Variable Displacement Piston Pumps for Industrial Applications

Transcription

1 Vickers Piston Pumps Variable Displacement Piston Pumps for Industrial Applications PVQ2 Family 21,1 to 141 cm 3 /r (1.29 to 8.64 in 3 /r) Displacements 23 bar (33 psi) Max. Pressure 514./EN/598/A

2 Introduction PVQ2 Family PVQ2 pumps are open circuit, axial piston designs. A variety of controls provides the ability to match the pumps to each application. A strong, proven rotating group allows the pumps to handle pressures to 23 bar (33 psi) continuous and 25 bar (36 psi) intermittent with less maintenance cost. High-load bearings and a stiff drive shaft help provide a pump life of 3, hours (@ 65% rated pressure), reducing operating costs and extending machine life. PVQ2 pumps feature a saddle-type yoke with steel-backed polymer bearings. The stiff yoke reduces deflection and allows even loading of bearings, improving life. A single control piston reduces loading on the yoke, resulting in reduced pump size which allows installation in tighter locations. PVQ2 pumps operate at a level of quietness that exceeds the requirements of today s demanding industrial conditions. The pumps feature a unique three-piece envelope (flange, housing and valve block) specifically created for low fluid-borne and structure-borne noise levels. Another pump feature a bimetal timing plate improves pump filling characteristics which, in turn, reduce fluid-borne noise and extend pump life. An adjustable maximum stop provides a means of tuning flow to your system, while gauge ports allow monitoring of inlet and outlet conditions. These standard features reduce system complexity and cost. Mounting flanges are offered in SAE and ISO configurations, and ports are offered in SAE and ISO flange versions. This provides a wide variety of installation opportunities for global machine design. Side- or end-ported models are available to facilitate plumbing and help fit the pump to your machine space needs. Multiple drain ports allow many mounting orientations, reducing installed costs. PVQ2 pumps are capable of operating with many types of hydraulic fluids used in industrial systems. High-water-content and phosphate ester fluids can be accommodated, in addition to the typical petroleum based and synthetic fluids. With a PVQ2 pump you can have smaller and quieter power units at higher pressures, using higher speed (15 and 18 r/min) electric motors. Your systems will have lower vibration levels on the system piping, helping to ensure a leak-free system. Typical Applications Automotive transfer lines Process industry machines Clamping fixtures Load/unload heavy robots Entertainment rides Tube forming and bending Plastic injection molding Blow molding machines Features & Benefits Long pump life Quiet pump operation Inlet and outlet gauge ports and adjustable maximum displacement stop standard Astonishingly low 4% pressure ripple Low installed and operating costs Reduced maintenance Design flexibility Compact size saves space Design promotes leak-free system Flexibility in machine design Compact size saves space Design promotes leak-free system 2

3 Contents PVQ2 Family Model Code Specifications and Performance Displacement, Pressure, Speed, Flow, Power, Torque Standard Response Times Control Options Performance PVQ2 Typical Noise Levels Delivery/Efficiency, Input Torque & Power at 18 & 15 r/min Delivery/Efficiency, Input Torque & Power at 12 & 1 r/min Case Flow Versus Outlet Pressure at Full Flow & Cutoff Performance PVQ5 Typical Noise Levels Delivery/Efficiency, Input Torque & Power at 18 & 15 r/min Delivery/Efficiency, Input Torque & Power at 12 & 1 r/min Case Flow Versus Outlet Pressure at Full Flow & Cutoff Performance PVQ63 Typical Noise Levels Delivery/Efficiency, Input Torque & Power at 18 & 15 r/min Delivery/Efficiency, Input Torque & Power at 12 & 1 r/min Case Flow Versus Outlet Pressure at Full Flow & Cutoff Performance PVQ81 Typical Noise Levels Delivery/Efficiency, Input Torque & Power at 18 & 15 r/min Delivery/Efficiency, Input Torque & Power at 12 & 1 r/min Case Flow Versus Outlet Pressure at Full Flow & Cutoff Performance PVQ16 Typical Noise Levels Delivery/Efficiency, Input Torque & Power at 18 & 15 r/min Delivery/Efficiency, Input Torque & Power at 12 & 1 r/min Case Flow Versus Outlet Pressure at Full Flow & Cutoff Performance PVQ141 Typical Noise Levels Delivery/Efficiency, Input Torque & Power at 18 & 15 r/min Delivery/Efficiency, Input Torque & Power at 12 & 1 r/min Case Flow Versus Outlet Pressure at Full Flow & Cutoff (continued) 3

4 Contents PVQ2 Family Dimensions PVQ PVQ PVQ PVQ PVQ PVQ Mounting Flange Options Shaft Options Input Shaft Selection Data Port Options Operating Requirements and Recommendations Inlet Pressure, Case Pressure, Operating Temperature Hydraulic Fluids Fluid Cleanliness Installation and Start-up

5 Model Code 5 E N Pump series (pressure rating) PVQ 23 bar (33 psi) continuous 25 bar (36 psi) intermittent 2 Maximum geometric displacement cm 3 /r (in 3 /r) See following page. 3 Mounting flange See following page. 4 PVQ2 family speed rating E Electric motor speeds, 18 r/min maximum 5 Rotation viewed from shaft end R Right hand (clockwise) L Left hand (counterclockwise) 6 Adjustable maximum displacement stop S With stop F Without stop 7 Thru-drive options See following page for thru-drive coupling combinations. 8 Main port options See page 7. 9 Main port locations E End S Sides 1 Shaft end type See Page Shaft seal, at electric motor end S Single shaft seal, one way D Double shaft seal, two way N No shaft seal 12 Pump design number 4 For PVQ2, PVQ5, PVQ63 and PVQ141 5 For PVQ81 and PVQ16 Subject to change. Installation dimensions remain unaltered for designs 4 49 and Pump control options C** Pressure compensator; 1 23 bar (15 33 psi). Asterisks denote maximum pressure setting in tens of bar. C23 23 bar (33 psi) is standard. CM** Pressure compensator; 2 1 bar (3 15 psi). Asterisks denote maximum pressure setting in tens of bar. CM7 7 bar (1 psi) is standard. 14 Additional control functions Blank No additional control functions. V** Load sensing control bar (9 2 psi). Asterisks denote differential setting in bar. V11 is standard 11 bar (16 psi) factory setting. VC** High differential spring bar ( psi). For PVQ2 & PVQ5, VC24 is standard 24 bar (35 psi) factory setting. For PVQ63, 81, 16 & 141, VC2 is standard 2 bar (3 psi) factory setting. VX** 15 For PVQ81 and PVQ16 only. Extra high differential spring bar ( psi). VX35 is standard 35 bar (58 psi) factory setting. Bleed down orifice option for load sense control B Bleed-down orifice installed in control. P Orifice plugged. No bleed-down in control. 16 Control design number 2 For all PVQ2 & PVQ5 controls 31 For all PVQ63 and PVQ141 controls 4 For all PVQ81 and PVQ16 controls 5

6 Model Code 2 Maximum geometric displacement Code Displacement cm 3 /r 21,1 5, 63,1 81, 16,5 141, in 3 /r Mounting flange specifications Code Description PVQ2 PVQ5 PVQ63 PVQ81 PVQ16 PVQ141 A2 SAE J (A, 2-bolt) MA2 ISO 319/2-8A2HW B2 SAE J (B, 2-bolt) MB2 ISO 319/2-1A2HW C2 SAE J (C, 2-bolt) MC2 ISO 319/2-125A2HW C4 SAE J (C, 4-bolt) MC4 ISO 319/2-125B4HW D4 SAE J (D, 4-bolt) MD4 ISO 319/2-16B4HW =Available =Not available 7 Thru-drive options Code Description PVQ2 PVQ5 PVQ63 PVQ81 PVQ16 PVQ141 N Single pump, non-thru-drive A9 SAE A, 2-bolt, 9T spline A11 SAE A, 2-bolt, 11T spline B13 SAE B, 2-/4-bolt, 13T spline B15 SAE B-B, 2-/4-bolt, 15T spline C14 SAE C, 2-/4-bolt, 14T spline C17 SAE C-C, 2-/4-bolt, 17T spline MA9 ISO 8-A2HW, 9T SAE spline MA11 ISO 8-A2HW, 11T SAE spline MB13 ISO 1-A2/B4HW, 13T SAE spline MB15 ISO 1-A2/B4HW, 15T SAE spline MC14 ISO 125-A2/B4HW, 14T SAE spline MC17 ISO 125-A2/B4HW, 17T SAE spline =Available =Not available 6

7 PVQ2 Family 8 Main port options Code Description Inlet/Outlet PVQ2 PVQ5 PVQ63 PVQ81 PVQ16 PVQ141 S SAE J514 Tube Ports F SAE J518 Flange Ports D ISO Tube Ports M ISO 6162 Flange Ports B Inlet 2 24 Outlet (End ports only) 16 (End ports only) Inlet 1.25 inch 2. inch 2. inch 2. inch 2.5 inch 2.5 inch Outlet.75 inch 1. inch 1. inch 1. inch 1. inch 1.25 inch* Inlet M42 M48 M48 (End ports only) Outlet M27 M33 M33 (End ports only) Inlet 32mm 51mm 51mm 51mm 64mm 64mm Outlet 19mm 25mm 25mm 25mm 25mm 32mm* British Standard Parallel Inlet G 1-1 / 4 G 1-1 / 2 Pipe Tube Ports Outlet G 3 / 4 G 1 * SAE Code 62, high pressure series, or ISO 4 bar. Other flange ports are SAE Code 61, standard pressure series, or ISO bar. 1 Shaft-end type at prime mover end Shaft Code Description PVQ2 PVQ5 PVQ63 PVQ81 PVQ16 PVQ141 SAE J , SAE A, Straight keyed 1 SAE J , SAE 19-1, Straight keyed 2 SAE J , SAE A, 9T Spline 3 SAE J , SAE A, 11T Spline 4 SAE J , SAE B, Straight Keyed 5 1 SAE J , SAE B-B, Straight Keyed SAE J , SAE B, 13T Spline SAE J , SAE B-B, 15T Spline SAE J , SAE C, Straight Keyed SAE J , SAE C-C, Straight Keyed SAE J , SAE C, 14T Spline SAE J , SAE C-C, 17T Spline SAE J , SAE D, Straight Keyed 5 SAE J , SAE D, 13T Spline 6 ISO 319/2 E2N, Straight Keyed, Short Spigot N1 (1) ISO 319/2 E25N, Straight Keyed, Short Spigot N2 (2) ISO 319/2 E25N, Straight Keyed, Short Spigot N3 (3) N1 N3 ISO 319/2 E32N, Straight Keyed, Short Spigot N1 N1 N1 N1 ISO 319/2 E4N, Straight Keyed, Short Spigot N2 N2 N2 (1) ISO 8mm Pilot only - MA2 (2) ISO 8mm Pilot only - MA2 (3) ISO 1mm Pilkot only - MB2 7

8 Specifications and Performance Displacement, Pressure and Flow Ratings At 5 C (12 F), SAE 1W oil, 1 bar absolute ( psig) inlet Maximum Maximum Flow at 21 bar (3 psi) Geometric Maximum Pressure bar (psi) l/min (USgpm) Model Series Displacement cm 3 /r (in 3 /r) Continuous Intermittent r/min PVQ2 2,1 (1.22) 35 (9) 29 (8) 23 (6) 19 (5) PVQ5 5 (3.5) 87 (23) 75 (2) 62 (16) 49 (13) PVQ63 63,1 (3.85) 111 (29) 93 (24) 74 (19) 6 (16) 23 (3) 25 (33) 28 (4) PVQ81 81, (4.94) 139 (37) 116 (31) 93 (25) 76 (2) PVQ16 16,5 (6.5) 187 (49) 155 (41) 123 (32) 12 (27) PVQ ,1 (8.6) 238 (63) 199 (53) 158 (42) 131 (35) Less than 1% of duty cycle. Momentary system pressure spikes only. Speed, Input Power and Torque Ratings At 5 C (12 F), SAE 1W oil, 1 bar absolute ( psig) inlet Maximum Maximum Maximum Input Power at 21 bar (3 psi) kw (hp) Torque at Operating 21 bar Approximate Model Series Speed r/min (3 psi) Nm (lb-ft) Weight (dry) kg (lb) PVQ (18) 11 (15) 9 (12) 8 (1) 73 (54) 15 (33) PVQ (47) 3 (4) 28 (38) 23 (31) 19 (14) 24 (52) PVQ (57) 36 (48) 29 (39) 24 (32) 228 (168) 36 (79) PVQ (75) 46 (62) 35 (47) 28 (37) 286 (211) 45 (99) PVQ (97) 6 (8) 48 (64) 4 (54) 383 (282) 55 (121) PVQ (126) 79 (16) 63 (85) 53 (71) 497 (367) 66 (145) Standard Response Times Model Series On Stroke msec Off Stroke msec PVQ PVQ PVQ PVQ PVQ PVQ Values with pressure compensator control. 8

9 Control Options PVQ2 Family C**, CM** Pressure Compensator Control The pump will provide a continuously modulated flow to meet changing load demands at a pre-adjusted compensator pressure. At pressures below the compensator setting, the pump will operate at maximum displacement. See model code on page 5 for compensator pressure ranges. WARNING: The pressure compensator may be adjusted beyond the rated pressure of the pump. When adjusting the pressure limiter, install a 35 bar ( 5 psi) gage in the outlet gage port and limit the pressure setting to 23 bar (33 psi). F case drain K inlet gage port K outlet gage port See model code on page 5 for spring (pressure) adjustment ranges. B inlet To load C outlet Pressure Cut-off Characteristics of C21 Pressure Compensator 5 C (12 F), static conditions Outlet Flow Q Change in Pressure A Change in Flow B Model Series Max. Speed r/min Q Outlet Flow l/min (USgpm) P Outlet Pressure bar (psi) A bar (psi) B L/min (USgpm) PVQ (9.25) 2,8 (41) 4,5 (1.19) PVQ (23) 1 (15) 4,5 (1.19) PVQ (29) 23 (33) 7,4 (17) 7,6 (2.) PVQ (37) 1,5 (22) 37 (9.77) PVQ (51.5) 1,5 (22) 2 (5.28) PVQ (63) 3,5 (51) 14 (3.7) Outlet Pressure P 9

10 Control Options C(M)**V Load Sensing and Pressure Compensator Control The pump will provide power matching of pump output to system load demand, maximizing efficiency and improving load metering characteristics of any directional control valve installed between the pump and the load. F case drain B inlet Optional bleed-down orifice in C(M)**V(C,X)**B control.,4 mm (.16 in.). Orifice is plugged for no bleed down in control C(M)**V(C,X)**P. Load sensing ensures that the pump always provides only the amount of flow needed by the load. At the same time, the pump operating pressure adjusts to the actual load pressure plus a pressure differential required for the control action. When the system is not demanding power, the load sense control will operate in an energy-saving stand-by mode. Typically, the differential pressure is that between the pressure inlet and service port of a proportionally controlled directional valve, or a load sensing directional control valve. See the model code on page 5 for differential pressure settings for load sensing. K inlet gage port K outlet gage port To load C outlet J load sense signal port If the load pressure exceeds the system pressure setting, the pressure compensator de-strokes the pump. The load sensing line must be as short as possible and can also be used for remote control or unloading of the pump pressure. For remote control purposes, it is recommended that you contact your Vickers representative for the correct configuration of the control. 1

11 PVQ2 Performance PVQ2 Family Typical Noise Levels at 18 and 12 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet Noise Level dba r/min max. flow 18 r/min min. flow 5 (7) 12 r/min max. flow 1 (15) 15 (22) 12 r/min min. flow 2 (29) 25 (36) Typical Noise Levels at 15 and 1 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet Noise Level dba r/min max. flow 15 r/min min. flow 5 (7) 1 r/min max. flow 1 (15) 15 (22) 1 r/min min. flow 2 (29) 25 (36) Sound pressure data equivalent to NFPA. 11

12 PVQ2 Performance Delivery and Efficiency at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Delivery and Efficiency at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Volumetric Efficiency Overall Efficiency Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 3 (8) 2 (5) 1 (3) 25 (36) 5 (13) 4 (11) Delivery l/min (USgpm) Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 3 (8) 2 (5) 1 (3) 25 (36) 5 (13) 4 (11) Delivery l/min (USgpm) Input Torque and Power at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Input Torque and Power at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 12 (162) 12 (162) Input Torque Nm (in-lb) 11 (973) 1 (885) 9 (796) 8 (78) 7 (619) 6 (531) 5 (442) 4 (354) 3 (265) 2 (177) 1 (88) 5 1 (7) (15) Input Torque, Input Power, Input Torque, Cut-off (22) (29) (36) 25 (34) 2 (27) 15 (2) 1 (13) 5 (7) Input Power kw (hp) Input Torque Nm (in-lb) 11 (973) 1 (885) 9 (796) 8 (78) 7 (619) 6 (531) 5 (442) 4 (354) 3 (265) 2 (177) 1 (88) Input Torque, 25 (34) 2 (27) Input Power, 15 (2) 1 (13) 5 (7) (7) (15) (22) (29) (36) Input Power kw (hp) 12

13 PVQ2 Family Delivery and Efficiency at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Delivery and Efficiency at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 5 (13) 4 (11) 3 (8) 2 (5) 1 (3) 25 (36) Delivery l/min (USgpm) Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 3 (8) 2 (5) 1 (3) 25 (36) 5 (13) 4 (11) Delivery l/min (USgpm) Input Torque and Power at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Input Torque and Power at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Input Torque Nm (in-lb) 12 (162) 11 (973) 1 (885) 9 (796) 8 (78) 7 (619) 6 (531) 5 (442) 4 (354) 3 (265) 2 (177) 1 (88) Input Torque, 5 1 (7) (15) Input Power, 15 (22) 2 25 (29) (36) 25 (34) 2 (27) 15 (2) 1 (13) 5 (7) Input Power kw (hp) Input Torque Nm (in-lb) 12 (162) 11 (973) 1 (885) 9 (796) 8 (78) 7 (619) 6 (531) 5 (442) 4 (354) 3 (265) 2 (177) 1 (88) Input Torque, 5 1 (7) (15) Input Power, 15 (22) 25 (34) 2 (27) 15 (2) 1 (13) 5 (7) 2 25 (29) (36) Input Power kw (hp) 13

14 PVQ5 Performance Case Flow versus Outlet Pressure at 18 r/min, Full Flow, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 1. (.26) Case Flow l/min (USgpm).9 (.24).8 (.21).7 (.18).6 (.16).5 (.13).4 (.11).3 (.8).2 (.5).1 (.3) 5 (7) 1 (15) 15 2 (22) (29) 25 (36) Case Flow versus Outlet Pressure at Cutoff, 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 1 (2.64) Case Flow l/min (USgpm) 9 (2.38) 8 (2.11) 7 (1.85) 6 (1.59) 5 (1.32) 4 (1.6) 3 (.79) 2 (.53) 1 (.26) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 14

15 PVQ2 Family Typical Noise Levels at 18 and 12 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min max. flow Noise Level dba r/min max. flow 18 r/min min. flow 12 r/min min. flow (7) 1 (15) 15 (22) 2 (29) 25 (36) Typical Noise Levels at 15 and 1 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet 72 Noise Level dba r/min max. flow 15 r/min min. flow 1 r/min max. flow 1 r/min min. flow 44 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Sound pressure data equivalent to NFPA. 15

16 PVQ5 Performance Delivery and Efficiency at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Delivery and Efficiency at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Volumetric Efficiency Overall Efficiency Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 25 (7) 25 (36) 125 (33) 1 (26) 75 (2) 5 (13) Delivery l/min (USgpm) Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 25 (7) 25 (36) 125 (33) 1 (26) 75 (2) 5 (13) Delivery l/min (USgpm) Input Torque and Power at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Input Torque and Power at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Input Torque Nm (in-lb) 24 (2124) 22 (1947) 2 (177) 18 (1593) 16 (1416) 14 (1239) 12 (162) 1 (885) 8 (78) 6 (531) 4 (354) 2 (177) Input Torque, 5 1 (7) (15) Input Power, Input Torque, Cut-off (22) (29) (36) 5 (67) 4 (54) 3 (4) 2 (27) 1 (13) Input Power kw (hp) Input Torque Nm (in-lb) 24 (2124) 22 (1947) 2 (177) 18 (1593) 16 (1416) 14 (1239) 12 (162) 1 (885) 8 (78) 6 (531) 4 (354) 2 (177) 5 1 (7) (15) Input Torque, Input Power, 15 (22) 5 (67) 4 (54) 3 (4) 2 (27) 1 (13) 2 25 (29) (36) Input Power kw (hp) 16

17 PVQ2 Family Delivery and Efficiency at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Delivery and Efficiency at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 75 (2) 5 (13) 25 (7) 25 (36) 125 (33) 1 (26) Delivery l/min (USgpm) Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 25 (7) 25 (36) 125 (33) 1 (26) 75 (2) 5 (13) Delivery l/min (USgpm) Input Torque and Power at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Input Torque and Power at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Input Torque Nm (in-lb) 24 (2124) 22 (1947) 2 (177) 18 (1593) 16 (1416) 14 (1239) 12 (162) 1 (885) 8 (78) 6 (531) 4 (354) 2 (177) 5 1 (7) (15) Input Torque, Input Power, 15 (22) 5 (67) 4 (54) 3 (4) 2 (27) 1 (13) 2 25 (29) (36) Input Power kw (hp) Input Torque Nm (in-lb) 24 (2124) 22 (1947) 2 (177) 18 (1593) 16 (1416) 14 (1239) 12 (162) 1 (885) 8 (78) 6 (531) 4 (354) 2 (177) 5 1 (7) (15) Input Torque, Input Power, 15 (22) 5 (67) 4 (54) 3 (4) 2 (27) 1 (13) 2 25 (29)(36) Input Power kw (hp) 17

18 PVQ63 Performance Case Flow versus Outlet Pressure at 18 r/min, Full Flow, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 2.5 (.66) Case Flow l/min (USgpm) 2.3 (.59) 2. (.53) 1.8 (.46) 1.5 (.4) 1.3 (.33) 1. (.26).8 (.2).5 (.13).3 (.7) 5 (7) 1 (15) 15 2 (22) (29) 25 (36) Case Flow versus Outlet Pressure at Cutoff, 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 1 (2.64) Case Flow l/min (USgpm) 9 (2.38) 8 (2.11) 7 (1.85) 6 (1.59) 5 (1.32) 4 (1.6) 3 (.79) 2 (.53) 1 (.26) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 18

19 PVQ2 Family Noise Level dba Typical Noise Levels at 18 and 12 r/min. with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min max. flow r/min min. flow 12 r/min max. flow 12 r/min min. flow 5 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Typical Noise Levels at 15 and 1 r/min. with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min max. flow Noise Level dba r/min min. flow 1 r/min min. flow 1 r/min max. flow 5 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Sound pressure data equivalent to NFPA. 19

20 PVQ63 Performance Delivery and Efficiency at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Overall Efficiency Volumetric Efficiency 1 Delivery and Efficiency at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 9 8 Volumetric Efficiency Overall Efficiency Efficiency % (7) Delivery (effective flow) 1 (15) 15 2 (22) (29) 2 (5) 25 (36) 12 (32) 1 (26) 8 (21) 6 (16) 4 (11) Delivery l/min (USgpm) Efficiency % (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 8 (21) 6 (16) 4 (11) 2 (5) 25 (36) 1 (26) Delivery l/min (USgpm) Input Torque Nm (in-lb) Input Torque and Power at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 27 (239) 24 (2124) 21 (1859) 18 (1593) 15 (1328) 12 (162) 9 (1327) 6 (531) 3 (226) Input Torque, Input Torque, Cut-off Input Power, Input Power kw (hp) 5 (67) 4 (54) 3 (4) 2 (27) 1 (13) Input Torque Nm (in-lb) Input Torque and Power at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 27 (239) 24 (2124) 21 (1859) 18 (1593) 15 (1328) 12 (162) 9 (1327) 6 (531) 3 (226) Input Torque, Input Power, Input Power kw (hp) 5 (67) 4 (54) 3 (4) 2 (27) 1 (13) 5 1 (7) (15) 15 (22) 2 25 (29) (36) (7) (15) (22) (29) (36) 2

21 PVQ2 Family Efficiency % Delivery and Efficiency at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Delivery (effective flow) 1 (26) 8 (21) 6 (16) 4 (11) Delivery l/min (USgpm) Efficiency % Delivery and Efficiency at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Delivery (effective flow) 1 (26) 8 (21) 6 (16) 4 (11) Delivery l/min (USgpm) 1 2 (5) 1 2 (5) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Input Torque Nm (in-lb) Input Torque and Power at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 27 (239) 24 (2124) 21 (1859) 18 (1593) 15 (1328) 12 (162) 9 (1327) Input Torque, Input Power kw (hp) 5 (67) 4 (54) 3 (4) Input Torque Nm (in-lb) Input Torque and Power at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 27 (239) 24 (2124) 21 (1859) 18 (1593) 15 (1328) 12 (162) 9 (1327) Input Torque, Input Power kw (hp) 5 (67) 4 (54) 3 (4) 6 (531) 3 (226) Input Power, 2 (27) 1 (13) 6 (531) 3 (226) Input Power, 2 (27) 1 (13) 5 1 (7) (15) 15 (22) 2 25 (29) (36) 5 1 (7) (15) 15 (22) 2 25 (29) (36) 21

22 PVQ81 Performance Case Flow versus Outlet Pressure at 18 r/min, Full Flow, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 5 (1.32) Case Flow l/min (USgpm) 4 (1.6) 3 (.79) 2 (.53) 1 (.26) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Case Flow l/min (USgpm) Case Flow versus Outlet Pressure at Cutoff, 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 12 (3.17) 11 (2.91) 1 (2.64) 9 (2.38) 8 (2.11) 7 (1.85) 6 (1.59) 5 (1.32) 4 (1.6) 3 (.79) 2 (.53) 1 (.26) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 22

23 PVQ2 Family Typical Noise Levels at 18 and 12 r/min. with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min max. flow 18 r/min min. flow Noise Level dba r/min max. flow 12 r/min min. flow (7) 1 (15) 15 (22) 2 (29) 25 (36) Typical Noise Levels at 15 and 1 r/min. with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min max. flow Noise Level dba r/min min. flow 1 r/min max. flow 15 r/min min. flow (7) 1 (15) 15 (22) 2 (29) 25 (36) Sound pressure data equivalent to NFPA. 23

24 PVQ81 Performance Efficiency % Delivery and Efficiency at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 1 Volumetric Efficiency 9 Overall Efficiency (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 25 (36) 15 (4) 125 (33) 1 (26) 75 (2) 5 (13) 25 (7) Delivery l/min (USgpm) Delivery and Efficiency at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 1 Volumetric Efficiency Efficiency % (7) 1 (15) Overall Efficiency Delivery (effective flow) 15 (22) 2 (29) 25 (36) 125 (33) 1 (26) 75 (2) 5 (13) 25 (7) Delivery l/min (USgpm) Input Torque Nm (in-lb) Input Torque and Power at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) Input Torque, Input Power, Input Power kw (hp) 75 (11) 5 (67) Input Torque Nm (in-lb) Input Torque and Power at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) Input Torque, Input Power kw (hp) 75 (11) 5 (67) 5 (442) 5 1 (7) (15) Input Torque, Cut-off 15 (22) 2 (29) 25 (36) 25 (34) 5 (442) 5 1 (7) (15) Input Power, 15 (22) 2 25 (29)(36) 25 (34) 24

25 PVQ2 Family Efficiency % Delivery and Efficiency at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Delivery (effective flow) Delivery l/min (USgpm) 125 (33) 1 (26) 75 (2) 5 (13) Efficiency % Delivery and Efficiency at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 1 Volumetric Efficiency 9 Overall Efficiency Delivery (effective flow) Delivery l/min (USgpm) 125 (33) 1 (26) 75 (2) 5 (13) 1 25 (7) 1 25 (7) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Input Torque Nm (in-lb) Input Torque and Power at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) Input Torque, Input Power, Input Power kw (hp) 75 (11) 5 (67) 25 (34) Input Torque Nm (in-lb) Input Torque and Power at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) Input Torque, Input Power, Input Power kw (hp) 75 (11) 5 (67) 25 (34) 5 1 (7) (15) 15 (22) 2 (29) 25 (36) 5 1 (7) (15) 15 (22) 2 25 (29) (36) 25

26 PVQ16 Performance Case Flow versus Outlet Pressure at 18 r/min, Full Flow, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 4. (1.6) Case Flow l/min (USgpm) 3.5 (.92) 3. (.79) 2.5 (.66) 2. (.53) 1.5 (.4) 1. (.26).5 (.13) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Case Flow versus Outlet Pressure at Cutoff, 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 21 (5.55) 2 (5.28) Case Flow l/min (USgpm) 19 (5.2) 18 (4.76) 17 (4.49) 16 (4.23) 15 (3.96) 14 (3.7) 13 (3.43) 12 (3.17) 11 (2.91) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 26

27 PVQ2 Family Noise Level dba Typical Noise Levels at 18 and 12 r/min. with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min 12 r/min min. flow min. flow r/min max. flow 12 r/min max. flow 62 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Noise Level dba Typical Noise Levels at 15 and 1 r/min. with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min min. flow 1 r/min min. flow 1 r/min max. flow 15 r/min max. flow 58 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Sound pressure data equivalent to NFPA. 27

28 PVQ16 Performance Delivery and Efficiency at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Efficiency % Volumetric Efficiency Overall Efficiency Delivery (effective flow) Delivery l/min (USgpm) 25 (66) 2 (53) 15 (4) Efficiency % Delivery and Efficiency at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Delivery (effective flow) Delivery l/min (USgpm) 25 (66) 2 (53) 15 (4) 2 1 (26) 2 1 (26) 1 5 (13) 1 5 (13) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Input Torque Nm (in-lb) Input Torque and Power at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) Input Torque, Input Power, Input Torque, Cut-off Input Power kw (hp) 1 (134) 75 (11) 5 (67) 25 (34) Input Torque Nm (in-lb) Input Torque and Power at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) Input Torque, Input Power, Input Power kw (hp) 1 (134) 75 (11) 5 (67) 25 (34) 5 1 (7) (15) 15 (22) 2 (29) 25 (36) 5 1 (7) (15) 15 (22) 2 (29) 25 (36) 28

29 PVQ2 Family Efficiency % Delivery and Efficiency at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 1 Volumetric Efficiency 9 Overall Efficiency (7) Delivery (effective flow) 1 (15) 15 (22) 2 (29) 5 (13) 25 (36) 25 (66) 2 (53) 15 (4) 1 (26) Delivery l/min (USgpm) Efficiency % Delivery and Efficiency at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency 5 (7) Overall Efficiency Delivery (effective flow) 1 (15) 15 (22) 2 (29) 25 (36) 25 (66) 2 (53) 15 (4) 1 (26) 5 (13) Delivery l/min (USgpm) Input Torque Nm (in-lb) Input Torque and Power at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) Input Torque, Input Power, Input Power kw (hp) 1 (134) 75 (11) 5 (67) 25 (34) Input Torque Nm (in-lb) Input Torque and Power at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) Input Torque, Input Power, Input Power kw (hp) 1 (134) 75 (11) 5 (67) 25 (34) 5 1 (7) (15) 15 (22) 2 (29) 25 (36) 5 1 (7) (15) 15 (22) 2 (29) 25 (36) 29

30 PVQ141 Performance Case Flow versus Outlet Pressure at 18 r/min, Full Flow, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 4. (1.6) Case Flow l/min (USgpm) 3.5 (.92) 3. (.79) 2.5 (.66) 2. (.53) 1.5 (.4) 1. (.26).5 (.13) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) Case Flow versus Outlet Pressure at Cutoff, 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 21 (5.55) 2 (5.28) Case Flow l/min (USgpm) 19 (5.2) 18 (4.76) 17 (4.49) 16 (4.23) 15 (3.96) 14 (3.7) 13 (3.43) 12 (3.17) 11 (2.91) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 3

31 PVQ2 Family Noise Level dba Typical Noise Levels at 18 and 12 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min max. flow 12 r/min max. flow 18 r/min min. flow 12 r/min min. flow (7) (15) (22) (29) 25 (36) Noise Level dba Typical Noise Levels 15 and 1 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet r/min max. flow 1 r/min max. flow 15 r/min min. flow r/min min. flow Sound pressure data equivalent to NFPA (7) (15) (22) (29) 25 (36) 31

32 PVQ141 Performance Efficiency % Delivery and Efficiency at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency 5 (7) Overall Efficiency Delivery (effective flow) 1 (15) 15 (22) 2 (29) 25 (36) 3 (79) 25 (66) 2 (53) 15 (4) 1 (26) 5 (13) Delivery l/min (USgpm) Efficiency % Delivery and Efficiency at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency 5 (7) Overall Efficiency Delivery (effective flow) 1 (15) 15 (22) 2 (29) 25 (36) 3 (79) 25 (66) 2 (53) 15 (4) 1 (26) 5 (13) Delivery l/min (USgpm) Input Torque Nm (in-lb) Input Torque and Power at 18 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 6 (531) 55 (4867) 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) 5 1 (7) (15) Input Torque, Input Power, Input Torque, Cut-off 15 (22) 2 (29) 25 (36) Input Power kw (hp) 15 (21) 125 (168) 1 (134) 75 (11) 5 (67) 25 (34) Input Torque Nm (in-lb) Input Torque and Power at 15 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 6 (531) 55 (4867) 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) 5 1 (7) (15) Input Torque, Input Power, 15 (22) Input Power kw (hp) 15 (21) 125 (168) 1 (134) 75 (11) 5 (67) 25 (34) 2 25 (29) (36) 32

33 PVQ2 Family Delivery and Efficiency at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Efficiency % Volumetric Efficiency 5 (7) Overall Efficiency Delivery (effective flow) 1 (15) 15 (22) 2 25 (29) (36) 3 (79) 25 (66) 2 (53) 15 (4) 1 (26) 5 (13) Delivery l/min (USgpm) Efficiency % Delivery and Efficiency at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet Volumetric Efficiency Overall Efficiency Delivery (effective flow) 5 (13) 5 (7) 1 (15) 15 (22) 2 (29) 25 (36) 3 (79) 25 (66) 2 (53) 15 (4) 1 (26) Delivery l/min (USgpm) Input Torque Nm (in-lb) Input Torque and Power at 12 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 6 (531) 55 (4867) 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) 25 (2212) 2 (177) 15 (1327) 1 (885) 5 (442) Input Torque, Input Power, (7) (15) (22) (29)(36) Input Power kw (hp) 15 (21) 125 (168) 1 (134) 75 (11) 5 (67) 25 (34) Input Torque Nm (in-lb) Input Torque and Power at 1 r/min, 5 C (12 F), and 1. bar absolute ( psi gauge) Inlet 6 (531) 55 (4867) 5 (4425) 45 (3982) 4 (354) 35 (397) 3 (2655) Input Torque, Input Power kw (hp) 15 (21) 25 (2212) 125 (168) 2 (177) 1 (134) 15 (1327) Input Power, 75 (11) 1 (885) 5 (67) 5 (442) 25 (34) (7) (15) (22) (29) (36) 33

34 PVQ141 Performance 7,6 (2.) 1.Case Flow Versus Outlet Pressure at Full Flow, 18 r/min 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet Case Flow l/min (USgpm) 6,6 (1.75) 5,7 (1.5) 4,7 (1.25) 3,8 (1.) 2,8 (.75) 1,9 (.5),9 (.25) (7) (15) (22) (29) (36) 3 (44) 35 (5) Case Flow l/min (USgpm) 22,7 (6) 18,9 (5) 15,1 (4) 11,4 (3) 7,6 (2) 3.8 (1) Case Flow Versus Outlet Pressure at Cutoff, 18 r/min 5 C (12 F) and 1. bar absolute ( psi gauge) Inlet (7) (15) (22) (29) (36) 3 (44) 35 (5) 34

35 PVQ2 End-ported Models PVQ2 Family Dimensions in millimeters (inches) Drain port F (See options on page 73) Start on page 68 for shaft options. 131,5 (5.18) Alt. drain port F (See options on page 73) Load sense port J (See options on page 73) 72, (2.83) 58, (2.28) 72, (2.83) 58, (2.28) 73, (2.87) 76, (2.99) Control postiion for right hand (clockwise) shaft rotation, as viewed from shaft end. Position for left hand rotation is shown on following page. A mount B mount 33,6 26,1 (1.32) (1.3) 228,9 (9.) with adj. max. stop 219,8 (8.65) without adj. max. stop Adjustable maximum displacement stop (1 turn = 1.1 cm 3 /rev). Turn CCW to reduce displacement. 37,4 (1.47) 165,7 (6.52) B E C 65,2 (2.57) D 65,2 (2.57) 85,1 (3.35) 55,2 (2.17) A 23, (.91) 16,5 (4.19) 166,7 (6.56) 2,7 (7.9) Inlet gauge port K. See options on page 73. Inlet port B. See options on page 72. Drain port F. See options on page ,5 (1.36) Outlet port C. See options on page , (1.34) A Pilot Flange Designation A B C D E SAE J Model Code A2 82,55 (3.25) 8, (.315) 16,4 (4.19) 53,2 (2.9) 11,35/1,97 (.447/.432) ISO 319/2-8A2HW Model Code MA2 8, (3.15) 8, (.315) 19, (4.29) 54,5 (2.15) 11,27/11, (.444/.433) B Pilot Flange Designation SAE J Model Code B2 11,6 (4.) 8, (.315) 146, (5.75) 73, (2.875) 14,55/14,17 (.572/.557) ISO 319/2-1A2HW Model Code MB2 1, (3.937) 8, (3.15) 14, (5.512) 7, (2.756) 14,27/14, (.562/.551) 35

36 PVQ2 End-ported Models Dimensions in millimeters (inches) 37,4 (1.47) Adjustable maximum displacement stop (1 turn = 1.1 cm 3 /rev) 165,7 (6.52) Control position for right hand rotation (Load sensing control shown) Inlet position for right hand rotation (Position for lef hand rotation shown below) Outlet 34,5 (1.36) 34, (1.34) Inlet/Outlet Ports and Control Positioned for Right Hand Rotation Control position for left hand rotation (Pressure compensating control shown) 37,5 (1.48) 14,5 (5.53) 126,3 (4.97) Inlet position for left hand rotation (Position for right hand rotation shown above) Outlet Inlet/Outlet Ports and Control Positioned for Left Hand Rotation 36

37 PVQ2 Side-ported Models PVQ2 Family Dimensions in millimeters (inches) Load sense port J (See options on page 73) Alt. drain port F (See options on page 73) 131,5 (5.18) 171,7 (6.76) Outlet port C. See options on page 72. Drain port F (See options on page 73) Start on page 68 for shaft options. 72, (2.83) 72, (2.83) 58, (2.28) to pilot mtg. flg. 171,7 (6.76) 194,1 (7.64) 33,6 26,1 A mount B mount (1.32) (1.3) Control postiion for right hand (clockwise) shaft rotation, as viewed from shaft end. Position for left hand rotation is shown on following page. B Adjustable maximum displacement stop (1 turn = 1.1 cm 3 /rev). Turn CCW to reduce displacement. 228,9 (9.) with adj. max. stop 219,8 (8.65) without adj. max. stop Outlet port C. (above) See options on page 72. Inlet port B. See options on page ,7 (4.52) A E C 65,2 (2.57) D 65,2 (2.57) 18,8 (4.28) 85,1 (3.35) 55,2 (2.17) 23, (.91) Alt. drain port F. See options on page ,5 (4.19) 175,2 (6.9) 25,6 (8.9) Inlet gauge port K. See options on page ,9 (.86) 62,9 (2.48) 21,6 (.85) 62,9 (2.48) Outlet gauge port K. See options on page 73. A Pilot Flange Designation A B C D E SAE J Model Code A2 82,55 (3.25) 8, (.315) 16,4 (4.19) 53,2 (2.9) 11,35/1,97 (.447/.432) ISO 319/2-8A2HW Model Code MA2 8, (3.15) 8, (.315) 19, (4.29) 54,5 (2.15) 11,27/11, (.444/.433) B Pilot Flange Designation SAE J Model Code B2 11,6 (4.) 8, (.315) 146, (5.75) 73, (2.875) 14,55/14,17 (.572/.557) ISO 319/2-1A2HW Model Code MB2 1, (3.937) 8, (3.15) 14, (5.512) 7, (2.756) 14,27/14, (.562/.551) 37

38 PVQ2 Side-ported Models Dimensions in millimeters (inches) Adjustable maximum displacement stop (1 turn = 1.1 cm 3 /rev). Turn CCW to destroke. 114,7 (4.52) Control position for right hand rotation (Load sensing control shown) Inlet position for right hand rotation (Position for left hand rotation shown below) Outlet gauge port K. See options on page 73. Inlet gauge port K. See options on page ,9 (.86) 62,9 (2.48) 21,6 (.85) 62,9 (2.48) Outlet Inlet/Outlet Ports and Control Positioned for Right Hand Rotation Control position for left hand rotation (Pressure compensating control shown) 86,5 (3.41) 72,3 (2.85) Outlet gauge port K. See options on page 73. Outlet Inlet gauge port K. See options on page 73. Inlet position for left hand rotation (Position for right hand rotation shown above) Inlet/Outlet Ports and Control Positioned for Left Hand Rotation 38

39 PVQ2 Thru-drive Models PVQ2 Family Dimensions in millimeters (inches) Load sense port J (See options on page 73) Alt. drain port F (See options on page 73) Drain port F (See options on page 73) 124, (4.88) 164,2 (6.46) Centerline of outlet port Outlet port C. See options on page 72. Start on page 68 for shaft options. 72, (2.83) 72, (2.83) Control postiion for right hand (clockwise) shaft rotation, as viewed from shaft end. Position for left hand rotation is shown on following page. 58, (2.28) 26,1 (1.3) 221,4 (8.72) with adj. max. stop 212,3 (8.36) without adj. max. stop to pilot mtg. flg. 164,2 (6.46) Adjustable maximum displacement stop (1 turn = 1.1 cm 3 /rev). Turn CCW to reduce displacement. Inlet port B. See options on page ,7 (4.52) A E 85,1 (3.35) 18,1 (4.14) 23, (.91) B 6, (2.36) C 87, (3.43) D 87, (3.43) 99, (3.9) 167,7 (6.6) 223,2 (8.79) 62,9 (2.48) Alt. drain port F. See options on page ,2 (2.53) B Pilot Flange Designation A B C D E SAE J Model Code B2 11,6 (4.) 8, (.315) 146, (5.75) 73, (2.87) 14,55/14,17 (.572/.558) ISO 319/2-1 A2HW Model Code MB2 1, (3.94) 8, (.315) 14, (5.51) 7, (2.76) 14,27/14, (.562/.551) 39

40 PVQ2 Thru-drive End Views Dimensions in millimeters (inches) Adjustable maximum displacement stop (1 turn = 1.1 cm 3 /rev). Turn CCW to reduce dsplacement. Inlet position for right hand rotation (Position for lef hand rotation shown below) 114,7 (4.52) Outlet Control position for right hand rotation (Load sensing control shown) 62,9 (2.48) Control position for left hand rotation (Pressure compensating control shown) 4,46 (1.59) 64,2 (2.53) Inlet/Outlet Ports and Control Positioned for Right Hand Rotation Output shaft 21T, 32/64 DP, 3 press. angle involute spline. 57,49 (2.26) 12,25 (.48) 27, (1.6) 79,4 (3.13) 86,5 (3.41) 72,3 (2.85) Coupling Code Description A9 For SAE A pad with a 9T, 16/32 DP, 3 Press. angle, involute spline. A11 For SAE A pad with a 11T, 16/32 DP, 3 Press. angle, involute spline. MA9 For ISO 8 A2HW pad with 9T, 16/32 DP, 3 Press. angle, involute spline. MA11 For ISO 8 A2HW pad with a 11T, 16/32 DP, 3 Press. angle, involute spline. K (2 places) 53,5 (2.11) 159,2 (6.27) To mounting face N G 89,7 (3.531) 89,6 (3.527) 2, (.79) 1,9 (.75) 8,5 (.33) Outlet H H Inlet/Outlet Ports and Control Positioned for Left Hand Rotation Inlet position for left hand rotation (Position for right hand rotation shown above) N Support attachment points (2 places) 2, (.79) 2, (.79) Thru-drive Flange Designation Port Code G H K N SAE A Pad ISO 8-A2HW Pad F, S D, M, B D, M, B 82,625 (3.253) 82,575 (3.25) 82,625 (3.253) 82,575 (3.25) 8,46 (3.15) 8,2 (3.149) 53,2 (2.9) 53,2 (2.9) 54,5 (2.15) UNC-2B thd.75 deep min M1 x 1,5 thd 19,5 deep min M1 thd x 19,5 deep min UNC-2B thd.62 deep min M1 x 1,5 thd 15,88 deep min M1 thd x 15,88 deep min 4

41 PVQ5 End-ported Models PVQ2 Family Dimensions in millimeters (inches) Start on page 68 for shaft options Drain port F. See options on page 73. Alternate drain port F Inlet gauge port K 8, (3.15) 8, (3.15) 28, (1.1) 8, (3.15) 8, (3.15) Adjustable maximum displacement stop (1 turn = 2 cm 3 /rev). Turn CCW to reduce displacement. Alternate load sense port J 44,6 (1.75) 36,9 (1.45) Control position for left hand (counterclockwise) shaft rotation, as viewed from shaft end. Position for right hand rotation is shown on following page. B 257, (1.12) max. 247, (9.72) 178,6 (7.3) 19,1 (.75) 134,3 (5.29) max. Load sensing control (See pressure compensated control on following page) Load sense port J. See options on page 73. Inlet port B. See options on page 72. E 13,6 (5.14) 42, (1.65) D C 87, (3.425) 174, (6.85) A 135,4 (5.33) 175, (6.89) 212, (8.35) Outlet gauge port K. See options on page ,8 (1.88) 53, (2.9) Alternate drain port F 75,1 (2.96) 87,1 (3.43) Outlet port C. See options on page 72. Flange Designation A B C D E SAE J ISO 319/2-1A2HW 11,6/11,55 (4./3.998) 1,/99,95 (3.937/3.935) 9,7/9,19 (.382/.362) 9,5/9, (.374/.354) 146, (5.75) 73, (2.875) 14, (5.512) 7, (2.756) 14,55/14,17 (.572/.557) 14,27/14, (.562/.551) 41

42 PVQ5 End-ported Models Dimensions in millimeters (inches) Control position for left hand rotation Non-maximum adjustment stop control cap. See preceding page for adjustable maximum displacement stop. Inlet position for right hand rotation (Position for lef hand rotation shown below) 34,4 (1.35) 98,9 (3.89) 121,8 (4.8) max. 4, (.16) Control position for right hand rotation (Pressure compensated control shown) 138,5 (5.45) Outlet 53, (2.9) 87,1 (3.43) 75,1 (2.96) 47,8 (1.88) Inlet/Outlet Ports and Control Positioned for Right Hand Rotation Control position for left hand rotation (Load sensing control shown) Control position for right hand rotation Outlet Inlet position for left hand rotation (Position for right hand rotation shown above) Inlet/Outlet Ports and Control Positioned for Left Hand Rotation Dimensions shown on preceding page. 42

43 PVQ5 Side-ported Models PVQ2 Family Dimensions in millimeters (inches) 8, (3.15) Adjustable max. displacement stop (1 turn = 2 cm 3 /rev).turn CCW to reduce displacement. Drain port F. See options on page ,9 (1.45) 16. (6.3) Start on page 68 for shaft options Inlet gauge port K Outlet gauge port K. See options on page 73. 8, (3.15) 8, (3.15) (5.29) max. 57,5 (2.26) 5, (1.97) 72,5 (2.85) 69, (2.72) View Z Z 257, (1.12) max. 168,2 (6.62) Load sensing control (see pressure compensated control on following page). 75,5 (2.97) Alternate load sense port J 247, (9.72) 178,6 (7.3) 72,1 (2.84) 19,1 (4.3) 13,6 (5.14) 44,6 (1.75) Load sense port J. See options on page 73. E Control position for right hand (clockwise) shaft rotation, as viewed from shaft end. Position for left hand rotation is shown on following page. B 19,1 (.75) Z 42. (1.65) 23, (9.6) Outlet port C. See options on page , (7.2) 78, (3.7) 28, (8.19) Alternate drain port F D C 87, (3.425) 174, (6.85) A 135,4 (5.33) 191,6 (7.54) Alternate drain port F Inlet port B. See options on page 72. Z 42. (1.65) Flange Designation A B C D E SAE J ISO 319/2-1A2HW 11,6/11,55 (4./3.998) 1,/99.95 (3.937/3.935) 9,7/9,19 (.382/.362) 9,5/9, (.374/.354) 146, (5.75) 73, (2.875) 14, (5.512) 7, (2.756) 14,55/14,17 (.572/.557) 14,27/14, (.562/.551) 43

44 PVQ5 Side-ported Models Dimensions in millimeters (inches) Control position for left hand rotation (Pressure compensated control shown). Inlet/outlet port positions for left hand rotation are the opposite of those shown for right hand rotation on preceding page. 121,8 (4.8) max. 34,4 (1.35) 98,9 (3.89) 138,5 (5.45) 4, (.16) Control position for right hand rotation (Inlet/outlet port positions for right hand rotation are shown on preceding page.) Non-maximum adjustment stop control cap. See preceding page for adjustable maximum displacement stop. Outlet gauge port K. See options on page 73. Inlet gauge port K 57,5 (2.26) 5, (1.97) 72,5 (2.85) 69, (2.72) Inlet/Outlet Ports and Control Positioned for Left Hand Rotation Control position for left hand rotation (Inlet/outlet port positions for left hand rotation are the opposite of those shown for right hand rotation on preceding page.) Control position for right hand rotation (Load sensing control shown). Inlet/outlet port positions for right hand rotation are shown on preceding page. Inlet gauge port K Outlet gauge port K. See options on page 73. Inlet/Outlet Ports and Control Positioned for Right Hand Rotation Dimensions shown on preceding page. 44