Bosch VPV 16 Installation and operating manual

Hydraulics
VPV Vane Pump
Service and Repair Guide

VPV Vane Pump 1
Table of Contents
Introduction 2
Benefits 2
Specifications 3
Ordering Guide 6
Performance Characteristics 9
Performance Characteristics - VPV 16 to 3000 PSI (210 Bar) 10
Performance Characteristics - VPV 25 to 3000 PSI (210 Bar) 12
Performance Characteristics - VPV 32 to 3000 PSI (210 Bar) 14
Performance Characteristics - VPV 45 to 3000 PSI (210 Bar) 16
Performance Characteristics - VPV 63 to 3000 PSI (210 Bar) 18
Performance Characteristics - VPV 80 to 3000 PSI (210 Bar) 20
Performance Characteristics - VPV 100 to 3000 PSI (210 Bar) 22
Performance Characteristics - VPV 130 to 3000 PSI (210 Bar) 24
Performance Characteristics - VPV 164 to 3000 PSI (210 Bar) 26
VPV 16, Single pump, S.A.E. ‘A’ flange, RH rotation, Installation Drawing 28
VPV 16, Single pump, Metric flange, RH rotation, Installation Drawing 29
VPV 25/32, Single pump, S.A.E. ‘B’ flange, RH rotation, Installation Drawing 30
VPV 25/32, Single pump, Metric flange, RH rotation, Installation Drawing 31
VPV 25/32, Single pump, S.A.E. ‘B’ flange, RH rotation, Installation Drawing 32
VPV 25/32, Single pump, S.A.E. ‘B’ flange, w/ solenoid 2-pressure compensator, Inst. Drw. 33
VPV 25/32, Single pump, S.A.E. ‘B’ flange, w/ NG6 pilot valve, Installation Drawing 34
VPV 45/63/80, Single pump, S.A.E. ‘C’ flange, RH rotation, Installation Drawing 35
VPV 45/63/80, Single pump, Metric flange, RH rotation, Installation Drawing 37
VPV 100/130/164, Single pump, S.A.E. ‘D’ flange, RH rotation, Installation Drawing 39
VPV 100/130/164, Single pump, Metric flange, RH rotation, Installation Drawing 41
VPV 16, Combination pump, S.A.E. ‘A’ flange, RH rotation, Installation Drawing 43
VPV 25/32, Combination pump, S.A.E. ‘B’ flange, RH rotation, Installation Drawing 44
VPV 32/16, Combination pump, S.A.E. ‘B’ flange, RH rotation, Installation Drawing 45
VPV 32/25, Combination pump, S.A.E. ‘F’ Gear pump, RH rotation, Installation Drawing 46
VPV 45/63/80 to VPV 16, S.A.E. & Metric Combination, Installation Drawing 47
VPV 45/63/80 to VPV 25/32, S.A.E. & Metric Combination, Installation Drawing 50
VPV 45/63/80 to an ‘F’ Gear pump, S.A.E. & Metric Combination, Installation Drawing 53
VPV 45/63/80 to an ‘G’ Gear pump, S.A.E. & Metric Combination, Installation Drawing 56
VPV 45/63/80 to VPV 45/63/80, S.A.E. & Metric Combination, Installation Drawing 58
VPV 100/130/164 to VPV 100/130/164 S.A.E. & Metric Combination, Installation Drawing 62
VPV 100/130/164 to VPV 16 S.A.E. & Metric Combination, Installation Drawing 64
VPV 100/130/164 to VPV 25/32 S.A.E. & Metric Combination, Installation Drawing 67
VPV 100/130/164 to VPV 45/63/80 S.A.E. & Metric Combination, Installation Drawing 70
VPV 100/130/164 to ‘F’ Gear pump, S.A.E. & Metric Combination, Installation Drawing 73
VPV Controls 77
Comparison of Sound Levels 79
Trouble Shooting 80
Adapter Kits for VPV Combinations Using P1 Pumps 81
Through Drive Horsepower Limitations 82
VPV Stroke Limiter Adjustment 83
2000 PSI Repair Parts 84
3000 PSI Repair Parts 90
Vane Tip Orientation 95
VPV Tool Kit 96
Reaction Characteristics and Shock Clipper Function 97

2VPV Vane Pump
Introduction
Benefits
This catalog introduces a new line of enhanced performance variable displacement pressure compensated vane
pumps from Bosch.
The pumps are designed to meet the requirements of the machine tool, general machinery, and other markets where
low noise, high performance and competitive pricing are needed.
The design of the VPV series of vane pumps utilizes 30 years of field and manufacturing experience from the current
Bosch vane pump line. State-of-the-art technologies and materials were utilized while retaining the superior features
of the existing designs. Additional goals were to create a pump with the international market in mind and to incorpo-
rate the extremely high quality standards the Bosch name has come to exemplify.
Keeping in mind market expectations, Bosch developed a pump with the following improvements and features:
1. High reliability with fewer parts.
2. Significant advances in noise reduction.
3. High volumetric and overall efficiency.
4. Excellent durability.
5. Modern appearance.
6. Improved ring and vane wear technology.
7. Very good response and recovery times.
8. Generally reduced envelope size.
9. Redesigned controls with shock clipper.
10. Conforms to the latest SAE, ISO, NFPA, and ANSI standards.
11. Combination capability - full horsepower may be transferred to pump 2. Combinations of construction of
multiple pumps may be required to be de-rated.
• LOW COST - Competitively priced with other manufacturers of vane pumps and economy axial piston pumps.
• EXCEPTIONALLY QUIET - Helps machinery builders meet government and purchased sound level requirements.
• CONTINUOUS DUTY RATING - @ 3,000 PSI - High performance and long life design for 10,000 plus hours.
• HIGHLY EFFICIENT FAST RESPONSE & RECOVERY - Exceptional reaction time for critical system demands.
• PRESSURE COMPENSATED - Controls pump delivery to circuit demand thereby conserving energy.
• HIGH STRENGTH - Computer optimized casting design.
• HYDRODYNAMIC JOURNAL BEARINGS - Provides long life and quiet operation.
• NO PREFILL REQUIREMENTS - Pump case prefill not required for initial start-ups.
• REPAIRABLE - Repair kits and parts available from local distribution centers or the factory.
• CONTROL OPTIONS - Single stage; two-stage, remote control; solenoid multi-pressure; load sensing; solenoid;
torque limiting and elecronic proportional.
• SHOCK CLIPPER - Reduces shock pressure by up to 50% increasing system component life and system stability.
Must be plumbed on VPV 16, 25, & 32. The shock clipper is integrated into VPV 45, 63, 80, 100,
130, & 164 and drains to the case drain. See page 97.

VPV Vane Pump 3
Specifications
General VPV 16 VPV 25 VPV 32
Displacement (Nominal) 1 in3/rev (16 cm3/rev) 1.5 in3/rev (25 cm3 rev) 2 in3 /rev (32 cm3 /rev)
Displacement (Actual) 1.06 in3 /rev (16.8 cm3/rev) 1.66 in3 /rev (27.4 cm3 rev) 2.04 in3/rev (32 cm3 /rev)
Flow at 1750 RPM17.57 GPM (28.6 L/min) 11.36 GPM (43.0 L/min) 15.15 GPM (57.3 L/min)
Maximum continuous pressure 3000 psi (210 bar)
Pressure compensating Single stage 200-3000 psi (14-210 bar) Minimum pressure of 190 PSI
range Two stage 300-3000 psi (20-210 bar) Minimum pressure of 290 PSI
Maximum transient spike pressure 3800 psi (260 bar) 4000 psi (280 bar)
Maximum case pressure 10 psi (0.7 bar)
Speed range 1150-1800 RPM
Direction of rotation (viewed from shaft end) Right hand (clockwise)
Case drain flow 1000 psi (70 bar) 0.6 GPM (2.3 L/min) 0.6 GPM (2.3 L/min)
while compensating 2000 psi (140 bar) 0.9 GPM (3.4 L/min) 1.1 GPM (4.2 L/min)
@ 1800 RPM 3000 psi (210 bar) 1.26 GPM (4.8 L/min 1.4 GPM (5.3 L/min)
Maximum inlet vacuum at sea level 6 in. HG (152 mm HG)
Mounting2- SAE 2-bolt flange (ISO 3019/1) S.A.E. ‘A’ S.A.E. ‘B’
2-bolt flange 2-bolt flange
Mounting Position Unrestricted
Inlet #16 S.A.E. #24 S.A.E
Outlet #12 S.A.E. #16 S.A.E.
Port sizes Case drain #8 S.A.E.
Clipper control drain (optional) #6 S.A.E.
Remote control (optional) #4 S.A.E.
Drive Pump to be connected to prime mover by means of a flexible coupling that is aligned
to a maximum of .006” (.152mm) total indicator reading. No overhung or side loads
permitted. Alignments greater than .006” indicator reading could cause increased
noise and vibration as well as premature shaft seal wear resulting in leakage.
Fluid recommendations A premium quality hydraulic oil with anti-wear additives is recommended, but not
required. Refer to publication S-106 “Petroleum Hydraulic Fluids” for a list of fluids
which meet or exceed the necessary lubrication requirements. Consult factory for
use with water base fire resistant fluids.
Minimum 100 SUS (21 cSt)
Fluid viscosity at Maximum 1000 SUS (216 cSt)
operating temperature Optimum 150-250 SUS (32-54 cSt)
Maximum start-up 4000 SUS (864 cSt)
Fluid temperature Normal inlet fluid temperature should not exceed 140°F (60° C). Always select a fluid
for optimum viscosity at operating temperature. Consult factory for applications assis-
tance when inlet fluid temperatures over 140° F (60° C) are expected.
Seals Fluorocarbon Standard
Filtration Fluid cleanliness per ISO/DIS 4406 should be 18/15 or better for pressures of 2000 psi or
less. For continuous operating pressures of 2000 to 3000 psi, fluid cleanliness should be
17/13 or better.
Response time Full flow to 20-35 ms 20-35 ms
(circuit dependent) minimum flow
Recovery time Minimum flow 50-135 ms – 70-185 ms –
(circuit dependent) to full flow single stage compensator single stage compensator
Weight Single stage 34 lbs. (16.5 kg) 61 lbs. (28 kg)
Two stage 38 lbs. (17.3 kg) 65 lbs. (28.5 kg)
1Flows are actual. Volumetric efficiencies shown in technical data taken into account.
2Metric
4-bolt flange available (ISO 3019/2) available. Please consult factory.

4VPV Vane Pump
Specifications
General VPV 45 VPV 63 VPV 80
Displacement (Nominal) 2.75 in3 /rev (45 cm3/rev) 3.84 in3 /rev (63 cm3 rev) 4.88 in3/rev (80 cm3 /rev)
Displacement (Actual) 2.88 in3 /rev (47.3 cm3/rev) 3.93 in3 /rev (64.4 cm3 rev) 5.02 in3/rev (82.3 cm3 /rev)
Flow at 1750 RPM120.83 GPM (72.84 L/min) 29.10 GPM (110.1 L/min) 36.97 GPM (139.9 L/min)
Maximum continuous pressure 3000 psi (210 bar)
Pressure compensating range Two stage 350-3000 psi (24-210 bar) Minimum pressure of 300 PSI
Maximum transient spike pressure 4000 psi (280 bar)
Maximum case pressure 10 psi (0.7 bar)
Speed range 1150-1800 RPM
Direction of rotation (viewed from shaft end) Right hand (clockwise)
Case drain flow 1000 psi (70 bar) 1.5 GPM (5.7 L/min) 1.4 GPM (5.3 L/min) 1.4 GPM (5.3 L/min)
while compensating 2000 psi (140 bar) 1.9 GPM (7.2 L/min) 1.8 GPM (6.8 L/min) 1.8 GPM (6.8 L/min)
@ 1800 RPM 3000 psi (210 bar) 2.5 GPM (9.5 L/min) 2.4 GPM (9.1 L/min) 2.3 GPM (8.7 L/min)
Maximum inlet vacuum at sea level 6 in. HG (152 mm HG)
Mounting2- SAE 2-bolt flange (ISO 3019/1) S.A.E. ‘C’ 2-Bolt flange
Mounting Position Unrestricted
Inlet 2” S.A.E.
Outlet 1 1/4” S.A.E. flange
Port sizes Case drain S.A.E. = #8 S.A.E.
Remote control (optional) S.A.E. = #4 S.A.E.
Drive Pump to be connected to prime mover by means of a flexible coupling that is aligned
to a maximum of .006” (.152mm) total indicator reading. No overhung or side loads
permitted. Alignments greater than .006” indicator reading could cause increased
noise and vibration as well as premature shaft seal wear resulting in leakage.
Fluid recommendations A premium quality hydraulic oil with anti-wear additives is recommended, but not
required. Refer to publication S-106 “Petroleum Hydraulic Fluids” for a list of fluids
which meet or exceed the necessary lubrication requirements. Consult factory for
use with water base fire resistant fluids.
Minimum 150 SUS (32 cSt)
Fluid viscosity at Maximum 1000 SUS (216 cSt)
operating temperature Optimum 200-300 SUS (43-65 cSt)
Maximum start-up 4000 SUS (864 cSt)
Fluid temperature Normal inlet fluid temperature should not exceed 140°F (60° C). Always select a fluid
for optimum viscosity at operating temperature. Consult factory for applications assis-
tance when inlet fluid temperatures over 140° F (60° C) are expected.
Seals Fluorocarbon Standard
Filtration Fluid cleanliness per ISO/DIS 4406 should be 18/15 or better for pressures of 2000 psi or
less. For continuous operating pressures of 2000 to 3000 psi, fluid cleanliness should be
17/13 or better.
Response time Full flow to 20-40 ms
(circuit dependent) minimum flow
Recovery time Minimum flow 100-250 ms – two stage compensator
(circuit dependent) to full flow
Weight Single stage 120 lbs. (55 kg)
Two stage 128 lbs. (58 kg)
1Flows are actual. Volumetric efficiencies shown in technical data taken into account.
2Metric
4-bolt flange available (ISO 3019/2) available. Please consult factory.

VPV Vane Pump 5
Specifications
General VPV 100 VPV 130 VPV 164
Displacement (Nominal) 6.1 in3 /rev (100 cm3/rev) 7.9 in3 /rev (130 cm3 rev) 10.0 in3/rev (164 cm3/rev)
Displacement (Actual) 6.0 in3 /rev (99 cm3 /rev) 8.0 in3 /rev (131 cm3 rev) 10.0 in3/rev (164 cm3/rev)
Flow at 1750 RPM145.4 GPM (171.8 L/min) 59.85 GPM (226.5 L/min) 75.76 GPM (286.7 L/min)
Maximum continuous pressure 3000 psi (210 bar) 3000 psi (210 bar)
Pressure compensating Two stage 350-3000 psi (24-210 bar) 350-3000 psi (24-210 bar)
Maximum transient spike pressure 4000 psi (280 bar) 4000 psi (280 bar)
Maximum case pressure 10 psi (0.7 bar)
Speed range 1150-1800 RPM
Direction of rotation (viewed from shaft end) Right hand (clockwise)
Case drain flow 1000 psi (70 bar) 1.5 GPM (5.7 L/min) 1.6 GPM (6.0 L/min) 1.7 GPM (6.4 L/min)
while compensating 2000 psi (140 bar) 2.0 GPM (7.6 L/min) 2.2 GPM (8.3 L/min) 2.3 GPM (8.7 L/min)
@1800 RPM 3000 psi (210 bar) 2.5 GPM (9.5 L/min) 3.0 GPM (11.3 L/min) 3.1 GPM (11.7 L/min)
Maximum inlet vacuum at sea level 6 in. HG (152 mm HG)
Mounting2- SAE 2-bolt flange (ISO 3019/1) S.A.E. ‘D’, 2-bolt flange
Mounting Position Unrestricted
Inlet 2 1/2” S.A.E.
Outlet 1 1/2” S.A.E.
Port sizes Case drain S.A.E. = #8 S.A.E.
Remote control (optional) #4 S.A.E.
Drive Pump to be connected to prime mover by means of a flexible coupling that is aligned
to a maximum of .006” (.152mm) total indicator reading. No overhung or side loads
permitted. Alignments greater than .006” indicator reading could cause increased
noise and vibration as well as premature shaft seal wear resulting in leakage.
Fluid recommendations A premium quality hydraulic oil with anti-wear additives is required*. Refer to publica-
tion S-106 “Petroleum Hydraulic Fluids” for a list of fluids which meet or exceed the
necessary lubrication requirements. Consult factory for use with water base fire
resistant fluids. *Such as Mobil DTE-26, or similar, for pressures over 2000 psi.
Minimum 150 SUS (32 cSt)
Fluid viscosity at Maximum 1000 SUS (216 cSt)
operating temperature Optimum 200-300 SUS (42-65 cSt)
Maximum start-up 4000 SUS (864 cSt)
Fluid temperature Normal inlet fluid temperature should not exceed 140°F (60° C). Always select a fluid
for optimum viscosity at operating temperature. Consult factory for applications assis-
tance when inlet fluid temperatures over 140° F (60° C) are expected.
Seals Fluorocarbon Standard
Filtration Fluid cleanliness per ISO/DIS 4406 should be 18/15 or better for pressures of 2000 psi or
less. For continuous operating pressures of 2000 to 3000 psi, fluid cleanliness should be
17/13 or better.
Response time Full flow to 20-50 ms
(circuit dependent) minimum flow
Recovery time Minimum flow 250-500 ms – two stage compensator
(circuit dependent) to full flow
Weight Single stage 240 lbs. (109 kg)
Two stage 248 lbs. (112.7 kg)
1Flows are actual. Volumetric efficiencies shown in technical data taken into account.
2Metric
4-bolt flange available (ISO 3019/2) available. Please consult factory.

6VPV Vane Pump
Ordering Guide
Code Structure
The alpha-numeric ordering code system enables any particular type of pump to be specified.
Preferred type are also identified by a 10-digit part number for computerized ordering.
Item No Code
1 Code Digit
0513 Vane Pump, stand alone version single pump or combination
2 Direction of Rotation
RClockwise, viewed from shaft end
3 Speed
12 maximum speed; e.g. 1150 rpm = 12
15 1450 rpm = 15
18 1750 rpm = 18
4 Drive Shaft
AKey to DlN 6885
CKey to SAE Standard
DSpline to SAE 744C
5 Bearing Arrangement / Mounting Flange
3Standard bearing arrangement, mounting flange to SAE standards
7Standard bearing arrangement, mounting flange to DIN ISO 3019/2
6 Principle of Operation
VVane Type
7 Mode of Operation
PPump
8 Type of Construction
VVariable displacement pump (open circuit)
KFixed Displacement Pump (available in 1998)
9 Displacement
16 16 cc/rev = .98 cu in/rev
25 25 cc/rev = 1.53 cu in/rev
32 32 cc/rev = 1.95 cu in/rev
45 45 cc/rev = 2.75 cu in/rev
63 63 cc/rev = 3.84 cu in/rev
80 80 cc/rev = 4.88 cu in/rev
100 100 cc/rev = 6.10 cu in/rev
130 130 cc/rev = 7.93 cu in/rev
164 164 cc/rev = 10.00 cu in/rev
Item No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Pump 1 0513 R 18 C 3 V P V 32 S M 21 F Z B02
Pump 2*** V P V 32 S M 21 F Z B02
Pump 3 (Gear Pump) HY/Z F S11/ 14 R 254
*** When trailing pump is another VPV pump, it can be coded by selecting items 6 through 15 for the
alpha-numeric description. Consult factory for other models and descriptions of trailing pumps.
Price and Part Numbers
See VPV Pump Identification Guide, Publication # 9 535 233 782 for SAE, and 9 535 233 785 for metric
pumps.
Product Literature Disclaimer
Specifications and/or dimensions are subject to change without prior notice. Please consult factory.

VPV Vane Pump 7
Ordering Guide, cont.
Item No Code
10 Housing
S210 bar = 3000 psi.
11 Operating Fluid
CWater glycol
MMineral Oil
DPhosphate ester
12 Operating Pressure
14 Maximum operating pressure; e.g. 14 = 140 bar = 2000 psi
21 21 = 210 bar = 3000 psi
13 Control / Regulator
FPressure regulator - single stage 16/25/32cc only
GPressure regulator - single stage - lockable 16/25/32cc only
HPressure regulator - two stage - with remote option
JCombined pressure/flow compensator (load sense)
STorque limiter (available in 45 to 164cc pumps only)
TProportional P/Q (available 1998)
Solenoid Operated Two Press. Norm. (Normally open)/Normally Low Pressure/Energize to High
XA 115V N.O. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
XB 220V N.O. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
XC 12V N.O. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
XD 24V N.O. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
XE 115V N.O. w/flying leads
XF 220V N.O. w/flying leads
XG 12V N.O. w/flying leads
XH 24V N.O. w/flying leads
XJ 115V N.O. w/DIN 43650 & NG6
XK 220V N.O. w/DIN 43650 & NG6
XL 12V N.O. w/DIN 43650 & NG6
XM 24V N.O. w/DIN 43650 & NG6
XN 115V N.O. w/flying leads & NG6
XO 220V N.O. w/flying leads & NG6
XP 12V N.O. w/flying leads & NG6
XR 24V N.O. w/flying leads & NG6
Solenoid Operated Two Press. Norm. (Normally closed)/Normally High Pressure/Energize to Low
YA 115V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
YB 220V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
YC 12V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
YD 24V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
YE 115V N.C. w/flying leads
YF 220V N.C. w/flying leads
YG 12V N.C. w/flying leads
YH 24V N.C. w/flying leads
YJ 115V N.C. w/DIN 43650 & NG6
YK 220V N.C. w/DIN 43650 & NG6
YL 12V N.C. w/DIN 43650 & NG6
YM 24V N.C. w/DIN 43650 & NG6
YN 115V N.C. w/flying leads & NG6
YO 220V N.C. w/flying leads & NG6
YP 12V N.C. w/flying leads & NG6
YR 24V N.C. w/flying leads & NG6

8VPV Vane Pump
Ordering Guide, cont.
Item No Code
13 Solenoid Operated Vent Two Press. Norm. (Normally vented)/Energize to Pressure
(cont.) ZA 115V N.V. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
ZB 220V N.V. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
ZC 12V N.V. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
ZD 24V N.V. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
ZE 115V N.V. w/flying leads
ZF 220V N.V. w/flying leads
ZG 12V N.V. w/flying leads
ZH 24V N.V. w/flying leads
Solenoid Operated Vented Norm. High (Normally closed)/Normally at Pressure/Energize to Vent
WA 115V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
WB 220V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
WC 12V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
WD 24V N.C. w/DIN 43650 & quick connect (compression fitting) w/sentinel light
WE 115V N.C. w/flying leads
WF 220V N.C. w/flying leads
WG 12V N.C. w/flying leads
WH 24V N.C. w/flying leads
14 Accessories
SSpecial (Consult Factory)
YMaximum delivery limiter
ZNo other accessories
15 B01 Design Series
P1 Pump 1 of a quick combination unit (adapter kit & coupling required to create a combination-see page 81)
Item No Code
6 Principle of Operation
HY/Z Hydraulic Gear Pump
7 Size Range
F4 cc to 22.5cc
8 Type of Construction
S11 Standard version
S21 Duo (low noise version)
9 Displacement
44 cc/rev = .244 cu in/rev
5.5 5.5 cc/rev = .335 cu in/rev
88 cc/rev = .488 cu in/rev
11 11 cc/rev = .671 cu in/rev
14 14 cc/rev = .854 cu in/rev
16 16 cc/rev = .976 cu in/rev
19 19 cc/rev = 1.159 cu in/rev
22.5 22.5 cc/rev = 1.372 cu in/rev
10 Direction of Rotation
RRight hand (clockwise)
11 Details
254 SAE “A” flange, 2 bolt, SAE keyed shaft
253 SAE “A” flange, 2 bolt, ANSI spline shaft, 9 T, 16/32 pitch
Gear Pump Guide

VPV Vane Pump 9
On the following pages are line graphs of the Performance Characteristics for each of the
pumps in our series. Characteristics are shown at 1200 PSI, 1500 PSI and 3000 PSI. Since
different geographical areas require different data, please refer to the appropriate graph.

10 VPV Vane Pump
Performance Characteristics - VPV 16 to 3000 PSI (210 Bar)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
10
(38)
8
(30)
6
(23)
4
(15)
2
(8)
0
20
(15)
16
(12)
12
(9)
8
(6)
4
(3)
0
0 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210) 3500 (240)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1200 rpm
1 in3/rev (16cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
10
(38)
8
(30)
6
(23)
4
(15)
2
(8)
0
20
(15)
16
(12)
12
(9)
8
(6)
4
(3)
0
0 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500
(170) 3000
(210) 3500 (240)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1500 rpm
1 in3/rev (16cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
100%
10%
60%
80%
90%
70%
50%
40%
30%
20%
0% 0 500
(34) 1500 (104)
1000
(70) 2000 (140) 2500 (170) 3000 (210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1200 rpm
1 in3/rev (16cm3/rev)
VOLUMETRIC
OVERALL
100%
10%
60%
80%
90%
70%
50%
40%
30%
20%
0% 0 500
(34) 1500 (104)
1000
(70) 2000 (140) 2500 (170) 3000 (210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1500 rpm
1 in3/rev (16cm3/rev)
VOLUMETRIC
OVERALL
70
54
62
66
58
50 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1200 rpm
1 in3/rev (16cm3/rev)
FULLFLOW
DEADHEAD
70
54
62
66
58
50 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1500 rpm
1 in3/rev (16cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

VPV Vane Pump 11
Performance Characteristics - VPV 16 to 3000 PSI (210 Bar) (continued)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
10
(38)
8
(30)
6
(23)
4
(15)
2
(8)
0
20
(15)
16
(12)
12
(9)
8
(6)
4
(3)
0
0 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210) 3500 (240)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1800 rpm
1 in3/rev (16cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
100%
10%
60%
80%
90%
70%
50%
40%
30%
20%
0% 0 500
(34) 1500 (104)
1000
(70) 2000 (140) 2500 (170) 3000 (210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1800 rpm
1 in3/rev (16cm3/rev)
VOLUMETRIC
OVERALL
70
54
62
66
58
50 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1800 rpm
1 in3/rev (16cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

12 VPV Vane Pump
Performance Characteristics - VPV 25 to 3000 PSI (210 Bar)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
10
(38)
8
(30)
6
(23)
4
(15)
2
(8)
0
20
(15)
16
(12)
12
(9)
8
(6)
4
(3)
0
0 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210) 3500 (240)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1200 rpm
1.5 in3/rev (25cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
0 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210) 3500 (240)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1500 rpm
1.5 in3/rev (25cm3/rev)
14
(53)
12
(45)
10
(38)
8
(30)
6
(23)
4
(15)
2
(8)
0
24
(18)
20
(15)
16
(12)
12
(9)
8
(6)
4
(3)
0
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
OUTPUT FLOW
100%
80%
90%
70%
60%
50% 0 500
(34) 1000 (70) 1500 (104) 3000 (210)
2500
(170)
2000
(140)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1200 rpm
1.5 in3/rev (25cm3/rev)
VOLUMETRIC
OVERALL
100%
80%
90%
70%
60%
50% 0 500
(34) 1000 (70) 1500 (104) 3000 (210)
2500
(170)
2000
(140)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1500 rpm
1.5 in3/rev (25cm3/rev)
VOLUMETRIC
OVERALL
70
54
62
66
58
50 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1200 rpm
1.5 in3/rev (25cm3/rev)
FULL FLOW
DEADHEAD
70
54
62
66
58
50 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1500 rpm
1.5 in3/rev (25cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

VPV Vane Pump 13
Performance Characteristics - VPV 25 to 3000 PSI (210 Bar) (continued)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
14
(53)
12
(45)
10
(38)
8
(30)
6
(23)
4
(15)
2
(8)
0
24
(18)
20
(15)
16
(12)
12
(9)
8
(6)
4
(3)
0
0 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210) 3500 (240)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1800 rpm
1.5 in3/rev (25cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
100%
80%
90%
70%
60%
50% 0 500
(34) 1000 (70) 1500 (104) 3000 (210)
2500
(170)
2000
(140)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1800 rpm
1.5 in3/rev (25cm3/rev)
VOLUMETRIC
OVERALL
70
54
62
66
58
50 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1800 rpm
1.5 in3/rev (25cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

14 VPV Vane Pump
Performance Characteristics - VPV 32 to 3000 PSI (210 Bar)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
20
(76)
16
(61)
12
(45)
8
(30)
4
(15)
0
16
(12)
24
(18)
32
(24)
8
(6)
0
0 500
(34)
1000
(70)
1500
(104) (170)
25002000
(140) (240)
35003000
(210)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1200 rpm
2 in3/rev (32cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
20
(76)
16
(61)
12
(45)
8
(30)
4
(15)
0
16
(12)
24
(18)
32
(24)
8
(6)
0
0 500
(34)
1000
(70)
1500
(104) (170)
25002000
(140) (240)
35003000
(210)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1500 rpm
2 in3/rev (32cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
100%
80%
90%
70%
60%
50%
0 500
(34)
1000
(70)
1500
(104)
3000
(210)
2500
(170)
2000
(140)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1200 rpm
2 in3/rev (32cm3/rev)
VOLUMETRIC
OVERALL
100%
80%
90%
70%
60%
50%
0 500
(34)
1000
(70)
1500
(104)
3000
(210)
2500
(170)
2000
(140)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1500 rpm
2 in3/rev (32cm3/rev)
VOLUMETRIC
OVERALL
70
54
62
66
58
50
500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(170)
3000
(210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1200 rpm
2 in3/rev (32cm3/rev)
FULL FLOW
DEADHEAD
70
54
62
66
58
50
500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(170)
3000
(210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1500 rpm
2 in3/rev (32cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

VPV Vane Pump 15
Performance Characteristics - VPV 32 to 3000 PSI (210 Bar) (continued)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
20
(76)
16
(61)
12
(45)
8
(30)
4
(15)
0
32
(24)
24
(18)
16
(12)
8
(6)
0
0 500
(34) 1000 (70) 1500 (104) 2500 (170)
2000
(140) 3500 (240)
3000
(210)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1800 rpm
2 in3/rev (32cm3/rev)
OUTPUT FLOW
INPUT HORSEPOWER
DEADHEAD HORSEPOWER
100%
80%
90%
70%
60%
50% 0 500
(34) 1000 (70) 1500 (104) 3000 (210)
2500
(170)
2000
(140)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1800 rpm
2 in3/rev (32cm3/rev)
VOLUMETRIC
OVERALL
70
54
62
66
58
50 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1800 rpm
2 in3/rev (32cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

16 VPV Vane Pump
Performance Characteristics - VPV 45 to 3000 PSI (210 Bar)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
24
(91)
18
(67)
12
(45)
6
(22)
0 0 500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(174)
3000
(210)
3500
(244)
0
12
(8)
24
(16)
36
(24)
48
(32)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1200 rpm
2.75 in3/rev (45cm3/rev)
DEADHEAD HORSEPOWER
INPUT HORSEPOWER
OUTPUT FLOW
24
(91)
18
(67)
12
(45)
6
(22)
00 500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(174)
3000
(210)
3500
(244)
0
12
(8)
24
(16)
36
(24)
48
(32)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1500 rpm
2.75 in3/rev (45cm3/rev)
DEADHEAD HORSEPOWER
INPUT HORSEPOWER
OUTPUT FLOW
100%
60%
80%
90%
70%
50% 0 500
(34) 1500 (104)
1000
(70) 2000 (140) 2500 (170) 3000 (210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1200 rpm
2.75 in3/rev (45cm3/rev)
VOLUMETRIC
OVERALL
100%
60%
80%
90%
70%
50% 0 500
(34) 1500 (104)
1000
(70) 2000 (140) 2500 (170) 3000 (210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1500 rpm
2.75 in3/rev (45cm3/rev)
VOLUMETRIC
OVERALL
80
68
72
76
64
60 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1200 rpm
2.75 in3/rev (45cm3/rev)
FULL FLOW
DEADHEAD
80
68
72
76
64
60 500
(34) 1000 (70) 1500 (104) 2000 (140) 2500 (170) 3000 (210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1500 rpm
2.75 in3/rev (45cm3/rev)
FULLFLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
VPV Vane Pump 17
Performance Characteristics - VPV 45 to 3000 PSI (210 Bar) (continued)
24
(91)
18
(67)
12
(45)
6
(20)
0
0 500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(174)
3000
(210)
3500
(244)
0
12
(8)
24
(16)
36
(24)
48
(32)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1800 rpm
2.75 in3/rev (45cm3/rev)
DEADHEAD HORSEPOWER
INPUT HORSEPOWER
OUTPUT FLOW
100%
60%
80%
90%
70%
50%
0 500
(34)
1500
(104)
1000
(70)
2000
(140)
2500
(170)
3000
(210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1800 rpm
2.75 in3/rev (45cm3/rev)
VOLUMETRIC
OVERALL
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.
80
68
72
76
64
60
500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(170)
3000
(210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1800 rpm
2.75 in3/rev (45cm3/rev)
FULL FLOW
DEADHEAD

18 VPV Vane Pump
Performance Characteristics - VPV 63 to 3000 PSI (210 Bar)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
36
(135)
18
(67)
6
(23)
12
(45)
24
(90)
30
(114)
0
72
(54)
36
(27)
12
(9)
24
(18)
48
(36)
60
(45)
0
0 500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(174)
3000
(210)
3500
(244)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1200 rpm
3.84 in3/rev (63cm3/rev)
DEADHEAD HORSEPOWER
INPUT HORSEPOWER
OUTPUT FLOW
36
(135)
18
(67)
6
(23)
12
(45)
24
(90)
30
(114)
0
72
(54)
36
(27)
12
(9)
24
(18)
48
(36)
60
(45)
0
0 500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(174)
3000
(210)
3500
(244)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1500 rpm
3.84 in3/rev (63cm3/rev)
DEADHEAD HORSEPOWER
INPUT HORSEPOWER
OUTPUT FLOW
100%
60%
80%
90%
70%
50%
0 500
(34)
1500
(104)
1000
(70)
2000
(140)
2500
(170)
3000
(210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1200 rpm
3.84in3/rev (63cm3/rev)
OVERALL
VOLUMETRIC
100%
60%
80%
90%
70%
50%
0 500
(34)
1500
(104)
1000
(70)
2000
(140)
2500
(170)
3000
(210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1500 rpm
3.84in3/rev (63cm3/rev)
OVERALL
VOLUMETRIC
80
68
72
76
64
60
500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(170)
3000
(210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1500 rpm
3.84 in3/rev (63cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.

VPV Vane Pump 19
Performance Characteristics - VPV 63 to 3000 PSI (210 Bar) (continued)
Data plotted: with oil at 120°F (49°C) Viscosity at 120° = 140 SUS (29.6 cSt)
36
(135)
18
(67)
6
(23)
12
(45)
24
(90)
30
(114)
0
60
(45)
30
(22)
10
(7)
20
(15)
40
(30)
50
(37)
0
0 500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(174)
3000
(210)
3500
(244)
PRESSURE psi (bar)
FLOW GPM (L/m)
INPUT POWER HP (kW)
OUTPUT FLOW & POWER @ 1800 rpm
3.84 in3/rev (63cm3/rev)
DEADHEAD HORSEPOWER
INPUT HORSEPOWER
OUTPUT FLOW
100%
60%
80%
90%
70%
50%
0 500
(34)
1500
(104)
1000
(70)
2000
(140)
2500
(170)
3000
(210)
EFFICIENCY
PRESSURE psi (bar)
EFFICIENCY @ 1800 rpm
3.84in3/rev (63cm3/rev)
OVERALL
VOLUMETRIC
80
68
72
76
64
60
500
(34)
1000
(70)
1500
(104)
2000
(140)
2500
(170)
3000
(210)
SPL dB (A)
PRESSURE psi (bar)
SOUND PRESSURE @ 1800 rpm
3.84 in3/rev (63cm3/rev)
FULL FLOW
DEADHEAD
Sound pressure levels measured in a hemi-anchoic chamber w/microphone placed 1 meter away at discrete locations.
Sound pressure levels are spacially and time-weighted averaged.