Axial Piston Pump PV016 - PV360 Variable Displacement
Catalogue HY30-3245/UK
Contents
Axial Piston Pump PV 016 to 360
Contents
Page
Introduction and general Information...............................................................4 Technical Data.................................................................................................5 Ordering Code.................................................................................................6 Pressure Controls..........................................................................................18 Remote Pressure Controls............................................................................20 Load Sensing Controls..................................................................................22 Horse Power/Torque Controls........................................................................26 Performance Curves......................................................................................30 Electronic P/Q Controls.................................................................................32 Proportional Displacement Control................................................................32 Electronic P/Q Controls.................................................................................33 Efficiency and Case Drain Flows...................................................................34 Performance Curves and Case Drain Flows PV 360.....................................39 Accessories Control......................................................................................40 Proportional pressure relief valve PVACRE*.................................................42 Accessories Control......................................................................................43 Dimensions....................................................................................................44 Control Dimensions.......................................................................................56 Electronic Module PQDXXA..........................................................................60 Through Drive, Mounting Kits........................................................................61 Through Drive, Flange Load Limitation.........................................................62 Multiple Pump Combinations - Maximum Moment........................................62 Through Drive, Shaft Load Limitations..........................................................63 PV360 shaft options......................................................................................64
3
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Introduction
Axial Piston Pump PV 016 to 360 Technical Features
With thru drive for single and multiple pumps Swash plate type for open circuit
• • • • • •
Low noise level Fast response Service-friendly High self-priming speed Compact design Thru drive for 100% nominal torque
General Information Fluid recommendations Premium quality hydraulic mineral fluid is recomended, like HLP oils to DIN 51524, part 2. Brugger- value has to be 30 N/mm2 minimum for general application and 50 N/mm2 for heavily loaded hydraulic equipment and fast cycling machines and/or high dynamic loads, measured in accordance with DIN 51 347-2. See also Document HY30-3248/UK Parker Hydraulic Fluids.
Fluid cleanliness should be in accordance with ISO classification ISO 4406:1999. The quality of filter elements should be in accordance with ISO standards. General hydraulic systems for satisfactory operation: Class 20/18/15, according to ISO 4406:1999 Recommended cleanliness for maximum component life and functionality: Class 18/16/13, according to ISO 4406:1999
Viscosity The normal operating viscosity should range between 16 and 100 mm2/s (cSt). Max. start-up viscosity is 800 mm2/s (cSt).
Seals Check hydraulic fluid specification for chemical resistance of seal material. Check temperature range of seal material and compare with max. system and ambient temperature. N - Nitrile -40 ... +90 °C Note: The highest fluid temperature will be at the drain port of the pump, up to 25 °C higher than in the reservoir.
Filtration For maximum pump and system component functionality and life, the system should be protected from contamination by effective filtration.
4
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Technical Data
Axial Piston Pump PV 016 to 360
PV016 PV020 PV023 PV028 PV032 PV040 PV046 Frame size 1 1 1 1 2 2 2 Max. Displacement [cm3/rev.] 16 20 23 28 32 40 46 Output flow at 1500 rpm [l/min] 24 30 34,5 42 48 60 69 Nominal pressure pN [bar] 350 350 350 350 350 350 350 Max. pressure pmax at 20% working cycle1) [bar] 420 420 420 420 420 420 420 Case drain pressure, continuous [bar] 0.5 0.5 0.5 0.5 0.5 0.5 0.55 Case drain pressure, max. peak [bar] 2.0 2.0 2.0 2.0 2.0 2.0 2.0 Min. Inlet pressure, abs. [bar] 0.8 0.8 0.8 0.8 0.8 0.8 0.8 Max. Inlet pressure [bar] 16 16 16 16 16 16 16 Input power at 1500 rpm and 350 bar [kW] 15.5 19.5 22.5 27.5 31 39 45 Max speed at 1 bar, abs, inlet pressure [rpm] 3000 3000 3000 3000 2800 2800 2800 Moment of inertia [kgm2] 0.0017 0.0017 0.0017 0.0017 0.0043 0.0043 0.0043 Weight [kg] 19 19 19 19 30 30 30
PV063 PV080 PV092 PV140 PV180 PV270 PV360 Frame size 3 3 3 4 4 5 5 Max. Displacement [cm3/rev.] 63 80 92 140 180 270 360 Output flow at 1500 rpm [l/min] 94.5 120 138 270 405 405 540 Nominal pressure pN [bar] 350 350 350 350 350 350 350 420 420 420 420 420 420 Max. pressure pmax at 20% working cycle1) [bar] 420 Case drain pressure, continuous [bar] 0.5 0.5 0.5 0.5 0.5 0.5 0.5 Case drain pressure, max. peak [bar] 2.0 2.0 2.0 2.0 2.0 2.0 2.0 Min. Inlet pressure, abs. [bar] 0.8 0.8 0.8 0.8 0.8 0.8 0.8 Max. Inlet pressure [bar] 16 16 16 16 16 16 16 Input power at 1500 rpm and 350 bar [kW] 61.5 78 89.5 136 175 263 350 Max speed at 1 bar, abs, inlet pressure [rpm] 2800 2500 2300 2400 2200 1800 1750 Moment of inertia [kgm2] 0.018 0.018 0.018 0.030 0.030 0.098 0.103 Weight [kg] 59 59 59 90 90 172 180 1) Special control options required.
5
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 028
Catalogue HY30-3245/UK
Ordering Code
PV
R 1 K 1 T 1 N
axial piston pump variable displacement
rotation size and displacement
mounting interface
variation
seals
thru drive code
control
see next page
coupling code
threads code
Code Displacement Size
Code
016 020 023 028
16 cm³/rev 20 cm³/rev 23 cm³/rev 28 cm³/rev
Rotation 1)
R
Clockwise
L
Counter clockwise
1)
Code Coupling for thru drive
as single part 6)
1 H Y A B C
When looked on shaft
Code
Variation
1
Standard
9
Special adjustment 2)
2)
NBR FPM NBR with PTFE shaft seal FPM with PTFE shaft seal
1 1 1 1
Code
Seals
N V W P
Single pump, no coupling with coupling 25 x 1.5 x 15, DIN 5480 MK-PVBGxK01 with coupling SAE A 9T-16/32 DP MK-PVBGxK11 with coupling SAE - 11T-16/32 DP MK-PVBGxK12 with coupling SAE B 13T-16/32 DP MK-PVBGxK13 with coupling SAE B-B 15T-16/32 DP MK-PVBGxK14
requires Kxxxx number Code Thru drive option
Code K L D E
Code
Mounting interface
No adaptor for 2nd pump
Shaft
T
metr. ISO 4-hole flange Ø100 mm Cylindric, key 3019/2 4-hole flange Ø100 mm Splined, DIN 5480 SAE ISO 3019/1
Port3)
1 BSPP 3 UNF 7 ISO 6149 85) ISO 6149
4-hole flange SAE B 4-hole flange SAE B-B
Cylindric, key Splined, SAE
Threads4) metric UNC UNC metric
Single pump prepared for thru drive
with adaptor for 2nd pump
as single part 6)
Y A B G H J
MK-PVBGxYMN MK-PVBGxAMN MK-PVBGxBMN MK-PVBGxGMN MK-PVBGxHMN MK-PVBGxJMN
SAE AA, Ø 50.8 mm SAE A, Ø 82.55 mm SAE B, Ø 101.6 mm metric, Ø 63 mm metric, Ø 80 mm metric, Ø 100 mm
See dimensions for details 6) to be ordered separately as single part x= Frame size, see displacement.
3)
Drain, gauge and flushing ports All mounting and connecting threads 5) Mounting interface, code K and L only 4)
6
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 028
Catalogue HY30-3245/UK
Ordering Code
Code 0 0 1 1 0 0 M M M R M F M T C 1
Control options No control With cover plate, no control function Standard pressure control, integrated pilot valve Remote pressure control, integrated pilot valve Load Sensing (flow) control, integrated pilot valve Two spool LS control Control variation Standard version 1) NG6 interface top side for pilot valves
W
With unloading function, 24VDC solenoid 1)
K
Prop.-pilot valve type PVACRE..35 mounted
Z P
Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC* MT1 with mounted pilot valve PVAC1P 2)
1) not for MT 2) only for MT
Horse power / Torque control Displacem. Code
016 028
Nominal HP at 1.500 rpm
Nominal torque
B
3 kW
20 Nm
C
4 kW
25 Nm
D E G H K
5.5 kW 7.5 kW 11 kW 15 kW 18.5 kW
35 Nm 50 Nm 71 Nm 97 Nm 120 Nm
Function
L C
Control variation
Code
Horse power control with pressure control Horse power control with load sensing (single spool)
C 1 W K Z
Standard version NG 6 interface top side With unloading function, 24 VDC solenoid Prop.-pilot valve type PVACRE..35 mounted Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC*
Control option
electro hydraulic control F P V U P
Proportional displacement control, no pressure compensation Proportional displacement control, with pressure compensation
Control variation R pilot operated pressure control, open NG6 interface K pilot operated pressure control, proportional pilot valve type PVACRE..35 mounted M pilot operated pressure control, pressure sensor and proportional pilot valve type PVACRE..35 mounted for pressure control and/or power control
7
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 032 to 046
Catalogue HY30-3245/UK
Ordering Code
PV
R 1 K 1 T 1 N
axial piston pump variable displacement
rotation size and displacement
mounting interface
variation
seals
thru drive code
control
see next page
coupling code
threads code
Code Displacement Size
Code
032 32 cm³/rev 040 40 cm³/rev 046 46 cm³/rev
Code R
Clockwise
L
Counter clockwise
1)
Code Coupling for thru drive
as single part 6)
1 H J Y A B C D
When looked on shaft
Code
Variation
1
Standard
9
Special adjustment 2)
2)
NBR FPM NBR with PTFE shaft seal FPM with PTFE shaft seal
2 2 2
Rotation 1)
Seals
N V W P
Single pump, no coupling with coupling 25 x 1.5 x 15, DIN 5480 MK-PVBGxK01 with coupling 32 x 1.5 x 20, DIN 5480 MK-PVBGxK02 with coupling SAE A 9T-16/32 DP MK-PVBGxK11 with coupling SAE - 11T-16/32 DP MK-PVBGxK12 with coupling SAE B 13T-16/32 DP MK-PVBGxK13 with coupling SAE B-B 15T-16/32 DP MK-PVBGxK14 with coupling SAE C 14T-12/24 DP MK-PVBGxK15
requires Kxxxx number Code Thru drive option
Code K L D E
Code
Mounting interface
No adaptor for 2nd pump
Shaft
T
metr. ISO 4-hole flange Ø125 mm Cylindric, key 3019/2 4-hole flange Ø125 mm Splined, DIN 5480 SAE ISO 3019/1
Port3)
1 BSPP 3 UNF 7 ISO 6149 85) ISO 6149
4-hole flange SAE C 4-hole flange SAE C
Cylindric, key Splined, SAE
Threads4) metric UNC UNC metric
Single pump prepared for thru drive
with adaptor for 2nd pump
as single part 6)
A B C G H J K
MK-PVBGxAMN MK-PVBGxBMN MK-PVBGxCMN MK-PVBGxGMN MK-PVBGxHMN MK-PVBGxJMN MK-PVBGxKMN
SAE A, Ø 82.55 mm SAE B, Ø 101.6 mm SAE C, Ø 127 mm metric, Ø 63 mm metric, Ø 80 mm metric, Ø 100 mm metric, Ø 125 mm
3)
Drain, gauge and flushing ports All mounting and connecting threads 5) Mounting interface, code K and L only 4)
See dimensions for details 6) to be ordered separately as single part x= Frame size, see displacement.
8
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 032 to 046
Catalogue HY30-3245/UK
Ordering Code
Code 0 0 1 1 0 0 M M M R M F M T C 1
Control options No control With cover plate, no control function Standard pressure control, integrated pilot valve Remote pressure control, integrated pilot valve Load Sensing (flow) control, integrated pilot valve Two spool LS control Control variation Standard version 1) NG6 interface top side for pilot valves
W
With unloading function, 24VDC solenoid 1)
K
Prop.-pilot valve type PVACRE..35 mounted
Z P
Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC* MT1 with mounted pilot valve PVAC1P 2)
1) not for MT 2) only for MT
Horse power / Torque control Displacem. Code
032 046
Nominal HP at 1.500 rpm
Nominal torque
D
5.5 kW
35 Nm
E
7.5 kW
50 Nm
G H K M S
11 kW 15 kW 18.5 kW 22 kW 30 kW
71 Nm 97 Nm 120 Nm 142 Nm 195 Nm
Function L Horse power control with pressure control C Horse power control with load sensing (single spool)
Control variation
Code
C 1 W K Z
Standard version NG 6 interface top side With unloading function, 24 VDC solenoid Prop.-pilot valve type PVACRE..35 mounted Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC*
Control option
electro hydraulic control F P V U P
Proportional displacement control, no pressure compensation Proportional displacement control, with pressure compensation
Control variation R pilot operated pressure control, open NG6 interface K pilot operated pressure control, proportional pilot valve type PVACRE..35 mounted M pilot operated pressure control, pressure sensor and proportional pilot valve type PVACRE..35 mounted for pressure control and/or power control
9
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 063 to 092
Catalogue HY30-3245/UK
Ordering Code
PV
R 1 K 1 T 1 N
axial piston pump variable displacement high pressure version
mounting interface
rotation size and displacement
variation
seals
thru drive code
compensator
see next page
coupling code
threads code
Code Displacement Size 063 63 cm³/rev 3 080 80 cm³/rev 092 92 cm³/rev
Code
Rotation 1)
R
Clockwise
L
Counter clockwise
1)
Variation
1
Standard
9
special adjustment 2)
Seals
N V W P
NBR FPM NBR with PTFE shaft seal FPM with PTFE shaft seal
Code Coupling for thru drive
as single part 6)
3 3
1 H J K Y A B C D E F
Single pump, no coupling with coupling 25 x 1.5 x 15, DIN 5480 MK-PVBGxK01 with coupling 32 x 1.5 x 20, DIN 5480 MK-PVBGxK02 with coupling 40 x 1.5 x 25, DIN 5480 MK-PVBGxK03 with coupling SAE A 9T-16/32 DP MK-PVBGxK11 with coupling SAE - 11T-16/32 DP MK-PVBGxK12 with coupling SAE B 13T-16/32 DP MK-PVBGxK13 with coupling SAE B-B 15T-16/32 DP MK-PVBGxK14 with coupling SAE C 14T-12/24 DP MK-PVBGxK15 with coupling SAE C - C MK-PVBGxK16 with coupling SAE D, E MK-PVBGxK17
requires Kxxxx number
Code K L D E
Code
When looked on shaft
Code
2)
Code
Mounting interface
Shaft
metr. ISO 4-hole flange Ø160 mm Cylindric, key 3019/2 4-hole flange Ø160 mm Splined, DIN 5480 SAE ISO 3019/1
Port3)
4-hole flange SAE D 4-hole flange SAE D
Code Thru drive option No adaptor for 2nd pump
Cylindric, key Splined, SAE
T
Threads4)
1 BSPP metric 3 UNF UNC 4 5) BSPP metr. M14 7 ISO 6149 UNC 8 ISO 6149 metric
3)
Drain, gauge and flushing ports All mounting and connecting threads 5) For PV063-PV092 only: pressure port 1 1/4" with 4 x M14 instead of 4 x M12 4)
Single pump prepared for thru drive
with adaptor for 2nd pump
as single part 6)
MK-PVBGxAMN MK-PVBGxBMN MK-PVBGxCMN MK-PVBGxDMN MK-PVBGxGMN MK-PVBGxHMN MK-PVBGxJMN MK-PVBGxKMN MK-PVBGxLMN
A B C D G H J K L
SAE A, Ø 82.55 mm SAE B, Ø 101.6 mm SAE C, Ø 127 mm SAE D, Ø 152,4 mm metric, Ø 63 mm metric, Ø 80 mm metric, Ø 100 mm metric, Ø 125 mm metric, Ø 160 mm
See dimensions for details 6) to be ordered separately as single part x= Frame size, see displacement.
10
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 063 to 092
Catalogue HY30-3245/UK
Ordering Code
Code 0 0 1 1 0 0 M M M R M F M T C 1
Control options No control With cover plate, no control function Standard pressure control, integrated pilot valve Remote pressure control, integrated pilot valve Load Sensing (flow) control, integrated pilot valve Two spool LS control Control variation Standard version 1) NG6 interface top side for pilot valves
W
With unloading function, 24VDC solenoid 1)
K
Prop.-pilot valve type PVACRE..35 mounted
Z P
Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC* MT1 with mounted pilot valve PVAC1P 2)
1) not for MT 2) only for MT
Horse power / Torque control Displacem. Code
063 092
Nominal HP at 1.500 rpm
Nominal torque
G
11 kW
H
15 kW
97 Nm
K M S T U W Function
18.5 kW 22kW 30 kW 37 kW 45 kW 55 kW
120 Nm 142 Nm 195 Nm 240 Nm 290 Nm 355 Nm
L C
Horse power control with pressure control Horse power control with load sensing (single spool)
Control variation
Code
71 Nm
C 1 W K Z
Standard version NG 6 interface top side With unloading function, 24 VDC solenoid Prop.-pilot valve type PVACRE..35 mounted Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC*
Control option
electro hydraulic control F P V U P
Proportional displacement control, no pressure compensation Proportional displacement control, with pressure compensation
Control variation R pilot operated pressure control, open NG6 interface K pilot operated pressure control, proportional pilot valve type PVACRE..35 mounted M pilot operated pressure control, pressure sensor and proportional pilot valve type PVACRE..35 mounted for pressure control and/or power control
11
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 140 to 180
Catalogue HY30-3245/UK
Ordering Code
PV
R 1 K 1 T 1 N
axial piston pump variable displacement
rotation size and displacement
mounting interface
variation
seals
thru drive code
control
see next page
coupling code
threads code
Code
Code Displacement Size 140 140 cm³/rev 180 180 cm³/rev
Rotation
Code
Clockwise
L
Counter clockwise
When looked on shaft
Code
Variation
1
Standard
9
Special adjustment 2)
2)
requires Kxxxx number
Code K L
Code Coupling for thru drive
as single part 7)
Mounting interface
1 H J K L Y A B C D E F G
Single pump, no coupling with coupling 25 x 1.5 x 15, DIN 5480 MK-PVBGxK01 with coupling 32 x 1.5 x 20, DIN 5480 MK-PVBGxK02 with coupling 40 x 1.5 x 25, DIN 5480 MK-PVBGxK03 with coupling 50 x 2 x 24, DIN 5480 MK-PVBGxK04 with coupling SAE A 9T-16/32 DP MK-PVBGxK11 with coupling SAE - 11T-16/32 DP MK-PVBGxK12 with coupling SAE B 13T-16/32 DP MK-PVBGxK13 with coupling SAE B-B 15T-16/32 DP MK-PVBGxK14 with coupling SAE C 14T-12/24 DP MK-PVBGxK15 with coupling SAE C - C MK-PVBGxK16 with coupling SAE D, E MK-PVBGxK17 with coupling SAE F MK-PVBGxK18
Shaft
metr. ISO 4-hole flange Ø160 mm Cylindric, key 3019/2 4-hole flange Ø160 mm Splined, DIN 5480
D SAE E ISO 3019/1 F G Code
NBR FPM NBR with PTFE shaft seal FPM with PTFE shaft seal
1)
Seals
N V W P
4 4
R 1)
Port3)
4-hole flange SAE D 4-hole flange SAE D-F
Cylindric, key Splined, SAE
4-hole flange SAE D 4-hole flange SAE D
Cylindric, key Splined, SAE
Code Thru drive option No adaptor for 2nd pump T
Threads4)
1 BSPP metric 3 UNF UNC 4 5) BSPP metr. M14 7 ISO 6149 UNC 8 6) ISO 6149 metric
3) Drain,
gauge and flushing ports mounting and connecting threads 5) Pressure port 1 1/4" with 4 x M14 instead of 4 x M12
Single pump prepared for thru drive
with adaptor for 2nd pump
as single part 7)
A B C D H J K L
MK-PVBGxAMN MK-PVBGxBMN MK-PVBGxCMN MK-PVBGxDMN MK-PVBGxHMN MK-PVBGxJMN MK-PVBGxKMN MK-PVBGxLMN
SAE A, Ø 82.55 mm SAE B, Ø 101.6 mm SAE C, Ø 127 mm SAE D, Ø 152.4 mm metric, Ø 80 mm metric, Ø 100 mm metric, Ø 125 mm metric, Ø 160 mm
4) All
6) Mounting
See dimensions for details 7) to be ordered separately as single part x= Frame size, see displacement.
interface, code K and L only
12
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 140 to 180
Catalogue HY30-3245/UK
Ordering Code
Code 0 0 1 1 0 0 M M M R M F M T C 1
Control options No control With cover plate, no control function Standard pressure control, integrated pilot valve Remote pressure control, integrated pilot valve Load Sensing (flow) control, integrated pilot valve Two spool LS control Control variation Standard version 1) NG6 interface top side for pilot valves
W
With unloading function, 24VDC solenoid 1)
K
Prop.-pilot valve type PVACRE..35 mounted
Z P
Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC* MT1 with mounted pilot valve PVAC1P 2)
1) not for MT 2) only for MT
Horse power / Torque control Displacem. Code
140 180
Nominal HP at 1.500 rpm
Nominal torque
K
18.5 kW
120 Nm
M
22 kW
142 Nm
S T U W Y Z 2
30 kW 37 kW 45 kW 55 kW 75 kW 90 kW 110 kW
195 Nm 240 Nm 290 Nm 355 Nm 485 Nm 585 Nm 715 Nm
Function
L C
Control variation
Code
Horse power control with pressure control Horse power control with load sensing (single spool)
C 1 W K Z
Standard version NG 6 interface top side With unloading function, 24 VDC solenoid Prop.-pilot valve type PVACRE..35 mounted Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC*
Control option
electro hydraulic control F P V U P
Proportional displacement control, no pressure compensation Proportional displacement control, with pressure compensation
Control variation R pilot operated pressure control, open NG6 interface K pilot operated pressure control, proportional pilot valve type PVACRE..35 mounted M pilot operated pressure control, pressure sensor and proportional pilot valve type PVACRE..35 mounted for pressure control and/or power control
13
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 270
Catalogue HY30-3245/UK
Ordering Code
PV
R 1 K 1 T 1 N
axial piston pump variable displacement high pressure version
rotation size and displacement
mounting interface
variation
seals
thru drive code
compensator
see next page
coupling code
threads code
Code
Seals
N V W P
NBR FPM NBR with PTFE shaft seal FPM with PTFE shaft seal
Rotation 1)
Code Coupling for thru drive
as single part 6)
R
Clockwise
L
Counter clockwise
Code Displacement Size 270 270 cm³/rev
Code
1)
When looked on shaft
Code
Variation
1
Standard
9
special adjustment 2)
2)
5
requires Kxxxx number
Code K L D E
Mounting interface
4-hole flange SAE E 4-hole flange SAE E-F
Code
Port4)
Threads5)
1 3 7 8
BSPP UNF ISO 6149 ISO 6149
metric UNC UNC metric
4)
Drain, gauge and flushing ports All mounting and connecting threads
5)
Single pump, no coupling with coupling 25 x 1.5 x 15, DIN 5480 MK-PVBGxK01 with coupling 32 x 1.5 x 20, DIN 5480 MK-PVBGxK02 with coupling 40 x 1.5 x 25, DIN 5480 MK-PVBGxK03 with coupling 50 x 2 x 24, DIN 5480 MK-PVBGxK04 with coupling 60 x 2 x 28, DIN 5480 MK-PVBGxK05 with coupling SAE A 9T-16/32 DP MK-PVBGxK11 with coupling SAE - 11T-16/32 DP MK-PVBGxK12 with coupling SAE B 13T-16/32 DP MK-PVBGxK13 with coupling SAE B-B 15T-16/32 DP MK-PVBGxK14 with coupling SAE C 14T-12/24 DP MK-PVBGxK15 with coupling SAE C - C MK-PVBGxK16 with coupling SAE D, E MK-PVBGxK17
Shaft
metr. ISO 4-hole flange Ø200 mm Cylindric, key 3019/2 4-hole flange Ø200 mm Splined, DIN 5480 SAE ISO 3019/1
1 H J K L M Y A B C D E F
Code Thru drive option No adaptor for 2nd pump
Cylindric, key Splined, SAE
T
Single pump prepared for thru drive
with adaptor for 2nd pump
as single part 6)
MK-PVBGxAMN MK-PVBGxBMN MK-PVBGxCMN MK-PVBGxDMN MK-PVBGxEMN MK-PVBGxHMN MK-PVBGxJMN MK-PVBGxKMN MK-PVBGxLMN MK-PVBGxMMN
A B C D E H J K L M
SAE A, Ø 82.55 mm SAE B, Ø 101.6 mm SAE C, Ø 127 mm SAE D, Ø 152,4 mm SAE E, Ø 165,1 mm metric, Ø 80 mm metric, Ø 100 mm metric, Ø 125 mm metric, Ø 160 mm metric, Ø 200 mm
See dimensions for details 6) to be ordered separately as single part x= Frame size, see displacement.
14
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 270
Catalogue HY30-3245/UK
Ordering Code
Code 0 0 1 1 0 0 M M M R M F M T C 1
Control options No control With cover plate, no control function Standard pressure control, integrated pilot valve Remote pressure control, integrated pilot valve Load Sensing (flow) control, integrated pilot valve Two spool LS control Control variation Standard version 1) NG6 interface top side for pilot valves
W
With unloading function, 24VDC solenoid 1)
K
Prop.-pilot valve type PVACRE..35 mounted
Z P
Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC* MT1 with mounted pilot valve PVAC1P 2)
1) not for MT 2) only for MT
Horse power / Torque control Displacem. Code
270
Nominal HP at 1.500 rpm
Nominal torque
T
37 kW
240 Nm
U
45 kW
290 Nm
W
55 kW
350 Nm
Y Z 2 3
75 kW 90 kW 110 kW 132 kW
480 Nm 580 Nm 700 Nm 840 Nm
Function
L C
Control variation
Code
Horse power control with pressure control Horse power control with load sensing (single spool)
C 1 W K Z
Standard version NG 6 interface top side With unloading function, 24 VDC solenoid Prop.-pilot valve type PVACRE..35 mounted Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC*
Control option
electro hydraulic control F P V U P
Proportional displacement control, no pressure compensation Proportional displacement control, with pressure compensation
Control variation R pilot operated pressure control, open NG6 interface K pilot operated pressure control, proportional pilot valve type PVACRE..35 mounted M pilot operated pressure control, pressure sensor and proportional pilot valve type PVACRE..35 mounted for pressure control and/or power control
15
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 360
Catalogue HY30-3245/UK
Ordering Code
PV
R 1 K 1 T 1 N
axial piston pump variable displacement
rotation size and displacement
mounting interface
variation
seals
thru drive code
control
see next page
coupling code
threads code
Code Displacement Size
Code
Seals
360 360 cm³/rev
N V
NBR FPM
5
as single part 6)
Code Coupling for thru drive
Code
Rotation 1)
R
Clockwise
1)
When looked on shaft
Code
Variation
1
Standard
9
Special adjustment 2)
2)
Mounting interface
Shaft
K 4-hole flange Ø250 mm Cylindric, key L metr. ISO 4-hole flange Ø250 mm Splined, DIN 5480
Code Thru drive option
R 3019/2 4-hole flange Ø224 mm Cylindric, key T 4-hole flange Ø224 mm Splined, DIN 5480 D E
SAE ISO 3019/1
4-hole flange SAE E 4-hole flange SAE E
Code
Port3)
Threads4)
1 3
BSPP UNF
metric UNC
4)
Single pump, no coupling with coupling 25 x 1.5 x 15, DIN 5480 MK-PVBGxK01 with coupling 32 x 1.5 x 20, DIN 5480 MK-PVBGxK02 with coupling 40 x 1.5 x 25, DIN 5480 MK-PVBGxK03 with coupling 50 x 2 x 24, DIN 5480 MK-PVBGxK04 with coupling 60 x 2 x 28, DIN 5480 MK-PVBGxK05 with coupling 70 x 3 x 22, DIN 5480 MK-PVBGxK06 with coupling SAE A 9T-16/32 DP MK-PVBGxK11 with coupling SAE - 11T-16/32 DP MK-PVBGxK12 with coupling SAE B 13T-16/32 DP MK-PVBGxK13 with coupling SAE B-B 15T-16/32 DP MK-PVBGxK14 with coupling SAE C 14T-12/24 DP MK-PVBGxK15 with coupling SAE C - C MK-PVBGxK16 with coupling SAE D, E MK-PVBGxK17 with coupling SAE F MK-PVBGxK18
requires Kxxxx number
Code
3)
1 H J K L M P Y A B C D E F G
No adaptor for 2nd pump T
Cylindric, key Splined, SAE
Drain, gauge and flushing ports All mounting and connecting threads
Single pump prepared for thru drive
with adaptor for 2nd pump
as single part 6)
MK-PVBGxAMN MK-PVBGxBMN MK-PVBGxCMN MK-PVBGxDMN MK-PVBGxEMN MK-PVBGxHMN MK-PVBGxJMN MK-PVBGxKMN MK-PVBGxLMN MK-PVBGxMMN
A B C D E H J K L M
SAE A, Ø 82.55 mm SAE B, Ø 101.6 mm SAE C, Ø 127 mm SAE D, Ø 152.4 mm SAE E, Ø 165.1 mm metric, Ø 80 mm metric, Ø 100 mm metric, Ø 125 mm metric, Ø 160 mm metric, Ø 200 mm
See dimensions for details 6) to be ordered separately as single part x= Frame size, see displacement.
16
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 360
Catalogue HY30-3245/UK
Ordering Code
Code 0 0 1 1 0 0 M M M R M F M T C 1
Control options No control With cover plate, no control function Standard pressure control, integrated pilot valve Remote pressure control, integrated pilot valve Load Sensing (flow) control, integrated pilot valve Two spool LS control Control variation Standard version 1) NG6 interface top side for pilot valves
W
With unloading function, 24VDC solenoid 1)
K
Prop.-pilot valve type PVACRE..35 mounted
Z P
Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC* MT1 with mounted pilot valve PVAC1P 2)
1) not for MT 2) only for MT
Horse power / Torque control Displacem. Code
360
Nominal HP at 1.500 rpm
Nominal torque
U
45 kW
290 Nm
W
55 kW
350 Nm
Y Z 2 3 4 5 6
75 kW 90 kW 110 kW 132 kW 160 kW 180 kW 200 kW
480 Nm 580 Nm 700 Nm 840 Nm 1020 Nm 1150 Nm 1280 Nm
Function
L C
Control variation
Code
Horse power control with pressure control Horse power control with load sensing (single spool)
C 1 W K Z
Standard version NG 6 interface top side With unloading function, 24 VDC solenoid Prop.-pilot valve type PVACRE..35 mounted Without integrated pilot valve, NG6 interface, for mounting of accessory code PVAC*
Control option
electro hydraulic control F P V U P
Proportional displacement control, no pressure compensation Proportional displacement control, with pressure compensation
Control variation R pilot operated pressure control, open NG6 interface K pilot operated pressure control, proportional pilot valve type PVACRE..35 mounted M pilot operated pressure control, pressure sensor and proportional pilot valve type PVACRE..35 mounted for pressure control and/or power control
17
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Pressure Controls
Standard Pressure Control Control option MMC The standard pressure control adjusts the pump displacement according to the actual need of flow in the system in order to keep the pressure constant. Control schematics
P
S
P
A
T
P
A
T
T
Response times of the pump are collected from a circuit as below by measuring the pumps swash angle movement at different pressures.
Dynamic characteristic of flow control * Displacement [%]
MP1
On/Off valve
100 75 50 25 0
PV360
Time on-stroke [ms] against against 50 bar 350 bar 520 180
Pressure adjustment range Factory setting pressure Differential pressure adjustment range Factory setting differential pressure Control oil consumption
t on stroke
* Curve shown exaggerated
Time de-stroke [ms] zero stroke zero stroke 50 bar 350 bar 120 82
t de-stroke Response time
15 to 350 bar 50 bar 10 to 40 bar 15 bar Max 8.0 l/min
18
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Pressure Controls
Axial Piston Pump PV 016 to 360
Standard Pressure Control with NG6 Interface Control option MM1 With code MM1 the standard pressure control has a valve interface size NG 6 DIN 24340 (CETOP 03 acc. RP35H, NFPA D03) on the top side.
P MP1
This interface allows the mounting of accessories like multiple pressure selectors without the need of external piping and valve mounting.
P
S
P
A
T
P
A
T
T
T
Standard Pressure Control with Electrical Unloading Control option MMW With code MMW a solenoid operated directional control valve (D1VW002KNJW) for electrical unloading is mounted on the control top side.
P
When the solenoid is de-energised, the pump compensates at a stand-by pressure of typically 15 bar. When the solenoid is energised, the pump compensates at the pressure adjusted on the integrated pilot valve.
MP1
P
S
P
A
T
P
A
T
T
T
Standard Pressure Control with Proportional Pilot Valve Control option MMK With code MMK a proportional pilot valve of type PVACRE..35 (see page 35) is mounted on the top side interface.
P
This allows a variation of the pump compensating pressure between 20 and 350 bar by an electrical signal.
MP1
P
S
P
A
T
P
A
T
T
T
Standard Pressure Control with Accessory Control option MMZ Control MMZ has no integrated pilot valve but a valve interface NG6 DIN 24340 on the top.
P
This version is recommended for valve accessories.
MP1
P
S
19
P
A
T
P
A
T
T
T
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Remote Pressure Controls Remote Pressure Control
Control option MRC The remote pressure control adjusts the pump displacement according to the actual need of flow in the system in order to keep the pressure constant at a level given by a remotely installed pilot valve. Control schematics PR
P
S
P
A
T
P
A
T
T
Response times of the pump are collected from a circuit as below by measuring the pumps swash angle movement at different pressures.
Dynamic characteristic of flow control * Displacement [%]
MP1
On/Off valve
100 75 50 25 0
PV360
Time on-stroke [ms] against against 50 bar 350 bar 520 180
Pressure adjustment range Factory setting pressure Differential pressure adjustment range Factory setting differential pressure Control oil consumption
t on stroke
* Curve shown exaggerated
Time de-stroke [ms] zero stroke zero stroke 50 bar 350 bar 120 82
t de-stroke Response time
15 to 350 bar 50 bar 10 to 40 bar 15 bar Max 8.0 l/min
20
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Remote Pressure Controls
Axial Piston Pump PV 016 to 360
Remote Pressure Control with NG6 Interface Control option MR1 With code MR1 the remote pressure control has a valve interface size NG 6 DIN 24340 (CETOP 03 acc. RP35H, NFPA D03) on the top side.
PR
P
This interface allows the mounting of accessories like multiple pressure selectors without the need of external piping and valve mounting.
MP1
P
S
P
A
T
P
A
T
T
T
Remote Pressure Control with Electrical Unloading Control option MRW With code MRW a solenoid operated directional control valve (D1VW002KNJW) for electrical unloading is mounted on the control top side.
PR
P
When the solenoid is de-energised, the pump compensates at a stand-by pressure of typically 15 bar. When the solenoid is energised, the pump compensates at the pressure adjusted on the integrated pilot valve.
MP1
T
P
S
P
A
T
P
A
T
T
Remote Pressure Control with Proportional Pilot Valve Control option MRK With code MRK a proportional pilot valve of type PVACRE..35 (see page 35) is mounted on the top side interface.
PR
P MP1
This allows a variation of the pump compensating pressure between 20 and 350 bar by an electrical signal.
P
S
P
A
T
P
A
T
T
T
Remote Pressure Control with Accessory Control option MRZ Control MRZ has no integrated pilot valve but a valve interface NG6 DIN 24340 on the top.
PR
P
This version is recommended for valve accessories.
MP1
P
S
21
P
A
T
P
A
T
T
T
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Load Sensing Controls Load Sensing Control
Control option MFC The pilot pressure of the load sensing control is taken from a load sensing port in the hydraulic system. It is used to match pump flow to system demands. Control schematics PF
P
S
P
A
T
P
A
T
T
Response times of the pump are collected from a circuit as below by measuring the pumps swash angle movement at different pressures.
Dynamic characteristic of flow control * Displacement [%]
MP1
Load valve
100 75 50 25 0
PV360
Time on-stroke [ms] stand-by stand-by to 50 bar to 350 bar 500 690
Pressure adjustment range Factory setting pressure Differential pressure adjustment range Factory setting differential pressure Control oil consumption
t on stroke
t de-stroke Response time
* Curve shown exaggerated
Time de-stroke [ms] 50 bar to 350 bar to stand-by stand-by 830 50 15 to 350 bar 50 bar 10 to 40 bar 10 bar Max 8.0 l/min
22
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Load Sensing Controls
Axial Piston Pump PV 016 to 360
Load Sensing Control with NG6 Interface Control option MF1 With code MF1 the remote pressure control has a valve interface size NG 6 DIN 24340 (CETOP 03 acc. RP35H, NFPA D03) on the top side.
PF
P
This interface allows the mounting of accessories like multiple pressure selectors without the need of external piping and valve mounting.
MP1
P
S
P
A
T
P
A
T
T
T
Load Sensing Control with Electrical Unloading Control option MFW With code MFW a solenoid operated directional control valve (D1VW002KNJW) for electrical unloading is mounted on the control top side.
PF
P
When the solenoid is de-energised, the pump compensates at a stand-by pressure of typically 15 bar. When the solenoid is energised, the pump compensates at the pressure adjusted on the integrated pilot valve.
MP1
P
S
P
A
T
P
A
T
T
T
Load Sensing Control with Proportional Pilot Valve Control option MFK With code MFK a proportional pilot valve of type PVACRE..35 (see page 35) is mounted on the top side interface.
PF
P
This allows a variation of the pump compensating pressure between 20 and 350 bar by an electrical signal.
MP1
P
S
P
A
T
P
A
T
T
T
Load Sensing Control with Accessory Control option MFZ Control MFZ has no integrated pilot valve but a valve interface NG6 DIN 24340 on the top.
PF
P
This version is recommended for valve accessories.
MP1
P
S
23
P
A
T
P
A
T
T
T
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Load Sensing Controls 2 Spool Load Sensing Control
Control option MTP The pilot pressure of the load sensing control is taken from a load sensing port in the hydraulic system. It is used to match pump flow to system demands. With the 2 spool control the interaction of the two control functions is avoided by using two separate control valves for flow and pressure compensation. Control schematics PF
P
Q
MP1 P
A
T
A
T
p
T
Response times of the pump are collected from a circuit as below by measuring the pumps swash angle movement at different pressures.
Dynamic characteristic of flow control * Displacement [%]
S
P P
T
Load valve
100 75 50 25 0
PV360
Time on-stroke [ms] stand-by stand-by to 50 bar to 350 bar 920 670
Pressure adjustment range Factory setting pressure Differential pressure adjustment range Factory setting differential pressure load sensing Factory setting differential pressure, pressure control Control oil consumption
Time de-stroke [ms] 50 bar to 350 bar to stand-by stand-by 1000 170
t on stroke
* Curve shown exaggerated
t de-stroke Response time
15 to 350 bar 50 bar 10 to 40 bar 10 bar 15 bar Max 8.0 l/min
24
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Load Sensing Controls
Axial Piston Pump PV 016 to 360
2 Spool Load Sensing Control with NG6 Interface Control option MT1 With code MT1 the remote pressure control has a valve interface size NG 6 DIN 24340 (CETOP 03 acc. RP35H, NFPA D03) on the top side.
PF
P
This interface allows the mounting of accessories like multiple pressure selectors without the need of external piping and valve mounting.
MP1 P
S
P
A
T
P
A
T
T
T
2 Spool Load Sensing Control with Proportional Pilot Valve Control option MTK With code MTK a proportional pilot valve of type PVACRE..35 (see page 35) is mounted on the top side interface.
PF
P
This allows a variation of the pump compensating pressure between 20 and 350 bar by an electrical signal.
MP1 P
S
P
A
T
P
A
T
T
T
2 Spool Load Sensing Control with Accessory Control option MTZ Control MTZ has a valve accessory factory mounted on the NG6 interface.
PF
P
Available valve accessory can be seen on page 33. Specify the accessory with full ordering code. MP1 P
S
25
P
A
T
P
A
T
T
T
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Horse Power/Torque Controls
Horse Power/Torque Controls with Pressure Control
Control option *LC The horse power control type *L* provides the benefit of the pressure control, plus the ability to limit the input power the pump will draw. These controls are beneficial when the power available from the prime mover for the hydraulics is limited or the application power demand has both high flow/low pressure and low flow/high pressure duty cycles. Control schematics
P
S
P
A
L
T
P
A
L
T
T
Response times of the pump are collected from a circuit as below by measuring the pumps swash angle movement at different pressures.
Dynamic characteristic of flow control * Displacement [%]
MP1
Load valve
100 75 50 25 0
PV360
Time on-stroke [ms] against against 50 bar 350 bar 90 90
Pressure adjustment range Factory setting pressure Differential pressure adjustment range Factory setting differential pressure Control oil consumption
t de-stroke Response time
* Curve shown exaggerated
Time de-stroke [ms] zero stroke zero stroke 50 bar 350 bar 100 100 15 to 350 bar 350 bar 10 to 40 bar 15 bar Max 8.0 l/min
t on stroke
See Horse Power characteristic curves on page 24
26
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Horse Power/Torque Controls
Axial Piston Pump PV 016 to 360
Horse Power/Torque Control with NG6 Interface Control option *L1 With code *L1 the remote pressure control has a valve interface size NG 6 DIN 24340 (CETOP 03 acc. RP35H, NFPA D03) on the top side.
P MP1
This interface allows the mounting of accessories like multiple pressure selectors without the need of external piping and valve mounting.
T
P
S
P
A
L
T
P
A
L
T
T
Horse Power/Torque Control with Electrical Unloading Control option *LW With code *LW a solenoid operated directional control valve (D1VW002KNJW) for electrical unloading is mounted on the control top side.
P MP1
When the solenoid is de-energised, the pump compensates at a stand-by pressure of typically 15 bar. When the solenoid is energised, the pump compensates at the pressure adjusted on the integrated pilot valve.
T
P
S
P
A
L
T
P
A
L
T
T
Horse Power/Torque Control with Proportional Pilot Valve Control option *LK With code *LK a proportional pilot valve of type PVACRE..35 (see page 35) is mounted on the top side interface.
P MP1
T
P
This allows a variation of the pump compensating pressure between 20 and 350 bar by an electrical signal.
S
P
A
L
T
P
A
L
T
T
Horse Power/Torque Control with Accessory Control option *LZ Control *LZ has no integrated pilot valve but a valve interface NG6 DIN 24340 on the top.
P
This version is recommended for valve accessories.
MP1
S
27
T
P
P
A
L
T
P
A
L
T
T
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Horse Power/Torque Controls
Horse Power/Torque Controls with Load Sensing Control option *CC The horse power control type *C* provides the benefit of the load sensing control, plus the ability to limit the input power the pump will draw. These controls are beneficial when the power available from the prime mover for the hydraulics is limited or the application power demand has both high flow/low pressure and low flow/high pressure duty cycles. Control schematics PF
P
S
P
A
L
T
P
A
L
T
T
Response times of the pump are collected from a circuit as below by measuring the pumps swash angle movement at different pressures.
Dynamic characteristic of flow control * Displacement [%]
MP1
Load valve
100 75 50 25 0
PV360
Time on-stroke [ms] stand-by stand-by to 50 bar to 350 bar 90 90
Pressure adjustment range Factory setting pressure Differential pressure adjustment range Factory setting differential pressure Control oil consumption
t de-stroke Response time
* Curve shown exaggerated
Time de-stroke [ms] 50 bar to 350 bar to stand-by stand-by 100 100 15 to 350 bar 350 bar 10 to 40 bar 15 bar Max 8.0 l/min
t on stroke
See Horse Power characteristic curves on page 24
28
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Horse Power/Torque Controls
Axial Piston Pump PV 016 to 360
Horse Power/Torque Control with NG6 Interface Control option *C1 With code *C1 the remote pressure control has a valve interface size NG 6 DIN 24340 (CETOP 03 acc. RP35H, NFPA D03) on the top side.
PF
P
This interface allows the mounting of accessories like multiple pressure selectors without the need of external piping and valve mounting.
MP1
T
P
S
P
A
L
T
P
A
L
T
T
Horse Power/Torque Control with Electrical Unloading Control option *CW With code *CW a solenoid operated directional control valve (D1VW002KNJW) for electrical unloading is mounted on the control top side.
PF
P
When the solenoid is de-energised, the pump compensates at a stand-by pressure of typically 15 bar. When the solenoid is energised, the pump compensates at the pressure adjusted on the integrated pilot valve.
MP1
T
P
S
P
A
L
T
P
A
L
T
T
Horse Power/Torque Control with Proportional Pilot Valve Control option *CK With code *CK a proportional pilot valve of type PVACRE..35 (see page 35) is mounted on the top side interface.
PF
P
This allows a variation of the pump compensating pressure between 20 and 350 bar by an electrical signal.
MP1
T
P
S
P
A
L
T
P
A
L
T
T
Horse Power/Torque Control with Accessory PF
Control option *CZ Control *CZ has no integrated pilot valve but a valve interface NG6 DIN 24340 on the top.
P
This version is recommended for valve accessories.
MP1
S
29
T
P
P
A
L
T
P
A
L
T
T
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 140
Catalogue HY30-3245/UK
Performance Curves
45
PV028 PV023 PV020 PV016
40 35
Flow rate Q [l/min]
Flow rate Q [l/min]
Typical Horse Power/Torque Control Characteristics 70
PV046 PV040 PV032
60
50 3 S= 0
30
kW
15
30
kW
kW
150
200
300
250
Pressure p [bar]
120
W
=5
100
5
Z=
160 140
90
kW
37
kW M kW K= =22 18 k ,5 W kW 30
80 60 40
kW
T=
S=
kW
100
20 0 0
PV140
180
120
kW
350
Pressure p [bar]
kW
45
300
250
210 200
45
kW KK== M=2 1188 2 H= .,55 k kW 15 kW W G= 11 kW kW
kW
200
5
37
150
75
T=
100
kW
U=
30
50
W
=5
S=
U=
kW
0
2k
kW
kW
W
80
0
350
PV092 PV080 PV063
40
kW
W
140
60
5.5
10
Flow rate Q [l/min]
100
D=
kW
7.5
Y=
Flow rate Q [l/min]
50
5.5
kW
0
kW
11
E=
5
4
3k
5 0
C=
B=
7.
E=
10
D=
G=
20
.5
kW
11
15
=2
18
15 H=
G=
M
K=
kW
H=
20
40
.5 18 K=
25
20 50
100
150
200
250
300
0
350
Pressure p [bar]
0
50
100
150
200
250
300
350
Pressure p [bar]
30
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 180 to 360
Catalogue HY30-3245/UK
Performance Curves
300
425
270 240
2=
Z=
210 180
U=
150
45
=5
5
S= T=3 kW 30 7 k M kW W =2 2 kW
120 90 60
11
0
kW
kW
kW
350 300
50
100
150
75
150
250
300
350
0
Pressure p [bar]
90
kW
13
11 0
kW
2
kW kW
W= U= 55 k T= 45 k W 37 W kW
100
200
Z=
Y=
50 0
3=
2=
200
30 0
PV270
250
kW
W
90
Flow rate Q [l/min]
PV180
75 Y=
Flow rate Q [l/min]
Typical Horse Power/Torque Control Characteristics
0
50
100
150
200
250
300
350
Flow rate Q [l/min
Pressure p [bar]
550 PV360
500 450
6= 2 5= 00 4= 18 kW 0 16 0 k kW 3= W 13 2k 2= 11 W 0k Z= W 90 kW Y= 75 kW W= 55 U= 45 kW kW
400 350 300 250 200 150 100 50 0
0
50
100
150
200
250
300 350 Pressure p [bar]
Speed Temperature Fluid Viscosity Pressure
31
: n = 1500 rev/min : t = 50 °C : HLP, ISO VG46 : ν = 46 mm2/s at 40 °C : Maximum 350 bar, depending on HP level
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Electronic P/Q Controls Proportional Displacement Control
Control option FPV The proportional displacement control allows the adjustment of the pumps output flow with an electrical input signal. The actual displacement of the pump is monitored by an LVDT and compared with the commanded displacement in an electronic control module PQDXXA-Z00. The command is given as an electrical input signal (0 - 10 V) from the supervising machine control or a potentiometer. Version FPV of the proportional control does not provide a pressure compensation. The hydraulic circuit must be protected by a pressure relief valve. Control schematics
Q
MP1 P
8
P
A
T
P
A
T
UQ
6
p
= FPV included
T
Response times of the pump are collected from a circuit as below by measuring the pumps swash angle movement at different pressures.
Dynamic characteristic of flow control * Displacement [%]
S
Load valve
100 75 50 25 0
PV360
Time on-stroke [ms] stand-by stand-by to 50 bar to 350 bar 180 100
Pressure adjustment range * Factory setting pressure * Differential pressure adjustment range * Factory setting differential pressure * Control oil consumption
t on stroke
* Curve shown exaggerated
Time de-stroke [ms] 50 bar to 350 bar to stand-by stand-by 330 240 25 to 350 bar 50 bar 10 to 40 bar 15 bar Max 8.0 l/min
t de-stroke Response time
Internal pilot pressure required to control the pump FPV UPR UPK UPM
15 bar 25 bar 25 bar 25 bar
* Data valid for UP* version 32
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Electronic P/Q Controls
Axial Piston Pump PV 016 to 360
Proportional Displacement Control with Overriding Pressure Control Control option UPR Control version UPR provides electro- hydraulic displacement control and pressure stage mounted on an elbow manifold.
P
T
The elbow manifold provides NG6/D03 interface on top to mount a pressure pilot valve (not included in UPR).
MP1 P
8
S
P
A
T
P
A
T
6
T
Proportional Displacement Control with Proportional Pressure Control Control option UPK When using a proportional pressure pilot valve an electro-hydraulic p/Q control can be realized. The proportional pressure pilot valve PVACRE..35 is included in control version UPK.
P
T MP1 P
By using the digital module PQDXXA-Z00 it is possible to control the displacement proportionally with overriding open loop proportional pressure control.
8
S
P
A
T
P
A
T
6
T
Proportional Displacement Control with Closed Loop Pressure Control Control option UPM Control version UPM is completed by a pressure transducer Parker SCP 8181 CE. In combination with control module PQDXXA-Z00 a closed loop pressure control of pump outlet pressure is available.
P 3 8
T MP1 P
The control module also offers an electronic power limiter in addition to closed loop pressure control with this control option.
8
S
P
A
T
P
A
T
6
T
Q
UQ UP
p = UPM included
33
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 028
Catalogue HY30-3245/UK
Efficiency and Case Drain Flows
100
vol. efficiency
output flow
overall efficiency
16
80
12
15
60
8
10
ull
tf
ra we po
ut
inp
w flo 40
4
5
20
dhead
er at dea input pow 0
0
0
100
200
0
300 Pressure [bar]
Efficiency and case drain flows PV016, PV020, PV023 and PV028 The efficiency and power graphs are measured at an input speed of n = 1500 rpm, a temperature of 50 °C and a fluid viscosity of 30 mm2/s. Case drain flow and compensator control flow leave via the drain port of the pump. To the values shown are to be added 1 to 1.2 l/min , if at pilot operated compensators the control flow of the pressure pilot valve also goes through the pump. Please note: The values shown below are only valid for static operation. Under dynamic conditions and at rapid compensation of the pump the volume displaced by the servo piston also leaves the case drain port. This dynamic control flow can reach up to 40 l/min! Therefore the case drain line is to lead to the reservoir at full size and without restrictions as short and direct as possible. Case drain flow PV016-028 with pressure compensator (MMC)
overall efficiency 20
80
15
60
ull
er ow
10
12
f at
w flo 40
p ut
inp
0
0
100
200
full flow
0
0
300 Pressure [bar]
300
200
100
Pressure [bar]
5
0
20
0
100
20
10
10
5
at deadhead 200
300 Pressure [bar]
Efficiency [%] (overall, volymetric)
40
60
ow
f
15
80
40
l fl
t
u np
at
output flow
20
30
100
vol. efficiency
ul
10
r we o p
60
l fl ul
40
25
fficienc y
ow
15
50
ra tf
overall efficiency output flow 80
20
input power 0
0
overall e
100
25 vol. efficiency
i 8
dead head
0
0
34
0 0
in pu tp ow e
16
6
2
Efficiency [%] (overall, volymetric)
24
8
PV028 Input power [kW]
Output flow [l/min]
32
10
at deadhead
PV023 40
12
20
input power 0
14
4
5
6
Drain flow [l/min]
18
ficiency
Output flow [l/min]
24
100
25 outp ut flow, vol. ef
Efficiency [%] (overall, volymetric)
30
Input power [kW]
Output flow [l/min]
PV020
Input power [kW]
20
20
Efficiency [%] (overall, volymetric)
25
Input power [kW]
Output flow [l/min]
Efficiency, power consumption PV016
20
ad
at deadhe input power 100
200
320 Pressure [bar]
Parker Hannifin Pump and Motor Division Chemnitz, Germany
0
Axial Piston Pump PV 032 to 046
Catalogue HY30-3245/UK
Efficiency and Case Drain Flows
30
output flow
overall efficiency
32
24
20
ow ll fl
u
tf
ut
inp
ra we o p
40
8
20
r at
input powe 0
0 0
80
60
16
10
100
100
deadhead 0 300 350 Pressure [bar]
200
Case drain flow PV032-046 with pressure compensator (MMC)
48
36
40
100
output flow, vol. effi
ciency overall efficiency
32
24
60
ll fl
24
80
u tf
ow
ra
e ow
16
40
p ut
inp 12
8
0 0
200
12 10
6
dead head
4 full flow
2
at deadhead
100
14
8
20
input power 0
Efficiency [%] (overall, volymetric)
60
Input power [kW]
Output flow [l/min]
PV040
Drain flow [l/min]
40
vol. efficiency
40
Efficiency and case drain flows PV032 to PV046 The efficiency and power graphs are measured at an input speed of n = 1500 rpm, a temperature of 50 °C and a fluid viscosity of 30 mm2/s. Case drain flow and compensator control flow leave via the drain port of the pump. To the values shown are to be added 1 to 1.2 l/min , if at pilot operated compensators the control flow of the pressure pilot valve also goes through the pump. Please note: The values shown below are only valid for static operation. Under dynamic conditions and at rapid compensation of the pump the volume displaced by the servo piston also leaves the case drain port. This dynamic control flow can reach up to 60 l/min! Therefore the case drain line is to lead to the reservoir at full size and without restrictions as short and direct as possible.
Efficiency [%] (overall, volymetric)
50
Input power [kW]
Output flow [l/min]
Efficiency, power consumption PV032
300 350 Pressure [bar]
0
0 0
100
200
300
Pressure [bar]
64
48
32
50
0
overall efficiency
output flow
40
30
20
er ow
at
80
ow
60
l fl
l fu
40
tp
pu
in 16
100
vol. efficiency
10
0 0
Efficiency [%] (overall, volymetric)
80
Input power [kW]
Output flow [l/min]
PV046
20
input power 100
at deadhead 200
300 350 Pressure [bar]
0
35
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 063 to 092
Catalogue HY30-3245/UK
Efficiency and Case Drain Flows
overall efficiency
56
t
pu
in 20
14
0
0
60
ow
28
40
r we po
at
l fl ul
f
40
Input power [kW]
Output flow [l/min]
96
0
100
200
80
300 Pressure [bar]
l. efficiency
overall efficiency 64
80
ow
ll fl
60
u tf
32
48
t
pu
in
ra we o p
40
16
24
0
100
output flow, vo
48
72
20
eadhead wer at d input po
PV080 120
80
Case drain flows PV063-092 Drain flow [l/min]
output flow
42
60
100
vol. efficiency
Efficiency [%] (overall, volymetric)
80
70
Efficiency and case drain flows PV063, PV080, PV092 The efficiency and power graphs are measured at an input speed of n = 1500 rpm, a temperature of 50 °C and a fluid viscosity of 30 mm2/s. Case drain flow and compensator control flow leave via the drain port of the pump. To the values shown are to be added 1 to 1.2 l/min , if at pilot operated compensators (codes FR*, FF*, FT*, power compensator and p-Qcontrol) the control flow of the pressure pilot valve also goes through the pump. Please note: The values shown below are only valid for static operation. Under dynamic conditions and at rapid compensation of the pump the volume displaced by the servo piston also leaves the case drain port. This dynamic control flow can reach up to 80 l/min! Therefore the case drain line is to lead to the reservoir at full size and without restrictions as short and direct as possible.
Efficiency [%] (overall, volymetric)
100
Input power [kW]
Output flow [l/min]
Efficiency, power consumption PV063
12
8 dead head
20
d
eadhea wer at d input po 0
0
100
200
300 Pressure [bar]
150
120
90
Input power [kW]
Output flow [l/min]
PV092 100
overall efficiency
80
60
60
40
30
20
er ow p t
at
0
ow
40
u
p in
80
60
l fl
l fu
full flow
0 0
100
200
300
Pressure [bar]
20
er input pow 0
100
vol. efficiency
output flow
4
0
Efficiency [%] (overall, volymetric)
0
0
100
ad at deadhe
200
300 Pressure [bar]
0
36
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 140 to 180
Catalogue HY30-3245/UK
Efficiency and Case Drain Flows
200
150
100
vol. efficiency
overall efficiency 120
output flow
80
ow
60
90
150
ll fl
60
100
t
pu
in
r we po
u tf
a
40
30
50
Efficiency and case drain flows PV140, PV180 The efficiency and power graphs are measured at an input speed of n = 1500 rpm, a temperature of 50 °C and a fluid viscosity of 30 mm2/s. Case drain flow and compensator control flow leave via the drain port of the pump. To the values shown are to be added 1 to 1.2 l/min, if at pilot operated compensators the control flow of the pressure pilot valve also goes through the pump. Please note: The values shown below are only valid for static operation. Under dynamic conditions and at rapid compensation of the pump the volume displaced by the servo piston also leaves the case drain port. This dynamic control flow can reach up to 120 l/min! Therefore the case drain line is to lead to the reservoir at full size and without restrictions as short and direct as possible.
Efficiency [%] (overall, volymetric)
250
Input power [kW]
Output flow [l/min]
Efficiency, power consumption PV140
20
at deadhead input power 100
200
180
120
60
output flow
140
105
l ul
er ow p t
f at
w flo
Case drain flows PV140-180
80
60
pu
70
0
100
vol. efficiency
fficienc y
240
175
overall e
300
Input power [kW]
Output flow [l/min]
PV180
300 Pressure [bar]
Drain flow [l/min]
0
Efficiency [%] (overall, volymetric)
0
0
18
12
dead head
40
in
35
6
20
ad
deadhe input power at 0
0
0
100
200
300 Pressure [bar]
full flow
0
0 0
37
100
200
300
Pressure [bar]
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 270
Catalogue HY30-3245/UK
Efficiency and Case Drain Flows
ow
80
150
200
100
100
50
60
0
0
tp
ow er
at
300
in
pu
40
Drain flow [l/min]
output flow
200
Efficiency [%] (overall, volymetric)
100
vol. efficiency fficiency overall e
l fl
400
250
Case drain flows PV270
fu l
500
Input power [kW]
Output flow [l/min]
Efficiency, power consumption PV270
24
16
dead head
8
20
input power at 0
100
full flow
0 0
deadhead
200
300 Pressure [bar]
0
100
200
300
Pressure [bar]
Efficiency and case drain flows PV270 The efficiency and power graphs are measured at an input speed of n = 1500 rpm, a temperature of 50 °C and a fluid viscosity of 30 mm2/s. Case drain flow and compensator control flow leave via the drain port of the pump. To the values shown are to be added 1 to 1.2 l/min , if at pilot operated compensators (codes FR*, FF*, FT*, power compensator and p-Qcontrol) the control flow of the pressure pilot valve also goes through the pump. Please note: The values shown below are only valid for static operation. Under dynamic conditions and at rapid compensation of the pump the volume displaced by the servo piston also leaves the case drain port. This dynamic control flow can reach up to 120 l/min! Therefore the case drain line is to lead to the reservoir at full size and without restrictions as short and direct as possible.
38
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 360
Catalogue HY30-3245/UK
Performance Curves
Typical drive power at full displacement Input power – full stroke
Typical inlet characteristics vs. speed at various percentage displacements Inlet characteristics
Displacement 95% 100%
400
Input power [kW]
Self priming speed [rpm]
1850 1800 1750 1700 1650
1750 rpm
300 250
1500 rpm
200 150
1600
100
1550
50
1500 0.8
0.9
1.0
Inlet pressure [bar]
100%
0
25
50
75 100 125 150 175 200 225 250 275 300 325 350
Pressure [bar]
Typical compensated power Input power – zero stroke 35
Input power [kW]
Volumetric
90%
0
1.1
Typical efficiency at full displacement and 1500 rpm Efficiency [%]
350
Overall
30
1750 rpm 25 20
80%
1500 rpm 15 10
70%
5
60%
0
0
25 50 75 100 125 150 175 200 225 250 275 300 325 350
0
Pressure [bar]
50
75 100 125 150 175 200 225 250 275 300 325 350
Pressure [bar]
Case drain flows Drain flow [l/min]
25
40
32
24
dead head 16
8
full flow 0
0
100
200
300
360
Pressure [bar]
The curves show typical characteristics measured under following conditions: Fluid: Mineral oil ISO VG 22 at 32 °C Inlet pressure 1,0 bar (absolute), measured at inlet port. 39
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Accessories Control
AC
PV
35
Accessories Function For for PV pump controls series Code 1P 1E 2P 2E 2M
Function Max. pressure relief 1 pressure, electrical unloading stand by default 2 pressures, electrical selection 2 pressures + stand by electrical selection low pressure default 2 pressures + stand by electrical selection stand by default
Threads
Mounting bolts
Code M S
Code
Adjustment Solenoid Solenoid Nominal acces- pressure sories 350 bar
Seals
Threads
Code Solenoid accessories
Metric SAE / UNC Code
Seals
N V
NBR FPM
Mounting bolts
C S M
For single controls Without bolts For code UP*/MT*
Dimensions PVAC1P*
omit
For function 1P
W
DIN plug socket without plug
Code
Solenoid voltage
omit
For function 1P
Code
Adjustment
Y
110V/50Hz - 120V/60Hz
S
Spindle with lock nut
T
220V/50Hz - 240V/60Hz
J
24V DC
PVAC1E* 48
DC solenoid 205 AC solenoid 190
133
Adjustment Code S
PVAC2P*
PVAC2M*/PVAC2E* 48
48
DC solenoid 241 AC solenoid 211
High pressure
133
133
DC solenoid 205 AC solenoid 190
High pressure
Low pressure
40
Low pressure
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Catalogue HY30-3245/UK
Accessories Control
Axial Piston Pump PV 016 to 360
Schematics PVAC1P*
Schematics PVAC1E*
Schematics PVAC2P*
Schematics PVAC2M*/PVAC2E*
*2M*
41
Parker Hannifin Pump and Motor Division Chemnitz, Germany
Axial Piston Pump PV 016 to 360
Catalogue HY30-3245/UK
Accessories Control Proportional pressure relief valve PVACRE* Function When the pressure in port P exeeds the pressure setting at the solenoid, the poppet opens to port T and limits the pressure in port P to the adjusted level. The optimum performance can be achieved in combination with the digital amplifier module PCD00A-400 (see catalogue HY11-3500 for reference).
Technical data General Nominal size Mounting position Ambient temperature Weight Hydraulic Max. operating pressure Pressure stages Fluid Viscosity, recommended permitted Fluid temperature Filtration Linearity Repeatability Hysteresis
DIN NG06 / CETOP03 / NFPA D03 as desired, horizontal mounting preferred [°C] -20 ... +70 [kg] 1.8 [bar] Ports P and A up to 420; port T depressurized [bar] 350, 420 Hydraulic oil as per DIN 51524 ... 525 [cSt] / [mm²/s] 30 ... 80 [cSt] / [mm²/s] 12 ... 380 [°C] -20 ... +60 ISO 4406 (1999), 18/16/13 [%] ±2.8 [%]
