV100M85 / PPV100M100
PPV100M85 / PPV100M100 clockwise rotation with pressure control P
(Notice: for anti-clockwise rotation, suction port and pressure port are reversed)
Suction
port
Max.
Drain port
G3/4"
Pressure
adj.
screw
Drain port
G3/4"
Pressure
port
Vent screw
G1/4"
Drain port
G3/4"
Displacement
limitation
View A
View A
48
EN 2.918.2/09.22
43,3
32,5
°06
-
°0
°5,0
12,2
8,5
25
6
19
5/16-18 UNC
- 2B
ANSI B92.1
14Z-12/24 DP SAE J744*
162
181
18
213
14
127
12.7
49.3
40
14.5
17
°06
-
0°
0.5°
5.5
36
28
ANSI B92.1
17Z-12/24 DP SAE J744*
7/16-14UNC-2B
8,5
12,2
60°
-
0°
0,5°
6
19
25
32,5
43,3
5/16-18 UNC
- 2B
ANSI B92.1
14Z-12/24 DP SAE J744*
"T1" SAE C splined shaft
Shaft spline
Mounting ange and shaft options
*30° pressure angle, at root, side t
*30° pressure angle, at root, side t
Shaft spline
Shaft spline
"C5" SAE C, 2/4-hole ange
"S" SAE CC splined shaft
"S1" SAE C splined shaft
*30° pressure angle, at root, side t
T
T
T
49
EN 2.918.2/09.22
78
151,3
83,3
241
221
116,5
129
Pressure adj.
screw
Di. pressure adj.
screw
PR: remote
control port
G1/4"
LS: load-sensing
port
Max.
Max.
PPV100M85 / PPV100M100 with load-sensing control LS / LS0 / pressure remote control PR
50
EN 2.918.2/09.22
PPV100M85 / PPV100M100 with electrical displacement
control ED
PPV100M85 / PPV100M100 with electrical displacement
control and pressure control EDP
128
49
141,9
270,1
128
70,3 71,5
270,1
141,9
View A View A
View A View A
51
EN 2.918.2/09.22
70,3 78
151,5
270,1
141,9
PPV100M85 / PPV100M100 with electrical displacement
control and load-sensing control EDLS / EDLS0 /
pressure remote control EDPR
View A
View A
52
EN 2.918.2/09.22
Through drive SAE A
297,5
8,5
33
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
SAE "A" 30°
SAE J744-16-4-9T
16/32 DP
106,4
8x M10
8,5
39
297,5
82,55
H7
+
0,035
0
SAE "A" 2-
SAE J744-82-2
SAE "AB" 30°
SAE J744-19-4-11T
16/32 DP
106,4
8x M10
12
302
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
42
SAE "B" 30°
SAE J744-22-4-13T
16/32 DP
146
4x M12
Through drive SAE AB
Through drive SAE B
Splined shaft
Hole
Splined shaft
Hole
Splined shaft
Hole
Dimensions PPV100M85/PPV100M100 with swash angle sensor on request
PPV100M85 / PPV100M100 through drive options
53
EN 2.918.2/09.22
Through drive SAE BB
302
12
47
101,6
H7
+
0,035
0
SAE "B" 2-
SAE J744-101-2
SAE "BB" 30°
SAE J744-25-4-15T
16/32 DP
146
4x M12
317,5
127
H7
+
0,040
0
SAE "C" 4-
SAE J744-127-4
16
57
SAE "C" 30°
SAE J744-32-4-14T
12/24 DP
114,5
114,5
4x M12
62
317,5
127
H7
+
0,040
0
SAE "C" 4-
SAE J744-127-4
16
SAE "CC" 30°
SAE J744-38-4-17T
12/24 DP
114,5
114,5
4x M12
Through drive SAE C
Through drive SAE CC
Splined shaft
Hole
Splined shaft
Hole
Splined shaft
Hole
PPV100M85 / PPV100M100 through drive options
54
EN 2.918.2/09.22
The swash angle sensor is tted with an AMP connector as standard.
3-pin AMP Superseal 1.5
Protection class: IP67 acc. to DIN EN 60529
Connection type: 3-pin connector
S1A S1B
The pressure sensor is also available with a Deutsch connector (DT04-3P) or a DIN
connector (M12x1).
Version K – Deutsch DT04-3P
Pin KA KB
A Signal + U
B
B Signal - Signal
C not occupied 0V
A
C
B
Version 6 - M12x1
Pin 6A 6B
1 Signal + U
B
2 not occupied not occupied
3 Signal - 0V
4 not occupied Signal
5.6 Connectors for sensors
55
EN 2.918.2/09.22
Notes
EN 2.918.2/09.22
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Free Sales Partners
Global presence.
Local competence.
www.hydac.com
HYDAC DRIVE CENTER Kiesgräble 13
GmbH 89129 Langenau
Germany
Phone: +49 7345 93360-0
Fax: +49 7345 93360-4190
E-mail: antriebe@hydac.com
Internet: www.hydac.com
Cooling Systems 57.000 Electronics 180.000 Accessories 61.000 Compact Hydraulics 53.000 Filter Systems 79.000 Process Technology 77.000 Filter Technology 70.000 Accumulators 30.000