Penguin PSS Series Instructions for use

Models:
P-1/3S
P-1/2S
P-3/4S
P-1S
P-1 1/2S
P-2S
P-3S
P-5S
P-7 1/2S
P-10S
P-15S
Materials:
S - 316SS
Introduction
Series PSS
VERTICAL PUMP
Penguin Series PSS vertical 316L stainless steel pumps have a liquid temperature range of -30 degrees F to 211
degrees F. Temperatures greater than 211 degrees F but less than 250 degrees F are acceptable for non-caustic,
non-hydrocarbon service.
Glass-lled Teon (GFT) bushings and bearings are reinforced tetrauoroethylene (TFE) products with the
following major advantages over unlled, or virgin Teon:
• Increased ware and good abrasion resistance
• Lower deformation under load
• Less thermal expansion
• Good lubricity
• Brief dry-run capability
P3 thru P15
P1/3 thru P2
PENGUIN
PENGUIN
Operating Instructions & Spare Parts Manual

Maintenance Instructions
Install the pump vertically in-tank with the pump immersed in the liquid approximately half way and the motor facing upward on the
tank lip or structural beam on top of the tank. Firmly bolt the pump using the plastic horizontal pump bracket or the vertical motor
foot. Refer to the following installation diagrams:
Liquid Level
• The minimum liquid level is where the impeller is fully immersed in liquid so that the pump can self-prime itself, which is the
point where the pump outlet nozzle is fully immersed in the liquid.
• The maximum liquid level is approximately half way up the pump column, or ½ H. If liquid comes out the weep hole located
about 1-2 inches below the pump bracket, then the liquid level is too high and must be lowered. Operating the pump with the
liquid level too high can seriously ood and damage the motor. The pump can not prime itself when the liquid level is too low.
Suction Lift/Suction Piping
• A suction pipe extension should be increased at least one pipe size larger than the pump suction opening
• A suction pipe extension should be short and direct with as few elbows as possible. Elbows create turbulence.
• Submerge the suction line at least three feet below the minimum level of the liquid being pumped.
• The static lift, including all friction losses, must not exceed the NPSH requirements of the pump.
• If necessary, install a strainer at the open end of the suction line to prevent foreign matter from entering the pump. The net
area of the strainer should be 2 to 3 times larger than the suction pipe ID.
• To maintain prime for pumps operating under suction lift, a foot valve must be installed at the opening of the suction line. To
facilitate priming the pump, install a T-connection with a small valve between pump case and check valve.
• A foot valve is not required when using a liquid level control device that turns the pump on when the suction line is ooded.
• All suction piping foot valve assemblies must be supported independent of the pump.
• Make sure all suction pipe ttings are sealed and tightened properly to avoid air leaks, which can cause the pump to lose
prime.
• The bottom of a suction extension should always be at least two pipe diameters above the bottom of the tank.
Discharge Piping
• It is essential that no strain be placed on either the discharge piping or the pump column.
• It is necessary that alignment of the discharge piping should be done with great care, for any strain on the discharge piping
may force the support pipe and shafting out of alignment and result in overloading the pump motor.
• Install a concentric reducer at the pump discharge opening and make all discharge piping one pipe size larger than
the diameter of the discharge opening.
Recommended installation for optimal performance and endurance.
DISCHARGE PIPE
GATE VALVE (NOTE 3)
CHECK VALVE
CONCENTRIC REDUCER
MAX. LIQUID LEVEL
MIN. LIQUID LEVEL
Pump Installation

• Keep friction head to a minimum by making the discharge line short and direct with as few ttings as possible.
• The outlet piping should be supported as close to the pump as possible, using pipe hangers or pipe supports.
• Install a gate valve and check valve in the discharge line to prevent back ow which may damage the pump on shut
down and to regulate the pump ow rate.
• If quick-closing valves are installed in the discharge piping system, protection must be provided to ensure that no
surge or water hammer is transmitted to the pump.
Priming The Pump
• The casing and suction piping must be completely lled with liquid being pumped before starting.
• Under ooded conditions, open all the valves in the suction and discharge lines. Wait a few minutes for all the
entrapped air to get out. Throttle the discharge valve ¾ closed. Leave suction valve wide open (if there is one). A
closed suction or discharge valve could cause damage to the impeller and shaft. Start the pump and open the
discharge valve to the desired ow.
• If the liquid source is above the pump, prime the pump by removing the vent at the top of the casing plug, thus
allowing the liquid to replace the air trapped in the casing.
• To maintain prime when the liquid source is below the pump (non-ooded conditions), a foot valve must be
installed in a vertical position at the open end of the suction line and a T-connection installed in the discharge line.
Prime the pump by injecting liquid into the casing through the vent plug tap or ll the pump slowly from the T-connection
and valve.
General
• Always make sure there is enough uid in the reservoir and that the level is high enough, considering the capacity of
the pump unit. A general guideline is that the tank volume should be three times the pumping ow rate and the minimum
submergence is two feet.
• Inadequate liquid will cause a vortex in the reservoir. A vortex occurs when air mixes from the surface into the uid, which
can disturb the ow and can also prevent the pump from priming.
• Suction pipe velocities should be as low as possible, and in general, should not exceed 7-8 ft/sec.
General
• Select a motor starter and overcurrent protection device suitable for the motor and its application. Consult motor starter
application data as well as the National Electric Code, and any applicable local codes.
• This equipment must be grounded in accordance with local and national codes.
• The motor must not be energized unless the pump has been inspected and found to be in a condition for safe operation.
• Ensure that the pump rotates freely.
• All safety guards and covers must be installed before energizing the motor.
• It is recommended that the motor current be checked after it has been operating for a short time and compared against the
nameplate current rating.
• Motors employed are dual voltage, 115/230/1/60, or 230/460/3/60. Many optional motor electrical
characteristics are available.
• In general, motors can operate safely at motor nameplate voltage +/- 10%. If 208 volt is required, a
motor should be used that lists 208 volt on the nameplate. A 230 volt motor can operate safely down to
207 volt only, and any 208 voltage uctuations greater than 1 or 2 volts could short out the motor.
Motor Rotation
• Motor rotation should be checked at initial start-up and any time maintenance of the pump, or plant’s electrical supply has
been compromised. There is a rotation sticker attached to the motor and/or pump mounting plate that indicates the correct
direction of rotation.
• Direction of rotation should be veried before powering up the pump by use of a “Phase Sequence Indicator” (three phase
power) or briey “bump” the motor by turning on and off for 1 or 2 seconds to determine the direction of rotation.
Operating the motor in the wrong rotation (reverse or backwards) is a common mistake, should never happen, and can
cause serious damage to the pump.
• It is good practice to check the motor rotation on all motors, both 3-phase as well as single phase.
Recommendations
Electrical Motor Connections
Maintenance Instructions

Installation & Operation Instructions
• No motor bearing lubrication is required on motors that are furnished without plugs or grease ttings. These units are
provided with permanently lubricated sealed bearings. Motors provided with grease ttings should be lubricated according to
the motor manufacturer’s lubrication frequency schedule. Contact your respectful motor manufacturer for details.
• Motor bearings should be changed either at regular maintenance intervals or when the rst signs of wear appear, which is
generally a loud, high-pitched squeal sound.
• Replacement bearings should be equivalent to or greater in quality than the motor’s original bearings from the motor
manufacturer. We strongly recommend Nachi replacement bearings because they maintain a higher degree of tolerance
when compared to other bearing manufacturers and they last longer based on eld experience.
Disassembly
1. Remove any protective guards.
2. Remove bolts from any discharge pipe at mounting plate used and unthread discharge pipe from housing discharge elbow.
3. Remove strainer/tailpipe from housing suction if used.
4. Remove housing gasket from adaptor column carefully.
5. Restrain impeller and remove impeller bolt and lock-washer. Remove impeller---it is a slip-t on the shaft extension;
however, corrosion and dirt build-up may necessitate the use of a puller.
6. Remove the bolts securing the adaptor column to the extender casting (or motor C-face if the pump does not use an
extender casting). Gently lift the adaptor column off the pump, use caution to avoid scratching shaft or chipping seal seat.
7. If used, slide the rubber checkseal off the shaft extension.
8. If installed, remove throttle bushing and seal seat by gently pushing them out of their cavities. Be careful not to scratch the
cavities with any tools used in removal.
9. Remove the bolts securing the extender casting to the motor C-face and remove the extender.
10. Use a small amount of heat from a propane torch to soften the Loctite on the shaft extension set screws, and
then loosen and remove the screws.
11. Pull the shaft extension off the motor shaft.
Assembly
1. Ensure all parts are clean and deburred before beginning assembly as trapped dirt can cause misalignment of assembled
parts. All parts should also be dry as trapped water or chemicals can lead to premature failure. Any exposed ferrous parts
should be coated with paint or other corrosion preventative treatment.
2. Install the shaft extension on the motor shaft and secure it with the set screws. Use Loctite on the set screws to insure they
won’t loosen in service. The shaft must be indicated in at the throttle bushing contact surface with a dial indicator, alternate
the tightening of the set screws to keep the run-out at the bushing contact area tom less than 0.003” T.I.R.. All set screws
must be tight. This process can take hours to do if it is unfamiliar
to you. If this becomes too tedious, we offer the motor with the shaft installed to specications.
3. Install the extender casting (if used) onto the motor C-face and secure the bolts.
4. If used, press the seal seat and throttle bushing into the cavities in the adaptor column.
5. If used, slide the rubber checkseal onto the shaft extension. Lubricate it generously with a grease that is
compatible with the elastomer.
6. Install the adaptor column on the shaft extension and extender casting (or motor C-face, if extender casting is not used in
this model), being careful not to contact the shaft with the seal seat as this could gouge the shaft and chip the seat.
7. Next install the mounting plate and securely tighten the fasteners.
8. Install the impeller and impeller key, and secure it with the impeller bolt.
9. Place the housing gasket on the adaptor column carefully centering it. A small amount of grease may be used to hold it in
place.
10.Install the housing on the adaptor column and securely tighten the fasteners.
Motor Bearing Lubrication/Change-out

Exploded View and Spare Parts List
Installation & Maintenance

SERIES PS VERTICAL 316SS PUMP SPARE PARTS
ITM QTY DESCRIPTION MAT’L P-1/3S-
3/4 X 1/2
P-1/2S-
1 X 3/4
P-3/4S-
1 X 3/4
P-1S-
1-1/2 X 1
P11/2S-
1-1/2 X 1
P-2S-
1-1/2 X 1
1 1 SHAFT EXTENSION 316 PS-130-01 PS-130-01 PS-340-01 PS-130-01 PS-130-01 PS-130-01
21 SET SHAFT EXTENSION SET SCREW SET (7) 316 PS-130-02 PS-120-02 PS-340-02 PS-130-02 PS-120-02 PS-130-02
3 1 THROTTLE BUSHING, GFT GFT PS-130-03T PS-130-03T PS-130--03T PS-130--03T PS-130--03T PS-130 -03T
41IMPELLER 316 PS-130-04 PS-120-04 PS-340--04 PS-340-04 PS-112-04 PS-200-04
5 1 HOUSING 316 PS-130-05 PS-120-05 PS-340--05 PS-100-05 PS-100-05 PS-012-05
6 1 ADAPTOR COLUMN/BRACKET 316 PS-130-06 PS-130-06 PS-340--06 PS-130-06 PS-130-06 PS-130-06
71ADAPTOR PLATE 316 PS-130-07 PS-130-07 PS-340--07 PS-130-07PS-130-07PS-130-07
8E 1HOUSING GASKET EPR PS-130-08E PS-130-08E PS-130-08E PS-130-08E PS-130-08E PS-130-08E
8V 1HOUSING GASKET VTN PS-130-08V PS-130-08V PS-130-08V PS-130-08V PS-130-08V PS-130-08V
91 SET ADAPTOR COLUMN /BRACKET HEX HD CAP SCREW & LOCK WASHER SET 316 HS-130-S09HS-130-S09HS-130-S09 HS-130-S09 HS-130-S09 HS-130-S09
10 1 SET HOUSING HEX HD CAP SCREW, LOCK WASHER, HEX NUT SET 316 HS-130-S10 HS-130-S10 HS-340-S10 HS-130-S10 HS-130-S10 HS-130-S10
11 1 SET IMPELLER BOLT & LOCK WASHER SET 316 HS-130-S11 HS-130-S11 HS-130-S11 HS-130-S11 HS-130-S11 HS-130-S11
12 1 KEY 316 PS-130-12 PS-130-12 PS-130--12 PS-130-12 PS-130-12 PS-130-12
13 1 VITON LIP SEAL VTN PS-130-13V PS-130-13V PS-130-13V PS-130-13V PS-130-13V PS-130-13V
14 1Motor, Ref on drawing only
15-1 1 SET Motor, TEFC, Rigid Mount, 3450 RPM, C Face, 1 PH, 60 HZ & Shaft Assy. PS-130-0103 PS-120-0103 PS-340-0103 PS-100-0103 PS-112-0103 NA
15-2 1 SET Motor, TEFC, Rigid Mount, 3450/2850 RPM, C Face, 1-PH, 60/50 HZ &
Shaft Assy. PS-130-2103 PS-120-2103 PS-340-2103 PS-100-2103 PS-112-2103 NA
15-3 1 SET Motor, TEFC, Rigid Mount, 3450/2850 RPM, C Face, 3-PH, 60/50 HZ &
Shaft Assy. PS-130-3103 PS-120-3103 PS-340-3103 PS-100-3103 PS-112-3103 PS-200-3103
SERIES PS VERTICAL 316SS PUMP SPARE PARTS
ITM QTY DESCRIPTION MAT’L P-3S-
3 X 1-1/2
P-5S-
3 X 1-1/2
P-7-1/2S-
3 X 2
P-10S-
3 X 2
P-15S-
3 X 2
1 1 SHAFT EXTENSION 316 PS-300-01 PS-300-01 PS-712-01 PS-712-01 PS-015-01
21 SET SHAFT EXTENSION SET SCREW SET 316 PS-300-02 PS-300-02 PS-300-02 PS-300-02 PS-015-02
3 1 THROTTLE BUSHING GFT PS-300-03T PS-300-03T PS-712--03T PS-300--03T PS-300--03T
41IMPELLER 316 PS-300-04 PS-500-04 PS-712-04 PS-010-04 PS-015-04
5 1 HOUSING 316 PS-300-05 PS-300-05 PS-712-05 PS-010-05 PS-010-05
6 1 ADAPTOR COLUMN/BRACKET ASSY. 316 PS-300-06 PS-300-06 PS-300-06 PS-300-06 PS-300-06
71ADAPTOR PLATE 316 Incl. with #6 Incl. with #6 Incl. with #6 Incl. with #6 Incl. with #6
8E 1HOUSING GASKET EPR PS-300-08E PS-300-08E PS-300-08E PS-300-08E PS-300-08E
8V 1HOUSING GASKET VTN PS-300-08V PS-300-08V PS-300-08V PS-300-08V PS-300-08V
91 SET ADAPTOR COLUMN /BRACKET HEX HD CAP SCREW & LOCK WASHER SET 316 HS-300-S09 HS-300-S09HS-300-S09HS-300-S09HS-300-S09
10 1 SET HOUSING HEX HD CAP SCREW, LOCK WASHER, HEX NUT SET 316 HS-300-S10 HS-300-S10 HS-300-S10 HS-300-S10 HS-300-S10
11 1 SET IMPELLER BOLT & LOCK WASHER SET 316 HS-300-S11 HS-300-S11 HS-300-S11 HS-300-S11 HS-300-S11
12 1 KEY 316 PS-300-12 PS-300-12 PS-712-12 PS-712-12 PS-015-12
14 1Motor, Ref on drawing only
15-3 1 SET Pump Motor Shaft Assy. Includes Set Screw PS-300-3103 PS-500-3103 PS-712-3103 PS-010-3103 PS-015-3103
Spare Parts
P-PSS-RevF-i-03-2021
Contact factory for options such as optional bracket sizes, solid piped pump outlet up through bracket, longer pump column lengths, and more.
*: We recommend purchasing the motor and coupled shaft extension together as one unit due to this process being difcult and labor intensive.