Pentair PM1700 Series User guide

Pentair
375 5th Ave., New Brighton, MN 55112
Phone: [phone] -OR- 800-424-9776 Fax: [phone]
www.hypropumps.com
EU Authorized Representative: QNET BV Hommerterweg 286
6436 AM Amstenrade, The Netherlands
KvK Zuid-Limburg 14091511
EB REP
Distributed by John Deere
4-ROLLER PUMP
SERIES PM4101 SERIES PM6500
6-ROLLER PUMP
Max. Flow Rate: ................ 7 gpm
Max. Pressure:.................150 psi
Max. RPM: ........................... 2600
Ports: ....... 3/4” NPT Inlet & Outlet
Shaft: .................. 5/8” Dia. (Solid)
1/2” Dia. (Hollow)
Continuous Operation.....100 psi
Intermittent Operation.....150 psi
Max. Flow Rate: ........... 22.8 gpm
Max. Pressure:.................300 psi
Max. RPM: .................... 1200 rpm
Ports: ....... 3/4” NPT Inlet & Outlet
1” Hose Barb Included
Shaft: .................. 5/8” Dia. (Solid)
Continuous Op.................100 psi
Intermittent Operation.....300 psi
Max. Flow Rate: ........... 22.5 gpm
Max. Pressure:.................300 psi
Max. RPM: .................... 1000 rpm
Ports: ....... 3/4” NPT Inlet & Outlet
1” Hose Barb Included
Shaft: .............. 15/16” Dia. (Solid)
Continuous Operation.....100 psi
Intermittent Operation.....300 psi
8-ROLLER PUMP
SERIES PM7560
SERIES PM1700
Max. Flow Rate: .............. 45 gpm
Max. Pressure:................ 200 psi
Max. RPM: .................... 1000 rpm
Ports: .......... 1” NPT Inlet & Outlet
1-1/4” Hose Barb Included
Shaft: .............. 15/16” Dia. (Solid)
Continuous Operation.....100 psi
Intermittent Operation.....200 psi
5-ROLLER PUMP
Original Instruction Manual
Series PM1700, PM6500, PM7560, PM7700 Roller Pumps
Form
L-0100R-JD
Rev. A
SERIES PM7700
7-ROLLER PUMP
Max. Flow Rate: ........... 22.1 gpm
Max. Pressure:.................200 psi
Max. RPM: ...................... 800 rpm
Ports: ....... 3/4” NPT Inlet & Outlet
1” Hose Barb Included
Shaft: .............. 15/16” Dia. (Solid)
Continuous Operation.....100 psi
Intermittent Operation.....200 psi
Keep for Future Reference

2
Contents
Introduction.................................................................................................................................................................3
Description.....................................................................................................................................................3
Intended Uses............................................................................................................................................................3
Purpose of Manual....................................................................................................................................................3
Misuses...........................................................................................................................................................3
Pump Manufacture Date............................................................................................................................................4
Pump Technical Data.................................................................................................................................................4
Fluid Pumping Application.........................................................................................................................................9
Tools................................................................................................................................................................9
Lifting, Transport, and Intermediate Storage.............................................................................................................10
Assembly and Installation......................................................................................................................................................11
Assembly.......................................................................................................................................11
Installation.............................................................................................................................11
Standard Mounting......................................................................................................................................11
Control Systems.......................................................................................................................................................12
Commissioning Start-Up, Operation, Shutdown..................................................................................................................12
Information.....................................................................................................................................12
Start-Up, Operation, Shutdown................................................................................................................................13
Maintenance and Servicing..................................................................................................................................................13
Information............................................................................................................................13
Disposal.................................................................................................................13
Cleaning.................................................................................................................14
Maintenance, Routine Servicing, and Inspection.....................................................................................................14
Troubleshooting.....................................................................................................................14
Replacement Parts...................................................................................................................................................15
Declaration of Incorporation.................................................................................................................................................20
Warranty............................................................................................................................................21

3
Introduction
Description
Roller pumps are designed for creating and boosting pressure in uid circuits. The economical rotary-action roller principle
requires no check valves, while providing positive displacement characteristics with less friction and lower starting torque
than other pumps. The pump operates by receiving a uid through the inlet port where it is captured and transported by
the rollers, and then expelled through the outlet port. Construction features include housings and rollers, which are made
in a variety of materials in order to be resistant to a wide range of chemicals. Standard models of roller pumps rotate
counterclockwise, when looking at the shaft end of the pump. Reverse rotation pumps are available.
Intended Uses
Roller pumps are intended for creating or booting dynamic pressure and, depending on the type of body, rotor and rollers
used, will work with a variety of uids. Roller pumps will work in a variety of environments but they should never be used
to pump liquids above 140°F (60°C) or below 34°F (1°C), or when the ambient air temperature is above 140°F (60°C). Any
uses outside of those specied in this manual are considered misuses and are prohibited. Contact the manufacturer for
any questions regarding specic acceptable uses.
Purpose of Manual
This manual provide instructions and requirements that must be met when installing, using and maintaining the product(s)
identied on the cover.
If the product is sold, the seller must pass this manual on to the new owner.
The following special attention notices are used to notify and advise the user of this product of procedures that may be
dangerous to the user or result in damage to the product.
ATTENTION
Attention is used to notify of installation, operation, or maintenance information that is important but not safety related.
This symbol is used to denote the presence of an electrical hazard that will result in personal injury, death or property
damage.
This symbol is used to denote the presence of a hazard that will result in personal injury, death or property damage.
California Proposition 65 Warning -- This product and related accessories contain chemicals known to the
State of California to cause cancer, birth defects or other reproductive harm.
Misuses
Hypro centrifugal pumps are designed to operate effectively within the specied speed, pressure and environmental
ranges. Going outside of these ranges will void the warranty and could cause damage to property or serious injury or
death.
• DO NOT run the pump faster than the maximum specied speed.
• DO NOT run the pump higher than the maximum specied pressure.
• DO NOT run pumps when the liquid has exceeded the maximum or minimum temperature limit (See Intended Uses).
• DO NOT pump non-approved liquids.
• DO NOT pump water or other liquids for human consumption.
• DO NOT operate any pump under the inuence of drugs or alcohol.
• DO NOT run the pump dry.
• DO NOT pump abrasive uids.
• DO NOT exceed the duty cycle for pumps with electric motors.
• DO NOT run the pump with a higher than recommended voltage.

4
PumpIdentication
Serialized labeling is used to enable users to precisely identify the pump’s manufacturing date.
Serial Number:
First and second digits: year (12 = 2012)
Thirdthroughfthdigits: consecutive day of the year the pump was manufactured.
Pump Technical Data
(All specications and performance data are based on water as a carrier uid)
PM1700 Series
Pump Only
PM1700C,PM1700N,PM1700XLPumpSpecications
Rollers
Max.
Flow Rate
(GPM[LPM])
Max.
Pressure
(PSI[Bar])
Max
RPM Ports Shaft
Continuous
Operation
(PSI[Bar])
Intermittent
Operation
(PSI[Bar])
Dry Weight
(LBS [KG])
Horsepower
requirement
Mounting
bolts
5 45.0[170.3] 200[13.8] 1000
1” NPT Inlet
& Outlet
1-1/4” Hose
Barb included
15/16”
Dia.
(Solid)
100[6.9] 200[13.8] 19lbs[8.6] See Table 4 X 5/16-
18 UNC
Performance Data PM1700C, PM1700N, PM1700XL Series Performance Data PM1700C, PM1700N, PM1700XL Series
(Imperial) (Metric)
Pressure GPM HP GPM HP GPM HP Pressure GPM HP GPM HP GPM HP
@540 RPM @600RPM @1000RPM @540 RPM @600RPM @1000RPM
0 PSI 25.0 0.27 28.0 0.34 45.0 1.42 0 BAR 94.6 0.27 106 0.34 170 1.42
50 PSI 21.0 1.18 24.5 1.39 43.0 3.0 3.4 BAR 79.5 1.18 92.7 1.39 163 3.0
100 PSI 19.0 2.13 22.0 2.36 41.0 4.67 6.9 BAR 71.9 2.13 83.3 2.36 155 4.67
150 PSI 17.0 2.89 20.0 3.34 39.0 6.07 10.3 BAR 64.3 2.89 75.7 3.34 148 6.07
200 PSI 15.0 3.85 18.0 4.39 --- --- 13.8 BAR 56.8 3.85 68.1 4.39 --- ---
D
A
F
E
I
J
K
G
C
B
H
Pump Dimensions
Dim. Inch mm
A 8.38 213
B 4.19 106
C 3.38 86
D 5.83 148
E 7.78 198
F 4.84 123
G 2.12 54
H 1.06 27
I 2.16 55
J 4.47 114

5
PM4101 Series
Pump Only
PM4101C,PM4101XLPumpSpecications
Rollers
Max.
Flow Rate
(GPM[LPM])
Max.
Pressure
(PSI[Bar])
Max
RPM Ports Shaft
Continuous
Operation
(PSI[Bar])
Intermittent
Operation
(PSI[Bar])
Dry Weight
(LBS [KG])
Horsepower
requirement
Mounting
bolts
4 7.2 [27.3] 150 [10.3] 2600
¾” NPT
Inlet &
Outlet
5/8” Dia.
(Solid) or ½”
Dia.(Hollow)
100 [6.9] 150 [10.3] 5 [2.27] See Table 2 X 5/16-
18 UNC
Performance Data PM4101C, PM4101XL Performance Data PM4101C, PM 4101XL
(Imperial) (Metric)
Pressure GPM HP GPM HP GPM HP Pressure GPM HP GPM HP GPM HP
@1800 RPM @2200RPM @2600RPM @1800 RPM @2200RPM @2600RPM
0 PSI 5.0 0.11 6.2 0.14 7.2 0.16 0 BAR 18.9 0.11 23.5 0.14 27.3 0.16
25 PSI 4.8 0.21 5.8 0.27 6.9 0.30 1.7 BAR 18.1 0.21 21.9 0.27 26.1 0.30
50 PSI 4.5 0.34 5.6 0.40 6.6 0.46 3.4 BAR 17.0 0.34 21.2 0.4 25.0 0.46
75 PSI 4.2 0.45 5.4 0.55 6.4 0.62 5.2 BAR 15.9 0.45 20.4 0.55 24.2 0.62
100 PSI 3.9 0.56 5.0 0.68 6.0 0.76 6.9 BAR 14.8 0.56 18.9 0.68 22.7 0.76
125 PSI 3.7 0.68 4.7 0.82 5.7 0.92 8.6 BAR 14.0 0.68 17.8 0.82 21.6 0.92
150 PSI 3.4 0.78 4.4 0.96 5.4 1.08 10.3 BAR 12.9 0.78 16.6 0.96 20.4 1.08
E
A
B
J
KC
F
G
I
D
H
Pump Dimensions
Dim. Inch mm
A 4.75 121
B 2.38 61
C 1.67 42
D 3.03 77
E 5.39 137
F 3.34 85
G 1.00 25
H .49 13
I 1.43 36
J 2.96 75
K 1.75 45

6
PM6500 Series
Pump Only
PM6500C,PM6500XLPumpSpecications
Rollers
Max.
Flow Rate
(GPM[LPM])
Max.
Pressure
(PSI[Bar])
Max
RPM Ports Shaft
Continuous
Operation
(PSI[Bar])
Intermittent
Operation
(PSI[Bar])
Dry Weight
(LBS [KG])
Horsepower
requirement
Mounting
bolts
6 21.8 [82.5] 300 [20.7] 1200
-¾” NPT
Inlet &
Outlet
-1” Hose
Barb
included
5/8” Dia.
(Solid) 100 [6.9] 300 [20.7] 9 [4.1] See Table 2 X 5/16- 18 UNC
Performance Data PM6500C, PM6500XL Performance Data PM6500C, PM6500XL
(Imperial) (Metric)
Pressure GPM HP GPM HP GPM HP Pressure GPM HP GPM HP GPM HP
@540 RPM @1000RPM @1200RPM @540 RPM @1000RPM @1200RPM
0 PSI 9.7 0.08 18.2 0.20 21.8 0.30 0 BAR 36.7 0.08 68.9 0.20 82.5 0.30
50 PSI 8.0 0.38 16.5 0.71 20.1 0.90 3.4 BAR 30.3 0.38 62.4 0.71 76.1 0.90
100 PSI 7.2 0.68 15.4 1.26 19.1 1.51 6.9 BAR 27.3 0.68 58.3 1.26 72.3 1.51
150 PSI 6.6 0.97 14.7 1.80 18.2 2.14 10.3 BAR 25.0 0.97 55.6 1.80 68.9 2.14
200 PSI 5.6 1.29 14.0 2.34 17.3 2.84 13.8 BAR 21.2 1.29 53.0 2.34 65.5 2.84
250PSI 4.9 1.65 13.4 2.91 16.5 3.48 17.2 BAR 18.5 1.65 50.7 2.91 62.4 3.48
300PSI 4.3 1.91 12.7 3.47 15.7 4.17 20.7 BAR 16.3 1.91 48.1 3.47 59.4 4.17
E
A
B
J
C
F
G
I
D
H
Pump Dimensions
Dim. Inch mm
A 6.13 156
B 3.07 78
C 2.22 56
D 4.09 104
E 5.41 137
F 3.27 83
G 2.12 54
H 1.06 27
I 1.37 35
J 3.87 98

7
PM7650 Series
Pump Only
PM7560C,PM7560N,PM7560XLPumpSpecications
Rollers
Max.
Flow Rate
(GPM[LPM])
Max.
Pressure
(PSI[Bar])
Max
RPM Ports Shaft
Continuous
Operation
(PSI[Bar])
Intermittent
Operation
(PSI[Bar])
Dry Weight
(LBS [KG])
Horsepower
requirement
Mounting
bolts
8 22.5 [85.2] 300 [20.7] 1000
-¾” NPT
Inlet &
Outlet
-1” Hose
Barb
included
15/16” Dia.
(Solid) 100 [6.9] 300 [20.7] 13 [5.89] See Table 2 X 5/16- 18 UNC
Performance Data PM7560C, PM7560N, PM7560XL Performance Data PM7560C, PM7560N, PM7560XL
(Imperial) (Metric)
Pressure GPM HP GPM HP GPM HP Pressure GPM HP GPM HP GPM HP
@540 RPM @800RPM @1000RPM @540 RPM @800RPM @1000RPM
0 PSI 12.0 0.33 18.3 0.89 22.5 1.56 0 BAR 45.4 0.33 69.3 0.89 85.2 1.56
50 PSI 11.1 0.74 17.5 1.26 22.0 1.78 3.4 BAR 42.0 0.74 66.2 1.26 83.3 1.78
100 PSI 10.3 1.25 16.9 1.95 21.3 2.53 6.9 BAR 39.0 1.25 64.0 1.95 80.6 2.53
150 PSI 9.5 1.77 16.1 2.65 20.6 3.50 10.3 BAR 36.0 1.77 60.9 2.65 78.0 3.50
200 PSI 8.6 2.26 15.5 3.40 20.0 4.20 13.8 BAR 32.5 2.26 58.7 3.40 75.7 4.20
250 PSI 7.8 2.78 14.5 4.20 18.9 5.30 17.2 BAR 29.5 2.78 54.9 4.20 71.5 5.30
300 PSI 7.1 3.30 13.7 4.90 18.0 6.10 20.7 BAR 26.9 3.30 51.9 4.9 68.1 6.10
E
A
B
J
C
F
G
I
D
H
Pump Dimensions
Dim. Inch mm
A 7.00 178
B 3.50 89
C 2.88 73
D 5.45 138
E 6.91 176
F 4.37 111
G 2.12 54
H 1.06 27
I 1.97 50
J 3.25 83

8
PM7700 Series
Pump Only
PM7560C,PM7560N,PM7560XLPumpSpecications
Rollers Max.
Flow Rate
(GPM[LPM])
Max.
Pressure
(PSI[Bar])
Max
RPM
Ports Shaft Continuous
Operation
(PSI[Bar])
Intermittent
Operation
(PSI[Bar])
Dry Weight
(LBS [KG])
Horsepower
requirement
Mounting
bolts
7 22.1 [83.6] 200 [13.8] 800 -¾” NPT
Inlet &
Outlet
-1” Hose
Barb
included
15/16” Dia.
(Solid)
100 [6.9] 200 [13.8] 14 [6.36] See Table 4 X 5/16-
18 UNC
Performance Data PM7700C, PM7700N, PM700XL Performance Data PM7700C, PM7700N, PM700XL
(Imperial) (Metric)
Pressure GPM HP GPM HP GPM HP Pressure GPM HP GPM HP GPM HP
@540 RPM @600RPM @800RPM @540 RPM @600RPM @800RPM
0 PSI 14.2 0.23 15.3 0.28 22.1 0.37 0 BAR 53.7 0.23 57.9 0.28 83.6 0.37
50 PSI 12.9 0.56 14.0 0.62 20.7 0.86 3.4 BAR 48.8 0.56 53 0.62 78.3 0.86
100 PSI 11.9 1.10 13.0 1.20 19.5 1.66 6.9 BAR 45.0 1.10 49.2 1.20 73.8 1.66
150 PSI 11.2 1.64 12.3 1.80 18.6 2.40 10.3 BAR 42.4 1.64 46.6 1.80 70.4 2.40
200 PSI 10.3 2.22 11.6 2.44 17.8 3.26 13.8 BAR 39.0 2.22 43.9 2.44 67.4 3.26
I
E
A
B
J
K
C
F
G
I
D
H
Pump Dimensions
Dim. Inch mm
A 6.75 172
B 3.38 86
C 2.94 75
D 5.48 139
E 6.91 176
F 4.38 111
G 2.12 54
H 1.06 27
I 1.98 50
J 3.81 97
K 1.13 29

9
Fluid Pumping Applications
Application
Pump Materials
Compatible
Comments
Cast
Iron
Ni-
Resist
Silver
Series
XL
Weed Control
Chemicals
X X X Use with super rollers and viton seals. When using with Round-
up use super or polypropylene rollers and Viton seals. Teon
rollers may be used with Roundup up to 100psi. Only Ni-Resist
and Silver series pumps should be used with Roundup.
Insect Control X X X All pump, roller and seal combinations.
Brush Control X X X Use super rollers and Viton seals.
Pest Control Chemical
and Fumigants
Liquid Fertilizers X X Use polypropylene rollers and Buna-N seals.
Powdered Fertilizers X X X Use super rollers or polypropylene rollers with Buna-N or Viton
seals.
Fluid Transfer
Acids X Use polypropylene or Teon rollers with Viton seals. Limit pres-
sure to 100psi when using Teon rollers. DO NOT use super
rollers with acids.
X - Pump approved for application.
Table 1
Flammable liquids as well as the following uids should never be put through pumps:
• Sewage
• Potable water
• Abrasive uids
Tools
The roller pumps and mounting assemblies are designed with Imperial (inch) bolts, however, there are many metric (mm)
sizes which will work with these bolts. In most cases an adjustable spanner wrench can also be used.

10
Lifting, Transport, and Intermediate Storage
Packaging Descriptions and Unpacking Instructions
• Roller pumps are shipped in cardboard boxes for safe transporting.
• When pumps are shipped in large quantities they may be put on a pallet to allow for easy storage, lifting and handling.
• Before lifting any pump or pallet determine the weight of the item by looking at the attached packing slips to establish
what lifting equipment should be used.
• Before installing the pump determine if all the components that come with the pump are present and undamaged. If
the pump is missing components contact customer service immediately.
• Once the pump is unpacked dispose of the packaging in a manner compliant with local and national regulations.
Lifting Instructions
• Before attempting to lift a pump ensure that the surrounding working area is free of hazards which could cause injury
or damage to property.
• During lifting operations any personnel not involved in the lift should not enter the working area.
• If lifting hooks, rope or chains are being used for a lift they must be free of damage and be rated to carry 150% of the
weight of the load to be lifted.
• Always wear steel toed shoes and cut resistant gloves when attempting to lift.
• When lifting and carrying always keep the pump close to your body. (See Figure 1)
• When starting the lift bend your knees and keep your back straight. (See Figure 1)
Tightening the stomach muscles will help keep your back straight.
• During the lift use your legs to do the work never use you back and make sure your legs are at least shoulder width
apart. (See Figure 1)
Figure 1
Transport
• All pumps are capable of being transported by air, sea, rail or motor vehicle. When the pump is shipped ensure
that the pump is moved in accordance with local and national laws, and is properly secured to prevent unwanted
movement which could cause damage to person or property. Prior to shipping all uids should be removed from the
pump.
Storage
• New pumps in their boxes can be stored several years as long as the port plugs are not removed. Once the plugs
have been removed if the pump is not to be used for an extended period of time (i.e. more than 30 days) the pump
must be winterized as described in the Cleaning section of this manual.

11
Assembly and Installation
Assembly
This pump comes completely assembled
Installation
Before attempting to install your Hypro centrifugal pump it is imperative to read and understand the following:
• Installation of a pump should only be performed by a technician having the knowledge and skills necessary to
install the pump without the risk property damage or injury.
• When handling pumps one should wear steel toed shoes and protective gloves in order to protect feet in the event
the pump is dropped and protect the hands from any sharp surfaces on the pump or chemicals.
• Pumping systems must be installed in accordance with installation instructions. Failure to do so will void your
warranty and could cause damage to property, serious personal injury, or death
• Electrical power cables and pump hoses must be routed where there is no risk of personnel tripping, walking into,
or falling because they have been routed in areas where personnel are expected to move. Electrical power cables and
pump hoses should be routed according to local and national standards.
• For pumps with gas engines, the exhaust must be directed away from operators and anyone standing nearby to
ensure that exhaust fumes do not enter their breathing zone.
• If a rigid plumbing system is to be used on a roller pump the system must be properly aligned with the inlet and
outlet ports.
• The working pressure must be controlled by a pressure relief valve that is adjusted to operate at 10% of the
maximum system pressure.
• When installing, adjusting or removing a roller pump ensure that there are no objects which can fall on the
installer and make certain that all machinery to which the pump is to be attached is turned off.
• Pumps must be installed in a location where they are accessible for any necessary maintenance.
Standard Mounting
In order to prevent injury or damage to property all Hypro pumps should be properly mounted to a solid base where there
is no danger of the pump falling or breaking loose. All pumps come with mounting holes which allow bolts to be put into
the pump so it can be secured to a sturdy base. When mounting your roller pump be sure to use bolts and nuts which are
compatible with any chemicals that may come into contact with them as well as choosing the correct grade of bolt based
on the pump weight and any expected loads. Pumps should be mounted as close to the liquid source as possible. Non
self-priming pumps must be mounted below the liquid level to function properly.
Typical System
Installation
Figure 2

12
Control Systems
For more detail on a typical system installation, see preceding subsections of the “Assembly and Installation” section of
this manual.
Commissioning, Start-Up, Operation, Shutdown
Before attempting to start your pump the following must be understood and followed to ensure safe operation.
Information
• Only authorized operators having the knowledge and skill necessary to safely use a pump, or any equipment the
pump is connected to, may run the pump.
• When running roller pumps it is essential that operators use hearing protection as the sound levels can reach
levels of 80 decibels.
• When handling pumps one should wear steel toed shoes and protective gloves in order to protect the feet in the
event the pump is dropped and protect the hands from any sharp surfaces on the pump or chemicals.
• When spraying manually it is recommended that chemical resistant face masks and clothing be worn to prevent
any chemicals from coming into contact with the skin or being inhaled.
• When spraying manually always spray upwind of yourself as long as the sprayed chemical will not drift into the
vicinity of other people.
• When installing, adjusting or removing a roller pump ensure that there are no objects which can fall on the
installer and make certain that all machinery to which the pump is to be attached is turned off.
• Roller pumps should only be used on tractors or tow behind spray platforms which have electrically conductive
tires in order to reduce the risk of electrocution.
• Never operate a roller pump from outside while there is a chance of getting struck by lightning.
• Never leave electrical wires or plumbing components where they can be a tripping hazard or become entangled
in a moving component. Ideally electrical cables, hoses, pipes and ttings should be routed overhead. In the event
electrical wiring must be routed over the ground operators are required to use rubber ramps if they cross a gangway.
• If users of a roller pump are using a PTO shaft, exible coupling or belt drive they are required to use CE approved
PTO shafts and guards
• Roller pumps should not be used if the ambient light is below 200lux.
• For roller pumps which use gas engines the user should always ensure the exhaust is properly attached to the
engine and is not leaking
Only use approved chemicals in your pump, for a complete list of approved chemicals see the “Fluid
Pumping Applications” section. Failure to follow this warning will void your warranty and could lead to property
damage, serious injury or death.

13
Start-up, Operation, Shutdown
Before Starting the Pump
• Ensure all unnecessary personnel are clear of the area
• For initial setup and test of your system, it is recommended to start with clean water instead of chemicals, and conrm
the system and plumbing connections are leak free.
• Ensure that there is uid in the source tank or supply line. Do not run dry.
• Check line strainer for debris or clogs. Remove any found.
• Check all plumbing connections to make sure they are tight.
• Check power source and connections.
• Check all valves and regulators are set to the desired setting and are functioning properly.
• Ensure all hoses are properly positioned and are not damaged in any way.
• Ensure PTO shaft shields are in place and are not loose
Priming the Pump
To help prime the pump, keep the inlet or suction line as short as possible with a minimum of bends, elbows and kinks.
Make sure all connections are tight and do not leak air. Make sure line strainer is free of debris. If pump does not self-
prime, disconnect suction hose, ll with water and reconnect to liquid source. Often a squirt of oil into the ports of the
pump will seal clearances and help with priming.
Maintenance and Servicing
Information
• All maintenance should be done when machinery is stationary and has been isolated from its energy sources. It
is dangerous to perform maintenance while machinery is still connected to its power source. Machinery should be
isolated from its electrical, hydraulic or gas engine power source.
• Be sure to release all pressure from the system before performing any sort of maintenance on a pump.
• DO NOT perform service or maintenance to the pump, or attached components, until the pump unit is below
109°F(43°C)
• The lubrication of this pump unit has been done at the factory prior to shipping.
• When handling pumps one should wear steel toed shoes and protective gloves in order to protect the feet in the
event the pump is dropped and protect the hands from any sharp surfaces on the pump or chemicals. If the pump is
being repair while the pump is in service eye protection should also be worn.
• Any hazardous liquids should be disposed of in a manner which complies with local and national regulations, never
dump uids onto the ground.
Disposal
When disposing of a pump be sure to remove all uids from the pump before scrapping. These uids should be disposed
of in a manner which complies with local and national regulations, never dump uids onto the ground. Once the pump is
free of all uids it may be scrapped in accordance with local and national laws.

14
Cleaning
Your pump will last longer and give best performance when properly taken care of. Proper pump care depends on the
liquid being pumped and when the pump will be used again. After each use, ush pump with a neutralizing solution for
the liquid just pumped. Follow with a clean water rinse. This is especially important for corrosive chemicals. It is good
practice to clean the pump after each use to prevent deposits from forming and damaging the pump. For infrequent use
and before long periods of storage, drain pump thoroughly. Open any drain plugs, remove suction hose from liquid, and
blow pump dry with air. A antifreeze/rust inhibitor should be injected into the pump before both ports are plugged and the
pump is stored. Plug all ports to keep out air until pump is used again.
Maintenance, Routine Servicing, and Inspection
PREVENTATIVE MAINTENANCE CHECK-LIST
Check Daily Weekly
Water Leaks X
Plumbing X
• Each system’s maintenance cycle will be exclusive. If system performance decreases, check immediately.
• Duty cycle, temperature, quality, type of uid being pumped, and inlet feed conditions all affect the life of pump, motor
components, and service cycle.
Troubleshooting
Before attempting to service your pump be sure that it is disconnected from all energy sources
Symptom Probable Cause(s) Corrective Action
Pump does not prime Leak in suction line Check hose and ttings for leaks and correct
Obstruction in suction line Inspect hose for obstructions and remove
Suction hose stuck to tank Cut a notch or “V” in end of suction hose
Clogged strainer Check strainer and clean regularly
Low Discharge Pump rotates incorrectly Correct rotation of pump
Blocked suction hose Inspect suction hose and repair as necessary
Pump worn Repair pump
Undersized suction line See Installation
Pump will not turn Roller plugged Inspect and clear obstruction
Table 2

15
Replacement Parts
The following drawings show the pumps and their replacement parts. Only genuine replacement parts should be
used, failure to follow this warning can result in damage to property, serious injury or death.
If the pump malfunctions or is defective it should be sent back to the manufacturer for service.
Series PM1700
Ref.
No.
Qty.
Req’d.
Part
Number
Part
Description.
1 2 PM20080001 Sealed Ball Bearing
2 2 PM21120003 Viton Seal
3 1 O-ring Gasket for Endplate
4 5 PM10050005 Super Rollers
See Page 15 for the proper coupler or adapter.
Repair Parts Kit No. PM34300437 Consists of:
(5) Ref. 4 Super Rollers, (1) Ref. 3 O-Ring Gasket, (2) Ref. 2 Viton Seals
IMPORTANT:
When ordering parts, give PART
NUMBER and PART DESCRIPTION.
Reference Numbers are used ONLY
to point out parts in the drawing and
are NOT to be used as ordering
numbers.

16
Series PM4101
Ref.
No.
Qty.
Req’d.
Part
Number
Part
Description
1 2 PM20000010 Ball Bearing (High temp. grease)
2 2 PM21070002 Viton Seal
3 1 O-Ring Gasket for Endplate
4 4 PM10050002 Super Rollers
Repair Parts Kit No. PM34300581 Consists of:
(4) Ref. 4 Super Rollers, (1) Ref. 3 O-Ring Gasket, (2) Ref. 2 Viton Seals
IMPORTANT:
When ordering parts, give PART
NUMBER and PART DESCRIPTION.
Reference Numbers are used ONLY
to point out parts in the drawing and
are NOT to be used as ordering
numbers.

17
Series PM6500
Ref.
No.
Qty.
Req’d.
Part
Number
Part
Description
1 2 PM20000010 Ball Bearing
2 2 PM21070002 Viton Seal
3 1 O-Ring Gasket for Endplate
4 6 PM10050004 Super Rollers
See Page 15 for the proper coupler or adapter.
Repair Parts Kit No. PM34300582 Consists of:
(6) Ref. 4 Super Rollers, (1) Ref. 3 O-Ring Gasket, (2) Ref. 2 Viton Seals
IMPORTANT:
When ordering parts, give PART
NUMBER and PART DESCRIPTION.
Reference Numbers are used ONLY
to point out parts in the drawing and
are NOT to be used as ordering
numbers.

18
Series PM7560
Ref.
No.
Qty.
Req’d.
Part
Number
Part
Description
1 2 PM20080001 Sealed Ball Bearing
2 2 PM21120003 Viton Seal
3 1 O-Ring Gasket for Endplate
4 8 PM10050004 Super Rollers
See Page 15 for the proper coupler or adapter.
Repair Parts Kit No. PM34300583 Consists of:
(8) Ref. 4 Super Rollers, (1) Ref. 3 O-Ring Gasket, (2) Ref. 2 Viton Seals
IMPORTANT:
When ordering parts, give PART
NUMBER and PART DESCRIPTION.
Reference Numbers are used ONLY
to point out parts in the drawing and
are NOT to be used as ordering
numbers.

19
Series PM7700
Ref.
No.
Qty.
Req’d.
Part
Number
Part
Description
1 2 PM20080001 Sealed Ball Bearing
2 2 PM21120003 Viton Seal
3 1 O-Ring Gasket for Endplate
4 6 PM10050004 Super Rollers
See Page 15 for the proper coupler or adapter.
Repair Parts Kit No. PM34300583 Consists of:
(8) Ref. 4 Super Rollers, (1) Ref. 3 O-Ring Gasket, (2) Ref. 2 Viton Seals
IMPORTANT:
When ordering parts, give PART
NUMBER and PART DESCRIPTION.
Reference Numbers are used ONLY
to point out parts in the drawing and
are NOT to be used as ordering
numbers.

QNET BV Hommerterweg 286
6436 AM Amstenrade, The Netherlands
KvK Zuid-Limburg 14091511
EB REP
EC Declaration of Incorporation
Manufacturers Name: Pentair Flow Technologies, LLC
Manufacturers’ Address: 375 Fifth Avenue NW,
New Brighton, MN 55112, USA
Declare that the partially complete machinery described below conforms to applicable
health and safety requirements of Parts 1 of Annex I of Machinery Directive 2006/42/EC. This
partly completed machinery must not be put into service until the equipment into which it
is to be incorporated has been declared in conformity with the provisions of this directive.
CondentialtechnicaldocumentationhasbeencompiledasdescribedinAnnexVIIPartBof
Machinery Directive 2006/42/EC and is available to European national authorities on written
request. If a request is received, documentation will be transmitted either electronically or by
post. Clauses 1.1.4, 1.1.7, 1.1.8 Section 1.2, Clauses 1.3.5, 1.3.6, 1.3.7, 1.3.8.1, 1.3.8.2, 1.3.9,
1.4.1, 1.4.2.1, 1.4.2.2, 1.4.2.3, 1.4.3, 1.5.2, 1.5.7, 1.5.12, 1.5.14, 1.5.16, 1.6.2, 1.7.1.1, 1.7.1.2, 1.7.2,
and 1.7.4.2 are clauses of Machinery Directive 2006/42/EC that have not been met, but could
be applicable and must be addressed during installation by a third party.
Description: PENTAIR Pump
Type: Roller and Centrifugal Pumps
Series Numbers 1502, 1700, 4001, 4101, 6500, 7560, 7700, 9000, 9200,
9300, 9400, 9500
The following standards have either been referred to or been complied with in part or in full as relevant:
ENISO 12100 Machinery Safety General principles for design - Risk assessment and risk reduction
EN809-1998 + A1 2009 Machinery Safety Pumps and pump units for liquids - Common safety requirements
EN ISO 13732-1 Machinery Safety Ergonomics of the thermal environment
EN ISO 3744:2010 Acoustics Determination of sound power levels and sound energy levels of noise
sources using sound pressure
EN ISO 11202/A1 1997 Machinery Safety Noise emitted by machinery and equipment
EN 12162:2001+A1:2009 Machinery Safety Liquid pumps - Safety requirements -Procedure for hydrostatic testing
EN ISO 4254-6:2009 Machinery Safety Sprayers and liquid fertilizer distributors
Name .……………...…………………………………………… Position …..……………………….…………
Signature …………………………………………..……………. Date …..……..……………………….………
Place of Signing……………………………………………………………………………………………………….........