Vickers PVM Piston Pumps

Transcription

1 Vickers PVM Piston Pumps cc 3 ( in 3 ) M-Series Industrial Variable Displacement M-Series Mobile Variable Displacement

2 Table of Contents M Series Variable Displacement Piston Pumps Principles of Operation... 3 Hydraulic System Design Calculations... 4 Introduction... 5 Model Code Selection Model Code Options... 7 Specifications and Performance Control Options Performance Industrial & Mobile PVM PVM PVM PVM PVM PVM PVM PVM PVM PVM PVM PVM Dimensions PVM18/ PVM45/ PVM57/ PVM74/ PVM98/ PVM131/ Mounting Flange Options Shaft Options Shaft Selection Data Port Options Operating Requirements and Recommendations Installation and Start-up EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

3 Principles of Operation In axial piston pumps, the pistons reciprocate parallel to the axis of rotation of the cylinder block. The simplest type of axial piston pump is the swash plate in-line design. The cylinder block in this pump is turned by the drive shaft. Pistons fitted to bores in the cylinder block are connected through piston shoes and a shoe plate, so that the shoes bear against an angled swash plate. As the block turns, the piston shoes follow the swash plate, causing the pistons to reciprocate. The ports are arranged in the valve plate so that the pistons pass the inlet as they are pulled out and pass the outlet as they are forced back in. The displacement of axial piston pumps is determined by the size and number of pistons, as well as the stroke length which is determined by the angle of the swash plate. In variable displacement models of the in-line pump, the swash plate is installed in a movable yoke. Pivoting the yoke on pintles changes the swash plate angle to increase or decrease the piston stroke. Piston Pump Operation EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 3

4 Hydraulic System Design Calculations Basic Formulas Output Flow (Q) cm 3 /r x rpm in 3 /r x rpm lpm = gpm = Power (P) l/min x gpm x psi kw = hp = Shaft Torque (M) x cm N-m = 3 /r psi x in lb-in = 3 /r Shaft Speed (n) Efficiencies gpm actual Volumetric Nv = gpm theorectical lb-in actual Mechanical Nm = lb-in theorectical Total Nt = Nv x Nm Q n P M p 1 x 1/min 231 x gpm rpm = RPM = cm 3 /r in 3 /r Output Power (P) N-m x RPM lb-in x rpm kw = hp = ,25 Volumetric Displacement lpm x 1 gpm x 231 cm 3 /r = in 3 /r = rpm rpm Basic Formulas = 1 Newtons/cm 2 gpm = gallons per minute hp = horsepower lb-in = pound inch lb-ft = pound feet kw = kilowatt kgf = kilograms force l/min = liters per minute N-m = Newton meters psi = pounds per square inch rpm = revolutions per minute Commonly Used Conversions To Convert Into Multiply by psi 14.5 cm 3 in C F ( C x 1.8) +32 gallons (US) liters kg lbs 2.25 kgf/cm 2 psi 14.2 kw hp liters US Gallons.2642 mm inches.3937 N-m lb-in 8.85 N-m lb-ft.7375 F C ( F-32)/1.8 hp kw.7457 inch mm 2.54 in 3 cm lb-in N-m.113 lb-ft N-m lbs kg.4535 psi.6896 psi kgf/cm Note: Performance charts can be found on subsequent pages. 4 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

5 Introduction Eaton Vickers M Series mobile pumps are open circuit, axial piston designs. A variety of controls provides the ability to match the pumps to each application. Efficiency of the pump controls allows downsizing of system cooling needs, allowing a smaller and less expensive design to be used. Alternatively, cooling capacity could be kept the same and the flow capability of the system increased, thus improving performance and customer satisfaction. A strong proven rotating group allows the pumps to handle pressures to 28 (4 continuous and 32 (46 intermittent with less maintenance cost. High-load bearings and a stiff drive shaft help provide a pump life of 5 hours at rated mobile conditions, reducing operating costs and extending operating life. M Series 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. M Series pumps operate at a level of quietness that exceeds the requirements of today s demanding work 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. Proximity of the pump to the vehicle operator demands a low noise level in the cab. M Series pumps reduce, or in some cases remove, the need for damping riers between the noise source and the operator. This saves money on the installed cost of the system while improving customer comfort. 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 con figurations, and ports are offered in SAE, ISO, and BSPP in both tube and 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. M Series pumps are capable of operating with many types of hydraulic fluids used in industrial and mobile systems. High-water-content and phosphate ester fluids can be accommodated, in addition to the typical petroleum based and synthetic fluids. Typical Applications Loader backhoes Vibratory cable plows Mining machinery Dump truck lifts Agriculture tractors Chemical applicator trucks Railroad equipment Container handling, all-terrain, and truck cranes Vibratory cable plows Mining machinery and tunnel boring equipment Utility boom, off-road dump, and refuse trucks Material handling trucks and rough terrain fork lifts Concrete and asphalt pavers Feller/bunchers, forwarders, and log loaders Crawler dozers Articulate haulers Mini-excavators Features and Benefits Long pump life Quiet pump operation Inlet and outlet gauge ports and adjustable maximum displacement stops standards Astonishingly low 4% pressure ripple Low installed and operating costs Reduced maintenance Flexibility in machine design Compact size saves space Design promotes leak-free system EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 5

6 Model Code Selection PVM 18 M R 1 A E 1 AA A 28 A A 1, 2, 3 4, 5, , , 14 15, , 19 2, 21 22, , 2, 3 Product Series PVM M Series Variable Piston Pump 4, 5, 6 Displacement Fourteen displacements available 23 and 28 continuous ratings 7 Valve Plate M Mobile Equipment Speeds (Higher Speed) 8 Rotation R Clockwise (Righthand) L* Counter-clockwise (Lefthand) 9, 1 Shaft Standard SAE and ISO splined versions (Other configurations optional) 11 Mounting Flange Thirteen options in SAE and ISO mounts 12 Main Port Location E** End Ported S Side Ported 13, 14 Main Port Type SAE & ISO tube ports and 4-bolt flange (Other configurations optional) 15, 16 Pump Special Features None AA Adjustable Maximum Displacement Stop and single shaft (standard) AB Double Shaft Seal, Two Way 17 Control None A Pressure Compensator B Pressure and Flow Compensator with Bleed Orifice C Pressure and Flow Compensator with Plugged Orifice E Industrial Control (57cc through 141 cc only) 18, 19 Pressure Compensator Setting None 7 7 (Adjustable between 4 and 13 ) (Adjustable between 13 and 32 ) (Adjustable between 13 and 32 ) 2, 21 Flow Compensator Setting None setting setting setting 22, 23 Torque Limiter Setting None (Not available on M Series) 24 Compensator Special Features None 25 Auxiliary Mounting Pad *** None (Auxiliary mounting available on all frame sizes) 26 Paint No Paint A Standard Blue Paint 27 Customer Identification None (Contact Eaton for Options) 28 Design Code A A (Initial Release) * Not available on 74, 81, 98 and 16 End Port ** Not available on 74, 81, 98 and 16 LH *** Through drive not available on the LH 6 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

7 Model Code Options 4,5,6 Maximum geometric displacement Displacement Code cm 3 /r 18, 21,1 45,1 5, 57,4 63,1 73,7 81, 98,3 16,5 131,1 141, in 3 /r ,1 Shaft-end type at electric motor end Shaft Code Description PVM18/2 PVM45/5 PVM57/63 PVM74/81 PVM98/16 PVM131/141 SAE, SAE A, Straight Keyed 1 SAE, SAE 19-1, Straight Keyed 2 SAE, SAE A, 9T Spline 3 SAE, SAE A, 11T Spline 4 SAE, SAE B, Straight Keyed 5 5 SAE, SAE B-B, Straight Keyed SAE, SAE B, 13T Spline SAE, SAE B-B, 15T Spline SAE, SAE C, Straight Keyed SAE, SAE C-C, Straight Keyed SAE, SAE C, 14T Spline SAE, SAE C-C, 17T Spline SAE, SAE D, Straight Keyed 13 SAE, SAE D, 13T Spline 14 ISO E2N, Straight Keyed 15 ISO E25N, Straight Keyed, Short Spigot 16 ISO E25N, Straight Keyed ISO E32N, Straight Keyed, Short Spigot ISO E4N, Straight Keyed, Short Spigot Mounting flange specifications Code Description PVM18/2 PVM45/5 PVM57/63 PVM74/81 PVM98/16 PVM131/141 A SAE A, 2-bolt l B ISO 8A2HW l C SAE B, 2-bolt l l l D ISO 1A2HW l l l E SAE C, 2-bolt l l l l F ISO 125-A2HW l l l l G SAE C, 4-bolt l l l l H ISO 125B4HW l l l l J SAE D, 4-bolt l K ISO 16B4HW l l = Available = Not Available EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 7

8 Model Code Options 13,14 Main Port Options Inlet Code Description Outlet PVM18/2 PVM45/5 PVM57/63 PVM74/81 PVM98/16 PVM131/141 Inlet SAE J1926 (End ports only) Tube Ports Outlet (End ports only) 2 SAE J518 Inlet 1.25 inch 2. inch 2. inch 2. inch 2.5 inch 2.5 inch Flange Ports Outlet.75 inch 1. inch 1. inch 1. inch 1. inch 1.25 inch* Inlet M42 M48 M48 3 ISO (End ports only) Tube Ports Outlet M27 M33 M33 (End ports only) 4 ISO 6162 Inlet 32mm 51mm 51mm 51mm 64mm 64mm Flange Ports Outlet 19mm 25mm 25mm 25mm 25mm 32mm* British Standard 5 Parallel Pipe Inlet G 1-1/4 G 1-1/2 Tube Ports Outlet G 3/4 G 1 *SAE Code 62, high pressure series, or ISO 4. Other flange ports are SAE Code 61, standard pressure series, or ISO Thru-Drive Options Code Description PVM18/2 PVM45/5 PVM57/63 PVM74/81* PVM98/16 PVM131/141 O Single pump, non-thru-drive l l l l l l A SAE A, 2-bolt, 9T spline l l l l l l B SAE A, 2-bolt, 11T spline l l l l l C SAE B, 2-/4-bolt, 13T spline l l l l l D SAE B-B, 2-/4-bolt, 15T spline l l l l l E SAE C, 2-/4-bolt, 14T spline l l l l F SAE C-C, 2-/4-bolt, 17T spline l l l G ISO 8-A2HW, 9T SAE spline l l l l l l H ISO 8-A2HW, 11T SAE spline l l l l l J ISO 1-A2/B4HW, 13T SAE spline l l l l l K ISO 1-A2/B4HW, 15T SAE spline l l l l L ISO 125-A2/B4HW, 14T SAE spline l l l l M ISO 125-A2/B4HW, 17T SAE spline l l l l = Available = Not Available * Not available on the 74/81 LH 8 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

9 Specifications and Performance Industrial Displacement, Pressure and Flow Ratings At 5 C (12 F), SAE 1W oil, 1 absolute ( psig) inlet Maximum Maximum Flow at 21 (3 Geometric Maximum Pressure ( l/min Model Series cm /r (in /r) 3 3 Continuous Intermittent* Peak** r/min r/min r/min r/min PVM18 18 (1.1) 28 (4) 32 (46) 35 (5) 31 (8.2) 26 (7) 21 (5.5) 17 (4.5) PVM2 21,1 (1.29) 23 (33) 25 (36) 28 (4) 35 (9) 29 (8) 23 (6) 19 (5) PVM45 45,1 (2.75) 28 (4) 32 (46) 35 (5) 76 (2) 65 (17) 49 (13) 42 (11) PVM5 5, (3.5) 23 (33) 25 (36) 28 (4) 87 (23) 75 (2) 62 (16) 49 (13) PVM57 57,4 (3.5) 28 (4) 32 (46) 35 (5) 12 (27) 85 (22.4) 66 (17.4) 54 (14.3) PVM63 63,1 (3.85) 23 (33) 25 (36) 28 (4) 111 (29) 93 (24) 74 (19) 6 (16) PVM74 73,7 (4.5) 28 (4) 32 (46) 35 (5) 127 (33.5) 16 (28) 86 (22.7) 7 (18.5) PVM81 81, (4.94) 23 (33) 25 (36) 28 (4) 139 (37) 116 (31) 93 (25) 76 (2) PVM98 98,3 (6.) 28 (4) 32 (46) 35 (5) 17 (45) 141 (37) 112 (29.6) 92 (24.3) PVM16 16,5 (6.5) 23 (33) 25 (36) 28 (4) 187 (49) 155 (41) 123 (32) 12 (27) PVM ,1 (8.) 28 (4) 32 (46) 35 (5) 215 (57) 178 (47) 141 (37) 118 (31) PVM , (8.6) 23 (33) 25 (36) 28 (4) 238 (63) 199 (53) 158 (42) 131 (35) **Less than 1% of duty cycle. **Momentary system pressure spikes only. Speed, Power and Torque Ratings At 5 C (12 F), SAE 1W oil, 1 absolute ( psig) inlet Maximum Maximum Torque at Operating 21 Approximate Model Speed Maximum Power at 21 (3 kw (hp) (3 Weight Series 1 r/min Nm (lb-ft) kg (lb) PVM (22) 13 (18) 11 (15) 9 (12) 84 (62) 15 (33) PVM (18) 11 (15) 9 (12) 8 (1) 73 (54) 15 (33) PVM (55) 34 (46) 27 (37) 23 (31) 221 (163) 24 (52) PVM (47) 3 (4) 28 (38) 23 (31) 19 (14) 24 (52) PVM (7) 44 (59) 36 (49) 29 (39) 272 (21) 36 (79) PVM (57) 36 (48) 29 (39) 24 (32) 228 (168) 36 (79) PVM (84) 52 (7) 42 (56) 35 (47) 334 (246) 45 (99) PVM (75) 46 (62) 35 (47) 28 (37) 286 (211) 45 (99) PVM (118) 72 (97) 58 (78) 48 (64) 464 (342) 55 (121) PVM (97) 6 (8) 48 (64) 4 (54) 383 (282) 55 (121) PVM (152) 94 (126) 75 (11) 63 (85) 596 (44) 66 (145) PVM (126) 79 (16) 63 (85) 53 (71) 497 (367) 66 (145) Standard Response Times* Model Series On Stroke (msec) Off Stroke (msec) PVM PVM PVM PVM PVM PVM Standard Response Times* Model Series On Stroke (msec) Off Stroke (msec) PVM PVM PVM PVM PVM PVM *Values with pressure compensator control. EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 9

10 Specifications and Performance Mobile Displacement, Pressure and Flow Ratings At 93 C (2 F), SAE 1W oil, 1 absolute ( psig) inlet Geometric Maximum Pressure ( Maximum Flow at 28 (4 Displacement Flange Ports Tube Ports Model Series cm 3 /r (in 3 /r) Continuous Intermittent* Peak** l/min 1 inlet l/min 1 inlet PVM18 18, (1.1) 28 (4) 32 (46) 35 (5) r/min r/min PVM2 2,1 (1.22) 23 (33) 25 (36) 28 (4) r/min r/min PVM45 45,1 (2.75) 28 (4) 32 (46) 35 (5) r/min r/min PVM5 5, (3.5) 23 (33) 25 (36) 28 (4) r/min r/min PVM57 57,4 (3.5) 28 (4) 32 (46) 35 (5) r/min r/min PVM63 63,1 (3.85) 23 (33) 25 (36) 28 (4) r/min r/min PVM74 73,7 (4.5) 28 (4) 32 (46) 35 (5) r/min PVM81 81, (4.94) 23 (33) 25 (36) 28 (4) r/min PVM98 98,3 (6.) 28 (4) 32 (46) 35 (5) 2 22 r/min PVM16 16,5 (6.5) 23 (33) 25 (36) 28 (4) r/min PVM ,1 (8.) 28 (4) 32 (46) 35 (5) r/min PVM , (8.6) 23 (33) 25 (36) 28 (4) r/min **Less than 1% of duty cycle. **Less than.5 second. Standard Response Times* Model Series On Stroke (msec) Off Stroke (msec) PVM PVM PVM PVM PVM PVM Standard Response Times* Model Series On Stroke (msec) Off Stroke (msec) PVM PVM PVM PVM PVM PVM *Values with pressure compensator control. 1 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

11 Specifications and Performance Mobile Speed, Power and Torque Ratings At 93 C (2 F), SAE 1W oil, 1 absolute ( psig) inlet Minimum Operating Speed and Pressure r/min Max. Power at Max. Torque at Approximate 1 Inlet,85 Inlet Max. Speed and (4 Weight (dry) Model Series Flange Ports Tube Ports Flange Ports (4 kw (hp) Nm (lb-ft) kg (lbs) 28 r/min 24 (32) PVM18 28 r/min 24 (32) 82 (6) 15 (33) 26 r/min 22 (3) 28 r/min 21 (28) PVM2 28 r/min 21 (28) 72 (53) 15 (33) 26 r/min 2 (27) 26 r/min 56 (75) PVM45 24 r/min 53 (71) 198 (46) 24 (52) 22 r/min 48 (64) 26 r/min 51 (68) PVM5 24 r/min 48 (64) 24 (15) 24 (52) 22 r/min 44 (59) 25 r/min 68 (91) PVM57 23 r/min 62 (83) 262 (193) 36 (79) 21 r/min 56 (75) 25 r/min 59 (79) PVM63 24 r/min 57 (76) 225 (166) 36 (79) 22 r/min 52 (69) PVM74 24 r/min 84 (113) 19 r/min 69 (93) 334 (246) 45 (99) PVM81 24 r/min 69 (93) 19 r/min 55 (74) 276 (24) 45 (99) PVM98 22 r/min 15 (141) 18 r/min 86 (115) 457 (337) 55 (121) PVM16 22 r/min 87 (117) 18 r/min 7 (94) 377 (278) 55 (121) PVM131 2 r/min 122 (164) 16 r/min 98 (131) 581 (429) 66 (145) PVM141 2 r/min 12 (137) 16 r/min 81 (19) 483 (356) 66 (145) EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 11

12 Control Options Pressure Compensator Control Code A The pump will provide a continuously modulated flow to meet changing load demands at a preadjusted compensator pressure. At pressures below the compensator setting, the pump will operate at maximum displacement. See model code on page 4 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 (-5 gage in the outlet gage port and limit the pressure setting to the continuous rated pressure for the pump displacement shown on page 7. Change in Flow B F case drain K inlet gage port K outlet gage port B inlet To load Pressure Cut-off Characteristics of ressure Cut-off Characteristics of Code A Pressure Compensator Control ode A Pressure Compensator 5 C (12 F), 18 r/min, static conditions 5ϒC (12ϒF), 18 r/min, static conditions Industrial Pressure Cut-off Change in Characteristics Change of Code in A Pressure A Pressure Compensator Pressure A Q Control at 5 C (12 F), static Q conditions. Outlet Flow Outlet Flow Change in Flow B See model code on page spring (pressure) adjustm See model code on page xx for spring (pressure) adjustment ranges. B inlet F case drain C outlet K inlet gage port K outlet gage port To load C outlet Outlet Pressure P Outlet Pressure P Pressure Cut-off Characteristics of Pressure Compensator 5 C (12 F), static conditions P Outlet Max. Speed Q Outlet Flow Pressure A B Model Series r/min l/min (USgpm) ( ( L/min (USgpm) PVM (8.5) 28 (4) 2,8 (4) 4,5 (1.2) PVM (9.25) 23 (33) 2,8 (4) 4,5 (1.2) PVM (2) 28 (4) 1 (15) 4,5 (1.2) PVM (23) 23 (33) 1 (15) 4,5 (1.2) PVM (27) 28 (4) 3,5 (51) 14 (3.7) PVM (29) 23 (33) 7,4 (17) 7,6 (2.) PVM (33.5) 28 (4) 1,5 (22) 37 (9.8) PVM (37) 23 (33) 1,5 (22) 37 (9.8) PVM (47) 28 (4) 1,5 (22) 25 (6.6) PVM (51.5) 23 (33) 1,5 (22) 2 (5.3) PVM (6.5) 28 (4) 3,5 (51) 19 (5.) PVM (63) 23 (33) 3,5 (51) 14 (3.7) 12 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

13 Control Options K outlet gage port + To load C outlet Mobil Pressure Cut-off Characteristics of Pressure Compensator Control at 93 C (2 F), static conditions. Q Change in Pressure A Change in Flow B Outlet Flow Outlet Pressure P Pressure Cut-off Characteristics of Pressure Compensator 93 C (2 F), static conditions P Outlet Rated Speed Q Outlet Flow Pressure A B Model Series r/min l/min (USgpm) ( ( L/min (USgpm) PVM (11) 28 (4) 2,8 (4) 4,5 (1.2) PVM (14) 23 (33) 2,8 (41) 4,5 (1.2) PVM (3) 28 (4) 1 (15) 4,5 (1.2) PVM (33) 23 (33) 1 (15) 4,5 (1.2) PVM (37) 28 (4) 3,5 (5) 14 (3.7) PVM (42) 23 (33) 7,4 (17) 11,4 (3.) PVM (46) 28 (4) 1,5 (2) 37 (9.8) PVM (49) 23 (33) 1,5 (22) 37 (9.8) PVM (57) 28 (4) 1,5 (2) 32 (8.4) PVM (62) 23 (33) 1,5 (22) 24 (6.33) PVM (67) 28 (4) 1, (15) 23 (6.) PVM (68) 23 (33) 7, (1) 14 (3.7) EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 13

14 Control Options Load Sensing and Pressure Compensator Control Code B or C 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. 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 4 for differential pressure settings for load sensing. If the load pressure exceeds the system pressure setting, the pressure compensator destrokes 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 Eaton representative for the correct configuration of the control. Warning: The pressure compensator may be adjusted beyond the rated pressure of the pump. When adjusting the pressure limiter, install a -35 (-5 gage in the outlet gage port and limit the pressure setting to the continuous rated pressure for the pump displacement shown on page 7. F case drain K inlet gage port K outlet gage port Optional bleed-down orifice in Code B control.,4 mm (.16 in.) Orifice is plugged for no bleed down in control Code C. B inlet To load C outlet J load sense signal port 14 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

15 Control Options Industrial Control Compensator Code E & F (Model only) This pump is intended for use when multiple, remote, or electronically controlled compensating settings, with or without load sensing, are desired. With Pressure & Flow Compensator (E) Inlet Pressure compensation is obtained when an internal plug is removed, the load-sense signal port is kept plugged, and internal pilot pressure is applied to the spring chamber of the control spool. For pressure compensation with load sensing, the internal plug stays, the loadsense signal port is unplugged, and pilot pressure is externally applied. An external relief valve (not supplied) controls spring chamber pressure. The externally adjustable spring determines the differential pressure setting of the control. Outlet pressure is limited to the valve of the spring chamber (pressure port) pressure, plus control differential pressure. Spring chamber (pilot) pressure is separated from outlet pressure by an internal orifice. Outlet pressure shifts the spool when pressure drop across the orifice reaches the differential pressure setting, and the pump de-strokes. The relief valve can be mounted to an NFPA-D3/ISO pad on the pump control, or remotely located via tapping and blanking plates installed on the pad. See Ordering Procedure, page 27, for more on valves and plates. The standard factory-set differential pressure setting of the pump control is 2 (29 and is not specified in the pump model number. Any other ordered differential pressure, within the control s adjustable pressure range of (247-58, will be specified in the model number. Inlet To load To load Outlet Outlet Load sense signal port Inlet Outlet Load sense signal port To load Pressure Compensating Without Load Sensing (F) Inlet To load Outlet Load sense signal port Load sense signal port Pressure port Tank port Pressure port Tank port Pressure port Tank port Pressure port Tank port Case drain Case drain Case drain Case drain EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 15

16 Performance Industrial PVM18 Noise Level Noise dba Level dba Typical Noise Levels at 18 and 12 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. absolute ( psi gauge) Inlet 66 Typical Noise Levels at 18 and 12 r/min with 64 Petroleum 18 r/min Oil (1W) at 5 C (12 F) and 1. max. flow absolute ( psi gauge) Inlet r/min max. flow 12 r/min max. flow 12 r/min max. flow 12 r/min min. flow r/min min. flow (7) r/min(15) (22) (29) 12 r/min (36) (44) (5) Sound pressure min. flowdata min. flow equivalent to NFPA (7) (15) (22) (29) (36) (44) (5) Sound pressure data equivalent to NFPA. Delivery and Efficiency at 18 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1 Delivery and Efficiency at 18 r/min 5 C Volumetric (12 F) and Efficiency 1. absolute ( psi gauge) Inlet 1 9 Volumetric Efficiency Efficiency Efficiency % % (11) (11) 3 (8) (8) 2 (5) (5) (3) 1 (3) (7) (15) (22) (29) (36) (44) (5) 5 Outlet 1 Pressure ( 3 35 (7) (15) (22) (29) (36) (44) (5) Delivery Delivery l/min l/min (USgpm) (USgpm) Noise Level Noise dba Level dba Typical Noise Levels at 15 and 1 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. absolute ( psi gauge) Inlet 62 Typical Noise Levels at 15 and 1 r/min with 6 Petroleum Oil (1W) at 5 C (12 F) and r/minabsolute ( psi gauge) Inlet max. flow r/min max. flow r/min max. flow r/min min. flow r/min r/min min. flow min. flow r/min 44 (7) (15) (22) (29) (36) (44) (5) min. flow (7) (15) (22) (29) (36) (44) (5) Torque and Power at 18 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1 (885) Torque and Power at 18 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1 9 (796) (885) Torque, 8 9 (78) (796) Torque, 7 8 (619) (78) 6 7 (531) (619) 5 6 (442) (531) 4 5 (354) (442) 3 4 (265) (354) 2 3 (177) (265) 21 (177) (88) Torque, 51 (7) (13) 1 (88) Cut-off Torque, 5 (7) 35 (7) (15)(22)(29)(36) Cut-off (44)(5) 5 Outlet 1 Pressure ( 3 35 (7) (15)(22)(29)(36)(44)(5) 16 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 Torque Torque Nm (in-lb) Nm (in-lb) Power, Power, 2 (27) 15 2 (2) (27) 1 15 (13) (2) Power Power kw (hp) kw (hp)

17 Performance Industrial PVM18 Torque Torque Nm Nm (in.lb.) (in.lb.) Efficiency % % Delivery and Efficiency at 15 r/min 5 C (12 Delivery F) and and 1. Efficiency absolute at 15 ( psi r/min gauge) Inlet 1 5 C Volumetric (12 F) and Efficiency 1. absolute ( psi gauge) Inlet 1 9 Volumetric Efficiency (8) 2 3 (5) (8) 1 2 (3) (5) 1 1 (3) (7) (15) (22) (29) (36) (44) (5) 5 1 Outlet 15 Pressure 2 25 ( 3 35 (7) (15) (22) (29) (36) (44) (5) Torque and Power at 15 r/min 5 C (12 F) Torque and 1. and Power absolute at ( 15 psi r/min gauge) Inlet 1 (885) 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1 9 (796) (885) Torque, 8 9 (78) (796) Torque, 7 8 (619) (78) 6 7 (531) (619) 5 6 (442) (531) 5 4 (442) (354) Power, 2 (27) 3 4 (265) (354) Power, 15 2 (2) (27) 2 3 (177) (265) 1 15 (13) (2) 2 1 (177) (88) 5 1 (7) (13) 1 (88) 5 (7) (7) (15) (22) (29) (36) (44) (5) 5 1 Outlet Pressure ( 3 35 (7) (15) (22) (29) (36) (44) (5) Delivery Delivery l/min l/min (USgpm) (USgpm) Power Power kw kw (hp) (hp) Delivery and Efficiency at 12 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1 Delivery and Efficiency at 12 r/min 5 C Volumetric (12 F) and Efficiency 1. absolute ( psi gauge) Inlet 1 9 Volumetric Efficiency (8) (5) (8) (3) (5) 1 1 (3) (7) (15) (22) (29) (36) (44) (5) 5 Outlet 1 Pressure ( 3 35 (7) (15) (22) (29) (36) (44) (5) Efficiency Efficiency % % Torque Torque Nm Nm (in.lb.) (in.lb.) Torque and Power at 12 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1 (885) Torque and Power at 12 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1 Torque, 9 (796) (885) Torque, 8 9 (78) (796) 7 8 (619) (78) 6 7 (531) (619) 5 6 (442) (531) 4 5 (354) (442) 2 (27) Power, 3 4 (265) (354) 15 2 (2) (27) Power, 2 3 (177) (265) 1 15 (13) (2) 2 1 (177) (88) 51 (7) (13) 1 (88) (7) (15)(22)(29)(36)(44)(5) 35 5 (7) 5 Outlet 1 Pressure ( 3 (7) (15)(22)(29)(36)(44)(5) 35 Delivery Delivery l/min l/min (USgpm) (USgpm) Power Power kw (hp) kw (hp) EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 17

18 Performance Industrial PVM18 Efficiency Efficiency % % torque torque Nm Nm (in.lb.) (in.lb.) Delivery and Efficiency at 1 r/min 5 C (12 F) Delivery and and 1. Efficiency absolute at 1 ( psi r/min gauge) Inlet 1 5 C (12 F) and 1. absolute ( psi gauge) Inlet Volumetric Efficiency 1 9 Volumetric Efficiency (5) 2 1 (5) (3) 1 1 (3) (7) (15) (22) (29) (36) (44) (5) 5 1 Outlet Pressure ( 3 35 (7) (15) (22) (29) (36) (44) (5) Torque and Power at 1 r/min 5 C (12 F), Torque and 1. and Power absolute at 1 ( psi r/min gauge) Inlet 1 (885) 5 C (12 F), and 1. absolute ( psi gauge) Inlet 1 9 (885) (796) Torque, 9 Torque, 8 (796) (78) 8 7 (78) (619) 7 6 (619) (531) 6 5 (531) (442) 5 4 (442) (354) 2 (27) 4 3 (354) (265) 2 (27) Power, 15 (2) 3 (265) 2 (177) Power, 15 1 (2) (13) 2 1 (177) (88) 1 5 (7) (13) 1 (88) 5 (7) (7) (15) (22) (29)(36) (44)(5) (7) (15) (22) (29)(36) (44)(5) 35 Delivery Delivery l/min l/min (USgpm) (USgpm) Power Power kw kw (hp) (hp) Case Flow Versus Outlet Pressure at 18 r/min, Full Flow 5 C (12 F) and 1. absolute ( psi gauge) Inlet Case 1,4 Flow (.37) Versus Outlet Pressure at 18 r/min, Full Flow 5 C (12 F) and 1. absolute ( psi gauge) Inlet 1,4 1,2 (.37) (.32) Case Flow l/min (USgpm) Case Flow l/min (USgpm) 1,2 1, (.32) (.26) 1,,8 (.26) (.21),8,6 (.21) (.16),6,4 (.16) (.11),4,2 (.11) (.5),2 (.5) (7) (15) (22) (29) (36) (44) (5) 5 1 Outlet Pressure ( 3 35 (7) (15) (22) (29) (36) (44) (5) Case Flow Versus Outlet Pressure at Cutoff, 18 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet Case 5 (1.32) Flow Versus Outlet Pressure at Cutoff, 18 r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet Case Flow l/min (USgpm) Case Flow l/min (USgpm) 5 (1.32) 4 (1.6) 4 (1.6) 3 (.79) 3 (.79) 2 (.53) 2 (.53) 1 (.26) 1 (.26) (7) (15) (22) (29) (36) (44) (5) 5 1 Outlet 15 Pressure 2 25 ( 3 35 (7) (15) (22) (29) (36) (44) (5) 18 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

19 Efficiency Efficiency % % Delivery Delivery l/min l/min (USgpm) (USgpm) Torque Torque Nm Nm (in.lb.) (in.lb.) Performance Mobile PVM18 Noise Noise Level Level dba dba Typical Noise Levels Petroleum Oil (1W) at 93 C (2 F), 1. Typical absolute Noise ( psi Levels gauge) Inlet (Sound Petroleum pressure Oil (1W) data equivalent at 93 C (2 F), to NFPA) absolute ( psi gauge) Inlet 28 (Sound r/min pressure data equivalent to NFPA) Max. Flow 28 r/min Max. Flow r/min Min. Flow r/min Min. Flow 6 r/min Max. Flow 6 r/min Max. Flow 48 6 r/min 44 Min. Flow 6 r/min 4 44 Min. 5 1 (7) (15)(22) 15 Flow (29) (36) (44)(5) 5 Outlet 1 Pressure ( (7) (15)(22) (29) (36) (44)(5) Versus Speed at 93 C (2 F) and 1. absolute ( psi gauge) Inlet 95 Versus Speed at 93 C (2 F) and 1. absolute ( psi gauge) Inlet ( (15 15 ( (29 ( (29 25 ( ( ( (4 ( ( Speed r/min Speed r/min Delivery Delivery and and Case Case Flow Flow Versus Versus Speed 93 C 93 C (2 F), (2 F), full full flow flow and and absolute absolute ( ( gauge gauge Inlet Inlet 5 5 (13.2) (13.2) (11.9) (11.9) 4 4 (1.6) (1.6) (9.2) (9.2) 3 3 (7.9) (7.9) (5.3) (5.3) (365 (365, Delivery, Delivery (36 (36, Delivery, Delivery 2 2 (5.3) (5.3) 4, 4, (1.1) (1.1) (4.) (4.) 3, 3, (.8) 25 (.8) 25 (36 (36,, Case Case flow 1 1 (2.6) flow (2.6) 2, 2, (.5) (.5) 5 5 (1.3) (1.3) 1, 1, (.3) 25 (.3) 25 (365 (365,, Case Case flow flow Speed Speed r/min r/min Torque Torque Versus Versus Speed 93 C 93 C (2 F), (2 F), full full flow flow and and absolute absolute ( ( psi psi gauge) gauge) inlet inlet (973) (973) 1 1 (885) (885) 9 9 (796) (796) 8 8 (78) (78) 7 7 (619) (619) 6 6 (531) (531) (46 ( (4 ( (36 ( (29 ( (442) (442) (22 ( (354) (354) 3 3 (265) (265) 1 1 (15 ( (177) (177) 1 1 (88) (88) (365 ( Speed Speed r/min r/min Case Case Flow Flow l/min l/min (USgpm) (USgpm) EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 19

20 Torque - Nm (in.lb.) Case Flow (l/min (USgpm) Torque - Nm (in.lb.) Case Flow (l/min (USgpm) Performance Mobile PVM18 Full Flow kw (hp) 28 (37.5) 26 (34.9) 24 (32.2) 22 (29.5) 2 (26.8) 18 (24.1) 16 (21.4) 14 (18.8) 12 (16.1) 1 (13.4) 8 (1.7) 6 (8.) 4 (5.4) 2 (2.7) 3 (27) Power Versus 93 C (2 F), full flow and 1. absolute ( psi gauge) inlet 28 (37.5) Power Versus Speed 93 C (2 F), full flow and 1. absolute ( psi gauge) 26 inlet (34.9) (46 24 (32.2) (4 22 (29.5) ( (26.8) 28 (36 (4 18 (24.1) (21.4) (29 (36 14 (18.8) (16.1) (29 (22 1 (13.4) 1 8 (1.7) 15 (15 (22 6 (8.) 4 (5.4) 1 ( (2.7) ( Speed r/min (365 Full Flow kw (hp) Torque and Case Flow Versus Speed C (2 F), load sense standby Speed r/min and 1. absolute ( psi gauge) inlet 3 (27) Torque and Case Flow Versus 93 C (2 F), load sense standby and 1. absolute ( psi gauge) inlet 2 (18) 2 (3 differential, Torque 2 (3 differential, 1 (9) Case Flow 5 (1.32) 11 (16 4 (1.6) differential, 3 (.79) Torque 11 (16 differential, 2 (.53) Case Flow 1 (.26) Speed r/min Torque and Case Flow Versus 93 C (2 F), cut-off and 1. absolute 2 (18) ( psi gauge) inlet 5 (442) 45 (398) 2 (3 28 (4 differential, Torque 4 (354) Torque 2 (3 differential, 1 (9) 35 (31) Case Flow 5 (1.32) 11 (16 4 (1.6) 3 (265) differential, 3 (.79) Torque 11 (16 25 (221) differential, 2 (.53) 15 (22 Case Flow 1 (.26) 2 (177) 5 Torque (135) Speed r/min 9 (2.4) 28 (4, Case Flow 1 (88) 6 (1.6) 5 (45) 15 (22 3 (.8) Case Flow Speed r/min 2 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

21 Performance Industrial PVM2 Noise Level Noise dba Level dba Noise Level Noise dba Level dba Typical Noise Levels at 18 and 12 r/min with Petroleum Oil (1W) at 5 C (12 F) and 1. absolute ( psi gauge) Inlet Typical Noise Levels at 18 and 12 r/min 18 r/min Max. with Petroleum Flow Oil (1W) at 5 C (12 F) and 1. absolute ( psi gauge) Inlet r/min r/min Max. Max. Flow Flow r/min Max. Flow r/min 5 54 Min. Flow r/min 5 Min. Flow r/min Min. Flow (7) (15) (22) 12 (29) r/min 42 (36) Outlet Pressure Min. ( Flow 4 Typical 5 Noise Levels 1 at 15 and 1 2 r/min 25 with (7) Petroleum (15) Oil (1W) (22) at 5 C (29) (12 F) (36) and 1. Outlet absolute Pressure ( psi gauge) ( Inlet 64 Typical Noise Levels at 15 and 1 r/min 62 with Petroleum Oil (1W) at 5 C (12 F) 15 and 1. r/min absolute ( psi gauge) Inlet 6 64 Max. Flow Max. 1 Flowr/min 54 Max. Flow r/min 5 54 Max. Flow 15 r/min Min. Flow r/min 1 r/min 48 Min. Flow Min. Flow r/min Min. Flow (7) (15) (22) (29) (36) 4 Sound pressure 5 data equivalent (7) to NFPA (15) (22) (29) (36) Sound pressure data equivalent to NFPA Efficiency Efficiency % % torque torque Nm (in.lb.) Nm (in.lb.) Delivery and Efficiency at 18 r/min, 5 C (12 F), and 1. absolute ( psi gauge) Inlet 1 Delivery and Efficiency at 18 r/min, 5 C (12 F), 1 and Volumetric 1. Efficiency absolute ( psi gauge) Inlet Volumetric Efficiency (7) (15) (22) (29) 5 Outlet Pressure 1 15 ( 2 (7) (15) (22) (29) 5 (13) 5 4 (13) (11) 4 3 (11) (8) 3 2 (8) (5) 2 1 (5) (3) 1 (3) 25 (36) 25 (36) Torque and Power at 18 r/min, 5 C (12 F), and 1. absolute ( psi gauge) Inlet Torque and Power at 18 r/min, 5 C (12 F), 12 (162) and 1. absolute ( psi gauge) Inlet (162) (973) 11 1 (973) (885) 1 9 (885) (796) 9 8 (796) (78) 8 7 (78) (619) 7 6 (619) (531) Torque, 6 5 (531) (442) Torque, 25 (34) 5 4 (442) (354) 2 25 (27) (34) Power, 4 3 (354) (265) 15 2 (2) (27) Power, 3 2 (265) (177) Torque, 1 15 (13) (2) 21 (177) (88) Cut off 5 Torque, 1 (7) (13) 1 (88) Cut off 5 (7) (7) (15) (22) (29) (36) Outlet 5 Pressure 1 15 ( 2 25 (7) (15) (22) (29) (36) Delivery Delivery l/min l/min (USgpm) (USgpm) Power Power kw (hp) kw (hp) Efficiency Efficiency % % EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 21

22 Performance Industrial PVM2 Delivery and Efficiency at 15 r/min, 5 C (12 F), and 1. absolute ( psi gauge) Inlet Delivery and Efficiency at 15 r/min, 5 C (12 F), 1 Volumetric and 1. Efficiency absolute ( psi gauge) Inlet 91 Volumetric Efficiency Efficiency % Efficiency % (13) 45 (11) (13) 34 (8)(11) 23 (5)(8) 12 (3)(5) 1 (3) (7) (15) (22) (29) (36) 5 Outlet Pressure 1 15 ( 2 25 (7) (15) (22) (29) (36) Delivery and and Efficiency at at r/min, r/min, 5 C 5 C (12 F), and and absolute ( ( psi psi gauge) Inlet Inlet 1 1 Volumetric Efficiency Efficiency % Efficiency (13) (13) 4 4 (11) (11) 3 3 (8) (8) flow) 2 2 (5) (5) 1 1 (3) (3) (7) (7) (15) (15) (22) (22) (29) (29) (36) (36) Outlet Outlet Pressure ( ( Delivery l/min (USgpm) Deliver a 1 1 V Efficiency % Efficiency Power kw (hp) Torque and Power at 15 r/min, 5 C (12 F), and 1. absolute ( psi gauge) Inlet Torque and Power at 15 r/min, 5 C (12 F), 12 (162) and 1. absolute ( psi gauge) Inlet (973) (162) torque Nm (in.lb.) torque Nm (in.lb.) 111 (885) (973) 91 (796) (885) 89 (78) (796) 78 (619) (78) 67 (531) (619) Torque, 56 (442) (531) Torque, 25 (34) 45 (354) (442) 225 (27) (34) 34 (265) (354) Power, 15 (2) (27) 23 (177) (265) Power, 115 (13) (2) 12 (88) (177) 5 (7) 1 (13) 1 (88) 5 (7) (7) (15) (22) (29) (36) Outlet (7) Pressure (15) (22) ( (29) (36) Power kw (hp) Power kw (hp) torque Nm (in.lb.) torque Nm (in.lb.) Torque and and Power Power at at r/min, r/min, 5 C 5 C (12 F), and and absolute ( ( psi psi gauge) Inlet Inlet (162) (162) (973) (973) 1 1 (885) (885) 9 9 (796) (796) 8 8 (78) (78) 7 7 (619) (619) 6 6 (531) (531) Torque, Full 5 5 (442) Stroke (442) (34) (34) 4 4 (354) (354) 2 2 (27) (27) Power, 3 3 (265) (265) Full 15 Stroke 15 (2) (2) 2 2 (177) (177) 1 1 (13) (13) 1 1 (88) (88) 55 (7) (7) (7) (7)(15) (15)(22) (22)(29) (29)(36) (36) Outlet Outlet Pressure ( ( Power kw (hp) Power kw (hp) torque Nm (in.lb.) torque Nm (in.lb.) InI EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

23 Performance Industrial PVM2 13) 11) 8) 5) 3) Efficiency % Delivery Delivery and and Efficiency Efficiency at 1 at 1 r/min, r/min, 5 C 5 C (12 F), (12 F), and and absolute absolute ( psi ( gauge) psi gauge) Inlet Inlet 1 1 Volumetric Volumetric Efficiency Efficiency 9 9 Overall Efficiency Delivery Delivery (effective (effective flow) flow) 1 1 Efficiency % 5 (13) 5 (13) 4 (11) 4 (11) 3 (8) 3 (8) 2 (5) 2 (5) 1 (3) 1 (3) (7) (7) (15) (15) (22) (22) (29) (29) (36) (36) Outlet Outlet Pressure Pressure ( ( Case Flow l/min (USgpm) Case Flow versus Outlet Pressure at 18 r/min, Full Flow, Case Flow versus Outlet Pressure at 18 r/min, Full Flow, 5 C (12 F), and 1. absolute ( psi gauge) Inlet 5 C (12 F), and 1. absolute ( psi gauge) Inlet 2.5 (.66) 2.5 (.66) 2.3 (.59) 2.3 (.59) 2. (.53) 2. (.53) 1.8 (.46) 1.8 (.46) 1.5 (.4) 1.5 (.4) 1.3 (.33) 1.3 (.33) 1. (.26) 1. (.26).8 (.2).8 (.2).5 (.13).5 (.13).3 (.7).3 (.7) (7) 5 (15) 1 (22) 15 (29) 2 (36) 25 (7) (15) (22) (29) (36) Outlet Pressure ( F), Torque Torque and and Power Power at 1 at 1 r/min, r/min, 5 C 5 C (12 F), (12 F), and and absolute absolute ( psi ( gauge) psi gauge) Inlet Inlet 12 (162) 12 (162) 11 (973) 11 (973) 1 (885) 1 (885) (34) (27) (2) (13) 7) Power kw (hp) Power kw (hp) torque Nm (in.lb.) 9 (796) 9 (796) torque Nm (in.lb.) 8 (78) 8 (78) 7 (619) 7 (619) 6 (531) 6 (531) Torque, Torque, 5 (442) 5 (442) 25 (34) 25 (34) 4 (354) 4 (354) 2 (27) 2 (27) 3 (265) 3 (265) Power, Power, 15 (2) 15 (2) 2 (177) 2 (177) 1 (13) 1 (13) 1 (88) 1 (88) 5 (7) 5 (7) (7) (7) (15) (15) (22) (22) (29) (29) (36) (36) Outlet Outlet Pressure Pressure ( ( Power kw (hp) Case Flow l/min (USgpm) Power kw (hp) Case Flow versus Outlet Pressure at Cutoff, 18 r/min, Case Flow versus Outlet Pressure at Cutoff, 18 r/min, 5 C (12 F), and 1. absolute ( psi gauge) Inlet 5 C (12 F), and 1. absolute ( psi gauge) Inlet 1 (2.64) 1 (2.64) 9 (2.38) (2.38) 8 (2.11) (2.11) 7 (1.85) (1.85) 6 (1.59) (1.59) 5 (1.32) (1.32) 4 (1.6) (1.6) 3 (.79) (.79) 2 (.53) (.53) 1 (.26) (.26) (7) 5 (15) 1 (22) 15 (29) 2 (36) 25 (7) (15) (22) (29) (36) Outlet Pressure ( EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 23

24 Performance Mobile PVM2 Noise Level dba Noise Level dba Typical Noise Levels at at & & 6 6 r/min with with Petroleum Oil Oil (1W) at at 93 C 93 C (2 F) and and absolute ( ( psi psi gauge) Inlet Inlet Sound pressure data data(7) equivalent to to NFPA r/min r/min Typical Noise Levels at 28 & 6 r/min with Petroleum Oil (1W) max. max. flow flow at 93 C (2 F) and 1. absolute ( psi gauge) Inlet Noise Level dba r/min max. flow r/min r/min min. min. flow flow 28 r/min min. flow r/min r/min max. max. flow flow r/min r/min 53 min. min. flow flow 5 6 r/min max. flow r/min min flow (15) 44 (22) (29) (36) Outlet Pressure ( ( (7) (15) (22) (29) (36) Sound pressure data equivalent to NFPA. versus Speed Delivery and and Case Flow Flow versus Speed at at 93 C 93 C (2 F), at at 93 C 93 C (2 F) and and absolute ( ( psi psi gauge) inlet inlet Full Full Flow Flow absolute ( ( psi psi gauge) inlet inlet (15.9) (15.9) versus Speed (14.5) (14.5) at 93 C (2 F) and 1. absolute ( psi gauge) inlet ( (13.2) (13.2) 6 (15.9) ( (11.9) (11.9) (14.5) 5 5 (725 ( ( (1.6) (1.6) (22 Delivery 5 (13.2) ( (9.2) (9.2) 45 (11.9) 5 5 (7 ( ( (7.9) (7.9) 75 1 (15 Delivery 4 (1.6) ( (6.6) (6.6) 8 35 (9.2) (5.3) (5.3) (7 3 (7.9) 4 4 (1.6) (4.) (4.) 23 (33 25 (6.6) 3 3 (.79) (2.6) (2.6) (3 Case Flow 2 Flow (5.3) 2 2 (.53) (1.3) 5 (1.3) 5 5 (725 (725 Case Flow Flow15 (4.) 1 1 (.26) (2.6) (1.3) Speed r/min r/min Speed (r/min) (%) (%) (%) Speed r/min 3 Delivery and Case Flow v Full Flow 1. abs Case Flow l/min (USgpm) Case Flow l/min (USgpm) 5 b 21 b S 24 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29

25 Torque Nm (lb.in.) Torque Torque Nm Nm (lb.in.) (lb.in.) Torque Nm (lb.in.) Power kw (hp) Power Power kw kw (hp) (hp) Power kw (hp) Performance Mobile PVM2 Torque versus Speed at 93 C (2 F), Power versus Speed at 93 C (2 F), Full Flow Torque and Torque versus 1. versus Speed absolute Speed at 93 C ( psi at (2 F), 93 C gauge) (2 F), Inlet Full Flow Power and Power versus 1. versus Speed absolute Speed at 93 C ( at psi (2 F), 93 C gauge) (2 F), Inlet Full Flow Full and Flow 1. and 1. absolute absolute ( psi ( gauge) psi gauge) Inlet Inlet Full Flow Full and Flow 1. and 1. absolute absolute ( psi ( gauge) psi gauge) Inlet Inlet 11 (973) 24 (32) 11 (973) 11 (973) 23 (33 1 (885) 24 (32) 22 (3) 24 (32) (33 (33 1 (885) 1 (885) 22 (3) 9 (796) 2 (27) 22 (3) 21 (3 9 (796) 9 (796) 23 (33 2 (27) 2 (27) 8 (78) 18 (24) 21 ( (33 (33 21 (3 8 (78) 8 (78) 18 (24) 18 (24) 7 (619) 16 (21) 21 (3 7 (619) 7 (619) (21) (19) 16 (21) 6 (531) (3 (3 15 (22 15 (22 14 (19) 6 (531) 14 (19) 6 (531) 12 (16) 15 (22 5 (442) (22 (22 15 (22 12 (16) 12 (16) 5 (442) 5 (442) 1 (13) 4 (354) 1 (15 1 (15 1 (13) 1 (13) 4 (354) 4 (354) 1 1 (15 (15 8 (11) 1 1 (15 (15 3 (265) 8 (11) 8 (11) 3 (265) 3 (265) 5 (725 6 (8) 2 (177) 5 (725 6 (8) 5 (725 4 (5) 6 (8) 5 (725 2 (177) 2 (177) 4 (5) 5 (725 4 (5) 5 (725 1 (88) 2 (3) 1 (88) 1 (88) 2 (3) 2 (3) Speed 15 2 (r/min) Speed (r/min) Speed Speed (r/min) (r/min) Speed Speed (r/min) (r/min) Torque Nm (lb.in.) Torque Torque Nm Nm (lb.in.) (lb.in.) Torque Nm (lb.in.) Torque and Case Flow versus Speed at 93 C Torque (2 F), Torque and Load Case and Sense Case Flow Standby versus Flow versus Speed and 1. Speed at at 93 C (2 F), 93 C (2 F), absolute Load Load Sense ( psi Sense Standby gauge) Standby Inlet 1. and (28) absolute absolute ( psi ( gauge) psi gauge) Inlet Inlet (28) (27) 3.2 (28) (27) (25) 3. (27) 2.8 (25) 2 (29 diff. 2.6 (23) 2.8 (25) 2 (29 diff. 2.6 (23) 2 Torque (29 diff. 2.4 (21) 2.6 (23) Torque Torque (21) (19) 2.4 (21) 2.2 (19) 2 (18) 2.2 (19) 11 (16 diff (18) (16) 2 (18) (16 Torque (16 diff. diff (16) (14) 1.8 (16) Torque Torque Case Flow 1.6 (14) 1.6 (14) Case l/min Flow 1.4 (12) Case Flow l/min (USgpm) (12) (11) l/min 1.4 (12) (USgpm) (USgpm) 1.2 (11) (9) (11) 5. (1.32) 1 (9).8 (7) 1 (9) 5.4. (1.32) 5. (1.6) (1.32) 11 (16 diff..8 (7).6 (5) 4. (1.6).8 (7) 11 Case (16 diff. 4. (1.6) 11 Flow 3. (.79) (16 diff..6 (5).6 (5) Case Flow 2 (29 diff..4 (4) Case Flow 3.2. (.79) 3. (.53) (.79) 2 Case (29 diff..4 (4) 2 Flow.2 (2) (29.4 (4) 2. diff. 1. (.53) 2. (.26) (.53) Case Flow Case Flow.2 (2).2 (2) 1. (.26) 1. (.26) Speed (r/min) Speed Speed (r/min) (r/min) Torque and Case Flow versus Speed at 93 C Torque (2 F), Torque and Case Pressure and Case Flow Limit versus Flow Cut-off versus Speed and Speed at 93 C at 1. (2 F), 93 C absolute (2 F), Pressure Pressure ( psi Limit gauge) Limit Cut-off Inlet Cut-off and and 3 (265) absolute absolute ( psi ( gauge) psi gauge) Inlet Inlet 3 (265) 3 (265) 21 (3 24 (212) Torque (3 (3 24 (212) 24 (212) Torque Torque 21 (186) 21 (186) 21 (186) 18 (159) 18 (159) 18 (159) 15 (133) Case 15 (133) 15 (133) 15 Case Flow l/min 12 (16) 15 (22 Case 15 Flow (USgpm) l/min Flow l/min 12 (16) 12 (16) (22 (22 Torque 9 (8) (USgpm) (USgpm) Torque Torque 9 (2.4) 9 (8) 9 (8) 9 (2.4) 9 (2.4) 6 (53) 21 (3 Case Flow 6 (1.6) 6 (53) 6 (53) (3 (3 Case Flow Case Flow 6 (1.6) 6 (1.6) 3 (27) 15 (22 Case Flow 3 (.8) 3 (27) 3 (27) (22 (22 Case Flow Case Flow 3 (.8) 3 (.8) Speed 1 15 (r/min) Speed Speed (r/min) (r/min) (239) (239) (239) (lb.in.)27 (lb.in.)27 (lb.in.)27 (lb.in.)27 Torque Nm Torque Nm Torque Nm EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29 25

26 Performance Industrial PVM45 Typical Noise Levels at 18 and 12 r/min with Petroleum Oil (1W) at 5 C (12 F) Delivery and Efficiency at 18 r/min Typical and Noise 1. Levels absolute at 18 ( psi and gauge) 12 Inlet r/min 5 C (12 F) and 1. absolute ( psi gauge) Inlet 72 with Petroleum Oil (1W) at 5 C (12 F) 1 and 1. absolute ( psi gauge) Inlet 727 Volumetric Efficiency 18 r/min 9 Delivery and Efficiency at 18 r/min 768 Max. Flow 5 C (12 F) and 1. absolute ( psi gauge) Inlet 18 r/min Max. Flow 7 Volumetric Efficiency r/min 64 6 Min. Flow r/min Min. Flow r/min Max. Flow (27) r/min Max. Flow (2) r/min 56 Min. Flow (13) 12 (27) r/min Min. Flow (7) (2) (7) (15)(22) (13) (7) (15) (22) (29) (36) (44) (29) (36) (44) (5) 1 27 (7) Sound pressure 5 data Outlet 1 Pressure 15 2 ( 25 3 equivalent to (7) NFPA (15) (22) (29) (36) (44) 5 Torque 1 and Power at 18 r/min 5 C (12 F) (7) and (15) 15 Sound pressure data equivalent to NFPA 1. (22) absolute (29) ( psi (36) gauge) (44) Inlet (5) Typical Noise Levels at 15 and 1 r/min with Petroleum Oil (1W) at 5 C (12 F) 24 (2125) Typical and Noise 1. Levels absolute at 15 ( psi and gauge) 1 Inlet r/min 72 with Petroleum Oil (1W) at 5 C (12 F) 21 (186) Torque and Power at 18 r/min and 1. absolute ( psi gauge) Inlet 5 C (12 F) and 1. Torque, absolute ( psi gauge) Inlet r/min 24 (2125) Max. Flow 15 r/min 18 (1595) 7 15 r/min Min. Flow 68 Max. Flow 15 1 r/min r/min 21 (186) Power, Min. Max. Flow 15 (1325) Torque, 5 (67) 68 Flow 66 1 r/min 18 (1595) Max. Flow (16) 4 (54) 64 Power, 15 (1325) 5 (67) (795) 3 (4) 1 r/min 626 Min. Flow 12 (16) 4 (54) 1 r/min 6 (53) Torque, 2 (27) 658 Min. Flow 9 (795) Cut-off 3 (4) 3 (265) 1 (13) (53) Torque, 2 (27) Cut-off (265) (7) (15) (22) (29) (36) (44) (5) 1 (13) (7) (15) (22) (29) (36) (44) 5 Outlet 1 Pressure 15 2 ( (7) (15) (22) (29) (36) (44) (7) (15) (22) (29) (36) (44) (5) Noise Level dba Noise Level dba Noise Level dba Noise Level dba torque Nm (in.lb.) torque Nm (in.lb.) Efficiency % Efficiency % Power kw (hp) Power kw (hp) 26 EATON Vickers PVM Industrial & Mobile Variable Displacement Piston Pumps V-PUPI-TM7-E February 29