PD Series Axial Piston Pumps. Variable Displacement

Transcription

1 PD Series xial Piston Pumps Variable Displacement

2 Contents Page General Information... 1 Ordering Information... 2 Technical Data... 4 Control Options... 5 Performance Data Pump Outlet Flow Overall Efficiency Shaft Input Power Typical Noise Characteristics Shaft earing Life Dimensions P P P P Controls Offer of Sale WRNING USER RESPONSIILITY FILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS ND/OR SYSTEMS DESCRIED HEREIN OR RELTED ITEMS CN CUSE DETH, PERSONL INJURY ND PROPERTY DMGE. This document and other information from Parker-Hannifin Corporation, its subsidiaries and authorized distributors provide product or system options for further investigation by users having technical expertise. The user, through its own analysis and testing, is solely responsible for making the final selection of the system and components and assuring that all performance, endurance, maintenance, safety and warning requirements of the application are met. The user must analyze all aspects of the application, follow applicable industry standards, and follow the information concerning the product in the current product catalog and in any other materials provided from Parker or its subsidiaries or authorized distributors. To the extent that Parker or its subsidiaries or authorized distributors provide component or system options based upon data or specifications provided by the user, the user is responsible for determining that such data and specifications are suitable and sufficient for all applications and reasonably foreseeable uses of the components or systems. Offer of Sale Please contact your Parker representation for a detailed Offer of Sale. ii

3 General Information General Information Description Variable displacement, axial piston pump for open-circuit applications Medium pressure, continuous operation at pressures up to 280 bar Low noise models for industrial markets Quiet and efficient control capability enefits Compact overall package size Quiet operation Low flow ripple to further reduce noise Elastomer seals that eliminate gaskets and external leakage High operating efficiency for lower power consumption and reduced heat generation Simple hydraulic controls with no-leak adjustments SE and ISO standard mounting flanges and ports Long life, tapered-roller shaft bearings Long life, low friction, hydrostatically balanced swash plate saddle bearings Full power through-drive capability End or side inlet and outlet ports Case drain ports for horizontal or vertical, shaft-up mounting Optional minimum and maximum displacement adjustments Optional case-to-inlet check valve to extend shaft seal life Easy to service 1

4 Ordering Information PD 075 P S 02 S R S 5 Pump Displacement Type Mounting Shaft Shaft Shaft pplication Seal Design Series & Ports Options Seal Rotation Material Level Code PD Series Standard Code Displacement cc/rev (3.66 in 3 /rev) cc/rev (4.58 in³/rev) cc/rev (6.41 in³/rev) cc/rev (8.85 in³/rev) Code P Type Open circuit, Variable displacement Code S M C Mounting/Ports SE - Inch Mount & Ports SE - Inch Mount, metric flange threads, SPP threaded ports ISO - Metric mount & metric ports ISO - Metric mount & SPP ports SE C 2-olt Mount for 75cc only Code Shaft Options 01 SE Spline 02 SE Key 03 ISO/DIN Spline 04 ISO Key Code S Shaft Seal Single Shaft Seal Code R L Shaft Rotation Clockwise Rotation Counterclockwise rotation Code S pplication Industrial Code Seal Material 5 Fluorocarbon Code Design Level Current Design Series 2

5 Ordering Information L0 0 E dditional Port Mechanical Case-to-Inlet Thru-Drive Special Controls Control Orientation Displacement Check Mounting Pad Paint Features Options djustment Valve & Coupling Code Paint 00 No Paint P lack Paint Code Thru-Drive Mounting Pad/Coupling 0 None (valid for end or side ported only) * SE 82-2 ( pilot) & 16 ( 9 t spline) coupling H* SE 82-2 ( pilot) & 19 (spline) coupling * SE ( pilot) & 22 ( 13 t spline) coupling Q* SE ( pilot) & 25 (- 15 t spline) coupling C* SE (C pilot) & 32 (C 14 t spline) coupling N** SE (C pilot) & 38 (C-C 17 t spline) coupling D*** SE (D pilot) & 44 (D/E 13 t spline) coupling R* ISO 802 pilot & K20N splined coupling S* ISO 1002 pilot & K20N splined coupling T* ISO 1002 pilot & K25N splined coupling V* ISO 1254 pilot & K32N splined coupling W** ISO 1254 pilot & K40N splined coupling X*** ISO 1804 pilot & K50N splined coupling *vailable on 060 thru 140 models. ** vailable on 100 thru 140 models. *** vailable on 140 models. Code Case-to-Inlet Check Valve 0 No 1 Yes Code Special Features 00 No Special Features M2 Special Modification Code E S T Port Orientation End Ports Side Ports Side Ports with Thru Drive Code dditional Control Options 0 None T Torque Limiter (with EY control only) Code Mechanical Displacement djustment 0 None 1 djustable Maximum Displacement (not available on thru-drive) 2 djustable Minimum Displacement (not available on thru-drive) 3 djustable Maximum & Minimum Displacement (not available on thru-drive) Code C0 C1 L0 L1 RN RH RM RE EY GY Controls Pressure Limiter, bar djustment Range Pressure Limiter, bar djustment Range Load sensing, bar P and Pressure Limiter bar Load sensing, bar P and Pressure Limiter bar Pilot Operated Control with ISO-4401 (NG 6) Interface and Shipping Cover Pilot Operated Control with Vent Port Pilot Operated Pressure Limiter Control with Mechanical djustment and Vent Port Pilot Operated Pressure Limiter Control with Proportional Electronic djustment Integrated Digital Electronic Displacement and Pressure Control (valve spring offset to zero displacement) Integrated Digital Electronic Displacement and Pressure Control (valve spring offset to max. displacement) 3

6 Technical Information Technical Data Maximum Displacement, cm 3 /rev cu. in./rev Outlet Pressure Continuous, bar psi Intermittent*, bar psi Model PD060 PD075 PD100 PD140 Peak, bar psi Maximum Speed (1.0 bar abs inlet), rpm (0.8 bar abs inlet), rpm Minimum Speed, rpm 600 Inlet Pressure Maximum, bar psi Rated, bar Minimum, bar Case Pressure Peak, bar Rated, bar Fluid Temperature Range, C F absolute (0.0 gage) 0.8 absolute (-0.2 gage) 4.0 absolute (3.0 gage) and less than 0.5 bar above inlet pressure 2.0 absolute (1.0 gage) and less than 0.5 bar above inlet pressure -40 to to +203 Fluid Viscosity Rated, cst 6 to 160 Max. Intermittent, cst 5000 (for cold starting) Min. Intermittent, cst 5 Fluid Contamination Rated, ISO 20/18/14 Maximum, ISO 21/19/16 SE Mounting Flange, SE (C) (D) (D) Key Shaft, SE 32-1 (C) 38-1 (C-C) 44-1 (D) Spline Shaft, SE 14T 12/24P 17T-12/24P 13T-8/16P Weight End Port, kg lb Side Port, kg lb Thru-Drive, kg lb *Intermittent pressure is defined as less than 10% of operation time, not exceeding 6 successive seconds Typical Control Reponse Times* Typical Control Response Time (ms) Control Description Pump Operating Condition C Pressure Limiter L Load Sensing R Pilot Operated Control * ased on NFP testing standards Maximum Displacement to Zero Zero Displacement to Maximum Maximum Displacement to Zero Zero Displacement to Maximum Maximum Displacement to Zero Zero Displacement to Maximum For max volume stops: Pump Size % Stroke reduction per turn P* P* P* P* Control djustment Sensitivity: Load Sense 28 ar/turn Pressure Compensator 80 to 280 bar range (C0) = 40 ar/turn Pressure Compensator 20 to 80 bar range (C1) = 18.6 ar/turn

7 Technical Information Control Option C Pressure Limiter Control The pressure limiter control is used to limit the maximum system pressure. The control acts such that full pump displacement is achieved unless the system valve restricts the output flow or the load pressure reaches the maximum setting of the control. If pump flow is restricted by the system valve, the pump will provide only the flow demanded, but at the maximum pressure setting of the compensator control. If the outlet flow is completely blocked, the pump will destroke to zero displacement and maintain the pressure at the setting of the compensator spring. pressure limiter control pressure limiter control 4 bar maximum 4 bar maximum flow flow pressure pressure G G load load D3 D3 D2 D2 D1 D1 Pressure Limiter Control Refer to page 4 for typical control characteristics. Pressure Limiter Control with Optional Maximum & Minimum Displacement djustments and Case-to-Inlet Check Valve ( minimum displacement stop requires the use of a system relief valve.) 5

8 Technical Information Control Option L Load Sensing and Pressure Limiter Control These controls feature load sensing and maximum pressure compensation. Load sense controls are used to match pump flow and pressure to system demands, thus minimizing losses due to wasted horsepower. The pump automatically adjusts for changes in drive speed and load pressures to match the pump output flow to the load requirement. Since the pump load sense control will maintain a constant pressure drop across the main system throttling valve, the flow rate will remain constant, independent of changes in load pressure and pump shaft speed. load sensing and pressure limiter control load sensing and pressure limiter control 4 bar maximum 4 bar maximum flow flow pressure pressure schematic diagram G X G X load load D3 D3 D2 D2 D1 D1 Load Sensing and Pressure Limiter Control Refer to page 4 for typical control characteristics. Load Sensing and Pressure Limiter Control with Optional Minimum & Maximum Displacement djustments and Case-to-Inlet Check Valve ( minimum displacement stop requires the use of a system relief valve.) 6

9 Technical Information Control Options RN Pilot Operated Control with ISO 4401 NG6 Interface This control allows the pump pressure compensator setting to be adjusted from a remote relief valve. The control acts such that full pump displacement is achieved unless the system valve restricts the output flow or the load pressure reaches the maximum setting of the control. If pump flow is restricted by the system valve, the pump will provide only the flow demanded, but at the maximum pressure setting of the compensator control. If the outlet flow is completely blocked, the pump will destroke to zero displacement and maintain the pressure at the setting of the remote relief valve. Note: Non-functioning control, provides ISO 4401 interface. pilot-operated control pilot-operated control flow flow pilot flow P T pilot flow P T G P T ISO 4401 G P T ISO 4401 load load D3 D3 D2 D2 D1 D1 RN Pilot Operated Control with ISO 4401 NG6 Interface Refer to page 4 for typical control characteristics. RN with Optional Minimum & Maximum Displacement djustments and Case-to-Inlet Check Valve ( minimum displacement stop requires the use of a system relief valve.) 7

10 Technical Information Control Options RH Pilot Operated Control with Remote Control Port Z This control allows the pump pressure compensator setting to be adjusted from a remote relief valve. The control acts such that full pump displacement is achieved unless the system valve restricts the output flow or the load pressure reaches the maximum setting of the control. If pump flow is restricted by the system valve, the pump will provide only the flow demanded, but at the maximum pressure setting of the compensator control. If the outlet flow is completely blocked, the pump will destroke to zero displacement and maintain the pressure at the setting of the remote relief valve. Note: If control port "Z" is plugged, the pump will remain fixed at maximum displacement and not compensate. pilot-operated control pilot-operated control flow flow pilot flow Z T pilot flow Z T G P T Z customer supplied valve G P T Z customer supplied valve load load D3 D3 D2 D2 D1 D1 RH Pilot Operated Refer to page 4 for typical control characteristics. RH with Optional Minimum & Maximum Displacement djustments and Case-to-Inlet Check Valve ( minimum displacement stop requires the use of a system relief valve.) 8

11 Technical Information Control Options RM Pilot Operated Pressure Limiter Control with Vent Port V This control allows the pump pressure compensator setting to be adjusted from a remote relief valve. The control acts such that full pump displacement is achieved unless the system valve restricts the output flow or the load pressure reaches the maximum setting of the control. If pump flow is restricted by the system valve, the pump will provide only the flow demanded, but at the maximum pressure setting of the compensator control. If the outlet flow is completely blocked, the pump will destroke to zero displacement and maintain the pressure at the setting of the remote relief valve. pilot-operated pressure limiter control pilot-operated pressure limiter control 4 bar maximum 4 bar maximum flow flow pressure pressure G V G V load load D3 D3 D2 D2 D1 D1 RM Pilot Operated Pressure Control Refer to page 4 for typical control characteristics. RM with Optional Minimum & Maximum Displacement djustments and Case-to-Inlet Check Valve ( minimum displacement stop requires the use of a system relief valve.) 9

12 Technical Information Control Options RE Pilot Operated Pressure Limiter Control with Proportional Electronic djustment This control allows the pump pressure compensator setting to be adjusted by an on-board 4VP01 proportional electronic remote relief valve. The control acts such that full pump displacement is achieved unless the system valve restricts the output flow or the load pressure reaches the maximum setting of the control. If pump flow is restricted by the system valve, the pump will provide only the flow demanded, but at the maximum pressure setting of the compensator control. If the outlet flow is completely blocked, the pump will destroke to zero displacement and maintain the pressure at the setting of the remote relief valve. The information below is required for the RE control. The following are recommended to drive the 4VP01 valve on the RE pump: Parker Denison Part# Description Proportional mplifier Card Holder Power Supply Card Holder Potentiometer Reference catalogs 3-EN2200- and 9-EN601- for setup. pilot-operated pressure limiter control pilot-operated pressure limiter control 4 bar maximum 4 bar maximum flow flow pressure pressure G G load load D3 D3 D2 D2 D1 D1 RE Pilot Operated Pressure Limiter Control with Proportional Electcronic djustment Refer to page 4 for typical control characteristics. RE with Optional Minimum & Maximum Displacement djustments and Case-to-Inlet Check Valve ( minimum displacement stop requires the use of a system relief valve.) 10

13 Technical Information Control Options EY and GY Integrated Digital Electronic Control (IDEC) vailable on the PD-075. This control will allow the user to select various control functions such as proportional pressure, proportional displacement and electronic torque limiting. ll functions can be factory preset, analog driven or adjusted thru Windowsbased software. The control is integral to the pump and has no external wires or plumbing other than the signal wire which commands the flow and pressure output. The pump features internal sensors for pressure, speed and displacement, which are used with the control software to provide the desired pressure and flow output, even with varying parameters such as speed, temperature, viscosity and load pressure. The sensors also provide the user with hydraulic system monitoring capability for onboard diagnostics. commands outputs power commands outputs power load EY Option -(valve spring offset to zero displacement) load integrated digital electronic control 4 bar maximum flow GY Option -(valve spring offset to max. displacement) pressure Description Specifications Comments Power Supply Voltage 20 to 36 VDC DC power supply (<5% ripple) (SE J1455) Power Supply Current 3.0 maximum 1.8 quiescent current Input Connector 30 pin MS threaded connector Mating connector provided by Parker Onboard Power Supply ±5 VDC Conditioned supply to power input command device 10 m maximum Input Commands 0 to 5 VDC or Displacement command, pressure limiter setting, 4 to 20 m or torque limiter setting, load sense 0 to 20 m nalog Output Signal 0 to 5 VDC ctual operating pump displacement, outlet pressure, 10 m maximum speed or signal pressure PC user interface selects output signal parameter "enable" digital input 20 to 36 VDC Input enables the operation of the pump control (supply voltage) remove this input to disable the pump control "ready" digital output 0 or 5 VDC Indicates the pump is ready for operation control 5 m maximum error exists if ready signal is not present Ramp 0 to 90 seconds PC user interface enables and sets the ramp Hysteresis <2% or maximum displacement - Repeatability <1% of maximum displacement - Operating Temperature -40 to +95 C Pump inlet temperature Serial Communication Port RS-232 D9 connector Windows PC connection to the user interface EMI and RFI susceptibility - CE mark Environmental Protection Class IP67-11

14 Performance Data PD Series Pump Outlet Flow 180 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement 160 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement pump outlet flow (lpm) rpm rpm rpm pump outlet pressure (bar) pump outlet flow (lpm) rpm rpm rpm pump outlet pressure (bar) 190 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement 300 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement rpm 1500 rpm rpm pump outlet flow (lpm) rpm 1000 rpm pump outlet flow (lpm) rpm 1200 rpm rpm pump outlet pressure (bar) pump outlet pressure (bar) 12

15 . Catalogue HY /N,EU Performance Data PD Series Overall Efficiency 95 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement 95 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement overall efficiency (%) rpm 1500 rpm 1200 rpm overall efficiency (%) rpm 1500 rpm 1200 rpm pump outlet pressure (bar) pump outlet pressure (bar) 95 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement 95 PD C inlet oil temperature - ISO VG32 fluid - maximum displacement overall efficiency (%) rpm 1500 rpm 1800 rpm overall efficiency (%) rpm 1500 rpm 1200 rpm pump outlet pressure (bar) pump outlet pressure (bar) 13

16 Performance Data PD Series Shaft Input Power 14 PD 060 Shaft input power at zero outlet flow 50 C inlet oil temperature - ISO VG32 fluid 90 PD 060 Shaft input power at maximum displacememt 50 C inlet oil temperature - ISO VG32 fluid shaft input power (kw) rpm 1500 rpm 1200 rpm shaft input power (kw) rpm 1500 rpm 1200 rpm pump outlet pressure (bar) pump outlet pressure (bar) 14 PD 075 Shaft input power at zero outlet flow 50 C inlet oil temperature - ISO VG32 fluid PD 075 Shaft input power at maximum displacememt 50 C inlet oil temperature - ISO VG32 fluid rpm shaft input power (kw) rpm 1500 rpm 1200 rpm shaft input power (kw) rpm 1200 rpm pump outlet pressure (bar) pump outlet pressure (bar) 14

17 Performance Data PD Series Shaft Input Power 16 PD 100 Shaft input power at zero outlet flow 50 C inlet oil temperature - ISO VG32 fluid 100 PD 100 Shaft input power at maximum displacememt 50 C inlet oil temperature - ISO VG32 fluid rpm rpm rpm shaft input power (kw) rpm 1200 rpm shaft input power (kw) rpm 1000 rpm pump outlet pressure (bar) pump outlet pressure (bar) 18 PD 140 Shaft input power at zero outlet flow 50 C inlet oil temperature - ISO VG32 fluid 140 PD 140 Shaft input power at maximum displacememt 50 C inlet oil temperature - ISO VG32 fluid rpm rpm shaft input power (kw) rpm 1200 rpm shaft input power (kw) rpm 1200 rpm 1000 rpm pump outlet pressure (bar) pump outlet pressure (bar) 15

18 Performance Data PD Series Typical Noise Characteristics (These are anechoic sound pressure readings.) 85 PD 060 Industrial Pump Typical Sound Level anechoic conditions - ISO VG32 fluid - 50 C inlet oil temperature 85 PD 075 Industrial Pump Typical Sound Level anechoic conditions - ISO VG32 fluid - 50 C inlet oil temperature sound pressure level d() rpm 1500 rpm 1200 rpm solid lines are for maximum displacement and dashed lines are for zero flow sound pressure level d() rpm 1500 rpm 1200 rpm solid lines are for maximum displacement and dashed lines are for zero flow pump outlet pressure (bar) pump outlet pressure (bar) sound pressure level d() PD 100 Industrial Pump Typical Sound Level anechoic conditions - ISO VG32 fluid - 50 C inlet oil temperature 1800 rpm 1500 rpm 1200 rpm solid lines are for maximum displacement and dashed lines are for zero flow sound pressure level d() PD 140 Industrial Pump Typical Sound Level anechoic conditions - ISO VG32 fluid - 50 C inlet oil temperature 1800 rpm 1500 rpm 1200 rpm solid lines are for maximum displacement and dashed lines are for zero flow pump outlet pressure (bar) pump outlet pressure (bar) 16

19 Performance Data PD Series Shaft earing Life 10,000,000 PD 060 shaft bearing -10 life at maximum displacement 1,000,000 PD 075 shaft bearing -10 life at maximum displacement shaft bearing -10 life (hours) 1,000, ,000 10, rpm 100, rpm 1800 rpm 1500 rpm 1500 rpm 1200 rpm 1200 rpm 10, rpm 600 rpm shaft bearing -10 life (hours) 1, duty cykle average pump outlet pressure (bar) 1, duty cykle average pump outlet pressure (bar) 1,000,000 PD 100 shaft bearing -10 life at maximum displacement 1,000,000 PD 140 shaft bearing -10 life at maximum displacement shaft bearing -10 life (hours) 100,000 10, rpm 1500 rpm 1800 rpm shaft bearing -10 life (hours) 100,000 10, rpm 1500 rpm 1200 rpm 1, duty cykle average pump outlet pressure (bar) 1, duty cykle average pump outlet pressure (bar) 17

20 Pump Installation - PD060 Input Shaft Dimensions D Keyed shaft Standard Length C C Flange D 4X C CC CD CE CC CF C PD075 ISO SE / / / /35.02 C 68.8/ /55.2 D ISO E32N SE J C C 47.0/ /55.2 SPLINE: ISO 3019/ P32N SPLINE: SE J744 (REF DIN 5480) SE 32-4C INVOLUTE SPLINE DT INVOLUTE SPLINE DT CLSS 2 FLT ROOT SIDE FIT FLT ROOT SIDE FIT NUMER OF TEETH - 14 D NUMER OF TEETH - 14 PITCH - 12/24 MODULE - M2 PRESSURE NGLE - 30 PRESSURE NGLE - 30 MJOR DIMETER IN MJOR DIMETER - 32 PITCH DIMETER TOOTH THICKNESS - 9e C ISO 3019/ SW SE J744 JUN C C 13.77/ DI. CC CD SQURE SQURE CE / ISO 3019/ / SE J744 CF 9.5/ /12.2 US 18

21 Pump Installation - PD060 End Port L Control Option "D3" Case Drain Port Maximum Volume Stop (CCW Rotation) Minimum Volume Stop (CW Rotation) Optional "G" Gage Outlet Port Pressure Compensator djusting Screw Load Sense djusting Screw To load sense port "X" For Shaft & Spline Dimensions, see page Max "D1" Case Drain Port CW Control Location Plug "D2" Case Drain Port CW Rotation rrow "X" Load Sense Port CCW Rotation rrow CCW Control Location Nameplate 2X X X 85.0 PD060 Port Sizes "" Inlet Port W (4 Places) Y (4 Places) "" Outlet Port 26.2 SE ISO SP Inlet 50mm 50mm code 61 C DN 51 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 25mm 25mm code 61 C DN25 Y Threads ³ ₈- 16 M10 x 1.5 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-10 D M22x1.5 ¾" E X SE-4 D M12x1.5 ¼" E US Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

22 Pump Installation - PD060 Side Port L Control Option "D3" Case Drain Port "G" Gage Outlet Port "" Outlet Port Pressure Compensator djusting Screw Load Sense djusting Screw CW Control Location "D1" Case Drain Port For Shaft & Spline Dimensions, see page Plug "D2" Case Drain Port CW Rotation rrow "X" Load Sense Port CCW Rotation rrow CCW Control Location Nameplate W (4 Places) "" Inlet Port 2X X 68 2X 85.0 PD060 Port Sizes SE ISO SP Inlet 50mm 50mm code 61 C DN 51 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 25mm 25mm code 61 C DN25 Y Threads ³ ₈- 16 M10 x 1.5 UNC-2 C 82.0 G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-10 D M22x1.5 ¾" E X SE-4 D M12x1.5 ¼" E US Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

23 Pump Installation - PD060 Side Ports with Thru-Drive L Control Option "G" Gage Outlet Port "D3" Case Drain Port "" Outlet Port Y (4 Places) CW Rotation rrow CW Control Location Pressure Compensator djusting Screw Load Sense djusting Screw "D1" Case Drain Port "X" Load Sense Port For Shaft & Spline Dimensions, see page Plug "D2" Case Drain Port "" Inlet Port CCW Rotation rrow CCW Control Location Nameplate W (4 Places) 2X X X W (6Places) 4X 2-13 UNC X 68 4X CCW CONTROL NOT SHOWN Shaft Location PD060 Shaft Torque Shaft Size & Type Capacity (Nm) Input End SE C 32-1 Key 562 SE C 14T Spline 732 ISO E32N Key 576 ISO 14T Spline 732 Thru-Drive End Spline Coupling 366 PD060 Port Sizes SE ISO SP Inlet 50mm 50mm code 61 C DN 51 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 25mm 25mm code 61 C DN25 Y Threads ³ ₈- 16 M10 x 1.5 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-10 D M22x1.5 ¾" E X SE-4 D M12x1.5 ¼" E Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO US 21

24 Pump Installation - PD075 Input Shaft Dimensions D Keyed shaft Standard Length C C Flange D 4X C CD CE CC CF CC C PD075 ISO SE / / / /35.02 C 68.8/ /55.2 D ISO E32N SE J C C 47.0/ /55.2 SPLINE: ISO 3019/ P32N SPLINE: SE J744 (REF DIN 5480) SE 32-4C INVOLUTE SPLINE DT INVOLUTE SPLINE DT CLSS 2 FLT ROOT SIDE FIT FLT ROOT SIDE FIT NUMER OF TEETH - 14 D NUMER OF TEETH - 14 PITCH - 12/24 MODULE - M2 PRESSURE NGLE - 30 PRESSURE NGLE - 30 MJOR DIMETER IN MJOR DIMETER - 32 PITCH DIMETER TOOTH THICKNESS - 9e C ISO 3019/ SW SE J744 JUN C C 13.77/ DI. CC CD SQURE SQURE CE / ISO 3019/ / SE J744 CF 9.5/ /12.2 US 22

25 Pump Installation - PD075 End Port L Control Option "D3" Case Drain Port "G" Gage Outlet Port Max. Volume Stop (CCW Rotation) Min. Volume Stop (CW Rotation) Optional Pressure Compensator djusting Screw Load Sense djusting Screw CW Control Location CW Rotation rrow "X" Load Sense Port "D1" Case Drain Port For Shaft & Spline Dimensions, see page Plug To load sense port "X" Max. "D2" Case Drain Port Max. Volume Stop (CW Rotation) Min. Volume Stop (CCW Rotation) Optional CCW Rotation rrow CCW Control Location Nameplate 2X X X "" Outlet Port PD075 Port Sizes SE ISO SP Inlet 50mm 50mm code 61 C DN 51 W Threads ½ - 13 M12 x 1.75 UNC-2 C W (4 Places) Y (4 Places) Outlet 25mm 25mm code 61 C DN25 Y Threads ³ ₈- 16 M10 x 1.5 UNC-2 C G SE-4 D M12x1.5 ¼" E US "" Inlet Port D1 D2 D3 SE-12 D M27x2 ¾" E X SE-4 D M12x1.5 ¼" E Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

26 Pump Installation - PD075 Side Port L Control Option "D3" Case Drain Port 88 (214) "" Outlet Port Y (4 Places) 52.4 CW Control Location CW Rotation rrow For Shaft & Spline Dimensions, see page (Plug) "D2" Case Drain Port (214) "" Inlet Port W (4 Places) CCW Rotation rrow Load Sense djusting Screw Nameplate CCW Control Location Pressure Compensator djusting Screw "X" Load Sense Port PD075 Port Sizes 2 X 55 2 X 44.1 SE ISO SP Inlet 50mm 50mm code 61 C DN 51 W Threads ½ - 13 M12 x 1.75 UNC-2 C 2 X 83.9 Outlet 25mm 25mm code 61 C DN25 Y Threads ³ ₈- 16 M10 x 1.5 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-12 D M27x2 ¾" E X SE-4 D M12x1.5 ¼" E US "D3" Case Drain Port Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

27 Pump Installation - PD075 Side Ports with Thru-Drive L Control Option To Load Sense port "X" 88.0 "D3" Case Drain Port "" Outlet Port "G" Gage Outlet Port Y (4 Places) Pressure Compensator djusting Screw Load Sense djusting Screw "X" Load Sense Port CW Control Location CW Rotation rrow For Shaft & Spline Dimensions, see page Plug "D1" Case Drain Port "D2" Case Drain Port "" Inlet Port CCW Rotation rrow CCW Control Location Nameplate W (4 Places) 2X 55 2X X 83.9) 2X 2X SE J744 W (6Places) 2X CCW CONTROL NOT SHOWN Shaft Location PD075 Shaft Torque Shaft Size & Type Capacity (Nm) Input End SE C 32-1 Key 562 SE C 14T Spline 915 ISO E32N Key 576 ISO 14T Spline 915 Thru-Drive End Spline Coupling 458 PD075 Port Sizes SE ISO SP Inlet 50mm 50mm code 61 C DN 51 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 25mm 25mm code 61 C DN25 Y Threads ³ ₈- 16 M10 x 1.5 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-12 D M27x2 ¾" E X SE-4 D M12x1.5 ¼" E Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO US 25

28 Pump Installation - PD100 Input Shafts D Keyed shaft Standard Length C C Flange 4X C CD CE CC CC D CF C PD100 ISO SE / / / /42.17 C 92.8/ /61.2 D ISO E40N SE J (C-C) C 56.0/ /61.2 SPLINE: ISO 3019/ P40N SPLINE: SE S (REF DIN 5480) SE 38-4(C-C) INVOLUTE SPLINE DT INVOLUTE SPLINE DT CLSS 2 FLT ROOT SIDE FIT FLT ROOT SIDE FIT NUMER OF TEETH - 17 D NUMER OF TEETH - 18 PITCH - 12/24 MODULE - M2 PRESSURE NGLE - 30 PRESSURE NGLE - 30 MJOR DIMETER / IN MJOR DIMETER PITCH DIMETER TOOTH THICKNESS - 9e C ISO 3019/ SW SE J744 JUN C C 13.77/ DI. CC CD SQURE SQURE CE / ISO 3019/ / SE J744 CF 9.5/ /12.2 US 26

29 Pump Installation - PD100 End Ports L Control Option to Load Sense Port "X" "D3" Case Drain Port "G" Gage Outlet Port Max. Volume Stop (CCW Rotation) Min. Volume Stop (CW Rotation) Optional "D1" Case Drain Port Max. Max. Volume Stop (CW Rotation) Min. Volume Stop (CCW Rotation) Optional Pressure Compensator djusting Screw Load Sense djusting Screw CW Control Location CW Rotation rrow "X" Load Sense Port Plug "D2" Case Drain Port CCW Rotation rrow CCW Control Location For Shaft & Spline Dimensions, see page Nameplate 2X 71 2X X "" Inlet Port W (4 Places) "" Outlet Port Y (4 Places) PD100 Port Sizes SE ISO SP Inlet 63mm 63mm code 61 C DN 64 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 32mm 32mm code 62 C DN 32 Y Threads ½ - 13 M12 x 1.75 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-12 D M27x2 ¾" E X SE-4 D M12x1.5 ¼" E US Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

30 Pump Installation - PD100 Side Ports L Control Option to Load Sense Port "X" "D3" Case Drain Port "G" Gage Outlet Port Max. Volume Stop (CCW Rotation) Min. Volume Stop (CW Rotation) Optional Y (4 Places) "" Outlet Port "D1" Case Drain Port Max Max. Volume Stop (CW Rotation) Min. Volume Stop (CCW Rotation) Optional Pressure Compensator djusting Screw Load Sense djusting Screw CW Control Location CW Rotation rrow "X" Load Sense Port Plug X "D2" Case Drain Port "" Inlet Port CCW Rotation rrow CCW Control Location For Shaft & Spline Dimensions, see page Nameplate W (4 Places) 2X 71 2X X PD100 Port Sizes SE ISO SP Inlet 63mm 63mm code 61 C DN 64 W Threads ½ - 13 M12 x 1.75 UNC-2 C CCW CONTROL NOT SHOWN Outlet 32mm 32mm code 62 C DN 32 Y Threads ½ - 13 M12 x 1.75 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-12 D M27x2 ¾" E X SE-4 D M12x1.5 ¼" E US Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

31 Pump Installation - PD100 Side Ports with Thru-Drive L Control Option to Load Sense Port "X" "G" Gage Outlet Port "D3" Case Drain Port Y (4 Places) Pressure Compensator djusting Screw "X" Load Sense Port For Shaft & Spline Dimensions, see page 26 "D1" Case Drain Port "" Outlet Port SECTION - NSI 92.1 Spline SE 22-4 () Sealing O-Ring RP-243 Load Sense djusting Screw CW Control Location Plug X "D2" Case Drain Port "" Inlet Port CW Rotation rrow CCW Rotation rrow W (4 Places) CCW Control Location Nameplate X X 71 4X X W (6 Places) SE J744 4X X CCW CONTROL NOT SHOWN Shaft Location PD100 Shaft Torque Shaft Size & Type Capacity (Nm) Input End SE C-C 38-1 Key 980 SE C-C 17T Spline 1220 ISO E40N Key 1157 ISO 18T Spline 1220 PD100 Port Sizes SE ISO SP Inlet 63mm 63mm code 61 C DN 64 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 32mm 32mm code 62 C DN 32 Y Threads ½ - 13 M12 x 1.75 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-12 D M27x2 ¾" E X SE-4 D M12x1.5 ¼" E Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO Thru-Drive End Spline Coupling 610 US 29

32 Pump Installation - PD140 Input Shafts D Keyed shaft Standard Length C C Flange D 4X C CD CE CC CF CC C US PD140 ISO SE Ø / / / /49.17 C 92.8/ /74.2 D ISO E50N SE J (D) C 66.0/ /74.2 SPLINE: ISO 3019/ P50N SPLINE: SE J (REF DIN 5480) SE 44-4(D) INVOLUTE SPLINE DT INVOLUTE SPLINE DT CLSS 1 FLT ROOT SIDE FIT FLT ROOT SIDE FIT NUMER OF TEETH - 13 D NUMER OF TEETH - 24 PITCH - 8/16 MODULE - M2 PRESSURE NGLE - 30 PRESSURE NGLE - 30 MJOR DIMETER / IN MJOR DIMETER PITCH DIMETER TOOTH THICKNESS TOLERNCE - 9g C ISO 3019/ SW SE J744 JUN (D) C 18.20/ /20.5 DI. CC CD SQURE SQURE CE / ISO 3019/ / SE J744 CF 9.5/ /

33 Pump Installation - PD140 End Ports L Control Option "G" Gage Outlet Port Max to Load Sense Port "X" "D3" Case Drain Port Max. Volume Stop (CW Rotation) Min. Volume Stop (CCW Rotation) Optional "D1" Case Drain Port Max. Volume Stop (CCW Rotation) Min. Volume Stop (CW Rotation) Optional Pressure Compensator djusting Screw Load Sense djusting Screw CW Control Location CW Rotation rrow For Shaft & Spline Dimensions, see page Plug "D2" Case Drain Port "X" Load Sense Port CCW Rotation rrow CCW Control Location Nameplate 2X X X W (4 Places) "" Inlet Port "" Outlet Port Y (4 Places) PD140 Port Sizes SE ISO SP Inlet 63mm 63mm code 61 C DN 64 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 32mm 32mm code 62 C DN 32 Y Threads ½ - 13 M12 x 1.75 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-16 D M33x2 1" E X SE-4 D M12x1.5 ¼" E US Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

34 Pump Installation - PD140 Side Ports "L" Control Option Max "G" Gage Outlet Port to Load Sense Port "X" "D3" Case Drain Port Max. Volume Stop (CW Rotation) Min. Volume Stop (CCW Rotation) Optional Y (4 Places) "" Outlet Port Pressure Compensator djusting Screw Load Sense djusting Screw CW Control Location CW Rotation rrow "X" Load Sense Port CCW Rotation rrow (to Housing) For Shaft & Spline Dimensions, see page Plug "D1" Case Drain Port "D2" Case Drain Port "" Inlet Port Max. Volume Stop (CCW Rotation) Min. Volume Stop (CW Rotation) Optional W (4 Places) CCW Control Location 2X Nameplate X 64 2X PD140 Port Sizes SE ISO SP Inlet 63mm 63mm code 61 C DN 64 W Threads ½ - 13 M12 x 1.75 UNC-2 C CCW CONTROL NOT SHOWN Outlet 32mm 32mm code 62 C DN 32 Y Threads ½ - 13 M12 x 1.75 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-16 D M33x2 1" E X SE-4 D M12x1.5 ¼" E US Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

35 Pump Installation - PD140 Side Ports with Thru-Drive "L" Control Option to Load Sense Port "X" "D3" Case Drain Port "" Outlet Port "G" Gage Outlet Port Y (4 Places) Pressure Compensator djusting Screw Load Sense djusting Screw "X" Load Sense Port CW Control Location CW Rotation rrow (to Housing) For Shaft & Spline Dimensions, see page Plug "D1" Case Drain Port X "D2" Case Drain Port "" Inlet Port X W (4 Places) CCW Rotation rrow CCW Control Location 2X 64 2X Nameplate Shaft Location PD140 Shaft Torque Shaft Size & Type Capacity (Nm) Input End SE D 44-1 Key 1708 SE D 13T Spline 1708 ISO E50N Key 1708 ISO 24T Spline 1708 Thru-Drive End Spline Coupling 854 US PD140 Port Sizes SE ISO SP Inlet 63mm 63mm code 61 C DN 64 W Threads ½ - 13 M12 x 1.75 UNC-2 C Outlet 32mm 32mm code 62 C DN 32 Y Threads ½ - 13 M12 x 1.75 UNC-2 C G SE-4 D M12x1.5 ¼" E D1 D2 D3 SE-16 D M33x2 1" E X SE-4 D M12x1.5 ¼" E Note : Metric o-ring boss port conform to ISO Note : Metric 4-bolt flange port conforms to ISO 6162 Note C: Inch 4-bolt flange port conforms to SE J518 Note D: Inch o-ring boss port conforms to SE J514 Note E: SP boss port conforms to ISO

36 Pump Installation - PD140 Side Ports with Thru-Drive Mounting Options 65.0 NSI Class 5 Spline 2X X 73.0 Sealing O-Ring RP-243 4X 44.9 SECTION X M12 X H SE SE J744 4X CONTROL NOT SHOWN 60.0 NSI Class 5 Spline Flat Root Side Fit 2X 90.5 C 4X M16 X 2-6H X SE J744 Sealing O-Ring RP-251 4X X M12 X H SECTION C-C 14.4 SE-C 4X 57.3 C CONTROL NOT SHOWN US 34

37 C** Control Pressure Limiter Pressure Compensator djusting Screw J Z CW Rotation rrow L MX CW ORIENTTION P*075 Shown C** CONTROL DJUSTMENT SENSITIVITY C00 40 ar per Turn C ar per Turn G D3 D2 D1 CCW ORIENTTION P*075 Shown CCW Rotation rrow H MX Pressure Compensator djusting Screw Dimensions Model H Max J L Max Z P* P* P* P* US 35

38 L** Control Load Sensing with Pressure Limiter G Pressure Compensator djusting Screw Load Sense djusting Screw CW Rotation rrow "X" Load Sense Port See chart L MX M J Z CW ORIENTTION P*075 Shown L** CONTROL X DJUSTMENT SENSITIVITY Load Sense 28 ar per Turn Pressure Compensator L0 40 ar per Turn Pressure Compensator L ar per Turn G D3 D2 D1 CCW ORIENTTION P*075 Shown G "X" Load Sense Port See chart CCW Rotation rrow Load Sense djusting Screw Pressure Compensator djusting Screw H K MX J Z P****PS LOD SENSE PORT "X" SE J514 Straight Thread O-Ring Port 7/16-20 UNF-2 (SE-4) P****P 1/4" SPP per ISO P****P 1/4" SPP per ISO P****PM M12 x 1.5-6H per ISO US Dimensions Model G H Max J K L Max M Z P* P* P* P*

39 RN Control Control with ISO 4401 Interface and Shipping Cover Pressure Differential DO NOT DJUST W F N ISO 4401 MOUNTING INTERFCE CW ORIENTTION P*075 Shown RN CONTROL G P T ISO 4401 INTERFCE D3 D2 D1 ISO 4401 MOUNTING INTERFCE CCW ORIENTTION P*075 Shown U Pressure Differential DO NOT DJUST W F Dimensions Model F N U W P* P* P* P* US 37

40 RH Control Remote Pilot Operated Pressure Limiter D Pressure Differential DO NOT DJUST H J (to spotface) F D1 N E G D3 "V" Vent Port See chart on page 1 CW ORIENTTION RH CONTROL G P T Customer Supplied D3 D2 D1 "V" Vent Port See chart on page 1 CCW ORIENTTION P*075 Shown D1 E G U D Pressure Differential DO NOT DJUST H F J (to spotface) Dimensions US Model D E F N U H J P* P* P* P*

41 RM Control Pilot Operated Pressure Limiter with Mechanical djustment and Vent Port Pressure Differential DO NOT DJUST F N E P MX "V" Vent Port See chart below C D Pressure Compensator djusting Screw CW ORIENTTION P*075 Shown R S (to spotface) T RM CONTROL P V G T D3 D2 ZDV-P01 D1 CCW ORIENTTION P*075 Shown E P MX U Model P****PS "V" Vent Port See chart below Vent Port "V" SE J514 Straight Thread O-Ring Port 7/16-20 UNF-2 (SE-4) P****P 1/4" SPP per ISO P****P 1/4" SPP per ISO P****PM M12 x 1.5-6H per ISO D C Pressure Compensator djusting Screw Pressure Differential DO NOT DJUST F R S (to spotface) T Dimensions Model C D E F N P Max R S T U P* P* P* P* US 39

42 RE Control Pilot Operated Pressure Limiter with Electrical djustment G F Pressure Differential DO NOT DJUST C F N E D CW ORIENTTION P*075 Shown THE FOLLOWING RE RECOMMENDED TO DRIVE THE 4VP01 VLVE PRT NUMER DESCRIPTION Proportional mplifier Card Holder Power Supply Card Holder Potentiometer REFERENCE 3-EN REFERENCE 9-EN601- for Setup G RE CONTROL D1 D3 D2 4VP01 G F CCW ORIENTTION P*075 Shown C E D U Pressure Differential DO NOT DJUST F Dimensions Model F N U Z C D E F G P* R59.0 R70.2 P* R59.0 R70.2 P* R59.0 R70.2 P* R59.0 R70.2 US 40

43 EY & GY Control Integrated Digital Electronic Control (IDEC) (075 only) TO LOD TO LOD q COMMND p COMMND INTEGRL ELECTRONICS q COMMND p COMMND INTEGRL ELECTRONICS G u p G u p u q D3 D2 u q D3 D2 D1 D1 EY Option -(valve spring offset to zero displacement) GY Option -(valve spring offset to max. displacement) US 41

44 Notes 42

45 Extensive Hydraulic Product Offering ccumulators Compact Hydraulics Cylinders Electronics/Remote Controls Piston, bladder and diaphragm type accumulators, gas bottles and KleenVent reservoir isolators. Self-contained with a motor, gear pump, reservoir, internal valving, load hold checks and relief valves. Standard and custom hydraulic cylinders for industrial and mobile applications. Parker s unique IQN approach combines sturdy, well-tested hardware with intelligent, flexible computing power Filtration Integrated Hydraulic Circuits Motors Power Take Off Pressure and return line filters enhances machine life, reduces maintenance and lowers costs. Solutions for complex circuits that include threaded cartridge valves integrated into a single manifold. Full line of high and low speed motors provides power up to 15,000 in-lbs of torque. Parker Chelsea leads the industry for engineering, innovation and performance in auxiliary power systems Power Units Pumps Rotary ctuator Valves and Controls The most complete line of standard, pre-engineered, cataloged hydraulic power units in the industry. road line of energyefficient hydraulic pumps that includes piston, vane and gear pumps. Industry leader in the design and manufacture of hydraulic rack and pinion, and vane style rotary actuators. Hydraulic valves for virtually every hydraulic equipment application, from simple to precise control Covering the Industrial, Mobile and Truck markets, each catalog is paired with an interactive CD. Call for your comprehensive guides today. 800-CParker. Industrial Driven HY /US Mobile Driven HY /US Truck Driven HY /US

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